CN102626763B - One-step forming machine for upper steel wire clip used in bottle caps - Google Patents
One-step forming machine for upper steel wire clip used in bottle caps Download PDFInfo
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- CN102626763B CN102626763B CN201210116532.2A CN201210116532A CN102626763B CN 102626763 B CN102626763 B CN 102626763B CN 201210116532 A CN201210116532 A CN 201210116532A CN 102626763 B CN102626763 B CN 102626763B
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Abstract
The invention discloses a one-step forming machine for an upper steel wire clip used in bottle caps, comprising a body frame, a control box, a gear motor, a steel wire straightening device, a steel wire feeding device, a steel wire cutting device, an upper steel wire clip shaping module, an upper steel wire clip shaft sleeve bending and forming device, and a power transmission box. The one-step forming machine is characterized in that: a lateral shaft is arranged above the upper part of the power transmission box, the gear motor drives the lateral shaft, the steel wire cutting device is arranged on the power transmission box, a lower compression bar drives arc chucks, three driving cams are fixedly arranged on the lateral shaft and drive the lower compression bar, the steel wire feeding device, and the steel wire cutting device respectively, three driving cams are fixedly arranged on a driving shaft and drive an ejector rod, a push rod, and a bending rod respectively. The one-step forming machine for an upper steel wire clip used in bottle caps of the invention can complete the processes of steel wire straightening, feeding, cutting, and shaping in one step, having the advantages of fast speed, high efficiency, high precision and standardization of the products, which is suitable for the mass production of steel wire clips used in bottle caps.
Description
Technical field
The present invention relates to a kind of steel snaps for bottle caps process equipment, particularly a kind of bottle cap and use steel wire card one-shaper.
Background technology
At present, many art bottles adopt steel wire card that bottleneck is connected with bottle cap, and steel wire card comprises that steel wire card, lower steel wire card and steel wire spanner form, upper wire clamping fixes on bottle cap, and lower wire clamping fixes on the neck of body, and the rear end of upper steel wire card and lower steel wire card is rotationally connected, front end connects by steel wire spanner, open steel wire spanner, can raise bottle cap, bottle cap closes, Locking stylet spanner again, just can make bottle cap covering on bottleneck tightly, both practical, attractive in appearance again.The upper steel wire card using on bottle cap, its processing method is: first steel wire is cut into fixed length steel wire, and then processes by manual bending.The shortcoming of current manual processing method is: speed is slow, precision is low, standardization and standard poor, not can manufacture, meanwhile, also improved production cost; Because this upper steel wire card can only be for bottle cap, its planform is with manufacturability simultaneously, and machining is not easy to accomplish.
Summary of the invention
The object of the present invention is to provide a kind of simple to operately, convenient and swift, one-shot forming, can raise labour efficiency, reduce production costs, reach the bottle cap of standardized production and batch production requirements and use steel wire card one-shaper.
