CN207566401U

CN207566401U - A kind of arrangement conveying device of button

Info

Publication number: CN207566401U
Application number: CN201721738148.0U
Authority: CN
Inventors: 詹崇超
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-12-13
Filing date: 2017-12-13
Publication date: 2018-07-03
Anticipated expiration: 2027-12-13

Abstract

The utility model discloses a kind of arrangement conveying devices of button,Its key points of the technical solution are that include vibrating disk,Conveying assembly and clamp assemblies,The exit of vibrating disk, which is provided with, includes hopper,Helical orbit and transport pipeline,Be formed in transport pipeline for button by transport channel,The width of transport channel is adjusted,Conveying assembly includes conveying main body,Conveyance conduit and elastic baffle,Elastic baffle is located at conveyance conduit exit and can block the outlet of conveyance conduit,Clamp assemblies include left clamp hand,Right clamp hand,Drive left clamping jaw and right clamping jaw close to each other or far from the second cylinder to clamp or put down the first cylinder of button and it is driven to be moved forward and backward,Pass through the adjustable setting of transfer passage width on vibrating disk,So that the device realizes the arrangement to button while being conveyed to button at random,Pass through the setting of conveying assembly and clamp assemblies,It allows the device to automatically be placed into button one by one on polishing position.

Description

A kind of arrangement conveying device of button

Technical field

The utility model is related to button conveying equipment technical field, the arrangement conveying of more particularly to a kind of button Device.

Background technology

Button as connecting clothing the both sides hem fastener and clothes on ornament, in daily life Be widely used, in the process of manufacture of button, need to button carry out edging, to button carry out edging when, need by Button at random is put into one by one on button grinding device, and placement process is usually completed by manual operation, is taken time and effort, and knob Button need accurately be put into designated position, otherwise the polishing of button will be impacted, if can provide it is a kind of can be by knob at random Button is arranged, conveyed and is placed into the device of polishing position, will substantially reduce human cost, improves processing efficiency, and can drop Error rate during low manual operation

Utility model content

In view of the deficienciess of the prior art, the arrangement the purpose of this utility model is to provide a kind of button conveys dress It puts, which can be arranged and conveyed to button at random, and is placed on polishing position.

To achieve the above object, the utility model provides following technical solution：A kind of arrangement conveying device of button, packet Include the vibrating disk for being arranged and being conveyed to button, the conveying assembly conveyed to the button put in order and can be by knob Clip holds the clamp assemblies for being placed into designated position；

The vibrating disk includes hopper, the helical orbit being set on hopper and is connected with helical orbit end Transport pipeline, the transport pipeline include bottom plate, cover board and the outer side shield between bottom plate and cover board and interior side block Plate, the bottom plate, cover board, inner side baffle and outer side shield surround for button by transport channel, the outer side shield Upper and lower both sides are fixedly connected respectively with cover board and bottom plate, and the height of the inner side baffle is mutually fitted with the distance between bottom plate and cover board Match, and the inner side baffle can slide along the width direction of transport channel；

Be convexly equipped with interspersed plate on the lateral surface of the inner side baffle, the interspersed plate and inner side baffle into being vertically arranged, and Interspersed plate is provided with multiple first grooves along its length, and interspersed block is provided on the bottom plate, and the interspersed block is located at interior It the outside of side shield and is in a parallel set with inner side baffle, the passed through for interspersed plate is provided on the lateral surface of the interspersed block Two grooves, second groove run through the thickness direction of interspersed block, and the upper surface of the interspersed block is provided with third groove, described Third groove is conducted with the second groove, and snap-gauge is plugged in the third groove, and the snap-gauge passes through after being inserted into third groove The first different grooves is inserted into adjust the width of transport channel；

The conveying assembly includes conveying main body, the bullet for the conveyance conduit that conveys button and for blocking button Property baffle, the conveyance conduit be installed on conveying main body on, the elastic baffle be set to the exit of conveyance conduit and with it is defeated Pipeline is sent to be hinged, the lower end of the elastic baffle can block the outlet of conveyance conduit, and elastic baffle can be flipped up；

The clamp assemblies include the holder body being connect with conveying main body slip, are located at conveying assembly or so respectively The left clamp hands of both sides and right clamp hand drive left clamp hand and right clamp hand close to each other or far from the first gas to clamp or put down button Cylinder and the second cylinder that holder body is driven to be moved forward and backward, the left clamp hand and right clamp hand is connected with holder body and energy Enough to be moved along the width direction of holder body, the holder body, which is moved forward and backward, drives left clamp hand to be moved forward and backward with right clamp hand, institute When stating holder body and moving backward in place, left clamp hand is located at the left and right sides of conveyance conduit exit button with right clamp hand respectively, When the holder body is moved forward in place, button is transported on designated position by left clamp hand with right clamp hand.

