CN207671175U - A kind of green-keeping machine feed system pusher and green-keeping machine automatic feeding system - Google Patents
A kind of green-keeping machine feed system pusher and green-keeping machine automatic feeding system Download PDFInfo
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- CN207671175U CN207671175U CN201721324452.0U CN201721324452U CN207671175U CN 207671175 U CN207671175 U CN 207671175U CN 201721324452 U CN201721324452 U CN 201721324452U CN 207671175 U CN207671175 U CN 207671175U
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Abstract
The utility model discloses a kind of green-keeping machine feed system pusher and green-keeping machine automatic feeding systems, belong to Tea Production equipment technical field, its purpose is to provide green-keeping machine feed system pushers and green-keeping machine automatic feeding system that steady control trolley can more convenient, be quickly pushed when a kind of startup.The pusher includes steady guide rail, steadily controls trolley, is connected to the steady drive shaft controlled on trolley, and the side of steady guide rail is provided with drive enclosure；Driving motor is provided in drive enclosure, the side of driving motor is provided with inductor, the output shaft end of driving motor is connected with toggle-action lever, one end of toggle-action lever is connected with sensor block, one end that toggle-action lever is equipped with sensor block is hinged with promotion connecting rod, pushes the other end of connecting rod and steady control trolley hinged.The feed system, including guide rail, drawing-in device, several green-keeping machines, primary conveyor and two-stage conveying device are provided with above-mentioned pusher in drawing-in device.
Description
Technical field
The utility model belongs to Tea Production equipment technical field, is related to a kind of feed system applied to green-keeping machine.
Background technology
Tealeaves refers to the leaf and bud of tea tree.Refer to the leaf for the evergreen shrubs tea tree that can be used for making tea, and with these leaves
The brewed beverage of son.Existing tealeaves manufacture craft generally comprises：Picking, sun withering, the cool green grass or young crops, leaf rotation, sieve blueness, fried green (water-removing),
It rubs, wrap twirl and the processes such as dry.Wherein, it finishes as a step important in manufacture craft, the purpose of water-removing is to pass through height
The activity of warm rapid damage enzyme stops the effect of its enzymatic oxidation, the quality that make conventional green grass or young crops process is formed is made to be fixed up.Water-removing must work as
Pot temperature can put into when reaching 200~260 DEG C and do leafiness, and also " appropriate high temperature, the green amount of throwing is moderate, stir-frying is uniform, quick short for grasp
When, kill-acquaintance kills " be principle.
It would generally be used in the step that finishes and arrive green-keeping machine, the principle of green-keeping machine is mainly passivated fresh leaf using being brought rapidly up
Active oxidation enzyme, inhibit the enzymes accelerated oxidation such as tea polyphenols in fresh leaf, be placed in follow-up drying course that color and luster occurs is serious
Change, while the raw meat grass taste for fresh leaf of volatilizing, tea perfume is made preferably to be formed.
In the prior art, the feeding of green-keeping machine is generally realized by way of manually adding, will be green by the way of artificial
Leaf puts into the spout of green-keeping machine, and leafiness is made to complete water-removing in green-keeping machine.But it is not only caused by the way of artificial
The waste of a large amount of manpowers simultaneously causes other than the manufacturing cost increase of tealeaves, also so that the feeding efficiency of green-keeping machine is relatively low, Wu Fashi
Feeding processing now is carried out to more green-keeping machines simultaneously.
Application No. is 201520907453.2 utility model patents to disclose a kind of special feeding dress of tea water-removing machine
It sets, its object is to can carry out feeding operations to more green-keeping machines simultaneously comprising rack, the side above the rack pass through
Reed is equipped with vibrating screen, and at least three feed alleies are provided in the screen box of the vibrating screen, and the feed alley both sides are equal
It is furnished with several discharge pipes, the direction of the discharge pipe flows to identical, the discharging of every feed alley with material in feed alley
Side offers discharge gate；The other side above the rack is equipped with driving device, and the driving device passes through with vibrating screen
Feed screw nut pair connects.
In addition, applicant also applied on June 29th, 2016 application No. is：201620671802.X, it is entitled：Vial-type
Green-keeping machine automatic feeding system, technical solution are：Including the drawing-in device on guide rail, guide rail；If the side of guide rail is provided with
Dry green-keeping machine, drawing-in device include body, and steady control room and the second accommodating chamber are provided in body, is arranged in steady control room
There is steady guide rail, steady control trolley is installed on steady guide rail, the steady trolley that controls can be moved along the length direction of steady guide rail
It is dynamic；Pushing plate is provided in second accommodating chamber, the side for pushing the discharge port of the separate drawing-in device of plate is provided with drive shaft, drives
The end of moving axis is stretched into body and is connect with steady control trolley.The feed system can carry out steady feeding to green-keeping machine, subtract
Tea raw material wastes caused by when few feeding.
