CN204045280U - Line equipment is cut in the reparation of a kind of semi-flexible coaxial cable external diameter super large - Google Patents
Line equipment is cut in the reparation of a kind of semi-flexible coaxial cable external diameter super large Download PDFInfo
- Publication number
- CN204045280U CN204045280U CN201420428377.2U CN201420428377U CN204045280U CN 204045280 U CN204045280 U CN 204045280U CN 201420428377 U CN201420428377 U CN 201420428377U CN 204045280 U CN204045280 U CN 204045280U
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- fuselage
- take
- external diameter
- semi
- coaxial cable
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Abstract
The utility model is that line equipment is cut in the reparation of a kind of semi-flexible coaxial cable external diameter super large, its technical scheme is: comprise fuselage, be arranged at the guide roller at die assembly device two ends, draw-gear on fuselage work top is set, be arranged at the actinobacillus device of fore-body, be arranged at the die assembly device of fuselage work top, be placed in the take-up of fuselage afterbody, described actinobacillus device comprises draw drum rotating shaft, be arranged at the fixture for fixing drum in draw drum rotating shaft, to be arranged in fuselage and the pedestal bearing be enclosed within draw drum rotating shaft, draw drum speed regulator, the beneficial effects of the utility model are, to the semi-flexible coaxial cable external diameter super large substandard product occurred when producing, exceed part by the utility model to external diameter to cut, to reach the qualified products meeting external diameter requirement, scrap can be become into qualified product like this under the original finished product length of maintenance, greatly reduce waste.
Description
Technical field
The utility model relates to the equipment that the semi-flexible coaxial cable uneven to the external diameter size occurred in production process adjusts, and especially line equipment is cut in the reparation of semi-flexible coaxial cable external diameter super large.
Background technology
Along with modern communications is to more and more higher transmission frequency and transmission rate future development, for the cable of traffic channel main media---semi-flexible coaxial cable, size is more accurately required in the use of relevant device, in the technique of current production semi-flexible coaxial cable, the external diameter of semi-flexible coaxial cable often there will be irregular spacing super large phenomenon, the semi-flexible coaxial cable of external diameter super large will be that substandard product is scrapped by quality inspection, or carry out selectivity to the semi-flexible coaxial cable of irregular spacing external diameter super large to cut out process and scrap, a bit of line saves to have made semi-flexible coaxial cable become like this, the cost of packaging can be increased like this, simultaneously, because length size is smaller, in use, there will be the waste material of many wall scroll semi-flexible coaxial cable line nodel line tails, just on the whole, equally cause many wastes.
Summary of the invention
The technical problems to be solved in the utility model be to provide a kind of semi-flexible coaxial cable to produced external diameter super large the equipment repaired.
In order to solve the problems of the technologies described above, the technical scheme that the utility model technical solution problem adopts is: comprise fuselage, be arranged at die assembly device two ends and be in the guide roller of fuselage work top, draw-gear on fuselage work top is set, be arranged at the actinobacillus device of fore-body, be arranged at the die assembly device of fuselage work top, be placed in the take-up of fuselage afterbody, described actinobacillus device comprises draw drum rotating shaft, be arranged at the fixture for fixing drum in draw drum rotating shaft, to be arranged in fuselage and the pedestal bearing be enclosed within draw drum rotating shaft, be arranged at the draw drum speed regulator be connected outside pedestal bearing and with draw drum rotating shaft, described draw drum rotating shaft two ends are provided with internal thread, described die assembly device, comprise mold supporting frame, be arranged at the mould belt pulley with bearing on mold supporting frame, be arranged at the die holder on mould belt pulley, be arranged at the mould Connection Block on die holder, be arranged at the blade bearing on mould Connection Block, be arranged at the blade on blade bearing, the drive motors be arranged in fuselage be connected with mould belt pulley, the driving belt of connecting mold belt pulley and drive motors, described mold supporting frame, mould belt pulley, die holder, mould Connection Block, be semi-flexible coaxial cable passing hole in the middle of blade bearing and be on same axle center, described take-up, comprises take-up reel rotating shaft, the take-up belt pulley be enclosed within take-up reel rotating shaft, is arranged at driven wheel inside take-up belt pulley, is arranged at outside take-up belt pulley for the fixture of fixing drum, is arranged in fuselage and is enclosed within pedestal bearing in take-up reel rotating shaft, with the take-up belt being arranged at torque motor in fuselage, being connected take-up belt pulley and torque motor of take-up belt pulley interlock, is arranged on fuselage and is in the polish rod strand oscillator in take-up reel rotating shaft front.
Preferably, described fuselage is rectangular box, and vertical view is " convex " font, and the protuberance both sides of fuselage are opening, and the work top of fuselage is provided with and drives belt mouth.
Preferably, described draw drum speed regulator comprises " U " shape frame, the screw rod through " U " shape frame, the nut be placed on screw rod, the spring be enclosed within screw rod, is arranged at two video discs screw rod and draw drum rotating shaft, the two ends of described screw rod are provided with internal thread, described two video discs, a video disc is fixed on screw rod by hexagon socket head cap screw, another video disc is fixed in draw drum rotating shaft by hex(agonal)screw, adjust the tension force of spring to reach the frictional force between two video discs by the twisting of nut, thus reach adjusting rotary speed.
