CN109250184A - Fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal - Google Patents

Fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal Download PDF

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Publication number
CN109250184A
CN109250184A CN201811276871.0A CN201811276871A CN109250184A CN 109250184 A CN109250184 A CN 109250184A CN 201811276871 A CN201811276871 A CN 201811276871A CN 109250184 A CN109250184 A CN 109250184A
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CN
China
Prior art keywords
bag
fructus lycii
frame body
installation frame
conveying
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn
Application number
CN201811276871.0A
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Chinese (zh)
Inventor
张习先
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to CN201811276871.0A priority Critical patent/CN109250184A/en
Publication of CN109250184A publication Critical patent/CN109250184A/en
Withdrawn legal-status Critical Current

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Classifications

    • A—HUMAN NECESSITIES
    • A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
    • A23N12/00—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts
    • A23N12/06—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts for washing or blanching, combined with subsequent drying
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B1/00—Packaging fluent solid material, e.g. powders, granular or loose fibrous material, loose masses of small articles, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
    • B65B1/04—Methods of, or means for, filling the material into the containers or receptacles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B25/00—Packaging other articles presenting special problems
    • B65B25/02—Packaging agricultural or horticultural products
    • B65B25/04—Packaging fruit or vegetables
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B41/00—Supplying or feeding container-forming sheets or wrapping material
    • B65B41/12—Feeding webs from rolls
    • B65B41/16—Feeding webs from rolls by rollers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B43/00—Forming, feeding, opening or setting-up containers or receptacles in association with packaging
    • B65B43/26—Opening or distending bags; Opening, erecting, or setting-up boxes, cartons, or carton blanks
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
    • B65B51/10—Applying or generating heat or pressure or combinations thereof
    • B65B51/26—Devices specially adapted for producing transverse or longitudinal seams in webs or tubes
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
    • B65B61/04—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages
    • B65B61/06—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages by cutting
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
    • B65B61/28—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for discharging completed packages from machines

Abstract

The present invention provides the fructus lycii process equipments that the fructus lycii after drying to cleaning carries out packaging seal, the wiper mechanism for being cleaned to fructus lycii including setting gradually, the sunning mechanism for carrying out dryness in the sun processing to the fructus lycii after cleaning, the baling equipment for carrying out packing processing to dried wolfberry, the sunning mechanism include the sun-drying tray for placing fructus lycii and being dried to fructus lycii, the installation component for installing support sun-drying tray.