As further improvement of the utility model, the width of first groove is equal with the width of third groove, institute The thickness for stating snap-gauge is adapted with the width of the first groove and third groove.

As further improvement of the utility model, the snap-gauge is set as "T"-shaped, the phase at the third slot opening Both sides are both provided with block, when the snap-gauge is lifted in place upwards, the protrusion of snap-gauge both sides will be blocked by block.

As further improvement of the utility model, the hopper includes chassis and the side wall being fixedly connected with chassis, The helical orbit is set on side wall, and the chassis is set as the low bulge-structure of intermediate high surrounding.

As further improvement of the utility model, bumping post is provided on the side wall, the bumping post is located at helical orbit It top and is in a parallel set with helical orbit, the distance between the bumping post and helical orbit are more than the thickness of button, less than knob Detain thickness twice.

As further improvement of the utility model, the button is the button of posterior protrusion, is set on the helical orbit The screening plant that can fall face-up button is equipped with, the screening plant includes what inner or outer side tilted down Spiral inclination track and the raised line that spiral inclination track tilts down side is set to, the lateral surface of the button is connected to convex On item and button slides into heeling condition on spiral inclination track, set on the raised line it is jagged, the indentation, there it is convex Thickness is adapted with the thickness of button, and the length of the notch is more than the outer diameter of button, when face-up button passes through spiral shell When revolving inclined plane, due to the bulge-structure of button back side, button will slide out of notch.

As further improvement of the utility model, the conveyance conduit include conveyer belt for conveying button and Front and rear button is avoided mutually to abut overhead gage, right baffle-plate and right shell body mobile on the outside of backward conveyer belt, the overhead gage, a left side Baffle, right shell body are located at upper, left and right three sides of conveyer belt respectively, and the overhead gage is connected with right shell body, the right baffle-plate and Right shell body is connected with conveying main body.

As further improvement of the utility model, the right baffle-plate includes fixed plate and sliding plate, the fixed plate Upper and lower ends are connected respectively with sliding plate and conveying main body, and the fixed plate and sliding plate pass through spiral shell into T-shaped setting Bolt is detachably connected, several are provided with above the fixed plate for the threaded hole with bolt bolt, the threaded hole edge The length direction distribution of fixed plate, is provided with waist-shaped hole on the sliding plate, screw thread in the quantity and fixed plate of the waist-shaped hole The quantity in hole is identical, and the length direction of the waist-shaped hole is identical with the width direction of sliding plate, the sliding plate, upper gear Plate, right shell body and conveyer belt surround for button by transfer passage, the thickness of the sliding plate be slightly less than overhead gage with it is defeated The distance between band is sent, the sliding plate can slide along the width direction of transfer passage.

As further improvement of the utility model, the first slippage slot is provided in the conveying main body, described first slides Move length direction setting of the slot along conveying main body, the cross section of first slippage slot is into T-shaped setting, below holder body The first slipping block is provided with, the outer profile of first slipping block is adapted with the cross section of the first slippage slot, and described first slides Move block can be slided in the first slippage slot, and the first slipping block slide back and forth in place afterwards respectively with the first slippage slot length direction Both ends of the surface abut against.

As further improvement of the utility model, the second slippage slot is provided on the holder body, described second slides Slot is moved to set along the width direction of holder body, the cross section of second slippage slot into T-shaped setting, the left clamp hand with The second slipping block is both provided with below right clamp hand, the outer profile of second slipping block is mutually fitted with the cross section of the second slippage slot Match, second slipping block can horizontally slip in the second slippage slot.

The beneficial effects of the utility model：Pass through the adjustable setting of transfer passage width on vibrating disk so that the device The arrangement to button is realized while being conveyed to button at random, by the setting of conveying assembly and clamp assemblies, It allows the device to automatically be placed into button one by one on polishing position, compared with manual operation, reduces human cost, carry High processing efficiency, and when avoiding manual operation, button can not be accurately placed into designated position by operating personnel, causes pair The polishing of button impacts.