The automatic feeding system is more important to the conveying of tea raw material during feeding.Existing tealeaves conveying
It is typically conveyed by conveyer belt, tealeaves is placed on conveyer belt, then roller driving conveying belt rotates, thus will
Tea raw material is transported to designated position.In existing tea raw material transmission process, in order to meet the conveying of tealeaves, thus usually
The width of conveyer belt need to be arranged wider so that tea raw material can tile on the conveyor belt in conveying.But due to conveying
The wider width of band, thus the band body expended needed for conveying device upper conveyor belt is more, cause the manufacturing cost of conveying device compared with
It is high.In addition, in transmission process, under the action of tea raw material on ramp is by its own gravity, phase may be generated with conveyer belt
Is caused by the abrasion of conveyer belt, shortens the service life of conveyer belt to generate friction to conveyer belt for movement.
Using conveyer belt carry out transmission process in, due between conveyer belt and rack and the discharge end of conveyer belt with
There are gaps between feed bin, thus the tea raw material conveyed on conveyer belt is all easily fallen down between above-mentioned gap.Tea
Leaf raw material is fallen to after ground, will be predominantly located between two tracks, to the conveying in orbit to entire feed system
Obstacle is caused, feed system is influenced and moves in orbit.
In above-mentioned automatic feeding system, in feeding, when the second accommodating chamber is moved to corresponding green-keeping machine, pass through drive
Moving axis, which pushes, pushes plate, and the tea raw material in the second accommodating chamber is pushed in green-keeping machine.For the ease of feed system in track
On moved, thus the discharge end of the second accommodating chamber is by there are certain intervals with the feed inlet of green-keeping machine.So by second
When tea raw material in accommodating chamber is pushed in green-keeping machine, part tea raw material by from the discharge end of the second accommodating chamber with kill
Gap location between the feed inlet of green machine is fallen on ground, causes the waste of tea raw material.
Finally, when steadily control trolley pushes and pushes plate movement, the steady trolley that controls also needs power.For this purpose, being steady
Control trolley provides power and how to ensure that the steady control trolley just seems particularly heavy when shutting down in appropriate location
It wants, convenient for can more convenient, quickly push steady control trolley after shutdown on startup.
Utility model content
The purpose of this utility model is that：Steady control trolley can more convenient, be quickly pushed when a kind of startup is provided
Green-keeping machine feed system pusher and green-keeping machine automatic feeding system.
The technical solution adopted in the utility model is as follows：
A kind of green-keeping machine feed system pusher, including be set in drawing-in device steady guide rail, steadily control it is small
Vehicle, the drive shaft being connected on steady control trolley, the side of steady guide rail is provided with drive enclosure；It is set in drive enclosure
It is equipped with driving motor, the side of driving motor is provided with inductor, and the output shaft end of driving motor is connected with toggle-action lever, crank
One end of bar is connected with sensor block, and one end that toggle-action lever is equipped with sensor block is hinged with promotion connecting rod, pushes the other end of connecting rod
It is hinged with steady control trolley.
Wherein, the other end of toggle-action lever is connected with clump weight.
A kind of green-keeping machine automatic feeding system, including guide rail, drawing-in device, several green-keeping machines, primary conveyor and
Two-stage conveying device, the driving that steady guide rail is provided in drawing-in device, trolley is steadily controlled, is connected on steady control trolley
The side of axis, steady guide rail is provided with drive enclosure；Driving motor is provided in drive enclosure, the side of driving motor is set
It is equipped with inductor, the output shaft end of driving motor is connected with toggle-action lever, and one end of toggle-action lever is connected with sensor block, on toggle-action lever
One end equipped with sensor block is hinged with promotion connecting rod, pushes the other end of connecting rod and steady control trolley hinged.
Wherein, two-stage conveying device includes the second rack, and second conveyor structure is provided in the second rack；Second conveyor
Structure includes two group of second narrow conveyer belt being set in the second rack, and is arranged at intervals between two group of second narrow conveyer belt more
The second feedblock of group, the both ends of the second feedblock are connected respectively on two group of second narrow conveyer belt；Along second in second carriage
The length direction of conveying mechanism is provided with multigroup second wear resistant smooth plate, and the second wear resistant smooth sleeve-board is in the second narrow conveyer belt；
It is additionally provided with collecting board below second conveyor structure, and forms raw materials recovery channel between second conveyor structure and collecting board.
Wherein, the second wear resistant smooth plate is ceramic tile, and the glaze of ceramic tile is working face.
Wherein, it is additionally provided with the limitation mechanism for limiting raw thickness on second conveyor structure in the second rack, limits the quantity
Mechanism is located above second conveyor structure.
Wherein, limitation mechanism includes shaft, and several limitations for being directed toward shaft axis are evenly equipped in shaft and turn over bar, limitation turns over bar
The other end be bent it is L-shaped.
