CN115417068A - Leakage-resistant heavy-smashing-resistant rubber chain belt - Google Patents

Leakage-resistant heavy-smashing-resistant rubber chain belt Download PDF

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Publication number
CN115417068A
CN115417068A CN202111046958.0A CN202111046958A CN115417068A CN 115417068 A CN115417068 A CN 115417068A CN 202111046958 A CN202111046958 A CN 202111046958A CN 115417068 A CN115417068 A CN 115417068A
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CN
China
Prior art keywords
chain
piece
belt
plate
armor
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN202111046958.0A
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Chinese (zh)
Inventor
刘素华
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Jining City Customkey Electromechanical Technology Co ltd
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Jining City Customkey Electromechanical Technology Co ltd
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Publication date
Application filed by Jining City Customkey Electromechanical Technology Co ltd filed Critical Jining City Customkey Electromechanical Technology Co ltd
Publication of CN115417068A publication Critical patent/CN115417068A/en
Pending legal-status Critical Current

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G17/00—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface
    • B65G17/02—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface comprising a load-carrying belt attached to or resting on the traction element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
    • B65G15/30—Belts or like endless load-carriers
    • B65G15/32—Belts or like endless load-carriers made of rubber or plastics
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
    • B65G15/30—Belts or like endless load-carriers
    • B65G15/32—Belts or like endless load-carriers made of rubber or plastics
    • B65G15/34—Belts or like endless load-carriers made of rubber or plastics with reinforcing layers, e.g. of fabric
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G17/00—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface
    • B65G17/06—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface having a load-carrying surface formed by a series of interconnected, e.g. longitudinal, links, plates, or platforms
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G17/00—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface
    • B65G17/30—Details; Auxiliary devices
    • B65G17/38—Chains or like traction elements; Connections between traction elements and load-carriers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G17/00—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface
    • B65G17/30—Details; Auxiliary devices
    • B65G17/38—Chains or like traction elements; Connections between traction elements and load-carriers
    • B65G17/42—Attaching load carriers to traction elements
    • B65G17/44—Attaching load carriers to traction elements by means excluding relative movements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G23/00—Driving gear for endless conveyors; Belt- or chain-tensioning arrangements
    • B65G23/02—Belt- or chain-engaging elements
    • B65G23/14—Endless driving elements extending parallel to belt or chain
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G2207/00—Indexing codes relating to constructional details, configuration and additional features of a handling device, e.g. Conveyors
    • B65G2207/28—Impact protection

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Devices For Conveying Motion By Means Of Endless Flexible Members (AREA)
  • Belt Conveyors (AREA)

Abstract

The invention belongs to the field of machinery, and relates to a leakage-proof and heavy-smashing-resistant rubber chain belt which comprises a chain armor piece, a leakage-proof belt, a driving chain and a chain-armor piece chain belt structure, wherein the driving chain comprises a roller chain or an annular chain, the roller chain comprises a driving chain shaft, a chain roller and a link plate, the chain armor piece comprises a roller chain armor piece or an annular chain armor piece, the chain-armor piece chain belt structure is arranged on the driving chain shaft or on the link plate or on the chain armor piece, the leakage-proof belt and the driving chain are connected to form the chain leakage-proof and heavy-smashing-resistant belt, the chain armor piece comprises a chain armor plate strip or an armor belt, the armor belt comprises a chain armor penetrating shaft belt or a chain block and a chain-armor block buckling belt, the chain armor penetrating shaft belt comprises a first block and a chain armor penetrating shaft, the chain penetrating shaft comprises a rigid penetrating shaft and a buffering penetrating shaft, the first block is provided with a penetrating shaft hole, the chain armor penetrating shaft penetrates through the chain penetrating shaft hole to connect the first block to form the chain-armor penetrating shaft belt, and the leakage-armor piece is connected with the chain armor penetrating shaft or the chain penetrating shaft through the driving chain-armor piece or the chain penetrating shaft and the chain penetrating shaft.

Description

Leakage-resistant heavy-smashing-resistant rubber chain belt
Technical Field
The invention belongs to the field of machinery, and particularly relates to a leakage-resistant heavy-smashing-resistant rubber chain belt.
Background
The existing plate conveyor is mostly used for conveying mine materials, in order to smoothly rotate around a roller, a material conveying plate and the material conveying plate are arranged in a split mode, gaps exist among the material conveying plates arranged in the split mode, powder, water and slurry leak from a large number of gaps to support wheels between an upper material conveying plate and a lower material conveying plate to cause corrosion of the support wheels, when the leakage is serious, the material is filled in the lower portion of the material conveying plate to cause the support wheels to be incapable of rotating, the leaked material seriously pollutes the environment, the cleaning difficulty is large due to the fact that a large number of materials are accumulated between the upper conveying belt and the lower conveying belt, a large amount of manpower, material resources and time are consumed frequently, the plate conveyor is used for connecting the material conveying plate to the upper portion of a roller chain link plate through bolts, a plurality of threaded connecting holes are formed in each chain link plate, a plurality of connecting holes matched with the two ends of each material conveying plate are required to be arranged, and the material conveying plates are fixed on the chain link plates through screws in order to prevent the material conveying plates from falling off, the roller chain is complex in structure, high in machining precision, difficult to machine, complex to install during matched installation, large in installation difficulty and long in assembly time, in use, materials conveyed by the plate conveyor are iron ores, coal gangues, gypsum stones and the like which are large in blocks and heavy in weight, hundreds of kilograms of lump materials are often smashed on the conveying plate to enable the conveying plate to vibrate up and down, connecting screws can be seriously damaged when the conveying plate vibrates up and down, the threads are loosened or deformed, when the conveying plate rotates to the bottom of the conveyor, more than hundreds of kilograms of heavy conveying plates are lifted by the screws, the screws on the chain plates of the roller chain are limited by the width of the link plates, the screws are generally made to be small, the conveying plate falls due to the vertical vibration and the dead weight of the conveying plate, the screws are often loosened and fall off, and the phenomenon that one end of the conveying plate collides with a rack to cause shutdown and the downward inclination of the roller chain, the prior mining scraper feeder is characterized in that a chain drives a scraper to scrape materials on a material supporting plate to a discharge opening for transferring, the materials are converged into the material scraping plate and generate huge friction resistance due to the weight of the mineral materials and the weight of the material scraping plate more than hundred kilograms, the friction resistance greatly increases the shearing force on the material scraping plate, the material scraping plate is made to be particularly thick, heavy and large in size in order to prevent the material scraping plate from being sheared and broken, the size and the weight of a roller chain, a chain wheel, a roller and the like are correspondingly increased due to the heavy and large weight of the material scraping plate, the weight of the material scraping plate and the roller chain for coal, iron ore and the like increases the operation energy consumption, if the materials are transported out of three meters, the weight of the roller chain, the chain plate and the chain wheel reaches more than three tons, and the energy consumption of a motor is greatly increased due to the sliding friction movement of the materials and the material supporting plate, the energy consumption of the scraper feeder is doubled compared with that of a feeder transported by rolling friction, because the scraping plates are arranged on the material supporting plates for scraping and pushing the transported materials, the materials in the front parts of the scraping plates are accumulated and transported in a large amount, namely, the accumulated materials overflow from two side edges of the material supporting plates, even if material stopping devices are additionally arranged on two sides, the materials can flow out from a gap between the scraping plate chain and the material supporting plates in a large amount, so that serious material waste and environmental pollution are caused, an old belt conveyor is transported by a roller driving belt, in order to ensure that the sliding between the roller and the belt is avoided, the belt is tensioned in a powerful way, the belt conveyor is frequently broken to cause blanking due to powerful traction, the broken belt is thrown out to cause extremely large loss such as casualties, facility damage and the like, in long-distance transportation, in order to enable the belt with large telescopic quantity to normally operate, namely, a huge belt storage device and a large quantity of deviation prevention devices are additionally arranged on the belt conveyor, the investment and the power consumption are increased, the steel armor belt is arranged on the periphery of the belt of the armor belt feeder and is formed by combining the steel armor plate and the steel armor plate, the expansion ratio of the steel armor belt is different from that of the belt, the steel armor belt and the belt arranged up and down frequently run in a staggered mode in the running process, the belt is driven by a roller, the rotating steel armor belt of the belt cannot transport materials, a driving chain is arranged on the side edge of the steel armor belt, the driving chain is driven by a gear and drives the steel armor belt to run, the belt is driven by the roller through friction force, in the actual running process, the steel armor belt rotates and does not rotate, the steel armor belt wears the belt, the problems of belt extension, deviation, slippage and the like frequently occur due to heat shrinkage and the pulling force of the roller, the belt is folded in the steel armor belt to obstruct the normal running of the steel armor belt, in order to prevent the belt from stacking, folding, deviating, slipping and the like, a tensioner is arranged on a conveyor, the circumference of the belt adjusted by the tensioner is not matched with the circumference of a steel belt, the steel belt is worn frequently, the belt is replaced by the belt in a way that an annular structure is sleeved on a roller and a carrier roller, the roller is required to be dismounted when the damaged belt is replaced, the carrier roller can maintain and replace the belt, the fault rate is high, the practicability is poor, the end part of the steel belt is raised towards the outer side of the roller to form an arc length which is larger than that of an inner rubber layer at the butt joint of the steel belt and the steel belt because the steel belt is different from rubber materials and the structure is different at the lower part of the steel belt, the steel belt and the rubber layer can bypass the roller, the steel belt is stripped from the rubber layer in the process of greatly raising operation, the steel belt is different from the rubber layer in the stretching rate of the steel belt and the stretching rate of the rubber layer, the steel belt is not synchronous with the rubber layer, because the two sides of the rubber layer are not limited, the rubber layer in a free state is accumulated, folded, deflected and slipped in the steel armor belt, so that the steel armor belt is deflected, spilled, large in running resistance, high in failure rate and the like.
The existing mining armor belt feeder is used for resisting heavy smashing of mineral lump materials and the like, a steel armor belt covers the upper part of a conveyer belt, a used armor plate depends on convex-concave occlusion of a rear connecting lug of a front armor plate and a front connecting lug of a rear armor plate, the armor plate is connected with the connecting lugs through a penetrating strip, the annular armor belt is formed by buckling the armor plate connecting lugs and the connecting lugs and attaching and matching the armor plate and the armor plate to transport materials and prevent the leakage of the materials, so that the armor plate connecting lugs and the connecting lugs are intensively buckled with each other, the armor plate connecting lugs are relatively small but have to bear the direct impact of the materials to carry heavy smashing, as the armor plate connecting lugs are provided with penetrating strip hollow holes, the iron ore, the large lump coal, the gangue, the rock, the cement block, the steel piece and other blocky mineral materials are directly smashed on the armor plate connecting lugs, the 4 kw-37 kw power of the common mining armor belt feeder has the tensile force of 100-4000 kg to the armor belt conveying materials, the weight of materials on the surface of the conveyor belt is basically 100 to 3000 kilograms, the impact force of large materials such as iron ore with the diameter of 160 to 600mm falling from a high bin with the height of about 30 meters to impact the chain belt is about 2500 to 9500 kilograms, the tensile strength of a connecting lug with the width of 25mm and the height of 19mm of an old chain plate is about 4800 kilograms, and the heavy-weight-resistant strength is about 2200 kilograms, so that the connecting lug is an unreasonable structure for directly bearing the downward hitting force of the large materials from a high position, the chain plate is frequently broken to cause shutdown, production stoppage and time and labor waste during maintenance under the impact of the large materials, in order to solve the problem of heavy-weight resistance, a structure for connecting the heavy-weight-resistant laths on the connecting plate of the roller chain is adopted, the heavy-weight-resistant laths are fixed on the roller chain plates by bolts to form the conveyor belt, a plurality of bolt holes must be arranged on the roller chain plates, the difficulty in manufacturing is increased, a large amount of manpower and material resources are consumed, and the overall strength of the roller chain plates is weakened, when the materials are heavily pounded and the heavy-smashing resistant laths are crushed, bolts are frequently loosened and fall off by strong vibration, so that one end of each heavy-smashing resistant lath droops to clamp a support piece at the lower part of a feeding machine, heavy accidents such as overload burning of a driving device of the feeding machine, shutdown and production stoppage are caused, a plurality of gaps are formed after a plurality of first plate connecting lugs are fastened, the gaps are bent and folded and hardly sealed, material is seriously leaked, and the environment is polluted, the first plate connecting lugs are more, the longitudinal gaps for fastening the connecting lugs are more numerous, the transverse gaps for fastening the front and the rear first plates are staggered, and the fastening gaps at the joint parts of the connecting lugs are difficult to be uniform, so that the first plates are difficult to be fastened with the first plates and have poor fitting degree, the gap sealing elements are more, small in breakage and complicated in structure, the first plate sealing elements and the first plates are difficult to be manufactured, difficult to be installed and easy to fall off, particularly the sealing elements at the middle parts of the first belts are more difficult to be installed, the manufacturing cost and the installation amount is large in difficulty, the front and rear armor plates are not in the same straight line in transverse buckling gaps, so that only one end of a connecting lug of a transverse sealing piece of an armor belt can be provided with a transverse sealing strip, a 10-meter long and 1-meter wide armor belt has 6660 transverse sealing pieces, the installation amount is large and difficult, the transverse sealing pieces are easy to damage and fall off, the sealing effect is poor, and the service life is short.
Disclosure of Invention
The invention is realized by adopting the following technical scheme:
the leakage-proof and heavy-smashing-resistant rubber chain belt comprises a chain armor piece, a leakage-proof belt, a driving chain, a chain connecting piece chain belt structure and the like, wherein the driving chain comprises a roller chain or an annular chain and the like, the roller chain comprises a driving chain shaft, a chain roller, a link plate and the like, the chain armor piece comprises a roller chain armor piece or an annular chain armor piece and the like, the chain connecting piece chain belt structure is arranged on the driving chain shaft or on the link plate or on the chain armor piece, the leakage-proof belt and the driving chain are connected into the leakage-proof armor and smashing-resistant belt, the chain armor piece comprises a chain armor lath or an armor belt and the like, the armor belt comprises a chain armor penetrating shaft belt or an armor block and a first block buckling belt and the like, the chain armor penetrating shaft belt comprises an armor block and a chain armor penetrating shaft and the like, the chain armor penetrating shaft comprises a rigid penetrating shaft and a buffer penetrating shaft and the like, the first block is provided with a leakage-penetrating shaft hole, the chain penetrating shaft penetrates through the chain penetrating shaft hole to connect the armor piece into the chain armor penetrating shaft to connect the chain armor piece or the chain penetrating shaft with the chain armor piece or the chain penetrating shaft connecting piece, when the leakage-proof belt is connected with the chain first piece through the driving chain shaft, the driving chain shaft is connected with the leakage-proof belt, the chain first piece is connected with the chain link plate or the chain first piece is connected with the driving chain shaft, when the leakage-proof belt is connected with the chain first piece through the chain link plate, the leakage-proof belt is connected with the chain link plate, the chain first piece is higher than the upper surface of the leakage-proof belt, the chain first piece is arranged on the upper part of the leakage-proof belt at intervals or is close to the chain first piece or is arranged on the upper part of the leakage-proof belt in a penetrating way, or is connected with the chain first piece through the chain link plate, the chain first piece connecting structure comprises a driving chain shaft connecting first piece chain belt structure or a chain link plate connecting first piece chain belt structure, and the like, when the first piece chain belt structure is arranged on the driving chain shaft, the driving chain shaft comprises a chain shaft connecting leakage-proof belt or a chain shaft connecting first piece device or a chain shaft connecting leakage-proof belt device, and the like, when the chain-link-plate chain structure is arranged on a chain plate, the chain plate comprises a chain plate connecting leakage-resisting belt device or a chain plate connecting leakage-resisting belt device, when the chain shaft connecting leakage-resisting belt device is used, the chain shaft connecting leakage-resisting belt device is arranged at one end of a driving chain shaft, the leakage-resisting belt is connected to the driving chain shaft, a chain first piece is arranged on the chain plate, the driving chain shaft is connected with the chain plate in a penetrating mode, chain rollers form a chain connecting leakage-resisting belt first piece belt, the driving chain drives the chain connecting leakage-resisting belt first piece belt to convey materials, when the chain shaft connecting leakage-resisting belt device is used, one end of the chain shaft connecting leakage-resisting belt first piece is connected to the driving chain shaft, the leakage-resisting belt is connected with the chain plate, the driving chain shaft is connected with the chain plate, chain rollers form a chain connecting leakage-link-resisting belt, the driving chain drives the chain connecting leakage-resisting belt to convey materials, when the chain shaft connecting leakage-resisting belt first piece is used, the chain shaft connecting leakage-resisting belt is arranged at one end of the chain plate, one end of the driving chain shaft is connected with the driving chain shaft, the chain plate, the chain roller is connected with the driving chain shaft, and the chain shaft connecting leakage-resisting belt.
The driving chain comprises an A chain belt connecting piece and the like, the A chain belt connecting piece comprises a belt connecting driving chain piece and the like, when a leakage-resistant belt is connected by using the driving chain shaft, the driving chain shaft is arranged to be a leakage-resistant belt tooth shaft, the leakage-resistant belt tooth shaft is arranged on the upper surface of the leakage-resistant belt and is connected with the driving chain piece through the belt connecting driving chain piece or is arranged on the lower surface of the leakage-resistant belt through the belt connecting driving chain piece or the leakage-resistant belt tooth shaft is connected with the driving chain through the belt connecting driving chain piece in the leakage-resistant belt, the end part of the leakage-resistant belt in the leakage-resistant belt extends out of the side edge of the leakage-resistant belt, the leakage-resistant belt tooth shaft penetrates through a chain roller and a chain link plate to form a driving chain with the side edge shaft, the driving chain with the side edge shaft forms a rubber chain belt with the leakage-resistant belt, the chain link piece is arranged on a chain link plate of the rubber belt with the side edge through the A chain belt connecting piece or the chain piece is arranged on the upper surface of the rubber chain belt with the side edge or the leakage-resistant belt is connected by using the chain link plate, the leakage-resistant belt passes through the A chain connecting piece, or the chain link plate is provided with a chain link tongue plate, the belt is connected with a driving chain piece to connect the leakage-resisting belt with the chain link tongue plate to form a chain link plate rubber chain belt, the chain link piece is arranged on the chain link plate or arranged on the chain link tongue plate or arranged at the end part of the chain link piece to be provided with a chain link gear shaft penetrating chain roller and a chain link plate, or arranged at the upper part of the leakage-resisting belt, the chain link piece and the leakage-resisting belt are separately connected or integrated, when the chain link piece and the leakage-resisting belt are separately connected, the chain link piece is provided with a chain link buffering belt piece, the chain link buffering belt piece connects the leakage-resisting belt at the bottom of the chain link piece, the chain link buffering belt piece comprises a screw connecting chain link buffering belt piece, a threading connecting chain link buffering belt piece, a hanging and buckling chain link buffering belt piece or a zipper connecting chain link buffering belt piece, or a zipper buffering belt piece, and the like, when the leakage-resisting belt is connected with the driving chain shaft, the chain link plate penetrating shaft is connected with the chain link plate or the chain link block is connected with the driving chain shaft or the chain link plate, when the leakage-proof belt is connected with the link plate, the chain link penetrating shaft and the driving chain shaft are integrated, and the chain penetrating roller and the link plate or the chain link penetrating shaft and the link plate or the chain link block and the driving chain shaft or the chain link block and the link plate are connected.