Description

Fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal
Technical field
The present invention relates to fructus lycii process equipments, and in particular to the equipment that packing process is dried in a kind of pair of fructus lycii.
Background technique
Currently, fructus lycii has good medicinal and edible value, increasingly as a kind of Chinese medicine that tradition is rare Recognized and used by people；Also just because of this, people are very high to the quality requirements of fructus lycii, when fructus lycii take off not can be carried out and When carry out if handling, fructus lycii is original medicinal and edible value can all substantially reduce, therefore, to after picking fructus lycii carry out Clean, dry, being packaged and etc. be particularly important.
Summary of the invention
To solve the deficiencies in the prior art, it packing process is dried to fructus lycii sets the object of the present invention is to provide a kind of It is standby.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
Fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal, including setting gradually for fructus lycii The wiper mechanism cleaned, is used for dry Chinese holly the sunning mechanism for carrying out dryness in the sun processing to the fructus lycii after cleaning Qi carries out the baling equipment for being packaged processing；
The baling equipment include installation frame body and be installed in installation frame body and set gradually for after to sunning The conveying device that fructus lycii is conveyed, is used for fully loaded fructus lycii the feeding device for carrying out charging and packing processes to fructus lycii Packaging bag carry out sack heat-sealing cutting process heat-sealing cutting device, for sack heat-sealing cutting after packaging bag carry out it is defeated Feeding device out；
The conveying device include for conveying the feeding mechanism of fructus lycii, for receive feeding mechanism conveying fructus lycii and by its It is poured into the tipping mechanism of feeding device, is provided with and closes between the discharge end of the feeding mechanism and the feed end of tipping mechanism Close mechanism；
The close mechanism includes receiving hopper, closure storehouse, closure motor, closure power transfer member, and the receiving hopper is solid Dingan County is loaded in installation frame body, and receiving hopper consists of two parts and is respectively splicing section, close segments, and close segments are both ends open And the rectangular case structure being arranged vertically, the lower open end of close segments are located at the surface of tipping mechanism feed end, splicing section For the platform body structure of both ends open, the small end and the upper open end connection connection of close segments, big end of splicing section are located at feeding mechanism Discharge end immediately below；
The closure storehouse is made of the three parts in integral structure and is respectively closure plate one, closure plate two, closure plate three, The one side of closure plate one and close segments is hinged and the side is connection side and hinged shaft core line perpendicular to the connecting side Face, the another side that close segments are parallel to connection side is hinged face, and closure plate two and hinged face be hinged and articulated shaft For core wire perpendicular to the hinged face, the closure plate three is closure plate three towards deviating from the curved arc plate body in ground direction Between closure plate one and closure plate two, when being closed storehouse closure, close segments three and the under shed of close segments are tangent；
The closure storehouse is provided with two groups and is located at the side of close segments, and the motion state for being closed storehouse is divided into two closures Storehouse rotates towards each other and does and rotate and cancelled to close segments opposite to each other the sealed condition of the under shed of close segments closure, two closure storehouses The circulation status of the closure of under shed, the original state for being closed storehouse is sealed condition；
The closure motor is fixedly installed in installation frame body, and the output shaft for being closed motor is axially perpendicular to the connection of close segments Side, the closure power transfer member includes gear shaft one, gear shaft two, driving gear one, drives gear two, described The axial output shaft each parallel to closure motor of gear shaft one and gear shaft two is axial, and gear shaft one is fixedly installed in one group and closes It closes on the closure plate one in storehouse and gear shaft one and the power output end of closure motor is fixedly and coaxially connected, the fixed peace of gear shaft two On closure plate one loaded on another group of closure storehouse, driving gear one is fixedly sheathed in outside gear shaft one, and driving gear two is fixed It is socketed on two outside of gear shaft and gear one is driven to engage with driving gear two；
The feeding device include packaging bag, for packaging bag conveyed send bag mechanism, for packaging bag carry out The side heat sealing mechanism of side heat-sealing, is used for the packet of fully loaded fructus lycii the charge mechanism for pushing to fructus lycii in packaging bag Pack is guided to the guiding mechanism of heat-sealing cutting device；
The packaging bag includes upper packaging bag body, lower packaging bag body, the drum bag set for being fixedly installed in installation frame body, the drum Bag set is the circular tube structure for being axially parallel to ground and both ends open, and an opening of drum bag set is support end, Ling Yikai Mouth is push end, and the support end end face Circle-Array of drum bag set shows several groups extending direction and is parallel to the drum bag that bulging bag covers axial direction Bar；
The upper packaging bag body is located at right above drum bag set, and upper packaging bag body includes rotating cylinder, upper packing bag paper, and rotating cylinder is axially flat Row covers axially in ground and perpendicular to drum bag, and rotating cylinder is movably installed in installation frame body and can axially rotate around itself, upper packet Pack paper is wound in outside rotating cylinder, and the lower packaging bag body is set to immediately below bulging bag set, lower packaging bag body, installation frame body it Between connection relationship it is consistent with the connection relationship between upper packaging bag body, installation frame body；
It is described send sent under bag mechanism includes bag portion part, on send bag portion part, traction element, it is described on send bag portion part to be set to Region between packaging bag body and drum bag set, above sending bag portion part includes sending a bag roller, send the rotating cylinder that is axially parallel to of bag roller It is axial, it send a bag roller to be movably installed in installation frame body and can axially be rotated around itself, a bag roller is sent to be provided with two groups and two Group is sent and is arranged in parallel between bag roller in level, and two groups of regions sent between bag roller are the area Song Dai of upper packaging bag body, Sent under described bag portion part be set to lower packaging bag body and drum bag set between region, under send between bag portion part, installation frame body Connection relationship send the connection relationship between bag portion part, installation frame body consistent on；
The traction element is set to the support end of bulging bag set away from the side at push end, and traction element includes haulage drum, The axial direction for being axially parallel to rotating cylinder of haulage drum, haulage drum are movably installed in installation frame body and can axially turn around itself Dynamic, it is in be arranged in parallel between two groups and two groups of haulage drums up and down that haulage drum, which is provided with, between two groups of haulage drums Region be towing area；
The bag mechanism that send further includes sending a bag motor, transferring element one, transferring element two, transferring element three, and described send bag Motor is fixedly installed in installation frame body and output shaft is axially parallel to rotating cylinder axial direction；
The transferring element one for send bag motor power output end and under send the power between bag portion part power intake to connect Connect transmission, the transferring element two be used to down sending bag portion part power output end and on send it is dynamic between bag portion part power intake Power connection transmission, the transferring element three is for above sending between bag portion part power output end and traction element power intake It is connected by power transmission, the transferring element one, transferring element two, transferring element three are chain conveyer/V belt translation；
The upper packing bag paper free end of the upper packaging bag body, which passes through, above to be sent the area bag portion Jian Songdai and is located at traction element Towing area, the lower packing bag paper free end of lower packaging bag body pass through down the traction sent the area bag portion Jian Songdai and be located at traction element Area；
The side heat sealing mechanism is fixedly installed in installation frame body, and side heat sealing mechanism is set to traction element and drum bag covers it Between region, side heat sealing mechanism is used for during upper packing bag paper and lower packing bag paper are delivered to traction element towing area Side heat-seal process is carried out to the two.
Above-mentioned heat-sealing cutting device is set to the underface of guiding mechanism, heat-sealing cutting device include anvil block, for pair The packing bag mouth of fully loaded fructus lycii carries out the sack heat sealing mechanism of heat-seal process, for the packaging after completion sack heat-seal process Bag carries out the sack cutting mechanism of sack cutting process, and the anvil block is fixedly installed in installation frame body, anvil block and sack heat Sealing mechanism is divided into the side positioned at the vertical boot section of guiding mechanism, and sack heat sealing mechanism and sack cutting mechanism are respectively positioned on vectoring aircraft The same side of the vertical boot section of structure；
The sack heat sealing mechanism includes driving motor, transmission axle one, transmission axle two, transmission axle three, the driving motor It is fixedly installed in installation frame body and its output shaft is axially parallel to the output shaft axial direction of charging motor, the transmission axle The axial output shaft each parallel to driving motor of one/transmission axle, two/transmission axle three is axial and is movably installed in installation frame body It is upper and can axially rotation and three are followed successively by transmission axle one along the direction perpendicular to ground and from the bottom to top, transmit around itself Axis two, transmission axle three；
The sack heat sealing mechanism further includes receiving gear, transmission gear one, transmission gear two, driving gear, receives gear It is fixedly sheathed in the power output end of driving motor, transmission gear one is fixedly sheathed in one outside of transmission axle and nibbles with gear is received It closes, transmission gear two is fixedly sheathed in two outside of transmission axle and engages with transmission gear one, and driving gear is fixedly sheathed in transmitting It is simultaneously engaged with transmission gear two three outside of axis；
The sack heat sealing mechanism further includes drive member, sack heat-sealing component, and the sack heat-sealing component includes upper adds Heat block, lower heating block, fastening plates, upper heating block/lower heating block be fixedly installed in fastening plates towards on the side of anvil block and Region between upper heating block/lower heating block is sack heat-sealable area, and slide assemblies are provided between fastening plates and installation frame body simultaneously And fastening plates are movably installed in installation frame body by slide assemblies, slide assemblies include the sliding slot being set in installation frame body, The gearing protrusion being set in fastening plates, the channeling direction of sliding slot are parallel to the distance between sack heat sealing mechanism and anvil block side To composition slide-and-guide cooperation between gearing protrusion and sliding slot；
The drive member includes drive disk, drive rod, is fixedly and coaxially connected between the drive disk and transmission axle three, institute The one end for the drive rod stated is hinged with drive disk and hinged place deviates the center of circle of drive disk and hinged shaft core line is parallel to transmitting The axial direction of axis three, the other end of drive rod and fastening plates are hinged and hinged shaft core line is parallel to the axial direction of transmission axle three；
The drive member is provided with two groups and is located at one end of transmission axle three；
The sack cutting mechanism is set to the region between two groups of drive members, and sack cutting mechanism includes drive block, cuts Bar, mounting plate, cutting blade, driving spring are cut, the drive block is the cylindrical structure coaxially arranged with transmission axle one, is driven It is provided with sleeve joint hole on motion block and drive block is fixedly sheathed in outside transmission axle one by sleeve joint hole, the periphery battle array of drive block Column are provided with four groups of driving protrusions；
