CN101559464B - Fully automatic forming machine of steel snaps for bottle caps - Google Patents
Fully automatic forming machine of steel snaps for bottle caps Download PDFInfo
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- CN101559464B CN101559464B CN2009100156729A CN200910015672A CN101559464B CN 101559464 B CN101559464 B CN 101559464B CN 2009100156729 A CN2009100156729 A CN 2009100156729A CN 200910015672 A CN200910015672 A CN 200910015672A CN 101559464 B CN101559464 B CN 101559464B
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Abstract
The invention discloses a fully automatic forming machine of steel snaps for bottle caps, comprising a machine frame (1), a steel bundle spindle bracket (6) and a power transmission case (2); the invention is characterized in that a steel leveler (5), a steel feeding machine (7) and a fixed length shearing machine (4) are successively fixed on the machine frame (1) between the power transmission case (2) and the steel bundle spindle bracket (6), a steel snap forming machine (3) is installed on the front panel of the power transmission case (2), a reducing motor (21) and a camshaft set transmission device are installed inside the power transmission case (2), and the camshaft set transmission device is connected with the fixed length shearing machine (4) and the steel snap forming machine (3). Steel leveling, feeding, shearing and forming are finished in one step, so the fully automatic forming machine of steel snaps for bottle caps has high speed, high efficiency, high production precision and standardization, and low cost, and can be convenient for mass production of steel snaps for bottle caps.
Description
Technical field
The present invention relates to a kind of steel snaps for bottle caps process equipment, particularly a kind of fully automatic forming machine of steel snaps for bottle caps.
Background technology
At present, the steel wire card that uses on bottle cap is made up of circular cover part, rotary axle box part and locking and portion of the handle, and its processing method is: at first steel wire is cut into the fixed length steel wire, and then forms by manual bending machining.The steel wire card divides upper and lower two, following steel wire card is the opening annulus, openend is for rotating the joint link, fixed cover is at the neck of bottle, and the circular cover partial fixing of last steel wire card is at the waist of bottle cap, and the rotary axle box of upper and lower steel wire card partly interconnects, the last steel wire card moving axis cover part that can rotate starts or covers, locking is located at a side relative with the rotary axle box part with portion of the handle, after will covering on the bottle cap, can lock.For this steel snaps for bottle caps, the shortcoming of present manual processing method is: speed is slow, precision is low, standardization and standard are poor, not can manufacture, and simultaneously, has also improved production cost.Because this steel wire card can only be used for bottle cap, its planform has manufacturability, and machining is not easy to accomplish, so, do not see the report that is exclusively used in processing steel snaps for bottle caps equipment at present.
Summary of the invention
The object of the present invention is to provide a kind of fully automatic forming machine of steel snaps for bottle caps that can raise labour efficiency, reduce production costs, reach standardized production and batch production requirements.
For reaching above purpose, the technical solution adopted in the present invention is: this fully automatic forming machine of steel snaps for bottle caps, comprise frame, bundle pedestal and power transmission box constitute, the bundle pedestal is located at a side of frame, the steel wire of making the steel wire card is wrapped on the bundle pedestal, power transmission box is fixed on the frame, it is characterized in that fixing the wire straightening machine on the frame between power transmission box and the bundle pedestal successively, steel wire feeding machine and cut-to-length machine, on the front panel of power transmission box, be provided with steel wire card make-up machine, be provided with reducing motor and camshaft group transmission device in power transmission box, camshaft group transmission device is connected with steel wire card make-up machine with the cut-to-length machine.
The present invention also implements by following measure: described steel wire card make-up machine, comprise steel wire card fixed in shape template, lower platen, rotate the clamping bending plate, the lower platen back-moving spring, lower platen back-moving spring fixed block, briquetting, steel wire axis cover brake forming device, steel wire card knock-pin and lower platen slurcam constitute, fixing two lower platen back-moving spring fixed blocks on the front panel of power transmission box, be provided with the lower platen slurcam between two lower platen back-moving spring fixed blocks, the lower end of lower platen slurcam is located at the middle part of lower platen, the two ends of lower platen are connected with lower platen back-moving spring fixed block by the lower platen back-moving spring respectively, the fixing upper holder block at the base plate of lower platen middle part, briquetting is corresponding with the upper boss of steel wire card fixed in shape template, two the inners of rotating the clamping bending plate are fixed on the front panel of power transmission box by bearing pin respectively, and two middle parts of rotating the clamping bending plate are connected with the two ends of lower platen by pivot link respectively.