The chain armor piece comprises a conveying section, a driving chain section and the like, the section of the conveying section is larger than or equal to that of the driving chain section, the driving chain comprises a left driving chain, a right driving chain and the like, the left driving chain and the right driving chain limit the chain armor piece left and right through the section of the conveying section larger than that of the driving chain section, when the section of the conveying section is equal to that of the driving chain section, the end part of the conveying section is provided with a conveying section positioning piece which limits the driving chain on the driving chain section, the chain armor piece comprises a chain armor plate strip and the like, the chain armor plate strip and the chain armor plate strip are arranged in a split mode, the driving chain section is provided with a penetrating driving chain section retaining structure, the corresponding chain plate is provided with a penetrating chain plate section retaining piece, the penetrating chain plate section retaining piece and the penetrating driving chain section retaining structure are matched with each other to retain the chain armor plate strip, the penetrating section retaining piece and the chain armor plate strip are connected or integrated, the driving chain section comprises a penetrating chain plate roll or comprises a penetrating chain plate and the like, the chain lath comprises a through-shaft rotation stopping chain lath or a through-chain rotation stopping chain lath or a connecting-chain rotation stopping chain lath and the like, the through-chain roller section comprises a cylindrical section prismatic section or a prismatic section cylindrical section or a cylindrical section hole rotation stopping section or a cylindrical section platform rotation stopping section and the like, the link plate comprises a rotation stopping chain plate and the like, the corresponding rotation stopping chain plate comprises a prismatic hole rotation stopping chain plate or a plate platform rotation stopping chain plate and the like, the plate platform rotation stopping chain plate comprises a chain plate rotation stopping platform or a baffle platform rotation stopping chain plate and the like, the roller chain comprises a chain plate return stopping piece and the like, when the cylindrical section prismatic section and the prismatic section cylindrical section are used, the chain lath comprises the cylindrical section prismatic section chain lath and/or the prismatic section cylindrical section chain lath and the like, the cylindrical section prismatic section chain lath comprises an inner cylindrical section and an outer prismatic section and the like, the end part of the material conveying section is provided with an inner cylindrical section, the end part of the inner cylindrical section is provided with an outer prismatic section, the inner cylindrical section penetrates through the chain roller, the outer prismatic section is sleeved with the edge hole rotation stopping chain plate, the outer prismatic section is provided with an outer prismatic section stopping structure, the chain first stopping piece is matched with the outer prismatic section stopping structure to stop, the edge hole rotation stopping chain plate stops the chain first lath from rotating, the chain first lath of the prismatic section comprises the inner prismatic section, the outer cylindrical section and the like, the end part of the material conveying section is provided with the inner prismatic section, the end part of the inner prismatic section is provided with the outer cylindrical section, the outer prismatic section is sleeved with the edge hole rotation stopping chain plate, the outer cylindrical section penetrates through the chain roller, the outer cylindrical section is provided with the outer cylindrical section stopping structure, the chain first stopping piece is matched with the outer cylindrical section stopping structure to stop, the edge hole rotation stopping chain first lath stops the chain first lath from rotating, the chain first lath comprises the shaft hole rotation stopping chain first lath and the like, the shaft hole rotation stopping chain first lath comprises a chain penetrating plate shaft and the like, the end part of the material conveying section is provided with a chain penetrating shaft, the shaft hole rotation stopping structure is arranged on the chain passing plate shaft, the chain passing plate shaft passes through the chain roller, the shaft hole rotation stopping structure comprises a chain stopping lath rotating hole and the like, a chain plate rotation stopping pin hole is arranged on the corresponding plate hole rotation stopping chain plate, the shaft hole rotation stopping structure passes through the chain Kong Zhizhuai chain plate, the rotation stopping pin hole and the chain stopping lath rotating hole are provided with a rotation stopping pin for rotation stopping, when a cylindrical section platform rotation stopping section is used, the chain lath comprises a shaft surface rotation stopping lath and the like, the shaft surface rotation stopping lath comprises a chain passing lath shaft and a shaft platform rotation stopping structure and the like, the end part of the material conveying section is provided with the chain passing lath shaft, the shaft platform rotation stopping structure is arranged on the chain passing lath shaft, the chain passing lath shaft passes through the chain roller, the shaft platform rotation stopping structure comprises the chain stopping lath and the like, a rotation stopping platform is arranged on the corresponding plate platform rotation stopping lath, the shaft platform rotation stopping structure passes through the chain plate rotating stopping lath, the chain stopping plate is buckled with the chain stopping lath rotation stopping pin for rotation stopping, when the chain-penetrating plate rotation-stopping lath is used, the chain-penetrating plate rotation-stopping lath comprises a material conveying section, a chain-penetrating plate section and the like, the chain-penetrating plate section is arranged at the end part of the material conveying section, the link plate comprises a chain plate middle hole or a chain plate upper hole or a chain plate lower hole and the like, when the chain plate middle hole is used, the chain-penetrating plate section penetrates through the chain plate middle hole, the chain plate middle hole comprises a left chain plate middle hole, a right chain plate middle hole and the like, the left chain plate middle hole and the right chain plate middle hole limit the chain plate rotation-stopping lath through the section of the material conveying section larger than the chain-penetrating plate section, the chain plate upper hole comprises an inner side plate upper hole and/or an outer side plate upper hole and the like, the chain-penetrating plate section comprises an inner side plate upper hole and/or an outer side plate upper Kong Duandeng, the inner side plate upper hole section is arranged at the inner side plate upper hole, the outer side plate upper hole section is arranged at the outer side plate upper hole, when the chain-penetrating plate upper hole and the outer side plate upper hole, when the chain link plate is used for stopping the rotation of the chain link plate, the link plate is provided with a chain link plate mechanism, the chain link plate mechanism and the chain link plate mechanism comprise a chain link plate piece and the like, the chain link plate mechanism and the chain link plate mechanism are fixedly connected by the chain link plate piece or are integrated with the chain link plate, the chain link plate comprises a transverse upward protruding material blocking chain link plate strip or an upper plane chain link plate strip or a side edge blocking chain link plate strip, the side leakage-proof chain slab band comprises a side flat edge leakage-proof chain slab band or a side buckling platform leakage-proof chain slab band, the side buckling platform leakage-proof chain slab band comprises a side leakage-proof material edge closing platform and the like, the chain slab band comprises a material conveying section and a leakage-proof toothed shaft connecting driving chain section and the like, the material conveying section and the connecting driving chain section are connected in a split mode or in an integrated mode, and when the chain slab band is connected in the split mode, the material conveying section and the connecting driving chain section are connected through screws or connected through pins or connected through buckling grooves and the like.
The leakage-proof belt comprises a side edge hole rubber chain leakage-proof belt, a side penetrating strip rubber chain leakage-proof belt, a chain shaft plate rubber chain leakage-proof belt, a chain plate rubber chain leakage-proof belt, an annular chain leakage-proof belt, an edge aligning leakage-proof belt and the like, the chain first piece comprises a plate type chain first piece, a strip type chain first piece, a nail first piece, an anti-smashing buffering chain first piece and the like, the anti-smashing rigid chain first piece comprises a hollow vertical-supporting chain first piece, a solid chain first piece and the like, the belt connecting and driving chain piece comprises a leakage-proof belt toothed shaft, a belt edge nail buckle, a belt edge screw, a belt edge penetrating strip, a belt edge clamp, a belt edge sticking belt edge buckle groove, a belt edge pin, a belt edge casting glue, a belt edge zipper zip fastener, a belt edge plate, a belt edge hole, a belt edge sealing strip edge and the like.
The roller chain first piece includes diplopore board etc, the diplopore board is including connecting and hindering hourglass area link joint and connecting armour piece link joint etc, connect and hinder hourglass area link joint and connect armour piece link joint formula as an organic whole, be equipped with the lock joint on the connecting armour piece link joint and hinder hourglass and take the gear shaft hole and be equipped with connecting first piece mechanism, the lock joint hinders hourglass and takes the gear shaft hole to wear to link double-phase adjacent to hinder hourglass and take the gear shaft, connecting first piece mechanism is fixed the first piece at hindering hourglass area upper surface, it hinders hourglass and takes the gear shaft including wearing diplopore board chain roller axle and/or including wearing first piece axle etc. first piece, first piece is equipped with the cover and connects and hinders hourglass and take the gear shaft mechanism, wear diplopore board chain roller shaft or wear first piece axle to wear to connect and cup joint and hinder hourglass and take the gear shaft mechanism.
The leakage-proof belt comprises a conveying belt and the like, the conveying belt comprises a transverse penetrating strip and the like, the transverse penetrating strip penetrates through the conveying belt from the inside, the chain armor piece is provided with a scraper penetrating transverse penetrating strip hole or is welded with the transverse penetrating strip or is connected with a transverse penetrating strip bolt or is connected with a transverse penetrating strip jack or is connected with a transverse penetrating strip pin or is connected with a transverse penetrating strip buckling groove or is connected with a transverse penetrating strip glue, and the transverse penetrating strip penetrating scraper penetrates transverse penetrating strip hole and is connected with the conveying belt or is integrated with the conveying belt.
The leakage-blocking belt comprises a conveying belt and the like, a chain first piece comprises a fixed scraper plate mechanism, a transverse scraper plate and the like, a roller chain first piece and the conveying belt are connected in a split mode or are integrated, the transverse scraper plate and the conveying belt are connected in a split mode or are integrated, the fixed scraper plate mechanism is arranged on the roller chain first piece, the roller chain first piece comprises a left roller chain first piece and/or a right roller chain first piece and the like, the fixed scraper plate mechanism comprises a baffle fixed scraper groove, a fixed scraper plate pin or a fixed scraper plate thread and the like, the baffle fixed scraper groove comprises a left baffle fixed scraper groove and/or a right baffle fixed scraper groove and the like, a scraper buckle groove mechanism buckled with the baffle fixed scraper groove is arranged at the end part of the chain first piece, the scraper blade catching groove mechanism comprises a fixed scraper blade groove protrusion, a scraper blade abutting plate platform and the like, the fixed scraper blade groove protrusion comprises a left fixed scraper blade groove protrusion and/or a right fixed scraper blade groove protrusion and the like, the scraper blade abutting plate platform comprises a left scraper blade abutting plate platform and/or a right scraper blade abutting plate platform and the like, the left fixed scraper blade groove protrusion and the right fixed scraper blade groove protrusion are respectively buckled in a left baffle plate fixed scraper blade groove and a right baffle plate fixed scraper blade groove, the left scraper blade abutting plate platform and the right scraper blade abutting plate platform are respectively attached to a left roller chain first piece and a right roller chain first piece, and the left roller chain first piece and the right roller chain first piece are buckled on the upper portion of the conveying belt through the left scraper blade abutting plate platform and the right scraper blade abutting plate platform.
The chain armor piece comprises an ear protection anti-heavy-smashing armor piece and the like, the ear protection anti-heavy-smashing armor piece comprises a connecting beam, an ear protection piece, an ear buckling penetrating piece, a connecting lug and the like, the upper portion of the connecting beam is provided with the ear protection piece or the ear protection piece is integrated with the connecting beam, the connecting lug is arranged on the lower portion of the ear protection piece and is arranged on the side portion of the connecting beam or is arranged on the lower portion of the ear protection piece, the ear buckling penetrating piece penetrates through the connecting lug to form an ear protection anti-heavy-smashing armor belt, the connecting beam is connected with the connecting lug in a split mode or is integrated mode, the ear protection anti-heavy-smashing armor piece comprises a front ear protection piece, a rear ear protection piece and the like, the connecting lug comprises a front connecting lug, a front connecting lug comprises a front left connecting lug, a front right connecting lug and the like, the rear connecting lug comprises a rear left connecting lug, a rear connecting lug and a rear right connecting lug and the like, the ear protection anti-heavy-smashing armor piece comprises a front ear protection anti-heavy-smashing armor piece, a rear ear protection armor piece, the rear ear protection armor piece and the like, the ear protection anti-heavy-smashing armor piece is arranged in a staggered mode or arranged in a staggered mode, the distance between back left lug and back right lug is preceding left lug and preceding right lug sum, preceding lug is anti heavily pounding armor spare includes preceding armor spare back left lug and preceding armor spare back right lug etc, back lug is anti heavily pounding armor spare includes back left lug is anti heavily pounding armor spare and back right side lug is anti heavily pounding armor spare etc, back left lug is anti heavily pounding armor spare includes back left armor spare left front lug and back left armor spare right front lug etc, back right lug is anti heavily pounding armor spare includes back right armor spare left front lug and back right armor spare right front lug etc, back left armor spare right front lug and back right armor spare left front lug lean on with back left armor spare left front lug lean on set up in front left lug behind left lug and preceding armor spare back right lug, and lean on with preceding armor spare left lug and preceding right armor spare back lug, and preceding left armor spare rear lug lean on with the front right side behind the armor spare between left lug and the back right armor spare, and preceding right side lug lean on with the back armor spare, the distance between the front left side armor spare and the back right armor spare between the front lug and the preceding armor spare right armor spare The left front connecting lug of the right armor piece, the right front connecting lug of the back left armor piece, the left front connecting lug of the back right armor piece, the back left connecting lug of the front armor piece and the back right connecting lug of the front armor piece are connected by the buckle ear penetration piece, the back left connecting lug of the front armor piece and the back right connecting lug of the front armor piece limit the left back ear anti-heavy-hitting armor piece and the back right ear anti-heavy-hitting armor piece to move left and right, the front and the back are sequentially buckled to form an ear anti-heavy-hitting armor belt, when the front ear anti-heavy-hitting armor piece is arranged in an orderly manner, the front ear anti-heavy-hitting armor piece comprises a front armor piece left back connecting lug and a front armor piece right back connecting lug, the back ear anti-heavy-hitting armor piece comprises a back armor piece front left connecting lug and a back armor piece front connecting lug, the front ear left back connecting lug and a back armor piece front left connecting lug, the front back connecting lug and the back armor piece are abutted, the front and the back armor piece right connecting lugs are arranged by the front and back armor piece connecting lugs, the connecting lug and the connecting lug are closely buckled and limited or are buckled and limited at intervals, when the interval buckling and limiting is used, a right front connecting lug of a rear left armor piece and a left front connecting lug of a rear right armor piece are arranged between a rear left connecting lug of the front armor piece and a rear right connecting lug of the front armor piece in an attached mode to form a limiting connecting lug group, the limiting connecting lug group comprises a left limiting connecting lug group, a right limiting connecting lug group and the like, a distance is arranged between the left limiting connecting lug group and the right limiting connecting lug group, the upper part of the distance is covered with a leakage-preventing material by the ear-protecting piece, or the front right connecting lug of the rear armor piece and the right rear connecting lug of the front armor piece are arranged in an attached mode to be buckled, the front left connecting lug of the rear armor piece and the rear left connecting lug of the front armor piece are arranged in an attached mode, the ear-penetrating piece penetrates the front right connecting lug of the rear armor piece and the right connecting lug of the front armor piece and/or the front left connecting lug and the rear armor piece, the connecting lug and the lug buckling penetrating piece limit the left-right and front-back movement of the ear protection anti-heavy-hitting armor piece, and a leakage prevention belt is arranged at the lower part of the ear protection anti-heavy-hitting armor belt.
The ear protection piece comprises an ear protection tongue plate, an ear protection buckle plate and the like, the front ear protection piece comprises a front ear protection tongue plate, a front ear protection buckle plate and the like, the rear ear protection piece comprises a rear ear protection tongue plate, a rear ear protection buckle plate and the like, the front ear protection buckle plate is buckled with the rear ear protection tongue plate to form a tongue plate buckle plate leakage prevention armor strip, the front ear protection buckle plate is buckled with the rear ear protection buckle plate to prevent materials from leaking from a gap between the ear protection piece and the ear protection piece or the front ear protection buckle plate is buckled with the rear ear protection tongue plate, a front ear protection buckle plate and a front ear protection buckle plate are buckled with the rear ear protection tongue plate to form a ear protection leakage prevention sealing piece, the materials are prevented from leaking from a gap between the ear protection piece and the ear protection piece, when the ear protection leakage prevention sealing piece is used, a leakage prevention sealing strip groove is formed in the front ear protection buckle plate or the rear ear protection buckle plate, the ear protection leakage prevention sealing strip comprises a transverse leakage prevention sealing strip and/or a longitudinal leakage prevention sealing strip for preventing the ear protection piece from penetrating through the ear protection buckle sealing strip, the ear protection piece and the ear leakage prevention sealing strip is arranged in a groove, the ear protection buckle sealing strip, the ear protection piece and the ear protection piece to penetrate through the ear protection buckle sealing strip, the ear protection piece to prevent the ear leakage prevention sealing strip from the ear leakage prevention sealing strip, the ear leakage prevention sealing strip.
