CN203046162U - Core-pulling winding machine - Google Patents
Core-pulling winding machine Download PDFInfo
- Publication number
- CN203046162U CN203046162U CN 201320047419 CN201320047419U CN203046162U CN 203046162 U CN203046162 U CN 203046162U CN 201320047419 CN201320047419 CN 201320047419 CN 201320047419 U CN201320047419 U CN 201320047419U CN 203046162 U CN203046162 U CN 203046162U
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- China
- Prior art keywords
- core rod
- core
- pipe fitting
- lift
- winding machine
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Abstract
The utility model discloses a core-pulling winding machine. The core-pulling winding machine comprises a rack, a winging device, a core-pulling device, and a conveying rail between the winging device and the core-pulling device, wherein the winging device comprises a die core installation seat and a die core power device, the die core installation seat is installed on the conveying rail in a sliding manner, and a power engaging-disengaging mechanism is arranged between the die core power device and the die core installation seat; the core-pulling device comprises an upper lifting element, a lower lifting element, an upper tube baffle and a lower tube baffle; the upper tube baffle and the lower tube baffle are installed on the rack, the upper lifting element is vertically installed on the rack in a sliding manner and located above the upper tube baffle, and the lower lifting element is vertically installed on the rack in a sliding manner and located below the lower tube baffle; the upper tube baffle and the lower tube baffle are provided with openings; the upper lifting element is provided with an upper lifting structure capable of being connected with or disconnected from an upper half die core body, and the lower lifting element is provided with a lower lifting structure capable of being connected with or disconnected from a lower half die core body; and the upper lifting element and the lower lifting element are driven by an upper lifting power device and a lower lifting power device respectively. With the adoption of the core-pulling winding machine, the working efficiency is improved, and multiple manpower and material resources are saved.
Description
Technical field
The utility model relates to a kind of coil winding machine of loosing core.
Background technology
The whole process of electric capacity pipe fitting production comprises coiling; injection moulding; withdrawing pattern and matched moulds; need to wind the line at coil winding machine earlier; injection mo(u)lding to the injection machine then; after the moulding cooling; horizontal withdrawing pattern to the ingot stripper; core rod is extracted; tube manufacture is finished, if will continue to produce key, then needs at first core rod to be assembled; and then carry out aforesaid coiling; injection moulding; processes such as withdrawing pattern; each process of the production of pipe fitting is all carried out separately at present, lacks continuity, and operating efficiency is lower; and the automaticity that pipe fitting is produced is very low, needs to spend great amount of manpower and material resources in the production process.
The utility model content
Technical problem to be solved in the utility model is: a kind of coil winding machine of loosing core is provided, and this coil winding machine has not only been saved great amount of manpower and material resources, and has improved the operating efficiency of the coiling of loosing core.
For solving the problems of the technologies described above, the technical solution of the utility model is: the coil winding machine of loosing core, comprise frame, Winder, core-pulling device and be arranged at Winder and core-pulling device between delivery track; This Winder comprises the core rod mount pad and drives the core rod power set of core rod mount pad rotation that the core rod mount pad is slidingly mounted on the delivery track, is provided with power clutch mechanism between described core rod power set and the core rod mount pad; Core-pulling device, comprise for upwards lift the core rod upper semi-body on lift part, be used for lifting the core rod lower semi-body downwards lift part down, be used for cooperating pipe fitting overhead gage and the pipe fitting lower baffle plate that stops the pipe fitting motion; Described pipe fitting overhead gage and pipe fitting lower baffle plate all are installed on the frame, lift the top that part vertically is slidingly mounted on the frame and is positioned at the pipe fitting overhead gage on described, describedly lift the below that part vertically is slidingly mounted on the frame and is positioned at the pipe fitting lower baffle plate down; Pipe fitting overhead gage and pipe fitting lower baffle plate are equipped with the opening that can supply core rod to pass; On lift part and be provided with the last stretching structure that can be connected or break away from the core rod upper semi-body, lifting part being provided with the following stretching structure that can be connected or break away from the core rod lower semi-body down; On lift part and lift down part and lift the power set driving by upper and lower respectively.
As a preferred scheme, lifting part on described comprises and lifts plate and installing rack, described frame is provided with head tree, installing rack is installed on the head tree, described installing rack is provided with lead, lift plate on described and be slidingly mounted on the lead, last stretching structure is arranged at and lifts on the plate, lifts power set on described to be installed on the installing rack.
As a preferred scheme, described installing rack is slidingly mounted on the head tree, is provided with lowering or hoisting gear between installing rack and the frame, and described pipe fitting overhead gage is fixed on the installing rack.