Described steel wire axis cover brake forming device, by steel wire axis cover typing elbow, turn handle, steel wire axis sleeve forming knock-pin and steel wire axis cover brake forming bar and constitute, the middle part of steel wire axis cover typing elbow is fixed on the front end of steel wire axis sleeve forming knock-pin by rotating shaft, and the lower end of steel wire axis cover typing elbow is connected with the front end that the steel wire axis overlaps the brake forming bar by turning handle.
Described steel wire feeding machine, constitute by servomotor, steel wire feeding locating piece, steel wire driving wheel and rotating shaft, servomotor is fixed on the frame of steel wire feeding machine, two steel wire driving wheels are fixed on the front panel of steel wire feeding machine by rotating shaft respectively, two steel wire driving wheels of driven by servomotor rotate, steel wire feeding locating piece is fixed on the front panel of steel wire feeding machine, and the center line of the through hole of steel wire feeding locating piece is corresponding with the crack between two steel wire driving wheels.
Described wire straightening machine is made of alignment wheel, alignment wheel rotating shaft and set bolt, and alignment wheel middle part is located on the frame of wire straightening machine by the rotating shaft of alignment wheel, and fix with set bolt, per five alignments wheel is one group, establishes four groups altogether, be horizontally disposed with two groups, vertically be provided with two groups.
Described bundle pedestal is configured to by base and bundle, and the axle of bundle frame is by the top of bearing fixing at base.
Described cut-to-length machine, pressing down connecting rod by shear knife positioning seat, shear knife, shear knife back-moving spring, steel wire shearing locating piece, steel wire fixed-length block and shearing constitutes, locating piece sheared by shear knife positioning seat, steel wire and the steel wire fixed-length block all is fixed on the front panel of power transmission box, steel wire shearing locating piece and steel wire fixed-length block are located at the both sides of steel wire card fixed in shape template respectively, shear knife is located in the slide opening of shear knife positioning seat, and shear knife and lower platen slurcam all are fixed on to shear and press down on the connecting rod.
The camshaft group transmission device of described power transmission box, by driving shaft, driven shaft, shearing presses down the connecting rod driving cam, steel wire axis sleeve forming knock-pin driving cam, steel wire axis cover brake forming bar driving cam, steel wire card knock-pin driving cam, steel wire axis sleeve forming ejects drive rod and steel wire axis cover brake forming drive rod constitutes, reducing motor is fixed on the bottom of power transmission box, the driving shaft of reducing motor and driven shaft are by the bevel gear engaged transmission, fixing steel wire card knock-pin driving cam on the driving shaft, shear on fixing on the driven shaft and press down the connecting rod driving cam, steel wire axis sleeve forming knock-pin driving cam and steel wire axis cover brake forming bar driving cam, shearing presses down connecting rod driving cam and shearing, and to press down connecting rod corresponding, pressing down the connecting rod driving cam by shearing drive to shear and to press down connecting rod and move down, it is corresponding that steel wire axis sleeve forming knock-pin driving cam and steel wire axis sleeve forming eject drive rod, it is corresponding with steel wire axis sleeve forming knock-pin that steel wire axis sleeve forming ejects drive rod, steel wire axis cover brake forming bar driving cam is corresponding with steel wire axis cover brake forming drive rod, steel wire axis cover brake forming drive rod is corresponding with steel wire axis cover brake forming bar, steel wire card knock-pin driving cam is corresponding with steel wire card knock-pin, at steel wire card knock-pin, all sheathed upper spring on steel wire axis sleeve forming knock-pin and the steel wire axis cover brake forming bar.
Beneficial effect of the present invention is: compare with the method for the manual processing of present employing steel snaps for bottle caps, because from wire straightening, disposable finishing feeds, cuts off, is shaped, so, speed is fast, efficient is high, product precision and standardization height, production cost are low, can be convenient to the batch process of steel snaps for bottle caps.
