CN115432369A - Side chain conveyer belt easy to bend - Google Patents

Side chain conveyer belt easy to bend Download PDF

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Publication number
CN115432369A
CN115432369A CN202111069467.8A CN202111069467A CN115432369A CN 115432369 A CN115432369 A CN 115432369A CN 202111069467 A CN202111069467 A CN 202111069467A CN 115432369 A CN115432369 A CN 115432369A
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CN
China
Prior art keywords
chain
belt
roller
rubber
turning
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Pending
Application number
CN202111069467.8A
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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 CN115432369A publication Critical patent/CN115432369A/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
    • B65G23/00—Driving gear for endless conveyors; Belt- or chain-tensioning arrangements
    • B65G23/02—Belt- or chain-engaging elements
    • 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
    • B65G15/02—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 for conveying in a circular arc
    • 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
    • B65G15/60—Arrangements for supporting or guiding belts, e.g. by fluid jets
    • 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
    • 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
    • B65G21/00—Supporting or protective framework or housings for endless load-carriers or traction elements of belt or chain conveyors
    • B65G21/20—Means incorporated in, or attached to, framework or housings for guiding load-carriers, traction elements or loads supported on moving surfaces
    • B65G21/2045—Mechanical means for guiding or retaining the load on the load-carrying surface
    • B65G21/2063—Mechanical means for guiding or retaining the load on the load-carrying surface comprising elements not movable in the direction of load-transport
    • B65G21/2072—Laterial guidance means
    • B65G21/2081—Laterial guidance means for bulk material, e.g. skirts
    • 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
    • B65G23/44—Belt or chain tensioning arrangements
    • 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
    • B65G39/00—Rollers, e.g. drive rollers, or arrangements thereof incorporated in roller-ways or other types of mechanical conveyors 
    • B65G39/10—Arrangements of rollers
    • B65G39/12—Arrangements of rollers mounted on framework
    • B65G39/125—Arrangements of rollers mounted on framework for selectively adjusting troughing of the conveying belt

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Structure Of Belt Conveyors (AREA)

Abstract

The invention relates to an easy-bending side chain conveying belt, which belongs to the field of machinery and comprises a stable rubber chain belt driving chain belt side piece, a bendable piece, a conveying belt, a connecting rubber chain belt driving chain piece and a rubber chain belt driving chain, wherein the bendable piece and the stable rubber chain belt driving chain belt side piece are connected in a split mode or are integrated, the stable rubber chain belt driving chain belt side piece and the bendable piece form a bendable belt penetrating piece, the connecting rubber chain belt driving chain piece and the rubber chain belt driving chain are connected to form the easy-bending side chain conveying belt, the rubber chain belt driving chain comprises a rubber chain belt roller chain or a rubber chain belt annular chain, the connecting rubber chain belt driving chain piece comprises a connecting rubber chain belt roller chain piece or a connecting annular chain piece, and the bendable belt penetrating piece is connected with the annular chain piece and is buckled to form the easy-bending side chain conveying belt.

