CN204416447U - A kind of automatic feed mechanism - Google Patents

A kind of automatic feed mechanism Download PDF

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Publication number
CN204416447U
CN204416447U CN201520013615.8U CN201520013615U CN204416447U CN 204416447 U CN204416447 U CN 204416447U CN 201520013615 U CN201520013615 U CN 201520013615U CN 204416447 U CN204416447 U CN 204416447U
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CN
China
Prior art keywords
cylinder
feeding
plate
pilot pin
strip
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.)
Expired - Fee Related
Application number
CN201520013615.8U
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Chinese (zh)
Inventor
吕绍林
陈小刚
陈骅
张长辉
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Bozhong Suzhou Precision Industry Technology Co Ltd
Original Assignee
Bozhong Suzhou Precision Industry Technology Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Bozhong Suzhou Precision Industry Technology Co Ltd filed Critical Bozhong Suzhou Precision Industry Technology Co Ltd
Priority to CN201520013615.8U priority Critical patent/CN204416447U/en
Application granted granted Critical
Publication of CN204416447U publication Critical patent/CN204416447U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a kind of automatic feed mechanism, its large base plate is provided with feed mechanism, materials overturning mechanism and material transmission mechanism, feed mechanism can realize reciprocal feeding and feed, and materials overturning mechanism can gripping product, half-twist under the drive of rotary cylinder; Product from feeding the material strip of feed mechanism, and can be delivered in materials overturning mechanism by material transmission mechanism, and after product overturns 90 °, and material transmission mechanism can splicing transmit product to other mechanisms, for next step operation is prepared.The utility model is under the cooperatively interacting of feed mechanism, materials overturning mechanism and material transmission mechanism, and product is transported to normal place, and its work efficiency is high, and feeding position is accurate, reduces the labour intensity of workman.

Description

A kind of automatic feed mechanism
Technical field:
The utility model relates to a kind of automatic feed mechanism apparatus field, relates to one reciprocally feeding in particular, and product also by product half-twist, is transported to the automatic feed mechanism of standard operation position by automatic material taking after splicing.
Background technology:
In the pipelining process of workshop, product is generally placed on material strip, material strip is generally placed on supporting board, need material strip can reciprocal transportation product when sometimes using, need product to take out from material strip, after the product needed half-twist after sometimes taking out simultaneously, by other material receiving mechanism splicings, carry out next step action again, just need a kind of automatic material taking in this process and by product half-twist, after splicing, product be transported to the automatic feed mechanism of standard operation position.Be all generally artificial back and forth feeding material loading in prior art, labour intensity is large, and inefficiency, feeding position is inaccurate, also affects carrying out smoothly of next step operation of product.
Utility model content:
The purpose of this utility model is for the deficiencies in the prior art part, provides a kind of automatic feed mechanism, and product can be delivered on conveyor line automatically, it is simple to operate, easy to use, transmits product fast and accurately put in place.
Technology solution of the present utility model is as follows:
A kind of automatic feed mechanism, it comprises large base plate, described large base plate is provided with feed mechanism, materials overturning mechanism and material transmission mechanism, and described feed mechanism comprises bearing, material drag plate and material strip, and bearing is arranged on large base plate; Material drag plate is arranged on holder top, and material strip is placed on material drag plate, and the installed in front of described material drag plate has roller erecting frame, and roller erecting frame is provided with roller, and roller can press against material strip; The front side of described bearing and be positioned at below material drag plate and be separately installed with Shang Ding mechanism and jacking feed mechanism, and Shang Ding mechanism is positioned at the left side of jacking feed mechanism; Described Shang Ding mechanism comprises top gas cylinder permanent seat, upper top gas cylinder, top board, pilot pin mounting blocks and pilot pin, described upper top gas cylinder permanent seat is Z-type structure, the side of the Z-type structure of upper top gas cylinder permanent seat is fixedly mounted on bearing, the opposite side of Z-type structure is fixedly connected top gas cylinder, described upper top gas cylinder is provided with top board, top board is provided with pilot pin mounting blocks, pilot pin mounting blocks is provided with pilot pin.