Description of drawings
Fig. 1 is a structure schematic top plan view of the present invention.
Fig. 2 is the structure front-view schematic diagram of steel wire card make-up machine of the present invention and cut-to-length machine.
Fig. 3 is the structure forward sight enlarged diagram of steel wire feeding machine of the present invention
Fig. 4 is the structure forward sight enlarged diagram of wire straightening machine of the present invention.
Fig. 5 is the structure side-looking enlarged diagram of bundle pedestal of the present invention.
Fig. 6 is the structure side-looking enlarged diagram of steel wire axis cover brake forming device of the present invention.
Fig. 7 is the internal structure enlarged diagram of power transmission box of the present invention.
Fig. 8 is the forward sight enlarged diagram of steel wire card fixed in shape template of the present invention
Fig. 9 looks schematic diagram for the made steel wire card structure master of the present invention.
The specific embodiment
Embodiment
Make the present invention with reference to accompanying drawing 1,2,3,4,5,6,7,8.This fully automatic forming machine of steel snaps for bottle caps, comprise frame 1, bundle pedestal 6 and power transmission box 2 constitute, bundle pedestal 6 is located at a side of frame 1, the steel wire 8 of making the steel wire card is wrapped on the bundle pedestal 6, power transmission box 2 is fixed on the frame 1, it is characterized in that fixing wire straightening machine 5 on the frame 1 between power transmission box 2 and the bundle pedestal 6 successively, steel wire feeding machine 7 and cut-to-length machine 4, on the front panel of power transmission box 2, be provided with steel wire card make-up machine 3, in power transmission box 2, be provided with reducing motor 21 and camshaft group transmission device, by reducing motor 21 drive cam shaft group transmission devices, camshaft group transmission device is connected with steel wire card make-up machine 3 with cut-to-length machine 4, make the steel wire on the bundle pedestal 6 carry out alignment by wire straightening machine 5 earlier, feed machine 7 in cut-to-length machine 4 feed wire card make-up machines 3 by steel wire again, after being of convenient length, camshaft group actuator drives cut-to-length machine 4 cuts off steel wire, camshaft group actuator drives steel wire card make-up machine 3 actions are then made the steel wire card with steel wire.
Described steel wire card make-up machine 3, comprise steel wire card fixed in shape template 31, lower platen 32, rotate clamping bending plate 33, lower platen back-moving spring 34, lower platen back-moving spring fixed block 35, briquetting 36, steel wire axis cover brake forming device 37, steel wire card knock-pin 38 and lower platen slurcam 39 constitute, fixing two lower platen back-moving spring fixed blocks 35 on the front panel of power transmission box 2, be provided with lower platen slurcam 39 between two lower platen back-moving spring fixed blocks 35, the lower end of lower platen slurcam 39 is located at the middle part of lower platen 32, lower platen 32 two ends are connected with lower platen back-moving spring fixed block 35 by lower platen back-moving spring 34 respectively, so that after lower platen 32 moves down, can again lower platen 32 upwards be mentioned by lower platen back-moving spring 34 and reset, the fixing upper holder block 36 at the base plate of lower platen 32 middle part, briquetting 36 is corresponding with the upper boss of steel wire card fixed in shape template 31, two the inners of rotating clamping bending plate 33 are fixed on the front panel of power transmission box 2 by bearing pin respectively, two middle parts of rotating clamping bending plate 33 are connected by the two ends of pivot link with lower platen 32 respectively, so that when lower platen 32 moves down, each rotates clamping bending plate 33 and can inwardly rotate simultaneously, steel wire is wrapped on the outer wall of steel wire card fixed in shape template 31, meanwhile, the steel wire that briquetting 36 will be pushed on the upper boss of steel wire card fixed in shape template 31 flattens, and will descend two terminations of curved steel wire to be curled into steel wire axis cover forward by steel wire axis cover brake forming device 37 again.