Guidance set is provided between the mounting plate and installation frame body and mounting plate is movably installed in by guidance set Installation frame body, guidance set include the guide groove for being set to installation frame body, the guide protrusions for being set to mounting plate, and guide groove draws The channeling direction for being oriented parallel to sliding slot is led, slide-and-guide cooperation is constituted between guide protrusions and guide groove；
The cutting blade is fixedly installed on mounting plate, and the sack heat-sealable area of cutting blade and sack heat-sealing component is located at same In one horizontal plane, the perforating through area's thickness is offered in the fastening plates, the blade of cutting blade may pass through perforating And it is located at sack heat-sealable area；
The channeling direction for being axially parallel to sliding slot of the cutter bar, cutter bar are located at the side that mounting plate deviates from anvil block, cut The one end for cutting bar is fixedly connected with mounting plate, the other end is driving end, and the driving end of cutter bar is coaxially arranged with socket protrusion simultaneously And conflict step is formed between driving end and socket protrusion, one end of the driving spring is fixedly connected with installation frame body, The other end is sheathed on socket protrusion outside and contradicts with step is contradicted, and the elastic force of driving spring is drawn by cutter bar, mounting plate Cutting blade does the movement close to anvil block；
The drive block is provided with two groups；
The free end of the described driving protrusion is movably installed with detraction wheel, detract wheel be axially parallel to transmission axle one it is axial and Detraction wheel can axially be rotated around itself；
The feeding device includes conveying power transfer member, feeding unit, and the conveying power transfer member is for connecing The power of sending and receiving bag motor is simultaneously passed to feeding unit, and the feeding unit is used for the packet for completing sack heat-sealing cutting Pack is exported；
The feeding unit includes conveying drive roll, conveying driven roller, conveying conveyer belt, conveying drive roll and conveying Driven roller it is axial each parallel to sending the output shaft of bag motor axial and be both movably installed in installation frame body and two Person can axially rotate around itself, be attached biography by conveying conveyer belt between conveying drive roll and conveying driven roller Dynamic, the feed end of conveying conveyer belt is located at the underface of the vertical boot section of guiding mechanism；
The conveying power transfer member includes conveying driving pulley, conveying driven pulley, conveying transmission belt, conveying main belt Wheel is fixedly sheathed in the power output end for sending bag motor, and conveying driven pulley is fixedly sheathed in the power input of conveying drive roll End, is attached transmission by conveying transmission belt between conveying driving pulley and conveying driven pulley.
The wiper mechanism includes for carrying out the feed hopper of charging conveying to fructus lycii, for being cleaned to fructus lycii Clean conveyance conduit, for providing the water supply component of water for fructus lycii cleaning process；
The cleaning conveyance conduit includes bottom plate, side plate, perpendicular arrangement between side plate and bottom plate, and side plate is provided with two groups simultaneously And it is located at the side in baseplate width direction；
The cleaning conveyance conduit along length extending direction can be divided into two parts and respectively tilting section, in horizontal cloth The horizontal segment set, the feed end of tilting section are located above discharge end, the discharge end of tilting section and the fixed company of the feed end of horizontal segment It connects, the discharge end matching of horizontal segment is provided with filter screen；
The feed hopper is fixedly installed in the feed end of tilting section, feed hopper can be divided into two parts and respectively feed zone, Boot segment, feed zone are the shell structure that the open at one end, other end is closed and is arranged vertically, and the outer surface of feed zone offers For the feed inlet that the connection of the feed end of its inner cavity and tilting section is connected, boot segment is the platform body structure of both ends open, boot segment Small end and feed zone open end connect connect；
The bottom of chamber of the feed zone is provided with charging inclined-plane, and charging the distance between inclined-plane and ground is along cleaning conveyance conduit Successively decrease in the direction that feed end is directed toward discharge end；
The water supply component includes water pump, water supplying pipe, water tank, and water tank is open at one end, the closed shell knot of the other end The open end of structure, water tank is located at immediately below the discharge end of cleaning conveyance conduit, and matching is provided with filter plate in water tank, filters Plate is for being provided with water storage box cavity for the clean water area below filter plate, the filtering area above filter plate；
The water tank outer surface offers the apopore connected for clean water area and external connection, cleans inclining for conveyance conduit Oblique section offers the inlet opening connected for its feed end and external connection；
The water pump is set in the clean water area of water tank, and one end of the water supplying pipe connect connection, the other end with water pump Across apopore and inlet opening and it is located in the feed end of cleaning conveyance conduit；
It is provided in the horizontal segment of the cleaning conveyance conduit and to hold filter box, the water for holding the fructus lycii after cleaning The bottom plate of flat section is provided with mounting groove, is provided in mounting groove and is used to support the supporting member for holding filter box, and supporting member includes Support plate, support spring, support plate in horizontally disposed and constitute the cooperation of sealed slide-and-guide between support plate and mounting groove, One end of support spring and mounting groove slot bottom contradict, the other end and support plate contradict, and the elastic force of support spring makes support plate edge The movement far from mounting groove slot bottom is done perpendicular to the direction on ground, described holds filter box as open at one end, the other end is closed Shell structure, the outer surface for holding filter box offer the filter opening led to for water flow, and the open end end face for holding filter box is provided with just The bracelet of filter box is held in taking-up；
The filter box that holds is provided with several groups along horizontal segment extending direction array, and the mounting groove, supporting member are right Several groups should be provided with；
The sunning mechanism includes sun-drying tray for placing fructus lycii and being dried to fructus lycii, for installing support sun-drying tray Installation component；
The installation component includes threaded rod, pedestal, supporting block, and pedestal is placed horizontally at ground, threaded rod it is axially vertical In ground, the bottom of threaded rod is fixedly installed in pedestal, and the threaded hole through its thickness is provided in supporting block, and supporting block passes through Screw thread borehole jack is connected to outside threaded rod；
The sun-drying tray is in horizontally disposed round plate body structure, and the upper surface of sun-drying tray is coaxially arranged with for placing Chinese holly The sunning slot of Qi, the periphery of sun-drying tray are provided with support protrusion, and supported hole is provided in support protrusion, and sun-drying tray passes through support Hole pivot bush unit is outside threaded rod and the upper end face contact of support protrusion and supporting block, the diameter of supported hole are greater than threaded rod Diameter；
The installation component be provided with three groups and three groups of installation components along sun-drying tray axial direction in being evenly spaced on, it is described The support protrusion for being set to sun-drying tray periphery be correspondingly arranged on three groups；
Rotational handle is provided in the supporting block；
The sunning slot slot bottom array of the sun-drying tray is provided with several circular grooves；
The sunning slot slot bottom of the sun-drying tray offers permeable hole.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of baling equipment of the invention.
Fig. 2 is the schematic diagram of internal structure of baling equipment of the invention.
Fig. 3 is the structural schematic diagram of feeding mechanism of the invention.
Fig. 4 is the structural schematic diagram of close mechanism of the invention.
Fig. 5 is the structural schematic diagram of tipping mechanism of the invention.
Fig. 6 is the cooperation figure of balance plate and pouring member of the invention.
Fig. 7 is the cooperation figure of balance plate and control member of the invention.
Fig. 8 is control member partial sectional view of the invention.
Fig. 9 is the cooperation figure of clump weight and balance plate of the invention.
Figure 10 is the cooperation figure of tipping mechanism and feeding device of the invention.
Figure 11 is the structural schematic diagram of feeding device of the invention.
Figure 12 is the partial structural diagram of feeding device of the invention.
Figure 13 is the structural schematic diagram of packaging bag of the invention.
Figure 14 be guiding mechanism of the invention, side heat sealing mechanism, packaging bag cooperation figure.
Figure 15 is the cooperation figure for sending bag mechanism and packaging bag of the invention.
Figure 16 is the structural schematic diagram of charge mechanism of the invention.
Figure 17 is the cooperation figure of heat-sealing cutting device and feeding device of the invention.
Figure 18 is the structural schematic diagram of heat-sealing cutting device of the invention.
Figure 19 is the structural schematic diagram of sack heat sealing mechanism of the invention.
Figure 20 is the structural schematic diagram of sack cutting mechanism of the invention.
Figure 21 is conveying device of the invention and the cooperation figure for sending bag motor.
Figure 22 is the structural schematic diagram of wiper mechanism of the invention.
Figure 23 is the cross-sectional view of instrument conveyance conduit of the invention.
Figure 24 is the cross-sectional view of water tank of the invention.
Figure 25 is the structural schematic diagram of sunning mechanism of the invention.
Specific embodiment
As shown in Fig. 1-2 5, the fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal, including successively sets The wiper mechanism 100 for being cleaned to fructus lycii set, the sunning for carrying out dryness in the sun processing to the fructus lycii after cleaning Mechanism 200, the baling equipment for carrying out packing processing to dried wolfberry.
As shown in figs. 22-24, the wiper mechanism 100 include for fructus lycii carry out charging conveying feed hopper 110, Cleaning conveyance conduit 120 for being cleaned to fructus lycii, for providing the water supply component 130 of water for fructus lycii cleaning process.
The cleaning conveyance conduit 120 includes bottom plate, side plate, perpendicular arrangement between side plate and bottom plate, side plate setting There are two groups and is located at the side in baseplate width direction.
The cleaning conveyance conduit 120 along length extending direction can be divided into two parts and respectively tilting section, In horizontally disposed horizontal segment, the feed end of tilting section is located above discharge end, the charging of the discharge end and horizontal segment of tilting section End is fixedly connected, and the discharge end matching of horizontal segment is provided with filter screen.
The feed hopper 110 is fixedly installed in the feed end of tilting section, and feed hopper 110 can be divided into two parts and difference For feed zone, boot segment, feed zone is the shell structure that the open at one end, other end close and is arranged vertically, feed zone outside Surface offers the feed inlet connected for the connection of the feed end of its inner cavity and tilting section, and boot segment is the stage body knot of both ends open Structure, the small end of boot segment and the open end of feed zone connect and connect；Guided section of fructus lycii guidance is delivered in feed zone and final Feed inlet by being set to feed zone is delivered in cleaning conveyance conduit 120.
Preferably, in order to enable fructus lycii is set the mistake that the feed inlet in feed zone is delivered in cleaning conveyance conduit 120 Cheng Gengjia is smooth, and the bottom of chamber of the feed zone is provided with charging inclined-plane, and charging the distance between inclined-plane and ground is defeated along cleaning Successively decrease in the direction for sending the feed end of pipeline 120 to be directed toward discharge end；Fructus lycii is smoothly rolled in feed zone by the guidance on charging inclined-plane It drops down onto cleaning conveyance conduit 120.