In order to reach above object, the technical solution adopted in the present invention is: this bottle cap is used steel wire card one-shaper, comprise frame, control cabinet, reducing motor, steel wire machine straightening device, steel wire feeding unit, steel wire shearing device, upper steel wire engaging pattern piece, upper steel wire axis cover bend molding apparatus and power transmission box, reducing motor and power transmission box are fixed in frame, in the frame of power transmission box one side, be provided with successively steel wire feeding unit and steel wire machine straightening device, block, steel wire locating piece, upper steel wire engaging pattern piece and location-plate are fixed on the front panel of power transmission box, control cabinet is located on power transmission box, control cabinet is connected with reducing motor by wire, it is characterized in that: the top of power transmission box is provided with transverse axis, the bevel gear of the driving shaft upper end of reducing motor and the bevel gear engaged transmission of transverse axis rear end, on the front panel of the power transmission box inside steel wire locating piece, be provided with shearing manipulation hole, in shearing manipulation hole, be provided with steel wire shearing device, the top of down-pressed pole is located in the through hole at location-plate middle part, down-pressed pole middle part is fixed with backing pin, between backing pin and location-plate, be fixed with the second spring, the middle part of arc clamping head actuating arm is set on the down-pressed pole of backing pin below, arc clamping head actuating arm is connected by the first spring respectively with the two ends of location-plate, arc clamping head is arranged with two, its medial extremity is fixed on the front panel of power transmission box of down-pressed pole both sides by rotating shaft respectively, arc clamping head actuating arm two ends are fixed on respectively the middle part of two arc clamping heads by rotating shaft, on transverse axis, be fixed with the first driving cam, the second driving cam and the 3rd driving cam, the 3rd driving cam is fixed on the leading section of the transverse axis directly over down-pressed pole, by the 3rd driving cam, drive down-pressed pole, power transmission box top below the first driving cam is fixed with steel wire feeding unit drive rod by support, by the first driving cam, drive steel wire feeding unit drive rod, steel wire feeding unit drive rod is connected with the throw rod of steel wire feeding unit by connecting rod, in power transmission box top, by support, be fixed with shear rod drive rod, by the second driving cam, drive shear rod drive rod, shear rod drive rod drives steel wire shearing device, on described driving shaft, be fixed with the 6th driving cam, 4 wheel driven moving cam and the 5th driving cam, on the front panel of the power transmission box of upper steel wire engaging pattern piece upside, be provided with two symmetrical circular holes, in each circular hole, be provided with a knock-pin, the middle part of knock-pin is erected in power transmission box by propping up, the middle part of knock-pin is arranged with the 6th spring, the rear end of two knock-pins is connected to one, the 6th driving cam is positioned at the rear end of two knock-pins, by the 6th driving cam, drive knock-pin, on the front panel of the power transmission box of upper steel wire engaging pattern piece downside, be provided with and eject bending operation hole, the front end of upper steel wire axis cover bend molding apparatus is located at and ejects in bending operation hole, 4 wheel driven moving cam is positioned at the rear end of the push rod of steel wire axis cover bend molding apparatus, by 4 wheel driven moving cam, drive push rod, the 5th driving cam is positioned at the rear end of the bending bar of steel wire axis cover bend molding apparatus, by the 5th driving cam, drive bending bar.
The present invention also implements by following measure: described steel wire shearing device, by shear knife, shear rod and the 3rd spring form, shear rod drive rod inner end be positioned at the second driving cam under, by the second driving cam, drive shear rod drive rod, shear rod drive rod outer end is connected with shear rod upper end by rotating shaft, by shear rod drive rod, drive shear rod down sliding, the lower end of shear rod is connected with the upper end of shear knife by rotating shaft, the lower end of shear knife is through be fixed on the lower end of steel wire locating piece behind shearing manipulation hole by rotating shaft, between the front panel inwall of the upper end of shear knife and power transmission box, be fixed with the 3rd spring.
Described upper steel wire axis cover bend molding apparatus, by push rod, bending bar, the 4th spring, the 5th spring, bending head and gangbar, formed, push rod and bending bar are erected in power transmission box by propping up, the 4th spring housing is located at the middle part of push rod, the 5th spring housing is located at the middle part of bending bar, the front end of push rod is fixed on the middle part of bending head by rotating shaft, the upper end of gangbar is connected with the lower end of bending head by rotating shaft, and the lower end of gangbar is connected with the front end of bending bar by rotating shaft.
Described steel wire feeding unit, by throw rod, adjusting bolt, the first gear, the second gear, one-way clutch and pinch wheels form, on the front panel of steel wire feeding unit, be arranged with two pairs of pinch wheels, above pinch wheels, be provided with adjusting bolt, in the rear end of the rotating shaft of the pinch wheels of two downsides, be respectively equipped with the first gear of coaxial rotation, the middle part of two the first gears is provided with the second gear, two first gear whiles and the second meshed transmission gear, bottom at steel wire feeding unit is provided with one-way clutch, one-way clutch and the second meshed transmission gear, one-way clutch is provided with throw rod.