Described steel wire axis cover brake forming device 37, by steel wire axis cover typing elbow 371, turn handle 372, steel wire axis sleeve forming knock-pin 373 and steel wire axis cover brake forming bar 374 constitute, the middle part of steel wire axis cover typing elbow 371 is fixed on the front end of steel wire axis sleeve forming knock-pin 373 by rotating shaft, the lower end of steel wire axis cover typing elbow 371 is connected with the front end of steel wire axis cover brake forming bar 374 by turning handle 372, steel wire axis sleeve forming knock-pin 373 drives steel wire axis cover typing elbow 371 and promotes forward, curled forward in two terminations of the steel wire on steel wire card fixed in shape template 31, promote forward by steel wire axis cover brake forming bar 374 again, drive 371 rotations of steel wire axis cover typing elbow by turning handle 372, thereby two terminations of the steel wire that will circularize again are curled into axle sleeve.
Described steel wire feeding machine 7, by servomotor, steel wire feeding locating piece 71, steel wire driving wheel 72 and rotating shaft 73 constitute, servomotor is fixed on the frame of steel wire feeding machine 7, two steel wire driving wheels 72 are fixed on the front panel of steel wire feeding machine 7 by rotating shaft 73 respectively, two steel wire driving wheels of driven by servomotor 72 rotate, steel wire is stuck in two grooves between the steel wire driving wheel 72, steel wire feeding locating piece 71 is fixed on the front panel of steel wire feeding machine 7, the center line of the through hole of steel wire feeding locating piece 71 is corresponding with the crack between two steel wire driving wheels 72, make steel wire after pass between two steel wire driving wheels 72, in the through hole at steel wire feeding locating piece 71 middle parts, pass again, enter in the cut-to-length machine 4.
Described wire straightening machine 5, constitute by alignment wheel 51, alignment wheel rotating shaft 52 and set bolt 53, alignment is taken turns 51 middle parts and is located on the frame of wire straightening machine 5 by the rotating shaft 52 of alignment wheel, and fixing with set bolt 53, and per five alignments wheel 51 is one group, establish four groups altogether, be horizontally disposed with two groups, vertically be provided with two groups, steel wire is under the driving of steel wire feeding machine 7, steel wire passes between corresponding alignment wheel 51, thereby makes crooked steel wire become straight.
Described bundle pedestal 6 is made of base 61 and bundle frame 62, and steel wire 8 is wrapped on the bundle frame 62, and the axle of bundle frame 62 is by the top of bearing fixing at base 61, and when steel wire 8 was spurred by steel wire feeding machine 7, bundle frame 62 was rotatable.
Described cut-to-length machine 4, by shear knife positioning seat 41, shear knife 42, shear knife back-moving spring 43, steel wire is sheared locating piece 44, steel wire fixed-length block 45 and shearing press down connecting rod 46 and constitute, shear knife positioning seat 41, steel wire is sheared locating piece 44 and steel wire fixed-length block 45 all is fixed on the front panel of power transmission box 2, steel wire shearing locating piece 44 and steel wire fixed-length block 45 are located at the both sides of steel wire card fixed in shape template 31 respectively, the distance that steel wire is sheared between locating piece 44 and the steel wire fixed-length block 45 is the steel wire length of a steel wire calorie requirement, shear knife 42 is located in the slide opening of shear knife positioning seat 41, shear knife 42 and lower platen slurcam 39 all are fixed on to shear and press down on the connecting rod 46, so that press down moving down of connecting rod 46 by shearing, thereby driving shear knife 42 and lower platen slurcam 39 moves down simultaneously, make shear knife 42 cut off steel wire earlier, rotate clamping bending plate 33 and again steel wire is wrapped on the steel wire card fixed in shape template 31.