The ear-buckling penetration piece comprises a through ear-buckling penetration piece or an interval ear-buckling penetration piece or a chain shaft ear-buckling penetration piece and the like, the ear-buckling penetration piece comprises a through ear-buckling penetration piece or a limit ear-buckling penetration piece and the like, when the through ear-buckling penetration piece is used, both ends of the through ear-buckling penetration piece can penetrate through a front ear-protecting heavy-weight-smashing armor piece and a rear ear-protecting heavy-weight-smashing armor piece, when the limit ear-buckling penetration piece is used, the end part of the limit ear-buckling penetration piece is provided with an ear-connecting limiting mechanism, the ear-connecting limiting mechanism comprises a boss ear-connecting limiting mechanism or a pin hole ear-connecting limiting mechanism or a thread ear-connecting limiting mechanism or a snap spring ear-connecting limiting mechanism or a stop sleeve ear-connecting limiting mechanism and the like, when the stop sleeve ear-connecting limiting mechanism is used, the stop sleeve ear-connecting limiting mechanism comprises an ear-buckling penetration strip, a buckle penetration strip stop sleeve and the like, the ear-fastening penetration strip penetrates through the connecting ear, the ear-fastening penetration strip blocking sleeve is buckled on the ear-fastening penetration strip or the ear-fastening penetration strip penetrates through the ear-fastening penetration strip blocking sleeve, the ear-protecting piece is supported on the lower portion of the ear-protecting piece through the ear-fastening penetration strip blocking sleeve, the ear-protecting piece is rotated around the ear-fastening penetration strip and is in rolling friction with a lower supporting piece, a chain-fastening rolling chain plate mechanism is arranged at the end portion of the chain shaft ear-fastening penetration piece, a chain-fastening rolling chain plate mechanism penetrates through a chain roller and a link plate to form a roller chain, the ear-protecting heavy-smashing armor piece is connected into an ear-protecting heavy-smashing armor chain belt in a penetrating mode, the connecting ear limits the left and right movement of the connecting beam and the ear-protecting piece, the ear-fastening penetration piece limits the front and back movement of the connecting beam and the ear-protecting piece, the roller chain drives the ear-protecting heavy-smashing armor belt to roll friction to convey materials, and the lower portion of the ear-protecting heavy-smashing armor belt is provided with a leakage-preventing belt.
The beneficial effects of the invention are:
1. the invention relates to a chain belt structure of a first connecting piece, which is arranged on a driving chain shaft or a chain link plate or a first connecting piece, and is used for connecting the first connecting piece, a leakage-proof belt and a driving chain into a chain belt leakage-proof armor anti-smashing belt, wherein a shaft penetrating hole is arranged on a first block, the chain first penetrating shaft penetrates through the shaft penetrating hole to connect the first block into a chain first penetrating shaft belt, the leakage-proof belt is connected with the first connecting piece through the driving chain shaft or the leakage-proof belt is connected with the first connecting piece through the chain link plate or the driving chain shaft is connected with the leakage-proof belt and the first connecting piece, when the leakage-proof belt is connected with the first connecting piece through the driving chain shaft, the driving chain shaft is connected with the leakage-proof belt and the first connecting piece is connected with the chain link plate or the first connecting piece is connected with the driving chain shaft, when the leakage-proof belt is connected with the first connecting piece through the chain link plate, the leakage-proof belt is connected with the chain link plate and the first connecting piece is connected with the driving chain link plate or the first connecting piece and the chain link plate, and the first connecting piece is higher than the upper surface of the leakage-proof belt, chain first parts are arranged at the upper part of the leakage-resisting belt at intervals or the chain first parts and the chain first parts are arranged at the upper part of the leakage-resisting belt in a manner of being close to each other or the chain first parts and the chain first parts are arranged at the upper part of the leakage-resisting belt in a penetrating manner, when the chain first part chain structure is arranged on the driving chain shaft, when the chain first part chain structure is arranged on the link plate, when the chain shaft connection leakage-resisting belt device is used, the chain shaft connection leakage-resisting belt device is arranged at one end of the driving chain shaft to connect the leakage-resisting belt to the driving chain shaft, the chain first parts are arranged on the link plate, the driving chain shaft is connected with the link plate in a penetrating manner, chain rollers form the chain first leakage-resisting belt, the driving chain drives the chain to connect the first parts with the leakage-resisting belt, when the chain shaft connection leakage-resisting belt device is used, one end of the chain shaft connection first parts connects the chain first parts to the driving chain shaft, the leakage-resisting belt is connected with the link plate, the driving chain shaft penetrates the link plate and the chain rollers to form the first leakage-resisting belt, when the first leakage-resisting belt is used, the chain shaft connected leakage-proof belt first device is arranged at one end of the driving chain shaft, the chain shaft connected leakage-proof belt first device and the leakage-proof belt which are arranged up and down are connected to the driving chain shaft, the driving chain shaft is connected with the link plate and the chain rollers in a penetrating way to form the chain shaft connected leakage-proof belt first device, the defect of material leakage between the material conveying plate and the material conveying plate of the chain plate type conveyor is changed, the problems that the belt conveyor cannot convey materials due to running slip and deviation are solved, the frequent smashing and tearing faults of the belt are avoided, the leakage-proof belt at the lower part of the material conveying plate effectively prevents powder, water and slurry from leaking onto the supporting wheel between the upper material conveying plate and the lower material conveying plate from a large number of gaps, the supporting wheel is prevented from being rusted due to pollution, the problem that the supporting wheel cannot rotate due to the fact that the material is fully filled at the lower part of the material conveying plate when the material leakage is serious is avoided, the leaked materials of the material conveying plate and the material conveying plate are conveyed to the discharge end through the leakage-proof belt, the environment is prevented from being polluted, and the leaked materials are collected and utilized, the condition that materials are accumulated between an upper conveying belt and a lower conveying belt to cause difficult cleaning is avoided, a large amount of manpower, material resources and time required by maintenance are saved, the sliding friction conveying mode that the existing mining scraper feeder chain drives a scraper to scrape the materials on a material supporting plate to a discharge opening for transshipment is changed into the sliding friction conveying mode that the material supporting plate is replaced by a leakage-resistant conveying belt, a supporting wheel or a supporting roller is arranged at the lower part of the leakage-resistant conveying belt, so that the material scraping plate and the leakage-resistant belt are matched for rolling friction and large amount of transportation, the material leakage of the material scraping plates arranged at intervals is avoided, the condition that the belt cannot scrape the materials to cause the materials to slip on the belt is avoided, the conveying amount is increased, when the materials climb, the material gliding and accumulation faults are avoided, the material scraping plates prevent large blocks from being smashed by smashing materials and damaging the belt, the condition that small blocks of the conveying belt cannot smash the large blocks is ensured, and the working principle of the scraper sliding friction materials is changed, the chain first scraper thoroughly avoids the huge friction resistance generated by the material converging scraper and the material supporting plate due to the weight of the scraper which is pressed by mineral materials and more than hundred kilograms, avoids the shearing damage of the friction resistance to the scraper, and prolongs the service life of the scraper, compared with the scraper of a sliding friction scraper conveyor, the chain first scraper of the invention has the advantages that: the invention has the advantages of thin thickness, light weight, large scraping amount and long service life, simultaneously and correspondingly reduces the volume and the weight of a roller chain, a chain wheel, a roller, a supporting frame and the like, reduces the manufacturing cost, reduces the energy consumption, simultaneously operates a chain A piece and a leakage-proof conveying belt, avoids the problem that the scraping plate is arranged on a material supporting plate to scrape materials and pushes the conveyed materials to ensure that the materials in the front part of the scraping plate are accumulated to operate in a large amount, namely the accumulated materials overflow from two side edges of the material supporting plate in a large amount, avoids the waste of the overflowing materials, avoids the environmental pollution, changes the mode that the belt is conveyed by the roller of the old belt conveyor, changes the vulcanized rubber layer at the lower part of a steel deck into the mode that the chain A piece and the leakage-proof belt are connected by a driving chain, the driving chain drives the chain first piece and the leakage-proof belt to run, when the chain first piece and the leakage-proof belt run to the position of the roller, the chain first piece and the leakage-proof belt run synchronously under the limit of the driving chain, the chain first piece and the leakage-proof belt are close but not bonded, the end part of the chain first piece tilts on the upper space of the leakage-proof belt to run around the roller and is not restricted and limited by the leakage-proof belt, therefore, the chain first piece does not damage the leakage-proof belt, the faults of peeling off the steel first piece from the rubber layer and the like during the tilting running of the butt joint of the steel first piece and the steel first piece when the chain first piece rotates around the roller are avoided, and the faults of different expansion rates of the steel first piece and the rubber layer are avoided, the invention uses the driving chain to connect with the two sides of the leakage-proof belt, so that the leakage-proof belt runs synchronously with the chain first piece at the inner side of the chain first piece, thereby avoiding the problems of large running resistance, high failure rate and the like caused by the accumulation, folding, deviation and slippage of the rubber layer in a free state in the chain first piece due to the non-limit of the two sides of the rubber layer, realizing the anti-smashing and wear-resistant material conveying of the chain first piece, ensuring the materials not to spill by the leakage-proof belt, using the driving chain to drive the chain first piece and the leakage-proof belt for conveying, ensuring the conveyor not to skid, not to stretch and retract, avoiding the occurrence of large losses caused by the strong force of the belt, frequent breakage of the belt, the strong throwing of the broken belt to cause casualties, facility damage and the like, ensuring the no spill of the conveyer by the leakage-proof belt at the lower part of the chain first piece, long-term maintenance-free and high-efficiency conveying, and having the functions of vibration and noise reduction.
2. When the driving chain shaft is used for connecting the leakage-resisting belt, the driving chain shaft is set to be a tooth shaft of the leakage-resisting belt, the tooth shaft of the leakage-resisting belt is arranged on the upper surface of the leakage-resisting belt and is connected with the driving chain piece through the belt connection or is arranged on the lower surface of the leakage-resisting belt and is connected with the driving chain through the belt connection driving chain piece or the tooth shaft of the leakage-resisting belt extends out of the inner end part of the leakage-resisting belt and is connected with the driving chain, the tooth shaft of the leakage-resisting belt penetrates through the chain roller and the chain link plate to form the driving chain with the edge shaft, the driving chain with the edge shaft and the leakage-resisting belt form the driving chain with the edge shaft, the chain link piece is arranged on the chain link plate of the rubber chain belt with the edge shaft and is connected with the tooth shaft through the chain link plate connecting piece or the chain link piece is arranged on the chain link plate through the chain link plate connecting piece when the leakage-resisting belt is connected with the leakage belt, the leakage-resisting belt is arranged on the chain link plate, or the chain link plate is provided with the chain link plate, the belt connection driving chain piece connects the leakage-resisting belt with the chain link plate to form the rubber chain link plate, the chain armor piece is arranged on the chain link plate or on the chain link tongue plate or at the end part of the chain armor piece, the chain armor piece is connected with the chain link plate through a chain armor tooth shaft and the chain link roller or the chain link plate in a penetrating way, or the chain armor piece is arranged at the upper part of the leakage blocking belt, the chain armor piece and the leakage blocking belt are connected in a split way or are integrated, when the chain armor piece is connected with the leakage blocking belt in a split way, the chain armor piece is provided with a chain armor connecting buffer belt piece, the chain armor connecting buffer belt piece connects the leakage blocking belt at the bottom of the chain armor piece, the chain armor connecting buffer belt piece comprises a screw chain armor buffer belt piece, a rope penetrating chain armor buffer belt piece, a hanging buckle chain armor buffer belt piece or a zipper chain armor connecting buffer belt piece, when the leakage blocking belt is connected with the driving chain shaft, the chain armor penetrating shaft is connected with the chain link plate or the chain armor penetrating shaft is connected with the driving chain shaft or the armor piece is connected with the chain link plate, when the leakage blocking belt is connected with the driving chain link plate, the chain armor penetrating shaft and the driving chain penetrating shaft are integrated, the chain roller and the link plate are connected in a penetrating manner or the chain first penetrating shaft is connected with the link plate or the chain first is connected with the driving chain shaft or the chain first is connected with the link plate, the chain first piece and the leakage-blocking belt do not operate in a staggered manner, the chain first piece is prevented from being worn and a leakage-blocking belt is prevented from being worn, meanwhile, excessive material stacking between the chain first piece and the leakage-blocking belt due to the fact that a gap is generated in the staggered operation of the chain first piece and the leakage-blocking belt is avoided, particularly, the leakage-blocking buffering belt is used for buffering the chain first piece and penetrating the leakage-blocking belt through the gear shaft, so that the leakage-blocking belt and the chain first piece are firmly combined, the combination is ingenious, the structure is simple, the combination strength is high, the leakage-blocking belt and the chain first piece can be closely matched with a large number of transported materials, and no leakage material operates.
3. The cross section of the material conveying section is larger than or equal to the cross section of the driving chain segment, the left driving chain and the right driving chain limit the chain armor piece left and right through the fact that the cross section of the material conveying section is larger than the cross section of the driving chain segment, when the cross section of the material conveying section is equal to the cross section of the driving chain segment, the end part of the material conveying section is provided with a material conveying section positioning piece, the material conveying section positioning piece limits the driving chain on the driving chain segment, the chain armor plate strip and the chain armor plate strip are arranged in a split mode, the corresponding chain link plate is provided with a chain penetrating section stopping piece, the chain penetrating section stopping piece and the driving chain penetrating section stopping structure are matched with each other to stop rotation and stop of the chain armor plate strip, the chain penetrating section stopping piece and the chain armor plate strip are connected in a split mode or integrated mode, the end part of the material conveying section is used for limiting the driving chains on two sides of the material conveying section, the structure is simple, the limiting strength is high, and no easily damaged piece exists.
4. The chain link plate comprises a penetrating chain link plate roller section or a penetrating chain link plate section, the chain link plate comprises a penetrating shaft rotation stopping chain link plate or a penetrating chain link plate rotation stopping chain link plate, the penetrating chain link plate roller section comprises a cylindrical section prismatic section or a prismatic section cylindrical section or a rotation stopping section cylindrical section or a cylindrical section hole rotation stopping section or a cylindrical section platform rotation stopping section, the chain link plate comprises a rotation stopping chain link plate, the corresponding rotation stopping chain link plate comprises an edge hole rotation stopping chain link plate or a plate platform rotation stopping chain link plate, when the cylindrical section and the prismatic section cylindrical section are used, the end of the conveying section is provided with an inner cylindrical section, the end of the inner cylindrical section is provided with an outer cylindrical section, the inner cylindrical section penetrates through a chain roller, the edge hole rotation stopping chain link plate is sleeved on the outer prismatic section, the outer prismatic section is provided with an outer prismatic section stopping structure, the chain link plate rotation stopping link plate prevents the chain link plate from rotating due to the fact that a large amount of inner cylindrical section and outer cylindrical section are matched with the rotation stopping edge hole, and the cylindrical section stopping link plate, and the cylindrical section are provided with a large amount of cylindrical stopping link plate.
5. The end of the conveying section is provided with a chain penetrating plate shaft, the shaft hole rotation stopping structure is arranged on the chain penetrating plate shaft, the chain penetrating plate shaft penetrates through a chain roller, the shaft hole rotation stopping structure comprises a chain stopping plate lath rotating hole, a chain plate rotation stopping pin hole is formed in a plate hole rotation stopping chain plate corresponding to the shaft hole rotation stopping structure, the shaft hole rotation stopping structure penetrates through a connecting plate Kong Zhizhuai chain plate, a rotation stopping pin is arranged in the chain plate rotation stopping pin hole and the chain stopping lath rotating hole to stop rotation, the structure is provided with the rotation stopping hole on the chain penetrating plate shaft, the processing and manufacturing are simple, the rotation stopping pin and the chain plate rotation stopping pin hole are matched to stop rotation, the rotation stopping positioning of the conveying plate is achieved, the effect of stopping the vertical and left and right movement of the conveying plate is achieved, the structure is simple, the function is comprehensive, and the installation and replacement are convenient and rapid.
6. When the cylindrical section platform rotation stopping section is used, the end part of the material conveying section is provided with a chain penetrating plate shaft, a shaft platform rotation stopping structure is arranged on the chain penetrating plate shaft, the chain penetrating plate shaft penetrates through a chain roller, a chain plate rotation stopping platform is arranged on a corresponding plate platform rotation stopping chain plate, the shaft platform rotation stopping structure penetrates through the chain penetrating plate platform rotation stopping chain plate, the chain plate rotation stopping platform and the chain stopping plate rotation stopping platform are buckled and rotate to stop rotation, the structure is provided with the chain stopping plate rotation platform on the chain penetrating plate shaft, the processing and manufacturing are simple, the chain plate rotation stopping platform and the chain stopping plate rotation stopping platform are matched to play a rotation stopping role, the material conveying plate rotation stopping location and the effect of stopping the material conveying plate to move up and down and left and right, the structure is simple, the function is comprehensive, and the installation is convenient and rapid.
7. When the chain-penetrating chain plate rotation-stopping armor plate is used, the chain-penetrating section is arranged at the end part of the conveying section, the section of the conveying section is larger than or equal to that of the chain-penetrating section, when the middle hole of the chain plate is used, the chain-penetrating section penetrates through the middle hole of the chain plate, the middle hole of the left chain plate and the middle hole of the right chain plate limit the chain-penetrating chain plate rotation-stopping armor plate through the section of the conveying section which is larger than the section of the chain-penetrating section, the upper hole section of the inner side plate penetrates through the upper hole of the inner side plate, the upper hole section of the outer side plate penetrates through the upper hole of the outer side plate, when the chain-penetrating section is arranged in the upper holes of the inner side plate and the outer side plate, the upper holes of the inner side plate and the upper hole of the outer side plate position the chain plate at multiple points, when the chain plate rotation-stopping armor plate is used, the chain plate is connected with the chain plate by the chain plate structure, and when the chain plate rotation-stopping armor plate is used, the chain plate is provided with the chain plate mechanism, the chain armor plate strip is provided with the chain armor plate connecting mechanism which is fixedly connected with the chain armor plate connecting mechanism through the chain armor plate component or is integrated with the chain armor plate connecting mechanism through the chain armor plate connecting plate, the structure is simple, the installation is convenient, the chain armor plate strip penetrates through the driving chain, the complex structure that the old scraping plate is connected with the driving chain through a plurality of screws is changed, the chain armor plate strip is connected with the driving chain through a perforation mode, the positioning precision between the chain armor plate strip and the chain armor plate strip is improved by utilizing the principle that the perforation positioning is accurate, the chain plate holes limit the chain armor plate strip to fall off from the driving chain from the 360-degree direction, the driving chain is firmly connected with the chain armor plate component, the structure is simple, the loss of components is less, the chain armor plate strip shaft and the driving chain shaft are integrated, the function of the chain armor plate strip is increased, the material consumption is saved, the limit structures of the two ends of the driving chain shaft to the chain link plate are saved, and the manufacturing cost is reduced, the easily-damaged and easily-falling parts are reduced, the precision of the chain deck plate strip rotating around the driving gear is improved, and the service life of the chain deck plate strip is prolonged.
