CN204375503U - Cable production line - Google Patents
Cable production line Download PDFInfo
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- CN204375503U CN204375503U CN201520001030.4U CN201520001030U CN204375503U CN 204375503 U CN204375503 U CN 204375503U CN 201520001030 U CN201520001030 U CN 201520001030U CN 204375503 U CN204375503 U CN 204375503U
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Abstract
The utility model discloses a kind of cable production line, its drip irrigation device comprises the leading-in bracket connected successively, wire-drawing equipment, plastic extruding machine, tank, drying equipment, transfer equipment, hauling machine and admission machine, drying equipment, comprise crossed beam trunking and be arranged on the heater in crossed beam trunking, described heater downstream is provided with blots groove, vacuum pump is provided with below crossed beam trunking, transfer equipment, the position setting triangular in shape of three driven pulleys, be provided with conveyer belt between three driven pulleys and link with conveyer belt, the Contact of conveyer belt and driving wheel is formed with the transmission district that can transmit cable, blot in groove the sanding apparatus be provided with for cable surface particle pimple of polishing, sanding apparatus comprises sanding block, sanding block and the described cell wall blotting groove hinged, sanding block and describedly blot the gap being formed with between groove and passing for cable.The utility model drying equipment can eliminate cable surface particle pimple, transfer equipment driving wheel position is adjustable.
Description
Technical field
The utility model relates to a kind of production line, and more particularly, it relates to a kind of cable production line.
Background technology
At present, the cable production line on the market on market comprises the leading-in bracket, wire-drawing equipment, plastic extruding machine, tank, drying equipment, transfer equipment, hauling machine and the admission machine that connect successively.It is that insulated single wire is at wire drawing, insulation extrusion and the wherein procedure after crossing water cooling that cable dries up, come by drying equipment, on-line checkingi will be entered completing this operation, Detection of content comprises outer insulation diameter, concentricity, eccentric and spark test, by the technological parameter of the analysis and regulation production line of measured value, guarantee that insulated single wire properties meets the requirement of standard, so insulated single wire is by its surface requirements adiabatic drying after blow-dry device, any water droplet can not be remained.Secondly, when cable extrudes insulating barrier from plastic extruding machine, surface of insulating layer with some particle pimples, can affect the smoothness of cable surface.Moreover general cable drying equipment is not easy to wearing of cable.
Transfer equipment comprises driving wheel, several driven pulleys are provided with around driving wheel, be generally three, conveyer belt is arranged with between driven pulley, cable is fed through the gap between driving wheel and conveyer belt, rely on the frictional force between conveyer belt and driving wheel to provide the conveying capacity of cable, cable can be transmitted stably.But, the position of existing driving wheel is fixing, so the frictional force between conveyer belt and driving wheel is also just certain, so, driving force when transmitting thickness different cable suffered by cable is just different, make the conveying capacity suffered by thinner cable too small and then make to transmit poor effect, or conveying capacity suffered by thicker cable is excessive and then make to transmit difficulty.
Utility model content
For the deficiency that prior art exists, main purpose of the present utility model is to provide a kind of drying equipment can eliminate the cable drying equipment of cable surface particle pimple, and cable is easy to the cable production line that wears in the device.
Secondary objective is to provide a kind of transfer equipment can regulate driving wheel position and then makes the cable production line of transmission that the cable of different thicknesses can both be stable.
For achieving the above object, the utility model adopts following technical scheme, comprise the leading-in bracket connected successively, wire-drawing equipment, plastic extruding machine, tank, drying equipment, transfer equipment, hauling machine and admission machine, described drying equipment, comprise crossed beam trunking and be arranged on the heater in crossed beam trunking, described heater downstream is provided with blots groove, vacuum pump is provided with below described crossed beam trunking, described vacuum pump is communicated with the described groove that blots, described transfer equipment, comprise frame, described frame is provided with driving wheel, Auxiliary transmission wheels, three driven pulleys and the motor driving described driving wheel to rotate, the position setting triangular in shape of three driven pulleys, be provided with conveyer belt between three driven pulleys and link with conveyer belt, the Contact of described conveyer belt and driving wheel is formed with the transmission district that can transmit cable, blot in groove the sanding apparatus be provided with for cable surface particle pimple of polishing, described sanding apparatus comprises sanding block, described sanding block and the described cell wall blotting groove hinged, described sanding block and describedly blot the gap being formed with between groove and passing for cable.