In conclusion by adopting the above-described technical solution, the utility model has the beneficial effects that：
1, in the utility model, the discharge end of the discharge barrel of drawing-in device is provided with splicing groove, which can pull
Along the axial movement of guide rod under the action of bar, thus when needing raw material being pushed into green-keeping machine, it can be in green-keeping machine and discharge barrel
Between transition have splicing groove, so as to ensure discharge barrel release raw material can be pushed into green-keeping machine by splicing groove,
The waste of raw material, improves the efficiency and feeding effect to green-keeping machine feeding caused by effectively avoiding in the process.
2, in the utility model, bending part is set at the both ends of guide groove, the throw rod is distinguished in pusher, stopping pusher
It snaps onto in the bending part at both ends, that stablizes so as to enable splicing groove in pusher, when stopping pusher is located at fixed bit
It sets, to effectively avoid the random release of splicing groove, avoids when drawing-in device is moved because splicing groove is released to green-keeping machine and is fed
Material device damages.
3, in the utility model, two-stage conveying device uses two groups of narrow conveyer belts, conveying of two groups of narrow conveyer belts along raw material
The right setting of one the first from left of direction reduces production, the manufacturing cost of feed system to which the usage amount of conveyer belt be greatly reduced；
Second feedblock is set between two groups of narrow conveyer belts, is rotated in narrow conveyer belt and the second feedblock is driven to be moved along feed direction
When, raw material can be scraped by the second feedblock and be moved together with narrow conveyer belt, realize the conveying of raw material；In addition, second
Multigroup second wear resistant smooth plate is provided in carriage, in the second narrow conveyer belt, raw material is conveying the second wear resistant smooth sleeve-board
When moved on the second wear resistant smooth plate, since the working face of the second wear resistant smooth plate is smooth, wear-resisting, thus narrow conveying
Friction is small between band, the second feedblock, raw material and the second wear resistant smooth plate, passes through narrow conveyer belt, the second feedblock energy
It is enough quickly and easily to drive raw material movement, realize the conveying of raw material, and the conveying of raw material is more smooth, energy consumption is lower, and can prolong
The service life of long conveying belt, feedblock and wear resistant smooth plate；In addition, being additionally provided with collection below second conveyor structure
Plate, and raw materials recovery channel is formed between second conveyor structure and collecting board, passing through second conveyor structure transferring raw material
In the process or during raw material exports and falls to the second accommodating chamber, can by collecting board to the raw material that partly falls into
Row is collected, and the raw material that finally will fall off uniformly is collected and is emitted on the outside of guide rail, so as to effectively avoid because raw material is random
It falls and influences movement of the drawing-in device on guide rail.
4, in the utility model, which is ceramic tile, and the cost of ceramic tile is relatively low, and intensity, hardness are larger, Neng Goushi
For being supported when feedstock transportation；The glaze of the ceramic tile is working face, since the glaze of ceramic tile is smooth, wear-resisting, thus narrow
When conveyer belt, raw material and ceramic tile relatively move, friction is small between narrow conveyer belt, raw material and ceramic tile, so as to substantially
The output power of driving motor is reduced, it is energy-saving, and convenient for the conveying of raw material.
5, in the utility model, the setting limitation mechanism in the second rack can be to second conveyor by limiting the quantity mechanism
The thickness of raw material on structure is limited, and effectively avoids the raw material covered on second conveyor structure excessive, in the second conveying
Mechanism effectively avoids falling from the both sides of the second rack due to feedstock transportation is excessive during conveying.
6, in the utility model, setting limitation turns over bar in the shaft of the limitation mechanism, and the limitation turns over the end bending of bar
In L types, to during limitation is turned over bar and rotate with shaft, by limit the quantity turn over the L-type structure of boom end can will be more
Remaining raw material is routed up down, is ensured that second conveyor structure piling height of raw material in output is unlikely to excessively high, is effectively avoided original
Material is fallen from the both sides of the second rack.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of primary conveyor；
Fig. 3 is the sectional view of primary conveyor；
Fig. 4 is the structural schematic diagram of two-stage conveying device；
Fig. 5 is the structural schematic diagram of limitation mechanism in two-stage conveying device；
Fig. 6 is the sectional view of two-stage conveying device；
Fig. 7 is the schematic diagram of two-stage conveying device；
Fig. 8 is structural schematic diagram when splicing groove is withdrawn in drawing-in device；
Fig. 9 is structural schematic diagram when splicing groove is docked in drawing-in device；
Figure 10 is structural schematic diagram when steady control trolley is released；
Figure 11 is structural schematic diagram when steady control trolley is withdrawn；
It is marked in figure：1- guide rails, 2- drawing-in devices, 3- green-keeping machines, 4- primary conveyors, 5- two-stage conveyings device, 8-
Steady control trolley, the steady guide rails of 9-, 10- drive shafts, 11- locating pieces, 41- foundation pits, 42- safety switches, 43- first are supported
Frame, the first conveying mechanisms of 44-, the first carriages of 441-, 442- triggerings spring, the first narrow conveyer belts of 443-, 445- first are wear-resisting
Smooth plate, 52- collecting boards, 53- raw materials recoveries channel, 54- second conveyors structure, the second racks of 55-, 56- limitations mechanism, 561-
Shaft, 562- limitations turn over bar, the second narrow conveyer belts of 543-, the second feedblocks of 544-, the second wear resistant smooths of 545- plate, 21- dischargings
Cylinder, 22- splicing grooves, 23- racks, 24- cross bars, 25- throw rods, 26- guide cylinders, 27- guide grooves, 28- guide rods, 29- driving
Device shell, 210- push connecting rod, 212- sensor blocks, 213- driving motors, 214- toggle-action levers, 215- clump weights, 216- inductors.