Described jacking feed mechanism comprises feeding cylinder adapter plate, feeding cylinder, feeding push pedal, slide rail, feeding jacking cylinder, feeding jacking cylinder permanent seat, feeding raising plate, feeding pilot pin mounting blocks and feeding pilot pin, described bearing is installed with two slide rails, every bar slide rail coordinates and is provided with a slide block, described feeding push pedal is arranged on two slide blocks; Described feeding cylinder adapter plate is vertically mounted on the right side of bearing, and feeding cylinder is arranged on feeding cylinder adapter plate, and the piston nose of feeding cylinder is linked together by piston joint and feeding push pedal; Described feeding jacking cylinder permanent seat is arranged in feeding push pedal, feeding jacking cylinder permanent seat is provided with feeding jacking cylinder, feeding jacking cylinder is provided with feeding raising plate, feeding raising plate upper end is provided with feeding pilot pin mounting blocks, and feeding pilot pin mounting blocks is provided with feeding pilot pin.
Described material drag plate is positioned at immediately below material strip and is provided with a long slot bore, and material strip is provided with a registration hole, and knock hole is positioned at directly over long slot bore, and pilot pin and feeding pilot pin can be inserted in knock hole respectively.
Described materials overturning mechanism comprises base, and floor installation is on large base plate; The left side of described base is installed with rotary cylinder permanent seat, is provided with rotary cylinder inside rotary cylinder permanent seat; Described base is provided with two S. A. permanent seats, described rotary cylinder is linked together by coupler and S. A., and rotating shaft terminal supports fixing by S. A. permanent seat, linked together between S. A. and S. A. permanent seat by bearing; Described S. A. is fixedly connected with a plate, connecting panel is fixedly connected with cylinder swivel mount; Described cylinder swivel mount top bilateral symmetry is provided with two and transmits cylinder, each transmission cylinder is connected to one group and transmits jaw.
Described material transmission mechanism comprises adapter plate, and adapter plate is arranged on large base plate; Described adapter plate back is installed with horizontal air cylinder adapter plate, and horizontal air cylinder adapter plate is provided with horizontal air cylinder, horizontal air cylinder is provided with parallel motion plate; Described adapter plate front is installed with two horizontal slide rails, the horizontal slide rail of every bar coordinates and is provided with a transverse slider, two transverse sliders are provided with lift cylinder adapter plate; The upper end of described lift cylinder adapter plate is provided with movable block, and the grafting of parallel motion plate is fixed on movable block; Described lift cylinder adapter plate installed in front has lift cylinder, and the lower end of lift cylinder is connected with lifter plate, and the lower end of lifter plate is installed with jaw cylinder mounting plate; The lower left side of described jaw cylinder mounting plate is provided with folding air cylinder fixed plate, is provided with splicing air cylinder fixed plate on the right side of bottom; Before and after the bottom of described folding air cylinder fixed plate, both sides are separately installed with a folding cylinder, two folding cylinder placed opposite, and each folding cylinder connects an opening-closing plate, are respectively rear opening-closing plate and front opening-closing plate; The back of described rear opening-closing plate and the front of front opening-closing plate are separately installed with a feeding cylinder, each feeding cylinder are provided with one group of feeding jaw; Before and after the bottom of described splicing air cylinder fixed plate, both sides are separately installed with a splicing cylinder, each splicing cylinder are provided with one group of splicing jaw.
As preferably, described material drag plate is provided with a groove adapted with material strip width, and material strip is positioned at groove.
As preferably, described roller erecting frame and roller have three groups respectively, and roller erecting frame is arranged on the left end of material drag plate, middle part and each one of right-hand member respectively, each roller erecting frame is provided with a roller.
As preferably, described feeding cylinder adapter plate is provided with block, and block can block feeding push pedal.
As preferably, described pilot pin and feeding pilot pin have two respectively, and pilot pin and feeding pilot pin to lay respectively on material strip immediately below knock hole.
