CN204702797U - Be beneficial to the concentric cable copper wire tin-plating production line of soldering flux coating - Google Patents
Be beneficial to the concentric cable copper wire tin-plating production line of soldering flux coating Download PDFInfo
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- CN204702797U CN204702797U CN201520365382.8U CN201520365382U CN204702797U CN 204702797 U CN204702797 U CN 204702797U CN 201520365382 U CN201520365382 U CN 201520365382U CN 204702797 U CN204702797 U CN 204702797U
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- soldering flux
- flow guide
- flux
- soldering
- roll
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Abstract
The utility model relates to a kind of concentric cable copper wire tin-plating production line being beneficial to soldering flux coating, it is characterized in that it comprises unwinding device (1), front wire storage device (2), soldering flux applying device (3), tinning stack (4), towing mechanism (5), rear wire storage device (6) and wrap-up (7) from left to right successively; Described soldering flux applying device (3) comprises soldering flux application roll (3.5), and soldering flux application roll (3.5) comprises roll shaft (3.5.1) and roll body (3.5.2), described roll body (3.5.2) is provided with a ring groove (3.5.3).The concentric cable copper wire tin-plating production line that the utility model is beneficial to soldering flux coating has the guaranteed advantage of quality product.
Description
Technical field
The utility model relates to a kind of concentric cable copper wire tin-plating production line being beneficial to soldering flux coating.
Background technology
Concentric cable has referred to two concentric conductors, and conductor and screen layer share the cable in same axle center.The copper conductors that modal concentric cable is isolated by insulating material forms, and be another layer of annular conductive body and isolator thereof in the outside of nexine insulating material, then whole cable is encased by sheath.In the production process of concentric cable, need as requested to carry out zinc-plated operation in concentric cable copper line surface, after tin plating, the electrical contact getting final product supplied for electronic circuit module uses copper cash, and it can be used for welding medium and connects different electrical contacts.
The soldering flux applying device of traditional concentric cable copper wire tin-plating production line generally comprises a flux bath, the pressure roller that one is immersed in soldering flux liquid is set in flux bath, copper cash is pressed in the soldering flux liquid below it by pressure roller and carries out precoating, then upwards drawn by the guide wheel at rear, because the advance bending angle of trend of copper cash is larger in copper cash coating soldering flux process, there is unrelieved stress, stress in follow-up copper cash cannot be eliminated, easily cause the Quality Down of the finished product.
Therefore seek a kind of quality product guaranteed be beneficial to soldering flux coating concentric cable copper wire tin-plating production line particularly important.
Summary of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, provides a kind of quality product the guaranteed concentric cable copper wire tin-plating production line being beneficial to soldering flux coating.
The purpose of this utility model is achieved in that
Be beneficial to a concentric cable copper wire tin-plating production line for soldering flux coating, it comprises unwinding device, front wire storage device, soldering flux applying device, tinning stack, towing mechanism, rear wire storage device and wrap-up from left to right successively;
Described soldering flux applying device comprises soldering flux coating frame, described soldering flux coating frame is provided with flux bath and motor, the soldering flux coating frame of described flux bath rear and front end is provided with bracing frame, between the hypomere of support frame as described above, erection has a soldering flux application roll of longitudinally arranging, the roller bearing of soldering flux application roll and motor are connected by belt and drive, a longeron longitudinally arranged is connected with between the epimere of support frame as described above, described longeron is fixedly installed a hairbrush downwards, the brush finish of hairbrush is adjacent to soldering flux application roll, soldering flux application roll comprises roll shaft and roll body, described roll body is provided with a ring groove, the position of annular groove is corresponding with the position of hairbrush, both sides, front and back near roll body in annular groove are provided with one group of guiding subassembly, this guiding subassembly comprises eight flow guide bars, eight flow guide bars are evenly divided into four groups along the outer edge surface of annular groove, every two panels flow guide bar is one group, flow guide bar is arc strip, two panels flow guide bar in one group is outwards drawn from the outer edge surface of annular groove respectively, and two panels flow guide bar is arranged symmetrically along the radius of roll body, gap is left between the outer end of two panels flow guide bar.
Preferred as one, the inwall of described flux bath is provided with the first liquidometer and the second liquidometer arranged up and down, the top of described soldering flux coating frame arranges a soldering flux liquid storing barrel, the liquid outlet of described soldering flux liquid storing barrel connects a drain pipe in flux bath, drain pipe is provided with an electromagnetic valve, above-mentioned electromagnetic valve, the first liquidometer and the second liquidometer all connect a PLC.