Description of the drawings

Fig. 1 is a kind of dimensional structure diagram of the arrangement conveying device of button；

Fig. 2 is the dimensional structure diagram of vibrating disk；

Fig. 3 is the enlarged drawing at A in Fig. 2；

Fig. 4 is the enlarged drawing at B in Fig. 2；

Fig. 5 is the attachment structure schematic diagram of snap-gauge and grafting block；

Fig. 6 is the dimensional structure diagram of grafting block；

Fig. 7 is the dimensional structure diagram that conveying assembly is connected with clamp assemblies；

Fig. 8 is the dimensional structure diagram of conveying assembly；

Fig. 9 is the dimensional structure diagram of clamp assemblies.

Reference numeral：1st, vibrating disk；11st, hopper；111st, chassis；112nd, side wall；1121st, bumping post；12nd, helical orbit； 121st, screening plant；1211st, spiral inclination track；1212nd, raised line；12121st, notch；13rd, transport pipeline；131st, bottom plate； 1311st, intert block；13111st, the second groove；13112nd, third groove；13113rd, snap-gauge；13114th, block；132nd, cover board；133、 Outer side shield；134th, inner side baffle；1341st, intert plate；13411st, the first groove；135th, transport channel；2nd, conveying assembly；21、 Convey main body；211st, the first slippage slot；22nd, conveyance conduit；23rd, elastic baffle；24th, conveyer belt；25th, overhead gage；26th, left gear Plate；261st, fixed plate；262nd, sliding plate；2621st, waist-shaped hole；27th, right shell body；28th, transfer passage；3rd, clamp assemblies；31st, it clamps Main body；311st, the first slipping block；312nd, the second slippage slot；32nd, left clamp hand；321st, the second slipping block；33rd, right clamp hand；34th, first Cylinder；35th, the second cylinder.

Specific embodiment

With reference to the accompanying drawings and examples, the utility model is further described.Wherein identical parts phase Same reference numeral represents.It should be noted that word "front", "rear" used in the following description, "left", "right", " on " and " under " referring to direction in attached drawing, word " bottom surface " and " top surface ", " interior " and " outer " are referred respectively to towards or away from specific The direction at component geometry center.

Referring to figs. 1 to shown in 9, a kind of arrangement conveying device of button of the present embodiment includes and button is arranged Vibrating disk 1 with conveying, the conveying assembly 2 conveyed to the button put in order and can clamp button be placed into specified The clamp assemblies 3 of position；

Vibrating disk 1 include button, hopper 11, the helical orbit 12 being set on hopper 11 and with the end of helical orbit 12 The transport pipeline 13 being connected is held, transport pipeline 13 includes bottom plate 131, cover board 132 and positioned at bottom plate 131 and cover board 132 Between outer side shield 133 and inner side baffle 134, bottom plate 131, cover board 132, inner side baffle 134 and outer side shield 133 surround For button by transport channel 135, the both sides up and down of outer side shield 133 are fixedly connected respectively with cover board 132 and bottom plate 131, The height of inner side baffle 134 is slightly less than the distance between bottom plate 131 and cover board 132, and inner side baffle 134 can be along transport channel 135 width direction sliding；

Interspersed plate 1341 is convexly equipped on the lateral surface of inner side baffle 134, interspersed plate 1341 is set with inner side baffle 134 into vertical It puts, and interspersed plate 1341 is provided with multiple first grooves 13411 along its length, and interspersed block 1311 is provided on bottom plate 131, Interspersed block 1311 is located at the outside of inner side baffle 134 and is in a parallel set with inner side baffle 134, on the lateral surface for interting block 1311 The second groove 13111 passed through for interspersed plate 1341 is provided with, the second groove 13111 runs through the thickness direction of interspersed block 1311, The upper surface of interspersed block 1311 is provided with third groove 13112, and third groove 13112 is conducted with the second groove 13111, third Snap-gauge 13113 is plugged in groove 13112, snap-gauge 13113 is inserted into after third groove 13112 by being inserted into the first different grooves 13411 adjust the width of transport channel 135；