As preferably, described bearing is installed with an opto-electronic pickup, described material strip is provided with two induction posts, and induction post passes from the long slot bore on material drag plate, can match with opto-electronic pickup in induction post lower end, the miles of relative movement of material strip is determined by opto-electronic pickup.
As preferably, the front side of described base is installed with a stay bearing plate, and the rear side of base is installed with a block.
As preferably, described rotary cylinder permanent seat is Z-type structure, and rotary cylinder permanent seat lower end is spirally connected and is fixed on base.
As preferably, the left and right sides of described adapter plate is separately installed with a limit base, limit base is provided with buffer limit block and a banking pin.
The beneficial effects of the utility model are:
The supporting board of feed mechanism of the present utility model there is the groove adapting to material strip width, in order to ensure that material strip is shifted; Be provided with roller, press against by roller when material strip travels forward, ensure that material strip moves smoothly forward or backward; Feeding cylinder adapter plate is provided with block, and block can block feeding push pedal, can not over travel when ensureing that feeding push pedal is moved on slide rail; Pilot pin and feeding pilot pin have two respectively, pilot pin and feeding pilot pin lay respectively on material strip immediately below knock hole, can be inserted into respectively in the knock hole on material strip, be convenient to feeding and location, and the miles of relative movement of material strip is determined by opto-electronic pickup, ensure the accurate feeding of material strip.Can realize reciprocal feeding and feed, which raises work efficiency, reduce the labour intensity of workman, feeding position is accurate.
The transmission air cylinder driven of materials overturning mechanism of the present utility model, transmission jaw gripping product can be made, then rotary cylinder can be rotated by driven rotary axle by coupler, S. A. rotarily drives cylinder swivel mount half-twist, transmission cylinder can be made to drive and to transmit jaw half-twist, finally make product half-twist, be convenient to carrying out smoothly of next step operation of product.
Two feeding cylinders of material transmission mechanism of the present utility model drive respectively and make feeding jaw take out after two set products from material strip, two folding air cylinder driven, opening-closing plate is inwardly close, like this in order to shorten the distance of two feeding cylinders thus prevent from touching with other mechanisms, simultaneously also can conserve space, then lift cylinder drives, and feeding jaw is risen to correct position; So latter two folding air cylinder driven, adjusts the distance between forward and backward opening-closing plate, makes the position of two groups of feeding jaws be right against the position of two groups of transmission jaws; Under the effect of horizontal air cylinder, by feeding jaw, two set products are passed to corresponding transmission jaw; Under lift cylinder effect, feeding jaw is risen to correct position again, transmit jaw half-twist under the drive of rotary cylinder, now two set products are right against two groups of splicing jaws, under lift cylinder drives, two splicing cylinders drive corresponding splicing jaw respectively, and two groups of splicing jaws clamp corresponding product respectively, under the effect of horizontal air cylinder, two set products back kick under the guiding of slide rail is made to be handed to other mechanisms, for next step operation is prepared.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is another structural representation of the present utility model;
Fig. 3 is the front view of Fig. 1;
Fig. 4 is the birds-eye view of Fig. 1;
Fig. 5 is the left view of Fig. 1;
Fig. 6 is the structural representation of feed mechanism of the present utility model;
Fig. 7 is the front view of Fig. 6;
Fig. 8 is the structural representation of materials overturning mechanism of the present utility model;
Fig. 9 is the front view of Fig. 8;
Figure 10 is the birds-eye view of Fig. 8;
Figure 11 is the structural representation of material transmission mechanism of the present utility model;
Figure 12 is another structural representation of material transmission mechanism of the present utility model.
Detailed description of the invention:
Embodiment, see accompanying drawing 1 ~ 12, a kind of automatic feed mechanism, it comprises large base plate I, described large base plate is provided with feed mechanism II, materials overturning mechanism III and material transmission mechanism IV, described feed mechanism comprises bearing 1, material drag plate 2 and material strip 3, and bearing is arranged on large base plate, and material drag plate is arranged on holder top, material strip is placed on material drag plate, material drag plate is provided with a groove adapted with material strip width, and material strip is positioned at groove, in order to ensure that material strip is shifted; The installed in front of described material drag plate has three groups of roller erecting frames 4, and roller erecting frame is arranged on the left end of material drag plate, middle part and each one of right-hand member respectively, and often organize on roller erecting frame and be provided with a roller 5, roller can press against material strip, ensures material strip movement smoothly.