Preferred as one, the top of described soldering flux coating frame arranges soldering flux dropping liquid bucket, and the liquid outlet of soldering flux dropping liquid bucket connects brush finish place of a minim pipette to hairbrush, minim pipette is provided with a manually-operated gate.
Compared with prior art, the beneficial effects of the utility model are:
The utility model is beneficial to the drive of soldering flux application roll by belt of the concentric cable copper wire tin-plating production line of soldering flux coating, continuous rotation, soldering flux in flux bath is brought to hairbrush place, by hairbrush, soldering flux is applied to Steel Wire Surface, by continuous coating, liquid level in flux bath can decline, when second liquidometer senses that the soldering flux liquid level in flux bath is lower, electromagnetic valve is opened, in flux bath, soldering flux is injected to compensate the liquid level of soldering flux from drain pipe, until when the first liquidometer senses that soldering flux liquid level arrives this height, electromagnetic valve is closed, drain pipe stops injecting soldering flux in flux bath, soldering flux application roll is by rotating, in annular groove and water conservancy diversion buffer area retain soldering flux, applied by the soldering flux of itself in annular groove in the process that steel wire is advanced in annular groove, the deficiency of soldering flux in annular groove, soldering flux in water conservancy diversion buffer area can flow in annular groove when a high position, make up the deficiency of soldering flux in annular groove, minim pipette carries out continuous dropping liquid to hairbrush place simultaneously, also can make steel wire in coating process, ensure sufficient soldering flux, thus ensure the coating quality of soldering flux, steel wire passes through the annular groove of soldering flux application roll from top, the bending angle of steel wire is less, reduce unrelieved stress, the quality of the finished product is higher.Therefore the utility model be beneficial to soldering flux coating concentric cable copper wire tin-plating production line there is the guaranteed advantage of quality product.
Accompanying drawing explanation
Fig. 1 is the structural representation that the utility model is beneficial to the concentric cable copper wire tin-plating production line of soldering flux coating.
Fig. 2 is soldering flux applying device structural representation in Fig. 1.
Fig. 3 is the left view of soldering flux applying device in Fig. 1.
Fig. 4 is the structural representation of soldering flux application roll in Fig. 3.
Fig. 5 is the A-A sectional view of Fig. 4.
Wherein:
Unwinding device 1
Front wire storage device 2
Soldering flux applying device 3, soldering flux coating frame 3.1, flux bath 3.2, first liquidometer 3.2.1, second liquidometer 3.2.2, motor 3.3, bracing frame 3.4, soldering flux application roll 3.5, roll shaft 3.5.1, roll body 3.5.2, annular groove 3.5.3, flow guide bar 3.5.4, gap 3.5.5, water conservancy diversion buffer area 3.5.6, belt 3.6, hairbrush 3.7, soldering flux liquid storing barrel 3.8, drain pipe 3.8.1, electromagnetic valve 3.8.2, soldering flux dropping liquid bucket 3.9, minim pipette 3.9.1, manually-operated gate 3.9.2
Tinning stack 4
Towing mechanism 5
Rear wire storage device 6
Wrap-up 7
Copper cash 8.
Embodiment
See Fig. 1 ~ Fig. 5, a kind of concentric cable copper wire tin-plating production line being beneficial to soldering flux coating that the utility model relates to, it comprises unwinding device 1, front wire storage device 2, soldering flux applying device 3, tinning stack 4, towing mechanism 5, rear wire storage device 6 and wrap-up 7 from left to right successively.Copper cash 8 unreels through unwinding device 1, then successively through front wire storage device 2, soldering flux applying device 3, tinning stack 4, towing mechanism 5 and after wire storage device 6 to wrap-up 7 carry out rolling, complete whole zinc-plated process.