Conveying assembly 2 includes conveying main body 21, for the conveyance conduit 22 that conveys button and for blocking button Elastic baffle 23, conveyance conduit 22 be installed on conveying main body 21 on, elastic baffle 23 be set to the exit of conveyance conduit 22 and It is hinged with conveyance conduit 22, the lower end of elastic baffle 23 can block the outlet of conveyance conduit 22, and elastic baffle 23 can It is flipped up；The entrance of conveyance conduit 22 can be connected with the transport channel 135 of vibrating disk 1, and button goes out from transport channel 135 Enter the entrance of conveyance conduit 22 at mouthful, and there are 1mm to 2mm with 135 exit of transport channel for 22 entrance of conveyance conduit Gap, at this time button 22 entrance of conveyance conduit can be moved to from the transport channel 135 of vibrating disk 1, when gap is less than During 1mm, the exit of transport channel 135 may collide under the effect of vibration of vibrating disk 1 with 22 entrance of conveyance conduit, easily Transport channel 135 or conveyance conduit 22 is caused to damage, reduces the service life of the device, when gap is more than 2mm, due to gap Larger, button is easily fallen on the ground from gap location, is unfavorable for the conveying of button,

Clamp assemblies 3 include the holder body 31 being connect with conveying 21 slip of main body, are located at 2 left side of conveying assembly respectively The left clamp hand 32 of right both sides and right clamp hand 33 drive left clamp hand 32 and right clamp hand 33 close to each other or far to clamp or put down knob First cylinder 34 of button and the second cylinder 35 that holder body 31 is driven to be moved forward and backward, left clamp hand 32 and right clamp hand 33 with folder It holds main body 31 to be connected and can move along the width direction of holder body 31, holder body 31, which is moved forward and backward, drives left clamp hand 32 It is moved forward and backward with right clamp hand 33, when holder body 31 is moved backward in place, left clamp hand 32 is located at delivery pipe respectively with right clamp hand 33 The left and right sides of 22 exit button of road, when holder body 31 is moved forward in place, left clamp hand 32 and right clamp hand 33 are defeated by button It is sent on designated position.

Button at random is poured into the hopper 11 of vibrating disk 1, button will be along spiral under the effect of vibration of vibrating disk 1 Track 12 is delivered up to entering in transport pipeline 13, and the distance between cover board 132 and bottom plate 131 is set greater than to the thickness of button It spends and less than twice of button thickness, then when button enters transport pipeline 13 from 12 end of helical orbit, if button overlaps one It rises, then the button on upper strata will be stopped by cover board 132, and button is avoided to overlap conveying, lead to button conveying in a jumble；And Pass through the setting of plugboard, grafting block and snap-gauge 13113 so that after snap-gauge 13113 passes through the third groove 13112 of grafting block The the first different grooves 13411 being inserted on plugboard, can adjust the position of inner side baffle 134 being connected with plugboard, make Obtaining the width of transport channel 135 can be adjusted, and operating personnel can adjust transport channel according to the outer diameter size of different buttons 135 width so that the width of transport channel 135 can be slightly larger than the outer diameter of button, button energy when by transport channel 135 Enough it is arranged in single, front and rear in good order by transport channel 135, which can adapt to the knob of various outer diameter size Button, strong applicability, use scope is wide, and the width by adjusting transport channel 135, and button is enabled to neatly to have in conveying Sequence realizes the arrangement to button while being conveyed to button；

Button sequentially enters the entrance to conveyance conduit 22, and conveyance conduit 22 from the exit of transport channel 135 Button at upper outlet will be stopped by the elastic baffle 23 in 22 exit of conveyance conduit；Left clamp hand 32 distinguishes position with right clamp hand 33 In the both sides of 22 exit button of conveyance conduit, left clamp hand 32 and right clamp hand 33 under the action of the first cylinder 34 it is close to each other with Button is clamped, and is moved forwards under the action of the second cylinder 35, button belt dynamic elasticity baffle 23 is flipped up at this time, directly Be separated to button and elastic baffle 23, elastic baffle 23 by downwardly turn over continue stop rear button, left clamp hand 32 with After right clamp hand 33 drives button to slide in place forward, the first cylinder 34 will drive left clamp hand 32 to be located remotely from each other with right clamp hand 33, this When button will be placed on polishing position, it is former that the second cylinder 35 drives left clamp hand 32 and right clamp hand 33 to slide onto reply backward again Position, left clamp hand 32 and right clamp hand 33 are again positioned at the both sides of 22 exit button of conveyance conduit, and beat in a upper button at this time Next button is driven to be placed on polishing position after mill to polish；

Pass through the adjustable setting of 135 width of transport channel on vibrating disk 1 so that the device is to button progress at random The arrangement to button is realized while conveying, passes through the setting of conveying assembly 2 and clamp assemblies 3 so that the device can be certainly It is dynamic to be placed into button one by one on polishing position, compared with manual operation, human cost is reduced, improves processing efficiency, and When avoiding manual operation, button can not be accurately placed into designated position by operating personnel, cause to cause the polishing of button It influences.

