CN108177962A - A kind of workpiece feed mechanism - Google Patents
A kind of workpiece feed mechanism Download PDFInfo
- Publication number
- CN108177962A CN108177962A CN201711292514.9A CN201711292514A CN108177962A CN 108177962 A CN108177962 A CN 108177962A CN 201711292514 A CN201711292514 A CN 201711292514A CN 108177962 A CN108177962 A CN 108177962A
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- China
- Prior art keywords
- pusher
- flat
- fixedly installed
- stent
- material transfer
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/74—Feeding, transfer, or discharging devices of particular kinds or types
- B65G47/82—Rotary or reciprocating members for direct action on articles or materials, e.g. pushers, rakes, shovels
Abstract
The invention discloses a kind of workpiece feed mechanisms, belong to work pieces process transmitting mechanical apparatus field.The pusher stent of the invention is fixedly installed on vertically on the upside of firm banking, the slip of pusher cylinder output terminal level is provided with reciprocating-piston bar, translation guide rod is slideably positioned in translation axle sleeve in the horizontal direction, horizontal symmetrical is provided with pusher switch and reset switch respectively at both ends at the upper side of pusher stent, pusher pawl is vertically arranged on the downside of flat-pushing fixed plate, pulling claw spring is obliquely installed between pusher pawl and reciprocating-piston bar, middle side part level is fixedly installed guide pedestal on material transfer pedestal, and horizontal symmetrical is provided with conveying mechanism respectively for material transfer pedestal top both sides.The present invention is reasonable in design, can steadily efficiently will be respectively transmitted on the workpiece transmitted on rotary table continuously flat-pushing guide to the conveying mechanism of material transfer pedestal both sides, realizes workpiece automatic branching feeding, meets the needs that work pieces process uses.
Description
Technical field
The invention belongs to work pieces process transmitting mechanical apparatus field more particularly to a kind of workpiece feed mechanisms, main to apply
Manufacture field is transmitted in workpiece branch.
Background technology
Mechanical workpieces be composition machinery and and its single product that can not decouple, it plays important in automatic industrial
Effect, mechanical workpieces include the connection of parts, the parts playing supporting role, and play the lubricating system of lubricating action and sealing zero
Component transmits the parts of the transmission system of movement and energy, and during being produced and processed to mechanical workpieces, workpiece needs
To pass through the procedure of processings such as die cast, frosted processing and perforation processing successively, during above-mentioned procedure of processing is carried out, all
It needs workpiece being transmitted successively according to manufacturing procedure, feed mechanism refers in production procedure, and workpiece passes through preceding working procedure
Production and processing after workpiece is subjected to feeding as needed, existing workpiece often will using rotary table in transmit process
Workpiece, which horizontally rotates, is transmitted it, and workpiece is being sent using rotary table rotation to required position, is generally utilizing machine
By workpiece grabbing blanking, manipulator during by workpiece grabbing often causes workpiece to slide and workpiece is caused to generate and is broken tool hand
Damage, it is serious or even worker can be caused to generate safety accident in process of manufacture, and existing workpiece is in automatic metaplasia
In production, it is often necessary to be transmitted processing by two-way is divided into from workpiece all the way, following occasions must be provided with branch blanking dress
It puts：The supply capacity of loader is very big, can supply workpiece to two processing or make-up machinery simultaneously；Workpiece is from production capacity big
Machinery flows to the small machinery of production capacity；Workpiece from a certain automatic group line is distributed to another group line.
At present, existing feed mechanism is in use, it is difficult to realize and uniformly point pass the workpiece in total transport mechanism to two-way point
Mechanism is sent to be transmitted respectively, common workpiece branch transport mechanism is generally cylinder and uses different stroke progress flat-pushing, but
Be cylinder in use, often influence workpiece since flat-pushing stroke is inaccurate and accurately carry out branch feeding, it is difficult
To ensure the efficiency of workpiece feeding and quality, it is impossible to meet the needs that work pieces process uses.