As a preferred scheme, lift part under described and lift plate under comprising, lead is installed down on the frame, lift plate down and being slidingly mounted on down on the lead, described time stretching structure is arranged at down and lifts on the plate.
As a preferred scheme, the described stretching structure of going up comprises one group of hangers, and this hangers is fixed on the bottom that lifts plate, and corresponding core rod upper semi-body is provided with pin hole, is connected by latch between this hangers and the core rod upper semi-body; Described down stretching structure comprises one group of hangers, and this hangers is fixed on down the top that lifts plate, and the core rod lower semi-body of correspondence is provided with pin hole, is connected by latch between the hangers of following stretching structure and the core rod lower semi-body.
As a preferred scheme, described power clutch mechanism comprises lifting platform, lifting platform drive unit and driving shaft, these core rod power set are installed on the lifting platform, described driving shaft is connected with the clutch end of core rod power set, this lifting platform drives lifting by the lifting platform drive unit, and the end of this driving shaft is provided with the core rod mount pad and cooperates the drive mechanism that is in transmission connection.
As a preferred scheme, described drive mechanism comprises the axis of the end that is arranged on driving shaft, and the bottom cooperation of corresponding core rod mount pad is provided with the axis hole that holds driving shaft, and this axis hole sidewall is provided with the draw-in groove with the axis corresponding matching.
As a preferred scheme, described driving shaft comprises main shaft and axle sleeve, and described main shaft is connected with the core rod power set, and described axle sleeve is set on the main shaft and with the main shaft spline and is connected, described axis is arranged on the axle sleeve, is pressed with buffer spring between described main shaft and the axle sleeve in advance.
As a preferred scheme, the pipe fitting saddle also is installed on the described frame, described pipe fitting saddle is connected with the plane of pipe fitting lower baffle plate.
As a preferred scheme, described frame is provided with spacing buffer, and described spacing buffer limit core rod mount pad is in the coiling position.
After having adopted technique scheme, effect of the present utility model is: the coil winding machine of originally loosing core will loose core process and the combination of coiling process, coiling, withdrawing pattern, matched moulds can be finished at uniform machinery, by can realize fast winding the line the switching between position and the withdrawing pattern position of the delivery track between Winder and the core-pulling device, after finishing, withdrawing pattern can assemble matched moulds at once, by delivery track core rod is delivered to the coiling position then, can wind the line, withdrawing pattern, matched moulds, coiling becomes the process of carrying out continuously, not only improve the operating efficiency of coiling of loosing core greatly, and saved great amount of manpower and material resources.
Described installing rack is slidingly mounted on the head tree, is provided with lowering or hoisting gear between installing rack and the frame, and described pipe fitting overhead gage is fixed on the installing rack, can adapt to the withdrawing pattern requirement of the core rod of different size by the lifting of lowering or hoisting gear adjustment pipe fitting overhead gage.
Described driving shaft comprises main shaft and axle sleeve, described main shaft is connected with the core rod power set, described axle sleeve is set on the main shaft and with the main shaft spline and is connected, described axis is arranged on the axle sleeve, be pressed with buffer spring between described main shaft and the axle sleeve in advance, when axis and draw-in groove fail to aim at when engaging, buffer spring is in compressive state, core rod power set drive shaft body suitably rotates adjusts the position, axis and draw-in groove position are also being adjusted in the main shaft rotating process, when position alignment, the promotion axle sleeve moves upward and makes axis can engage success with draw-in groove under the effect of buffer spring.
The pipe fitting saddle also is installed on the described frame, described pipe fitting saddle is connected with the plane of pipe fitting lower baffle plate, and the production of withdrawing pattern rear tubular member is finished, and the staff moves to pipe fitting the pipe fitting saddle rapidly, can carry out the operation of matched moulds at once, guarantee the continuity that pipe fitting is produced.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the structural representation of Fig. 1 front view;
Fig. 3 is the structural representation of Fig. 1 vertical view;
Fig. 4 be among Fig. 3 A-A to the structure cutaway view;
Fig. 5 is the structural representation of Fig. 1 left view;
In the accompanying drawing: 1. frame; 2. core rod; 3. pin hole; 4. core rod mount pad; 5. core rod power set; 6. pipe fitting overhead gage; 7. pipe fitting lower baffle plate; 8. lift power set; 9. lift plate on; 10. lift plate down; 11. head tree; 12. leading screw and nut mechanism; 13. delivery track; 14. pipe fitting saddle; 15. spacing buffer; 16. hangers; 17. roller; 18. installing rack; 19. last lead; 20. lifting platform; 21. lifting platform drive unit; 22. driving shaft; 221. main shaft; 222. axle sleeve; 23. axis hole; 24. axis; 25. draw-in groove; 26. buffer spring; 27. following lead.