Preferably, described draw-gear comprise the conductor barrel of interior band bearing, fixing cord cylinder wire tub, be placed in the traction electric machine below conductor barrel, " L " shape holder for fixed traction motor.
Preferably, described die holder external screw thread is left hand thread, and mould Connection Block internal thread and die holder external screw thread coincide.
Preferably, described blade bearing is cylinder, and front portion is segment, and the incoming line of blade bearing is horn mouth.
Preferably, described wire wheels comprise two guide rollers and two wire wheel carriers, and the height of two guide wheels is consistent with the axial line in the middle of mold supporting frame, mould belt pulley, die holder, mould Connection Block, blade bearing being semi-flexible coaxial cable passing hole.
Preferably, described polish rod strand oscillator comprises strand oscillator body, the chain of driven wheel in the polished rod be placed in strand oscillator body, the parallel orbit being arranged at strand oscillator body bottom portion, the transmitting gear be placed on polished rod, connection of rotating gear and take-up, be arranged at strand oscillator body front for adjusting the block bar of strand oscillator stroke directions, and described block bar is for adjusting the stroke directions of strand oscillator.
Preferably, described fixture is truncated cone-shaped, and the side of truncated cone-shaped is provided with a standing screw.
Preferably, described mold supporting frame comprises " L " shape supporting seat, the belt pulley sleeve pipe be arranged on supporting seat.
The beneficial effects of the utility model are, to the semi-flexible coaxial cable external diameter super large substandard product occurred when producing, exceed part by the utility model to external diameter to cut, to reach the qualified products meeting external diameter requirement, scrap can be become into qualified product under the original finished product length of maintenance like this, greatly reduce waste.
Accompanying drawing explanation
Fig. 1 overall appearance view of the present utility model;
Fig. 2 overall structure figure of the present utility model;
Fig. 3 the utility model actinobacillus device vertical view
Fig. 4 is the utility model draw drum speed regulator schematic enlarged-scale view
Fig. 5 die assembly apparatus structure of the present utility model enlarged drawing
Fig. 6 polish rod strand oscillator structure of the present utility model upward view.
Figure element symbol description
| Fuselage | 1 | ? | Guide wheel group | 4 |
| Fore-body | 11 | ? | Guide roller | 41、43 |
| Fuselage afterbody | 12 | ? | Wire wheel seat | 42、44 |
| Drive belt mouth | 13 | ? | Draw-gear | 5 |
| Work top | 14 | ? | Traction electric machine | 50 |
| Actinobacillus device | 2 | ? | Traction electric machine frame | 51 |
| Draw drum rotating shaft | 20 | ? | Wire tub | 52 |
| Draw drum speed regulator | 200 | ? | Conductor barrel | 53 |
| Fixture | 21、625 | ? | Take-up | 6 |
| Pedestal bearing | 22、621 | ? | Strand oscillator body | 61 |
| Video disc | 23、28 | ? | Cable guide pulley | 610 |
| " U " shape frame | 24 | ? | Polished rod | 611 |
| Nut | 25 | ? | Polished rod pedestal bearing | 612 |
| Spring | 26 | ? | Transmitting gear | 613 |
| Die assembly device | 3 | ? | Chain | 614 |
| Mold supporting frame | 30 | ? | Block guide rod | 615 |
| Belt pulley sleeve pipe | 31 | ? | Parallel orbit | 616 |
| Mould belt pulley | 32 | ? | Take-up reel rotating shaft | 62 |
| Bearing | 33 | ? | Driven wheel | 622 |
| Drive belt | 34 | ? | Take-up belt pulley | 623 |
| Die holder | 35 | ? | Take-up belt | 624 |
| Mould Connection Block | 36 | ? | Take-up reel | 7 |
| Blade bearing | 37 | ? | Main line dish | 8 |
| Blade | 38 | ? | Cable | 9 |
| Drive motors | 39 | ? | ? | ? |
Be further elaborated by reference to the accompanying drawings.