Invention content
The technical problems to be solved by the invention are the above-mentioned deficiencies overcome in the presence of the prior art, and provide a kind of knot
Structure reasonable design, can steadily efficiently by the workpiece transmitted on rotary table continuously flat-pushing guide to material transfer pedestal both sides
It is transmitted respectively on conveying mechanism, realizes the workpiece feed mechanism of workpiece automatic branching feeding.
In order to solve the above-mentioned technical problem, the technical solution adopted in the present invention is：A kind of workpiece feed mechanism, feature
It is：The workpiece feed mechanism includes firm banking, pusher stent, pusher cylinder, translation guide rod, flat-pushing fixed plate, pusher
Pawl, pulling claw spring, rotary table, material guiding bracket and conveying mechanism, the pusher stent are fixedly installed on firm banking vertically
Upside is fixed using clamping screw between pusher stent downside and firm banking, is vertically arranged with and puts on the upside of the pusher stent
Jar support, pusher cylinder level, which is fixedly installed on, puts jar support side, and the slip of pusher cylinder output terminal level is provided with toward resurrection
Stopper rod, pusher stent upper side both ends are fixedly installed translation axle sleeve respectively, and the translation guide rod is slided in the horizontal direction
Dynamic to be set to translation axle sleeve, translation guide rod is mutually parallel with pusher cylinder, and translation guide rod is fixedly installed pusher baffle, puts down
It moves guide rod other end level and is fixedly installed locking screw, reciprocating-piston bar one end level is fixedly installed lower locking silk
Bar, flat-pushing fixed plate are vertically arranged in reciprocating-piston bar side, and the flat-pushing fixed plate is horizontally installed to successively from top to bottom
Locking screw and lower locking screw are threaded with top nut in the upper locking screw, are threaded in lower locking screw
Lower nut, horizontal symmetrical is provided with pusher switch and reset switch, pusher baffle respectively at pusher stent upper side both ends
Upside one end is provided with pusher touching inclined-plane, and one end is provided with reset touching inclined-plane on the upside of flat-pushing fixed plate, and the pusher pawl erects
It is directly arranged on the downside of flat-pushing fixed plate, pusher pawl is L-type structure, and flat-pushing fixed plate downside one end is provided with pusher bearing, pusher
One end, which is hinged, on the upside of pawl is connected to pusher bearing, and the other end is provided with card resistance switch on the downside of flat-pushing fixed plate, and the pulling claw spring inclines
It is tiltedly set between pusher pawl and reciprocating-piston bar, the rotary table is horizontally placed on the downside of pusher pawl, the revolution work
Make level on the firm banking of platform side and be fixedly installed material transfer pedestal, middle side part level is fixedly installed guide on material transfer pedestal
Pedestal, horizontal symmetrical is provided with conveying mechanism respectively for material transfer pedestal top both sides, and middle side part is fixed vertically on the guide pedestal
It is provided with rotating stand, the material guiding bracket is horizontally placed on the upside of rotating stand, and middle side part is hinged in turning under material guiding bracket
Dynamic bearing, is tiltedly installed with lead material cylinder between material guiding bracket lower section side and guide pedestal, lead material cylinder tail end hinge is connected to
Guide pedestal, lead material cylinder output terminal hinge are connected to material guiding bracket, and it is oblique that the material guiding bracket both sides have been symmetrically arranged blanking
Face, uniform rotation is connected with more blanking deflector rolls in the horizontal direction on material guiding bracket, close to guide branch above the conveying mechanism
Frame side level is fixedly installed transition bracket, horizontally rotates on transition bracket and is connected with transition deflector roll, at the material guiding bracket
Blanking deflector roll uper side surface is in the same horizontal position with rotary table uper side surface when horizontal position.
Further, two translation axle sleeves on the upside of the pusher stent are ball.