Preferably, sanding apparatus also comprises turnover panel, and described sanding block is connected to below described turnover panel, described turnover panel and the described cell wall blotting groove hinged.
Preferably, side turnover panel connecting sanding block is also connected with hairbrush, and described hairbrush is positioned at the downstream of described sanding block.
Preferably, driving wheel slippage is arranged in described frame, described frame is also provided with drive driving wheel near or away from the driving mechanism of conveyer belt and carry out spacing position-limit mechanism to driving wheel.
Preferably, motor is connected with described frame slippage, and described frame is provided with chute, and the power transmission shaft of described motor is connected with described driving wheel through described chute.
Preferably, frame is provided with rotating shaft, described driving mechanism comprises and is all coaxially installed in worm gear in rotating shaft and cam, to establishing below described cam and described motor, described position-limit mechanism is the worm screw being arranged in frame and engaging with described worm gear, described frame is also provided with the guiding mechanism to motor removing guiding.
Preferably, guiding mechanism comprises the lead be arranged in frame and the mounting panel be connected with lead slippage, and described motor is arranged on described mounting panel, and described cam and described mounting panel lower surface are to establishing.
Preferably, admission machine comprises body, described body is provided with the bus cable device for being evenly arranged in by cable in I-beam wheel, described bus cable device comprises screw mandrel, on described screw mandrel, slippage is connected with sliding seat, and sliding seat one side roll is connected with inlet wire directive wheel, and described sliding seat is rotatably connected to backing roll relative to the opposite side be connected with inlet wire directive wheel, the part of described backing roll is higher than the upper surface of sliding seat, and the part of described inlet wire directive wheel is higher than the upper surface of sliding seat.
Preferably, between backing roll and inlet wire directive wheel, be provided with lead, described lead and sliding seat affixed, described lead is arranged with guide roller, between two shown guide rollers, forms the gap passed through for cable.
The utility model hinge structure is compared to be had: can clean out particle pimple on cable insulation by being arranged on the sanding block blotted in groove, is arranged on the vacuum pump blotted below groove and can blots cable and can in the particle pimple inspiration surge drum of polishing.At cable first through sanding block with when blotting groove, first can dig renovating, cable being passed and then covering and renovates, achieving the convenience wearing cable.
Accompanying drawing explanation
Fig. 1 is cable production line structural representation;
Fig. 2 is drying equipment structure schematic diagram;
Fig. 3 is drying equipment structure schematic diagram two;
Fig. 4 is transfer equipment structural representation;
Fig. 5 is transfer equipment structural representation two;
Fig. 6 is transfer equipment structural representation three;
Fig. 7 is admission machine structural representation;
Fig. 8 is A portion enlarged drawing in Fig. 7;
Fig. 9 is bus cable device explosive view.
Reference numeral: 1, leading-in bracket, 2, wire-drawing equipment, 3, plastic extruding machine, 4, tank, 5, drying equipment, 51, crossed beam trunking, 52. vacuum pumps, 521, escape pipe, 522, air inlet pipe, 53, blot groove, 531, turnover panel, 532, sanding block, 533, hairbrush, 54, heater, 55, dry brush, 56, surge drum, 561, tremie pipe, 562, air inlet, 563, gas outlet, 564, feed opening, 6, transfer equipment, 61, frame, 611, chute, 62, Auxiliary transmission wheels, 63, driven pulley, 64, driving wheel, 65, regulating wheel, 66, lever, 661, guide vane end stop, 662, weight linear meter, 67, motor, 68, conveyer belt, 691, cam, 692, worm gear, 693, worm screw, 6931, action bars, 694, lead, 6941, spacing ring, 695, mounting panel, 6951, pilot hole, 696, containing hole, 697, engaging groove, 698, plummer, 699, rotating shaft, 7, hauling machine, 8, admission machine, 81, body, 82, fixed lever, 821, transducer, 83, polished rod, 84, sliding seat, 842, rotating shaft, 843, screwed hole, 85, backing roll, 86, inlet wire directive wheel, 87, lead, 871, guide roller, 88, leading screw.
Embodiment
With reference to accompanying drawing, the utility model cable production line embodiment is described further.