Description

Side chain conveyer belt easy to bend
Technical Field
The invention relates to the field of machinery, in particular to an easily-bent side chain conveyor belt.
Background
The belt conveyer used at present is a roller and a conveying belt sliding friction conveying material, the conveying belt is easy to stretch, deviate and slip due to overlarge sliding friction conveying belt tension, the conveying belt is easy to stretch, the deviation and the slip are easy to occur, the conveying belt is driven by the sliding friction, the middle part cannot be additionally provided with driving force assisting for conveying, a motor with strong power is arranged at the end part of the belt conveyer for long-distance heavy-load conveying, in order to meet the long-distance heavy-load conveying requirement, the belt is made to be very thick and heavy in order to enhance the tensile strength of the belt, the weight of the conveying belt is overlarge due to the fact that the conveying belt is too thick and heavy, the mounting and conveying are difficult, the bending performance is poor, the roller with the overlarge diameter must be used, the occupied space is large, the mounting is difficult, the material is wasted, and the like, and the old belt conveyer is used for reducing the diameter of the roller and the thickness of the conveying belt, the belt conveyor is manufactured into a plurality of belt conveyors which are vertically lapped for lapping transportation, so that a plurality of belt conveyors need to be installed in a use site, the installation is complex, the lapping part of the belt conveyor occupies large space, the maintenance amount is large, labor and time are wasted, and the production cost is increased, in the transportation process, in order to prevent the belt of the belt conveyor from slipping and deviating, namely, the belt is tightly pulled, the damage to the belt is increased because the belt is strongly straightened, the straightened belt can only rotate for a bend below 15 degrees even if pushed by a strong power side, even if the belt can turn, the belt is strongly pushed to turn by the strong side thrust after being strongly straightened, the belt with a large tension often slides out from a side pushing groove, so that a large amount of materials on the belt fall off, the belt is pushed by the strong side force and is pulled by the strong straight force of a driving roller, the belt is seriously deformed and can be damaged in a very short time, the invention relates to a conveying belt, which is characterized in that a conveying belt is pulled by a strong driving force, the conveying belt is frequently broken or a motor is overloaded and damaged, when the conveying belt is broken, the conveying belt is instantly and forcefully thrown by a strong pulling force, so that facilities are often damaged, personnel casualties, long-time production stoppage and other major faults and major losses are frequently caused, and a large amount of manpower and material resources are consumed for maintaining and cleaning a site.
Disclosure of Invention
The invention is realized by adopting the following technical scheme: the side chain conveyer belt comprises a stable rubber chain belt driving chain belt edge piece, a bendable piece, a conveyer belt, a connecting rubber chain belt driving chain piece and a rubber chain belt driving chain, wherein the bendable piece and the stable rubber chain belt driving chain belt edge piece are connected in a split manner or are integrated, the stable rubber chain belt driving chain edge piece and the bendable piece form a bendable penetrating belt piece, the bendable penetrating belt piece is arranged on one side or two sides of the conveyer belt, the connecting rubber chain belt driving chain piece and one end of the bendable penetrating belt piece are connected in a split manner or are integrated, the connecting rubber chain belt driving chain piece and the rubber chain belt driving chain are connected to form the side chain conveyer belt which is easy to bend, the rubber chain belt driving chain comprises a rubber chain belt roller chain or a rubber belt ring-shaped chain, the connecting rubber chain belt driving chain piece comprises a connecting rubber chain belt roller chain piece or a connecting ring-shaped chain piece, the connecting rubber baffle roller piece comprises a connecting rubber belt roller shaft piece or a connecting rubber chain belt roller chain piece, when the connecting rubber chain belt roller chain shaft element is used, the rubber chain belt roller chain comprises a chain roller and a rubber chain belt roller chain baffle, the connecting rubber chain belt roller chain shaft element penetrates through the connecting chain roller and the rubber chain belt roller chain baffle to form an easily-bent side chain conveying belt, the connecting rubber chain belt roller chain shaft element and the rubber chain belt roller chain baffle are connected in a split manner or are integrated, when the connecting rubber chain belt roller chain baffle element is used, the connecting rubber chain belt roller chain baffle element can be bent to penetrate through the belt element and is fixed on the rubber chain belt roller chain baffle to form the easily-bent side chain conveying belt, the connecting rubber chain belt roller chain baffle element and the rubber chain belt stabilizing driving chain side element are connected in a split manner or are integrated, the connecting rubber chain driving chain element comprises a connecting annular chain element, the rubber chain shaped chain comprises an annular chain buckle, when the connecting annular chain element is used, the rubber chain stabilizing belt driving side element is connected with or is integrated with the connecting annular chain element, the connecting annular chain piece and the annular chain buckle are connected in a split manner or integrated, and the belt piece can be bent to penetrate through, and the connecting annular chain piece and the annular chain buckle are connected to form the side chain conveying belt easy to bend.
The easy-bending side chain conveying belt comprises a supporting roller and a bracket, the supporting roller comprises a grooving supporting roller and a straight supporting roller, the grooving supporting roller comprises a left inclined supporting roller, a right inclined supporting roller and a groove bottom supporting roller, the bracket comprises a grooving bracket and a flat bracket, the grooving bracket comprises a left inclined supporting roller part, a right inclined supporting roller part and a groove bottom supporting roller part, a left inclined supporting roller part, a right inclined supporting roller part and a groove bottom supporting roller part are connected into the grooving bracket, the left inclined supporting roller part supports the left inclined supporting roller, the right inclined supporting roller part supports the right inclined supporting roller, the groove bottom supporting roller part supports the groove bottom supporting roller, the left inclined supporting roller, the right inclined supporting roller and the groove bottom forming supporting roller, the easy-bending side chain conveying belt is arranged on the grooving supporting roller, and the easy-bending side chain conveying belt is formed by bending the belt part and the conveying belt along with the grooving supporting roller. The U-shaped supporting roller frame is characterized in that the sharp-bending rack comprises a sharp-bending supporting roller, the sharp-bending supporting roller comprises a sharp-bending bottom supporting roller and a sharp-bending side supporting roller, the sharp-bending bottom supporting roller and the sharp-bending side supporting roller form a U-shaped supporting roller frame, the U-shaped easy-bending side chain conveying belt is arranged in a U-shaped groove of the U-shaped supporting roller frame, and the U-shaped supporting roller frame supports the U-shaped easy-bending side chain conveying belt to smoothly run. The roller chain pinch plate is provided with a material blocking belt plate, and the material blocking belt plate blocks materials from flowing out of the side edge of the material blocking belt plate and/or blocks the side edge chain conveyor belt which is easy to bend from shifting left and right.
The easy-bending side chain conveyer belt comprises an easy-bending side chain conveyer belt which is bent left and right, the easy-bending side chain conveyer belt comprises a side strip-penetrating solid core belt or a side strip-penetrating hollow core belt or a side strip-penetrating groove-shaped belt, the easy-bending side chain conveyer belt also comprises a side chain penetrating belt and a casting glue, the side chain penetrating belt is arranged at equal intervals, the casting glue is cast between the side chain penetrating belts which are arranged at equal intervals and covers the side chain penetrating belts, so that a flexible colloid is formed between the side chain penetrating belt and the side chain penetrating belt, the flexible colloid is pushed by a bending force to enable the easy-bending side chain conveyer belt to form the easy-bending side chain conveyer belt with a small inner ring and a large outer ring, and the side penetrating belt comprises a conveyer belt bending hole, the conveying belt bending holes comprise conveying belt side through holes or conveying belt side blind holes or conveying belt sealing holes, the conveying belt bending holes are formed between front connecting side chain penetrating strips and rear connecting side chain penetrating strips, when the conveying belt of the side chain easy to bend left and right turns, one end distance between the side chain penetrating strips is reduced, meanwhile, the conveying belt bending holes deform to reduce the length of a belt edge on one side of the conveying belt, the conveying belt is enabled to realize turning transportation, the conveying belt bending holes comprise cylindrical holes or conical holes or arch holes or polygonal holes, the side penetrating strips comprise rigid side penetrating strips or flexible side penetrating strips, the rigid side penetrating strips are pushed by strong force to shorten one side edge of the side chain conveying belt easy to bend to turn transportation, the flexible side penetrating strips are transported in grooves in groove type carrier rollers, the side penetrating strips are hollow, materials are saved, and the bending performance is good. The conveying belt bending holes comprise glue casting forming bending holes or soft rib bending holes or cloth support bending holes, the cloth support bending holes comprise cloth supports on the bending holes and/or cloth supports under the bending holes, the cloth supports on the bending holes support the upper rubber belt surface of the support holes on the upper portion of the conveying belt bending holes, the bottom surface of the conveying belt is kept flat on the lower portion of the conveying belt bending holes, and the conveying belt can stably run when the conveying belt with the side chain capable of being bent left and right passes through the support rollers.
The easily-bent side chain conveyer belt comprises side penetrating strips, one end or two ends of each side penetrating strip extend out of the conveyer belt to form a penetrating shaft, the penetrating shaft penetrates through a rubber chain belt roller chain baffle, each side penetrating strip comprises a threaded hole side penetrating strip, each threaded hole side penetrating strip comprises a straight threaded hole side penetrating strip and/or a bendable threaded hole side penetrating strip, the easily-bent side chain conveyer belt comprises an annular conveyer belt or a straight conveyer belt, one end of each straight conveyer belt is provided with a threaded hole side penetrating strip, the other end of each straight conveyer belt is provided with a lap belt edge for fastening the threaded hole side penetrating strip, each lap belt edge comprises a conveyer belt body lap belt edge or a reinforcing piece lap belt edge, a threaded nail is screwed into the threaded hole side penetrating strip and the conveyer belt body lap belt edge, the straight conveyer belt is connected into the annular conveyer belt, or the threaded nail is screwed into the threaded hole side penetrating strip and the lap belt edge reinforcing piece, the straight conveying belts are connected to form an annular conveying belt, the side penetrating strips are used as fixing pieces for connecting the straight conveying belts, the side penetrating strips have the effect of fixing a penetrating shaft and have the function of connecting the two ends of the straight conveying belts, the distance between the side holes of the conveying belts between the threaded hole side penetrating strips and the left and right side penetrating strips is the same as that between the side penetrating strips and the side penetrating strips, the hole distance is the same, when the conveying belts turn, the compression ratio of the side holes of the conveying belts between the threaded hole side penetrating strips and the left and right side penetrating strips is the same as that between the side penetrating strips and the side penetrating strips, the turning guide gear is meshed with the rubber chain driving chain, and the turning deformation of the joints is not influenced by steel hard structures at the joints when the conveying belts turn is deformed.