Further, the conveying mechanism includes material transfer stent, transfer roller and material transfer band, the fixed setting of material transfer support level
On the upside of material transfer pedestal, transfer roller, which horizontally rotates, to be connected on the upside of material transfer stent, and material transfer band horizontal coil is set to transfer roller, institute
It states transition bracket level to be fixedly installed at the upper side of material transfer stent, transition deflector roll uper side surface is in material transfer band uper side surface
The same horizontal position, transition bracket downside are provided with the arc-shaped structure being adapted with transfer roller.
Further, compress gasket is provided in the upper locking screw between the top nut and flat-pushing fixed plate, under
Lower compress gasket is provided in lower locking screw between nut and flat-pushing fixed plate.
Compared with prior art, the present invention haing the following advantages and effect：The present invention is reasonable in design, passes through pusher gas
The slip of cylinder output terminal level is provided with reciprocating-piston bar, and translation guide rod is slideably positioned in translation axle sleeve in the horizontal direction, flat-pushing solid
Fixed board is horizontally installed to the upper locking screw of translation guide rod and the lower locking screw of reciprocating-piston bar successively from top to bottom, using pushing away
Expect cylinder horizontal drive reciprocating-piston bar so that flat-pushing fixed plate can be translated back and forth in the horizontal direction, pass through pusher branch
Horizontal symmetrical is provided with pusher switch and reset switch respectively at both ends at the upper side of frame, and one end is provided with pusher on the upside of pusher baffle
Inclined-plane is touched, one end is provided with reset touching inclined-plane on the upside of flat-pushing fixed plate, and translation guide rod is during alternating translational, when pushing away
Material baffle is touched with pusher switch, then pusher cylinder drives flat-pushing fixed plate to make to push to workpiece from rotary table
On material guiding bracket, when flat-pushing fixed plate is touched with reset switch, workpiece flat-pushing to required position is represented, then pusher cylinder
Flat-pushing fixed plate is driven to be reset to the feeding for continuing next workpiece on the upside of rotary table, it is ensured that flat-pushing fixed plate is in pusher
The reciprocal driving of cylinder is lower to be capable of efficiently and accurately and translate, and utilizes the upper locking screw between top nut and flat-pushing fixed plate
On be provided with compress gasket, be provided with lower compress gasket in the lower locking screw between lower nut and flat-pushing fixed plate so that
Flat-pushing fixed plate upper and lower ends can be fixed by the installation of firm stable respectively, be hinged by one end on the upside of pusher pawl and be connected to pusher
Bearing, the flat-pushing fixed plate downside other end are provided with card resistance switch, and pulling claw spring is obliquely installed in pusher pawl and reciprocating-piston bar
Between, it is enabled using pusher pawl and pushes workpiece, when workpiece generates card resistance during push, pusher pawl is difficult to workpiece
Level is pushed, then pusher pawl can be rotated around pusher bearing and stretch pulling claw spring, and pusher pawl is rotating
Card resistance switch can be touched in the process, represent that card resistance phenomenon occurs in feeding process for workpiece, then pusher cylinder can drive flat-pushing solid
Fixed board translation resets, and flat-pushing fixed plate is reset to vertical state again in the case where the elastic force of pulling claw spring pulls, and it is next to enable continuation
The flat-pushing feeding of workpiece, by both sides above material transfer pedestal, horizontal symmetrical is provided with conveying mechanism respectively, on the upside of guide pedestal in
Portion is fixedly installed rotating stand vertically, under material guiding bracket middle side part be hinged below rotating stand, material guiding bracket side with
Lead material cylinder is tiltedly installed between guide pedestal, back and forth drives material guiding bracket using lead material cylinder so that material guiding bracket can
It is continuous it is reciprocal rotate, when lead material cylinder drives material guiding bracket to horizontality, then the workpiece on rotary table can
Smoothly to be pushed on material guiding bracket, when lead material cylinder drives material guiding bracket to heeling condition, and material guiding bracket is inclining
When lower end during ramp-like state be in the same horizontal position with transition bracket, workpiece on material guiding bracket can along blanking deflector roll with
The material transfer of the landing of transition deflector roll efficient stable to conveying mechanism, which takes, to be transmitted, and is respectively symmetrically set using material guiding bracket both sides
It is equipped with blanking inclined-plane so that workpiece can smoothly slide blanking, horizontal using material guiding bracket side close above conveying mechanism
Transition bracket is fixedly installed, horizontally rotates on transition bracket and is connected with transition deflector roll, enables and reduces material guiding bracket and material transfer band
Between gap, improve efficiency and quality that workpiece slides blanking, it is continuous reciprocal using lead material cylinder driving material guiding bracket
It is rotated, it is ensured that the workpiece on rotary table can be by continuous flat-pushing guide to the conveying mechanism of material transfer pedestal both sides points
It is not transmitted, realizes workpiece automatic branching feeding, meet the needs that work pieces process uses.