The water supply component 130 includes water pump, water supplying pipe, water tank, and water tank is open at one end, the other end is closed The open end of shell structure, water tank is located at immediately below the discharge end of cleaning conveyance conduit 120, and matching was provided in water tank Filter plate 131, filter plate 131 be used to for water storage box cavity being provided with for positioned at the clean water area of the lower section of filter plate 131, be located at filter plate The filtering area of 131 tops.
The water tank outer surface offers the apopore connected for clean water area and external connection, cleans conveyance conduit 120 tilting section offers the inlet opening connected for its feed end and external connection.
The water pump is set in the clean water area of water tank, and one end of the water supplying pipe connect connection, another with water pump One end passes through apopore and inlet opening and is located in the feed end of cleaning conveyance conduit 120.
Water in water tank clean water area is delivered in cleaning conveyance conduit 120 through water supply component 130, and fructus lycii conveys in cleaning Cleaning treatment is completed in pipeline 120 and conveys the discharge end for being accumulated to cleaning conveyance conduit 120, while dirty water and fructus lycii table The impurity such as face dust flow through filter screen and finally flow into water tank, and water flows into after the filtering of filter plate 131 in water tank To clean water area and the conveying of next round is carried out, the fructus lycii for being piled up in cleaning 120 discharge end of conveyance conduit completes cleaning treatment and quilt That takes out progress next step dries processing.
The sun-drying tray 210 is in horizontally disposed round plate body structure, and the upper surface of sun-drying tray 210 is coaxially arranged with For placing the sunning slot of fructus lycii, the periphery of sun-drying tray 210 is provided with support protrusion, is provided with supported hole in support protrusion, Sun-drying tray 210 is connect by supported hole pivot bush unit in the upper surface of 220 outside of threaded rod and support protrusion and supporting block 240 Touching, the diameter of supported hole are greater than the diameter of threaded rod 220.
The installation component is provided with three groups and three groups of installation components divide along the axial of sun-drying tray 210 in uniform intervals Cloth, the support protrusion for being set to 210 periphery of sun-drying tray are correspondingly arranged on three groups.
Fructus lycii after cleaning is uniformly placed in the sunning slot of sun-drying tray 210, feelings are then irradiated according to the time of the sun Condition rotates the supporting block 240 of corresponding installation component, and the fructus lycii in sunning slot is made to be right against sunlight, so as to shorten fructus lycii Dried the required time.
Preferably, in order to make staff be convenient for rotational support block 240, rotation hand is provided in the supporting block 240 Handle 241.
Preferably, during due to fructus lycii sunning, staff changes sun-drying tray 210 by the practical radiation situation of the sun Gradient and make fructus lycii be right against sunlight, should during, due to the inclination of sun-drying tray 210, so that fructus lycii will appear movement And the case where being piled up at one, it is unfavorable for shortening the sunning time of fructus lycii, to solve this problem, the sun-drying tray 210 dries in the air It shines slot slot bottom array and is provided with several circular grooves；The circular groove can increase fructus lycii and dry the frictional force between slot slot bottom, so that sunning When disk 210 is in tilted layout, fructus lycii is not in mobile phenomenon.
Preferably, since the fructus lycii surface after the cleaning of cleaned mechanism 100 can be stained with water droplet, fructus lycii is in sun-drying tray 210 On sunning during, water droplet will be slow landing on sun-drying tray 210 so that fructus lycii completes to need to evaporate water droplet before sunning, The sunning time of fructus lycii is substantially prolonged, to solve this problem, the sunning slot slot bottom of the sun-drying tray 210 offers permeable Hole；During sunning, the water droplet on fructus lycii surface can be slid by permeable hole to ground under self gravitation effect, shorten fructus lycii The required sunning time.
As shown in Fig. 1-2 1, above-mentioned baling equipment includes installation frame body and is installed in installation frame body and sets gradually The conveying device 300 for being conveyed to the fructus lycii after sunning, for carrying out charging and the charging of packing processes to fructus lycii Device 400 carries out the heat-sealing cutting device 500 of sack heat-sealing cutting process for the packaging bag to fully loaded fructus lycii, for bag The feeding device 600 that packaging bag after mouth heat-sealing cutting is exported.
As shown in figs. 2-9, above-mentioned conveying device 300 includes for conveying the feeding mechanism 310 of fructus lycii, sending for receiving Expect the fructus lycii that mechanism 310 conveys and is poured upon the tipping mechanism 330 in feeding device 400.
The feeding mechanism 310 includes feeding motor 311, feeding power transfer member 312, delivery member 313, feeding Motor 311 is fixedly installed in installation frame body and output shaft is axially parallel to ground.
The delivery member 313 includes feeding drive roll, feeding driven roller, feeding conveying belt, and feeding is actively rolled The axial output shaft each parallel to feeding motor 311 of cylinder and feeding driven roller axially and is both movably installed in installation Frame body and both can around itself axially rotate, pass through feeding conveying belt between feeding drive roll and feeding driven roller It is attached transmission.
The feeding power transfer member 312 includes feeding driving pulley, feeding driven pulley, feeding transmission belt, is sent Material driving pulley is fixedly sheathed in the power output end of feeding motor 311, and feeding driven pulley is fixedly sheathed in feeding and actively rolls The power intake of cylinder, is attached transmission by feeding transmission belt between feeding driving pulley and feeding driven pulley.
Drying treated, fructus lycii is placed in the feed end of delivery member 313, and then feeding motor 311 runs and by sending Material power transfer member 312 runs delivery member 313 and fructus lycii is delivered to its discharge end.
As shown in Fig. 2,5-9, the tipping mechanism 330 includes balance plate 3310, pouring member 3320, control member 3330, clump weight 3340, the balance plate 3310 are set to the underface of delivery member 313, the extension side of balance plate 3310 To the feed direction for being parallel to delivery member 313, balance plate 3310 is hingedly set to installation frame body and hinged place is located at balance plate 3310 middle position and hinged shaft core line are parallel to the output shaft axial direction of feeding motor 311, the pouring member 3320 are respectively arranged at one end of balance plate 3310 and pouring member 3320 is located at delivery member 313 with clump weight 3340 Immediately below discharge end, the control member 3330 for controlling opening/closing for pouring member 3320, control member 3330 with Pouring member 3320 is located at the same end of balance plate 3310 and control member 3330 is located at pouring member 3320 and clump weight Between 3340.
The clump weight 3340 is fixedly installed in the bottom surface of balance plate 3310, between clump weight 3340 and installation frame body It is provided with connecting rope 3341 and is attached between the two by connecting rope 3341.
The pouring member 3320 includes storage warehouse 3321, resets rope 3323, reset spring 3324, the storage Storehouse 3321 is fixedly installed in the upper surface of balance plate 3310, and storage warehouse 3321 consists of two parts and is respectively receiver section, inclines Section.
The section of toppling over is open at one end, the closed rectangular case structure of the other end, topples over the fixed peace in closed end of section Upper surface loaded on balance plate 3310 topples over section away from the side of clump weight 3340 and is provided with pour spout, pour spout matching setting In the closing door 3322 for being used to open/closing pour spout, specifically, closing door 3322 and toppling over and being provided with sliding between section cavity wall Component and closing door 3322 is installed on by slide unit and is toppled in section, slide unit includes being set to the cunning for toppling over section cavity wall Rail, the slide protrusion for being set to closing door 3322, the channeling direction of sliding rail are parallel to the inner cavity extending direction and cunning for toppling over section Slide-and-guide cooperation is constituted between dynamic protrusion and sliding rail, closing door 3322 can be slided and be opened/closed along the channeling direction of sliding rail Pour spout.
The receiver section is the platform body structure of both ends open, and the small end of receiver section connect with the open end for toppling over section and connects Logical, big end is located at immediately below the discharge end of delivery member 313.
The bottom surface of the balance plate 3310 is provided with reset protrusion, one end of the reset rope 3323 and closing Door 3322 is fixedly connected, the other end is located at 3310 lower section of balance plate, and one end of the reset spring 3324 and reset protrusion are even Connect, the other end connect with rope 3323 is resetted, the elastic force of reset spring 3324 makes closing door 3322 by reset rope 3323 Close pour spout.
Preferably, in order to reduce the abrasion of reset rope 3323 and improve its service life, the bottom for toppling over section It is provided with reset transition wheel, one end of the reset rope 3323 is fixedly connected with closing door 3322, the other end is around reset Transition wheel is simultaneously connect with reset spring 3324.
The control member 3330 includes electromagnet component 3331, drawstring 3332, trigger ball 3333, control switch, institute The electromagnet component 3331 stated includes installation shell, electromagnet, the pulling block made of magnetic material, and installation shell is opened for one end Mouth, the closed shell structure of the other end, the closed end for installing shell are fixedly installed in the upper surface of balance plate 3310, electromagnet peace Loaded in installation shell, pulling block is set in installation shell and is located above electromagnet, structure between pulling block and installation shell inner cavity Cooperate at slide-and-guide.
One end of the drawstring 3332 is fixedly connected with closing door 3322, the other end is fixedly connected with pulling block, it is preferred that In order to reduce the abrasion of drawstring 3332 and improve its service life, it is provided with lifting transition wheel in the storage warehouse 3321, draws One end of rope 3332 is fixedly connected with closing door 3322, the other end bypasses lifting transition wheel and is fixedly connected with pulling block.
The upper surface of the balance plate 3310 is provided with fixed plate 3312, guiding bar 3311, the fixed plate 3312 It is provided with the extending direction that the distance between two groups and two groups fixed plates 3312 are oriented parallel to balance plate 3310, described draws The extending direction of guide rod 3311 is parallel to the extending direction of balance plate 3310 and guiding bar 3311 is fixedly installed in two groups and fixes Between plate 3312, guiding bar 3311 is provided between two groups and two groups of guiding bars 3311 to be arranged in parallel in opposite, two groups of guidance Region between bar 3311 is guide portion, and the trigger ball 3333 is set in guide portion and constitutes sliding between the two and leads To cooperation.
The control switch is set in guide portion and close to pouring member 3320, and control switch includes zero curve component 3334, firewire component 3335, control spring 3336, the zero curve component 3334 include being fixedly installed in 3310 upper end of balance plate The zero curve trigger board in face, zero curve contact is provided in zero curve trigger board, and the firewire component 3335 includes firewire trigger board, fire Line trigger board is hingedly set to the upper surface of balance plate 3310 and hinged shaft core line is perpendicular to ground, is arranged in firewire trigger board There is a firewire contact corresponding with zero curve contact, one end of the control spring 3336 connect with fixed plate 3312, the other end It is connect with firewire trigger board, the elastic force of control spring 3336 connects firewire contact disengaging with zero curve contact by firewire trigger board Touching.
More optimize, control spring 3336, firewire contact are placed in one end of firewire trigger board, and control spring 3336 pushes away Line trigger board of getting angry is rotated around the hinged place of itself and balance plate 3310, and zero curve contact, firewire contact are located remotely from each other；Work as touching When being provided with one end of control spring 3336 in service 3333 and firewire trigger board and contradicting, can push firewire trigger board around its with it is flat The hinged place rotation of weighing apparatus plate 3310, and realize the connection of zero curve contact, firewire contact.