The easily-bent side chain conveying belt comprises a middle driver, the middle driver is arranged between an upper belt and a lower belt of the easily-bent side chain conveying belt or arranged on the upper part of the easily-bent side chain conveying belt or arranged on the lower part of the easily-bent side chain conveying belt, the middle driver comprises a middle driving roller or a middle driving motor, the middle driving roller comprises a middle electric roller or a middle motor roller or a turning driving roller, the middle driver also comprises a middle driving gear, when the middle driving gear is arranged between the upper belt and the lower belt of the chain driving conveying belt, upper teeth of the middle driving gear drive the upper chain driving conveying belt and/or lower teeth of the middle driving gear drive the lower chain driving conveying belt, the middle driving gear comprises a middle straight belt driving gear and/or a middle bent belt driving gear, the middle driver is provided with a transmission gear, and the transmission gear is meshed with a rubber chain driving chain, the turning driving roller comprises an outer ring driving gear and/or an inner ring driving gear, the rubber chain belt driving chain comprises an outer ring rubber chain belt driving chain and an inner ring rubber chain belt driving chain, the tooth width of the outer ring driving gear is the same as the tooth width of the front driving gear, the outer ring driving gear is meshed with the outer ring rubber chain belt driving chain, the tooth width of the inner ring driving gear is smaller than the tooth width of the front driving gear, the turning radius is smaller and the tooth width of the inner ring driving gear is narrower when the turning degree is larger, the inner ring driving gear is meshed with the inner ring rubber chain belt driving chain, or the outer ring driving gear is arranged at one end of the turning driving roller or the inner ring driving gear is arranged at one end of the turning driving roller, the ultra-long-distance seamless remote transportation of the non-split conveying belt and the non-lap conveying belt is realized, the middle driver comprises a roller driving gear or a jump-preventing belt driving gear assembly, the jump-preventing belt driving gear assembly comprises a driving gear and a jump-preventing belt piece, the anti-jumping belt piece comprises an anti-jumping belt gear or an anti-jumping belt pressing chain piece, the driving gear is meshed with the rubber chain belt driving chain, the anti-jumping belt gear is arranged on one side of the rubber chain belt driving chain, the driving gear is arranged on the other side of the rubber chain belt driving chain, the driving gear drives the rubber chain belt driving chain to run, the anti-jumping belt gear rotates along with the running of the rubber chain belt driving chain, and the anti-jumping belt gear limits the rubber chain belt driving chain. The side chain conveying belt easy to bend comprises a turning guide wheel, the turning guide wheel is arranged on the upper portion and/or the lower portion of a rubber chain belt driving chain, the turning guide wheel comprises a turning guide gear or a turning guide grooved wheel or a turning guide ball or a turning guide roller row or a cross-shaft supporting wheel or an upper row of guide rollers or a lower row of guide rollers or an upper and lower guide rollers or a side pushing guide roller, the turning guide gear is meshed with the rubber chain belt driving chain, and the rubber chain belt driving chain is in turning operation under the limitation and/or driving of the turning guide gear. Easy side chain conveyer belt that bends includes the sharp bend frame of turning and the guide gear that turns sharp bend, the sharp bend frame of turning includes the sharp bend changeover portion frame of turning and the sharp bend section frame of turning, the conveyer belt chain is including turning the sharp bend chain, easy side chain conveyer belt that bends includes chain belt main drive ware and the driver that the chain belt turns sharp bend, chain belt main drive ware and the driver that the chain belt turns sharp bend include the motor, motor or motorized pulley, the driver that the chain belt turns sharp bend sets up at sharp bend section frame middle part or upper portion, the driver that the chain belt turns sharp bend sets up one side or both sides at sharp bend section frame of turning, the driver that the chain belt turns sharp bend drives the guide gear operation that turns sharp bend, turning the smooth operation of sharp bend guide gear drive U type easy side chain conveyer belt that bends, sharp bend section frame upper portion is equipped with turning sharp bend section guide gear, turning the sharp bend section guide gear meshing turns sharp bend chain drive easy side chain conveyer belt that bends and transports the material.
The rubber chain belt driving chain comprises a turning elastic blocking piece and/or a blocking chain link dropping piece, the turning elastic blocking piece is arranged on the inner side and/or the outer side of a rubber chain belt roller chain baffle, the turning elastic blocking piece blocks the rubber chain belt roller chain baffle from dropping, or the blocking chain link dropping piece is arranged on the outer side of the rubber chain belt roller chain baffle, the blocking chain link dropping piece blocks the rubber chain belt roller chain baffle from dropping, the blocking chain link dropping piece is arranged on the outer side of the turning elastic blocking piece, when the sliding hole rubber chain roller chain baffle is pushed to one side of an easily bent side chain conveying belt by turning force, the turning elastic blocking piece is extruded and deformed, the easily bent side chain conveying belt smoothly turns, and when the easily bent side chain conveying belt moves to a straight line conveying section, the turning elastic blocking piece blocks the rubber chain roller chain baffle from swinging left and right. The turning elastic stopper comprises a disc spring turning elastic stopper or a plastic turning elastic stopper or a rubber turning elastic stopper or a nylon turning elastic stopper or a polyurethane turning elastic stopper, the stopper link dropping-off member comprises a cotter stopper link dropping-off member or a taper pin stopper link dropping-off member or a nut stopper link dropping-off member or a circlip stopper link dropping-off member or an elastic pin stopper link dropping-off member or a cylindrical pin stopper link dropping-off member or a circlip stopper link dropping-off member, the circlip stopper link dropping-off member comprises a cotter stopper sleeve dropping-off member or a taper pin stopper sleeve dropping-off member or a nut stopper sleeve dropping-off member or a circlip stopper sleeve dropping-off member or an elastic pin stopper sleeve dropping-off member or a cylindrical pin stopper sleeve dropping-off member, the stopper sleeve is sleeved on the connecting rubber chain belt roller chain shaft member, the stopper sleeve dropping-off member prevents the stopper sleeve from dropping off from the connecting rubber chain belt roller chain shaft member, and the stopper sleeve are provided with a stopper sleeve to prevent the stopper pin from penetrating into the elastic stopper sleeve from dropping off, and prevent the stopper pin from dropping off.
The turning guide gear is arranged on one side or two sides of the easily-bent side chain conveying belt, the easily-bent side chain conveying belt comprises a conveying rack and a supporting roller shaft, the turning guide gear is arranged on the conveying rack or on the supporting roller shaft, the supporting roller shaft comprises a supporting shaft and/or a supporting roller wheel, the turning guide gear is arranged at one end or two ends of the supporting shaft, or the end part of the supporting shaft is provided with the turning guide gear, the turning guide gear supports a rubber chain belt driving chain, a side material baffle plate is arranged on the inner side of the rubber chain belt driving chain, a material baffle plate supporting wheel higher than the side material baffle plate is arranged on the supporting roller shaft on the inner side of the side material baffle plate, the diameter of the material baffle plate supporting wheel higher than the diameter of the supporting shaft and the height of the material baffle plate higher than the side material baffle plate, and the material baffle plate supporting wheel higher than the supporting roller lifts the easily-bent side chain conveying belt to run.
Easy side chain conveyer belt that bends includes chain belt overspeed device tensioner, chain belt overspeed device tensioner includes screw nut chain belt overspeed device tensioner or heavy wheel chain belt overspeed device tensioner or pneumatic cylinder chain belt overspeed device tensioner, pneumatic cylinder chain belt overspeed device tensioner includes tensioning pneumatic cylinder and tensioning sprocket, tensioning pneumatic cylinder one end is fixed in the transportation frame, the other end sets up the tensioning chain wheel or sets up the tensioning and holds in the palm the sprocket, it is big to grind when easy side chain conveyer belt link hole that bends, easy side chain conveyer belt that bends is long, tensioning pneumatic cylinder extension promotes the tensioning and holds in the palm the chain wheel and hold in the palm easy side chain conveyer belt that bends, adjust easy side chain conveyer belt tensile force that bends, make easy side chain conveyer belt that bends be in reasonable tensioning state.
The side chain conveyer belt that easily bends includes the conveyer belt chain, the conveyer belt chain includes the roller chain that turns the sharp bend or turns sharp bend annular chain, conveyer belt and/or conveyer belt chain are including connecting the chain link spare, the conveyer belt includes conveyer belt connection chain spare, connect chain link spare and conveyer belt connecting chain condition components of a whole that can function independently connection or formula as an organic whole, conveyer belt connecting chain condition includes in-band connection chain spare and/or outband connection chain spare, in-band connection chain spare is equipped with conveyer belt side spare, in-band connecting chain condition be equipped with connecting chain link spare reciprocal anchorage's fixed chain belt mechanism, fixed chain belt mechanism includes catching groove fixed establishment or screw thread fixed establishment or round pin axle fixed establishment or bonding fixed establishment or rivet fixed establishment or welded fastening mechanism.
Side chain conveyer belt of bending about easily includes the flexible conveyer belt of the ripple that easily bends, and the flexible conveyer belt of the ripple that easily bends includes the flexible colloid of ripple, but the flexible colloid of ripple has the horizontal extension space, but the flexible colloid of ripple makes the flexible side chain conveyer belt of bending form the inner loop and bend the side chain conveyer belt about easily with the outer loop is different big under the power of turning promotes, makes the conveyer belt realize the transportation of turning.