Description of the drawings
Fig. 1 is a kind of main structure diagram of workpiece feed mechanism of the present invention.
Fig. 2 is the material guiding bracket of the present invention and the right side structural representation of conveying mechanism.
Fig. 3 is right side structural representation of the present invention to side conveying mechanism blanking.
Fig. 4 is right side structural representation of the present invention to opposite side conveying mechanism blanking.
In figure：1. firm banking, 2. pusher stents, 3. pusher cylinders, 4. translation guide rods, 5. flat-pushing fixed plates, 6. pushers
Pawl, 7. pulling claw springs, 8. rotary tables, 9. material guiding brackets, 10. clamping screws, 11. put jar support, 12. reciprocating-piston bars,
13. translating axle sleeve, 14. pusher baffles, locking screw on 15., 16. times locking screws, 17. top nuts, 18. lower nuts, 19. push away
Material switch, 20. reset switches, 21. pushers touching inclined-plane, 22. reset touching inclined-planes, 23. pusher bearings, 24. card resistances switch,
25. material transfer pedestal, 26. guide pedestals, 27. rotating stands, 28. lead material cylinders, 29. blanking inclined-planes, 30. blanking deflector rolls, 31. mistakes
Cross stent, 32. transition deflector rolls, 33. material transfer stents, 34. transfer rollers, 35. material transfer bands, compress gasket on 36., 37. times clamping pads
Piece.
Specific embodiment
In order to further describe the present invention, a kind of specific implementation of workpiece feed mechanism is expanded on further below in conjunction with the accompanying drawings
Mode, following embodiment is explanation of the invention and the invention is not limited in following embodiments.
As shown in Figure 1, a kind of workpiece feed mechanism of the present invention, including firm banking 1, pusher stent 2, pusher cylinder 3, puts down
Move guide rod 4, flat-pushing fixed plate 5, pusher pawl 6, pulling claw spring 7, rotary table 8, material guiding bracket 9 and conveying mechanism, pusher branch
Frame 2 is fixedly installed on 1 upside of firm banking vertically, solid using clamping screw 10 between 2 downside of pusher stent and firm banking 1
Fixed, 2 upside of pusher stent, which is vertically arranged with, puts jar support 11, and 3 level of pusher cylinder, which is fixedly installed on, puts 11 side of jar support, pushes away
The 3 output terminal level slip of material cylinder is provided with reciprocating-piston bar 12, and 2 upper side both ends of pusher stent are fixedly installed flat respectively
Axle sleeve 13 is moved, translation guide rod 4 is slideably positioned in translation axle sleeve 13 in the horizontal direction, and translation guide rod 4 is mutually flat with pusher cylinder 3
Row, 4 one end of translation guide rod are fixedly installed pusher baffle 14, and translation 4 other end level of guide rod is fixedly installed locking screw
15,12 one end level of reciprocating-piston bar is fixedly installed lower locking screw 16, and flat-pushing fixed plate 5 is vertically arranged in reciprocating-piston bar
12 sides, flat-pushing fixed plate 5 are horizontally installed to locking screw 15 and lower locking screw 16, upper locking screw successively from top to bottom
Top nut 17 is threaded on 15, lower nut 18,2 top of pusher stent of the invention are threaded in lower locking screw 16
Horizontal symmetrical is provided with pusher switch 19 respectively and reset switch 20,14 upside one end of pusher baffle are provided with pusher at side both ends
Inclined-plane 21 is touched, flat-pushing 5 upside one end of fixed plate is provided with reset touching inclined-plane 22, and pusher pawl 6 of the invention is vertically arranged in