A kind of cable production line, comprises the leading-in bracket 1, wire-drawing equipment 2, plastic extruding machine 3, tank 4, drying equipment 5, transfer equipment 6, hauling machine 7 and the admission machine 8 that connect successively.Copper cash volume as raw material is placed on the below of leading-in bracket 1, then wire-drawing equipment 2 is transported to, thicker copper cash became comparatively thin after entering wire-drawing equipment 2, afterwards through plastic extruding machine 3, and coated one deck insulating case on copper cash, cool through tank 4 again, arrive drying equipment 5 again by the water removing on insulating case, then through transfer equipment 6, cable is through the power motion of hauling machine 7, eventually pass hauling machine 7 and arrive admission machine 8, cable is received in I-beam wheel.Drying equipment 5, the heater 54 comprising crossed beam trunking 51 and be arranged in crossed beam trunking 51, Hafu-type heater 54 (adopting the flourish LCD-Q type Hafu-type heater produced along electroheat equipment Co., Ltd in Wujiang) selected by heater 4, to open upper Hough and lower Hough through cable.Pass through hasp or buckle or other connectors between upper Hough and lower Hough to connect.Heater 54 downstream is provided with blots groove 53, blots groove 53 and can be arranged in crossed beam trunking 51 and also can be arranged on outside crossed beam trunking 51, only need ensure the transmission affecting cable with crossed beam trunking 51 point-blank and not.Blot the V-shaped setting of groove 53, can ensure cable by time invariant position.Vacuum pump 52 is provided with below crossed beam trunking 51, vacuum pump 52 adopts Scroll-tupe vacuum pump 52 (adopting the YX-72S-4 Scroll-tupe vacuum pump 52 that Shanghai and prosperous Electromechanical Technology Co., Ltd produce), vacuum pump 52 comprises air inlet pipe 522 and escape pipe 521, air inlet pipe 522 with blot groove 53 and be communicated with, reach and effect blotted to cable; Escape pipe 521 is communicated with heater 54, reach the object of blowout hot blast, compare that original cable drying equipment is that to be only had the air inlet pipe 522 of vacuum pump 52 and blot groove 53 and be communicated with, by vacuum pump 52, the utility model cable drying equipment blots that to dry up double effects better.Blot in groove 53 sanding apparatus be provided with for cable surface particle pimple of polishing, sanding apparatus and blot the gap being formed with between groove 53 and passing for cable, cable is located in and blots between groove 53 and sanding apparatus.
Sanding apparatus comprises turnover panel 531 and sanding block 532, and sanding block 532 is fixed in below turnover panel 531, and turnover panel 531 is hinged by hinge with the cell wall blotting groove 53; Or sanding block 532 and turnover panel 531 removably connect, adopt fixture block to be connected with the form of draw-in groove, make sanding block 532 conveniently remove like this and change or safeguard.Wherein, sanding block 532 can be made up of the larger plastic products of some surface roughnesses or stone material, and V-shaped setting.So, sanding block 532 under himself Action of Gravity Field, and is formed with friction between cable, so cable can be polished on sanding block 532.Blot on groove 53 cell wall because turnover panel 531 is hinged on, so can rotate relative to blotting groove 53, at cable first through sanding block 532 with when blotting groove 3, can first turnover panel 531 be dug, cable passed and then covers turnover panel 531, achieving the convenience wearing cable.Blot the surge drum 56 be provided with below groove 53 for collecting granules pimple, particle pimple on cable insulation can be polished off by being arranged on the sanding block 532 blotted in groove 53, being arranged on the vacuum pump 52 blotted below groove 53 and can blotting cable and can in the particle pimple inspiration surge drum 56 of polishing.Surge drum 56 is provided with air inlet 562 and gas outlet 563, air inlet 562 with blot groove 53 and be communicated with, gas outlet 563 is communicated with air inlet pipe 522, air inlet 562 surge drum 56 upper end is set and with blot groove 53 and be communicated with, so particle pimple can be sucked in surge drum 56 and can not to block air inlet pipe 522.Surge drum 56 lower end is provided with feed opening 564, and feed opening 564 connects a dust catcher by a tremie pipe 561, particle pimple is siphoned away.
Secondly, side turnover panel 531 connecting sanding block 532 is also connected with hairbrush 533, and hairbrush 533 is made up of cotton wool line or foam.Hairbrush 533 is positioned at the downstream of sanding block 532, and so residual particle pimple on the insulating layer just can be cleaned by hairbrush 533, by the getter action of vacuum pump 52, by particle pimple inspiration surge drum 56.