The invention has the beneficial effects that:
1. the conveying belt comprises a stable driving chain belt edge piece, a bendable piece, a connecting roller chain baffle and a roller chain baffle, wherein the stable driving chain belt edge piece and the bendable piece are combined to form a bendable material pocket side chain conveying belt, when the connecting roller chain piece is used, the bendable piece, the connecting roller chain piece, the stable driving chain belt edge piece and the roller chain baffle are connected in a split mode or an integrated mode to form the bendable material pocket side chain conveying belt.
2. The support left inclined carrier roller part, the support right inclined carrier roller part and the support groove bottom support roller part are connected to form a grooving bracket, the support left inclined carrier roller part supports a left inclined carrier roller, the support right inclined carrier roller part supports a right inclined carrier roller, the support groove bottom support roller part supports a groove bottom carrier roller, the left inclined carrier roller, the right inclined carrier roller and the groove bottom carrier roller form a grooving carrier roller, the easy-bending pocket material side chain conveyor belt is arranged on the grooving carrier roller, the bendable penetrating belt part and the conveying belt are bent along with the grooving carrier roller to form a groove-shaped easy-bending pocket material side chain conveyor belt, the groove-shaped easy-bending pocket material side chain conveyor belt does not need to be tensioned to run, the groove-shaped easy-bending pocket material side chain conveyor belt is easy to be grooved and transported in a loose state, the U-shaped carrier roller frame is safe and reliable to use for a long time, the U-bending bottom carrier roller and the quick-bending side carrier roller constitute the U-bending roller frame, the U-bending side chain conveyor belt is arranged in a U-shaped groove of the U-shaped easy-bending roller frame, and the U-bending side chain conveyor belt can smoothly turn and the support the U-bending easy-bending side chain conveyor belt to run in a vertical groove.
3. The material blocking belt plate blocks materials from flowing out of the side edge of the material blocking belt plate and/or blocking the side chain conveying belt which is easy to bend from moving left and right, the side chain conveying belt which is easy to bend is prevented from moving left and right to cut the fixed chain belt mechanism, and the service life of the side chain conveying belt which is easy to bend is prolonged.
4. The conveying belt bending hole is arranged between a front connecting side chain penetrating strip and a rear connecting side chain penetrating strip, when a conveying belt of a side chain which is bent about easily turns, the distance between one ends of the connecting side chain penetrating strips is reduced, meanwhile, the conveying belt bending hole deforms to reduce the length of a belt edge on one side of the conveying belt, so that the conveying belt can realize turning transportation, the side penetrating strip hollow belt saves materials, the bending performance is good, the cloth support on the bending hole supports the upper rubber belt surface on the upper portion of the conveying belt bending hole, the bottom surface of the conveying belt keeps flat on the lower portion of the conveying belt bending hole, the side chain conveying belt which is bent about easily passes through the supporting roller and stably runs, the cloth support has better flexibility, and the conveying belt can smoothly deform and bend at one side of the bending part.
5. The side-through strip is used as a fixing part for connecting the flat conveying belt, the space occupied by connecting flat conveying belt parts is saved by using the side-through strip as the fixing part for connecting the flat conveying belt, the space between the side-through strip of the threaded hole and the left and right side-through strips is the same as the space between the side-through strips of the conveying belt between other side-through strips and the side-through strips, the hole pitch is the same, when the conveying belt turns, the side hole compression ratio between the threaded hole side-through strip and the left and right side-through strips is the same as the space between the side-through strips of the conveying belt between other side-through strips and the side-through strips, the space between the side-through strips and the side-through strips is the same as the space between the side-through strips of the conveying belt and the side-through strips, the conveying belt is simple in deformation caused by the influence of the deformation of the driving structure of the steel belt, and the reduction of the steel belt, and the influence of the steel belt turning structure of the conveying belt.
6. The middle driver is arranged between the upper belt and the lower belt of the chain drive conveyor belt or on the upper part of the chain drive conveyor belt or on the lower part of the chain drive conveyor belt, the middle driver is provided with a transmission gear which is meshed with the rubber chain belt drive chain, the tooth width of the outer ring drive gear is the same as that of the front drive gear, the outer ring drive gear is meshed with the outer ring rubber chain belt drive chain, the tooth width of the inner ring drive gear is smaller than that of the front drive gear, the tooth width of the inner ring drive gear is smaller when the turning degree is larger, the tooth width of the inner ring drive gear is smaller when the turning radius is smaller, the inner ring drive gear is meshed with the inner ring rubber chain belt drive chain, or one end sets up outer loop drive gear on the drive drum of turning or the drive drum of turning goes up one end and sets up inner ring drive gear, realize not cutting apart the conveyer belt, the seamless long-distance transportation of lap joint conveyer belt overlength, drive gear and the meshing of rubber chain belt drive chain, one side of rubber chain belt drive chain sets up hinders the jump belt gear, the opposite side sets up drive gear, drive gear drive rubber chain drive chain operation, it is rotatory along with rubber chain belt drive chain operation to hinder the jump belt gear, it is spacing to rubber chain belt drive chain to hinder the jump belt gear, it climbs the chain to prevent rubber chain belt drive chain, drop, and can catch the broken belt, ensure that the transport chain belt is long-term, stable, safety, high-efficient transport material.
7. The turning guide wheel is arranged at the upper part and/or the lower part of the rubber chain belt driving chain, the turning guide gear is meshed with the rubber chain belt driving chain, the rubber chain belt driving chain is restricted and/or driven by the turning guide gear to turn and run, the turning guide gear and the chain grabbing belt breaking device are separately arranged or integrated, when the turning guide gear and the chain grabbing belt breaking device are integrated, the chain grabbing belt breaking device has both the belt grabbing and breaking functions and the turning guide function, the turning guide gear enables the easy-bending side chain conveying belt to run at a long distance and a heavy load with a small turning radius, the old belt conveyor is changed, the conveying belt is easy to flex, deviate and slip and have poor bending performance due to overlarge tension of the sliding friction conveying belt, the problems of large occupied space, difficult installation, material waste and the like due to poor bending performance, a roller with an overlarge diameter must be used, and the turning transportation of the old belt conveyor is avoided, the large and complex structure of the lap-joint turning of a plurality of belt conveyors which are overlapped up and down is made, the problems that the installation is complex, the occupied space of the lap joint is large, the maintenance amount is large, labor and time are wasted, the production cost is increased and the like caused by the turning transportation of the lap-joint belt conveyor are solved, the bad structure that the belt of the old belt conveyor is straightened by force and can only turn at a bend below 15 degrees even if pushed by the strong power side is changed, the phenomenon that the belt of the old belt conveyor is pushed to turn by strong side thrust after being straightened by force, the belt with huge tensioning force for conveying materials by sliding friction often slides out from a side thrust groove, the materials on the belt are scattered in a large amount, the belt is pushed by strong side force and pulled by strong straight force of a driving roller, the belt is deformed seriously and damaged in a very short time, the problem that the belt is broken or the motor is overloaded and damaged frequently when the conveying belt is pulled to turn by strong driving force is avoided.
8. The chain belt turning and sharp-bending driver is arranged in the middle or on the upper part of the turning and sharp-bending section rack, the chain belt turning and sharp-bending driver is arranged on one side or two sides of the turning and sharp-bending section rack, the chain belt turning and sharp-bending driver drives the turning and sharp-bending guide wheel to operate, the turning and sharp-bending guide wheel drives the U-shaped easily-bent side chain conveyer belt to smoothly operate, the turning and sharp-bending guide gear is arranged on the upper part of the turning and sharp-bending section rack, the turning and sharp-bending guide gear is meshed with the turning and sharp-bending chain to drive the easily-bent side chain conveyer belt to turn and convey materials, the chain belt turning and sharp-bending driver boosts the easily-bent side chain conveyer belt at the sharp-bending part of the easily-bent side chain conveyer belt to rapidly and smoothly operate at the sharp-bending part, the turning and sharp-bending operation speed of the easily-bent side chain conveyer belt is improved, the unpowered boosting conveyer belt at the bending part of the old belt conveyer, the turning part, the operation speed of the turning belt is reduced, accidents such as breakage of the easily-bent side chain conveyer belt are avoided, the breakage, the production efficiency is improved, and the service life of the easily-bent side chain conveyer belt is prolonged.
9. The turning elastic blocking piece is arranged on the inner side and/or the outer side of the rubber chain roller chain baffle and blocks the rubber chain roller chain baffle from falling off, or the blocking chain link falling-off piece is arranged on the outer side of the rubber chain roller chain baffle and blocks the rubber chain roller chain baffle from falling off, the blocking chain link falling-off piece is arranged on the outer side of the turning elastic blocking piece, when the turning elastic blocking piece is pushed to one side of the easily-bent side edge chain conveyor belt by the turning force of the sliding hole rubber chain roller chain baffle, the roller chain shaft is enabled to have a space to move in a sliding hole of the sliding hole rubber chain roller chain baffle through elastic deformation, smooth turning operation of the easily-bent side edge chain conveyor belt is ensured, the sliding hole rubber chain roller chain baffle is protected from being damaged, when the easily-bent side edge chain conveyor belt travels to a straight line conveying section, the turning elastic blocking piece rubber chain roller chain baffle swings left and right, and the easily-bent side edge chain conveyor belt stably runs.
10. The stopping stop sleeve is sleeved on the roller chain shaft, the stopping stop sleeve prevents the rubber chain roller chain baffle from falling off or prevents the turning elastic stopper from falling off, the stopping stop sleeve prevents the rubber chain roller chain baffle from falling off through the circumferential structure of the stopping stop sleeve, the stopping area is large, the self structural strength is high, the stopping stop sleeve falling-off part is arranged on the stopping stop sleeve and the roller chain shaft, the stopping stop sleeve falling-off part prevents the stopping stop sleeve from falling off from the roller chain shaft, when the elastic pin stopping sleeve falling-off part is used, the stopping stop sleeve and the roller chain shaft are provided with an elastic pin stopping sleeve falling-off part penetrating hole, the elastic pin stopping sleeve falling-off part penetrates through the elastic pin stopping sleeve falling-off part hole, the elastic pin stopping sleeve falling-off part prevents the stopping stop sleeve from falling off, the elastic pin stopping sleeve falling-off part is clamped in the elastic pin stopping sleeve falling-off part penetrating hole through self tension, the stopping function of the stopping pin is achieved, the appearance is neat, a belt is not scraped, and the dismounting is convenient and quick.