Specific implementation mode
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only explaining this
Utility model is not used to limit the utility model.
A kind of green-keeping machine automatic feeding system, the feed system are suitable for vial-type tea water-removing machine 3 (frying pan), are special needles
To hiding tea (brick tea), black tea, magnificent tea and a product of Chinese medicine processing enterprise exploitation, dependable performance is easy to operate,
One man operation, five minutes or so 3 single filler time of diameter 139cm green-keeping machines (400-450 jins) is only needed to be suitable for 1-8 platforms
The mechanization feeding operation of tea water-removing machine 3 (frying pan) improves yield to reduce manpower.The feed system includes guide rail
1, which is at least arranged two, and drawing-in device 2 is provided on guide rail 1, and the drawing-in device 2 is under the action of driving device
It can be moved in the length direction of 1 upper edge guide rail 1 of guide rail.The side of the guide rail 1 is provided with several green-keeping machines 3, which sets
It sets in the side of the discharge port of drawing-in device 2, and several green-keeping machines 3 is set gradually along the length direction of guide rail 1.In guide rail 1
It is both provided with locating piece 11 at the position of each green-keeping machine of upper correspondence 3, position sensor is set in the bottom of drawing-in device 2；
Drawing-in device 2 on guide rail 1 when being moved, and after position sensor detects locating piece 11, then the drawing-in device 2 can stop
It only moves, convenient for subsequently water-removing processing will be carried out in the tea raw material push-in green-keeping machine 3 in drawing-in device 2.
The drawing-in device 2 application No. is：201620671802.X, it is entitled：3 automatic feeding system of vial-type green-keeping machine this
On the basis of the technical solution of part patent, innovation is also carried out, has improved.The drawing-in device 2 is mating to be provided with primary conveyor 4
With two-stage conveying device 5, offer foundation pit 41 on the ground of workshop, staff can it is very convenient, quickly by workshop
The tea raw material of interior stacking is moved in the foundation pit 41.The primary conveyor 4 is set between foundation pit 41 and drawing-in device 2,
The primary conveyor 4 includes the first supporting rack 43, which is placed on the ground of workshop；In the first support
The first conveying mechanism 44 is tiltedly installed on frame 43, tea raw material can be input to by first conveying mechanism 44 from foundation pit 41
In drawing-in device 2.First conveying mechanism 44 includes the first carriage 441, which is located at foundation pit
In 41, the other end of first carriage 441 is located above the feed hopper of drawing-in device 2.It is provided in first carriage 441
Two group of first narrow conveyer belt 443, two group of first narrow conveyer belt 443 along raw material one the first from left of conveying direction it is right be arranged in carriage
The left and right sides.Multigroup first feedblock is provided between two group of first narrow conveyer belt 443, multigroup first feedblock is along first
The length direction of narrow conveyer belt 443 is uniformly distributed, and the both ends of the first feedblock are connected respectively to the two group of first narrow conveyer belt 443 in left and right
On, when motor drives the movement of the first narrow conveyer belt 443, which will also move together with the first narrow conveyer belt 443.
Multigroup first wear resistant smooth plate 445 is additionally provided in first carriage 441, multigroup first wear resistant smooth plate 445 is along the first conveying
The length direction of mechanism 44 is arranged, and the first wear resistant smooth plate 445 is sleeved in the first narrow conveyer belt 443, the first narrow conveyer belt
443 top is close to the first wear resistant smooth plate 445.
When work, tea raw material is carried in foundation pit 41 by worker, and tea raw material directly falls to the first wear resistant smooth plate
On 445；During motor drives the movement of the first narrow conveyer belt 443, tea raw material will be scraped by the first feedblock, and
Tea raw material is conveyed obliquely, until tea raw material drops into the feed hopper of drawing-in device 2.Since conveyer belt uses narrow conveying
Band, and feedblock is set between conveyer belt, thus the usage amount of conveyer belt is greatly reduced, reduce the life of feed system
Production, manufacturing cost；Since the working face of the first wear resistant smooth plate 445 is smooth, wear-resisting, thus narrow conveyer belt, the first feedblock, original
Friction is small between material and the first wear resistant smooth plate 445, can be quickly and easily by narrow conveyer belt, the first feedblock
Raw material movement is driven, realizes the conveying of raw material, and the conveying of raw material is more smooth, energy consumption is lower, and conveyer belt, feeding can be extended
The service life of block and wear resistant smooth plate.