Flat-pushing 5 downside of fixed plate, pusher pawl 6 is L-type structure, and flat-pushing 5 downside one end of fixed plate is provided with pusher bearing 23, pusher pawl 6
Upside one end, which is hinged, is connected to pusher bearing 23, and the flat-pushing 5 downside other end of fixed plate is provided with card resistance switch 24, pulling claw of the invention
Spring 7 is obliquely installed between pusher pawl 6 and reciprocating-piston bar 12, and rotary table 8 is horizontally placed on 6 downside of pusher pawl.Such as
Shown in Fig. 2, Fig. 3 and Fig. 4, level is fixedly installed material transfer pedestal on the firm banking 1 of 8 side of rotary table of the invention
25, middle side part level is fixedly installed guide pedestal 26,25 top both sides of material transfer pedestal difference horizontal symmetrical on material transfer pedestal 25
Conveying mechanism is provided with, middle side part is fixedly installed rotating stand 27 vertically on guide pedestal 26, and material guiding bracket 9 is horizontally placed on
27 upside of rotating stand, 9 times middle side parts of material guiding bracket are hinged in rotating stand 27,9 lower section side of material guiding bracket and guide bottom
Lead material cylinder 28 is tiltedly installed between seat 26,28 tail end of lead material cylinder hinge is connected to guide pedestal 26, and lead material cylinder 28 exports
End is hinged and is connected to material guiding bracket 9, and 9 both sides of material guiding bracket have been symmetrically arranged blanking inclined-plane 29,9 upper edge level side of material guiding bracket
More blanking deflector rolls 30 are connected with to uniform rotation, are fixed above conveying mechanism of the invention close to 9 side level of material guiding bracket
Transition bracket 31 is provided with, horizontally rotates on transition bracket 31 and is connected with transition deflector roll 32, when material guiding bracket 9 is horizontal
30 uper side surface of blanking deflector roll is in the same horizontal position with 8 uper side surface of rotary table.
Two translation axle sleeves 13 of 2 upside of pusher stent of the present invention are ball, it is ensured that translation guide rod 4 can be put down
Surely smoothly back and forth slided.The conveying mechanism of the present invention includes material transfer stent 33, transfer roller 34 and material transfer band 35, material transfer branch
33 level of frame is fixedly installed on 25 upside of material transfer pedestal, and transfer roller 34, which horizontally rotates, is connected to 33 upside of material transfer stent, material transfer band
35 horizontal coils are set to transfer roller 34, and 31 level of transition bracket is fixedly installed on 33 upper side of material transfer stent, transition deflector roll
32 uper side surfaces are in the same horizontal position with 35 uper side surface of material transfer band, and 31 downside of transition bracket is provided with and 34 phase of transfer roller
The arc-shaped structure of adaptation enables the gap reduced between material guiding bracket 9 and material transfer band 35, it is ensured that workpiece can be from material guiding bracket
It is smoothly slid to material transfer band 35 on 9, improves efficiency and quality that workpiece slides blanking.The top nut 17 of the present invention is with putting down
Push away and compress gasket 36 be provided in the upper locking screw 15 between fixed plate 5, between lower nut 18 and flat-pushing fixed plate 5 under
Lower compress gasket 37 is provided in locking screw 16 so that flat-pushing 5 upper and lower ends of fixed plate can be respectively by the peace of firm stable
Dress is fixed.