Moreover be provided with dry brush 55 in crossed beam trunking 1, dry brush 55 is made up of cotton wool line or foam, and dry brush 55 is positioned at the upstream of heater 54, cable just in cooling bath out after, first dried by dry brush 55, so that drying effect is below better.
Transfer equipment 6, comprise frame 61, motor 67, Auxiliary transmission wheels 62 and three driven pulleys 63 that frame 61 is provided with driving wheel 64, drives driving wheel 64 to rotate, three driven pulleys 63 are arranged on driving wheel 64 periphery and form triangle, conveyer belt 68 is provided with between three driven pulleys 63, conveyer belt 68 is formed with the Contact of driving wheel 64 the transmission district transmitting cable, and cable, from needing to increase conveying capacity the process transmitted, just needs through this cable conveying apparatus.Cable is first around on Auxiliary transmission wheels 62, and the position of the transmission of cable of making corrections, makes it walk around transmission district between driving wheel 64 and conveyer belt 68 accurately, relies on the frictional force between driving wheel 64 and conveyer belt 68 to provide the conveying capacity of cable.
Driving wheel 64 of the present utility model slippage is arranged in frame 61, frame 61 is also provided with drive driving wheel 64 near or away from the driving mechanism of conveyer belt 68 with carry out spacing position-limit mechanism to driving wheel 64.
Wherein, driving wheel 64 and driven pulley 63 and Auxiliary transmission wheels 62 etc. are arranged on the front of frame 61, and cable can be transmitted in the past from the front of frame 1.Relative to the front of frame 61, i.e. the back side of frame 61, frame 1 is provided with pre-and post perforative chute 611, and the power transmission shaft of motor 67 is connected with driving wheel 4 through chute 611, and power transmission shaft chute 611 relative to driving wheel 64 slippage of motor 67 is arranged.
Plummer 698 is provided with at frame 61 back side, plummer 698 upper surface is provided with two stands, rotating shaft 699 is provided with between two stands, driving mechanism comprises the worm gear 692 and cam 691 that coaxially set firmly, worm gear 692 and cam 691 are installed in rotating shaft 699, frame 1 are also provided with the worm screw 693 engaged with worm gear 692, and worm screw 693 is located in the containing hole 696 on plummer 698, worm screw 693 part of stretching out outside containing hole 696 is provided with action bars 6931, facilitates rotary worm 693.The place of engaging with worm screw 693 at worm gear 692 is also provided with engaging groove 697, and engaging groove 697 is communicated with containing hole 696, and worm screw 693 can be engaged with worm gear 692.To establishing below cam 691 and motor 67, position-limit mechanism is worm gear 692 and worm screw 693.In addition, driving mechanism can also be air cylinder driven or gear-rack drive etc., and position-limit mechanism can be latch or click etc.
Because cam and motor bottom make motor transmit instability to establishing, so, further, frame 61 is also provided with lead 694, be connected with mounting panel 695 below motor 67, mounting panel 695 is provided with pilot hole 6951, and lead 694 is connected with pilot hole 6951 slippage, or adopt limiting plate limited by the sliding trajectory of motor 67 thus realize the guiding of motor 67 slippage, these guiding mechanisms make motor 67 can keep stable when slippage.Further, being provided with spacing ring 6941 at lead 694 away from one end of plummer 698 can prevent motor 67 slippage from excessively departing from lead 694.Driving mechanism of the present utility model can also adopt cylinder or other driving mechanisms, so for the driving mechanism that can make the stable movement of motor 61 then without the need to guiding mechanism.
When needing to regulate the frictional force between driving wheel 64 and conveyer belt 68, rotary worm 693, worm screw 693 drives worm gear 692 to rotate, because worm gear 692 and cam 691 coaxially set firmly, so cam 691 rotates, from cam 691 to the mounting panel 695 established along with different with the contact point of cam 691 and move up and down, and then realize the movement of motor 67 and driving wheel 64.So the cable that the frictional force between driving wheel 64 and conveyer belt 68 will be changed and then adapt to different thicknesses passes, ensure that the conveying capacity suffered by cable is even, cable is transmitted steadily.
In addition, regulative mode for driving wheel 64 can also be that driving wheel 64 is directly connected with being with motor 67, the position of direct adjustment driving wheel 4 makes driving wheel 64 slippage, and motor 67 maintains static, the length of a tensioning apparatus accommodation zone is set between motor 67 and driving wheel 64, by the length of slippage driving wheel 64 and accommodation zone and degree of tightness, frictional force is changed.Or, two driving mechanisms are set and regulate motor 67 and driving wheel 64 slippage simultaneously.