Preferably, the first wear resistant smooth plate 445 is ceramic tile, the glaze of ceramic tile is working face.Due to the cost of ceramic tile
It is relatively low, and the wearability of the glaze of ceramic tile, slickness are preferable, can reduce between narrow conveyer belt, tea raw material and ceramic tile
Frictional force.
Preferably, the feed end in the first carriage 441 is provided with safety switch 42, and it is connected on safety switch 42
Spring 442 is triggered, triggering spring 442 can trigger safety switch 42 and be closed or disconnect.If encountering staff or other sundries falling
It falls in primary conveyor 4, staff or sundries will make triggering spring 442 generate deformation, production during conveying
The triggering spring 442 of raw deformation will trigger safety switch 42 and be closed or disconnect, and work to stop primary conveyor 4.
Preferably, the two-stage conveying device 5 is set between the raw material caching room of drawing-in device 2 and the second accommodating chamber,
The two-stage conveying device 5 includes the second rack 55, is provided with second conveyor structure 54 the second rack 55 is tilted, this second
54 one end of conveying mechanism is located at raw material caching interior, and the other end of second carriage is located at the second accommodating chamber of drawing-in device 2
Top.The second conveyor structure 54 includes two group of second narrow conveyer belt 543 being set in the second rack 55, and two group second narrow defeated
Send band 543 along raw material one the first from left of conveying direction it is right be arranged in the left and right sides of second conveyor structure 54.It is narrow at two group second
Multigroup second feedblock 544, length of multigroup second feedblock 544 along the second narrow conveyer belt 543 are provided between conveyer belt 543
Direction is uniformly distributed, and the both ends of the second feedblock 544 are connected respectively on the two group of second narrow conveyer belt 543 in left and right, motor driving the
When two narrow conveyer belts 543 move, which will also move together with the second narrow conveyer belt 543.In the second carriage
Inside it is additionally provided with multigroup second wear resistant smooth plate 545, length of multigroup second wear resistant smooth plate 545 along second conveyor structure 54
Direction is arranged, and the second wear resistant smooth plate 545 is sleeved in the second narrow conveyer belt 543, the top patch of the second narrow conveyer belt 543
Nearly second wear resistant smooth plate 545.In addition, it is additionally provided with collecting board 52 in the lower section of second conveyor structure 54, the collecting board 52
Cross section is U-shaped, to form raw materials recovery channel 53 between second conveyor structure 54 and collecting board 52.Defeated by second
During sending 54 transferring raw material of mechanism or during raw material exports and falls to the second accommodating chamber, collecting board can be passed through
1 outside of guide rail is uniformly collected and be emitted on to the raw material that the raw material that 52 pairs of parts are fallen is collected, and finally will fall off, so as to
It is enough effectively to avoid influencing movement of the drawing-in device 2 on guide rail 1 because raw material is arbitrarily fallen.
Preferably, the second wear resistant smooth plate 545 is ceramic tile, the glaze of ceramic tile is working face.Due to the cost of ceramic tile
It is relatively low, and the wearability of the glaze of ceramic tile, slickness are preferable, can reduce between narrow conveyer belt, tea raw material and ceramic tile
Frictional force.
Preferably, being additionally provided with limitation mechanism 56 in the second rack 55, which is located at second conveyor
The top of structure 54.The limitation mechanism 56 is mainly used for limiting the thickness of raw material on second conveyor structure 54, effectively avoids second defeated
Send the raw material covered in mechanism 54 excessive, to effectively be avoided because of feedstock transportation mistake during second conveyor structure 54 conveys
Mostly fallen from the both sides of the second rack 55.
Preferably, the limitation mechanism 56 includes shaft 561, several 561 axis of direction shaft are evenly equipped in shaft 561
Limitation turn over bar 562, the other end that limitation turns over bar 562 be bent it is L-shaped.Several limitations turn over axis of the bar 562 along shaft 561
Line is distributed in three rows, and the axial direction of shaft 561 is provided with more limitations in each row and turns over bar 562, and three rows limitation turns over bar 562
Circumferential direction along shaft 561 is uniformly distributed.The L-type structure that 562 end of bar is turned over by limitation can rout up extra raw material down,
Ensure that the piling height of raw material in output of second conveyor structure 54 is unlikely to excessively high, effectively avoids raw material from the second rack 55
Both sides are fallen.