Using above-mentioned technical proposal, a kind of workpiece feed mechanism of the present invention when in use, is exported by pusher cylinder 3
End level slip is provided with reciprocating-piston bar 12, and translation guide rod 4 is slideably positioned in translation axle sleeve 13, flat-pushing fixation in the horizontal direction
Plate 5 is horizontally installed to the upper locking screw 15 of translation guide rod 4 and the lower locking screw 16 of reciprocating-piston bar 12 successively from top to bottom,
Utilizing 3 horizontal drive reciprocating-piston bar 12 of pusher cylinder so that flat-pushing fixed plate 5 can be translated back and forth in the horizontal direction,
By 2 upper side both ends of pusher stent, horizontal symmetrical is provided with pusher switch 19 and reset switch 20, pusher baffle 14 respectively
Upside one end is provided with pusher touching inclined-plane 21, and flat-pushing 5 upside one end of fixed plate is provided with reset touching inclined-plane 22, translates guide rod
4 during alternating translational, and when pusher baffle 14 and pusher switch 19 are touched, then pusher cylinder 3 drives flat-pushing fixation
Plate 5 makes from rotary table 8 to push to workpiece on material guiding bracket 9, when flat-pushing fixed plate 5 and reset switch 20 occur to touch
Touch, represent workpiece flat-pushing to required position, then pusher cylinder 3 drive flat-pushing fixed plate 5 be reset on the upside of rotary table 8 after
The continuous feeding for carrying out next workpiece, it is ensured that flat-pushing fixed plate 5 is capable of the progress of efficiently and accurately under the reciprocal driving of pusher cylinder 3
Translation, using being provided with upper compress gasket 36, lower nut 18 in the upper locking screw 15 between top nut 17 and flat-pushing fixed plate 5
Lower compress gasket 37 is provided in lower locking screw 16 between flat-pushing fixed plate 5 so that flat-pushing 5 upper and lower ends energy of fixed plate
It is enough to be fixed respectively by the installation of firm stable, it is hinged by 6 upside one end of pusher pawl and is connected to pusher bearing 23, flat-pushing fixed plate 5
The downside other end is provided with card resistance switch 24, and pulling claw spring 7 is obliquely installed between pusher pawl 6 and reciprocating-piston bar 12, utilizes
Pusher pawl 6 is enabled to push workpiece, when workpiece generates card resistance during push, pusher pawl 6 be difficult to by workpiece level into
Row push, the then meeting of pusher pawl 6 be rotated around pusher bearing 23 and be stretched pulling claw spring 7, and pusher pawl 6 was rotating
Cheng Zhonghui touching card resistances switch 24, represents that card resistance phenomenon occurs in feeding process for workpiece, then pusher cylinder 3 can drive flat-pushing solid
The translation of fixed board 5 resets, and flat-pushing fixed plate 5 is reset to vertical state again in the case where the elastic force of pulling claw spring 7 pulls, and enables under continuing
The flat-pushing feeding of one workpiece, by 25 top both sides of material transfer pedestal, horizontal symmetrical is provided with conveying mechanism, guide pedestal 26 respectively
Upper middle side part is fixedly installed rotating stand 27 vertically, and 9 times middle side parts of material guiding bracket are hinged in rotating stand 27, material guiding bracket
Lead material cylinder 28 is tiltedly installed between 9 lower sections side and guide pedestal 26, material guiding bracket is back and forth driven using lead material cylinder 28
9 so that material guiding bracket 9 can continuously reciprocal rotate, when lead material cylinder 28 drives material guiding bracket 9 to horizontality,
Then the workpiece on rotary table 8 can be smoothly pushed on material guiding bracket 9, when lead material cylinder 28 drives material guiding bracket 9
To heeling condition, and when lower end of the material guiding bracket 9 in heeling condition is in the same horizontal position with transition bracket 31, guide
Workpiece on stent 9 can along 32 efficient stable of blanking deflector roll 30 and transition deflector roll landing to conveying mechanism material transfer band 35
On be transmitted, be symmetrically arranged blanking inclined-plane 29 using 9 both sides of material guiding bracket so that workpiece can smoothly slide down
Material is fixedly installed transition bracket 31 using above conveying mechanism close to 9 side level of material guiding bracket, horizontal on transition bracket 31
Transition deflector roll 32 is rotatably connected to, enables the gap reduced between material guiding bracket 9 and material transfer band 35, workpiece is improved and slides blanking
Efficiency and quality.Through this structure, the present invention is reasonable in design, material guiding bracket 9 is driven to connect using lead material cylinder 28
Continuous reciprocal rotate, it is ensured that the workpiece on rotary table 8 can be by steady efficient continuous flat-pushing guide to material transfer bottom
It is transmitted respectively on the conveying mechanism of 25 both sides of seat, realizes workpiece automatic branching feeding, meet the needs that work pieces process uses.