The front side of described bearing and be positioned at below material drag plate and be separately installed with Shang Ding mechanism V and jacking feed mechanism VI, and Shang Ding mechanism is positioned at the left side of jacking feed mechanism; Described Shang Ding mechanism comprises top gas cylinder permanent seat 6, upper top gas cylinder 7, top board 8, pilot pin mounting blocks 9 and pilot pin 10, described upper top gas cylinder permanent seat is Z-type structure, the side of the Z-type structure of upper top gas cylinder permanent seat is fixedly mounted on bearing, the opposite side of Z-type structure is fixedly connected top gas cylinder, described upper top gas cylinder is provided with top board, top board is provided with pilot pin mounting blocks, pilot pin mounting blocks is provided with pilot pin.
Described jacking feed mechanism comprises feeding cylinder adapter plate 11, feeding cylinder 12, feeding push pedal 13, slide rail 14, feeding jacking cylinder 15, feeding jacking cylinder permanent seat 16, feeding raising plate 17, feeding pilot pin mounting blocks 18 and feeding pilot pin 19, described bearing is installed with two slide rails, every bar slide rail coordinates and is provided with a slide block, described feeding push pedal is arranged on two slide blocks; Described feeding cylinder adapter plate is vertically mounted on the right side of bearing, and feeding cylinder is arranged on feeding cylinder adapter plate, and the piston nose of feeding cylinder is linked together by piston joint and feeding push pedal; Described feeding jacking cylinder permanent seat is arranged in feeding push pedal, feeding jacking cylinder permanent seat is provided with feeding jacking cylinder, feeding jacking cylinder is provided with feeding raising plate, feeding raising plate upper end is provided with feeding pilot pin mounting blocks, and feeding pilot pin mounting blocks is provided with feeding pilot pin.
Described feeding cylinder adapter plate is provided with block 20, and block can block feeding push pedal, can not over travel when ensureing that feeding push pedal is moved on slide rail.
Described material drag plate is positioned at immediately below material strip and is provided with a long slot bore, material strip is provided with a registration hole 21, knock hole is positioned at directly over long slot bore, pilot pin and feeding pilot pin have two respectively, pilot pin and feeding pilot pin lay respectively on material strip immediately below knock hole, and pilot pin and feeding pilot pin can be inserted in knock hole respectively.
Described bearing is installed with an opto-electronic pickup 22, described material strip is provided with two induction posts 23, and induction post passes from the long slot bore on material drag plate, can match with opto-electronic pickup in induction post lower end, the miles of relative movement of material strip is determined by opto-electronic pickup.
Feed mechanism working process: material strip is placed in the groove on material drag plate, and the knock hole on material strip is just to pilot pin and feeding pilot pin, feeding jacking cylinder drives in feeding pilot pin and pushes up, be inserted in the knock hole on material strip, the pilot pin now gone up on top gas cylinder is in initial condition, feeding jacking cylinder can move to right under the driving of feeding cylinder on slide rail, and drive material strip to move forward in groove, material strip is press against by three rollers during reach, make material strip movement smoothly, material strip determines miles of relative movement by opto-electronic pickup, moves a certain distance rear stopping; Then locate in the knock hole on upper top air cylinder driven pilot pin insertion material strip, anti-stopping materials strip moves, and the feeding pilot pin of now feeding jacking cylinder resets; Then delivering belt feed, after feed, upper top gas cylinder drives pilot pin to move down, feeding jacking cylinder drives knock hole feeding pilot pin being moved and inserts on material strip, and be moved back into initial position in the driving bottom left of feeding cylinder, material is delivered to standard operation position, then drive the second time feeding under the driving of feeding cylinder of feeding pilot pin by feeding jacking cylinder, and so forth.