As a kind of improved specific embodiment, the width of the first groove 13411 and the width phase of third groove 13112 Thickness Deng, snap-gauge 13113 is equal to or slightly less than the width of the first groove 13411 and third groove 13112, at this time snap-gauge 13113 be caught in the first groove 13411 in third groove 13112 after, 13113 side of snap-gauge can with the first groove 13411 or The side of third groove 13112 abuts against or gap between side is minimum so that will not be sent out between plugboard and grafting block It is raw opposite to slide, avoid gap between 13113 side of snap-gauge and the first groove 13411 or the side of third groove 13112 compared with Greatly so that plugboard remains to that inner side baffle 134 is driven to slide, and the width of transport channel 135 is caused to change, to the defeated of button It send and impacts.

As a kind of improved specific embodiment, snap-gauge 13113 is set as "T"-shaped, 13112 opening of third groove Opposite sides is both provided with block 13114, snap-gauge 13113 upwards lifting in place when, the protrusions of 13113 both sides of snap-gauge will be by Block 13114 blocks, and passes through the setting of the protrusion on snap-gauge 13113 and block 13114 so that snap-gauge 13113 can not be from It is skidded off in third groove 13112, snap-gauge 13113 is avoided to be lost after being skidded off out of third groove 13112, causes the device that can not adjust The width of transport channel 135 is saved, the conveying of button is impacted.

As a kind of improved specific embodiment, hopper 11 includes chassis 111 and the side being fixedly connected with chassis 111 Wall 112, helical orbit 12 are set on side wall 112, and chassis 111 is set as the low bulge-structure of intermediate high surrounding, when to be conveyed Button when being poured into hopper 11, due to the bulge-structure on chassis 111, convenient for button under vibration force effect to chassis 111 Four cycle slips so that button can comparatively fast enter side wall 112 on helical orbit 12 in, reduce button from pour into hopper 11 to Into the time of helical orbit 12, the transfer efficiency of button is improved.

As a kind of improved specific embodiment, bumping post 1121 is provided on side wall 112, bumping post 1121 is located at spiral track It is in a parallel set above road 12 and with helical orbit 12, the distance between bumping post 1121 and helical orbit 12 are more than the thickness of button Degree, less than twice of button thickness, when button on helical orbit 12 when sliding, if button overlaps, bumping post 1121 Barrier effect is played to the button on upper strata so that the button on upper strata can not continue to convey, it is ensured that button can individual layer conveying so that The conveying of button is more in good order.

As a kind of improved specific embodiment, button is the button of posterior protrusion, i.e., the back side camber of button or The back side is provided with convex block, and screening plant 121 is provided on helical orbit 12, and screening plant 121 includes inner or outer side downwards Inclined spiral inclination track 1211 and the raised line 1212 that spiral inclination track 1211 tilts down side is set to, button Lateral surface is connected on raised line 1212 and button slides into heeling condition on spiral inclination track 1211, is set on raised line 1212 Jagged 12121,1212 thickness of raised line at notch 12121 is less than the thickness of button, and the length of notch 12121 is more than button Outer diameter, when face-up button is by spiral inclination track 1211, due to the bulge-structure of button back side, the button back side It can not fit with spiral inclination track 1211, the thickness of raised line 1212 is smaller at this time, and raised line 1212 can not support the outer of button Side, button will slide at the notch 12121 of raised line 1212, and when the back side, button upward passes through spiral inclination track 1211 When, the front of button fits with spiral inclination track 1211, and raised line 1212 can support the lateral surface of button at this time, and button is not It can be slid at the notch 12121 of raised line 1212, therefore by the setting of screening plant 121, enable to face-up knob It deducts and falls, the button of the back side upward passes through so that by the equal back side of the button of screening plant 121 upward, the conveying of button is more Neatly.