8. The chain lath comprises a transverse convex material blocking chain lath or an upper plane chain lath or a side edge leakage blocking chain lath, the side edge leakage blocking chain lath comprises a side flat edge leakage blocking chain lath or a side edge buckle platform leakage blocking chain lath, the upper convex platform of the transverse convex material blocking chain lath blocks the materials from climbing and sliding down, icing and slipping, the side edge of the side edge leakage blocking chain lath is provided with a material leakage blocking edge closing platform, the material leakage blocking edge closing platform and the material leakage blocking edge closing platform are buckled, and the materials are prevented from flowing out from a gap between the side edge leakage blocking chain lath and the side edge leakage blocking chain lath.
9. The feeding section and the connecting driving chain segment are connected in a split mode or are integrated, when the feeding section and the connecting driving chain segment are connected in a split mode, the feeding section and the connecting driving chain segment are connected through screws or connected through pins or connected through catching grooves, and when the feeding section and the connecting driving chain segment are separated and convenient to maintain, only the feeding section is replaced, the driving chain component does not need to be detached, the replacement is achieved, and time and materials are saved.
10. The plate conveyor connects a material conveying plate to the upper part of a link plate of a roller chain by using a bolt, a plurality of threaded connecting holes are formed in each link plate, a plurality of connecting holes are also required to be formed in two ends of each material conveying plate, the material conveying plates are fixed on the link plates by using screws in order to prevent the material conveying plates from falling off, so that the roller chain is complex in structure, high in machining precision and difficult to machine, complex in installation during matching and installation, high in installation difficulty and long in assembly time.
11. The connecting leakage-resisting belt chain plate and the connecting armor piece chain plate are integrated, a fastening leakage-resisting toothed shaft hole is formed in the connecting armor piece chain plate, a connecting armor piece mechanism is arranged on the fastening leakage-resisting toothed shaft hole, the fastening leakage-resisting toothed shaft hole penetrates through two adjacent leakage-resisting toothed shafts, the connecting armor piece mechanism fixes an armor piece on the upper surface of a leakage-resisting belt, the armor piece is provided with a sleeving leakage-resisting toothed shaft mechanism, and a double-hole plate chain roller shaft or a chain armor piece shaft penetrates through the sleeving leakage-resisting toothed shaft mechanism.
12. The transverse penetrating strip penetrates through the conveying belt, the chain armor piece is provided with a scraper penetrating transverse penetrating strip hole or is welded with the transverse penetrating strip or is connected with a transverse penetrating strip bolt or is connected with a transverse penetrating strip jack or is connected with a transverse penetrating strip pin or is connected with a transverse penetrating strip buckling groove or is connected with a transverse penetrating strip glue, the transverse penetrating strip penetrating connecting scraper penetrates transverse penetrating strip holes to be connected with the conveying belt or is integrated with the conveying belt, the transverse penetrating strip is used for connecting and fixing the chain scraper, the use value of the transverse penetrating strip is improved, and the combination strength of the chain scraper and the conveying belt is increased.
13. The roller chain first piece and the conveyer belt are connected in a split mode or integrated mode, the transverse material blocking plate and the conveyer belt are connected in a split mode or integrated mode, the fixed scraper plate mechanism is arranged on the roller chain first piece, a scraper plate buckling groove mechanism buckled with the baffle fixing scraper groove is arranged at the end portion of the chain first piece, the left fixing scraper groove convex and the right fixing scraper groove convex are buckled in the left baffle fixing scraper groove and the right baffle fixing scraper groove respectively, the left scraper abutting baffle plate platform and the right scraper abutting baffle plate platform abut against the left roller chain first piece and the right roller chain first piece respectively, the left roller chain first piece and the right roller chain first piece buckle the transverse material blocking plate on the upper portion of the conveyer belt through the left scraper abutting baffle plate blocking platform and the right scraper abutting baffle plate platform, when the material is transported on a large-angle slope of the conveyer belt, the transverse material blocking plate blocks the transportation roadway from sliding down, and the transportation roadway is prevented from being blocked due to the fact that the material slides down when the conveyer belt is transported, and the transportation chain belt is safe and efficient.
14. When using chain first spare to be connected the setting with the driving chain and when hindering hourglass area upper portion, hinder hourglass anti heavy pound rubber chain area and include drive drum and driven pulley, drive drum and driven pulley both ends set up chain first spare gear and hinder hourglass area gear, chain first spare gear diameter is greater than and hinders hourglass area gear diameter, the driving chain includes chain first driving chain and hinders hourglass area driving chain, chain first driving chain connects into chain first conveyer belt with chain first spare, it hinders hourglass area formation and hinders hourglass chain belt to hinder hourglass area driving chain connection, chain first spare gear drive chain first conveyer belt, it hinders hourglass chain belt to hinder hourglass belt drive, the cooperation of multilayer drive multilayer, the performance is effectual.
15. The leakage-proof belt is connected with the drive chain shaft or the leakage-proof belt is connected with the link plate, when the leakage-proof belt is connected with the drive chain shaft, the armor penetrating shaft is connected with the link plate or the armor penetrating shaft is connected with the drive chain shaft or the armor block is connected with the link plate, when the leakage-proof belt is connected with the link plate, the armor penetrating shaft is integrated with the drive chain shaft and penetrates the link roller and the link plate, or the armor penetrating shaft is connected with the link plate or the armor block is connected with the drive chain shaft or the armor block is connected with the link plate, and the installation is simple, rapid and efficient.
16. The upper part of the connecting beam is provided with ear protection pieces, the connecting lugs are arranged at the lower part of the ear protection pieces and are arranged at the side parts of the connecting beam or the connecting lugs are arranged at the lower part of the ear protection pieces, the ear protection heavy-weight-hitting armor belt is formed by the ear buckling pieces which penetrate through the connecting lugs, a plurality of the ear protection heavy-weight-hitting armor pieces are arranged in a staggered way or an in-line way, when the ear protection heavy-weight-hitting armor pieces are arranged in a staggered way, the distance between the rear left connecting lug and the rear right connecting lug is the sum of the front left connecting lug and the front right connecting lug, the rear left armor piece right front connecting lug and the rear right front connecting lug are arranged between the rear left connecting lug and the front armor piece rear right connecting lug of the front armor piece in an attached manner and are arranged between the front armor piece rear left connecting lug and the front armor piece rear right connecting lug and are attached to the front armor piece rear left connecting lug and the front armor piece rear right connecting lug and the front armor piece rear armor, the front armor piece rear left connecting lug and the front armor piece connecting lug of the front armor piece in an attached manner, the front armor piece of the front armor piece are arranged between the rear left armor piece and the rear right connecting lug and the front armor piece in the rear armor piece of the front armor piece in the rear left armor piece, the invention changes the buckling lug of the old armor piece, the back connecting lug of the front armor piece and the front connecting lug of the back armor piece, the convex-concave arranged between the front connecting lug and the dense connecting lug arranged between the front armor piece and the dense connecting lug, the armor connecting lug is made into an unreasonable structure which is relatively small but has to bear direct impact and heavy smashing of materials, the occurrence of failure that the armor connecting lug is smashed frequently due to direct smashing of iron ores, large coal, gangue, rocks, cement blocks, steel pieces and other blocky mineral materials is avoided, the armor belt with the same width can bear overlarge tension only by arranging two connecting lugs on the left and right of the connecting beam respectively by arranging the lug protecting piece, 95% of the connecting lugs can be reduced compared with the old armor belt, the manufacturing difficulty and the assembly workload are greatly reduced, the cost is reduced, the anti-smashing strength of the armor belt with the same size is improved by 4-6 times compared with that of the armor belt with the connecting lugs with the same size, even if 500mm pieces of materials hit the lug from a smashing bin with the size of about 30 meters, the armor plate cannot be damaged, the occurrence of accidents of shutdown, production stoppage and the like caused by frequent breakage of the armor connecting lug under impact of large materials is thoroughly avoided, the maintenance time and manpower and material resources are saved greatly, when the connecting lugs are buckled and limited at intervals, the right front connecting lug of the rear left armor piece and the left front connecting lug of the rear right armor piece are arranged between the rear left connecting lug of the front armor piece and the rear right connecting lug of the front armor piece in an abutting mode to form a limiting connecting lug group, a gap is arranged between the left limiting connecting lug group and the right limiting connecting lug group, the upper part of the gap is covered by the lug protecting piece to prevent leakage materials, or the front right connecting lug of the rear armor piece and the right rear connecting lug of the front armor piece are arranged in an abutting and buckling mode, the front left connecting lug of the rear armor piece and the rear left connecting lug of the front armor piece are arranged in an abutting and buckling mode, the front right connecting lug of the rear armor piece is buckled with the right rear connecting lug of the front armor piece and/or the front left connecting lug of the rear armor piece and the rear left connecting lug of the front armor piece in an abutting and buckling mode, the arrangement of the lug protecting pieces greatly reduces the use number of the connecting lugs, the connecting lugs are ingeniously arranged, the least amount of connecting lugs arranged front and back, left and right are matched with the lug buckling penetrating pieces to limit each armor piece of the lug-protecting heavy-weight-hitting armor belt to move front and back, the armor pieces are prevented from falling off, the straightness and stability of the operation of the armor belt are improved, the leakage-preventing belt is arranged at the lower part of the lug-protecting heavy-weight-hitting armor belt to enable the lug-protecting heavy-weight-hitting armor belt to increase the function of preventing scattering and leakage, and the environment-friendly performance of the whole machine is improved.
17. The front ear protection buckle plate is attached and buckled with the rear ear protection tongue plate to form a tongue plate buckle plate leakage-blocking armor belt, the front ear protection buckle plate is attached and buckled with the rear ear protection tongue plate to prevent materials from leaking from a gap between the ear protection part and the ear protection part or the front ear protection buckle plate is attached and buckled with the rear ear protection tongue plate and the buckling position of the front ear protection buckle plate and the rear ear protection tongue plate is provided with an ear protection leakage-blocking sealing piece to prevent the materials from leaking from the gap between the ear protection part and the ear protection part, when the ear protection leakage-blocking sealing piece is used, the buckling direction of each front ear protection buckle plate and the rear ear protection part of the ear protection heavy-weight armor belt can be consistent, the surface of the ear protection heavy-weight armor belt is free of a zigzag gap for buckling a connecting lug, and the old armor belt is prevented from having a front circular convex arc connecting lug, a rear circular convex arc connecting lug, a front concave buckle connecting lug groove and a rear concave buckle connecting lug groove, the front concave buckle connecting lug groove of the front concave buckle connecting lug groove is opposite to the concave groove of the rear buckle connecting lug groove, therefore, when the armor plate rotates around the roller, the two opposite groove binding convex edges damage a scraping plate for cleaning the armor belt material, return materials are greatly reduced, the material is well prevented from leaking from a gap between the ear protection piece and the ear protection piece, the ear protection piece transverse leakage-proof sealing strip is arranged in the leakage-proof sealing strip groove, the ear protection piece longitudinal leakage-proof sealing piece is provided with a buckling ear penetrating piece perforation, the ear protection piece longitudinal leakage-proof sealing piece is arranged between the left ear protection heavy-weight smashing armor piece and the right ear protection heavy-weight smashing armor piece, the buckling ear penetrating piece penetrates through the buckling ear penetrating piece perforation to prevent the ear protection piece longitudinal leakage-proof sealing piece from falling off, the ear protection piece leakage-proof sealing piece prevents the material from leaking from the gap between the ear protection piece and the ear protection piece, the sealing strip hanging through strip ear is provided with a buckling ear penetrating piece hole, the buckling ear penetrating piece penetrates through the buckling ear penetrating piece perforation to enable the ear protection piece transverse leakage-proof sealing strip to be fixed and fall off by the ear leakage-proof sealing strip groove and the buckling ear penetrating piece, the structure greatly improves the stability and the service life of sealing, changes the defect that the sealing structure is arranged on the connecting lug of the old-type armor belt, avoids the problems that the gaps are various after a plurality of connecting lugs of the old-type armor belt are buckled, the gaps are bent and folded and are difficult to seal, the material leakage is serious, the material is wasted and the environment is polluted, changes the structure that the transverse gaps on the surface of the armor belt are staggered at a plurality of positions after the front and rear connecting lugs are buckled, ensures that the ear-protecting heavy-smashing armor belt ear-protecting piece combination part is positioned on the same straight line and the buckling gaps are uniform, therefore, the ear-protecting piece and the ear-protecting piece are buckled simply and have high laminating degree, avoids the complicated structure that the old-type gap sealing piece of the armor belt is various and small, ensures that the ear-protecting piece leakage-preventing sealing piece is easy to manufacture, easy to install and anti-dropping off, and has low manufacturing and installation cost, the front and rear deck transverse buckling gaps of the old-type first belt are not on the same straight line, the structure that one transverse sealing strip of the first belt can only be arranged at one end of a connecting lug is changed, a commonly-used first belt with the length of 10 meters and the width of 1 meter is made, the structure that only 160 transverse sealing strips are used is changed from 6660 transverse sealing strips, the structure is simple to seal and manufacture, the installation is rapid, the sealing effect is good, the service life is long, a leakage-blocking belt is arranged at the lower part of the tongue plate buckle leakage-blocking first belt, the leakage-blocking belt is additionally arranged on the basis that the tongue plate buckle leakage-blocking first belt has the leakage-preventing function, powder, water, slurry and the like of the tongue plate leakage-blocking first belt can be completely prevented from falling to the lower part of the surface of the conveying belt, all parts of the whole machine are effectively protected from being polluted, and the recovery rate of materials is improved.
18. When the straight-through ear-buckling penetration piece is used, both ends of the straight-through ear-buckling penetration piece can penetrate through the front ear-protecting heavy-smashing armor piece and the rear ear-protecting heavy-smashing armor piece, when the limiting ear-buckling penetration piece is used, the end part of the limiting ear-buckling penetration piece is provided with the ear-connecting limiting mechanism, when the stop collar is connected with the ear-connecting limiting mechanism, the ear-buckling penetration strip penetrates through the ear-buckling penetration strip, the ear-buckling penetration strip stop collar is buckled on the ear-buckling penetration strip or penetrates through the ear-buckling penetration strip stop collar, the ear-buckling penetration strip stop collar supports the ear-protecting piece at the lower part of the ear-protecting piece, the rotation of the ear-buckling penetration strip stop collar and the rolling friction of the lower support piece are realized, the anti-smashing strength of the ear-buckling piece is improved, the ear-protecting heavy-smashing armor belt is operated in a rolling friction manner, the operation resistance is greatly reduced, the abrasion of the ear-protecting heavy-smashing armor piece is reduced, the service life is prolonged, the chain-penetrating chain rolling chain plate penetrating mechanism is arranged at the end part of the chain shaft-buckling penetration ear-buckling penetration strip, and the chain is composed of the chain, the ear-protecting heavy-duty armor pieces are connected into an ear-protecting heavy-duty armor chain belt in a penetrating mode, the connecting lugs limit the connecting beam and the ear-protecting pieces to move left and right, the ear-protecting pieces limit the connecting beam and the ear-protecting pieces to move back and forth, the roller chain drives the ear-protecting heavy-duty armor chain belt to roll and rub to convey materials, the structure of connecting the heavy-duty plates on the connecting plate of the roller chain is changed, the phenomenon that the heavy-duty lath is fixed on the roller chain link plate through bolts is avoided, a plurality of bolt holes are formed in the roller chain link plate, the manufacturing difficulty is increased, a large amount of manpower and material resources are consumed, the overall strength of the roller chain link plate is weakened, when the heavy-duty lath is crushed by materials, the bolts are frequently loosened and fall off, so that one end of the heavy-duty lath droops to be clamped and hit a support piece at the lower part of the feeding machine, heavy accidents such as overload burning, shutdown, production stoppage and the like are caused, the earguard is resistant to pound heavily and hinders armour chain belt lower part and set up the band that leaks, makes the earguard be resistant to pound heavily and pound the armour chain belt and resist heavily promptly and pound not warp and long-term safe high-efficient defeated material has prevented between the armour comprehensively that material leakage corrosion from damaging band pulley, frame again, has improved the life of complete machine, has avoided the polluted environment.