The specific embodiment
Below by specific embodiment the utility model coil winding machine of loosing core is described in further detail.
Shown in Fig. 1 to 5, the coil winding machine of loosing core comprises frame 1, Winder, core-pulling device and be arranged at Winder and core-pulling device between delivery track 13;
This Winder comprises core rod mount pad 4 and drives the core rod power set 5 of core rod mount pad 4 rotations, core rod mount pad 4 is slidingly mounted on the delivery track 13, the bottom of core rod mount pad 4 is equipped with the roller 17 that is used with delivery track 13, be provided with power clutch mechanism between described core rod power set 5 and the core rod mount pad 4, power clutch mechanism comprises lifting platform 20, lifting platform drive unit 21 and driving shaft 22, these core rod power set 5 are installed on the lifting platform 20, described driving shaft 22 is connected with the clutch end of core rod power set 5, this lifting platform 20 drives lifting by lifting platform drive unit 21, and this lifting platform drive unit 21 can be cylinder, oil cylinder etc.The end of this driving shaft 22 is provided with core rod mount pad 4 and cooperates the drive mechanism that is in transmission connection, drive mechanism comprises the axis 24 of the end that is arranged on driving shaft 22, the bottom cooperation of corresponding core rod mount pad 4 is provided with the axis hole 23 that holds driving shaft 22, these axis hole 23 sidewalls are provided with the draw-in groove 25 with axis 24 corresponding matching, certainly, all right other structures of drive mechanism, bottom as core mount pad 4 is provided with square or other polygonal jacks, corresponding, the end of driving shaft 22 is provided with the insertion section that is complementary with the jack shape.Driving shaft 22 comprises main shaft 221 and axle sleeve 222, described main shaft 221 is connected with core rod power set 5, described axle sleeve 222 is set on the main shaft 221 and with main shaft 221 splines and is connected, described axis 24 is arranged on the axle sleeve 222, is pressed with buffer spring 26 in advance between described main shaft 221 and the axle sleeve 222.
Core-pulling device, comprise for upwards lift the core rod upper semi-body on lift part, be used for lifting the core rod lower semi-body downwards lift part down, be used for cooperating pipe fitting overhead gage 6 and the pipe fitting lower baffle plate 7 that stops the pipe fitting motion; Described pipe fitting overhead gage 6 and pipe fitting lower baffle plate 7 all are installed on the frame 1, lift the top that part vertically is slidingly mounted on the frame 1 and is positioned at pipe fitting overhead gage 6 on described, describedly lift the below that part vertically is slidingly mounted on the frame 1 and is positioned at pipe fitting lower baffle plate 7 down; Pipe fitting overhead gage 6 and pipe fitting lower baffle plate 7 are equipped with the opening that can supply core rod 2 to pass; On lift part and be provided with the last stretching structure that can be connected or break away from the core rod upper semi-body, lift part down and be provided with the following stretching structure that can be connected or break away from the core rod lower semi-body, in the present embodiment, on lift part and comprise and lift plate 9 and installing rack 18, described frame 1 is provided with head tree 11, installing rack 18 is slidingly mounted on the head tree 11, described installing rack 18 is provided with lead 19, pipe fitting overhead gage 6 is fixed on the installing rack 18, be provided with lowering or hoisting gear between installing rack 18 and the frame 1, lowering or hoisting gear is leading screw and nut mechanism 12, lifting plate 9 on described is slidingly mounted on the lead 19, last stretching structure is arranged at and lifts on the plate 9, lift power set 8 on described and be installed on the installing rack 18, last stretching structure comprises one group of hangers 16, and this hangers 16 is fixed on the bottom that lifts plate 9, corresponding core rod upper semi-body is provided with pin hole 3, is connected by latch between this hangers 16 and the core rod upper semi-body; Described down stretching structure comprises one group of hangers 16, and this hangers 16 is fixed on down the top that lifts plate 10, and the core rod lower semi-body of correspondence is provided with pin hole 3, is connected by latch between the hangers 16 of following stretching structure and the core rod lower semi-body.On lift part and lift down part and lift power set 8 drivings by upper and lower respectively.Certainly, pipe fitting overhead gage 6 also nonessentially is installed on the installing rack 18 just passablely, and it also be feasible will pipe fitting overhead gage 6 directly installing on the frames 1, and this moment, pipe fitting overhead gage 6 height was still regulated by its corresponding lowering or hoisting gear, to satisfy the demand of different size core rod.