Described materials overturning mechanism comprises base 24, and floor installation is on large base plate; The left side of described base is installed with rotary cylinder permanent seat 25, and rotary cylinder permanent seat is Z-type structure, and the lower end of rotary cylinder permanent seat is spirally connected and is fixed on base, and rotary cylinder permanent seat upper inner is provided with rotary cylinder 26; Described base is provided with two S. A. permanent seats 27, described rotary cylinder is linked together by coupler 28 and S. A. 29, and rotating shaft terminal supports fixing by S. A. permanent seat, linked together between S. A. and S. A. permanent seat by bearing 30; Described S. A. is fixedly connected with a plate 31, connecting panel is fixedly connected with cylinder swivel mount 32; Described cylinder swivel mount top bilateral symmetry is provided with two and transmits cylinder 33, each transmission cylinder is connected to one group and transmits jaw 34.
The front side of described base is installed with a stay bearing plate 35, and when cylinder swivel mount is in initial position, cylinder swivel mount is just in time positioned at directly over stay bearing plate, and stay bearing plate can play a supportive role to cylinder swivel mount; The rear side of base is installed with a block 36, and block can stop cylinder swivel mount, prevents cylinder swivel mount over travel.
Described transmission air cylinder driven, can make transmission jaw gripping product, and described rotary cylinder can be rotated by driven rotary axle by coupler, and S. A. rotarily drives cylinder swivel mount half-twist, transmission cylinder can be made to drive and transmit jaw half-twist, make product half-twist.
Described material transmission mechanism comprises adapter plate 37, and adapter plate is arranged on large base plate; Described adapter plate back is installed with horizontal air cylinder adapter plate 38, horizontal air cylinder adapter plate is provided with horizontal air cylinder 39, horizontal air cylinder is provided with parallel motion plate 40; Described adapter plate front is installed with two horizontal slide rails 41, the horizontal slide rail of every bar coordinates and is provided with a transverse slider, two transverse sliders are provided with lift cylinder adapter plate 42; The upper end of described lift cylinder adapter plate is provided with movable block 43, and the grafting of parallel motion plate is fixed on movable block; Described lift cylinder adapter plate installed in front has lift cylinder 44, and the lower end of lift cylinder is connected with lifter plate 45, and the lower end of lifter plate is installed with jaw cylinder mounting plate 46; The lower left side of described jaw cylinder mounting plate is provided with folding air cylinder fixed plate 47, is provided with splicing air cylinder fixed plate 48 on the right side of bottom; Before and after the bottom of described folding air cylinder fixed plate, both sides are separately installed with a folding cylinder 49, two folding cylinder placed opposite, and each folding cylinder connects an opening-closing plate 50, are respectively rear opening-closing plate and front opening-closing plate; The back of described rear opening-closing plate and the front of front opening-closing plate are separately installed with a feeding cylinder 51, each feeding cylinder are provided with one group of feeding jaw 52; Before and after the bottom of described splicing air cylinder fixed plate, both sides are separately installed with a splicing cylinder 53, each splicing cylinder are provided with one group of splicing jaw 54.
The left and right sides of described adapter plate is separately installed with a limit base 55, limit base is provided with a buffer limit block 56 and banking pin 57, lift cylinder adapter plate can move along horizontal slide rail under the drive of horizontal air cylinder, and by buffer limit block and banking pin buffering and spacing, lift cylinder adapter plate first contacts buffer limit block buffering once, and then it is spacing to contact banking pin, prevent over travel.
Utility model works process: two feeding cylinders drive respectively and make feeding jaw take out after two set products from material strip, two folding air cylinder driven, opening-closing plate is inwardly close, like this in order to shorten the distance of two feeding cylinders thus prevent from touching with other mechanisms, simultaneously also can conserve space, then lift cylinder drives, and feeding jaw is risen to correct position; So latter two folding air cylinder driven, adjusts the distance between forward and backward opening-closing plate, makes the position of two groups of feeding jaws be right against the position of two groups of transmission jaws; Under the effect of horizontal air cylinder, by feeding jaw, two set products are passed to corresponding transmission jaw; Under lift cylinder effect, feeding jaw is risen to correct position again, transmit jaw half-twist under the drive of rotary cylinder, now two set products are right against two groups of splicing jaws, under lift cylinder drives, two splicing cylinders drive corresponding splicing jaw respectively, and two groups of splicing jaws clamp corresponding product respectively, under the effect of horizontal air cylinder, two set products back kick under the guiding of slide rail is made to be handed to other mechanisms, for next step operation is prepared.