The camshaft group transmission device of described power transmission box 2, by driving shaft 22, driven shaft 23, shearing presses down connecting rod driving cam 24, steel wire axis sleeve forming knock-pin driving cam 25, steel wire axis cover brake forming bar driving cam 26, steel wire card knock-pin driving cam 27, steel wire axis sleeve forming ejects drive rod 28 and steel wire axis cover brake forming drive rod 29 constitutes, reducing motor 21 is fixed on the bottom of power transmission box 2, the driving shaft 22 of reducing motor 21 passes through the bevel gear engaged transmission with driven shaft 23, thereby making driving shaft 22 drive driven shaft 23 rotates, fixing steel wire card knock-pin driving cam 27 on the driving shaft 22, shear on fixing on the driven shaft 23 and press down connecting rod driving cam 24, steel wire axis sleeve forming knock-pin driving cam 25 and steel wire axis cover brake forming bar driving cam 26, shearing presses down connecting rod driving cam 24 and shearing, and to press down connecting rod 46 corresponding, pressing down connecting rod driving cam 24 by shearing drives to shear and presses down connecting rod 46 and move down, it is corresponding that steel wire axis sleeve forming knock-pin driving cam 25 and steel wire axis sleeve forming eject drive rod 28, it is corresponding with steel wire axis sleeve forming knock-pin 373 that steel wire axis sleeve forming ejects drive rod 28, ejecting drive rod 28 by steel wire axis sleeve forming knock-pin driving cam 25 drive steel wire axis sleeve formings moves down, the inclined-plane that ejects drive rod 28 bottoms by steel wire axis sleeve forming promotes steel wire axis sleeve forming knock-pin 373 and moves forward again, steel wire axis cover brake forming bar driving cam 26 is corresponding with steel wire axis cover brake forming drive rod 29, steel wire axis cover brake forming drive rod 29 is corresponding with steel wire axis cover brake forming bar 374, driving steel wire axis cover brake forming drive rod 29 by steel wire axis cover brake forming bar driving cam 26 moves down, inclined-plane promotion steel wire axis cover brake forming bar 374 by steel wire axis cover brake forming drive rod 29 bottoms moves forward again, steel wire card knock-pin driving cam 27 is corresponding with steel wire card knock-pin 38, making steel wire card knock-pin driving cam 27 drive steel wire card knock-pin 38 moves forward, at steel wire card knock-pin 38, all sheathed upper spring on steel wire axis sleeve forming knock-pin 373 and the steel wire axis cover brake forming bar 374, so that after action is separately finished, can in time reset, carry out next operation.
During use, driving by servomotor on the steel wire feeding machine 7, in the duration of work of servomotor, make steel wire 8 from bundle pedestal 6, enter wire straightening machine 5 successively, steel wire feeding machine 7, cut-to-length machine 4 and steel wire card make-up machine 3, withstand at last on the steel wire fixed-length block 45, this moment, servomotor stopped operating, reducing motor 21 drives driving shaft 22 and driven shaft 23 rotates, shearing presses down connecting rod driving cam 24 and drives to shear and press down connecting rod 46 and move down, shear knife 42 cuts off steel wire 8 earlier, meanwhile, rotating clamping bending plate 33 is wrapped in the steel wire of shearing 8 on the steel wire card fixed in shape template 31 again, briquetting 36 is again steel wire 8 upwards flattening on the boss in steel wire card fixed in shape template 31, then, steel wire axis sleeve forming knock-pin driving cam 25 presses down steel wire axis sleeve forming and ejects drive rod 28, steel wire axis sleeve forming knock-pin 373 is moved forward, two terminations of steel wire 8 are ejected forward, then, steel wire axis cover brake forming bar driving cam 26 presses down steel wire axis cover brake forming drive rod 29, steel wire axis cover brake forming bar 374 is moved forward, thereby driving steel wire axis cover typing elbow 371 upwards bends up, two terminations of steel wire 8 are curved axle sleeve, at last, steel wire card knock-pin driving cam 27 drives steel wire card knock-pin 38 and moves forward, thereby the steel wire card that will make moulding ejects, break away from steel wire card fixed in shape template 31, at last, each parts reset under the effect of spring separately, enter next working procedure.