Drawings
FIG. 1 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 1;
FIG. 2 is a schematic view of the leakage-preventing heavy-duty adhesive tape in example 1;
FIG. 3 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 1;
FIG. 4 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 1;
FIG. 5 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 1;
FIG. 6 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 1;
FIG. 7 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 1;
FIG. 8 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 1;
FIG. 9 is a schematic view of a leakage-preventing heavy-duty adhesive tape in example 2;
FIG. 10 is a schematic view of the chain belt for preventing leakage and heavy-hammer in example 2;
FIG. 11 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 3;
FIG. 12 is a schematic view of the chain belt for preventing leakage and heavy-hammer in example 3;
FIG. 13 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 3;
FIG. 14 is a schematic view of the chain belt for preventing leakage and heavy-duty hitting in example 4;
FIG. 15 is a schematic view of the chain belt for leakage prevention and heavy-duty hitting resistance in example 5;
FIG. 16 is a schematic view of the chain belt for leakage prevention and heavy-duty hitting resistance in example 6;
FIG. 17 is a schematic view of the chain belt for leakage prevention and heavy-duty hitting resistance in example 7;
FIG. 18 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 8;
FIG. 19 is a schematic view of the chain belt for leakage prevention and heavy-duty hitting resistance in example 8;
FIG. 20 is a schematic view of the chain belt for leakage prevention and heavy-duty pounding prevention in example 9;
FIG. 21 is a schematic view of a chain belt for leakage prevention and heavy-duty hitting resistance in example 9;
FIG. 22 is a schematic view of a chain belt for leakage prevention and heavy-duty hitting resistance in example 9;
FIG. 23 is a schematic view of a chain belt for leakage prevention and heavy-duty hitting resistance in example 9;
FIG. 24 is a schematic view of a leakage-preventing heavy-duty adhesive tape in example 10;
FIG. 25 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 10;
FIG. 26 is a schematic view of the chain belt for leakage prevention and heavy-duty hitting resistance in example 10;
FIG. 27 is a schematic view of the chain belt for leakage prevention and heavy-duty pounding prevention in example 10;
FIG. 28 is a schematic view of a leakage-preventing heavy-duty adhesive tape in example 10;
FIG. 29 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 10;
FIG. 30 is a schematic view of a leakage-preventing heavy-duty adhesive tape in example 10;
FIG. 31 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 11;
FIG. 32 is a schematic view of a leakage-preventing heavy-duty rubber belt in accordance with example 11;
FIG. 33 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 11;
FIG. 34 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 11;
FIG. 35 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 12;
FIG. 36 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in example 12;
FIG. 37 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 12;
FIG. 38 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 12;
FIG. 39 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in example 13;
FIG. 40 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 14;
FIG. 41 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 14;
FIG. 42 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in example 15;
FIG. 43 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in example 16;
FIG. 44 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 16;
FIG. 45 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in example 16;
FIG. 46 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 16;
FIG. 47 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 16;
FIG. 48 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in accordance with example 16;
FIG. 49 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in accordance with embodiment 17;
FIG. 50 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 18;
FIG. 51 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 18;
FIG. 52 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 19;
FIG. 53 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 19;
FIG. 54 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 19;
FIG. 55 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 19;
FIG. 56 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in example 19;
FIG. 57 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 19;
FIG. 58 is a schematic view of a leakage-preventing heavy-tamping-resistant rubber chain belt in accordance with embodiment 20;
FIG. 59 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 20;
FIG. 60 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 21;
FIG. 61 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 21;
FIG. 62 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in accordance with example 21;
FIG. 63 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 21;
FIG. 64 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 21;
FIG. 65 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 21;
FIG. 66 is a schematic view of a leakage-preventing heavy-tamping-resistant rubber chain belt in accordance with embodiment 22;
FIG. 67 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 22;
FIG. 68 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 23;
FIG. 69 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 23;
FIG. 70 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in accordance with example 23;
FIG. 71 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 23;
FIG. 72 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 24;
FIG. 73 is a schematic view of a leakage-preventing heavy-tamping-resistant rubber chain belt in accordance with embodiment 24;
FIG. 74 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 25;
FIG. 75 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in example 25;
FIG. 76 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 26;
FIG. 77 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 26;
FIG. 78 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 27;
FIG. 79 isbase:Sub>A partial cross-sectional view A-A of FIG. 78;
FIG. 80 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 27;
fig. 81 is a schematic cross-sectional structural view of a heavy-duty armor of example 27;
FIG. 82 is a schematic cross-sectional view of an alternative hard-to-pound armor of example 27;
FIG. 83 is a schematic cross-sectional view of an alternative hard-to-pound armor of example 27;
fig. 84 is a schematic cross-sectional view of another ear armor against heavy-duty armor of example 27;
FIG. 85 is a schematic cross-sectional view of an alternative hard-to-pound armor of example 27;
FIG. 86 is a schematic view of a leakage-preventing heavy-tamping-resistant rubber chain belt in accordance with embodiment 28;
FIG. 87 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 29;
FIG. 88 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 30;
FIG. 89 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 31;
FIG. 90 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 32;
figure 91 is a schematic top view cross-sectional view of an ear-protecting heavy-duty armor of example 32;
FIG. 92 is a schematic view of a leakage-preventing heavy-duty rubber chain belt in accordance with example 33;
FIG. 93 is a schematic view of a chain belt for preventing leakage and heavy-duty hitting in example 34;
figure 94 is a schematic left view illustration of the ear-protecting heavy-duty armor of example 34;
FIG. 95 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 35;
FIG. 96 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 36;
FIG. 97 is a schematic view of a chain belt for leakage prevention and heavy-duty pounding prevention in EXAMPLE 37;
FIG. 98 is a schematic view of a leakage-preventing heavy-duty adhesive tape in accordance with example 37.
In the figure: 1-leakage-resistant heavy-smashing-resistant rubber chain belt, 2-chain armor piece, 3-leakage-resistant belt, 4-driving chain, 5-armor piece chain belt structure, 6-roller chain, 7-annular chain, 8-driving chain shaft, 9-chain roller, 10-link plate, 11-roller armor piece, 12-chain leakage-resistant armor smashing-resistant belt, 13-chain armor lath, 14-armor belt, 15-chain armor shaft penetrating belt, 16-armor block and armor block fastening belt, 17-armor block, 18-chain armor shaft penetrating shaft, 19-rigid shaft penetrating shaft, 20-buffer shaft penetrating shaft, 21-shaft penetrating hole, 22-driving chain shaft connecting armor piece chain belt structure, 23-chain shaft leakage-resistant belt device, 24-chain shaft connecting armor piece device, 25-chain shaft connecting leakage-resistant armor piece, 26-chain leakage-resistant armor piece belt 27-link first piece leakage-proof belt, 28-chain shaft connection leakage-proof belt first piece belt, 29-link plate connection leakage-proof belt device, 30-first chain belt connecting piece, 31-belt connection driving chain piece, 32-leakage-proof belt tooth shaft, 33-belt edge shaft driving chain, 34-belt edge shaft rubber chain belt, 35-chain link tongue plate, 36-chain tongue plate rubber chain belt, 37-chain first tooth shaft, 38-link first buffer belt piece, 39-screw link first buffer belt piece, 40-material conveying section, 41-link driving chain section, 42-left driving chain, 43-right driving chain, 44-penetrating driving chain section backstop structure, 45-penetrating chain plate section backstop piece, 46-penetrating chain plate section, 47-penetrating shaft backstop chain plate strip, 48-material conveying section positioning piece, 49-penetrating backstop chain plate strip, 50-chain shaft rotation stopping chain armor plate strip, 51-chain plate rotation stopping chain armor plate strip, 52-chain plate penetrating roller segment, 53-cylindrical segment prismatic segment, 54-prismatic segment cylindrical segment, 55-rotation stopping chain plate, 56-prismatic hole rotation stopping chain plate, 57-chain armor stopping piece, 58-cylindrical segment prismatic segment chain armor plate strip, 59-prismatic segment cylindrical segment chain armor plate strip, 60-inner cylindrical segment, 61-outer prismatic segment, 62-outer prismatic segment stopping structure, 63-inner prismatic segment, 64-outer cylindrical segment, 65-outer cylindrical segment stopping structure, 66-cylindrical segment hole rotation stopping segment, 67-plate hole rotation stopping chain plate, 68-shaft hole rotation stopping chain deck, 69-chain plate penetrating shaft, 70-shaft hole rotation stopping structure, 71-chain plate rotating stopping hole, 72-rotation stopping pin hole 73-rotation stopping pin, 74-cylindrical segment platform rotation stopping segment, 75-pallet rotation stopping chain plate, 76-chain plate rotation stopping platform, 77-axial surface rotation stopping chain plate, 78-axial platform rotation stopping structure, 79-chain stopping chain plate rotation stopping platform, 80-chain plate upper hole, 81-chain plate upper round hole, 82-left chain plate upper part, 83-right chain plate upper hole, 84-chain plate upper rotation stopping platform hole, 85-inner side chain plate upper hole, 86-outer side chain plate upper hole, 87-inner side plate upper hole segment, 88-outer side plate upper hole segment, 89-chain plate upper edge hole, 90-chain plate upper blind hole, 91-chain plate structure, 92-chain connecting chain plate mechanism, 93-chain connecting plate mechanism, 94-chain plate connecting plate component, 95-side edge leakage stopping chain plate component, 96-side buckling platform leakage-proof chain armor plate strip, 97-side leakage-proof material closing platform, 98-transverse convex material-blocking chain armor plate strip, 99-upper plane chain armor plate strip, 100-side flat edge leakage-proof chain armor plate strip, 101-connecting driving chain segment, 102-screw, 103-side Kong Jiaolian leakage-proof belt, 104-side penetrating strip rubber chain leakage-proof belt, 105-chain shaft plate rubber chain leakage-proof belt, 106-or chain plate rubber chain leakage-proof belt, 107-annular chain leakage-proof belt, 108-edge trimming leakage-proof belt, 109-plate chain armor piece, 110-smashing-resistant steel chain armor piece, 111-hollow vertical supporting chain armor piece, 112-double-hole plate, 113-connecting leakage-proof belt chain plate, 114-connecting armor piece, 115-buckling-leakage-proof toothed shaft hole, 116-connecting chain armor piece mechanism 117-through double-hole plate chain roller shaft, 118-socket joint leakage-stopping toothed shaft mechanism, 119-through chain first piece shaft, 120-conveying belt, 121-transverse through strip, 122-scraper through transverse through strip hole, 123-fixed scraper mechanism, 124-transverse material blocking plate, 125-left roller chain first piece, 126-right roller chain first piece, 127-baffle fixed scraper groove, 128-left baffle fixed scraper groove, 129-right baffle fixed scraper groove, 130-scraper buckle groove mechanism, 131-through fixed scraper groove convex, 132-scraper resisting baffle plate platform, 133-left fixed scraper groove convex, 134-right fixed scraper groove convex, 135-left scraper resisting baffle plate platform, 136-left scraper resisting baffle plate platform, 137-connecting beam, 138-lug protector, 139-lug buckle penetrating piece, 140-connecting lug, 141-ear tongue plate, 142-ear buckle, 143-ear anti-heavy-smashing armor, 144-front ear piece, 145-back ear piece, 146-front ear piece, 147-back ear piece, 148-front left ear piece, 149-front right ear piece, 150-back left ear piece, 151-back right ear piece, 152-front ear anti-heavy-smashing armor, 153-back ear anti-heavy-smashing armor, 154-front left ear piece, 155-front right ear piece, 156-back left ear piece, 157-back right ear piece, 158-back left ear piece, 159-back left ear piece, 160-back right ear piece, 161-back right ear piece, left front ear piece, and right ear piece 162-ear-protecting heavy-weight-smashing armor belt, 163-front armor left and rear connecting ear, 164-front armor right and rear connecting ear, 165-rear armor front left connecting ear, 166-rear armor front right connecting ear, 167-limiting connecting ear group, 168-left limiting connecting ear group, 169-right limiting connecting ear group, 170-front ear tongue plate, 171-front ear buckle plate, 172-rear ear tongue plate, 173-rear ear buckle plate, 174-ear-protecting leakage-stopping sealing element, 175-ear-protecting transverse leakage-stopping sealing strip, 176-ear-protecting longitudinal leakage-stopping armor sealing element, 177-leakage-stopping sealing strip groove, 178-ear-buckling penetrating piece perforation, 179-left ear-protecting heavy-weight-smashing armor piece, 180-right ear-protecting heavy-weight-smashing armor piece, 181-penetrating buckle-penetrating ear strip, 182-through, straight-through ear penetrating piece, and straight-buckling penetrating piece, 183-limit buckle lug penetrating piece, 184-joint lug limit mechanism, 185-baffle sleeve joint lug limit mechanism, 186-pin hole joint lug limit mechanism, 187-buckle lug penetrating strip, 188-buckle penetrating strip baffle sleeve, 189-chain roller, 190-link plate, 191-tongue plate buckle plate leakage-sealing first belt, 192-chain penetrating roller chain plate mechanism, 193-lug-protecting heavy-smashing armor chain belt, 194-roller chain, 195-lug-protecting plate sealing strip, 196-sealing strip hanging penetrating strip lug, 197-buckle lug penetrating piece hole and 198-chain shaft buckle lug penetrating piece.
Detailed Description
Example 1
As shown in fig. 1 to 8, the leakage-preventing and heavy-smashing glue-resisting chain belt 1 comprises a chain armor piece 2, a leakage-preventing belt 3, a driving chain 4 and an armor chain belt structure 5, the driving chain 4 comprises a roller chain 6, the roller chain 6 comprises a driving chain shaft 8, chain rollers 9 and link plates 10, the chain armor piece 2 comprises a roller chain armor piece 11, the armor chain belt structure 5 is arranged on the driving chain shaft 8, the chain armor piece 2, the leakage-preventing belt 3 and the driving chain 4 are connected into the leakage-preventing armor and smashing belt 12, the chain armor piece 2 comprises an armor belt 14, the armor belt 14 comprises a chain armor shaft-penetrating belt 15, the chain armor shaft-penetrating belt 15 comprises an armor block 17 and a chain armor shaft-penetrating 18, the chain armor shaft-penetrating 18 comprises a rigid penetrating shaft 19 and a buffering penetrating shaft 20, a penetrating hole 21 is arranged on the armor block 17, and the chain armor shaft-penetrating shaft 18 penetrates through the shaft hole 21 to connect the armor block 17 into the chain armor shaft-penetrating belt 15.
It is also possible to include an endless chain 7 for the drive chain 4.
The chain armour parts 2 may also comprise endless chain armour parts.
A chain band structure 5 for the first chain part can also be provided on the chain part 2.
The chain armour part 2 may also comprise chain armour strips 13.
Armor tape 14 may also include a nail-to-nail fastening tape 16.
Example 2
As shown in fig. 9 to 10, when the leakage preventing belt 3 is connected to the link plate 2 by the drive link shaft 8, the drive link shaft 8 connects the leakage preventing belt 3 and the link plate 2 is connected to the link plate 10.
The drive chain shaft 8 can also be connected with the leakage-preventing belt 3 and the chain first piece 2.
It is also possible that the drive chain axle 8 is connected with the leakage preventing belt 3 and the chain first part 2 is connected with the drive chain axle 8.
The rest is the same as example 1.
Example 3
As shown in fig. 11 to 13, when the leakage preventing tape 3 is connected to the chain case 2 through the link plate 10, the leakage preventing tape 3 is connected to the link plate 10 and the chain case 2 is connected to the link plate 10, the chain case 2 is higher than the upper surface of the leakage preventing tape 3, and the chain case 2 is disposed at an upper portion of the leakage preventing tape 3 at an interval.
The chain link plate 10 can also be connected for the leakage preventing belt 3 and the chain first part 2 is connected with the driving chain shaft 8.
The chain armor 2 and the chain armor 2 can be arranged on the upper part of the leakage-stopping belt 3 in a close mode or the chain armor 2 and the chain armor 2 are arranged on the upper part of the leakage-stopping belt 3 in a penetrating mode.
The rest is the same as example 1.
Example 4
As shown in fig. 14, the first-part chain belt structure 5 includes a driving chain shaft first-part chain belt structure 22, when the first-part chain belt structure 5 is disposed on the driving chain shaft 8, the driving chain shaft 8 includes a chain shaft leakage-preventing belt device 23, when the chain shaft leakage-preventing belt device 23 is used, the chain shaft leakage-preventing belt device 23 is disposed at one end of the driving chain shaft 8 to connect the leakage-preventing belt 3 to the driving chain shaft 8, the first-part chain 2 is disposed on the link plate 10, the driving chain shaft 8 penetrates the link plate 10, the chain rollers 9 form a chain shaft leakage-preventing belt first-part belt 26, and the driving chain 4 drives the chain shaft leakage-preventing belt first-part belt 26 to convey material.
The first chain band structure 5 may also comprise a link plate first chain band structure.
The rest is the same as example 1.
Example 5
As shown in fig. 15, when the driving chain shaft 8 is a chain shaft connecting chain device 24, one end of the chain shaft connecting chain device 24 connects the chain device 2 to the driving chain shaft 8, the leakage preventing belt 3 is connected with the link plate 10, the driving chain shaft 8 penetrates the link plate 10 and the chain roller 9 to form a chain device leakage preventing belt 27, and the driving chain 4 drives the chain device leakage preventing belt 27 to convey materials.
The rest is the same as example 1.
Example 6
As shown in fig. 16, when the driving link 8 is a link pivot joint leakage preventing belt fastener 25, the link pivot joint leakage preventing belt fastener 25 is provided at one end of the driving link 8, the link fastener 2 and the leakage preventing belt 3 which are provided up and down are connected to the driving link 8, and the driving link 8 is connected to the link plate 10 and the link roller 9 through the link plate to form a link pivot joint leakage preventing belt fastener 28.
The rest is the same as example 1.
Example 7
As shown in FIG. 17, when the first-piece link belt structure 5 is disposed on the link plate 10, the link plate 10 includes a link-plate leakage preventer 29.
The link plate 10 may also include a link plate fastener or a link plate fastener leak-stopping fastener.
The rest is the same as example 1.
Example 8
As shown in fig. 18, the driving chain 4 includes an first chain belt connector 30, the first chain belt connector 30 includes a belt connecting driving chain member 31, when the leakage blocking belt 3 is connected by using the driving chain shaft 8, the driving chain shaft 8 is provided as a leakage blocking belt toothed shaft 32, the leakage blocking belt toothed shaft 32 is provided on the lower surface of the leakage blocking belt 3 and connected by the belt connecting driving chain member 31, the leakage blocking belt toothed shaft 32 penetrates through the chain rollers 9 and the link plates 10 to form a belt edge shaft driving chain 33, the belt edge shaft driving chain 33 and the leakage blocking belt 3 form a belt edge shaft adhesive chain belt 34, and the first chain member 2 is provided on the link plates 10 of the belt edge shaft adhesive chain belt 34 and penetrates through the first chain member 2 on the leakage blocking belt toothed shaft 32.
In FIG. 19, the tooth shaft 32 of the leakage preventing belt extends out of the side edge of the leakage preventing belt 3 at the inner end part of the leakage preventing belt 3 and is connected with the driving chain 4.
The chain first part 2 can also be arranged on the link plate of the rubber chain belt with the side shaft and connected through the chain belt connecting piece or arranged on the upper surface of the rubber chain belt with the side shaft.
The belt-shaped shaft 32 for preventing leakage is arranged on the upper surface of the leakage-preventing belt and is connected with the driving chain piece through the belt connection
The rest is the same as example 1.
Example 9
As shown in fig. 20 to 23, when the link plate 10 is used to connect the leakage preventing belt 3, the leakage preventing belt 3 is disposed on the link plate 10 through the first chain belt connecting piece 30, the link plate 10 is provided with the link tongue 35, the belt connecting driving chain piece 31 connects the leakage preventing belt 3 with the link tongue 35 to form the first chain plate rubber chain belt 36, or the first chain piece 2 is disposed on the upper portion of the leakage preventing belt 3, the first chain piece 2 is separately connected with the leakage preventing belt 3, when the first chain piece 2 is separately connected with the leakage preventing belt 3, the first chain piece 2 is provided with the first chain connecting buffer belt piece 38, the first chain connecting buffer belt piece 38 connects the leakage preventing belt 3 at the bottom of the first chain piece 2, and the first chain connecting buffer belt piece 38 includes the first chain connecting buffer belt piece 39.
It is also possible to provide the chain armor 2 on the link plate 10, the chain armor 2 on the link tongue 35, or the end of the chain armor 2 with a chain armor tooth shaft 37 that passes through the chain roller 9 and the link plate 10.
The chain shell 2 and the leakage-proof belt 3 can also be integrated.
The chain link buffer belt 38 may also include a rope-threading chain link buffer belt, a hook-and-loop chain link buffer belt, or a zipper chain link buffer belt.
The rest is the same as example 1.
Example 10
As shown in fig. 24 to 30, when the leakage preventing belt 3 is connected to the drive link shaft 8, the chain mail passing shaft 18 is connected to the link plate 10.