As a kind of improved specific embodiment, conveyance conduit 22 include conveyer belt 24 for conveying button and Front and rear button is avoided mutually to abut mobile overhead gage 25, right baffle-plate 26 and the right shell body 27 in backward 24 outside of conveyer belt, upper gear Plate 25, right baffle-plate 26, right shell body 27 are located at upper, left and right three sides of conveyer belt 24 respectively, and overhead gage 25 is connected with right shell body 27 It connects, right baffle-plate 26 is connected with right shell body 27 with conveying main body 21.

Button constantly enters the inlet of conveyer belt 24, and going out to conveyer belt 24 from the exit of transport channel 135 It is conveyed at mouthful, due to the barrier effect of elastic baffle 23, is mutually squeezed before and after the button meeting on conveyer belt 24, pass through overhead gage 25th, the setting of right baffle-plate 26 and right shell body 27 so that button will not move in extrusion process to upside, left or right side, Button is caused to be skidded off from conveyer belt 24, button will be unable to continue to convey.

As a kind of improved specific embodiment, right baffle-plate 26 includes fixed plate 261 and sliding plate 262, fixed plate 261 upper and lower ends are connected respectively with sliding plate 262 and conveying main body 21, and fixed plate 261 is set with sliding plate 262 into T-shaped It puts, and is detachably connected by bolt, 261 top of fixed plate is provided with several for the threaded hole with bolt bolt, spiral shell Pit is distributed along the length direction of fixed plate 261, is provided with waist-shaped hole 2621 on sliding plate 262, the quantity of waist-shaped hole 2621 with The quantity of 261 upper screwed hole of fixed plate is identical, and the length direction of waist-shaped hole 2621 with the width direction phase of sliding plate 262 Together, sliding plate 262, overhead gage 25, right shell body 27 and conveyer belt 24 surround for button by transfer passage 28, sliding plate 262 thickness is slightly less than the distance between overhead gage 25 and conveyer belt 24, and sliding plate 262 can be along the width side of transfer passage 28 To sliding.

The waist-shaped hole 2621 on sliding plate 262 is passed through to screw in again admittedly by using bolt between fixed plate 261 and sliding plate 262 Threaded hole on fixed board 261 connects, and the width side of the length direction of the waist-shaped hole 2621 of sliding plate 262 and sliding plate 262 To identical, therefore sliding plate 262 can adjust position along its width direction so that and the width of transfer passage 28 can be adjusted,

Operating personnel can adjust the width of transfer passage 28 according to the outer diameter size of different buttons so that transfer passage 28 width can be slightly larger than the outer diameter of button, button can be also arranged in when by transfer passage 28 it is single, it is front and rear neat It is orderly by transfer passage 28, the button of 28 port of export of transfer passage can be accurately clamped convenient for clamping device, avoids button Chaotic is deposited in 28 port of export of transfer passage, and gripping apparatus grips button is impacted.

As a kind of improved specific embodiment, convey and be provided with the first slippage slot 211, the first slippage slot in main body 21 211 along conveying main bodys 21 length direction setting, the cross section of the first slippage slot 211 is into T-shaped setting, under holder body 31 Side is provided with the first slipping block 311, and the outer profile of the first slipping block 311 is adapted with the cross section of the first slippage slot 211, and first Slipping block 311 can slide in the first slippage slot 211, and the first slipping block 311 slides back and forth and slided respectively with first afterwards in place The both ends of the surface for moving 211 length direction of slot abut against.

Pass through the setting of T-shaped the first slippage slot 211 and the first slipping block 311 so that holder body 31 can be steady Fixed slides in conveying main body 21, and the two sides of slippage slot length direction can play the movement of slipping block blocking and make With, be conducive to control slipping block displacement distance, avoid the second cylinder 35 drive 31 displacement distance of holder body it is excessive, lead to a left side Clamp hand 32 and the displacement distance of right clamp hand 33 are excessive, and the placement location of button causes shadow beyond designated position to the polishing of button It rings, and the Sliding Structures are simple and practical, it is easy to process.

As a kind of improved specific embodiment, the second slippage slot 312, the second slippage slot are provided on holder body 31 312 are set along the width direction of holder body 31, the cross section of the second slippage slot 312 into T-shaped setting, left clamp hand 32 with it is right 33 lower section of clamp hand is both provided with the second slipping block 321, and the outer profile of the second slipping block 321 is transversal with the second slippage slot 312 Face is adapted, and the second slipping block 321 can horizontally slip in the second slippage slot 312.