Under lift part and lift plate 10 under comprising, lead 27 is installed down on the frame 1, lift plate 10 down and being slidingly mounted on down on the lead 27, described time stretching structure is arranged at down and lifts on the plate 10.Certainly, the structure that lifts down part also can be arranged to above-mentioned on to lift the structure of part identical.Since on to lift plate 9, lift plate 10 down be to be installed in respectively on lead 19 and the following lead 27, therefore, on lift plate 9 and under lift plate 10 and can not shake, like this, just guarantee the quality of withdrawing pattern, also make things convenient for the matched moulds between core rod upper semi-body and the core rod lower semi-body simultaneously.
Present normally used core rod comprised core rod upper semi-body and core rod lower semi-body two parts in 2 minutes in this area, and the coil winding machine of originally loosing core mainly is to design at this kind core rod 2.
The process of electric capacity pipe fitting is as follows:
At first, core rod 2 is installed on core rod mount pad 4, start lifting platform drive unit 21, core rod power set 5 rise to driving shaft 22 conflicts to the bottom of core rod mount pad 4, close lifting platform drive unit 21, stop lifting, if this moment, axis 24 failed to engage with draw-in groove 25, owing to be pressed with buffer spring 26 in advance between main shaft 221 and the axle sleeve 222, can drive the position that axis 24 is adjusted in driving shaft 22 rotations by core rod power set 5, engage fully with draw-in groove 25 until axis 24, these core power set 5 are preferably motor acceleration and deceleration device.
Then, under the driving of core rod power set 5, core rod 2 begins the rotation coiling, after coiling is finished, lifting platform drive unit 21 drives lifting platform 20 and descends, driving shaft 22 separates with axis hole 23, core rod 2 is unloaded from core rod mount pad 4, hang away core rod 2 injection mo(u)lding to the injection machine by driving, the cooled core rod 2 of moulding is re-installed on the core rod mount pad 4, pin is installed at pin hole 3 places at core rod 2, promote core rod 2, then core rod 2 and core rod mount pad 4 slide into the withdrawing pattern position along delivery track 13, and this moment, two ends of core rod 2 passed from pipe fitting overhead gage 6 and pipe fitting lower baffle plate 7, pin snaps in the hangers 16, and pipe fitting then snaps onto between pipe fitting overhead gage 6 and the pipe fitting lower baffle plate 7 and limits its displacement.Start the upper and lower power set 8 that lift then, on lift part and under lift the part withdrawing pattern, pipe fitting is separated with core rod 2, treat that pipe fitting comes off behind the core rod 2, operating personnel are pushed into pipe fitting on the pipe fitting saddle 14, this moment, core rod 2 was divided into core rod upper semi-body and core rod lower semi-body two parts lifting part and lift down under lifting of part, started the upper and lower power set 8 that lift, and core rod upper semi-body and core rod lower semi-body are carried out matched moulds.
After matched moulds is finished, with the coiling position originally that core rod 2 and core rod mount pad 4 are pushed into together, disassemble the pin in the pin hole 3, repeat above-mentioned coiling, withdrawing pattern, matched moulds process and get final product.
When pipe fitting size especially height change, can adjust the height of pipe fitting overhead gage 6 by regulating leading screw and nut mechanism 12, thereby can satisfy the demand of different size pipe fitting.
In addition, the delivery track 13 of originally loosing core in the coil winding machine can integral body be a track, also the part of withdrawing pattern position can be separated with other parts, be that delivery track 13 is made of two parts, one section is arranged on the frame, another section then is arranged on down and lifts on the plate 10, core rod mount pad 4 can slide into down smoothly lift on the plate and with under lift plate and move downward.
Claims (10)
1. the coil winding machine of loosing core is characterized in that: comprise frame, Winder, core-pulling device and be arranged at Winder and core-pulling device between delivery track; This Winder comprises the core rod mount pad and drives the core rod power set of core rod mount pad rotation that the core rod mount pad is slidingly mounted on the delivery track, is provided with power clutch mechanism between described core rod power set and the core rod mount pad; Core-pulling device, comprise for upwards lift the core rod upper semi-body on lift part, be used for lifting the core rod lower semi-body downwards lift part down, be used for cooperating pipe fitting overhead gage and the pipe fitting lower baffle plate that stops the pipe fitting motion; Described pipe fitting overhead gage and pipe fitting lower baffle plate all are installed on the frame, lift the top that part vertically is slidingly mounted on the frame and is positioned at the pipe fitting overhead gage on described, describedly lift the below that part vertically is slidingly mounted on the frame and is positioned at the pipe fitting lower baffle plate down; Pipe fitting overhead gage and pipe fitting lower baffle plate are equipped with the opening that can supply core rod to pass; On lift part and be provided with the last stretching structure that can be connected or break away from the core rod upper semi-body, lifting part being provided with the following stretching structure that can be connected or break away from the core rod lower semi-body down; On lift part and lift down part and lift the power set driving by upper and lower respectively.