Described soldering flux applying device 3 for first carrying out the precoating of soldering flux before copper wire tin-plating in copper line surface, make follow-up zinc-plated time zinc-plated better effects if.Described soldering flux applying device 3 comprises soldering flux coating frame 3.1, described soldering flux coating frame 3.1 is provided with the flux bath 3.2 and motor 3.3 arranged up and down, the inwall of described flux bath 3.2 is provided with the first liquidometer 3.2.1 and the second liquidometer 3.2.2 that arrange up and down, first liquidometer 3.2.1 and the second liquidometer 3.2.2 is for responding to the soldering flux liquid level in flux bath 3.2, the soldering flux coating frame 3.1 of described flux bath 3.2 rear and front end is provided with bracing frame 3.4, the bottom of bracing frame 3.4 is arranged in the chute of a left and right directions, bracing frame 3.4 can carry out moving left and right with adjusting position in chute.Between the hypomere of support frame as described above 3.4, erection has a soldering flux application roll 3.5 of longitudinally arranging, the roller bearing of soldering flux application roll 3.5 and motor 3.3 are connected by belt 3.6 and drive, a longeron 3.6 longitudinally arranged is connected with between the epimere of support frame as described above 3.4, the leading portion of described longeron 3.6 and back segment are fixedly installed a hairbrush 3.7 all downwards, and the brush finish of hairbrush 3.7 is adjacent to soldering flux application roll 3.5.The top of described soldering flux coating frame 3.1 is provided with one or more soldering flux bucket, for soldering flux bucket comprises each soldering flux dropping liquid bucket 3.9 of a soldering flux liquid storing barrel 3.8 and front and back of middle part setting shown in figure, the liquid outlet of described soldering flux liquid storing barrel 3.8 connects a drain pipe 3.8.1 in flux bath 3.2, drain pipe 3.8.1 is provided with an electromagnetic valve 3.8.2, the liquid outlet of described soldering flux dropping liquid bucket 3.9 connects brush finish place of a minim pipette 3.9.1 to hairbrush 3.7 respectively, minim pipette 3.9.1 is provided with a manually-operated gate 3.9.2, the aperture controlling manually-operated gate 3.9.2 realizes the speed setting of minim pipette 3.9.1 dropping liquid.Soldering flux bucket also can be one, and a drain pipe 3.8.1 and two minim pipette 3.9.1 all connects this soldering flux bucket.Above-mentioned electromagnetic valve 3.8.2, the first liquidometer 3.2.1 and the second liquidometer 3.2.2 all connect a PLC.Wherein, soldering flux application roll 3.5 have employed a kind of structure of uniqueness, soldering flux application roll 3.5 comprises roll shaft 3.5.1 and roll body 3.5.2, the leading portion of described roll body 3.5.2 and back segment are symmetrically arranged with a ring groove 3.5.3, the position of annular groove 3.5.3 is corresponding with the position of hairbrush 3.7, both sides, front and back near roll body 3.5.2 in annular groove 3.5.3 are provided with one group of guiding subassembly, this guiding subassembly comprises eight flow guide bar 3.5.4, eight flow guide bar 3.5.4 are evenly divided into four groups along the outer edge surface of annular groove 3.5.3, every two panels flow guide bar 3.5.4 is one group, flow guide bar 3.5.4 is arc strip, two panels flow guide bar 3.5.4 in one group outwards draws from the outer edge surface of annular groove 3.5.3 respectively, and two panels flow guide bar 3.5.4 is arranged symmetrically along the radius of roll body 3.5.2, gap 3.5.5 is left between the outer end (free end) of two panels flow guide bar 3.5.4, a relative closure region is formed between the outside surface of two panels flow guide bar 3.5.4 and annular groove 3.5.3, this relative closure region is referred to as water conservancy diversion buffer area 3.5.6, therefore this region, place is called relative closure due to the existence of gap 3.5.5, if the outer end that gap 3.5.5 does not exist i.e. two panels flow guide bar 3.5.4 contacts with each other or shrink-fit, can be called closed.
The principle of work of soldering flux applying device: soldering flux application roll is by the drive of belt, continuous rotation, soldering flux in flux bath is brought to hairbrush place, by hairbrush, soldering flux is applied to Steel Wire Surface, by continuous coating, liquid level in flux bath can decline, when second liquidometer senses that the soldering flux liquid level in flux bath is lower, electromagnetic valve is opened, in flux bath, soldering flux is injected to compensate the liquid level of soldering flux from drain pipe, until when the first liquidometer senses that soldering flux liquid level arrives this height, electromagnetic valve is closed, drain pipe stops injecting soldering flux in flux bath.Soldering flux application roll is by rotating, in annular groove and water conservancy diversion buffer area retain soldering flux, applied by the soldering flux of itself in annular groove in the process that steel wire is advanced in annular groove, the deficiency of soldering flux in annular groove, soldering flux in water conservancy diversion buffer area can flow in annular groove when a high position, make up the deficiency of soldering flux in annular groove, minim pipette carries out continuous dropping liquid to hairbrush place simultaneously, also can make steel wire in coating process, ensure sufficient soldering flux, thus ensure the coating quality of soldering flux.