Pass through the setting of T-shaped the second slippage slot 312 and the second slipping block 321 so that left clamp hand 32 and right clamp hand 33 can stablize slid on holder body 31, and two the second slipping blocks 321 are sliding in same second slippage slot 312 It moves, is aligned convenient for left clamp hand 32 with right clamp hand 33, is conducive to stable holding button, the Sliding Structures are simple and practical, easy to process.

It the above is only the preferred embodiment of the utility model, the scope of protection of the utility model is not limited merely to above-mentioned Embodiment, all technical solutions belonged under the utility model thinking belong to the scope of protection of the utility model.It should be pointed out that pair For those skilled in the art, several improvements and modifications under the premise of the utility model principle is not departed from, These improvements and modifications also should be regarded as the scope of protection of the utility model.

Claims

1. a kind of arrangement conveying device of button, it is characterised in that：Include the vibrating disk for being arranged and being conveyed to button (1), the conveying assembly (2) that is conveyed to the button put in order and button can be clamped to the clamping that be placed into designated position Component (3)；

The helical orbit (12) and and helical orbit that the vibrating disk (1) includes hopper (11), is set on hopper (11) (12) transport pipeline (13) that end is connected, the transport pipeline (13) include bottom plate (131), cover board (132) and position Outer side shield (133) and inner side baffle (134) between bottom plate (131) and cover board (132), the bottom plate (131), cover board (132), inner side baffle (134) and outer side shield (133) surround for button by transport channel (135), the outer side block The both sides up and down of plate (133) are fixedly connected respectively with cover board (132) and bottom plate (131), the height of the inner side baffle (134) with Distance between bottom plate (131) and cover board (132) is adapted, and the inner side baffle (134) can be along the width of transport channel (135) Spend direction sliding；

Interspersed plate (1341), the interspersed plate (1341) and inner side baffle are convexly equipped on the lateral surface of the inner side baffle (134) (134) into being vertically arranged, and interspersed plate (1341) is provided with multiple first grooves (13411), the bottom plate along its length (131) interspersed block (1311) is provided on, the interspersed block (1311) is positioned at the outside of inner side baffle (134) and and inner side baffle (134) it is in a parallel set, the second groove passed through for interspersed plate (1341) is provided on the lateral surface of the interspersed block (1311) (13111), second groove (13111) is through the thickness direction of interspersed block (1311), the upper table of the interspersed block (1311) Face is provided with third groove (13112), and the third groove (13112) is conducted with the second groove (13111), and the third is recessed Snap-gauge (13113) is plugged in slot (13112), the snap-gauge (13113) is inserted into after third groove (13112) by being inserted into difference The first groove (13411) adjust the width of transport channel (135)；

The conveying assembly (2) includes conveying main body (21), for conveying the conveyance conduit of button (22) and for blocking The elastic baffle (23) of button, the conveyance conduit (22) are installed in conveying main body (21), elastic baffle (23) setting It is hinged in the exit of conveyance conduit (22) and with conveyance conduit (22), the lower end of the elastic baffle (23) can be blocked defeated The outlet of pipeline (22) is sent, and elastic baffle (23) can be flipped up；

The clamp assemblies (3) include the holder body (31) being connect with conveying main body (21) slip, are located at conveying respectively Left clamp hand (32) and right clamp hand (33), the left clamping jaw of drive and right clamping jaw at left and right sides of component (2) is close to each other or separate with folder The second cylinder (35) held or put down the first cylinder (34) of button and holder body (31) is driven to be moved forward and backward, the left folder Hand (32) and right clamp hand (33) are connected with holder body (31) and can be moved along the width direction of holder body (31), institute It states holder body (31) and is moved forward and backward the left clamp hand (32) of drive and right clamp hand (33) back-and-forth motion, the holder body (31) is backward When moving in place, left clamp hand (32) is located at the left and right sides of conveyance conduit (22) exit button, institute with right clamp hand (33) respectively When stating holder body (31) forward movement in place, button is transported on designated position by left clamp hand (32) with right clamp hand (33).

2. a kind of arrangement conveying device of button according to claim 1, it is characterised in that：First groove (13411) width is equal with the width of third groove (13112), the thickness and the first groove of the snap-gauge (13113) (13411) it is adapted with the width of third groove (13112).