Preferably, the rack 23 of drawing-in device 2 is equipped with cross bar 24 and guide rod 28, guiding is offered on cross bar 24
Slot 27, is arranged with guide cylinder 26 on guide rod 28, and guide cylinder 26 can be in the axial movement of 28 upper edge guide rod 28 of guide rod.
It is additionally provided with splicing groove 22 outside the discharge end of the discharge barrel 21 of drawing-in device 2, which is adapted with discharge barrel 21, and connects
Hopper 22 up envelopes the part external cylindrical surface of discharge barrel 21 from the lower edge of discharge barrel 21.The external cylindrical surface of the splicing groove 22
It is connect with guide cylinder 26, throw rod 25 is also hinged on the external cylindrical surface of splicing groove 22, the other end of throw rod 25 is pierced by guiding
Slot 27.
Throw rod 25 is moved, throw rod 25 can drive splicing groove 22 along the axial movement of guide rod 28, to splicing groove 22
One end stretch into green-keeping machine 3, between green-keeping machine 3 and discharge barrel 21 transition have splicing groove 22, can be protected by splicing groove 22
The raw material that card discharge barrel 21 is released can be pushed by splicing groove 22 in green-keeping machine 3, effectively avoid causing in the process
Raw material waste, improve the efficiency and feeding effect to 3 feeding of green-keeping machine.
Preferably, being provided at both ends with bending part in guide groove 27, the shifting of throw rod 25 can be limited by bending part
It is dynamic, to prevent the random sliding of splicing groove 22.
Preferably, being additionally provided with steady guide rail 9 in drawing-in device 2, steady control trolley 8, being connected to steady control
The side of drive shaft 10 on trolley 8, the steady guide rail 9 is provided with drive enclosure 29.It is provided in the drive enclosure 29
The side of driving motor 213, driving motor 213 is provided with inductor 216, is connected in the output shaft end of driving motor 213
One end of toggle-action lever 214, the toggle-action lever 214 is connected with sensor block 212, which turns to sensor block after corresponding position
212 position can be sensed by inductor 216, be stopped to control driving motor 213.It is set on the toggle-action lever 214
There is one end of sensor block 212 to be hinged with and push connecting rod 210, the other end of the promotion connecting rod 210 and steady control trolley 8 are hinged.
After pressing the button for stopping pusher, controller can provide control signal to inductor 216, and inductor 216 is examined
Survey whether sensor block 212 reaches corresponding test position, if after sensor block 212 reaches corresponding position, inductor 216 will provide inspection
Signal is surveyed to controller, controller control driving motor 213 stops operating so that toggle-action lever 214 and the company of promotion when final shutdown
Bar 210 is in angle appropriate, and steady control can more convenient, be quickly pushed when convenient for driving driving motor 213 next time
Trolley 8.
Preferably, the other end of the toggle-action lever 214 is connected with clump weight 215.Toggle-action lever under the action of clump weight 215
The stress at 214 both ends is more balanced, is vibrated caused by so as to reduce when driving motor 213 works.
Embodiment 1
A kind of green-keeping machine feed system pusher, including be set in drawing-in device 2 steady guide rail 9, steady control
Trolley 8, the drive shaft 10 being connected on steady control trolley 8, the side of the steady guide rail 9 is provided with drive enclosure 29.It should
Driving motor 213 is provided in drive enclosure 29, the side of driving motor 213 is provided with inductor 216, in driving motor
213 output shaft end is connected with toggle-action lever 214, and one end of the toggle-action lever 214 is connected with sensor block 212,212 turns of the sensor block
Moving the position of sensor block 212 after corresponding position can be sensed by inductor 216, stop to controlling driving motor 213
Work.One end that the toggle-action lever 214 is equipped with sensor block 212 is hinged with promotion connecting rod 210, the other end of the promotion connecting rod 210
It is hinged with steady control trolley 8.
After pressing the button for stopping pusher, controller can provide control signal to inductor 216, and inductor 216 is examined
Survey whether sensor block 212 reaches corresponding test position, if after sensor block 212 reaches corresponding position, inductor 216 will provide inspection
Signal is surveyed to controller, controller control driving motor 213 stops operating so that toggle-action lever 214 and the company of promotion when final shutdown
Bar 210 is in angle appropriate, and steady control can more convenient, be quickly pushed when convenient for driving driving motor 213 next time
Trolley 8.
Embodiment 2
On the basis of embodiment one, the other end of the toggle-action lever 214 is connected with clump weight 215.In the work of clump weight 215
Stress with 214 both ends of lower crank bar is more balanced, is vibrated caused by so as to reduce when driving motor 213 works.