Claims (1)
1. be beneficial to a concentric cable copper wire tin-plating production line for soldering flux coating, it is characterized in that it comprises unwinding device (1), front wire storage device (2), soldering flux applying device (3), tinning stack (4), towing mechanism (5), rear wire storage device (6) and wrap-up (7) from left to right successively;
Described soldering flux applying device (3) comprises soldering flux coating frame (3.1), described soldering flux coating frame (3.1) is provided with flux bath (3.2) and motor (3.3), soldering flux coating frame (3.1) of described flux bath (3.2) rear and front end is provided with bracing frame (3.4), between the hypomere of support frame as described above (3.4), erection has a soldering flux application roll (3.5) of longitudinally arranging, the roller bearing of soldering flux application roll (3.5) and motor (3.3) are connected by belt (3.6) and drive, a longeron (3.6) longitudinally arranged is connected with between the epimere of support frame as described above (3.4), described longeron (3.6) is fixedly installed a hairbrush (3.7) downwards, the brush finish of hairbrush (3.7) is adjacent to soldering flux application roll (3.5), soldering flux application roll (3.5) comprises roll shaft (3.5.1) and roll body (3.5.2), described roll body (3.5.2) is provided with a ring groove (3.5.3), the position of annular groove (3.5.3) is corresponding with the position of hairbrush (3.7), both sides, front and back near roll body (3.5.2) in annular groove (3.5.3) are provided with one group of guiding subassembly, this guiding subassembly comprises eight flow guide bars (3.5.4), eight flow guide bars (3.5.4) are evenly divided into four groups along the outer edge surface of annular groove (3.5.3), every two panels flow guide bar (3.5.4) is one group, flow guide bar (3.5.4) is arc strip, two panels flow guide bar (3.5.4) in one group is outwards drawn from the outer edge surface of annular groove (3.5.3) respectively, and two panels flow guide bar (3.5.4) is arranged symmetrically along the radius of roll body (3.5.2), gap (3.5.5) is left between the outer end of two panels flow guide bar (3.5.4),
The inwall of described flux bath (3.2) is provided with the first liquidometer (3.2.1) and the second liquidometer (3.2.2) arranged up and down, the top of described soldering flux coating frame (3.1) arranges a soldering flux liquid storing barrel (3.8), the liquid outlet of described soldering flux liquid storing barrel (3.8) connects a drain pipe (3.8.1) in flux bath (3.2), drain pipe (3.8.1) is provided with an electromagnetic valve (3.8.2), above-mentioned electromagnetic valve (3.8.2), first liquidometer (3.2.1) and the second liquidometer (3.2.2) all connect a PLC,
The top of described soldering flux coating frame (3.1) arranges soldering flux dropping liquid bucket (3.9), the liquid outlet of soldering flux dropping liquid bucket (3.9) connects brush finish place of a minim pipette (3.9.1) to hairbrush (3.7), minim pipette (3.9.1) is provided with a manually-operated gate (3.9.2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520365382.8U CN204702797U (en) | 2015-06-01 | 2015-06-01 | Be beneficial to the concentric cable copper wire tin-plating production line of soldering flux coating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520365382.8U CN204702797U (en) | 2015-06-01 | 2015-06-01 | Be beneficial to the concentric cable copper wire tin-plating production line of soldering flux coating |
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| Publication Number | Publication Date |
|---|---|
| CN204702797U true CN204702797U (en) | 2015-10-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520365382.8U Expired - Fee Related CN204702797U (en) | 2015-06-01 | 2015-06-01 | Be beneficial to the concentric cable copper wire tin-plating production line of soldering flux coating |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104911526A (en) * | 2015-06-01 | 2015-09-16 | 神宇通信科技股份公司 | Coaxial cable copper wire tinning production line beneficial for coating soldering flux |
| CN110833961A (en) * | 2019-12-06 | 2020-02-25 | 怀化宇隆电工材料有限公司 | Enameled wire surface lubrication hot wax coating device |
-
2015
- 2015-06-01 CN CN201520365382.8U patent/CN204702797U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104911526A (en) * | 2015-06-01 | 2015-09-16 | 神宇通信科技股份公司 | Coaxial cable copper wire tinning production line beneficial for coating soldering flux |
| CN110833961A (en) * | 2019-12-06 | 2020-02-25 | 怀化宇隆电工材料有限公司 | Enameled wire surface lubrication hot wax coating device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151014 Termination date: 20200601 |
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| CF01 | Termination of patent right due to non-payment of annual fee |