Described steel wire machine straightening device, consists of straightening-wheel, rotating shaft and installing plate, and installing plate is provided with two, and two installing plates are mutually vertical, and each installing plate is provided with 5-7 straightening-wheels, and each straightening-wheel is all arranged on installing plate by rotating shaft.
Beneficial effect of the present invention is: compare with the method for the manual processing of current employing steel snaps for bottle caps, due to from wire straightening, disposable completing feeds, cuts off, is shaped, so, speed is fast, efficiency is high, Product Precision and standardization is high, production cost is low, can be convenient to the batch production of steel snaps for bottle caps.
Accompanying drawing explanation
Fig. 1 is structure front-view schematic diagram of the present invention;
Fig. 2 is the internal structure schematic diagram of power transmission box of the present invention;
Fig. 3 is the structure side-looking enlarged diagram of upper steel wire axis cover bend molding apparatus of the present invention;
Fig. 4 is the forward sight enlarged diagram of upper steel wire engaging pattern piece of the present invention;
Fig. 5 is the made upper steel wire card structure front-view schematic diagram of the present invention;
Fig. 6 is that schematic diagram is looked on the made upper steel wire card structure left side of the present invention;
Fig. 7 is the structure backsight enlarged diagram of steel wire feeding unit of the present invention;
In figure: 1, frame; 2, power transmission box; 3, control cabinet; 4, steel wire machine straightening device; 5, steel wire feeding unit; 6, connecting rod; 7, upper steel wire axis cover bend molding apparatus; 8, block; 9, upper steel wire engaging pattern piece; 10, knock-pin; 11, eject bending operation hole; 12, steel wire locating piece; 13, arc clamping head; 14, arc clamping head actuating arm; 15, the first spring; 16, location-plate; 17, the second spring; 18, down-pressed pole; 19, transverse axis; 20, the 3rd driving cam; 21, reducing motor; 22, driving shaft; 23, shear knife; 24, the 3rd spring; 25, shear rod; 26, shear rod drive rod; 27, steel wire feeding unit drive rod; 28, the first driving cam; 29, the second driving cam; 30, the 6th spring; 31, the 6th driving cam; 32,4 wheel driven moving cam; 33, the 5th driving cam; 34, shearing manipulation hole; 51, throw rod; 52, adjusting bolt; 53, the first gear; 54, the second gear; 55, one-way clutch; 56, pinch wheels; 71, push rod; 72, bending bar; 73, the 4th spring; 74, the 5th spring; 75, bending head; 76, gangbar.
The specific embodiment
With reference to accompanying drawing 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, make the present invention.This bottle cap is used steel wire card one-shaper, comprise frame 1, control cabinet 3, reducing motor 21, steel wire machine straightening device 4, steel wire feeding unit 5, steel wire shearing device, upper steel wire engaging pattern piece 9, upper steel wire axis cover bend molding apparatus 7 and power transmission box 2, reducing motor 21 and power transmission box 2 are fixed in frame 1, in the frame 1 of power transmission box 2 one sides, be provided with successively steel wire feeding unit 5 and steel wire machine straightening device 4, block 8, steel wire locating piece 12, upper steel wire engaging pattern piece 9 and location-plate 16 are fixed on the front panel of power transmission box 2, control cabinet 3 is located on power transmission box 2, control cabinet 3 is connected with reducing motor 21 by wire, by control cabinet 3, control the start and stop of reducing motor 21, it is characterized in that: the top of power transmission box 2 is provided with transverse axis 19, the bevel gear of driving shaft 22 upper ends of reducing motor 21 and the bevel gear engaged transmission of transverse axis 19 rear ends, on the front panel of the power transmission box 2 of steel wire locating piece 12 inner sides, be provided with shearing manipulation hole 34, in shearing manipulation hole 34, be provided with steel wire shearing device, the top of down-pressed pole 18 is located in the through hole at location-plate 16 middle parts, the