2. the coil winding machine of loosing core according to claim 1, it is characterized in that: lift part on described and comprise and lift plate and installing rack, described frame is provided with head tree, installing rack is installed on the head tree, described installing rack is provided with lead, lift plate on described and be slidingly mounted on the lead, last stretching structure is arranged at and lifts on the plate, lifts power set on described to be installed on the installing rack.
3. as the coil winding machine of loosing core as described in the claim 2, it is characterized in that: described installing rack is slidingly mounted on the head tree, is provided with lowering or hoisting gear between installing rack and the frame, and described pipe fitting overhead gage is fixed on the installing rack.
4. as the coil winding machine of loosing core as described in the claim 3, it is characterized in that: lift part under described and lift plate under comprising, lead is installed down on the frame, lift plate down and being slidingly mounted on down on the lead, described time stretching structure is arranged at down and lifts on the plate.
5. as the coil winding machine of loosing core as described in the claim 4, it is characterized in that: the described stretching structure of going up comprises one group of hangers, and this hangers is fixed on the bottom that lifts plate, and corresponding core rod upper semi-body is provided with pin hole, is connected by latch between this hangers and the core rod upper semi-body; Described down stretching structure comprises one group of hangers, and this hangers is fixed on down the top that lifts plate, and the core rod lower semi-body of correspondence is provided with pin hole, is connected by latch between the hangers of following stretching structure and the core rod lower semi-body.
6. as claim 1 to 5 coil winding machine of loosing core as described in each, it is characterized in that: described power clutch mechanism comprises lifting platform, lifting platform drive unit and driving shaft, these core rod power set are installed on the lifting platform, described driving shaft is connected with the clutch end of core rod power set, this lifting platform drives lifting by the lifting platform drive unit, and the end of this driving shaft is provided with the core rod mount pad and cooperates the drive mechanism that is in transmission connection.
7. as the coil winding machine of loosing core as described in the claim 6, it is characterized in that: described drive mechanism comprises the axis of the end that is arranged on driving shaft, the bottom cooperation of corresponding core rod mount pad is provided with the axis hole that holds driving shaft, and this axis hole sidewall is provided with the draw-in groove with the axis corresponding matching.
8. as the coil winding machine of loosing core as described in the claim 7, it is characterized in that: described driving shaft comprises main shaft and axle sleeve, described main shaft is connected with the core rod power set, described axle sleeve is set on the main shaft and with the main shaft spline and is connected, described axis is arranged on the axle sleeve, is pressed with buffer spring between described main shaft and the axle sleeve in advance.
9. as the coil winding machine of loosing core as described in the claim 8, it is characterized in that: the pipe fitting saddle also is installed on the described frame, and described pipe fitting saddle is connected with the plane of pipe fitting lower baffle plate.
10. as the coil winding machine of loosing core as described in the claim 9, it is characterized in that: described frame is provided with spacing buffer, and described spacing buffer limit core rod mount pad is in the coiling position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320047419 CN203046162U (en) | 2013-01-29 | 2013-01-29 | Core-pulling winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320047419 CN203046162U (en) | 2013-01-29 | 2013-01-29 | Core-pulling winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203046162U true CN203046162U (en) | 2013-07-10 |
Family
ID=48729154
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320047419 Withdrawn - After Issue CN203046162U (en) | 2013-01-29 | 2013-01-29 | Core-pulling winding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203046162U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103072240A (en) * | 2013-01-29 | 2013-05-01 | 江苏双腾管业有限公司 | Core-pulling winding machine |
-
2013
- 2013-01-29 CN CN 201320047419 patent/CN203046162U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103072240A (en) * | 2013-01-29 | 2013-05-01 | 江苏双腾管业有限公司 | Core-pulling winding machine |
| CN103072240B (en) * | 2013-01-29 | 2014-11-26 | 江苏双腾管业有限公司 | Core-pulling winding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130710 Effective date of abandoning: 20141126 |
|
| RGAV | Abandon patent right to avoid regrant |