11. The turning guide gear is arranged on one side or two sides of the side chain conveying belt easy to bend, the turning guide gear is arranged on the conveying rack or arranged on the roller supporting shaft, the turning guide gear is arranged at one end or two ends of the supporting shaft, or the end part of the supporting shaft is provided with the turning guide gear, the turning guide gear supports the rubber chain belt driving chain, the inner side of the rubber chain belt driving chain is provided with the side material blocking plate, the roller supporting shaft on the inner side of the side material blocking plate is provided with a material blocking plate supporting wheel higher than the supporting shaft, the diameter of the material blocking plate supporting wheel higher than the supporting shaft is larger than the diameter of the supporting shaft and the height of the material blocking plate, the material blocking plate supporting wheel is higher than the supporting shaft and supports the side chain conveying belt easy to bend to operate, and the side material blocking plate is prevented from colliding with the roller supporting shaft.
12. Tensioning pneumatic cylinder one end is fixed in carrying the frame, and the other end sets up the tensioning chain wheel or sets up the tensioning and holds in the palm the sprocket, grinds greatly as easy side chain conveyer belt link hole of bending, and when easy side chain conveyer belt that bends extended, tensioning pneumatic cylinder extension promoted the tensioning and holds in the palm the sprocket and hold in the palm easy side chain conveyer belt that bends, adjusts easy side chain conveyer belt tensile force that bends, makes easy side chain conveyer belt that bends be in reasonable tensioning state, prevents that easy side chain conveyer belt that bends from relaxing scrapes ground of rubbing.
13. The corrugated flexible colloid has better flexibility, has a horizontally extensible space, is favorable for smooth deformation of the corrugated flexible colloid under the pushing of turning force, enables the easy-to-bend side chain conveyer belt to form an inner ring and an outer ring which are not as large as the easy-to-bend side chain conveyer belt, enables the conveyer belt to realize turning transportation, prolongs the service life of the easy-to-bend side chain conveyer belt, and improves the production efficiency.
Drawings
FIG. 1 is a front view of an easily bendable side chain conveyor as described in embodiment 1;
FIG. 2 is a front view of the flexible side chain conveyor of embodiment 2;
FIG. 3 is a cross-sectional view of the flexible side chain conveyor described in example 3;
FIG. 4 is a view showing the structure of an easily bendable side chain conveyor described in embodiment 4;
FIG. 5 is a view showing the structure of an easily bendable side chain conveyor described in embodiment 5;
FIG. 6 isbase:Sub>A partial cross-sectional view A-A of FIG. 5;
FIG. 7 is a front view of the flexible side chain conveyor of example 5;
FIG. 8 is a view showing the structure of an easily bendable side chain conveyor described in embodiment 5;
FIG. 9 is a cross-sectional view of the flexible side chain conveyor of example 5;
FIG. 10 is a cross-sectional view of the flexible side chain conveyor of example 5;
FIG. 11 is a plan view of the flexible side chain conveyor described in example 6;
FIG. 12 is a partial sectional view taken along line B-B of FIG. 11;
FIG. 13 is a cross-sectional view of the flexible side chain conveyor of example 6;
FIG. 14 is a side view of the flexible side chain conveyor described in example 7;
FIG. 15 is a partial view taken from the direction of C in FIG. 14;
FIG. 16 is a view showing the construction of an easy-bending side chain conveyor described in embodiment 8;
FIG. 17 is a partial view taken from the direction D of FIG. 16;
FIG. 18 is a partial cross-sectional view of the flexible side chain conveyor of example 9;
fig. 19 is a structural view of an easily bendable side chain conveyor described in embodiment 10;
FIG. 20 is a partial cross-sectional view of E-E of FIG. 19;
FIG. 21 is a partial sectional view F-F of FIG. 19;
FIG. 22 is a partial sectional view taken along line G-G of FIG. 19;
FIG. 23 is a schematic view of the structure of an easily bendable side chain conveyor described in embodiment 11;
FIG. 24 is a schematic view of the structure of an easily bendable side chain conveyor described in embodiment 12;
FIG. 25 is a schematic structural view of an easily bendable side chain conveyor described in embodiment 12;
FIG. 26 is a schematic view of the structure of the flexible side chain conveyor of embodiment 12;
FIG. 27 is a schematic structural view of an easily bendable side chain conveyor described in embodiment 13;
FIG. 28 is a partial sectional view taken at H-H in FIG. 27;
FIG. 29 is a schematic partial cross-sectional view of a flexible side chain conveyor as in embodiment 13;
FIG. 30 is a schematic view of the structure of an easily bendable side chain conveyor described in embodiment 14;
FIG. 31 is a schematic view of the structure of an easily bendable side chain conveyor described in embodiment 14;
FIG. 32 is a schematic view of the structure of an easily bendable side chain conveyor described in embodiment 14;
fig. 33 is a partial schematic structural view of the flexible side chain conveyor according to embodiment 15;
FIG. 34 is a partial cross-sectional view of J-J of FIG. 33;
fig. 35 is a partial schematic structural view of the flexible side chain conveyor described in embodiment 15.
In the figure: 1-easily-bent side chain conveying belt, 2-stable rubber chain belt driving chain belt side part, 3-bendable part, 4-conveying belt, 5-connecting rubber chain belt driving chain part, 6-rubber chain belt driving chain, 7-bendable penetrating belt part, 8-rubber chain belt roller chain, 9-rubber chain belt annular chain, 10-connecting rubber chain belt roller chain part, 11-connecting annular chain part, 12-connecting rubber chain belt roller chain shaft part, 13-connecting rubber chain belt roller chain baffle part, 14-chain roller, 15-rubber chain belt roller chain baffle, 16-annular chain buckle, 17-carrier roller, 18-bracket, 19-grooving carrier roller, 20-straight carrier roller, 21-left inclined carrier roller, 22-right inclined carrier roller, 23-groove bottom carrier roller, 24-grooving bracket, 25-flat bracket 26-supporting left inclined carrier roller part, 27-supporting right inclined carrier roller part, 28-supporting groove bottom support roller part, 29-groove-shaped easy-bending side chain conveying belt, 30-side material baffle plate, 31-easy-left-right-bending side chain conveying belt, 32-side strip-penetrating hollow core belt, 33-side strip-penetrating groove-shaped belt, 34-connecting side chain strip-penetrating, 35-glue casting, 36-flexible colloid, 37-conveying belt bending hole, 38-cylindrical hole, 39-conical hole, 40-cloth-adding support bending hole, 41-bending hole upper cloth support, 42-bending hole lower cloth support, 43-side strip-penetrating, 44-penetrating shaft, 45-threaded hole side strip-penetrating, 46-annular conveying belt, 47-flat conveying belt, 48-overlapping belt edge, 49-conveying belt body overlapping edge, 50-reinforcement overlapping edge, 51-middle driver, 52-middle driving gear, 53-middle driving roller, 54-turning driving roller, 55-transmission gear, 56-outer ring driving gear, 57-inner ring driving gear, 58-outer ring rubber chain belt driving chain, 59-inner ring rubber chain belt driving chain, 60-roller driving gear, 61-jump belt driving gear assembly, 62-driving gear, 63-jump belt piece, 64-jump belt gear, 65-rigid side penetrating strip, 66-flexible side penetrating strip, 67-straight thread hole side penetrating strip, 68-turning elastic stopper, 69-stopper link falling-off piece, 70-rubber turning elastic stopper, 71-stopper bayonet stopper chain link falling-off piece, 72-stopper sleeve 73-stop sleeve stripping piece, 74-turning guide wheel, 75-middle bending roller driving gear, 76-turning guide gear, 77-turning guide roller row, 78-transportation rack, 79-roller shaft, 80-supporting shaft, 81-roller wheel, 82-side retainer plate roller, 83-cross shaft roller, 84-upper and lower guide rollers, 85-upper guide roller, 86-elastic pin stop sleeve stripping piece, 87-hole penetrating elastic pin stop sleeve stripping piece, 88-side pushing guide roller, 89-chain belt tensioning device, 90-hydraulic cylinder chain belt tensioning device, 91-lead screw nut chain belt tensioning device, 92-tensioning hydraulic cylinder, 93-tensioning chain wheel, 94-tensioning chain wheel, 95-conveying belt chain, 96-sharp bending roller chain, 97-sharp-turn annular chain, 98-connecting link shaft parts, 99-conveying belt connecting chain parts, 100-in-belt connecting chain parts, 101-fixed chain belt mechanism, 102-thread fixing mechanism, 103-roller chain buckle plate, 104-material blocking belt plate, 105-sharp-turn rack, 106-sharp-turn guide gear, 107-sharp-turn rack, 108-sharp-turn chain, 109-chain belt main driver, 110-chain belt sharp-turn driver, 111-sharp-turn carrier roller, 112-sharp-turn bottom carrier roller, 113-sharp-turn side carrier roller, 114-U-shaped carrier roller rack, 115-sharp-turn guide gear, 116-easy-turn corrugated flexible conveying belt and 117-corrugated flexible colloid.
Detailed Description
Example 1
As shown in figure 1, the side chain conveyer belt 1 easy to bend comprises a side piece 2 of a stable rubber chain belt driving chain belt, a bendable piece 3, a conveyer belt 4, a connecting rubber chain belt driving chain piece 5 and a rubber chain belt driving chain 6, the bendable piece 3 is separately connected with the side piece 2 of the stable rubber chain belt driving chain belt, the side piece 2 of the stable rubber chain belt driving chain belt and the bendable piece 3 form a bendable penetrating piece 7, the bendable penetrating piece 7 is arranged at two sides of the conveyer belt 4, the connecting rubber chain belt driving chain piece 5 is separately connected with one end of the bendable penetrating piece 7, the connecting rubber chain belt driving chain piece 5 is connected with the rubber chain belt driving chain 6 to form the side chain conveyer belt 1 easy to bend, the rubber chain belt driving chain 6 comprises a rubber chain belt roller chain 8, the connecting rubber chain belt driving chain piece 5 comprises a connecting rubber chain belt roller chain piece 10, the connecting rubber chain belt roller chain piece 10 comprises a connecting rubber chain belt roller chain shaft piece 12, when the connecting rubber chain belt roller chain shaft piece 12 is used, the rubber chain belt roller chain 8 comprises chain rollers 14 and rubber chain roller chain baffles 15, the belt penetrating piece 7 can be bent, the connecting rubber chain belt roller chain shaft piece 12 penetrates the chain rollers 14 and the rubber chain roller chain baffles 15 to form the side chain conveying belt 1 which can be bent easily, and the connecting rubber chain belt roller chain shaft piece 12 is connected with the side chain piece 2 of the stable rubber chain belt driving chain in a split mode.
The foldable piece 3 and the stable rubber chain belt driving chain belt side piece 2 can also be integrated.
Or a bendable-through belt element 7 is arranged on one side of the conveyor belt 4.
Or the connecting rubber chain belt driving chain piece 5 and one end of the bendable penetrating belt piece 7 are integrated.
The connecting rubber chain belt roller chain shaft piece 12 and the stable rubber chain belt driving chain belt side piece 2 can be integrated.
Example 2