3. a kind of arrangement conveying device of button according to claim 2, it is characterised in that：The snap-gauge (13113) sets It is set to "T"-shaped, the opposite sides of third groove (13112) opening is both provided with block (13114), the snap-gauge (13113) when being lifted in place upwards, the protrusion of snap-gauge (13113) both sides will be blocked by block (13114).

4. a kind of arrangement conveying device of button according to claim 1, it is characterised in that：The hopper (11) includes Chassis (111) and the side wall (112) being fixedly connected with chassis (111), the helical orbit (12) are set on side wall (112), The chassis (111) is set as the low bulge-structure of intermediate high surrounding.

5. a kind of arrangement conveying device of button according to claim 4, it is characterised in that：It is set on the side wall (112) Bumping post (1121) is equipped with, the bumping post (1121) is in a parallel set above helical orbit (12) and with helical orbit (12), The distance between the bumping post (1121) and helical orbit (12) are more than the thickness of button, less than twice of button thickness.

6. a kind of arrangement conveying device of button according to claim 5, it is characterised in that：The button is posterior protrusion Button, be provided with the screening plant (121) that can fall face-up button, the sieve on the helical orbit (12) Screening device (121) includes the spiral inclination track (1211) that tilts down of inner or outer side and is set to spiral inclination track (1211) raised line (1212) of side is tilted down, the lateral surface of the button is connected on raised line (1212) and button is into inclination State slides on spiral inclination track (1211), and jagged (12121), the notch are set on the raised line (1212) (12121) raised line (1212) thickness at is adapted with the thickness of button, and the length of the notch (12121) is more than the outer of button Diameter, when face-up button is by spiral inclination track (1211), due to the bulge-structure of button back side, button will be from lacking It is slid in mouth (12121).

7. a kind of arrangement conveying device of button according to claim 1, it is characterised in that：Conveyance conduit (22) packet It includes the conveyer belt (24) for being useful for conveying button and front and rear button is avoided mutually to abut movement on the outside of backward conveyer belt (24) Overhead gage (25), right baffle-plate (26) and right shell body (27), the overhead gage (25), right baffle-plate (26), right shell body (27) are respectively Positioned at upper, left and right three sides of conveyer belt (24), the overhead gage (25) is connected with right shell body (27), the right baffle-plate (26) It is connected with right shell body (27) with conveying main body (21).

8. a kind of arrangement conveying device of button according to claim 7, it is characterised in that：The right baffle-plate (26) includes Have a fixed plate (261) and sliding plate (262), fixed plate (261) upper and lower ends respectively with sliding plate (262) and conveying main body (21) it is connected, the fixed plate (261) is detachably connected with sliding plate (262) into T-shaped setting, and by bolt, institute It states and several is provided with above fixed plate (261) for the threaded hole with bolt bolt, the threaded hole is along fixed plate (261) Length direction distribution, be provided with waist-shaped hole (2621) on the sliding plate (262), the quantity of the waist-shaped hole (2621) with it is solid The quantity of fixed board (261) upper screwed hole is identical, and width of the length direction of the waist-shaped hole (2621) with sliding plate (262) Direction is identical, the sliding plate (262), overhead gage (25), right shell body (27) and conveyer belt (24) surround for button by Transfer passage (28), the thickness of the sliding plate (262) is slightly less than the distance between overhead gage (25) and conveyer belt (24), described Sliding plate (262) can slide along the width direction of transfer passage (28).

9. a kind of arrangement conveying device of button according to claim 1 or 8, it is characterised in that：The conveying main body (21) the first slippage slot (211) is provided on, first slippage slot (211) is set along the length direction of conveying main body (21), The cross section of first slippage slot (211) is provided with the first slipping block into T-shaped setting, holder body (31) lower section (311), the outer profile of first slipping block (311) is adapted with the cross section of the first slippage slot (211), first sliding Block (311) can be slided in the first slippage slot (211), and the first slipping block (311) is slid back and forth in place afterwards respectively with first The both ends of the surface of slippage slot (211) length direction abut against.

10. a kind of arrangement conveying device of button according to claim 9, it is characterised in that：The holder body (31) On be provided with the second slippage slot (312), second slippage slot (312) is set along the width direction of holder body (31), described The cross section of second slippage slot (312) is both provided with the into T-shaped setting below the left clamp hand (32) and right clamp hand (33) Two slipping blocks (321), the cross section of the outer profile of second slipping block (321) with the second slippage slot (312) are adapted, institute Stating the second slipping block (321) can horizontally slip in the second slippage slot (312).