Moreover, frame 61 is also provided with regulating wheel 65, is arranged so that the tensile force of cable on Auxiliary transmission wheels 62 is more even by regulating wheel 5, and then make transmission more steady.Further, frame 61 is also provided with lever 66, lever 66 one end and regulating wheel 65 are rotationally connected, the other end is provided with weight linear meter 662, lever 66 mid point and frame 61 are rotationally connected (being rotated by the rotating shaft be arranged in frame 61), can be regulated the tensile force of regulating wheel 65 by the weighting distribution wheel of counterweight Different Weight on weight linear meter 662.Lever 66 upper and lower is respectively provided with guide vane end stop 661, and guide vane end stop 661, near the end of lever 66, can be near weight linear meter 662 one end, also can be near regulating wheel 65 one end, its objective is and prevents knockdown after lever 66 disequilibrium.
Admission machine 8 comprises body 81, body 81 is provided with the bus cable device for being evenly arranged in by cable in I-beam wheel, bus cable device comprises screw mandrel 88, on screw mandrel 88, slippage is connected with sliding seat 84, sliding seat 84 1 side roll is connected with inlet wire directive wheel 86, the periphery of directive wheel offers appearance wire casing, cable cable when inlet wire directive wheel 86 is positioned at and holds wire casing, cable can be avoided so significantly to rock, ensure that cable can be subject to the guiding of inlet wire directive wheel 86, cable can be evenly distributed in I-beam wheel, the top of screw mandrel 88 and below are equipped with a polished rod 83, sliding seat 84 can be positioned at the top of two polished rods 83, polished rod 83 can as the rail plate of sliding seat 84, can ensure that sliding seat 84 can smooth sliding like this.Body 81 is connected with fixed lever 82, on fixed lever 82, slippage is connected with two transducers 821, two sensors 821 lays respectively at the both sides of body 81, and sliding seat 84, can reciprocating motion between two transducers 821 by the rotation of leading screw and coordinating of sliding seat 84 upper screwed hole 843.Screw mandrel 88 is connected with the output shaft of motor, and two sensors 821 can control the rotating of motor, thus make sliding seat 84 reciprocating motion between two sensors 821.
Sliding seat 84 is rotatably connected to backing roll 85 relative to the opposite side be connected with inlet wire directive wheel 86, can be to slide to take to be provided with rotating shaft 842, and backing roll 85 is set in rotating shaft 842, and certainly, the periphery of backing roll 85 is smooth.The part of backing roll 85 is higher than the upper surface of sliding seat 84, the part of inlet wire directive wheel 86 is higher than the upper surface of sliding seat 84, such cable can abut with backing roll 85 and inlet wire directive wheel 86, what occur with both is rolling friction, the wearing and tearing of cable can be reduced like this, ensure the quality of product.
Lead 87 is provided with between backing roll 85 and inlet wire directive wheel 86, lead 87 is affixed with sliding seat 84, lead 87 is arranged with guide roller 871, the gap passed through for cable is formed between two shown guide rollers 871, arranging like this can make inlet wire directive wheel 86 play better guide effect, prevent cable from having swing by a relatively large margin, avoid deviating from the easy calm wire casing of cable, also conveniently can drive cable simultaneously, and the guide roller 871 be set on lead 87 is rotary, make cable like this when gap abuts with guide roller 871, the friction produced is rolling friction, the wearing and tearing of cable can be reduced, ensure the quality of product.
The above is only preferred implementation of the present utility model, protection range of the present utility model be not only confined to the above embodiments, and all technical schemes belonged under the utility model thinking all belong to protection range of the present utility model.It should be pointed out that for those skilled in the art, do not departing from the some improvements and modifications under the utility model principle prerequisite, these improvements and modifications also should be considered as protection range of the present utility model.
Claims (9)
1. a cable production line, comprise the leading-in bracket connected successively, wire-drawing equipment, plastic extruding machine, tank, drying equipment, transfer equipment, hauling machine and admission machine, described drying equipment, comprise crossed beam trunking and be arranged on the heater in crossed beam trunking, described heater downstream is provided with blots groove, vacuum pump is provided with below described crossed beam trunking, described vacuum pump is communicated with the described groove that blots, described transfer equipment, comprise frame, described frame is provided with driving wheel, Auxiliary transmission wheels, three driven pulleys and the motor driving described driving wheel to rotate, the position setting triangular in shape of three driven pulleys, be provided with conveyer belt between three driven pulleys and link with conveyer belt, the Contact of described conveyer belt and driving wheel is formed with the transmission district that can transmit cable, it is characterized in that: described in blot in groove the sanding apparatus be provided with for cable surface particle pimple of polishing, described sanding apparatus comprises sanding block, described sanding block and the described cell wall blotting groove hinged, described sanding block and describedly blot the gap being formed with between groove and passing for cable.