As shown in fig. 2, the rubber belt driving chain 6 includes a rubber belt endless chain 9, the connecting rubber belt driving chain member 5 includes a connecting endless chain member 11, the rubber belt endless chain 9 includes an endless chain buckle 16, when the connecting endless chain member 11 is used, the rubber belt driving chain belt side member 2 and the connecting endless chain member 11 are connected in a split manner, the connecting endless chain member 11 and the endless chain buckle 16 are connected in a split manner, and the belt member 7 can be bent to penetrate through the belt member 11 and the connecting endless chain member 11 and the endless chain buckle 16 form the easily-bent side chain conveyor belt 1.
The stable rubber chain belt can drive the chain belt edge piece 2 and the connecting annular chain piece 11 to be integrated.
It is also possible to connect the endless chain element 11 and the endless chain link 16 in one piece.
Otherwise, the same procedure as in example 1 was repeated.
Example 3
As shown in fig. 3, the connecting rubber chain belt roller chain piece 10 includes a connecting rubber chain belt roller chain baffle piece 13, when the connecting rubber chain belt roller chain baffle piece 13 is used, the belt piece 7 can be bent and penetrated, the connecting rubber chain belt roller chain baffle piece 13 is fixed on the rubber chain belt roller chain baffle 15 to form an easily bent side chain conveyor belt 1, and the connecting rubber chain belt roller chain baffle piece 13 and the stable rubber chain belt driving chain belt side piece 2 are integrated.
Or the baffle piece 13 of the roller chain of the connecting rubber chain belt and the side piece 2 of the driving chain belt of the stable rubber chain belt are connected in a split way.
Otherwise, the same procedure as in example 1 was repeated.
Example 4
As shown in fig. 4, the easily bendable side chain conveyor belt 1 includes a supporting roller 17 and a bracket 18, the supporting roller 17 includes a grooving supporting roller 19 and a straight supporting roller 20, the grooving supporting roller 19 includes a left oblique supporting roller 21, a right oblique supporting roller 22 and a groove bottom supporting roller 23, the bracket 18 includes a grooving bracket 24 and a flat bracket 25, the grooving bracket 24 includes a left oblique supporting roller 26, a right oblique supporting roller 27 and a groove bottom supporting roller 28, the left oblique supporting roller 26, the right oblique supporting roller 27 and the groove bottom supporting roller 28 are connected as the grooving bracket 24, the left oblique supporting roller 26 supports the left oblique supporting roller 21, the right oblique supporting roller 27 supports the right oblique supporting roller 22, the groove bottom supporting roller 28 supports the groove bottom supporting roller 23, the left oblique supporting roller 21, the right oblique supporting roller 22 and the groove bottom supporting roller 23 form the grooving supporting roller 19, the easily bendable side chain conveyor belt 1 is disposed on the grooving supporting roller 19, and the easily bendable side chain conveyor belt 7 and the conveying belt 4 form a bendable side chain conveyor belt 29 along with the groove.
The rest was the same as in example 1.
Example 5
As shown in fig. 5 to 10, the easy-to-bend side chain conveyor 1 includes an easy-to-bend left and right side chain conveyor 31, the easy-to-bend left and right side chain conveyor 31 includes a side strip penetrating hollow belt 32, the easy-to-bend left and right side chain conveyor 31 further includes a side strip penetrating belt 34 and a casting glue 35, the side strip penetrating belt 34 is disposed at equal intervals, the casting glue 35 is cast between the side strip penetrating belts 34 disposed at equal intervals and covers the side strip penetrating belt 34, so that a flexible colloid 36 is formed between the side strip penetrating belt 34 and the side strip penetrating belt 34, the flexible colloid 36 is pushed by a bending force to form the easy-to-bend side chain conveyor 1 into the easy-to-bend left and right side chain conveyor 31 with a small inner ring and a large outer ring, the side strip penetrating belt 32 includes a belt bending hole 37, the belt bending hole 37 includes a belt side through hole, the belt bending hole 37 is disposed between the front side strip penetrating belt 34 and the rear side strip penetrating belt 34, when the side chain conveyer belt 31 easy to bend left and right turns, the distance between one ends of the side chain penetrating strips 34 is reduced, meanwhile, the length of the belt edge on one side of the conveyer belt 4 is reduced due to the deformation of the conveyer belt bending holes 37, so that the conveyer belt 4 can be transported in a turning way, the conveyer belt bending holes 37 comprise cylindrical holes 38, the side penetrating strips 43 comprise rigid side penetrating strips 65 and flexible side penetrating strips 66, the rigid side penetrating strips 65 are pushed by strong force to shorten one side edge of the conveyer belt chain belt to be transported in a turning way, the flexible side penetrating strips 66 are transported in groove-shaped carrier rollers, the side penetrating strips hollow belt 32 save materials, the bending performance is good, the conveyer belt bending holes 37 comprise cloth-adding support bending holes 40, the cloth-adding support bending holes 40 comprise cloth supports 41 above the bending holes and cloth supports 42 below the bending holes, the cloth supports 41 above the upper rubber belt surface on the upper part of the conveyer belt bending holes 37, and the bottom surface of the conveyer belt 4 is kept flat on the lower part of the conveying belt bending holes, the side chain conveyor belt 31 which is easy to bend left and right can run stably when passing through the carrier roller 17.
The side chain conveyor belt 31 which is easy to bend left and right can also comprise a side strip-penetrating solid core belt or a side strip-penetrating groove-shaped belt 33.
The belt flex holes 37 may also comprise belt side blind holes or belt seal holes.
The belt bending holes 37 may also include tapered holes 39 or arcuate or polygonal holes.
The side perforation 43 may also comprise a rigid side perforation 65 or a flexible side perforation 66.
The bending holes 37 of the conveying belt can also comprise glue-casting forming bending holes or soft rib bending holes.
The cloth support bending holes 40 can also comprise a bending hole upper cloth support 41 or a bending hole lower cloth support 42.
The rest was the same as in example 1.
Example 6
As shown in FIGS. 11 to 13, the easy-to-bend side chain conveyor 1 includes side piercing strips 43, both ends of the side piercing strips 43 extend out of the conveyor 4 to form piercing shafts 44, the piercing shafts 44 pierce the rubber chain roller chain guards 15, the side piercing strips 43 include threaded hole side piercing strips 45, the threaded hole side piercing strips 45 include straight threaded hole side piercing strips 67 and bendable threaded hole side piercing strips, the easy-to-bend side chain conveyor 1 includes a straight conveyor belt 47, one end of the straight conveyor belt 47 is provided with the threaded hole side piercing strips 45, the other end is provided with lap belt edges 48 for fastening the threaded hole side piercing strips 45, the lap belt edges 48 include conveyor body lap edges 49, threaded nails are screwed into the threaded hole side piercing strips 45 and the conveyor body lap edges 49, the conveyor belts are connected straight 47 to form an endless conveyor belt 46, the side penetrating strips 43 are used as fixing pieces for connecting the straight conveying belt 47, the side penetrating strips 43 have the function of fixing the penetrating shaft 44 and the function of connecting the two ends of the straight conveying belt 47, the distance between the conveying belt bending holes 37 between the threaded hole side penetrating strips 45 and the left and right side penetrating strips 43 is the same as the distance between the conveying belt bending holes 37 between the other side penetrating strips 43 and the hole distance is the same, when the conveying belt 4 turns, the compression ratio of the conveying belt bending holes 37 between the threaded hole side penetrating strips 45 and the left and right side penetrating strips 43 is the same as the compression ratio of the conveying belt bending holes 37 between the other side penetrating strips 43 and the side penetrating strips 43, the turning guide gear 76 is meshed with the rubber chain driving chain 6, and the turning deformation at the interface is not influenced by the steel hard structure at the interface when the conveying belt 4 turns and deforms.
A through shaft 44 may also be formed for one end of the side piercing strip 43 to extend out of the conveyor belt 4.
The threaded hole side piercing strip 45 may also include a straight threaded hole side piercing strip 15 or a bendable threaded hole side piercing strip.
The pliable side chain conveyor 1 may also include an endless conveyor belt 46.
The strap edge 48 may also include a reinforcement member strap edge 50, and a threaded screw may be threaded into the threaded hole side pierce bar 45 and the reinforcement member strap edge 50 to join the flat belt 47 to the endless belt 46.
Otherwise, the same procedure as in example 1 was repeated.
Example 7
As shown in fig. 14 to 15, the easily bendable side chain conveyor 1 includes a middle driver 51, the middle driver 51 is disposed between an upper belt and a lower belt of the easily bendable side chain conveyor 1, the middle driver 51 includes a middle driving roller 53, the middle driving roller 53 includes a bending driving roller 54, the middle driver 51 further includes a middle driving gear 52, when the middle driving gear 52 is disposed between the upper belt and the lower belt of the chain driving conveyor, the middle driving gear 52 drives the upper chain driving conveyor and/or the middle driving gear 52 drives the lower chain driving conveyor, the middle driving gear 52 includes a middle bending driving gear 75, the middle driver 51 is provided with a transmission gear 55, the transmission gear 55 is engaged with the rubber chain driving chain 6, the bending driving roller 54 includes an outer ring driving gear 56 and an inner ring driving gear 57, the rubber chain driving chain 6 includes an outer ring rubber chain driving gear 58 and an inner ring rubber chain driving gear 59, the outer ring driving gear 56 has the same tooth width as the front driving gear 62, the outer ring driving gear 56 is engaged with the outer ring rubber chain driving gear 58, the inner ring driving gear 57 has a smaller tooth width than the front ring driving gear 62, the inner ring driving gear 57 is disposed on the inner ring driving gear 57, the more the inner ring driving gear 57, the bending side chain driving gear 1 is disposed on the inner ring side of the easily bendable side chain driving belt 1, and the easily bendable side chain 1, the inner ring driving gear is disposed on the inner ring driving gear 57.
The middle drive 51 may also include a middle drive roller 53.
The middle drive gear 52 may also comprise a middle straight belt drive gear.
The middle drive 51 may also comprise a middle drive motor or a middle drive motor.
The central drive roller 53 may also comprise a central motorized roller or a central motor roller.
The turning drive roller 54 may also include an outer ring drive gear 56 or an inner ring drive gear 57.
Otherwise, the same procedure as in example 1 was repeated.
Example 8
As shown in fig. 16 to fig. 17, an outer ring driving gear 56 is arranged at one end of the turning driving roller 54 to realize the ultra-long distance seamless remote transportation without dividing the conveying belt 4 and overlapping the conveying belt 4, the middle driver 51 comprises a jump-resistant belt driving gear assembly 61, the jump-resistant belt driving gear assembly 61 comprises a driving gear 62 and a jump-resistant belt 63, the jump-resistant belt 63 comprises a jump-resistant belt gear 64, the driving gear 62 is meshed with the rubber chain belt driving chain 6, the jump-resistant belt gear 64 is arranged at one side of the rubber chain belt driving chain 6, the driving gear 62 is arranged at the other side of the rubber chain belt driving chain 6, the rubber chain belt driving chain 6 is driven by the driving gear 62 to run, the jump-resistant belt gear 64 rotates along with the running of the rubber chain belt driving chain 6, and the jump-resistant belt gear 64 limits the rubber chain driving chain 6.