Above-described embodiment is the specific descriptions of carrying out the utility model; just the utility model is further described; can not be interpreted as the restriction to the utility model protection domain, those skilled in the art makes some nonessential improvement according to the content of above-mentioned utility model and adjustment all falls within protection domain of the present utility model.

Claims (9)

1. an automatic feed mechanism, it comprises large base plate, it is characterized in that: described large base plate is provided with feed mechanism, materials overturning mechanism and material transmission mechanism, and described feed mechanism comprises bearing, material drag plate and material strip, and bearing is arranged on large base plate; Material drag plate is arranged on holder top, and material strip is placed on material drag plate, and the installed in front of described material drag plate has roller erecting frame, and roller erecting frame is provided with roller, and roller can press against material strip; The front side of described bearing and be positioned at below material drag plate and be separately installed with Shang Ding mechanism and jacking feed mechanism, and Shang Ding mechanism is positioned at the left side of jacking feed mechanism; Described Shang Ding mechanism comprises top gas cylinder permanent seat, upper top gas cylinder, top board, pilot pin mounting blocks and pilot pin, described upper top gas cylinder permanent seat is Z-type structure, the side of the Z-type structure of upper top gas cylinder permanent seat is fixedly mounted on bearing, the opposite side of Z-type structure is fixedly connected top gas cylinder, described upper top gas cylinder is provided with top board, top board is provided with pilot pin mounting blocks, pilot pin mounting blocks is provided with pilot pin;
Described jacking feed mechanism comprises feeding cylinder adapter plate, feeding cylinder, feeding push pedal, slide rail, feeding jacking cylinder, feeding jacking cylinder permanent seat, feeding raising plate, feeding pilot pin mounting blocks and feeding pilot pin, described bearing is installed with two slide rails, every bar slide rail coordinates and is provided with a slide block, described feeding push pedal is arranged on two slide blocks; Described feeding cylinder adapter plate is vertically mounted on the right side of bearing, and feeding cylinder is arranged on feeding cylinder adapter plate, and the piston nose of feeding cylinder is linked together by piston joint and feeding push pedal; Described feeding jacking cylinder permanent seat is arranged in feeding push pedal, feeding jacking cylinder permanent seat is provided with feeding jacking cylinder, feeding jacking cylinder is provided with feeding raising plate, feeding raising plate upper end is provided with feeding pilot pin mounting blocks, and feeding pilot pin mounting blocks is provided with feeding pilot pin;
Described material drag plate is positioned at immediately below material strip and is provided with a long slot bore, and material strip is provided with a registration hole, and knock hole is positioned at directly over long slot bore, and pilot pin and feeding pilot pin can be inserted in knock hole respectively;
Described materials overturning mechanism comprises base, and floor installation is on large base plate; The left side of described base is installed with rotary cylinder permanent seat, is provided with rotary cylinder inside rotary cylinder permanent seat; Described base is provided with two S. A. permanent seats, described rotary cylinder is linked together by coupler and S. A., and rotating shaft terminal supports fixing by S. A. permanent seat, linked together between S. A. and S. A. permanent seat by bearing; Described S. A. is fixedly connected with a plate, connecting panel is fixedly connected with cylinder swivel mount; Described cylinder swivel mount top bilateral symmetry is provided with two and transmits cylinder, each transmission cylinder is connected to one group and transmits jaw;
Described material transmission mechanism comprises adapter plate, and adapter plate is arranged on large base plate; Described adapter plate back is installed with horizontal air cylinder adapter plate, and horizontal air cylinder adapter plate is provided with horizontal air cylinder, horizontal air cylinder is provided with parallel motion plate; Described adapter plate front is installed with two horizontal slide rails, the horizontal slide rail of every bar coordinates and is provided with a transverse slider, two transverse sliders are provided with lift cylinder adapter plate; The upper end of described lift cylinder adapter plate is provided with movable block, and the grafting of parallel motion plate is fixed on movable block; Described lift cylinder adapter plate installed in front has lift cylinder, and the lower end of lift cylinder is connected with lifter plate, and the lower end of lifter plate is installed with jaw cylinder mounting plate; The lower left side of described jaw cylinder mounting plate is provided with folding air cylinder fixed plate, is provided with splicing air cylinder fixed plate on the right side of bottom; Before and after the bottom of described folding air cylinder fixed plate, both sides are separately installed with a folding cylinder, two folding cylinder placed opposite, and each folding cylinder connects an opening-closing plate, are respectively rear opening-closing plate and front opening-closing plate; The back of described rear opening-closing plate and the front of front opening-closing plate are separately installed with a feeding cylinder, each feeding cylinder are provided with one group of feeding jaw; Before and after the bottom of described splicing air cylinder fixed plate, both sides are separately installed with a splicing cylinder, each splicing cylinder are provided with one group of splicing jaw.