Embodiment 3
A kind of green-keeping machine automatic feeding system, the feed system are suitable for vial-type tea water-removing machine 3 (frying pan), are special needles
To hiding tea (brick tea), black tea, magnificent tea and a product of Chinese medicine processing enterprise exploitation, dependable performance is easy to operate,
One man operation, five minutes or so 3 single filler time of diameter 139cm green-keeping machines (400-450 jins) is only needed to be suitable for 1-8 platforms
The mechanization feeding operation of tea water-removing machine 3 (frying pan) improves yield to reduce manpower.The feed system includes guide rail
1, which is at least arranged two, and drawing-in device 2 is provided on guide rail 1, and the drawing-in device 2 is under the action of driving device
It can be moved in the length direction of 1 upper edge guide rail 1 of guide rail.The side of the guide rail 1 is provided with several green-keeping machines 3, which sets
It sets in the side of the discharge port of drawing-in device 2, and several green-keeping machines 3 is set gradually along the length direction of guide rail 1.In guide rail 1
It is both provided with locating piece 11 at the position of each green-keeping machine of upper correspondence 3, position sensor is set in the bottom of drawing-in device 2；
Drawing-in device 2 on guide rail 1 when being moved, and after position sensor detects locating piece 11, then the drawing-in device 2 can stop
It only moves, convenient for subsequently water-removing processing will be carried out in the tea raw material push-in green-keeping machine 3 in drawing-in device 2.
Steady guide rail 9, steady control trolley 8, the drive being connected on steady control trolley 8 are provided in drawing-in device 2
The side of moving axis 10, the steady guide rail 9 is provided with drive enclosure 29.It is provided with driving motor 213 in the drive enclosure 29,
The side of driving motor 213 is provided with inductor 216, and toggle-action lever 214 is connected in the output shaft end of driving motor 213, should
One end of toggle-action lever 214 is connected with sensor block 212, and the position which turns to sensor block 212 after corresponding position can
It is sensed by inductor 216, is stopped to control driving motor 213.The toggle-action lever 214 is equipped with sensor block 212
One end, which is hinged with, pushes connecting rod 210, and the other end of the promotion connecting rod 210 and steady control trolley 8 are hinged.
Embodiment 4
On the basis of embodiment three, the raw material caching room which is set to drawing-in device 2 holds with second
It receives between room, which includes the second rack 55, is provided with second conveyor structure the second rack 55 is tilted
54, which is located at that raw material caching is indoor, and the other end of second carriage is located at the of drawing-in device 2
Above two accommodating chambers.The second conveyor structure 54 includes being set to two group of second narrow conveyer belt 543 in the second rack 55, two groups
Second narrow conveyer belt 543 along raw material one the first from left of conveying direction it is right be arranged in the left and right sides of second conveyor structure 54.Two
It is provided with multigroup second feedblock 544 between the second narrow conveyer belt 543 of group, multigroup second feedblock 544 is along the second narrow conveyer belt
543 length direction is uniformly distributed, and the both ends of the second feedblock 544 are connected respectively on the two group of second narrow conveyer belt 543 in left and right,
When motor drives the movement of the second narrow conveyer belt 543, which will also move together with the second narrow conveyer belt 543.
Multigroup second wear resistant smooth plate 545 is additionally provided in second carriage, multigroup second wear resistant smooth plate 545 is along second conveyor structure
54 length direction setting, and the second wear resistant smooth plate 545 is sleeved in the second narrow conveyer belt 543, the second narrow conveyer belt 543
Top is close to the second wear resistant smooth plate 545.In addition, it is additionally provided with collecting board 52 in the lower section of second conveyor structure 54, the collection
The cross section of plate 52 is U-shaped, to form raw materials recovery channel 53 between second conveyor structure 54 and collecting board 52.Passing through
During 54 transferring raw material of second conveyor structure or during raw material exports and falls to the second accommodating chamber, it can pass through
Collecting board 52 is collected the raw material partly fallen, and 1 outside of guide rail is uniformly collected and be emitted on to the raw material that finally will fall off,
So as to effectively avoid influencing movement of the drawing-in device 2 on guide rail 1 because raw material is arbitrarily fallen.
Embodiment 5
On the basis of example IV, which is ceramic tile, and the glaze of ceramic tile is working face.Due to
The cost of ceramic tile is relatively low, and the wearability of the glaze of ceramic tile, slickness are preferable, can reduce narrow conveyer belt, tea raw material with
Frictional force between ceramic tile.
Embodiment 6
On the basis of example IV or embodiment five, limitation mechanism 56, the limitation are additionally provided in the second rack 55
Mechanism 56 is located at the top of second conveyor structure 54.The limitation mechanism 56 is mainly used for limiting raw material on second conveyor structure 54
Thickness, effectively avoid the raw material covered on second conveyor structure 54 excessive, to second conveyor structure 54 convey process
In effectively avoid falling from the both sides of the second rack 55 due to feedstock transportation is excessive.