Described in this specification above content is only illustrations made for the present invention.Technology belonging to the present invention
The technical staff in field can do described specific embodiment various modifications or additions or in a similar way
It substitutes, content without departing from description of the invention or surmounts range defined in the claims, this should all be belonged to
The protection domain of invention.
Claims (4)
1. a kind of workpiece feed mechanism, it is characterised in that：The workpiece feed mechanism includes firm banking, pusher stent, pusher
Cylinder, translation guide rod, flat-pushing fixed plate, pusher pawl, pulling claw spring, rotary table, material guiding bracket and conveying mechanism, it is described to push away
Material stent is fixedly installed on vertically on the upside of firm banking, is fixed between firm banking using clamping screw on the downside of pusher stent,
It is vertically arranged on the upside of the pusher stent and puts jar support, pusher cylinder level, which is fixedly installed on, puts jar support side, pusher gas
The slip of cylinder output terminal level is provided with reciprocating-piston bar, and both ends are fixedly installed translation shaft respectively at the upper side of the pusher stent
Set, the translation guide rod are slideably positioned in translation axle sleeve in the horizontal direction, and translation guide rod is mutually parallel with pusher cylinder, and translation is led
Bar one end is fixedly installed pusher baffle, and translation guide rod other end level is fixedly installed locking screw, the reciprocating-piston
Bar one end level is fixedly installed lower locking screw, and flat-pushing fixed plate is vertically arranged in reciprocating-piston bar side, described flat-pushing solid
Fixed board is horizontally installed to locking screw and lower locking screw successively from top to bottom, is threaded in the upper locking screw
Nut, is threaded with lower nut in lower locking screw, and horizontal symmetrical is provided with respectively at both ends at the upper side of the pusher stent
Pusher switchs and reset switch, and one end is provided with pusher touching inclined-plane on the upside of pusher baffle, and one end is set on the upside of flat-pushing fixed plate
There is reset touching inclined-plane, the pusher pawl is vertically arranged on the downside of flat-pushing fixed plate, and pusher pawl is L-type structure, flat-pushing fixed plate
Downside one end is provided with pusher bearing, and one end hinge is connected to pusher bearing on the upside of pusher pawl, and the other end is set on the downside of flat-pushing fixed plate
Card resistance switch is equipped with, the pulling claw spring is obliquely installed between pusher pawl and reciprocating-piston bar, and the rotary table is horizontal
It is set on the downside of pusher pawl, level is fixedly installed material transfer pedestal, material transfer bottom on the firm banking of the rotary table side
Middle side part level is fixedly installed guide pedestal on seat, and horizontal symmetrical is provided with conveying mechanism respectively for material transfer pedestal top both sides,
Middle side part is fixedly installed rotating stand vertically on the guide pedestal, and the material guiding bracket is horizontally placed on rotating stand
Side, middle side part is hinged under material guiding bracket is tiltedly installed with below rotating stand, material guiding bracket between side and guide pedestal
Lead material cylinder, lead material cylinder tail end hinge are connected to guide pedestal, and lead material cylinder output terminal hinge is connected to material guiding bracket, the guide
Stent both sides have been symmetrically arranged blanking inclined-plane, and uniform rotation is connected with more blankings and leads in the horizontal direction on material guiding bracket
Roller, the conveying mechanism top are fixedly installed transition bracket close to material guiding bracket side level, horizontally rotate on transition bracket
Transition deflector roll is connected with, blanking deflector roll uper side surface and rotary table uper side surface when the material guiding bracket is horizontal
In the same horizontal position.