The motion state of the tipping mechanism 330 is divided into the tilt state toppled over to fructus lycii, for receiving fructus lycii Reception state, the original state of tipping mechanism 330 is reception state.
The course of work of tipping mechanism 330, specific manifestation are as follows: fructus lycii is delivered to storage through the discharge end of delivery member 313 In storehouse 3321, when the weight of storage warehouse 3321 is greater than the weight of clump weight 3340, balance plate 3310 is around itself and installation frame body Articulated shaft axially rotates and storage warehouse 3321 is in tilted layout, while during this, trigger ball 3333 is along guiding bar 3311 Channeling direction does the movement close to control member 3330, and trigger ball 3333 collide firewire trigger board and make firewire contact with Zero curve contact contact, so that pulling block, which is attracted by electromagnet and passed through drawstring 3332, pulls closing door 3322, so that being set to The pour spout of storage warehouse 3321 is opened, and tipping mechanism 330 switches to tilt state by reception state, the Chinese holly in storage warehouse 3321 Qi can be toppled over by pour spout；
After toppling over, the weight of clump weight 3340 is greater than the weight of storage warehouse 3321 and balance plate 3310 is restored to original Shape, the elastic force for controlling spring 3336 at this time make firewire contact disengaging and the contact of zero curve contact, and electromagnet fails to attract pulling block, together When reset spring 3324 elastic force by reset rope 3323 make closing door 3322 close pour spout, tipping mechanism 330 restore To reception state, and so on.
More specifically, as shown in Figure 2,4, when storage warehouse 3321 topples over fructus lycii, delivery member 313 need to stop to fructus lycii Feeding, after toppling over, delivery member 313 continues to carry out feeding to fructus lycii, this damage to feeding conveying belt is larger and drops Its low service life, in addition to this, during storage warehouse 3321 receives fructus lycii, filling storage warehouse 3321 due to fructus lycii is needed Certain time, in this time, it may occur that the phenomenon that 3321 underload of storage warehouse and balance plate 3310 rotate, this makes fructus lycii Feeding and toppling process are adversely affected, in order to solve this problem, the discharge end of the delivery member 313 and storage Close mechanism 320 is provided between the feed end of storage 3321.
The close mechanism 320 includes receiving hopper 321, closure storehouse 322, closure motor 323, closure power transfer member 324, the receiving hopper 321 is fixedly installed in installation frame body, and receiving hopper 321 consists of two parts and is respectively splicing Section, close segments, close segments are both ends open and the rectangular case structure that is arranged vertically, and the lower open end of close segments is located at storage The surface of the receiver section big end in storehouse 3321, splicing section are the platform body structure of both ends open, the small end of splicing section and close segments Upper open end connection is connected, big end is located at immediately below the discharge end of delivery member 313.
The closure storehouse 322 is made of the three parts in integral structure and is respectively closure plate one, closure plate two, closes The one side of plywood three, closure plate one and close segments is hinged and the side is to connect side and hinged shaft core line perpendicular to this Connect side, the another side that close segments are parallel to connection side is hinged face, closure plate two and hinged face it is hinged and For hinged shaft core line perpendicular to the hinged face, the closure plate three is to be closed towards the curved arc plate body in ground direction is deviated from Plate three is between closure plate one and closure plate two, when being closed the closure of storehouse 322, the under shed phase of close segments three and close segments It cuts.
The closure storehouse 322 is provided with two groups and is located at the side of close segments, is closed the motion state in storehouse 322 It is divided into two closure storehouses 322 to rotate towards each other and opposite turn is done in the sealed condition of the under shed of close segments closure, two closure storehouses 322 The circulation status of the closure to close segments under shed is moved and cancels, the original state in closure storehouse 322 is sealed condition.
The closure motor 323 is fixedly installed in installation frame body, and the output shaft of closure motor 323, which is axially perpendicular to, to be closed The connection side of section is closed, the closure power transfer member 324 includes gear shaft one, gear shaft two, driving gear one, driving The axial output shaft each parallel to closure motor 323 of gear two, the gear shaft one and gear shaft two is axial, gear shaft one It is fixedly installed on the closure plate one in one group of closure storehouse 322 and gear shaft one and the power output end of closure motor 323 is coaxial It is fixedly connected, gear shaft two is fixedly installed on the closure plate one in another group of closure storehouse 322, and driving gear one is fixedly sheathed in tooth Outside wheel shaft one, driving gear two is fixedly sheathed in two outside of gear shaft and gear one is driven to engage with driving gear two.
The course of work of close mechanism 320, specific manifestation are as follows: drying that treated, fructus lycii is delivered to through delivery member 313 In receiving hopper 321, it is in sealed condition due to being closed storehouse 322 at this time, so that fructus lycii is piled up in receiving hopper 321, and the mistake Cheng Zhong, tipping mechanism 330 are in the tilt state toppled over last consignment of fructus lycii, when tipping mechanism 330 topple over finish and When recovery to reception state, closure storehouse 322 is driven by closure motor 323 and switches to circulation status, splicing by sealed condition Fructus lycii in bucket 321 falls in tipping mechanism 330, when tipping mechanism 330 switches to tilt state by reception state again, Closure storehouse 322 switches to sealed condition by circulation status simultaneously, and so on.
As shown in Figure 10-16, above-mentioned feeding device 400 includes packaging bag 410, for conveying to packaging bag 410 Send bag mechanism 420, for packaging bag 410 carry out side heat-sealing side heat sealing mechanism 440, for fructus lycii to be pushed to packet Pack the charge mechanism 450 in 410, for guiding the packaging bag 410 of fully loaded fructus lycii to the vectoring aircraft of heat-sealing cutting device 500 Structure 430.
The packaging bag 410 includes upper packaging bag body 411, lower packaging bag body 412, the drum for being fixedly installed in installation frame body Bag set 413, the drum bag set 413 is the circular tube structure for being axially parallel to ground and both ends open, drum bag set 413 One opening is support end, another opening is push end, and the support end end face Circle-Array of drum bag set 413 shows several groups extending direction It is parallel to the axial drum bag bar 414 of bulging bag set 413.
The upper packaging bag body 411 is located at right above drum bag set 413, and upper packaging bag body 411 includes rotating cylinder, upper packaging bag Paper, rotating cylinder are axially parallel to ground and cover 413 axially perpendicular to drum bag, and rotating cylinder is movably installed in installation frame body and can be around certainly Body axially rotates, and upper packing bag paper is wound in outside rotating cylinder, and the lower packaging bag body 412 is set to immediately below bulging bag set 413, The connection relationship one between connection relationship and upper packaging bag body 411, installation frame body between lower packaging bag body 412, installation frame body It causes.
It is described send sent under bag mechanism 420 includes bag portion part 421, on send bag portion part 422, traction element 423, described is upper Bag portion part 422 is sent to be set to the region between packaging bag body 411 and drum bag set 413, above sending bag portion part 422 includes that bag is sent to roll Cylinder, send the axial direction for being axially parallel to rotating cylinder of bag roller, and a bag roller is sent to be movably installed in installation frame body and can be axial around itself Rotation is sent a bag roller to be provided with two groups and two groups and send and is arranged in parallel between bag roller in level, two groups send bag roller it Between region be upper packaging bag body 411 the area Song Dai, send bag portion part 421 to be set to lower packaging bag body 412 and drum bag under described Set 413 between region, under send bag portion part 421 identical as 422 structure of bag portion part is above sent, under send bag portion part 421, installation frame body it Between connection relationship send the connection relationship between bag portion part 422, installation frame body consistent on.
The traction element 423 is set to side of the support end of bulging bag set 413 away from push end, traction element 423 Including haulage drum, the axial direction for being axially parallel to rotating cylinder of haulage drum, haulage drum is movably installed in installation frame body and can It axially being rotated around itself, it is in be arranged in parallel between two groups and two groups of haulage drums up and down that haulage drum, which is provided with, and two groups Region between haulage drum is towing area.
The bag mechanism 420 that send further includes sending bag motor 424, transferring element 1, transferring element 2 426, transfer part Part 3 427, bag motor 424 is fixedly installed in installation frame body and output shaft is axially parallel to rotating cylinder axial direction for described sending.
The transferring element 1 is for sending 424 power output end of bag motor to send bag portion part 421 power intake under Between be connected by power transmission, the transferring element 2 426 is used to down send 4231 power output end of bag portion part and above send bag portion It is connected by power transmission between 422 power intake of part, the transferring element 3 427 is for above sending 422 power of bag portion part defeated Transmission is connected by power between 423 power intake of outlet and traction element, it is preferred that the transferring element 1, transmitting Component 2 426, transferring element 3 427 are chain conveyer/V belt translation.
The upper packing bag paper free end of the upper packaging bag body 411 passes through the area Song Dai for above sending bag portion part 422 and is located at The towing area of traction element 423, the lower packing bag paper free end of lower packaging bag body 412 pass through down the area Song Dai for sending bag portion part 421 And it is located at the towing area of traction element 423.
The side heat sealing mechanism 440 is fixedly installed in installation frame body, and side heat sealing mechanism 440 is set to traction element Region between 423 and drum bag set 413, side heat sealing mechanism 440 are led for being delivered in upper packing bag paper with lower packing bag paper Side heat-seal process is carried out to the two during drawing 423 towing area of component.
It is above sent bag portion part 422 to guide and is located at traction element 423 in the upper packing bag paper free end of upper packaging bag body 411 Towing area, the lower packing bag paper free end of lower packaging bag body 412 send bag portion part 421 to guide and are located at traction element 423 under passing through Towing area, during being somebody's turn to do, side heat sealing mechanism 440 carries out heat-seal process to the side of upper packing bag paper and lower packing bag paper and makes The two is in integral structure, after then fructus lycii is pushed to the heat-sealing of completion side by the push end of drum bag set 413 by charge mechanism 450 Packaging bag 410 in, then be fully loaded with fructus lycii packaging bag 410 through traction element 423 traction, guiding mechanism 430 guide and be located at In region locating for heat-sealing cutting device 500.
As shown in figure 16, the charge mechanism 450 includes feeding funnel 451, charging hole 452, charging motor 453, pushes away Component is sent, the charging hole 452 is coaxially fixedly installed in the push end of bulging bag set 413, and the feeding funnel 451 is both ends Be open and be located at the tube structure of the top of charging hole 452, feeding funnel 451 can be divided into two parts and respectively feeding section, in Between section, interlude be axially perpendicular to ground and the two opening tubular structure, the lower open end and charging hole of interlude It connects and connects between 452, feeding section is the round estrade structure of both ends open, and the small end of feeding section and the upper open end of interlude connect Connection, big end are located in immediately below the pour spout of the tipping mechanism 330 under tilt state.
The charging motor 453 is fixedly installed in installation frame body and output shaft is axially parallel to and send bag motor 424 Output shaft is axial.