2. a kind of automatic feed mechanism according to claim 1, is characterized in that: described material drag plate is provided with a groove adapted with material strip width, and material strip is positioned at groove.
3. a kind of automatic feed mechanism according to claim 1, it is characterized in that: described roller erecting frame and roller have three groups respectively, roller erecting frame is arranged on the left end of material drag plate, middle part and each one of right-hand member respectively, each roller erecting frame is provided with a roller.
4. a kind of automatic feed mechanism according to claim 1, is characterized in that: described feeding cylinder adapter plate is provided with block, and block can block feeding push pedal.
5. a kind of automatic feed mechanism according to claim 1, is characterized in that: described pilot pin and feeding pilot pin have two respectively, and pilot pin and feeding pilot pin to lay respectively on material strip immediately below knock hole.
6. a kind of automatic feed mechanism according to claim 1, it is characterized in that: described bearing is installed with an opto-electronic pickup, described material strip is provided with two induction posts, and induction post passes from the long slot bore on material drag plate, can match with opto-electronic pickup in induction post lower end, the miles of relative movement of material strip is determined by opto-electronic pickup.
7. a kind of automatic feed mechanism according to claim 1, is characterized in that: the front side of described base is installed with a stay bearing plate, and the rear side of base is installed with a block.
8. a kind of automatic feed mechanism according to claim 1, is characterized in that: described rotary cylinder permanent seat is Z-type structure, and rotary cylinder permanent seat lower end is spirally connected and is fixed on base.
9. a kind of automatic feed mechanism according to claim 1, is characterized in that: the left and right sides of described adapter plate is separately installed with a limit base, limit base is provided with buffer limit block and a banking pin.
CN201520013615.8U 2015-01-09 2015-01-09 A kind of automatic feed mechanism Expired - Fee Related CN204416447U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520013615.8U CN204416447U (en) 2015-01-09 2015-01-09 A kind of automatic feed mechanism

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520013615.8U CN204416447U (en) 2015-01-09 2015-01-09 A kind of automatic feed mechanism

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Publication Number Publication Date
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105414956A (en) * 2015-11-30 2016-03-23 宁波韵声机芯制造有限公司 Automatic assembling device for flexible shaft
CN107263307A (en) * 2017-07-12 2017-10-20 哈工大机器人集团(哈尔滨)华粹智能装备有限公司 A kind of automatic loading/unloading device and method for lens grinding and milling machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105414956A (en) * 2015-11-30 2016-03-23 宁波韵声机芯制造有限公司 Automatic assembling device for flexible shaft
CN107263307A (en) * 2017-07-12 2017-10-20 哈工大机器人集团(哈尔滨)华粹智能装备有限公司 A kind of automatic loading/unloading device and method for lens grinding and milling machine

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20150624

Termination date: 20170109

CF01 Termination of patent right due to non-payment of annual fee