fixing upper backing pin in down-pressed pole 18 middle parts, between backing pin and location-plate 16, be fixed with the second spring 17, the middle part of arc clamping head actuating arm 14 is set on the down-pressed pole 18 of backing pin below, arc clamping head actuating arm 14 is connected by the first spring 15 respectively with the two ends of location-plate 16, arc clamping head 13 is arranged with two, its medial extremity is fixed on the front panel of power transmission box 2 of down-pressed pole 18 both sides by rotating shaft respectively, arc clamping head actuating arm 14 two ends are fixed on respectively the middle part of two arc clamping heads 13 by rotating shaft, on transverse axis 19, be fixed with the first driving cam 28, the second driving cam 29 and the 3rd driving cam 20, the 3rd driving cam 20 is fixed on the leading section of the transverse axis 19 directly over down-pressed pole 18, by the 3rd driving cam 20, drive down-pressed pole 18, power transmission box 2 tops below the first driving cam 28 are fixed with steel wire feeding unit drive rod 27 by support, by the first driving cam 28, drive steel wire feeding unit drive rod 27, steel wire feeding unit drive rod 27 is connected with the throw rod 51 of steel wire feeding unit 5 by connecting rod 6, at power transmission box 2 tops, by support, be fixed with shear rod drive rod 26, by the second driving cam 29, drive shear rod drive rod 26, shear rod drive rod 26 drives steel wire shearing device to shear steel wire, on described driving shaft 22, be fixed with the 6th driving cam 31, 4 wheel driven moving cam 32 and the 5th driving cam 33, on the front panel of the power transmission box 2 of upper steel wire engaging pattern piece 9 upsides, be provided with two symmetrical circular holes, in each circular hole, be provided with a knock-pin 10, the middle part of knock-pin 10 is erected in power transmission box 2 by propping up, the middle part of knock-pin 10 is arranged with the 6th spring 30, the rear end of two knock-pins 10 is connected to one, the 6th driving cam 31 is positioned at the rear end of two knock-pins 10, by the 6th driving cam 31, drive knock-pin 10, on the front panel of the power transmission box 2 of upper steel wire engaging pattern piece 9 downsides, be provided with and eject bending operation hole 11, the front end of upper steel wire axis cover bend molding apparatus 7 is located at and ejects in bending operation hole 11, 4 wheel driven moving cam 32 is positioned at the rear end of the push rod 71 of steel wire axis cover bend molding apparatus 7, by 4 wheel driven moving cam 32, drive push rod 71, the 5th driving cam 33 is positioned at the rear end of the bending bar 72 of steel wire axis cover bend molding apparatus 7, by the 5th driving cam 33, drive bending bar 72.
Described steel wire shearing device, by shear knife 23, shear rod 25 and the 3rd spring 24 form, shear rod drive rod 26 inner ends be positioned at the second driving cam 29 under, by the second driving cam 29, drive shear rod drive rod 26, shear rod drive rod 26 outer ends are connected with shear rod 25 upper ends by rotating shaft, by shear rod drive rod 26, drive shear rod 25 down slidings, the lower end of shear rod 25 is connected with the upper end of shear knife 23 by rotating shaft, the lower end of shear knife 23 is through be fixed on the lower end of steel wire locating piece 12 behind shearing manipulation hole 34 by rotating shaft, between the front panel inwall of the upper end of shear knife 23 and power transmission box 2, be fixed with the 3rd spring 24.
Described upper steel wire axis cover bend molding apparatus 7, by push rod 71, bending bar 72, the 4th spring 73, the 5th spring 74, bending 75 and gangbar 76, formed, push rod 71 and bending bar 72 are erected in power transmission box 2 by propping up, the 4th spring 73 is set in the middle part of push rod 71, the 5th spring 74 is set in the middle part of bending bar 72, the front end of push rod 71 is fixed on the middle part of bending 75 by rotating shaft, the upper end of gangbar 76 is connected by the lower end of rotating shaft and bending 75, and the lower end of gangbar 76 is connected with the front end of bending bar 72 by rotating shaft.