The thrust member includes turntable 454, push rod 455, loading rod 456, and loading rod 456 and charging hole 452 are same Axis arrangement, be provided between one end and installation frame body of loading rod 456 guiding parts and between the two by guiding parts into Row installation, the other end are located in charging hole 452 and the end is provided with push plug, constitute between push plug and charging hole 452 Slide-and-guide cooperation, guiding parts include being set to installation frame body and channeling direction is parallel to that charging hole 452 is axial to lead To rail, it is set to the guide pad of loading rod 456, slide-and-guide cooperation is constituted between guide pad and guided way.
The pilot hole for being axially perpendicular to ground is provided on the guide pad, the turntable 454 is coaxially fixedly mounted In the power output end of charging motor 453, the push rod 455 is axially perpendicular to ground, one end of push rod 455 and turntable The output shaft that 454 hinged and hinged place deviation 454 centers of circle of turntable and hinged shaft core line are parallel to charging motor 453 is axial, pushes away The other end of bar 455 is disposed through the pilot hole of guide pad and constitutes slide-and-guide cooperation between the two.
Fructus lycii is poured onto feeding funnel 451 through tipping mechanism 330 and is eventually located in charging hole 452, with fashion material electricity Machine 453 runs and moves push plug in charging hole 452 by turntable 454, push rod 455, loading rod 456, first half cycle Interior, push plug does the movement far from 413 push end of drum bag set and fructus lycii is pushed to the packaging bag 410 after the heat-seal process of side Interior, in the later half period, push plug does the movement close to 413 push end of drum bag set and restores to original state, is ready for next round Fructus lycii push, and so on.
As shown in figure 14, the guiding mechanism 430 is set to the side that traction element 423 deviates from drum bag set 413, guidance Mechanism 430 includes the first guide support 431, the second guide support 432, and the first guide support 431 and the second guide support 432 are Being fixedly installed in region in installation frame body and between the two is boot section, the boot section can consist of two parts and Respectively horizontal boot section, vertical boot section, in coaxially arranged between horizontal boot section and drum bag set 413, vertical boot section is in It is vertical to arrange and be located at immediately below horizontal boot section, the guided mechanism 430 in the free end of the packaging bag 410 of the fully loaded fructus lycii Boot section guidance after be arranged vertically and be located at boot section underface.
Preferably, it is provided between the horizontal boot section and vertical boot section steady for 410 free end of packaging bag The transition circle cambered surface passed through.
As shown in figures 17 to 20, above-mentioned heat-sealing cutting device 500 is set to the underface of guiding mechanism 430, heat-sealing cutting Device 500 includes anvil block 510, for the sack heat sealing mechanism of 410 sack of the packaging bag progress heat-seal process to fully loaded fructus lycii 520, described for carrying out the sack cutting mechanism 530 of sack cutting process to the packaging bag 410 after completion sack heat-seal process Anvil block 510 be fixedly installed in installation frame body, it is perpendicular that anvil block 510 and sack heat sealing mechanism 520 are located at guiding mechanism 430 The side of straight boot section, sack heat sealing mechanism 520 and sack cutting mechanism 530 are respectively positioned on the vertical boot section of guiding mechanism 430 The same side.
The sack heat sealing mechanism 520 includes driving motor 521, transmission axle one, transmission axle two, transmission axle three, described Driving motor 521 be fixedly installed in installation frame body and its output shaft is axially parallel to the output shaft axis of charging motor 453 To the axial output shaft each parallel to driving motor 521 of one/transmission axle of transmission axle, the two/transmission axle three is axial and equal Be movably installed in installation frame body and can around itself axially rotation and three along the direction perpendicular to ground and from the bottom to top according to Secondary is transmission axle one, transmission axle two, transmission axle three.
The sack heat sealing mechanism 520 further includes receiving gear, transmission gear 1, transmission gear 2 523, driving Gear 524, receives the power output end that gear is fixedly sheathed in driving motor 521, and transmission gear 1 is fixedly sheathed in transmitting The outside of axis one simultaneously with receive gear and engage, transmission gear 2 523 be fixedly sheathed in outside transmission axle two and with transmission gear 1 Engagement, driving gear 524 are fixedly sheathed in three outside of transmission axle and engage with transmission gear 2 523.
The sack heat sealing mechanism 520 further includes drive member, sack heat-sealing component 527, and the sack seals structure Part 527 includes upper heating block, lower heating block, fastening plates, and upper heating block/lower heating block is fixedly installed in fastening plates towards anvil block Region on 510 side and between upper heating block/lower heating block is sack heat-sealable area, is set between fastening plates and installation frame body It is equipped with slide assemblies and fastening plates is movably installed in installation frame body by slide assemblies, slide assemblies include being set to installation Sliding slot on frame body, the gearing being set in fastening plates protrusion, the channeling direction of sliding slot are parallel to sack heat sealing mechanism 520 and anvil The distance between block 510 direction interlocks and constitutes slide-and-guide cooperation between protrusion and sliding slot.
The drive member includes drive disk 525, drive rod 526, same between the drive disk 525 and transmission axle three Axis is fixedly connected, one end of the drive rod 526 and drive disk 525 is hinged and the center of circle, simultaneously of drive disk 525 is deviateed in hinged place And hinged shaft core line is parallel to the axial direction of transmission axle three, the other end of drive rod 526 hinged and hinged shaft core line with fastening plates It is parallel to the axial direction of transmission axle three.
The course of work of sack heat sealing mechanism 520, specific manifestation are as follows: driving motor 521 run and make drive disk 525 around The axial rotation of transmission axle three, drive disk 525, which rotates and draws sack by drive rod 526, seals the guidance of component 527 along the chute Direction movement, wherein in first half cycle, drive rod 526 pushes sack to seal component 527 and moves towards anvil block 510, motion process In, sack heat-sealing component 527 is contacted and is sealed with 310 sack of packaging bag of fully loaded fructus lycii, until sack seals component 527 When contacting with anvil block 510, sack heat-sealing is finished, and in the later half period, drive rod 526 pulls sack heat-sealing component 527 to do away from anvil The movement of block 510, sack heat-sealing component 527 recovery to original state, and so on.
Preferably, in order to make sack heat-sealing component 527 along the chute channeling direction motion process more it is steady smoothly, it is described Drive member be provided with two groups and be located at one end of transmission axle three.
As shown in figure 20, the sack cutting mechanism 530 is set to the region between two groups of drive members, sack cutting Mechanism 530 includes drive block 531, cutter bar 533, mounting plate 534, cutting blade 535, driving spring 536, the drive block 531 be the cylindrical structure coaxially arranged with transmission axle one, is provided with sleeve joint hole on drive block 531 and drive block 531 passes through Sleeve joint hole is fixedly sheathed in outside transmission axle one, and the periphery array of drive block 531 is provided with four groups of driving protrusions.
It is provided with guidance set between the mounting plate 534 and installation frame body and mounting plate 534 passes through guidance set It is movably installed in installation frame body, guidance set includes that the guide groove for being set to installation frame body, the guiding for being set to mounting plate 534 are convex It rises, the channeling direction of guide groove is parallel to the channeling direction of sliding slot, and slide-and-guide cooperation is constituted between guide protrusions and guide groove.
The cutting blade 535 is fixedly installed on mounting plate 534, and cutting blade 535 and sack seal component 527 Sack heat-sealable area is located in the same horizontal plane, and the perforating through its thickness, cutting blade 535 are offered in the fastening plates Blade may pass through perforating and be located at sack heat-sealable area.
The channeling direction for being axially parallel to sliding slot of the cutter bar 533, cutter bar 533 are located at mounting plate 534 and deviate from The side of anvil block 510, one end of cutter bar 533 is fixedly connected with mounting plate 534, the other end is driving end, the drive of cutter bar 533 Moved end, which is coaxially arranged with socket protrusion and drives, is formed with conflict step, the driving spring between end and socket protrusion 536 one end is fixedly connected with installation frame body, the other end is sheathed on socket protrusion outside and is contradicted with step is contradicted, driving spring 536 elastic force draws the movement that cutting blade 535 does close anvil block 510 by cutter bar 533, mounting plate 534.
The course of work of sack cutting mechanism 530, specific manifestation are as follows: sack seals in the first half cycle that component 527 moves, Transmission axle one rotation and traction drive block 531 rotate synchronously, drive block 531 rotate and make driving protrusion contacted with mounting plate 534, And finally traction mounting plate 534 does the movement of separate anvil block 510 along guide groove channeling direction, driving spring 536 is in compression shape State drives protrusion to be detached from and contacts with mounting plate 534, the elastic force of driving spring 536 passes through cutting at this time when sack heat-sealing finishes Bar 533, mounting plate 534 quickly make cutting blade 535 do the movement close to anvil block 510, and the blade of cutting blade 535 sequentially passes through Perforating, sack seal the sack heat-sealable area of component 527 and contact with anvil block 510 and be finally completed the cutting process to sack；
Then sack heat-sealing component 527 starts to carry out restorable movement, i.e., it starts later half periodic motion, during this, Fastening plates are contacted with mounting plate 534, so that sack cutting mechanism 530 restores together therewith to original state, and so on.
Preferably, in order to enable the traction mounting plate 534 of drive block 531 is more steady suitable along the movement of guide groove channeling direction Benefit, the drive block 532 are provided with two groups.
Preferably, drive block 531 is by driving protrusion to contact with mounting plate 534 and mounting plate 534 being pushed to do away from anvil The movement of block 510, in order to reduce the raised fretting wear between mounting plate 534 of driving during this, the driving protrusion Free end be movably installed with detraction wheel 532, detraction wheel 532 be axially parallel to one axial direction of transmission axle and detract wheel 532 can It is axially rotated around itself；Detraction wheel 532 makes the friction between driving protrusion and mounting plate 534 be changed into rolling by sliding friction and rub It wipes, reduces fretting wear.
As shown in Fig. 2,17,21, above-mentioned feeding device 600 includes conveying power transfer member 610, feeding unit 620, The conveying power transfer member 610 is for receiving the power for sending bag motor 424 and being passed to feeding unit 620, institute The feeding unit 620 stated is used to export the packaging bag 410 for completing sack heat-sealing cutting.
The feeding unit 620 includes conveying drive roll, conveying driven roller, conveying conveyer belt, and conveying is actively rolled The axial of cylinder and conveying driven roller each parallel to the output shaft axial direction for sending bag motor 424 and is both movably installed in installation Frame body and both can around itself axially rotate, between conveying drive roll and conveying driven roller pass through conveying conveyer belt It is attached transmission, the feed end of conveying conveyer belt is located at the underface of the vertical boot section of guiding mechanism 430.
The conveying power transfer member 610 includes conveying driving pulley, conveying driven pulley, conveying transmission belt, defeated Material driving pulley is fixedly sheathed in the power output end for sending bag motor 424, and conveying driven pulley is fixedly sheathed in conveying and actively rolls The power intake of cylinder, is attached transmission by conveying transmission belt between conveying driving pulley and conveying driven pulley.
It completes sack heat-sealing cutting process and the packaging bag 410 of fully loaded fructus lycii falls to the feed end of conveying conveyer belt, And it is transferred out eventually by conveying conveyer belt.