Embodiment 7
On the basis of embodiment six, which includes shaft 561, and several directions are evenly equipped in shaft 561
The limitation of 561 axis of shaft turns over bar 562, and the other end that limitation turns over bar 562 is that bending is L-shaped.Several limitations turns over 562 edge of bar
The axis of shaft 561 is distributed in three rows, and the axial direction of shaft 561 is provided with more limitations in each row and turns over bar 562, three rows limit
Amount is turned over bar 562 and is uniformly distributed along the circumferential direction of shaft 561.The L-type structure that 562 end of bar is turned over by limitation can be by extra raw material
It routs up down, ensures that the piling height of raw material in output of second conveyor structure 54 is unlikely to excessively high, effectively avoid raw material from the
The both sides of two racks 55 are fallen.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
All any modification, equivalent and improvement etc., should be included in the utility model made by within the spirit and principle of utility model
Protection domain within.
Claims (7)
1. a kind of green-keeping machine feed system pusher, it is characterised in that：Including the steady guide rail being set in drawing-in device (2)
(9), steadily control trolley (8), the drive shaft (10) being connected on steady control trolley (8), the side of steady guide rail (9) are arranged
There is drive enclosure (29)；Driving motor (213), the side setting of driving motor (213) are provided in drive enclosure (29)
There are inductor (216), the output shaft end of driving motor (213) to be connected with toggle-action lever (214), one end of toggle-action lever (214) connects
It is connected to sensor block (212), one end that toggle-action lever (214) is equipped with sensor block (212) is hinged with promotion connecting rod (210), the company of promotion
The other end of bar (210) and steady control trolley (8) are hinged.
2. a kind of green-keeping machine feed system pusher as described in claim 1, it is characterised in that：Toggle-action lever (214) it is another
End is connected with clump weight (215).
3. a kind of green-keeping machine automatic feeding system, including guide rail (1), drawing-in device (2), several green-keeping machines (3), first-level transport dress
Set (4) and two-stage conveying device (5), it is characterised in that：Be provided in drawing-in device (2) steady guide rail (9), steadily control it is small
Vehicle (8), the drive shaft (10) being connected on steady control trolley (8), the side of steady guide rail (9) is provided with drive enclosure
(29)；It is provided with driving motor (213) in drive enclosure (29), the side of driving motor (213) is provided with inductor
(216), the output shaft end of driving motor (213) is connected with toggle-action lever (214), and one end of toggle-action lever (214) is connected with induction
Block (212), one end that toggle-action lever (214) is equipped with sensor block (212) are hinged with promotion connecting rod (210), push connecting rod (210)
The other end and steady control trolley (8) are hinged.
4. a kind of green-keeping machine automatic feeding system as claimed in claim 3, it is characterised in that：Two-stage conveying device (5) includes the
Two racks (55), the second rack (55) is interior to be provided with second conveyor structure (54)；Second conveyor structure (54) includes being set to the
Two group second narrow conveyer belt (543) in two racks (55), and be arranged at intervals between two group second narrow conveyer belt (543) more
The second feedblock of group (544), the both ends of the second feedblock (544) are connected respectively on two group second narrow conveyer belt (543)；Second
Length direction in carriage (541) along second conveyor structure (54) is provided with multigroup second wear resistant smooth plate (545), and second is resistance to
Polishing slide plate (545) is sleeved in the second narrow conveyer belt (543)；It is additionally provided with collecting board (52) below second conveyor structure (54),
And form raw materials recovery channel (53) between second conveyor structure (54) and collecting board (52).
5. a kind of green-keeping machine automatic feeding system as claimed in claim 4, it is characterised in that：Second wear resistant smooth plate (545) is
The glaze of ceramic tile, ceramic tile is working face.
6. a kind of green-keeping machine automatic feeding system as described in claim 4 or 5, it is characterised in that：It is also set in second rack (55)
It is equipped with the limitation mechanism (56) for limiting raw thickness on second conveyor structure (54), limitation mechanism (56) is located at the second conveying
Above mechanism (54).
7. a kind of green-keeping machine automatic feeding system as claimed in claim 6, it is characterised in that：The mechanism that limits the quantity (56) includes shaft
(561), it is evenly equipped with several limitations for being directed toward shaft (561) axis in shaft (561) and turns over bar (562), limitation turns over the another of bar (562)
One end is that bending is L-shaped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721324452.0U CN207671175U (en) | 2017-10-16 | 2017-10-16 | A kind of green-keeping machine feed system pusher and green-keeping machine automatic feeding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721324452.0U CN207671175U (en) | 2017-10-16 | 2017-10-16 | A kind of green-keeping machine feed system pusher and green-keeping machine automatic feeding system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207671175U true CN207671175U (en) | 2018-07-31 |
Family
ID=62954327
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721324452.0U Expired - Fee Related CN207671175U (en) | 2017-10-16 | 2017-10-16 | A kind of green-keeping machine feed system pusher and green-keeping machine automatic feeding system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207671175U (en) |
-
2017
- 2017-10-16 CN CN201721324452.0U patent/CN207671175U/en not_active Expired - Fee Related
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Granted publication date: 20180731 Termination date: 20191016 |