It is also possible for the chain link shaft 18 to be connected to the drive link shaft 8 or the link block 17 to be connected to the link plate 10.
Or the leakage-proof belt 3 is connected with the link plate 10, the chain link penetrating shaft 18 and the driving chain shaft 8 are integrated, the chain roller 9 and the link plate 10 are penetrated, or the chain link penetrating shaft 18 and the link plate 10 are penetrated, or the chain block 17 and the driving chain shaft 8 are connected, or the chain block 17 and the link plate 10 are connected.
The rest is the same as example 1.
Example 11
As shown in fig. 31 to 34, the chain link 2 includes a material conveying section 40 and a driving chain section 41, the material conveying section 40 has a larger section than the driving chain section 41, the driving chain 4 includes a left driving chain 42 and a right driving chain 43, the left driving chain 42 and the right driving chain 43 limit the chain link 2 to the left and right by the larger section of the material conveying section 40 than the driving chain section 41, the chain link 2 includes a chain link plate 13, the chain link plate 13 is separated from the chain link plate 13, the driving chain section 41 is provided with a through driving chain section retaining structure 44, the corresponding chain link plate 10 is provided with a through chain link section retaining member 45, the through chain link section retaining member 45 cooperates with the through driving chain section retaining structure 44 to retain the chain link plate 13, the through chain link section retaining member 45 is separated from the chain link plate 13, the driving chain section 41 includes a through rolling section 52, and the chain link plate 13 includes a through shaft retaining chain link plate 47.
Or the section of the material conveying section 40 is equal to the section of the driving chain segment 41, when the section of the material conveying section 40 is equal to the section of the driving chain segment 41, the end part of the material conveying section 40 is provided with a material conveying section positioning piece 48, and the material conveying section positioning piece 48 limits the driving chain 4 on the driving chain segment 41.
The link plate segment-passing retaining elements 45 can also be integrated with the chain link plate 13.
It is also possible to include a link plate segment 46 for the drive link segment 41.
The rest is the same as example 1.
Example 12
As shown in fig. 35 to 38, the driving chain segment 41 includes a chain-passing roller segment 52, the chain-passing roller segment 52 includes a cylindrical section prismatic section 53 and a prismatic section cylindrical section 54, the link plate 10 includes a rotation-stopping link plate 55, the rotation-stopping link plate 55 includes a prismatic hole rotation-stopping link plate 56, the roller chain 6 includes a chain-stopping member 57, when the cylindrical section prismatic section 53 and the prismatic section cylindrical section 54 are used, the chain-plate strip 13 includes a cylindrical section prismatic section chain-plate strip 58 and a prismatic section cylindrical section chain-plate strip 59, the cylindrical section prismatic section chain-plate strip 58 includes an inner cylindrical section 60 and an outer prismatic section 61, the end of the feeding section 40 is provided with the inner cylindrical section 60, the end of the inner cylindrical section 60 is provided with the outer prismatic section 61, the inner cylindrical section 60 passes through the chain roller 9, the outer edge section 61 is sleeved with the edge hole rotation stopping chain plate 56, the outer edge section 61 is provided with an outer edge section rotation stopping structure 62, the chain first stopping piece 57 is matched with the outer edge section rotation stopping structure 62 to stop, the edge hole rotation stopping chain plate 56 stops the chain first plate strip 13 from rotating, the prism section cylindrical section chain first plate strip 59 comprises an inner edge section 63 and an outer cylinder section 64, the end part of the material conveying section 40 is provided with the inner edge section 63, the end part of the inner edge section 63 is provided with the outer cylinder section 64, the inner edge section 63 is sleeved with the edge hole rotation stopping chain plate 56, the outer cylinder section 64 penetrates through the chain roller 9, the outer cylinder section 64 is provided with an outer cylinder section rotation stopping structure 65, the chain first stopping piece 57 is matched with the outer cylinder section rotation stopping structure 65 to stop, and the edge hole rotation stopping chain plate 56 stops the chain first plate strip 13 from rotating.
The rest is the same as example 1.
Example 13
As shown in fig. 39, the link plate roller section 52 includes a cylindrical section hole rotation stopping section 66, the corresponding rotation stopping link plate 55 includes a plate hole rotation stopping link plate 67, the link plate bar 13 includes a shaft hole rotation stopping link plate bar 68, the shaft hole rotation stopping link plate bar 68 includes a link plate shaft 69 and a shaft hole rotation stopping structure 70, the end of the material conveying section 40 is provided with the link plate shaft 69, the shaft hole rotation stopping structure 70 is provided on the link plate shaft 69, the link plate shaft 69 passes through the chain roller 9, the shaft hole rotation stopping structure 70 includes a chain rotation stopping link plate rotation hole 71, the corresponding plate hole rotation stopping link plate 67 is provided with a link plate rotation stopping pin hole 72, the shaft hole rotation stopping structure 70 passes through the link plate Kong Zhizhuai link plate 67, and the rotation stopping pin 73 rotation stopping pin hole 72 and the chain rotation stopping link plate rotation hole 71 are provided with rotation stopping pins.
The rest is the same as example 1.
Example 14
As shown in fig. 40 to 41, when the link plate roller section 52 includes the cylindrical section table rotation stopping section 74, the corresponding rotation stopping link plate 55 includes a link plate rotation stopping link plate 75, the link plate rotation stopping link plate 75 includes a link plate rotation stopping platform 76, when the cylindrical section table rotation stopping section 74 is used, the link plate 13 includes a shaft surface rotation stopping link plate 77, the shaft surface rotation stopping link plate 77 includes a link plate passing shaft 69 and a shaft table rotation stopping structure 78, the end of the material conveying section 40 is provided with the link plate passing shaft 69, the shaft table rotation stopping structure 78 is provided on the link plate passing shaft 69, the link plate passing shaft 69 passes through the link roller 9, the shaft table rotation stopping structure 78 includes a chain stopping link plate rotation stopping platform 79, the link plate rotation stopping link plate 76 is provided on the link plate rotation stopping link plate 75 corresponding to the shaft table rotation stopping structure 78, and the rotation stopping platform 76 is engaged with the link plate rotation stopping link plate 79 to stop the rotation stopping link plate 79.
The pallet anti-rotation link plate 75 may include a baffle pallet anti-rotation link plate.
The rest is the same as example 1.
Example 15
As shown in fig. 42, the link plate 13 may also include a link plate rotation preventing link plate 49, and when the link plate rotation preventing link plate 49 is used, the link plate rotation preventing link plate 49 includes a conveying section 40 and a link plate passing section 46, the link plate passing section 46 is disposed at an end of the conveying section 40, the link plate 10 includes a link plate upper hole 80, the link plate passing section 46 passes through the link plate upper hole 80, the link plate upper hole 80 includes a left link plate upper hole 82 and a right link plate upper hole 83, and the left link plate upper hole 82 and the right link plate upper hole 83 limit the link plate rotation preventing link plate 49 by the cross section of the conveying section 40 being larger than the cross section of the link plate passing section 46.
Link plate 10 may also include a link plate middle aperture or a link plate lower aperture.
The rest is the same as example 1.
Example 16
As shown in FIGS. 43-48, the link plate 10 includes an upper link plate aperture 80, the upper link plate aperture 80 includes an inner link plate upper aperture 85 and an outer link plate upper aperture 86, the link plate piercing section 46 includes an inner plate upper aperture section 87 and an outer plate upper aperture section 88, the inner plate upper aperture section 87 is disposed in the inner link plate upper aperture 85, the outer plate upper aperture section 88 is disposed in the outer link plate upper aperture 86, the inner and outer link plate upper apertures 85, 86 are configured to locate the chain slat 13 at multiple points when the link plate piercing section 46 is disposed in the inner and outer link plate upper apertures 85, 86, and the upper link plate aperture 80 includes an upper link plate ridge aperture 89.
Alternatively, the link plate upper apertures 80 may comprise an inner link plate upper aperture 85 or an outer link plate upper aperture 86 and the link plate passing segments 46 may comprise an inner plate upper aperture segment 87 or an outer plate upper aperture segment 88.
The link plate upper hole 80 may also include a link plate upper circular hole 81, a link plate upper blind hole 90 or a link plate upper rotation stopping platform hole 84.
The rest is the same as example 1.
Example 17
As shown in fig. 49, when the link shaft rotation stopping link lath 50 is used, the drive link shaft 8 includes a link leakage preventing belt and link lath structure 91, and the link leakage preventing belt and link lath structure 91 connects the link lath 13 with the leakage preventing belt 3.
The rest is the same as example 1.
Example 18
As shown in fig. 50 to 51, when the link plate rotation preventing link plate 51 is used, the link plate 10 is provided with a link plate mechanism 92, the link plate 13 is provided with a link plate mechanism 93, the link plate mechanism 92 and the link plate mechanism 93 include a link plate member 94, and the link plate mechanism 92 and the link plate mechanism 93 are fixedly connected by the link plate member 94.
It is also possible for the chain link plate 13 to be integral with the link plate 10.
The rest is the same as example 1.
Example 19
As shown in fig. 52 to 57, the chain link plate 13 includes a side leakage-preventing chain link plate 95, the side leakage-preventing chain link plate 95 includes a side catching-table leakage-preventing chain link plate 96, and the side catching-table leakage-preventing chain link plate 96 includes a side leakage-preventing edge closing table 97.
The chain deck slats 13 may also include laterally projecting dam chain deck slats 98 or upper planar chain deck slats 99.
The side chain slat 95 may also include side flat edge chain slat 100.
The rest is the same as example 1.
Example 20
As shown in fig. 58 to fig. 59, the chain lath 13 comprises the feeding segment 40 and the connecting driving chain segment 101, the feeding segment 40 and the connecting driving chain segment 101 are separately connected, and when they are separately connected, the feeding segment 40 and the connecting driving chain segment 101 are connected by the screw 102.
The material conveying section 40 and the connecting driving chain section 101 can be integrated.
It is also possible that the feeding segment 40 and the connecting driving segment 101 are connected by pins or by catching grooves.
Example 21
As shown in fig. 60 to 65, the leakage preventing tape 3 includes a side hole rubber chain leakage preventing tape 103.
The leakage-proof belt 3 can also comprise a side-threading rubber chain leakage-proof belt 104, a chain shaft plate rubber chain leakage-proof belt 105, a chain plate rubber chain leakage-proof belt 106, an annular chain leakage-proof belt 107 or a flush edge leakage-proof belt 108.
The rest is the same as example 1.
Example 22
As shown in fig. 66 to 67, the chain armor 2 includes a plate-type chain armor 109, the chain armor 2 further includes a smash-resistant rigid chain armor 110, the smash-resistant rigid chain armor 110 includes a hollow upright bracing chain armor 111, and the belt connecting drive chain 31 includes the leakage-blocking belt toothed shaft 32.
The chain armour parts 2 may also comprise strip-shaped chain armour parts or chain armour parts.
The chain armor 2 may also include anti-smash buffer chain armor.
The anti-pound rigid chain armour 110 may also comprise solid chain armour.
The drive chain 31 may also comprise a belt-edge button or a belt-edge screw or a belt-edge thread or a belt-edge clip or a belt-edge paste or a belt edge catching grooves or pins with edges or cast-on strips with edges or zippers with edges or edges zipper pulls or tape edge plates or tape edge holes or tape edge seals.
The rest is the same as example 1.
Example 23
As shown in fig. 68 to 71, the roller chain a member 11 includes a double-orifice plate 112, the double-orifice plate 112 includes a connection leakage-blocking belt link plate 113 and a connection armor member link plate 114, the connection leakage-blocking belt link plate 113 and the connection armor member link plate 114 are integrated, the connection armor member link plate 114 is provided with a fastening leakage-blocking belt gear hole 115 and a connection armor member mechanism 116, the fastening leakage-blocking belt gear hole 115 penetrates two adjacent leakage-blocking belt gear shafts 32, the connection armor member mechanism 116 fixes the chain a member 2 on the upper surface of the leakage-blocking belt 3, the leakage-blocking belt gear shafts 32 include through double-orifice plate chain roller shafts 117, and the chain a member 2 is provided with a sleeve leakage-blocking belt gear shaft mechanism 118.
The leakage-proof toothed shaft 32 can also comprise a chain-penetrating member shaft 119, and the chain-penetrating member 2 shaft is connected with the leakage-proof toothed shaft mechanism 118 in a penetrating way.
The leakage-proof toothed shaft 32 can also comprise a chain-penetrating member shaft 119, the chain member 2 is provided with a leakage-proof toothed shaft mechanism 118 in a sleeved mode, and a double-hole plate chain roller shaft 117 penetrates through or the chain-penetrating member shaft 119 to be connected with the leakage-proof toothed shaft mechanism 118 in a sleeved mode.
The rest is the same as example 1.
Example 24
As shown in fig. 72 to 73, the leakage blocking belt 3 includes a conveying belt 120, the conveying belt 120 includes a transverse penetrating strip 121, the transverse penetrating strip 121 penetrates through the conveying belt 120, the chain link 2 is provided with a scraper penetrating transverse penetrating strip hole 122, and the transverse penetrating strip 121 penetrates the scraper penetrating transverse penetrating strip hole 122 to be connected with the conveying belt 120.
The chain armor piece 2 can also be welded with the transverse penetrating strip 121, or the chain armor piece 2 is connected with the transverse penetrating strip 121 through a bolt, or the chain armor piece 2 is connected with the transverse penetrating strip 121 through a jack, or the chain armor piece 2 is connected with the transverse penetrating strip 121 through a pin, or the chain armor piece 2 is connected with the transverse penetrating strip 121 through a buckle slot, or the chain armor piece 2 is connected with the transverse penetrating strip 121 through glue.
The transverse penetrating bar 121 can also penetrate through the transverse penetrating bar hole 122 to be integrated with the conveying belt 120.
The rest is the same as example 1.
Example 25
As shown in fig. 74 to 75, the leakage blocking belt 3 includes a conveyor belt 120, the chain first part 2 includes a fixed scraper mechanism 123 and a transverse scraper 124, the roller chain first part 11 is connected to the conveyor belt 120 in a split manner, the transverse scraper 124 is connected to the conveyor belt 120 in a split manner, the fixed scraper mechanism 123 is disposed on the roller chain first part 11, the roller chain first part 11 includes a left roller chain first part 125 and a right roller chain first part 126, the fixed scraper mechanism 123 includes a baffle fixed scraper slot 127, the baffle fixed scraper slot 127 includes a left baffle fixed scraper slot 128 and a right baffle fixed scraper slot 129, and a scraper catching slot mechanism 130 that is engaged with the baffle fixed scraper slot 127 is disposed at an end of the chain first part 2.
The roller chain members 11 may be integral with the belt 120.
The transverse material blocking plate 124 may also be integral with the conveyor belt 120.
The roller chain first part 11 may also comprise a left roller chain first part 125 or a right roller chain first part 126.
The fixed scraper mechanism 123 may also include fixed scraper pins or fixed scraper threads.
Example 26
As shown in fig. 76 to 77, the scraper buckle groove mechanism 130 includes a fixed scraper groove protrusion 131 and a scraper abutting baffle table 132, the fixed scraper groove protrusion 131 includes a left fixed scraper groove protrusion 133 and a right fixed scraper groove protrusion 134, the scraper abutting baffle table 132 includes a left scraper abutting baffle table 135 and a left scraper abutting baffle table 136, the left fixed scraper groove protrusion 133 and the right fixed scraper groove protrusion 134 are respectively buckled in the left baffle fixed scraper groove 128 and the right baffle fixed scraper groove 129, the left scraper abutting baffle table 135 and the right scraper abutting baffle table 132 are respectively buckled to the left roller chain first member 125 and the right roller chain first member 126, and the left roller chain first member 125 and the right roller chain first member 126 buckle the transverse material blocking plate 124 on the upper portion of the conveyor belt 120 through the left scraper abutting baffle table 135 and the right scraper abutting baffle table 132.
The stationary squeegee slot lip 131 may also include a left stationary squeegee slot lip 133 or a right stationary squeegee slot lip 134.
The squeegee blocker plate 132 may also include a left squeegee blocker plate 135 or a right squeegee blocker plate 132.
The rest is the same as example 1.
Example 27
As shown in fig. 78 to 80, the chain armor 2 includes an ear-protecting heavy-duty armor 143, the ear-protecting heavy-duty armor 143 includes a bridge 137, an ear-protecting member 138, a ear-fastening member 139 and a bridge 140, the upper portion of the bridge 137 is provided with the ear-protecting member 138, the bridge 140 is provided at the lower portion of the ear-protecting member 138 and is provided at the side portion of the bridge 137, the ear-fastening member 139 is fastened to the bridge 140 to form an ear-protecting heavy-duty armor band 162, the bridge 137 and the bridge 140 are integrated, the ear-protecting heavy-duty armor 143 includes a front ear-protecting member 144 and a rear ear-protecting member 145, the bridge 140 includes a front ear-connecting member 146 and a rear ear-connecting member 147, the front ear-connecting member 146 includes a front left ear-connecting member 148 and a front right ear-connecting member 149, the rear ear-connecting member 147 includes a rear left ear-connecting member 150 and a rear right ear-connecting member 151, the ear-protecting heavy-protecting armor 143 includes a front ear-protecting member 152 and a rear ear-protecting heavy-protecting armor 153, and the ear-protecting members 143 are disposed in a staggered arrangement, the distance between the rear left lug 150 and the rear right lug 151 is the sum of the front left lug 148 and the front right lug 149, the front ear heavy-weight-hitting armor 152 comprises the front armor rear left lug 154 and the front armor rear right lug 155, the rear ear heavy-weight-hitting armor 153 comprises the rear left ear heavy-weight-hitting armor 156 and the rear right ear heavy-weight-hitting armor 157, the rear left ear heavy-weight-hitting armor 156 comprises the rear left front lug 158 and the rear left front lug 159, the rear right ear heavy-weight-hitting armor 157 comprises the rear right front left lug 160 and the rear right front lug 161, the rear left right front lug 159 and the rear right front lug 160 are disposed in abutment between the front left lug 154 and the front right lug 155, and in abutment with the front left lug 154 and the rear right lug 155, the distance between the left engaging lug 154 behind the front armor piece and the right engaging lug 155 behind the front armor piece is the sum of the right engaging lug 159 of the left armor piece and the left engaging lug 160 behind the right armor piece, the left engaging lug 159 behind the left armor piece, the left front engaging lug 160 behind the right armor piece, the left engaging lug 154 behind the front armor piece and the right engaging lug 155 behind the front armor piece are connected in a penetrating manner by the ear-fastening piece 139, the left ear-fastening piece 156 behind the front armor piece and the right engaging lug 155 behind the front armor piece limit the left ear-fastening armor piece 156 and the right ear-fastening armor piece 157 to move left and right, and the front and the back are fastened in sequence to form the ear-fastening armor belt 162.