Claims (4)

1. the fructus lycii process equipment that pair fructus lycii cleaned after drying carries out packaging seal, which is characterized in that it includes setting gradually The wiper mechanism for being cleaned to fructus lycii, the sunning mechanism for carrying out dryness in the sun processing to the fructus lycii after cleaning, For carrying out the baling equipment for being packaged processing to dried wolfberry；
The baling equipment include installation frame body and be installed in installation frame body and set gradually for after to sunning The conveying device that fructus lycii is conveyed, is used for fully loaded fructus lycii the feeding device for carrying out charging and packing processes to fructus lycii Packaging bag carry out sack heat-sealing cutting process heat-sealing cutting device, for sack heat-sealing cutting after packaging bag carry out it is defeated Feeding device out；
The conveying device include for conveying the feeding mechanism of fructus lycii, for receive feeding mechanism conveying fructus lycii and by its It is poured into the tipping mechanism of feeding device, is provided with and closes between the discharge end of the feeding mechanism and the feed end of tipping mechanism Close mechanism；
The close mechanism includes receiving hopper, closure storehouse, closure motor, closure power transfer member, and the receiving hopper is solid Dingan County is loaded in installation frame body, and receiving hopper consists of two parts and is respectively splicing section, close segments, and close segments are both ends open And the rectangular case structure being arranged vertically, the lower open end of close segments are located at the surface of tipping mechanism feed end, splicing section For the platform body structure of both ends open, the small end and the upper open end connection connection of close segments, big end of splicing section are located at feeding mechanism Discharge end immediately below；
The closure storehouse is made of the three parts in integral structure and is respectively closure plate one, closure plate two, closure plate three, The one side of closure plate one and close segments is hinged and the side is connection side and hinged shaft core line perpendicular to the connecting side Face, the another side that close segments are parallel to connection side is hinged face, and closure plate two and hinged face be hinged and articulated shaft For core wire perpendicular to the hinged face, the closure plate three is closure plate three towards deviating from the curved arc plate body in ground direction Between closure plate one and closure plate two, when being closed storehouse closure, close segments three and the under shed of close segments are tangent；
The closure storehouse is provided with two groups and is located at the side of close segments, and the motion state for being closed storehouse is divided into two closures Storehouse rotates towards each other and does and rotate and cancelled to close segments opposite to each other the sealed condition of the under shed of close segments closure, two closure storehouses The circulation status of the closure of under shed, the original state for being closed storehouse is sealed condition；
The closure motor is fixedly installed in installation frame body, and the output shaft for being closed motor is axially perpendicular to the connection of close segments Side, the closure power transfer member includes gear shaft one, gear shaft two, driving gear one, drives gear two, described The axial output shaft each parallel to closure motor of gear shaft one and gear shaft two is axial, and gear shaft one is fixedly installed in one group and closes It closes on the closure plate one in storehouse and gear shaft one and the power output end of closure motor is fixedly and coaxially connected, the fixed peace of gear shaft two On closure plate one loaded on another group of closure storehouse, driving gear one is fixedly sheathed in outside gear shaft one, and driving gear two is fixed It is socketed on two outside of gear shaft and gear one is driven to engage with driving gear two；
The feeding device include packaging bag, for packaging bag conveyed send bag mechanism, for packaging bag carry out The side heat sealing mechanism of side heat-sealing, is used for the packet of fully loaded fructus lycii the charge mechanism for pushing to fructus lycii in packaging bag Pack is guided to the guiding mechanism of heat-sealing cutting device；
The packaging bag includes upper packaging bag body, lower packaging bag body, the drum bag set for being fixedly installed in installation frame body, the drum Bag set is the circular tube structure for being axially parallel to ground and both ends open, and an opening of drum bag set is support end, Ling Yikai Mouth is push end, and the support end end face Circle-Array of drum bag set shows several groups extending direction and is parallel to the drum bag that bulging bag covers axial direction Bar；
The upper packaging bag body is located at right above drum bag set, and upper packaging bag body includes rotating cylinder, upper packing bag paper, and rotating cylinder is axially flat Row covers axially in ground and perpendicular to drum bag, and rotating cylinder is movably installed in installation frame body and can axially rotate around itself, upper packet Pack paper is wound in outside rotating cylinder, and the lower packaging bag body is set to immediately below bulging bag set, lower packaging bag body, installation frame body it Between connection relationship it is consistent with the connection relationship between upper packaging bag body, installation frame body；
It is described send sent under bag mechanism includes bag portion part, on send bag portion part, traction element, it is described on send bag portion part to be set to Region between packaging bag body and drum bag set, above sending bag portion part includes sending a bag roller, send the rotating cylinder that is axially parallel to of bag roller It is axial, it send a bag roller to be movably installed in installation frame body and can axially be rotated around itself, a bag roller is sent to be provided with two groups and two Group is sent and is arranged in parallel between bag roller in level, and two groups of regions sent between bag roller are the area Song Dai of upper packaging bag body, Sent under described bag portion part be set to lower packaging bag body and drum bag set between region, under send between bag portion part, installation frame body Connection relationship send the connection relationship between bag portion part, installation frame body consistent on；
The traction element is set to the support end of bulging bag set away from the side at push end, and traction element includes haulage drum, The axial direction for being axially parallel to rotating cylinder of haulage drum, haulage drum are movably installed in installation frame body and can axially turn around itself Dynamic, it is in be arranged in parallel between two groups and two groups of haulage drums up and down that haulage drum, which is provided with, between two groups of haulage drums Region be towing area；
The bag mechanism that send further includes sending a bag motor, transferring element one, transferring element two, transferring element three, and described send bag Motor is fixedly installed in installation frame body and output shaft is axially parallel to rotating cylinder axial direction；
The transferring element one for send bag motor power output end and under send the power between bag portion part power intake to connect Connect transmission, the transferring element two be used to down sending bag portion part power output end and on send it is dynamic between bag portion part power intake Power connection transmission, the transferring element three is for above sending between bag portion part power output end and traction element power intake It is connected by power transmission, the transferring element one, transferring element two, transferring element three are chain conveyer/V belt translation；
The upper packing bag paper free end of the upper packaging bag body, which passes through, above to be sent the area bag portion Jian Songdai and is located at traction element Towing area, the lower packing bag paper free end of lower packaging bag body pass through down the traction sent the area bag portion Jian Songdai and be located at traction element Area；
The side heat sealing mechanism is fixedly installed in installation frame body, and side heat sealing mechanism is set to traction element and drum bag covers it Between region, side heat sealing mechanism is used for during upper packing bag paper and lower packing bag paper are delivered to traction element towing area Side heat-seal process is carried out to the two.
2. the fructus lycii process equipment according to claim 1 for carrying out packaging seal to the fructus lycii cleaned after drying, feature It is, the charge mechanism includes feeding funnel, charging hole, charging motor, thrust member, and the charging hole is coaxially solid Dingan County is loaded on the push end of drum bag set, and the feeding funnel is both ends open and the tube structure above charging hole, send Hopper can be divided into two parts and respectively feeding section, interlude, and interlude is to be axially perpendicular to ground and the two is open Tubular structure is connected between the lower open end and charging hole of interlude and is connected, and feeding section is the round estrade structure of both ends open, The upper open end connection of the small end and interlude of feeding section is connected, big end is located at immediately below the discharge end of conveying device；
The charging motor is fixedly installed in installation frame body and output shaft is axially parallel to and send the output shaft of bag motor axial；
The thrust member includes turntable, push rod, loading rod, and loading rod is coaxially arranged with charging hole, one end of loading rod It is provided with guiding parts between installation frame body and is installed between the two by guiding parts, the other end is located at charging pipe In the road and end is provided with push plug, and slide-and-guide cooperation is constituted between push plug and charging hole, and guiding parts includes setting In installation frame body and channeling direction is parallel to the guided way of charging hole axial direction, is set to the guide pad of loading rod, guide pad Slide-and-guide cooperation is constituted between guided way；
The pilot hole for being axially perpendicular to ground is provided on the guide pad, the turntable is coaxially fixedly installed in charging electricity The power output end of machine, the push rod are axially perpendicular to ground, and one end of push rod is hinged with turntable and hinged place deviation turns The output shaft that the disk center of circle and hinged shaft core line are parallel to charging motor is axial, and the other end of push rod is disposed through guide pad Pilot hole and between the two constitute slide-and-guide cooperation；
The guiding mechanism is set to the side that traction element deviates from drum bag set, and guiding mechanism includes the first guide support, the Two guide supports, the first guide support and the second guide support are fixedly installed in region in installation frame body and between the two For boot section, the boot section can consist of two parts and be respectively horizontal boot section, vertical boot section, horizontal boot section In coaxially arranged between drum bag set, vertical boot section is arranged vertically and is located at immediately below horizontal boot section, and described is fully loaded with The underface of boot section is arranged vertically and is located at after the boot section guidance of the guided mechanism in the free end of the packaging bag of fructus lycii；
The transition steadily passed through for packaging bag free end is provided between the horizontal boot section and vertical boot section Arc surface.
3. the fructus lycii process equipment according to claim 1 or 2 for carrying out packaging seal to the fructus lycii cleaned after drying, special Sign is that above-mentioned heat-sealing cutting device is set to the underface of guiding mechanism, and heat-sealing cutting device includes anvil block, for full The packing bag mouth for carrying fructus lycii carries out the sack heat sealing mechanism of heat-seal process, for the packaging bag after completion sack heat-seal process The sack cutting mechanism of sack cutting process is carried out, the anvil block is fixedly installed in installation frame body, and anvil block and sack seal Mechanism is divided into the side positioned at the vertical boot section of guiding mechanism, and sack heat sealing mechanism and sack cutting mechanism are respectively positioned on guiding mechanism The same side of vertical boot section；
The sack heat sealing mechanism includes driving motor, transmission axle one, transmission axle two, transmission axle three, the driving motor It is fixedly installed in installation frame body and its output shaft is axially parallel to the output shaft axial direction of charging motor, the transmission axle The axial output shaft each parallel to driving motor of one/transmission axle, two/transmission axle three is axial and is movably installed in installation frame body It is upper and can axially rotation and three are followed successively by transmission axle one along the direction perpendicular to ground and from the bottom to top, transmit around itself Axis two, transmission axle three；
The sack heat sealing mechanism further includes receiving gear, transmission gear one, transmission gear two, driving gear, receives gear It is fixedly sheathed in the power output end of driving motor, transmission gear one is fixedly sheathed in one outside of transmission axle and nibbles with gear is received It closes, transmission gear two is fixedly sheathed in two outside of transmission axle and engages with transmission gear one, and driving gear is fixedly sheathed in transmitting It is simultaneously engaged with transmission gear two three outside of axis；
The sack heat sealing mechanism further includes drive member, sack heat-sealing component, and the sack heat-sealing component includes upper adds Heat block, lower heating block, fastening plates, upper heating block/lower heating block be fixedly installed in fastening plates towards on the side of anvil block and Region between upper heating block/lower heating block is sack heat-sealable area, and slide assemblies are provided between fastening plates and installation frame body simultaneously And fastening plates are movably installed in installation frame body by slide assemblies, slide assemblies include the sliding slot being set in installation frame body, The gearing protrusion being set in fastening plates, the channeling direction of sliding slot are parallel to the distance between sack heat sealing mechanism and anvil block side To composition slide-and-guide cooperation between gearing protrusion and sliding slot；
The drive member includes drive disk, drive rod, is fixedly and coaxially connected between the drive disk and transmission axle three, institute The one end for the drive rod stated is hinged with drive disk and hinged place deviates the center of circle of drive disk and hinged shaft core line is parallel to transmitting The axial direction of axis three, the other end of drive rod and fastening plates are hinged and hinged shaft core line is parallel to the axial direction of transmission axle three；
The drive member is provided with two groups and is located at one end of transmission axle three；
The sack cutting mechanism is set to the region between two groups of drive members, and sack cutting mechanism includes drive block, cuts Bar, mounting plate, cutting blade, driving spring are cut, the drive block is the cylindrical structure coaxially arranged with transmission axle one, is driven It is provided with sleeve joint hole on motion block and drive block is fixedly sheathed in outside transmission axle one by sleeve joint hole, the periphery battle array of drive block Column are provided with four groups of driving protrusions；
Guidance set is provided between the mounting plate and installation frame body and mounting plate is movably installed in by guidance set Installation frame body, guidance set include the guide groove for being set to installation frame body, the guide protrusions for being set to mounting plate, and guide groove draws The channeling direction for being oriented parallel to sliding slot is led, slide-and-guide cooperation is constituted between guide protrusions and guide groove；
The cutting blade is fixedly installed on mounting plate, and the sack heat-sealable area of cutting blade and sack heat-sealing component is located at same In one horizontal plane, the perforating through area's thickness is offered in the fastening plates, the blade of cutting blade may pass through perforating And it is located at sack heat-sealable area；
The channeling direction for being axially parallel to sliding slot of the cutter bar, cutter bar are located at the side that mounting plate deviates from anvil block, cut The one end for cutting bar is fixedly connected with mounting plate, the other end is driving end, and the driving end of cutter bar is coaxially arranged with socket protrusion simultaneously And conflict step is formed between driving end and socket protrusion, one end of the driving spring is fixedly connected with installation frame body, The other end is sheathed on socket protrusion outside and contradicts with step is contradicted, and the elastic force of driving spring is drawn by cutter bar, mounting plate Cutting blade does the movement close to anvil block；
The drive block is provided with two groups；
The free end of the described driving protrusion is movably installed with detraction wheel, detract wheel be axially parallel to transmission axle one it is axial and Detraction wheel can axially be rotated around itself；
The feeding device includes conveying power transfer member, feeding unit, and the conveying power transfer member is for connecing The power of sending and receiving bag motor is simultaneously passed to feeding unit, and the feeding unit is used for the packet for completing sack heat-sealing cutting Pack is exported；
The feeding unit includes conveying drive roll, conveying driven roller, conveying conveyer belt, conveying drive roll and conveying Driven roller it is axial each parallel to sending the output shaft of bag motor axial and be both movably installed in installation frame body and two Person can axially rotate around itself, be attached biography by conveying conveyer belt between conveying drive roll and conveying driven roller Dynamic, the feed end of conveying conveyer belt is located at the underface of the vertical boot section of guiding mechanism；
The conveying power transfer member includes conveying driving pulley, conveying driven pulley, conveying transmission belt, conveying main belt Wheel is fixedly sheathed in the power output end for sending bag motor, and conveying driven pulley is fixedly sheathed in the power input of conveying drive roll End, is attached transmission by conveying transmission belt between conveying driving pulley and conveying driven pulley.
4. the fructus lycii process equipment according to claim 1 or 2 for carrying out packaging seal to the fructus lycii cleaned after drying, special Sign is that the wiper mechanism includes for carrying out the feed hopper of charging conveying to fructus lycii, for being cleaned to fructus lycii Clean conveyance conduit, for providing the water supply component of water for fructus lycii cleaning process；
The cleaning conveyance conduit includes bottom plate, side plate, perpendicular arrangement between side plate and bottom plate, and side plate is provided with two groups simultaneously And it is located at the side in baseplate width direction；
The cleaning conveyance conduit along length extending direction can be divided into two parts and respectively tilting section, in horizontal cloth The horizontal segment set, the feed end of tilting section are located above discharge end, the discharge end of tilting section and the fixed company of the feed end of horizontal segment It connects, the discharge end matching of horizontal segment is provided with filter screen；
The feed hopper is fixedly installed in the feed end of tilting section, feed hopper can be divided into two parts and respectively feed zone, Boot segment, feed zone are the shell structure that the open at one end, other end is closed and is arranged vertically, and the outer surface of feed zone offers For the feed inlet that the connection of the feed end of its inner cavity and tilting section is connected, boot segment is the platform body structure of both ends open, boot segment Small end and feed zone open end connect connect；
The bottom of chamber of the feed zone is provided with charging inclined-plane, and charging the distance between inclined-plane and ground is along cleaning conveyance conduit Successively decrease in the direction that feed end is directed toward discharge end；
The water supply component includes water pump, water supplying pipe, water tank, and water tank is open at one end, the closed shell knot of the other end The open end of structure, water tank is located at immediately below the discharge end of cleaning conveyance conduit, and matching is provided with filter plate in water tank, filters Plate is for being provided with water storage box cavity for the clean water area below filter plate, the filtering area above filter plate；
The water tank outer surface offers the apopore connected for clean water area and external connection, cleans inclining for conveyance conduit Oblique section offers the inlet opening connected for its feed end and external connection；
The water pump is set in the clean water area of water tank, and one end of the water supplying pipe connect connection, the other end with water pump Across apopore and inlet opening and it is located in the feed end of cleaning conveyance conduit；
It is provided in the horizontal segment of the cleaning conveyance conduit and to hold filter box, the water for holding the fructus lycii after cleaning The bottom plate of flat section is provided with mounting groove, is provided in mounting groove and is used to support the supporting member for holding filter box, and supporting member includes Support plate, support spring, support plate in horizontally disposed and constitute the cooperation of sealed slide-and-guide between support plate and mounting groove, One end of support spring and mounting groove slot bottom contradict, the other end and support plate contradict, and the elastic force of support spring makes support plate edge The movement far from mounting groove slot bottom is done perpendicular to the direction on ground, described holds filter box as open at one end, the other end is closed Shell structure, the outer surface for holding filter box offer the filter opening led to for water flow, and the open end end face for holding filter box is provided with just The bracelet of filter box is held in taking-up；
The filter box that holds is provided with several groups along horizontal segment extending direction array, and the mounting groove, supporting member are right Several groups should be provided with；
The sunning mechanism includes sun-drying tray for placing fructus lycii and being dried to fructus lycii, for installing support sun-drying tray Installation component；
The installation component includes threaded rod, pedestal, supporting block, and pedestal is placed horizontally at ground, threaded rod it is axially vertical In ground, the bottom of threaded rod is fixedly installed in pedestal, and the threaded hole through its thickness is provided in supporting block, and supporting block passes through Screw thread borehole jack is connected to outside threaded rod；
The sun-drying tray is in horizontally disposed round plate body structure, and the upper surface of sun-drying tray is coaxially arranged with for placing Chinese holly The sunning slot of Qi, the periphery of sun-drying tray are provided with support protrusion, and supported hole is provided in support protrusion, and sun-drying tray passes through support Hole pivot bush unit is outside threaded rod and the upper end face contact of support protrusion and supporting block, the diameter of supported hole are greater than threaded rod Diameter；
The installation component be provided with three groups and three groups of installation components along sun-drying tray axial direction in being evenly spaced on, it is described The support protrusion for being set to sun-drying tray periphery be correspondingly arranged on three groups；
Rotational handle is provided in the supporting block；
The sunning slot slot bottom array of the sun-drying tray is provided with several circular grooves；
The sunning slot slot bottom of the sun-drying tray offers permeable hole.
CN201811276871.0A 2018-10-30 2018-10-30 Fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal Withdrawn CN109250184A (en)