Claims (4)
1. fully automatic forming machine of steel snaps for bottle caps, comprise frame (1), bundle pedestal (6) and power transmission box (2) constitute, bundle pedestal (6) is located at a side of frame (1), power transmission box (2) is fixed on the frame (1), it is characterized in that the fixing successively wire straightening machine (5) of going up on the frame (1) between power transmission box (2) and the bundle pedestal (6), steel wire feeding machine (7) and cut-to-length machine (4), on the front panel of power transmission box (2), be provided with steel wire card make-up machine (3), be provided with reducing motor (21) and camshaft group transmission device in power transmission box (2), camshaft group transmission device is connected with steel wire card make-up machine (3) with cut-to-length machine (4);
Described steel wire card make-up machine (3), comprise steel wire card fixed in shape template (31), lower platen (32), rotate clamping bending plate (33), lower platen back-moving spring (34), lower platen back-moving spring fixed block (35), briquetting (36), steel wire axis cover brake forming device (37), steel wire card knock-pin (38) and lower platen slurcam (39) constitute, on the front panel of power transmission box (2), fix last two lower platen back-moving spring fixed blocks (35), be provided with lower platen slurcam (39) between two lower platen back-moving spring fixed blocks (35), the lower end of lower platen slurcam (39) is located at the middle part of lower platen (32), the two ends of lower platen (32) are connected with lower platen back-moving spring fixed block (35) by lower platen back-moving spring (34) respectively, the fixing upper holder block (36) at the base plate of lower platen (32) middle part, briquetting (36) is corresponding with the upper boss of steel wire card fixed in shape template (31), two the inners of rotating clamping bending plate (33) are fixed on the front panel of power transmission box (2) by bearing pin respectively, and two middle parts of rotating clamping bending plate (33) are connected by the two ends of pivot link with lower platen (32) respectively;
Described steel wire axis cover brake forming device (37), by steel wire axis cover typing elbow (371), turn handle (372), steel wire axis sleeve forming knock-pin (373) and steel wire axis cover brake forming bar (374) formation, the middle part of steel wire axis cover typing elbow (371) is fixed on the front end of steel wire axis sleeve forming knock-pin (373) by rotating shaft, and the lower end of steel wire axis cover typing elbow (371) is connected with the front end that the steel wire axis overlaps brake forming bar (374) by turning handle (372);
Described cut-to-length machine (4), by shear knife positioning seat (41), shear knife (42), shear knife back-moving spring (43), steel wire is sheared locating piece (44), steel wire fixed-length block (45) and shearing press down connecting rod (46) and constitute, shear knife positioning seat (41), steel wire is sheared locating piece (44) and steel wire fixed-length block (45) all is fixed on the front panel of power transmission box (2), steel wire shearing locating piece (44) and steel wire fixed-length block (45) are located at the both sides of steel wire card fixed in shape template (31) respectively, shear knife (42) is located in the slide opening of shear knife positioning seat (41), and shear knife (42) and lower platen slurcam (39) all are fixed on to shear and press down on the connecting rod (46);
The camshaft group transmission device of described power transmission box (2), by driving shaft (22), driven shaft (23), shearing presses down connecting rod driving cam (24), steel wire axis sleeve forming knock-pin driving cam (25), steel wire axis cover brake forming bar driving cam (26), steel wire card knock-pin driving cam (27), steel wire axis sleeve forming ejects drive rod (28) and steel wire axis cover brake forming drive rod (29) constitutes, reducing motor (21) is fixed on the bottom of power transmission box (2), the driving shaft (22) of reducing motor (21) passes through the bevel gear engaged transmission with driven shaft (23), go up the fixing steel wire card knock-pin driving cam (27) of going up at driving shaft (22), go up fixing upward the shearing at driven shaft (23) and press down connecting rod driving cam (24), steel wire axis sleeve forming knock-pin driving cam (25) and steel wire axis cover brake forming bar driving cam (26), shearing presses down connecting rod driving cam (24) and shearing, and to press down connecting rod (46) corresponding, it is corresponding that steel wire axis sleeve forming knock-pin driving cam (25) and steel wire axis sleeve forming eject drive rod (28), it is corresponding with steel wire axis sleeve forming knock-pin (373) that steel wire axis sleeve forming ejects drive rod (28), steel wire axis cover brake forming bar driving cam (26) is corresponding with steel wire axis cover brake forming drive rod (29), steel wire axis cover brake forming drive rod (29) is corresponding with steel wire axis cover brake forming bar (374), steel wire card knock-pin driving cam (27) is corresponding with steel wire card knock-pin (38), at steel wire card knock-pin (38), all sheathed upper spring on steel wire axis sleeve forming knock-pin (373) and the steel wire axis cover brake forming bar (374).