As shown in fig. 81, the engaging lug 140 is provided at a lower portion of the ear protector 138 and at a side portion of the connecting beam 137.
As shown in fig. 82, the engaging ears 140 are disposed below the ear protectors 138.
As shown in fig. 83, the ear protectors 138 may also be integral with the bridge 137.
As shown in fig. 84, the ear protectors 138 may be separately connected to the connection beams 137.
As shown in fig. 85, the coupling beam 137 may be connected to the coupling lug 140 separately.
Example 28
As shown in fig. 86, the plurality of ear protection heavy-weight-hitting-resistant armor pieces 143 are arranged in an orderly manner, when arranged in an orderly manner, the front ear protection heavy-weight-hitting-resistant armor piece 152 includes a front-armor left rear engaging lug 163 and a front-armor right rear engaging lug 164, the rear ear protection heavy-weight-hitting-resistant armor piece 153 includes a rear-armor front left engaging lug 165 and a rear-armor front right engaging lug 166, the front-armor left rear engaging lug 163 abuts against the rear-armor front left engaging lug 165, the front-armor right rear engaging lug 164 abuts against the rear-armor front right engaging lug 166, and the ear fastener 139 penetrates through the front-armor left rear engaging lug 163, the rear-armor front left engaging lug 165, the front-armor right rear engaging lug 164 and the rear-armor front right engaging lug 166.
Otherwise, the same procedure as in example 1 was repeated.
Example 29
As shown in fig. 87, the engaging lug 140 and the engaging lug 140 are spaced and fastened for spacing, when the spaced and fastened spacing is used, the rear left armor right front engaging lug 159 and the rear right armor left front engaging lug 160 are attached to and arranged between the front armor rear left engaging lug 154 and the front armor rear right engaging lug 155 to form a spacing engaging lug group 167, the spacing engaging lug group 167 comprises a left spacing engaging lug group 168 and a right spacing engaging lug group 33, a space is arranged between the left spacing engaging lug group 168 and the right spacing engaging lug group 33, and the upper part of the space is covered by the ear protection piece 138 to prevent material leakage.
Otherwise, the same procedure as in example 1 was repeated.
Example 30
As shown in fig. 88, the front right engaging lug 166 of the rear armor is in abutting engagement with the rear right engaging lug 164 of the front armor, the front left engaging lug 165 of the rear armor is in abutting engagement with the rear left engaging lug 154 of the front armor, the ear-fastening member 139 is in piercing engagement with the front right engaging lug 166 of the rear armor, the front right engaging lug 164 of the front armor, the front left engaging lug 165 of the rear armor and the rear left engaging lug 154 of the front armor, and the engaging lug 140 and the ear-fastening member 139 limit the left-right and front-back movement of the ear-fastening member 143.
The ear-fastening piece 139 can be threaded with the front right connecting ear 166 of the rear armor and the right rear connecting ear 164 of the front armor or threaded with the front left connecting ear 165 of the rear armor and the rear left connecting ear 154 of the front armor, and the connecting ear 140 and the ear-fastening piece 139 can limit the ear-protecting anti-weight armor 143 from moving left and right and back.
Or the engaging lug 140 and the engaging lug 140 can be tightly buckled and limited.
Otherwise, the same procedure as in example 1 was repeated.
Example 31
As shown in fig. 89, the ear protector comprises an ear protection tongue plate 141 and an ear protection buckle plate 142, the front ear protector 144 comprises a front ear protection tongue plate 170 and a front ear protection buckle plate 171, the rear ear protection 145 comprises a rear ear protection tongue plate 172 and a rear ear protection buckle plate 173, the front ear protection buckle plate 171 is fastened to the rear ear protection tongue plate 172 to form a tongue buckle plate leakage-sealing buckle plate 191, and the front ear protection buckle plate 171 is fastened to the rear ear protection tongue plate 172 to prevent the material from leaking from the gap between the ear protection 138 and the ear protection 138.
Otherwise, the same procedure as in example 1 was repeated.
Example 32
As shown in fig. 90 to 91, the front ear protector buckle plate 171 is fastened to the rear ear protector tongue plate 172, and the fastening position of the front ear protector buckle plate 171 and the rear ear protector tongue plate 172 is provided with an ear protector leakage-blocking sealing member 174 for preventing the material from leaking from the gap between the ear protector 138 and the ear protector 138, when the ear protector leakage-blocking sealing member 174 is used, the rear ear protector tongue plate 172 is provided with a leakage-blocking sealing strip groove 177, the ear protector leakage-blocking sealing member 174 comprises an ear protector transverse leakage-blocking sealing strip 175, the ear protector transverse leakage-blocking sealing strip 175 is arranged in the leakage-blocking sealing strip groove 177, the ear protector leakage-blocking sealing member 174 comprises an ear protector longitudinal leakage-blocking sealing member 176, the ear protector longitudinal leakage-blocking sealing member 176 is provided with an ear piercing member piercing hole 178, the ear protector heavy-cracking armor 143 comprises a left ear protector heavy cracking armor 179 and a right ear protector heavy cracking armor 180, the ear protector longitudinal leakage-blocking sealing member 176 is arranged between a left ear protector heavy cracking armor 179 and a right ear protector heavy cracking armor piercing member 178, and the ear protector 180 for preventing the ear leakage-cracking sealant 139 from penetrating through the ear leakage-blocking sealing member 138, and the ear cracking protector piercing member 178.
The ear protector leakage seal 174 may also include an ear protector transverse leakage seal 175 and an ear protector longitudinal leakage seal 176.
A leak-proof sealing strip groove 177 may also be provided on the front ear protector gusset 171,
otherwise, the same procedure as in example 31 was repeated.
Example 33
As shown in fig. 92, the ear-fastening penetration piece 139 includes a penetrating ear-fastening strip 181, and the ear-fastening penetration piece 139 includes a penetrating ear-fastening penetration piece 182, and when the penetrating ear-fastening penetration piece 182 is used, both ends of the penetrating ear-fastening penetration piece 182 can penetrate through the front ear-protecting anti-pounding armor piece 152 and the rear ear-protecting anti-pounding armor piece 153.
The ear piercing elements 139 may also comprise spaced piercing ear strips or chain axis piercing elements.
Otherwise, the same procedure as in example 1 was repeated.
Example 34
As shown in fig. 93 to 94, the ear-clasping threading piece 139 includes a position-limiting ear-clasping threading piece 183, when the position-limiting ear-clasping threading piece 183 is used, an ear-connecting limiting mechanism 184 is provided at an end of the position-limiting ear-clasping threading piece 183, the ear-connecting limiting mechanism 184 includes a sleeve-connecting ear-limiting mechanism 185, when the sleeve-connecting ear-limiting mechanism 185 is used, the sleeve-connecting ear-limiting mechanism 185 includes an ear-clasping threading strip 187 and a sleeve-clasping strip sleeve 188, the ear-clasping strip 187 passes through the connecting ear 140, the ear-clasping strip 187 passes through the sleeve-clasping strip sleeve 188, the sleeve-clasping strip sleeve 188 supports the ear-protecting piece 138 at a lower portion of the ear-protecting piece 138, and the sleeve-clasping strip sleeve 188 rotates around the ear-threading strip 187 to make rolling friction with the lower support.
The ear piercing elements 139 may also comprise spaced piercing ear strips or chain axis piercing elements.
The engaging lug limiting mechanism 184 may also include a boss engaging lug limiting mechanism, a pin hole engaging lug limiting mechanism, a threaded engaging lug limiting mechanism 50, or a snap spring engaging lug limiting mechanism.
A buttonhole bar sleeve 188 may also be fastened to the buttonhole bar 187.
Otherwise, the same procedure as in example 1 was repeated.
Example 35
As shown in fig. 95, the ear-piercing element 139 comprises spaced ear-piercing strips, the ear-piercing element 139 comprises a position-limiting ear-piercing element 183, when the position-limiting ear-piercing element 183 is used, an ear-connecting limiting mechanism 184 is disposed at an end of the position-limiting ear-piercing element 183, the ear-connecting limiting mechanism 184 comprises a pin-hole ear-connecting limiting mechanism 186,
or the engaging lug limiting mechanism 184 may comprise a boss engaging lug limiting mechanism, a threaded engaging lug limiting mechanism, a spacer sleeve engaging lug limiting mechanism or a snap spring engaging lug limiting mechanism.
Otherwise, the same procedure as in example 1 was repeated.
Example 36
As shown in fig. 96, the ear protection and heavy smashing armor piece 143 comprises a chain roller 189 and a link plate 190, a chain roller chain plate penetrating mechanism 192 is arranged at an end of a chain shaft buckle ear penetrating piece 198, the chain roller chain plate penetrating mechanism 192 penetrates the chain roller 189 and the link plate 190 to form a roller chain 194, the ear protection and heavy smashing armor piece 143 is penetrated and connected to form an ear protection and heavy smashing armor chain belt 193, the connecting lug 140 limits the left and right movement of the connecting beam 137 and the ear protection piece 138, the buckle ear penetrating piece 139 limits the front and back movement of the connecting beam 137 and the ear protection piece 138, and the roller chain 194 drives the ear protection and heavy smashing armor chain belt 193 to roll and rub to convey materials.
Otherwise, the same procedure as in example 1 was repeated.
Example 37
As shown in fig. 97 to 98, the ear protection transverse leakage-proof sealing strip 175 comprises an ear protection plate sealing strip 195 and a sealing strip hanging-through strip ear 196, wherein the sealing strip hanging-through strip ear 196 is provided with a ear-fastening penetrating piece hole 197, and the ear-fastening penetrating piece 139 penetrates through the ear-fastening penetrating piece hole 197 so that the ear protection transverse leakage-proof sealing strip 175 is fixed and prevented from falling off by the leakage-proof sealing strip groove 177 and the ear-fastening penetrating piece 139.
The ear protector transverse leak-stopping sealing strip 175 may also comprise an ear protector sealing strip or a sealing strip hanging strip ear.
Otherwise, the same procedure as in example 1 was repeated.

Claims (10)

1. The utility model provides a hinder hourglass and heavily pound chain belt of gluing which characterized in that: the leakage-proof and heavy-smashing-resistant rubber chain belt comprises a chain armor piece, a leakage-proof belt, a driving chain and an armor connecting piece chain belt structure, the driving chain comprises a roller chain or an annular chain, the roller chain comprises a driving chain shaft, a chain roller and a link plate, the chain armor piece comprises a roller chain armor piece or an annular chain armor piece, the armor connecting piece chain belt structure is arranged on the driving chain shaft or on the link plate or on the armor piece and connects the chain armor piece, the leakage-proof belt and the driving chain into the leakage-proof armor and smashing-resistant belt, the chain armor piece comprises a chain armor lath or an armor belt, the armor belt comprises a chain armor penetrating shaft belt or an armor block and armor block buckling belt, the chain armor penetrating shaft belt comprises an armor block and a chain armor penetrating shaft, the chain armor penetrating shaft comprises a rigid penetrating shaft and a buffering penetrating shaft, the armor block is provided with a penetrating shaft hole, the chain armor penetrating shaft penetrates through the chain armor penetrating shaft hole to connect the armor block into the leakage-proof belt penetrating shaft belt, the leakage-proof belt passes through the driving chain armor piece or the leakage-proof belt and the chain armor penetrating shaft connecting piece, when the leakage-proof belt is connected with the chain first piece through the driving chain shaft, the driving chain shaft is connected with the leakage-proof belt, the chain first piece is connected with the chain link plate or the chain first piece is connected with the driving chain shaft, when the leakage-proof belt is connected with the chain first piece through the chain link plate, the leakage-proof belt is connected with the chain link plate, the chain first piece is higher than the upper surface of the leakage-proof belt, the chain first piece is arranged on the upper part of the leakage-proof belt at intervals or is close to the chain first piece or is arranged on the upper part of the leakage-proof belt through the chain first piece and the chain first piece, the chain first piece connecting structure comprises a driving chain shaft connecting first piece chain belt structure or a chain link plate connecting first piece chain belt structure, when the chain first piece connecting chain belt structure is arranged on the driving chain shaft, the driving chain shaft comprises a chain shaft connecting leakage-proof belt device or a chain shaft connecting first piece device, when the chain-link-plate chain structure is arranged on a chain plate, the chain plate comprises a chain plate connecting leakage-resisting belt device or a chain plate connecting leakage-resisting belt device, when the chain shaft connecting leakage-resisting belt device is used, the chain shaft connecting leakage-resisting belt device is arranged at one end of a driving chain shaft, the leakage-resisting belt is connected to the driving chain shaft, a chain first piece is arranged on the chain plate, the driving chain shaft is connected with the chain plate in a penetrating mode, chain rollers form a chain connecting leakage-resisting belt first piece belt, the driving chain drives the chain connecting leakage-resisting belt first piece belt to convey materials, when the chain shaft connecting leakage-resisting belt device is used, one end of the chain shaft connecting leakage-resisting belt first piece is connected to the driving chain shaft, the leakage-resisting belt is connected with the chain plate, the driving chain shaft is connected with the chain plate, chain rollers form a chain connecting leakage-link-resisting belt, the driving chain drives the chain connecting leakage-resisting belt to convey materials, when the chain shaft connecting leakage-resisting belt first piece is used, the chain shaft connecting leakage-resisting belt is arranged at one end of the chain plate, one end of the driving chain shaft is connected with the driving chain shaft, the chain plate, the chain roller is connected with the driving chain shaft, and the chain shaft connecting leakage-resisting belt.
2. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the driving chain comprises an A chain belt connecting piece, the A chain belt connecting piece comprises a belt connecting driving chain piece, when a leakage-resistant belt is connected by using a driving chain shaft, the driving chain shaft is arranged to be a leakage-resistant belt toothed shaft, the leakage-resistant belt toothed shaft is arranged on the upper surface of the leakage-resistant belt and is connected with the driving chain piece through the belt connecting driving chain piece or is arranged on the lower surface of the leakage-resistant belt and is connected with the driving chain through the belt connecting driving chain piece or the leakage-resistant belt toothed shaft extends out of the inner end part of the leakage-resistant belt to be connected with the driving chain, the leakage-resistant belt toothed shaft penetrates through a chain roller and a chain link plate to form a side shaft driving chain, the side shaft driving chain and the leakage-resistant belt form a side shaft rubber chain belt, the chain A piece is arranged on a chain link plate of the side shaft rubber chain belt and is connected by the A chain belt connecting piece or is arranged on the upper surface of the side shaft rubber chain belt or the chain A chain piece penetrates through the leakage-resistant belt toothed shaft, or when the chain link plate is connected with the leakage-resistant belt, the leakage-resistant belt passes through the A chain connecting piece and is arranged on the chain link plate, or the chain link plate is provided with a chain link tongue plate, the belt is connected with a driving chain piece to connect the leakage-resisting belt with the chain link tongue plate to form a chain link plate rubber chain belt, the chain link piece is arranged on the chain link plate or arranged on the chain link tongue plate or arranged at the end part of the chain link piece to be provided with a chain link gear shaft penetrating chain roller and a chain link plate, or arranged at the upper part of the leakage-resisting belt, the chain link piece and the leakage-resisting belt are separately connected or integrated, when the chain link piece and the leakage-resisting belt are separately connected, the chain link piece is provided with a chain link buffering belt piece, the chain link buffering belt piece connects the leakage-resisting belt at the bottom of the chain link piece, the chain link buffering belt piece comprises a screw connecting chain link buffering belt piece, a threading connecting chain link buffering belt piece, a hanging and buckling chain link buffering belt piece or a zipper connecting chain link buffering belt piece, when the leakage-resisting belt is connected with the driving chain shaft, the chain link shaft is connected with the chain link plate or the chain link penetrating shaft is connected with the driving chain block or the chain block is connected with the chain link plate, when the leakage-proof belt is connected with the link plate, the chain link penetrating shaft and the driving chain shaft are integrated, and the chain penetrating roller and the link plate or the chain link penetrating shaft and the link plate or the chain link block and the driving chain shaft or the chain link block and the link plate are connected.
3. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the chain A piece comprises a conveying section and a driving chain section, the section of the conveying section is larger than or equal to that of the driving chain section, the driving chain comprises a left driving chain and a right driving chain, the left driving chain and the right driving chain limit the chain A piece left and right through the section of the conveying section larger than that of the driving chain section, when the section of the conveying section is equal to that of the driving chain section, the end part of the conveying section is provided with a conveying section positioning piece, the conveying section positioning piece limits the driving chain on the driving chain section, the chain A piece comprises a chain A plate strip, the chain A plate strip and the chain A plate strip are arranged in a split way, the driving chain section is provided with a penetrating driving chain section retaining structure, the corresponding chain plate is provided with a penetrating chain plate section retaining piece, the penetrating chain plate section retaining piece is matched with the penetrating driving chain section retaining structure to stop rotation and retaining of the chain A plate strip, the penetrating chain plate section retaining piece and the chain A plate strip are connected in a split way or are integrated way, the driving chain rolling chain section comprises a penetrating chain plate section or comprises a penetrating chain plate section, the chain lath comprises a through shaft rotation stopping chain lath or a through chain plate rotation stopping chain lath or a connecting chain plate rotation stopping chain lath, the through chain plate roller section comprises a cylindrical section prismatic section or a prismatic section cylindrical section or a cylindrical section hole rotation stopping section or a cylindrical section platform rotation stopping section, the link plate comprises a rotation stopping chain plate, the corresponding rotation stopping chain plate comprises a ridge hole rotation stopping chain plate or a plate platform rotation stopping chain plate, the plate platform rotation stopping chain plate comprises a chain plate rotation stopping table or a baffle platform rotation stopping chain plate, the roller chain comprises a chain plate stopping piece, when the cylindrical section prismatic section and the prismatic section cylindrical section are used, the chain lath comprises a cylindrical section prismatic section chain lath and/or a prismatic section cylindrical section chain lath, the prismatic section prismatic lath comprises an inner cylindrical section and an outer prismatic section, the end part of the inner cylindrical section is provided with an inner cylindrical section, the end part of the inner cylindrical section is provided with an outer prismatic section, the inner cylindrical section penetrates through the chain roller, the outer prismatic section is sleeved with the prismatic hole rotation stopping chain plate, the outer prismatic section is provided with an outer prismatic section return stopping structure, the chain first return stopping piece is matched with the outer prismatic section return stopping structure to stop return, the prismatic hole rotation stopping chain plate stops the chain first plate strip from rotating, the prismatic section cylindrical section chain first plate strip comprises an inner prismatic section and an outer cylindrical section, the end part of the conveying section is provided with the inner prismatic section, the end part of the inner prismatic section is provided with the outer cylindrical section, the outer prismatic section is sleeved with the prismatic hole rotation stopping chain plate, the outer cylindrical section penetrates through the chain roller, the outer cylindrical section is provided with the outer cylindrical section return stopping structure, the chain first return stopping piece is matched with the outer cylindrical section return stopping structure to stop return, the prismatic hole rotation stopping chain plate stops the chain first plate strip from rotating, the chain first plate strip comprises a shaft hole rotation stopping chain first plate strip, the shaft hole rotation stopping chain first plate strip comprises a chain penetrating plate shaft and a shaft hole rotation stopping structure, the end part of the conveying section is provided with a chain penetrating plate shaft, the shaft hole rotation stopping structure, the shaft hole rotating stopping structure is arranged on the chain penetrating plate shaft, the shaft penetrating through the chain roller, the shaft hole rotation stopping structure comprises a rotation stopping lath rotating hole, a chain plate rotation stopping pin hole is arranged on a plate hole rotation stopping chain plate corresponding to the rotation stopping hole, the shaft hole rotation stopping structure penetrates through a connecting plate Kong Zhizhuai chain plate, the chain plate rotation stopping pin hole and the rotation stopping lath rotating hole are provided with rotation stopping pins for rotation stopping, when a cylindrical section table rotation stopping section is used, the chain lath comprises a shaft surface rotation stopping lath, the shaft surface rotation stopping lath comprises a chain penetrating lath shaft and a shaft table rotation stopping structure, the end part of the conveying section is provided with a chain penetrating lath shaft, the shaft table rotation stopping structure is arranged on the chain penetrating lath shaft, the chain penetrating lath shaft penetrates through a chain roller, the shaft table rotation stopping structure comprises a rotation stopping lath rotating table, the corresponding chain plate rotation stopping chain plate is provided with a chain plate rotation stopping table, the shaft table rotation stopping structure penetrates through the chain plate rotation stopping lath, the rotation stopping lath is buckled with the rotation stopping lath rotating table for rotation stopping, when the chain penetrating lath rotation stopping lath is used, the rotation stopping lath comprises a material conveying section and a chain penetrating lath, the chain penetrating section is arranged at the end part of the conveying section, the link plate comprises a chain plate middle hole or a chain plate upper hole or a chain plate lower hole, when the chain plate middle hole is used, the chain penetrating section penetrates through the chain plate middle hole, the chain plate middle hole comprises a left chain plate middle hole and a right chain plate middle hole, the left chain plate middle hole and the right chain plate middle hole limit the chain plate rotation stopping chain plate lath through the conveying section cross section larger than the chain penetrating section cross section, the chain plate upper hole comprises an inner side chain plate upper hole and/or an outer side chain plate upper hole, the chain penetrating section comprises an inner side plate upper hole section and/or an outer side plate upper hole section, the inner side plate upper hole section is arranged at the inner side chain plate upper hole, the outer side plate upper hole section is arranged at the outer side chain plate upper hole, when the chain penetrating section is arranged at the inner side chain plate upper hole and the outer side chain plate upper hole, the inner side chain plate upper hole and the outer side chain plate upper hole position the chain plate lath at multiple points, the upper hole of the chain plate comprises an upper edge hole of the chain plate, an upper round hole of the chain plate, a blind hole of the upper part of the chain plate or an upper rotary stopping platform hole of the chain plate, when the chain plate is stopped by using the chain connecting shaft, the driving chain shaft comprises a structure of a chain leakage preventing belt and a chain plate, the chain plate is connected with the chain plate by the structure of the chain leakage preventing belt and the chain plate, when the chain plate is stopped by using the chain connecting shaft, the link plate is provided with a chain plate connecting mechanism, the chain plate connecting mechanism and the chain plate connecting mechanism are fixedly connected by the chain plate connecting mechanism or are integrated with the link plate, the chain plate comprises a horizontal upward convex material blocking chain plate or an upper plane chain plate or a side edge blocking chain plate, the side edge blocking chain plate comprises a side edge blocking chain plate or a side edge buckle, the side buckling platform leakage-proof chain slab strip comprises a side leakage-proof material edge closing platform, the chain slab strip comprises a material conveying section and a leakage-proof toothed shaft connecting driving chain section, the material conveying section and the connecting driving chain section are connected in a split mode or are integrated, and when the material conveying section and the connecting driving chain section are connected in the split mode, the material conveying section and the connecting driving chain section are connected through screws or connected through pins or connected through buckling grooves.
4. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the anti-leakage belt comprises a side edge hole rubber chain anti-leakage belt, a side penetrating strip rubber chain anti-leakage belt, a chain shaft plate rubber chain anti-leakage belt, a chain plate rubber chain anti-leakage belt, an annular chain anti-leakage belt or a neat edge anti-leakage belt, a chain first piece comprises a plate type chain first piece, a strip type chain first piece or a nail piece, the chain first piece further comprises an anti-smashing rigid chain first piece or an anti-smashing buffer chain first piece, the anti-smashing rigid chain first piece comprises a hollow vertical supporting chain first piece or a solid chain first piece, the belt connecting driving chain piece comprises an anti-leakage belt toothed shaft, a belt edge nail buckle, a belt edge bolt, a belt edge penetrating, a belt edge clamp, a belt edge sticking, a belt edge buckle groove, a belt edge pin, a belt edge casting glue, a belt edge zipper, a belt edge plate, a belt edge hole or a belt edge sealing strip edge.
5. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the first roller chain piece comprises a double-hole plate, the double-hole plate comprises a connecting leakage-resisting belt chain plate and a connecting armor piece chain plate, the connecting leakage-resisting belt chain plate and the connecting armor piece chain plate are integrated, the connecting armor piece chain plate is provided with a lock joint leakage-resisting belt tooth shaft hole and is provided with a connecting first chain piece mechanism, the lock joint leakage-resisting belt tooth shaft hole penetrates through two adjacent leakage-resisting belt tooth shafts, the connecting first chain piece mechanism fixes the first chain piece on the upper surface of the leakage-resisting belt, the leakage-resisting belt tooth shaft comprises a penetrating double-hole plate chain roller shaft and/or a penetrating first chain piece shaft, the first chain piece is provided with a sleeving leakage-resisting belt tooth shaft mechanism, and the penetrating double-hole plate chain roller shaft or the penetrating first chain piece shaft penetrates through the sleeving leakage-resisting belt tooth shaft mechanism.
6. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the leakage-proof belt comprises a conveying belt, the conveying belt comprises a transverse penetrating strip, the transverse penetrating strip penetrates through the conveying belt, the chain first piece is provided with a scraper penetrating transverse strip penetrating hole or is welded with the transverse penetrating strip or is connected with the transverse penetrating strip through a bolt or is connected with a transverse penetrating strip through a jack or is connected with a transverse penetrating strip through a pin or is connected with a transverse penetrating strip buckle groove or is connected with the transverse penetrating strip through glue, and the transverse penetrating strip penetrating scraper penetrates transverse strip penetrating hole to be connected with the conveying belt or is integrated with the conveying belt.
7. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the leakage-resisting belt comprises a conveying belt, a chain first piece comprises a fixed scraper plate mechanism and a transverse scraper plate, the roller chain first piece is connected with the conveying belt in a split mode or is integrated with the conveying belt in a split mode, the transverse scraper plate is connected with the conveying belt in a split mode or is integrated with the conveying belt in a split mode, the fixed scraper plate mechanism is arranged on the roller chain first piece and comprises a left roller chain first piece and/or a right roller chain first piece, the fixed scraper plate mechanism comprises a baffle fixed scraper groove, a fixed scraper plate pin or a fixed scraper screw thread, the baffle fixed scraper groove comprises a left baffle fixed scraper groove and/or a right baffle fixed scraper groove, the end portion of the chain first piece is provided with a scraper buckle groove mechanism buckled with the baffle fixed scraper groove, the scraper buckle groove mechanism comprises a left fixed scraper groove convex and a scraper abutting plate platform, a right fixed scraper groove convex comprises a left fixed scraper groove and/or a right fixed scraper groove, the scraper abutting plate platform comprises a left abutting plate platform and/or a right scraper abutting plate platform, the left fixed scraper convex groove, the right fixed scraper convex groove is buckled in the left fixed scraper groove, the left scraper plate groove and the right roller chain first abutting plate, the left roller chain first abutting plate is buckled with the right roller abutting plate through the left roller chain first abutting plate.
8. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the chain armor piece comprises an ear-protecting heavy-smashing armor piece, the ear-protecting heavy-smashing armor piece comprises a connecting beam, an ear-protecting piece, an ear-buckling penetrating piece and a connecting ear, the upper part of the connecting beam is provided with the ear-protecting piece or the ear-protecting piece is integrated with the connecting beam, the connecting ear is arranged at the lower part of the ear-protecting piece and is arranged at the side part of the connecting beam or is arranged at the lower part of the ear-protecting piece, the ear-buckling penetrating piece penetrates the connecting ear to form an ear-protecting heavy-smashing armor belt, the connecting beam is connected with the connecting ear in a split manner or is integrated manner, the ear-protecting heavy-smashing armor piece comprises a front ear-protecting piece and a rear ear-protecting piece, the connecting lugs comprise a front connecting lug and a rear connecting lug, the front connecting lug comprises a front left connecting lug and a front right connecting lug, the rear connecting lug comprises a rear left connecting lug and a rear right connecting lug, the ear-protecting heavy-smashing armor piece comprises a front ear-protecting heavy-smashing armor piece and a rear ear-protecting heavy-smashing armor piece, the ear-protecting heavy-smashing armor pieces are arranged in a staggered mode or an in-line mode, when the ear-protecting heavy-smashing armor pieces are arranged in the staggered mode, the distance between the rear left connecting lug and the rear right connecting lug is the sum of the front left connecting lug and the front right connecting lug, the front ear heavy-proof armor comprises a left front lug behind the front armor and a right front lug behind the front armor, the rear ear heavy-proof armor comprises a left rear lug heavy-proof armor and a right rear lug heavy-proof armor, the left rear lug heavy-proof armor comprises a left front left rear lug and a right front rear lug, the right rear ear heavy-proof armor comprises a left front left rear lug and a right front rear right armor, the right front left rear lug and the left front left rear lug of the rear armor are attached to and arranged between the left front lug behind the front armor and the right rear right armor, the left front lug and the right rear lug behind the front armor are attached to and arranged between the left front lug and the right rear armor, the distance between the left rear lug and the right rear lug behind the front armor is the left front lug and the right rear left lug, and the distance between the left rear right rear lug and the front right rear left rear lug behind the front armor are the left front lug and the front right rear armor, the front left rear left front armor and the front armor, the distance between the left rear lug and the front armor are the front armor, the front armor The ear-fastening piece is connected with a right front connecting ear of a rear left armor piece, a left front connecting ear of a rear right armor piece, a rear left connecting ear of a front armor piece and a rear right connecting ear of the front armor piece, the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece limit the rear left ear-protecting heavy-smashing armor piece and the rear right ear-protecting heavy-smashing armor piece to move left and right, the front and the rear are sequentially buckled to form an ear-protecting heavy-smashing armor belt, when the front armor piece is arranged in proper position, the front ear-protecting heavy-smashing armor piece comprises a left rear connecting ear of the front armor piece and a right rear connecting ear of the front armor piece, the rear ear-protecting heavy-smashing armor piece comprises a front left connecting ear of the rear armor piece and a front right connecting ear of the rear armor piece, the left rear connecting ear of the front armor piece is clung to the left connecting ear of the rear armor piece, the right rear connecting ear of the front armor piece is clung to the right connecting ear of the rear armor piece, the front left rear armor piece and the rear armor piece are clung to the front connecting ear of the rear armor piece, the front armor piece and the rear armor piece, the connecting lug and the connecting lug are closely buckled and limited or are buckled and limited at intervals, when the interval buckling and limiting is used, the right front connecting lug of the rear left armor piece and the left front connecting lug of the rear right armor piece are attached and arranged between the rear left connecting lug of the front armor piece and the rear right connecting lug of the front armor piece to form a limiting connecting lug group, the limiting connecting lug group comprises a left limiting connecting lug group and a right limiting connecting lug group, a space is arranged between the left limiting connecting lug group and the right limiting connecting lug group, the upper part of the space is covered by the ear protection piece, or the front right connecting lug of the rear armor piece and the right rear connecting lug of the front armor piece are attached and buckled, the front left connecting lug of the rear armor piece and the rear left connecting lug of the front armor piece are attached and buckled, the ear protection piece penetrating piece penetrates the front right connecting lug of the rear armor piece and the right connecting lug of the front armor piece and/or the front left connecting lug of the rear armor piece and the rear connecting lug of the front armor piece, the connecting lug and the lug buckling penetrating piece limit the left-right and front-back movement of the ear protection anti-heavy-hitting armor piece, and a leakage prevention belt is arranged at the lower part of the ear protection anti-heavy-hitting armor belt.
9. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the ear protection piece comprises an ear protection tongue plate and an ear protection buckle plate, the front ear protection piece comprises a front ear protection tongue plate and a front ear protection buckle plate, the rear ear protection piece comprises a rear ear protection tongue plate and a rear ear protection buckle plate, the front ear protection buckle plate is buckled with the rear ear protection tongue plate to form a tongue plate buckle plate sealing and leaking armor band, the front ear protection buckle plate is buckled with the rear ear protection tongue plate to prevent materials from leaking from the gaps between the ear protection piece and the ear protection piece or the front ear protection buckle plate is buckled with the rear ear protection tongue plate and the buckling position of the front ear protection buckle plate and the rear ear protection buckle plate is provided with an ear protection leakage-proof sealing piece, the materials are prevented from leaking from the gaps between the ear protection piece and the ear protection piece, when the ear protection leakage-proof sealing piece is used, a leakage-proof sealing strip groove is arranged on the front ear protection buckle plate or the rear ear protection buckle plate, the ear protection leakage-proof sealing piece comprises a transverse leakage-proof sealing strip and/or a longitudinal leakage-proof sealing strip for preventing the ear protection piece from penetrating through, the left ear protection buckle plate and the right ear-proof sealing strip for penetrating through the ear protection buckle piece and the left ear protection buckle sealing strip.
10. The leakage-resistant heavy-smashing-resistant chain belt as claimed in claim 1, wherein: the ear-fastening piece comprises a through ear-fastening strip or an interval ear-fastening strip or a chain shaft ear-fastening piece, the ear-fastening piece comprises a through ear-fastening piece or a limit ear-fastening piece, when the through ear-fastening piece is used, both ends of the through ear-fastening piece can penetrate through the front ear-protecting heavy-weight-smashing armor piece and the rear ear-protecting heavy-weight-smashing armor piece, when the limit ear-fastening piece is used, the end part of the limit ear-fastening piece is provided with a connecting ear limiting mechanism, the connecting ear limiting mechanism comprises a boss connecting ear limiting mechanism or a pin hole connecting ear limiting mechanism or a threaded connecting ear limiting mechanism or a snap spring connecting ear limiting mechanism or a stop sleeve connecting ear limiting mechanism, when the stop sleeve is used for connecting the ear limiting mechanism, the stop sleeve connecting ear limiting mechanism comprises an ear-fastening strip and a through strip stop sleeve, the ear-fastening penetration strip penetrates through the connecting ear, the ear-fastening penetration strip blocking sleeve is buckled on the ear-fastening penetration strip or the ear-fastening penetration strip penetrates through the ear-fastening penetration strip blocking sleeve, the ear-protecting piece is supported on the lower portion of the ear-protecting piece through the ear-fastening penetration strip blocking sleeve, the ear-protecting piece is rotated around the ear-fastening penetration strip and is in rolling friction with a lower supporting piece, a chain-fastening rolling chain plate mechanism is arranged at the end portion of the chain shaft ear-fastening penetration piece, a chain-fastening rolling chain plate mechanism penetrates through a chain roller and a link plate to form a roller chain, the ear-protecting heavy-smashing armor piece is connected into an ear-protecting heavy-smashing armor chain belt in a penetrating mode, the connecting ear limits the left and right movement of the connecting beam and the ear-protecting piece, the ear-fastening penetration piece limits the front and back movement of the connecting beam and the ear-protecting piece, the roller chain drives the ear-protecting heavy-smashing armor belt to roll friction to convey materials, and the lower portion of the ear-protecting heavy-smashing armor belt is provided with a leakage-preventing belt.
CN202111046958.0A 2020-09-06 2021-09-06 Leakage-resistant heavy-smashing-resistant rubber chain belt Pending CN115417068A (en)

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CN2020109253843 2020-09-06
CN202010925373 2020-09-06
CN202010925384 2020-09-06
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CN202010956514X 2020-09-11
CN202010956514 2020-09-11
CN202011158509 2020-10-26
CN2020111585090 2020-10-26
CN202011224814 2020-11-05
CN2020112248145 2020-11-05
CN2020113381952 2020-11-23
CN202011325701 2020-11-23
CN202011338195 2020-11-23
CN2020113257014 2020-11-23
CN2020116231849 2020-12-30
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CN202110431769 2021-04-21
CN2021104317699 2021-04-21
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CN202110882380 2021-08-02
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CN115593888A (en) * 2022-10-31 2023-01-13 内蒙古智能煤炭有限责任公司（Cn） First belt feeder with reserve coal chute

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CN2142448Y (en) * 1992-09-30 1993-09-22 鞍山钢铁公司 Conveying belt of plate type conveyer
CN202729278U (en) * 2012-02-28 2013-02-13 刘永光 Armor-type feeder
KR20160031197A (en) * 2014-09-12 2016-03-22 다호에너텍 주식회사 A quantity supply device of waste
CN105217228B (en) * 2015-10-12 2018-01-30 铜陵天奇蓝天机械设备有限公司 Plate chain belt conveyor
CN209480508U (en) * 2018-07-06 2019-10-11 刘素华 A kind of full rolling friction carrier bar support roller batcher
CN110589363B (en) * 2019-09-24 2024-03-22 山东铁马特种车辆制造有限公司 Novel chain for special vehicle

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