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CN201811276871.0A CN109250184A (en) 2018-10-30 2018-10-30 Fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal

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Application Number Priority Date Filing Date Title
CN201811276871.0A CN109250184A (en) 2018-10-30 2018-10-30 Fructus lycii after drying to cleaning carries out the fructus lycii process equipment of packaging seal

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110253296A (en) * 2019-07-04 2019-09-20 张习先 A kind of brill milling integral type multi-process numeric control drilling machine tool
CN110253294A (en) * 2019-07-04 2019-09-20 张习先 A kind of multi-process high precision numerical control boring method
CN111974501A (en) * 2020-08-26 2020-11-24 南京毕升创艺科技有限公司 Flour production equipment and process special for flour mill
CN116331574A (en) * 2023-05-29 2023-06-27 河北格润澜特科技有限公司 Packaging device for clothing production

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110253296A (en) * 2019-07-04 2019-09-20 张习先 A kind of brill milling integral type multi-process numeric control drilling machine tool
CN110253294A (en) * 2019-07-04 2019-09-20 张习先 A kind of multi-process high precision numerical control boring method
CN110253296B (en) * 2019-07-04 2021-07-02 佛山郑太机械设备有限公司 Drilling and milling integrated multi-process numerical control drilling machine tool
CN110253294B (en) * 2019-07-04 2021-07-13 东莞市广工精密科技有限公司 Multi-process high-precision numerical control drilling method
CN111974501A (en) * 2020-08-26 2020-11-24 南京毕升创艺科技有限公司 Flour production equipment and process special for flour mill
CN116331574A (en) * 2023-05-29 2023-06-27 河北格润澜特科技有限公司 Packaging device for clothing production

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Application publication date: 20190122