2. cable production line according to claim 1, is characterized in that: described sanding apparatus also comprises turnover panel, described sanding block is connected to below described turnover panel, described turnover panel and the described cell wall blotting groove hinged.
3. cable production line according to claim 2, it is characterized in that: the side described turnover panel connecting sanding block is also connected with hairbrush, described hairbrush is positioned at the downstream of described sanding block.
4. cable production line according to claim 1, is characterized in that: described driving wheel slippage is arranged in described frame, described frame is also provided with drive driving wheel near or away from the driving mechanism of conveyer belt and carry out spacing position-limit mechanism to driving wheel.
5. cable production line according to claim 4, is characterized in that: described motor is connected with described frame slippage, and described frame is provided with chute, and the power transmission shaft of described motor is connected with described driving wheel through described chute.
6. cable production line according to claim 5, it is characterized in that: described frame is provided with rotating shaft, described driving mechanism comprises and is all coaxially installed in worm gear in rotating shaft and cam, to establishing below described cam and described motor, described position-limit mechanism is the worm screw being arranged in frame and engaging with described worm gear, described frame is also provided with the guiding mechanism to motor removing guiding.
7. cable production line according to claim 6, it is characterized in that: described guiding mechanism comprises the lead be arranged in frame and the mounting panel be connected with lead slippage, described motor is arranged on described mounting panel, and described cam and described mounting panel lower surface are to establishing.
8. cable production line according to claim 1, it is characterized in that: described admission machine comprises body, described body is provided with the bus cable device for being evenly arranged in by cable in I-beam wheel, described bus cable device comprises screw mandrel, on described screw mandrel, slippage is connected with sliding seat, sliding seat one side roll is connected with inlet wire directive wheel, described sliding seat is rotatably connected to backing roll relative to the opposite side be connected with inlet wire directive wheel, the part of described backing roll is higher than the upper surface of sliding seat, and the part of described inlet wire directive wheel is higher than the upper surface of sliding seat.
9. cable production line according to claim 8, it is characterized in that: between described backing roll and inlet wire directive wheel, be provided with lead, described lead and sliding seat affixed, described lead is arranged with guide roller, between two described guide rollers, forms the gap passed through for cable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520001030.4U CN204375503U (en) | 2015-01-03 | 2015-01-03 | Cable production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520001030.4U CN204375503U (en) | 2015-01-03 | 2015-01-03 | Cable production line |
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| Publication Number | Publication Date |
|---|---|
| CN204375503U true CN204375503U (en) | 2015-06-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520001030.4U Active CN204375503U (en) | 2015-01-03 | 2015-01-03 | Cable production line |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108735397A (en) * | 2018-04-24 | 2018-11-02 | 安徽春辉仪表线缆集团有限公司 | A kind of lossless labelling apparatus of cable insulation spark-over point |
| CN109607319A (en) * | 2018-12-28 | 2019-04-12 | 芜湖楚江合金铜材有限公司 | A kind of production round wires do not shut down continuous offline production equipment |
| CN112086243A (en) * | 2020-08-27 | 2020-12-15 | 耒阳市亚湘电子科技有限公司 | Automatic wire wrapping machine |
-
2015
- 2015-01-03 CN CN201520001030.4U patent/CN204375503U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108735397A (en) * | 2018-04-24 | 2018-11-02 | 安徽春辉仪表线缆集团有限公司 | A kind of lossless labelling apparatus of cable insulation spark-over point |
| CN109607319A (en) * | 2018-12-28 | 2019-04-12 | 芜湖楚江合金铜材有限公司 | A kind of production round wires do not shut down continuous offline production equipment |
| CN112086243A (en) * | 2020-08-27 | 2020-12-15 | 耒阳市亚湘电子科技有限公司 | Automatic wire wrapping machine |
| CN112086243B (en) * | 2020-08-27 | 2022-04-26 | 耒阳市亚湘电子科技有限公司 | Automatic wire wrapping machine |
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