2. fully automatic forming machine of steel snaps for bottle caps according to claim 1, it is characterized in that described steel wire feeding machine (7), by servomotor, steel wire feeding locating piece (71), steel wire driving wheel (72) and rotating shaft (73) constitute, servomotor is fixed on the frame of steel wire feeding machine (7), two steel wire driving wheels (72) are fixed on the front panel of steel wire feeding machine (7) by rotating shaft (73) respectively, steel wire feeding locating piece (71) is fixed on the front panel of steel wire feeding machine (7), and the center line of the through hole of steel wire feeding locating piece (71) is corresponding with the crack between two steel wire driving wheels (72).
3. fully automatic forming machine of steel snaps for bottle caps according to claim 1, it is characterized in that described wire straightening machine (5), constitute by alignment wheel (51), alignment wheel rotating shaft (52) and set bolt (53), alignment wheel (51) middle part is located on the frame of wire straightening machine (5) by alignment wheel rotating shaft (52), and fixing with set bolt (53), per five alignments wheels (51) are one group, establish four groups altogether, be horizontally disposed with two groups, vertically be provided with two groups.
4. fully automatic forming machine of steel snaps for bottle caps according to claim 1 is characterized in that described bundle pedestal (6), is made of base (61) and bundle frame (62), and the axle of bundle frame (62) is by the top of bearing fixing in base (61).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100156729A CN101559464B (en) | 2009-05-27 | 2009-05-27 | Fully automatic forming machine of steel snaps for bottle caps |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100156729A CN101559464B (en) | 2009-05-27 | 2009-05-27 | Fully automatic forming machine of steel snaps for bottle caps |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101559464A CN101559464A (en) | 2009-10-21 |
| CN101559464B true CN101559464B (en) | 2011-02-02 |
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ID=41218533
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009100156729A Expired - Fee Related CN101559464B (en) | 2009-05-27 | 2009-05-27 | Fully automatic forming machine of steel snaps for bottle caps |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101559464B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102543338B (en) * | 2011-12-28 | 2014-04-09 | 陕西宝成航空仪表有限责任公司 | Preparation method of electric brush assembly |
| CN102626763B (en) * | 2012-04-20 | 2014-02-12 | 莱芜文宝工艺品有限公司 | One-step forming machine for upper steel wire clip used in bottle caps |
| CN112589001B (en) * | 2020-11-27 | 2022-11-01 | 龙南格林园艺制品有限公司 | Automatic production line for special-shaped fixing parts |
| CN112828213B (en) * | 2020-12-31 | 2022-09-23 | 刘露 | Intelligent bending die for bracelet processing and bracelet processing method |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2050885A (en) * | 1979-06-12 | 1981-01-14 | Gill P J | Improvements relating to Clips |
| CN2897488Y (en) * | 2006-03-28 | 2007-05-09 | 杨建国 | Sealing rand forming device |
| CN101108661A (en) * | 2007-08-24 | 2008-01-23 | 石家庄晓进机械制造科技有限公司 | Mold special for sealing machine |
| CN201405012Y (en) * | 2009-05-27 | 2010-02-17 | 莱芜文宝工艺品有限公司 | Steel wire clip fully-automatic forming machine for bottle cover |
-
2009
- 2009-05-27 CN CN2009100156729A patent/CN101559464B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2050885A (en) * | 1979-06-12 | 1981-01-14 | Gill P J | Improvements relating to Clips |
| CN2897488Y (en) * | 2006-03-28 | 2007-05-09 | 杨建国 | Sealing rand forming device |
| CN101108661A (en) * | 2007-08-24 | 2008-01-23 | 石家庄晓进机械制造科技有限公司 | Mold special for sealing machine |
| CN201405012Y (en) * | 2009-05-27 | 2010-02-17 | 莱芜文宝工艺品有限公司 | Steel wire clip fully-automatic forming machine for bottle cover |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101559464A (en) | 2009-10-21 |
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