Described steel wire feeding unit 5, by throw rod 51, adjusting bolt 52, the first gear 53, the second gear 54, one-way clutch 55 and pinch wheels 56 form, on the front panel of steel wire feeding unit 5, be arranged with two pairs of pinch wheels 56, by upper and lower two pinch wheels 56, clamping steel wire is fed forward, above pinch wheels 56, be provided with adjusting bolt 52, by adjusting bolt 52, can regulate the clamping dynamics between every pair of pinch wheels 56, in the rear end of the rotating shaft of the pinch wheels 56 of two downsides, be respectively equipped with the first gear 53 of coaxial rotation, the middle part of two the first gears 53 is provided with the second gear 54, two the first 53 whiles and the second gear 54 engaged transmission of gear, in the bottom of steel wire feeding unit 5, be provided with one-way clutch 55, one-way clutch 55 and the second gear 54 engaged transmission, one-way clutch 55 is provided with throw rod 51, throw rod 51 clockwise rotates after certain angle, no longer clockwise rotate, but rotate counterclockwise reset, like this, after each throw rod 51 clockwise rotates, capital drives one-way clutch 55 to rotate, finally make two pairs of pinch wheels 56 synchronously turn an angle, make steel wire certain length of advancing, this steel wire length is exactly the total length of upper steel wire card.
Described steel wire machine straightening device 4, by straightening-wheel, rotating shaft and installing plate, formed, installing plate is provided with two, two installing plates are mutually vertical, each installing plate is provided with 5-7 straightening-wheels, and each straightening-wheel is all arranged on installing plate by rotating shaft, and steel wire is under the driving of steel wire feeding unit 5, steel wire passes between corresponding straightening-wheel, thereby crooked steel wire is straightened.
During use, steel wire is penetrated to steel wire machine straightening device 4 successively, steel wire feeding unit 5, insert in the through hole at steel wire locating piece 12 middle parts, start start button on control cabinet 3, reducing motor 21 is started working, driving shaft 22 rotates, drive transverse axis 19 to rotate, the first driving cam 28 drives steel wire feeding unit drive rod 27, steel wire feeding unit drive rod 27 drives throw rod 51 to clockwise rotate by connecting rod 6, thereby pinch wheels 56 is rotated, make steel wire between upper and lower two pinch wheels 56 upper steel wire card length of advancing forward, now the front end of steel wire withstands on block 8 through the through hole of steel wire locating piece 12, the second driving cam 29 drives shear rod drive rod 26, the end compressive-shear chipping 25 of shear rod drive rod 26, make shear rod 25 lower ends drive shear knife 23 to cut off steel wire, meanwhile, throw rod 51 rotates counterclockwise reset, the 3rd driving cam 20 drives down-pressed pole 18 descending, the backing pin at down-pressed pole 18 middle parts promotes arc clamping head actuating arm 14 and moves down with down-pressed pole 18 1 is logical, down-pressed pole 18 is pressed in steel wire middle part in the top planes of upper steel wire engaging pattern piece 9, the both sides of steel wire are pressed on the arc-shaped surface of upper steel wire engaging pattern piece 9 both sides by arc clamping head 13, and maintain sizing, 4 wheel driven moving cam 32 drives push rod 71 to move forward, push rod 71 moves reach with bending bar 72, front end heads on two ends that are pressed on the steel wire on steel wire engaging pattern piece 9 and curves forward 90 degree, when push rod 71 reaches after range forward, the 5th driving cam 33 starts to promote bending bar 72 and moves forward separately, thereby drive bending 75 to rotate, bending 75 curves sleeve-like by two front ends of steel wire, like this, the work of whole upper steel wire card bent for shaping completes, finally, the 6th driving cam 31 drives knock-pin 10 to move ahead, the upper steel wire card being wrapped in after bent for shaping on upper steel wire engaging pattern piece 9 is ejected, steel wire engaging pattern piece 9 in disengaging, whole processing sizing work completes, all parts resets under the effect of spring separately, enter the processing work of next upper steel wire card, so move in circles, on each, only have 5 seconds the process time of steel wire card, improved working (machining) efficiency.