2. a kind of workpiece feed mechanism according to claim 1, it is characterised in that：Two on the upside of the pusher stent are flat
It is ball to move axle sleeve.
3. a kind of workpiece feed mechanism according to claim 1, it is characterised in that：The conveying mechanism includes material transfer branch
Frame, transfer roller and material transfer band, material transfer support level are fixedly installed on the upside of material transfer pedestal, and transfer roller, which horizontally rotates, is connected to material transfer
On the upside of stent, material transfer band horizontal coil is set to transfer roller, and the transition bracket level is fixedly installed on one above material transfer stent
Side, transition deflector roll uper side surface are in the same horizontal position with material transfer band uper side surface, and transition bracket downside is provided with and material transfer
The arc-shaped structure that roller is adapted.
4. a kind of workpiece feed mechanism according to claim 1, it is characterised in that：The top nut and flat-pushing fixed plate it
Between upper locking screw on be provided with compress gasket, be provided with down in the lower locking screw between lower nut and flat-pushing fixed plate
Compress gasket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711292514.9A CN108177962A (en) | 2017-12-08 | 2017-12-08 | A kind of workpiece feed mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711292514.9A CN108177962A (en) | 2017-12-08 | 2017-12-08 | A kind of workpiece feed mechanism |
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| CN108177962A true CN108177962A (en) | 2018-06-19 |
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| CN201711292514.9A Pending CN108177962A (en) | 2017-12-08 | 2017-12-08 | A kind of workpiece feed mechanism |
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| CN110329758A (en) * | 2019-08-02 | 2019-10-15 | 天津丹阳车圈有限公司 | A kind of coordinated type rim blanking device |
| CN110686253A (en) * | 2019-10-10 | 2020-01-14 | 中城绿建科技有限公司 | Feeding device and feeding method for pyrolysis gasification furnace |
| CN111620082A (en) * | 2020-05-18 | 2020-09-04 | 山东永安特种装备有限公司 | Rack-off-free gas cylinder conveying equipment |
| CN113620076A (en) * | 2021-08-09 | 2021-11-09 | 成都图敏自动化科技有限公司 | Displacement type positive and negative rotation conveyor |
| CN113800237A (en) * | 2021-09-25 | 2021-12-17 | 江西百盈高新技术股份有限公司 | Shell throwing device for processing solar controller |
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| CN109060948A (en) * | 2018-09-20 | 2018-12-21 | 益阳道和汽车零部件有限公司 | A kind of part attachment fluorescent powder magnetizer |
| CN110329758A (en) * | 2019-08-02 | 2019-10-15 | 天津丹阳车圈有限公司 | A kind of coordinated type rim blanking device |
| CN110329758B (en) * | 2019-08-02 | 2021-02-26 | 天津丹阳车圈有限公司 | Linkage type rim blanking device |
| CN110686253A (en) * | 2019-10-10 | 2020-01-14 | 中城绿建科技有限公司 | Feeding device and feeding method for pyrolysis gasification furnace |
| CN110686253B (en) * | 2019-10-10 | 2023-11-28 | 中城绿建科技有限公司 | Cracking gasification furnace feeding device and feeding method thereof |
| CN111620082A (en) * | 2020-05-18 | 2020-09-04 | 山东永安特种装备有限公司 | Rack-off-free gas cylinder conveying equipment |
| CN113620076A (en) * | 2021-08-09 | 2021-11-09 | 成都图敏自动化科技有限公司 | Displacement type positive and negative rotation conveyor |
| CN113800237A (en) * | 2021-09-25 | 2021-12-17 | 江西百盈高新技术股份有限公司 | Shell throwing device for processing solar controller |
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Application publication date: 20180619 |