An inner ring drive gear 57 may also be provided for one end of the turn drive roller 54.
The mid drive 51 may also include a roller drive gear 60.
A jump stop strap link may also be included for the jump stop strap 63.
The rest was the same as in example 1.
Example 9
As shown in fig. 18, the rubber chain belt driving chain 6 includes a turning elastic stopper 68 and a stopper link dropping-off member 69, the turning elastic stopper 68 is disposed outside the rubber chain belt roller chain baffle 15, the turning elastic stopper 68 stops the rubber chain roller chain baffle 15 from dropping off, when the sliding hole rubber chain roller chain baffle 58 is pushed by a turning force to push against one side of the flexible side chain conveyor belt 1, the turning elastic stopper 68 is extruded and deformed, the flexible side chain conveyor belt 1 smoothly turns, when the flexible side chain conveyor belt 1 travels to a straight line transportation section, the turning elastic stopper 68 stops the rubber chain roller chain baffle 15 from swinging left and right, the flexible side chain conveyor belt 1 smoothly travels, the turning elastic stopper 68 includes a rubber turning elastic force 70, the stopper link dropping-off member 69 includes a stopper link dropping-off member 71, the retainer ring bayonet lock stopper link shedding piece 71 comprises a stopping stopper sleeve 72 and a stopper sleeve shedding piece 73, the stopper sleeve shedding piece 73 comprises an elastic pin stopper sleeve shedding piece 86, the stopping stopper sleeve 72 is sleeved on the connecting rubber chain belt roller chain shaft piece 12, the stopping stopper sleeve 72 and the connecting rubber chain belt roller chain shaft piece 12 are provided with the stopper sleeve shedding piece 73, the stopping stopper sleeve shedding piece 73 prevents the stopping stopper sleeve 72 from shedding from the connecting rubber chain belt roller chain shaft piece 12, the stopping stopper sleeve 72 and the rubber chain belt roller chain shaft 12 are provided with an elastic pin penetrating stopper sleeve shedding piece hole 87, the elastic pin stopper sleeve shedding piece 86 is pinned into the elastic pin stopper sleeve shedding piece hole 87, the elastic pin stopper sleeve shedding piece 86 prevents the stopping stopper sleeve 72 from shedding, and the stopping stopper sleeve 72 prevents the rubber chain roller chain baffle 15 from shedding.
The rubber chain belt drive chain 6 may also include a turning spring catch 68 or a catch link drop-off 69.
The turning resilient stop 68 may also be located inboard or outboard of the rubber chain belt roller chain stop.
The stopper link dropping member 69 may be provided outside the rubber belt roller chain stopper, and the stopper link dropping member 69 stops the rubber belt roller chain stopper 15 from dropping.
The turning elastic stoppers 68 may also comprise disc spring turning elastic stoppers, plastic turning elastic stoppers, nylon turning elastic stoppers, or polyurethane turning elastic stoppers.
The catch link release element 69 may also comprise a cotter catch link release element or a taper pin catch link release element or a nut catch link release element or a snap spring catch link release element or an elastic catch link release element or a cylindrical pin catch link release element.
The stopping sleeve dropping-off member 73 may include a cotter pin stopping sleeve dropping-off member, a taper pin stopping sleeve dropping-off member, a nut stopping sleeve dropping-off member, a snap spring stopping sleeve dropping-off member, or a cylindrical pin stopping sleeve dropping-off member.
The stopping sleeve 72 can prevent the turning elastic stopper 68 from falling off.
The rest was the same as in example 1.
Example 10
As shown in fig. 19 to 22, the flexible side chain conveyor 1 includes turning guide wheels 74, the turning guide wheels 74 are provided at upper and lower portions of the adhesive tape drive chain 6, the turning guide wheels 74 include turning guide gears 76, the turning guide gears 76 engage the adhesive tape drive chain 6, and the adhesive tape drive chain 6 is turned under the restriction and driving of the turning guide gears 76.
And also a turning guide wheel 74 may be provided on the upper or lower portion of the adhesive chain belt driving chain 6.
The turning guide wheel 74 may also include a turning guide sheave or a turning guide ball or a turning guide roller row 77 or an axle-spanning wheel 83 or an upper row guide roller 85 or a lower row guide roller or an upper and lower guide roller 84 or a side push guide roller 88.
It is also possible for the adhesive chain belt drive chain 6 to turn under the restriction or drive of the turn guide gear 76.
Otherwise, the same procedure as in example 1 was repeated.
Example 11
As shown in fig. 23, the turning guide gears 76 are disposed on two sides of the easy-to-bend side chain conveyor belt 1, the easy-to-bend side chain conveyor belt 1 includes a conveying frame 78 and a carrier roller shaft 79, the turning guide gears 76 are disposed on the carrier roller shaft 79, the carrier roller shaft 79 includes a support shaft 80 and a carrier roller 81, the turning guide gears 76 are disposed at two ends of the support shaft 80, the turning guide gears 76 support the rubber chain belt driving chain 6, the side material blocking plate 30 is disposed on the inner side of the rubber chain belt driving chain 6, the carrier roller shaft 79 on the inner side of the side material blocking plate 30 is provided with a material blocking plate supporting wheel 82 higher than the side material blocking plate 82, the diameter of the material blocking plate supporting wheel 82 higher than the diameter of the support shaft 80 and the height of the material blocking plate 30, and the material blocking plate supporting wheel 82 higher than the side material blocking plate supports the easy-to-bend side chain conveyor belt 1 to run.
It is also possible that the turning guide gear 76 is provided at one side of the easy-to-bend side chain conveyor 1, and the turning guide gear 76 is provided at one end of the support shaft 80.
The turning guide gear 76 may also be provided on the conveyor frame 78 or on the idler shaft 79.
It is also possible for the idler shaft 79 to include a support shaft 80 or idler wheel 81.
The turning guide gear 76 may also be provided for the end of the support shaft 80.
The rest was the same as in example 1.
Example 12
As shown in fig. 24 to 26, the easily bendable side chain conveyor belt 1 includes a chain belt tensioning device 89, the chain belt tensioning device 89 includes a hydraulic cylinder chain belt tensioning device 90, the hydraulic cylinder chain belt tensioning device 90 includes a tensioning hydraulic cylinder 92 and a tensioning sprocket 93, one end of the tensioning hydraulic cylinder 92 is fixed on the transport frame 78, the other end is provided with a tensioning support sprocket 94, when the chain link hole of the easily bendable side chain conveyor belt 1 is worn out, when the easily bendable side chain conveyor belt 1 extends, the tensioning hydraulic cylinder 92 extends to push the tensioning support sprocket 94 to support the easily bendable side chain conveyor belt 1, the tensioning force of the easily bendable side chain conveyor belt 1 is adjusted, and the easily bendable side chain conveyor belt 1 is in a reasonable tensioning state.
The chain tensioner 89 may also include a lead screw nut chain tensioner 91 or a heavy wheel chain tensioner.
Alternatively, the tensioning hydraulic cylinder 92 may be fixed to the transport frame 78 at one end and provided with a tensioning chain wheel at the other end.
Otherwise, the same procedure as in example 1 was repeated.
Example 13
As shown in fig. 27 to 29, the flexible side chain conveyor 1 includes a conveyor belt chain 95, the conveyor belt chain 95 includes a sharp-curved roller chain 96, the conveyor belt 4 and/or the conveyor belt chain 95 includes a connecting link member 98, the conveyor belt 4 includes a conveyor belt connecting link member 99, the connecting link member 98 is separately connected to a conveyor belt connecting link condition 99, the conveyor belt connecting link condition 99 includes an in-belt connecting link condition 100, the in-belt connecting link condition 100 is provided with a conveyor belt side member, and the in-belt connecting link condition 100 is provided with a fixed chain belt mechanism 101 mutually fixed with the connecting link member 98.
The roller chain buckle plate 103 is provided with a material blocking belt plate 104, and the material blocking belt plate 104 blocks materials from flowing out from the side edge of the material blocking belt plate 104.
The conveyor chain 95 may also include a sharp-turn endless chain 97.
Or may be integral with the connecting link shaft 98 and the belt connecting link member 99.
The belt link condition 99 may also include an out-of-band link chain member.
Roller chain links 103 may also be included for connecting link shaft members 98.
The fixed chain belt mechanism 101 comprises a catching groove fixing mechanism or a thread fixing mechanism 102 or a pin shaft fixing mechanism or an adhesive fixing mechanism or a rivet fixing mechanism or a welding fixing mechanism.
The rest was the same as in example 1.
Example 14
As shown in fig. 30 to 32, the easily bendable side chain conveyor 1 includes a rapidly bending frame 105 and a rapidly bending guide gear 106, the rapidly bending frame 105 includes a rapidly bending transition section frame and a rapidly bending section frame 107, the conveyor belt chain 95 includes a rapidly bending chain 108, the easily bendable side chain conveyor 1 includes a chain belt main driver 109 and a chain belt rapidly bending driver 110, the chain belt main driver 109 and the chain belt rapidly bending driver 110 include motors, the chain belt rapidly bending driver 110 is disposed in the middle of the rapidly bending section frame 107, the chain belt rapidly bending driver 110 is disposed on both sides of the rapidly bending section frame 107, the chain belt rapidly bending driver 110 drives the rapidly bending guide gear 106 to operate, the rapidly bending guide gear 106 drives the U-shaped easily bendable side chain conveyor 1 to operate smoothly, the rapidly bending section frame 107 is provided with a rapidly bending section guide gear 115 on the upper portion, the rapidly bending section guide gear 115 engages with the rapidly bending chain 108 to drive the rapidly bending side chain conveyor 1 to transport materials.
A chain belt tight curve driver 110 may also be provided at the upper portion of the tight curve section rack 107.
A chain belt tight curve driver 110 may also be provided at one side of the tight curve section rack 107.
The sharp-bending machine frame 105 comprises a sharp-bending carrier roller 111, the sharp-bending carrier roller 111 comprises a sharp-bending bottom carrier roller 112 and a sharp-bending side carrier roller 113, the sharp-bending bottom carrier roller 112 and the sharp-bending side carrier roller 113 form a U-shaped carrier roller frame 114, the U-shaped easy-bending side chain conveyor belt 1 is arranged in a U-shaped groove of the U-shaped carrier roller frame 114, and the U-shaped carrier roller frame 114 assists in supporting the U-shaped easy-bending side chain conveyor belt 1 to smoothly run.
The chain belt main drive 109 and chain belt tight turn drive 110 may also include motors or motorized rollers.
The rest was the same as in example 1.
Example 15
As shown in fig. 33 to fig. 35, the side chain conveyor belt 31 easy to bend left and right includes the corrugated flexible conveyor belt 116 easy to bend, the corrugated flexible conveyor belt 116 includes the corrugated flexible colloid 117, the corrugated flexible colloid 117 has a horizontally extendable space, and the corrugated flexible colloid 117 makes the side chain conveyor belt 1 easy to bend left and right form the side chain conveyor belt 31 easy to bend left and right with the inner loop and the outer loop different in size under the pushing of the bending force, so that the conveyor belt 4 realizes the turning transportation.
The rest was the same as in example 1.