Claims (4)
1. bottle cap is used steel wire card one-shaper, comprise frame (1), control cabinet (3), reducing motor (21), steel wire machine straightening device (4), steel wire feeding unit (5), steel wire shearing device, upper steel wire engaging pattern piece (9), upper steel wire axis cover bend molding apparatus (7) and power transmission box (2), reducing motor (21) and power transmission box (2) are fixed in frame (1), in the frame (1) of power transmission box (2) one sides, be provided with successively steel wire feeding unit (5) and steel wire machine straightening device (4), block (8), steel wire locating piece (12), upper steel wire engaging pattern piece (9) and location-plate (16) are fixed on the front panel of power transmission box (2), control cabinet (3) is located on power transmission box (2), control cabinet (3) is connected with reducing motor (21) by wire, it is characterized in that: the top of power transmission box (2) is provided with transverse axis (19), the bevel gear of driving shaft (22) upper end of reducing motor (21) and the bevel gear engaged transmission of transverse axis (19) rear end, on the front panel of the power transmission box (2) inside steel wire locating piece (12), be provided with shearing manipulation hole (34), in shearing manipulation hole (34), be provided with steel wire shearing device, the top of down-pressed pole (18) is located in the through hole at location-plate (16) middle part, down-pressed pole (18) middle part is fixed with backing pin, between backing pin and location-plate (16), be fixed with the second spring (17), the middle part of arc clamping head actuating arm (14) is set on the down-pressed pole (18) of backing pin below, arc clamping head actuating arm (14) is connected by the first spring (15) respectively with the two ends of location-plate (16), arc clamping head (13) is arranged with two, its medial extremity is fixed on the front panel of power transmission box (2) of down-pressed pole (18) both sides by rotating shaft respectively, arc clamping head actuating arm (14) two ends are fixed on respectively the middle part of two arc clamping heads (13) by rotating shaft, on transverse axis (19), be fixed with the first driving cam (28), the second driving cam (29) and the 3rd driving cam (20), the 3rd driving cam (20) is fixed on the leading section of the transverse axis (19) directly over down-pressed pole (18), by the 3rd driving cam (20), drive down-pressed pole (18), power transmission box (2) top in the first driving cam (28) below is fixed with steel wire feeding unit drive rod (27) by support, by the first driving cam (28), drive steel wire feeding unit drive rod (27), steel wire feeding unit drive rod (27) is connected with the throw rod (51) of steel wire feeding unit (5) by connecting rod (6), at power transmission box (2) top, by support, be fixed with shear rod drive rod (26), by the second driving cam (29), drive shear rod drive rod (26), shear rod drive rod (26) drives steel wire shearing device, on described driving shaft (22), be fixed with the 6th driving cam (31), 4 wheel driven moving cam (32) and the 5th driving cam (33), on the front panel of the power transmission box (2) of upper steel wire engaging pattern piece (9) upside, be provided with two symmetrical circular holes, in each circular hole, be provided with a knock-pin (10), the middle part of knock-pin (10) is erected in power transmission box (2) by propping up, the middle part of knock-pin (10) is arranged with the 6th spring (30), the rear end of two knock-pins (10) is connected to one, the 6th driving cam (31) is positioned at the rear end of two knock-pins (10), by the 6th driving cam (31), drive knock-pin (10), on the front panel of the power transmission box (2) of upper steel wire engaging pattern piece (9) downside, be provided with and eject bending operation hole (11), the front end of upper steel wire axis cover bend molding apparatus (7) is located at and ejects in bending operation hole (11), 4 wheel driven moving cam (32) is positioned at the rear end of the push rod (71) of steel wire axis cover bend molding apparatus (7), by 4 wheel driven moving cam (32), drive push rod (71), the 5th driving cam (33) is positioned at the rear end of the bending bar (72) of steel wire axis cover bend molding apparatus (7), by the 5th driving cam (33), drive bending bar (72).