Claims (10)

1. The utility model provides an easy side chain conveyer belt that bends which characterized in that: the side chain conveyer belt comprises a stable rubber chain belt driving chain belt edge piece, a bendable piece, a conveyer belt, a connecting rubber chain belt driving chain piece and a rubber chain belt driving chain, wherein the bendable piece and the stable rubber chain belt driving chain belt edge piece are connected in a split manner or are integrated, the stable rubber chain belt driving chain edge piece and the bendable piece form a bendable penetrating belt piece, the bendable penetrating belt piece is arranged on one side or two sides of the conveyer belt, the connecting rubber chain belt driving chain piece and one end of the bendable penetrating belt piece are connected in a split manner or are integrated, the connecting rubber chain belt driving chain piece and the rubber chain belt driving chain are connected to form the side chain conveyer belt which is easy to bend, the rubber chain belt driving chain comprises a rubber chain belt roller chain or a rubber belt ring-shaped chain, the connecting rubber chain belt driving chain piece comprises a connecting rubber chain belt roller chain piece or a connecting ring-shaped chain piece, the connecting rubber baffle roller piece comprises a connecting rubber belt roller shaft piece or a connecting rubber chain belt roller chain piece, when the connecting rubber chain belt roller chain shaft element is used, the rubber chain belt roller chain comprises chain rollers and a rubber chain belt roller chain baffle, the connecting rubber chain belt roller chain shaft element penetrates through the chain rollers and the rubber chain belt roller chain baffle to form an easily-bent side chain conveying belt, the connecting rubber chain belt roller chain shaft element and the stable rubber chain belt driving chain belt edge element are separately connected or integrated, when the connecting rubber chain belt roller chain baffle element is used, the belt element can be bent to penetrate through, the connecting rubber chain belt roller chain baffle element is fixed on the rubber chain belt roller chain baffle to form the easily-bent side chain conveying belt, the connecting rubber chain belt roller chain baffle element and the stable rubber chain belt driving chain belt edge element are separately connected or integrated, the connecting rubber chain belt driving chain element comprises a connecting annular chain element, the rubber chain belt ring-shaped chain comprises an annular chain buckle, when the connecting annular chain element is used, the stable rubber chain belt driving edge element is connected with or integrated with the connecting annular chain element, the connecting annular chain piece and the annular chain buckle are connected in a split manner or integrated, and the belt piece can be bent to penetrate through, and the connecting annular chain piece and the annular chain buckle are connected to form the side chain conveying belt easy to bend.
2. The conveyor belt according to claim 1, wherein: the easy-bending side chain conveying belt comprises a supporting roller and a bracket, the supporting roller comprises a grooving supporting roller and a straight supporting roller, the grooving supporting roller comprises a left inclined supporting roller, a right inclined supporting roller and a groove bottom supporting roller, the bracket comprises a grooving bracket and a flat bracket, the grooving bracket comprises a left inclined supporting roller part, a right inclined supporting roller part and a groove bottom supporting roller part, a left inclined supporting roller part, a right inclined supporting roller part and a groove bottom supporting roller part are connected into the grooving bracket, the left inclined supporting roller part supports the left inclined supporting roller, the right inclined supporting roller part supports the right inclined supporting roller, the groove bottom supporting roller part supports the groove bottom supporting roller, the left inclined supporting roller, the right inclined supporting roller and the groove bottom forming supporting roller, the easy-bending side chain conveying belt is arranged on the grooving supporting roller, and the easy-bending side chain conveying belt is formed by bending the belt part and the conveying belt along with the grooving supporting roller. The U-shaped supporting roller frame is characterized in that the sharp-bending rack comprises a sharp-bending supporting roller, the sharp-bending supporting roller comprises a sharp-bending bottom supporting roller and a sharp-bending side supporting roller, the sharp-bending bottom supporting roller and the sharp-bending side supporting roller form a U-shaped supporting roller frame, the U-shaped easy-bending side chain conveying belt is arranged in a U-shaped groove of the U-shaped supporting roller frame, and the U-shaped supporting roller frame supports the U-shaped easy-bending side chain conveying belt to smoothly run. The roller chain pinch plate is provided with a material blocking belt plate, and the material blocking belt plate blocks materials from flowing out of the side edge of the material blocking belt plate and/or blocks the side edge chain conveyor belt which is easy to bend from shifting left and right.
3. The conveyor belt according to claim 1, wherein: the easy-bending side chain conveyer belt comprises an easy-bending side chain conveyer belt which is bent left and right, the easy-bending side chain conveyer belt comprises a side strip-penetrating solid core belt or a side strip-penetrating hollow core belt or a side strip-penetrating groove-shaped belt, the easy-bending side chain conveyer belt also comprises a side chain penetrating belt and a casting glue, the side chain penetrating belt is arranged at equal intervals, the casting glue is cast between the side chain penetrating belts which are arranged at equal intervals and covers the side chain penetrating belts, so that a flexible colloid is formed between the side chain penetrating belt and the side chain penetrating belt, the flexible colloid is pushed by a bending force to enable the easy-bending side chain conveyer belt to form the easy-bending side chain conveyer belt with a small inner ring and a large outer ring, and the side penetrating belt comprises a conveyer belt bending hole, the conveying belt bending holes comprise conveying belt side through holes or conveying belt side blind holes or conveying belt sealing holes, the conveying belt bending holes are formed between front connecting side chain penetrating strips and rear connecting side chain penetrating strips, when the conveying belt of the side chain easy to bend left and right turns, one end distance between the side chain penetrating strips is reduced, meanwhile, the conveying belt bending holes deform to reduce the length of a belt edge on one side of the conveying belt, the conveying belt is enabled to realize turning transportation, the conveying belt bending holes comprise cylindrical holes or conical holes or arch holes or polygonal holes, the side penetrating strips comprise rigid side penetrating strips or flexible side penetrating strips, the rigid side penetrating strips are pushed by strong force to shorten one side edge of the side chain conveying belt easy to bend to turn transportation, the flexible side penetrating strips are transported in grooves in groove type carrier rollers, the side penetrating strips are hollow, materials are saved, and the bending performance is good. The conveying belt bending holes comprise glue casting forming bending holes or soft rib bending holes or cloth support bending holes, the cloth support bending holes comprise cloth supports on the bending holes and/or cloth supports under the bending holes, the cloth supports on the bending holes support the upper rubber belt surface of the support holes on the upper portion of the conveying belt bending holes, the bottom surface of the conveying belt is kept flat on the lower portion of the conveying belt bending holes, and the conveying belt can stably run when the conveying belt with the side chain capable of being bent left and right passes through the support rollers.
4. The conveyor belt according to claim 1, wherein: the easily-bent side chain conveyer belt comprises side penetrating strips, one end or two ends of each side penetrating strip extend out of the conveyer belt to form a penetrating shaft, the penetrating shaft penetrates through a rubber chain belt roller chain baffle, each side penetrating strip comprises a threaded hole side penetrating strip, each threaded hole side penetrating strip comprises a straight threaded hole side penetrating strip and/or a bendable threaded hole side penetrating strip, the easily-bent side chain conveyer belt comprises an annular conveyer belt or a straight conveyer belt, one end of each straight conveyer belt is provided with a threaded hole side penetrating strip, the other end of each straight conveyer belt is provided with a lap belt edge for fastening the threaded hole side penetrating strip, each lap belt edge comprises a conveyer belt body lap belt edge or a reinforcing piece lap belt edge, a threaded nail is screwed into the threaded hole side penetrating strip and the conveyer belt body lap belt edge, the straight conveyer belt is connected into the annular conveyer belt, or the threaded nail is screwed into the threaded hole side penetrating strip and the lap belt edge reinforcing piece, the straight conveying belts are connected to form an annular conveying belt, the side penetrating strips are used as fixing pieces for connecting the straight conveying belts, the side penetrating strips have the effect of fixing a penetrating shaft and have the function of connecting the two ends of the straight conveying belts, the distance between the side holes of the conveying belts between the threaded hole side penetrating strips and the left and right side penetrating strips is the same as that between the side penetrating strips and the side penetrating strips, the hole distance is the same, when the conveying belts turn, the compression ratio of the side holes of the conveying belts between the threaded hole side penetrating strips and the left and right side penetrating strips is the same as that between the side penetrating strips and the side penetrating strips, the turning guide gear is meshed with the rubber chain driving chain, and the turning deformation of the joints is not influenced by steel hard structures at the joints when the conveying belts turn is deformed.
5. The conveyor belt according to claim 1, wherein: the easily-bent side chain conveying belt comprises a middle driver, the middle driver is arranged between an upper belt and a lower belt of the easily-bent side chain conveying belt or arranged on the upper part of the easily-bent side chain conveying belt or arranged on the lower part of the easily-bent side chain conveying belt, the middle driver comprises a middle driving roller or a middle driving motor, the middle driving roller comprises a middle electric roller or a middle motor roller or a turning driving roller, the middle driver also comprises a middle driving gear, when the middle driving gear is arranged between the upper belt and the lower belt of the chain driving conveying belt, upper teeth of the middle driving gear drive the upper chain driving conveying belt and/or lower teeth of the middle driving gear drive the lower chain driving conveying belt, the middle driving gear comprises a middle straight belt driving gear and/or a middle bent belt driving gear, the middle driver is provided with a transmission gear, and the transmission gear is meshed with a rubber chain driving chain, the turning driving roller comprises an outer ring driving gear and/or an inner ring driving gear, the rubber chain belt driving chain comprises an outer ring rubber chain belt driving chain and an inner ring rubber chain belt driving chain, the tooth width of the outer ring driving gear is the same as that of the front part driving gear, the outer ring driving gear is meshed with the outer ring rubber chain belt driving chain, the tooth width of the inner ring driving gear is smaller than that of the front part driving gear, the turning radius is smaller the larger the turning degree is, the tooth width of the inner ring driving gear is narrower the turning radius is, the inner ring driving gear is meshed with the inner ring rubber chain belt driving chain, or the outer ring driving gear is arranged at one end of the turning driving roller or the inner ring driving gear is arranged at one end of the turning driving roller, the ultra-long-distance seamless remote transportation of the non-split conveying belt and non-lap conveying belt is realized, the middle driver comprises a roller driving gear or a jump belt driving gear assembly, the jump belt driving gear assembly comprises a driving gear and a jump belt component, the anti-jumping belt piece comprises an anti-jumping belt gear or an anti-jumping belt pressing chain piece, the driving gear is meshed with the rubber chain belt driving chain, the anti-jumping belt gear is arranged on one side of the rubber chain belt driving chain, the driving gear is arranged on the other side of the rubber chain belt driving chain, the driving gear drives the rubber chain belt driving chain to run, the anti-jumping belt gear rotates along with the running of the rubber chain belt driving chain, and the anti-jumping belt gear limits the rubber chain belt driving chain. The side chain conveyer belt easy to bend comprises a turning guide wheel, the turning guide wheel is arranged on the upper portion and/or the lower portion of a rubber chain belt driving chain, the turning guide wheel comprises a turning guide gear or a turning guide grooved wheel or a turning guide ball or a turning guide roller row or a cross-shaft riding wheel or an upper row of guide rollers or a lower row of guide rollers or a side pushing guide roller, the turning guide gear is meshed with the rubber chain belt driving chain, and the rubber chain belt driving chain turns and runs under the limitation and/or driving of the turning guide gear. Easy side chain conveyer belt that bends includes the sharp bend frame of turning and the guide gear that turns sharp bend, the sharp bend frame of turning includes the sharp bend changeover portion frame of turning and the sharp bend section frame of turning, the conveyer belt chain is including turning the sharp bend chain, easy side chain conveyer belt that bends includes chain belt main drive ware and the driver that the chain belt turns sharp bend, chain belt main drive ware and the driver that the chain belt turns sharp bend include the motor, motor or motorized pulley, the driver that the chain belt turns sharp bend sets up at sharp bend section frame middle part or upper portion, the driver that the chain belt turns sharp bend sets up one side or both sides at sharp bend section frame of turning, the driver that the chain belt turns sharp bend drives the guide gear operation that turns sharp bend, turning the smooth operation of sharp bend guide gear drive U type easy side chain conveyer belt that bends, sharp bend section frame upper portion is equipped with turning sharp bend section guide gear, turning the sharp bend section guide gear meshing turns sharp bend chain drive easy side chain conveyer belt that bends and transports the material.
6. The easy-to-bend side chain conveyor of claim 1, wherein: the rubber chain belt driving chain comprises a turning elastic blocking piece and/or a blocking chain link dropping piece, the turning elastic blocking piece is arranged on the inner side and/or the outer side of a rubber chain belt roller chain baffle, the turning elastic blocking piece blocks the rubber chain belt roller chain baffle from dropping, or the blocking chain link dropping piece is arranged on the outer side of the rubber chain belt roller chain baffle, the blocking chain link dropping piece blocks the rubber chain roller chain baffle from dropping, the blocking chain link dropping piece is arranged on the outer side of the turning elastic blocking piece, when the sliding hole rubber chain roller chain baffle is pushed to one side of a side chain conveying belt easy to bend by turning force, the turning elastic blocking piece is extruded and deformed, the side chain easy to bend smoothly conveys the belt to run, and when the side chain conveying belt easy to bend moves to a straight line conveying section, the turning elastic blocking piece blocks the rubber chain roller chain baffle from swinging left and right. The turning elastic stopper comprises a disc spring turning elastic stopper, a plastic turning elastic stopper, a rubber turning elastic stopper, a nylon turning elastic stopper or a polyurethane turning elastic stopper, the stopper chain link dropping part comprises a split pin stopper chain link dropping part, a taper pin stopper chain link dropping part, a nut stopper chain link dropping part, a clamp spring stopper chain link dropping part, an elastic pin stopper chain link dropping part, a cylindrical pin stopper chain link dropping part or a retainer ring bayonet lock stopper chain link dropping part, the retainer ring bayonet lock stopper chain link dropping part comprises a backstop sleeve and a backstop sleeve dropping part, the backstop sleeve dropping part comprises a split pin backstop sleeve dropping part, a taper pin backstop sleeve dropping part, a nut backstop sleeve dropping part, a clamp spring backstop sleeve dropping part or an elastic pin backstop sleeve dropping part or a cylindrical pin backstop sleeve dropping part, the stopping blocking sleeve is sleeved on the connecting rubber chain belt roller chain shaft, a stopping sleeve falling part is arranged on the stopping blocking sleeve and the connecting rubber chain belt roller chain shaft, the stopping sleeve falling part prevents the stopping blocking sleeve from falling off from the connecting rubber chain belt roller chain shaft, when the elastic pin stopping sleeve falling part is used, an elastic pin stopping sleeve falling part hole is formed in the stopping blocking sleeve and the roller chain shaft, the elastic pin stopping sleeve falling part pin penetrates into the elastic pin stopping sleeve falling part hole, the elastic pin stopping sleeve falling part prevents the stopping blocking sleeve from falling off, and the stopping blocking sleeve prevents the rubber chain belt roller chain baffle from falling off or prevents the turning elastic stopper from falling off.
7. The conveyor belt according to claim 1, wherein: the turning guide gear is arranged on one side or two sides of the easily-bent side chain conveying belt, the easily-bent side chain conveying belt comprises a conveying rack and a supporting roller shaft, the turning guide gear is arranged on the conveying rack or on the supporting roller shaft, the supporting roller shaft comprises a supporting shaft and/or a supporting roller wheel, the turning guide gear is arranged at one end or two ends of the supporting shaft, or the end part of the supporting shaft is provided with the turning guide gear, the turning guide gear supports a rubber chain belt driving chain, a side material baffle plate is arranged on the inner side of the rubber chain belt driving chain, a material baffle plate supporting wheel higher than the side material baffle plate is arranged on the supporting roller shaft on the inner side of the side material baffle plate, the diameter of the material baffle plate supporting wheel higher than the diameter of the supporting shaft and the height of the material baffle plate higher than the side material baffle plate, and the material baffle plate supporting wheel higher than the supporting roller lifts the easily-bent side chain conveying belt to run.
8. The conveyor belt according to claim 1, wherein: easy side chain conveyer belt that bends includes chain belt overspeed device tensioner, chain belt overspeed device tensioner includes screw nut chain belt overspeed device tensioner or heavy wheel chain belt overspeed device tensioner or pneumatic cylinder chain belt overspeed device tensioner, pneumatic cylinder chain belt overspeed device tensioner includes tensioning pneumatic cylinder and tensioning sprocket, tensioning pneumatic cylinder one end is fixed in the transportation frame, the other end sets up the tensioning chain pressing wheel or sets up the tensioning and holds in the palm the sprocket, it is big to grind when easy side chain conveyer belt link hole that bends, easy side chain conveyer belt that bends extends, tensioning pneumatic cylinder extension promotes the tensioning to hold in the palm the sprocket and hold in the palm easy side chain conveyer belt that bends, adjust easy side chain conveyer belt tensile force that bends, make easy side chain conveyer belt that bends be in reasonable tensioning state.
9. The easy-to-bend side chain conveyor of claim 1, wherein: the side chain conveyer belt that easily bends includes the conveyer belt chain, the conveyer belt chain includes the roller chain that turns the sharp bend or turns sharp bend annular chain, conveyer belt and/or conveyer belt chain are including connecting the chain link spare, the conveyer belt includes conveyer belt connection chain spare, connect chain link spare and conveyer belt connecting chain condition components of a whole that can function independently connection or formula as an organic whole, conveyer belt connecting chain condition includes in-band connection chain spare and/or outband connection chain spare, in-band connection chain spare is equipped with conveyer belt side spare, in-band connecting chain condition be equipped with connecting chain link spare reciprocal anchorage's fixed chain belt mechanism, fixed chain belt mechanism includes catching groove fixed establishment or screw thread fixed establishment or round pin axle fixed establishment or bonding fixed establishment or rivet fixed establishment or welded fastening mechanism.
10. The easy-bending side chain conveyor belt according to claim 1 or 3, characterized in that: side chain conveyer belt of bending about easily includes the flexible conveyer belt of the ripple that easily bends, and the flexible conveyer belt of the ripple that easily bends includes the flexible colloid of ripple, but the flexible colloid of ripple has the horizontal extension space, but the flexible colloid of ripple makes the flexible side chain conveyer belt of bending form the inner loop and bend the side chain conveyer belt about easily with the outer loop is different big under the power of turning promotes, makes the conveyer belt realize the transportation of turning.
CN202111069467.8A 2020-09-11 2021-09-13 Side chain conveyer belt easy to bend Pending CN115432369A (en)

Applications Claiming Priority (14)

Application Number Priority Date Filing Date Title
CN202010955747 2020-09-11
CN2020109557478 2020-09-11
CN202011160077 2020-10-26
CN2020111600777 2020-10-26
CN202011224997 2020-11-05
CN2020112249970 2020-11-05
CN2020113197545 2020-11-23
CN202011319754 2020-11-23
CN2020116231849 2020-12-30
CN202011623184 2020-12-30
CN202110431769 2021-04-21
CN2021104317699 2021-04-21
CN2021105616378 2021-05-23
CN202110561637 2021-05-23

Publications (1)

Publication Number Publication Date
CN115432369A true CN115432369A (en) 2022-12-06

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN202111069467.8A Pending CN115432369A (en) 2020-09-11 2021-09-13 Side chain conveyer belt easy to bend

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Country Link
CN (1) CN115432369A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN115724134A (en) * 2023-01-07 2023-03-03 苏州锐杰微科技集团有限公司 Connecting table for SMT (surface mount technology) patch production line and working method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN115724134A (en) * 2023-01-07 2023-03-03 苏州锐杰微科技集团有限公司 Connecting table for SMT (surface mount technology) patch production line and working method

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