2. bottle cap according to claim 1 is used steel wire card one-shaper, it is characterized in that: described steel wire shearing device, by shear knife (23), shear rod (25) and the 3rd spring (24) form, shear rod drive rod (26) inner end be positioned at the second driving cam (29) under, by the second driving cam (29), drive shear rod drive rod (26), shear rod drive rod (26) outer end is connected with shear rod (25) upper end by rotating shaft, by shear rod drive rod (26), drive shear rod (25) down sliding, the lower end of shear rod (25) is connected with the upper end of shear knife (23) by rotating shaft, the lower end of shear knife (23) is through be fixed on the lower end of steel wire locating piece (12) behind shearing manipulation hole (34) by rotating shaft, between the front panel inwall of the upper end of shear knife (23) and power transmission box (2), be fixed with the 3rd spring (24).
3. bottle cap according to claim 1 is used steel wire card one-shaper, it is characterized in that: described upper steel wire axis cover bend molding apparatus (7), by push rod (71), bending bar (72), the 4th spring (73), the 5th spring (74), bending head (75) and gangbar (76) form, push rod (71) and bending bar (72) are erected in power transmission box (2) by propping up, the 4th spring (73) is set in the middle part of push rod (71), the 5th spring (74) is set in the middle part of bending bar (72), the front end of push rod (71) is fixed on the middle part of bending head (75) by rotating shaft, the upper end of gangbar (76) is connected with the lower end of bending head (75) by rotating shaft, the lower end of gangbar (76) is connected with the front end of bending bar (72) by rotating shaft.
4. bottle cap according to claim 1 is used steel wire card one-shaper, it is characterized in that: described steel wire feeding unit (5), by throw rod (51), adjusting bolt (52), the first gear (53), the second gear (54), one-way clutch (55) and pinch wheels (56) form, on the front panel of steel wire feeding unit (5), be arranged with two pairs of pinch wheels (56), in the top of pinch wheels (56), be provided with adjusting bolt (52), in the rear end of the rotating shaft of the pinch wheels (56) of two downsides, be respectively equipped with first gear (53) of coaxial rotation, the middle part of two the first gears (53) is provided with the second gear (54), two the first gears (53) while and the second gear (54) engaged transmission, in the bottom of steel wire feeding unit (5), be provided with one-way clutch (55), one-way clutch (55) and the second gear (54) engaged transmission, one-way clutch (55) is provided with throw rod (51).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210116532.2A CN102626763B (en) | 2012-04-20 | 2012-04-20 | One-step forming machine for upper steel wire clip used in bottle caps |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210116532.2A CN102626763B (en) | 2012-04-20 | 2012-04-20 | One-step forming machine for upper steel wire clip used in bottle caps |
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| Publication Number | Publication Date |
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| CN102626763A CN102626763A (en) | 2012-08-08 |
| CN102626763B true CN102626763B (en) | 2014-02-12 |
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| CN201210116532.2A Expired - Fee Related CN102626763B (en) | 2012-04-20 | 2012-04-20 | One-step forming machine for upper steel wire clip used in bottle caps |
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| CN109108183B (en) * | 2018-09-30 | 2024-02-23 | 湖南映宏新材料股份有限公司 | Steel wire bending machine |
| CN109513849A (en) * | 2019-01-11 | 2019-03-26 | 北京中标农科技术有限公司 | A kind of intelligence manufacture hangs seedling hook-up apparatus |
| CN112317642B (en) * | 2020-10-15 | 2023-04-18 | 广东电网有限责任公司广州供电局 | Three-core cable elbow type terminal bending device in switch cabinet |
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Non-Patent Citations (1)
| Title |
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| JP特开平6-344063A 1994.12.20 |
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| CN102626763A (en) | 2012-08-08 |
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