Embodiment
As Fig. 1, Fig. 2, Fig. 3, shown in Fig. 4, both sides in two pedestal bearings 22 are fixed on fuselage 1 front portion 11 respectively by screw, draw drum rotating shaft 20 is enclosed within pedestal bearing 22, fixture 21 is enclosed within draw drum rotating shaft 20, video disc 28 is fixed in draw drum rotating shaft 20 by hexagon socket head cap screw, video disc 23 is fixed on screw rod 27 by hexagon socket head cap screw, screw rod 27 is placed in " U " shape frame 24, spring 26 is enclosed within screw rod 27, and be between video disc 23 and " U " shape frame 24, nut 25 is turned round on screw rod 27, " U " shape frame 24 is between spring 27 and nut 25, the tension force of spring 26 is by the distance size adjustment of nut 25 with video disc 23, be adjusted to the frictional force between video disc 23 and video disc 28 simultaneously,
As Fig. 1, Fig. 2, shown in Fig. 5, belt pulley sleeve pipe 31 is welded on mold supporting frame 30, mold supporting frame 30 is screwed on the work top 14 of fuselage 1, two bearings 33 to be inserted in the two ends of mould belt pulley 32 and to be enclosed within belt pulley sleeve pipe 31, die holder 35 is screwed on mould belt pulley 32, mould Connection Block 36 is tightened counterclockwise by self screw thread and die holder 35, blade bearing 37 is screwed on mould Connection Block 36, blade 38 is screwed on blade bearing 37, drive motors 39 is screwed in fuselage 1 inner bottom part, belt 34 is driven to be placed on drive motors 39 and mould belt pulley 32 by driving belt mouth 13,
As shown in Figure 1 and Figure 2, two guide rollers 41,43 are arranged at die assembly device 3 two ends respectively, guide roller 41 is screwed on wire wheel carrier 42, wire wheel carrier 42 is screwed on the work top of fuselage 1, guide roller 43 is screwed on wire wheel carrier 44, and wire wheel carrier 44 is screwed on the work top of fuselage 1;
As shown in Figure 1 and Figure 2, conductor barrel 53 is screwed in wire tub 52, wire tub 52 is screwed on the work top 14 of fuselage 1, traction electric machine 50 is screwed in traction electric machine frame 51, and being in below conductor barrel 53, traction electric machine frame 51 is screwed on the work top 14 of fuselage 1;
As shown in Figure 1, Figure 2, Figure 6 shows, transmitting gear 613 is enclosed within polished rod 611, strand oscillator body 61 is placed on polished rod 611, polished rod 611 is fixed in fuselage 1 by polished rod pedestal bearing 612, parallel orbit 610 is screwed in fuselage 1, and block guide rod 615 is in strand oscillator body 61 front and is screwed in fuselage 1, take-up reel rotating shaft 62 is placed on pedestal bearing 621, two pedestal bearings 621 are screwed in the inwall of fuselage afterbody 12 both sides, take-up belt pulley 623 is placed in take-up reel rotating shaft 62, driven wheel 622 to be placed in take-up reel rotating shaft 62 and to be between take-up belt pulley 623 and pedestal bearing seat 621, two fixtures 625 to be placed in take-up reel rotating shaft 62 and to be in outside take-up belt pulley 623, chain 614 is placed on driven wheel 622 and transmitting gear 613, torque motor 626 is screwed bottom fuselage 1, and be connected with take-up belt pulley 623 by take-up belt 624, take-up reel 7 is placed in draw drum rotating shaft 62, and fixed by fixture 625,
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Fig. 6, the main line dish 8 being wound with the cable 9 needing to cut external diameter is placed in the draw drum rotating shaft 20 in actinobacillus device 2, and fixed by fixture 21, cable 9 is by the blade bearing 37 of the guide roller 41 in wire wheels 4 through die assembly device 3, mould Connection Block 36, mold base 35, belt pulley sleeve pipe 31, guide roller 43 in wire wheels 4, through the traction electric machine 50 in draw-gear 5 and conductor barrel 53, arrive take-up 6, then cable 9 is wrapped on take-up reel 7 through reaching the cable guide pulley 610 on the strand oscillator body 61 in take-up 6, torque motor 50 rotate keep cable 9 straight line time should be tensioned, two video discs 23 in draw drum speed regulator 200, should be tensioned when the cable 9 that frictional force between 28 makes the rotating speed of main line dish 8 reach releasing keeps straight line, simultaneously, when traction electric machine 50 operates, two guide rollers 41, cable 9 between 43 keeps horizontal linear tension force, and the central axis of the blade bearing 37 be in all the time in die assembly device 3 and belt pulley sleeve pipe 31 runs, as required the edge of a knife of blade 38 is adjusted to and forms oblique angle with blade base 7 central axis, to adjust the distance of the edge of a knife and central axis, the radius of the cable 9 that this distance will conform with the regulations exactly, when the clockwise High Rotation Speed of drive motors 39, the part exceeding the cable 9 that external diameter specifies that horizontal linear is run on die assembly device 3 central axis by blade 38 is pruned, so, reach the repairing effect to semi-flexible coaxial cable line external diameter super large, the cable 9 after correction is wrapped in take-up reel 7 by take-up reel device 6 ordered arrangement.
The detailed introduction of line device structure is cut in a kind of semi-flexible coaxial cable external diameter super large reparation provided the utility model technology above, for one of ordinary skill in the art, according to the thought of the utility model technology, all will change in specific embodiments and applications, in sum, this description should not be construed as the restriction to the utility model technology.
Claims (10)
1. a line equipment is cut in the reparation of semi-flexible coaxial cable external diameter super large, it is characterized in that: comprise fuselage, be arranged at the wire wheels at die assembly device two ends, the draw-gear arranged on fuselage work top, and
Be arranged at the actinobacillus device of fore-body, described actinobacillus device comprises draw drum rotating shaft, the fixture be arranged in draw drum rotating shaft, be arranged in fuselage and be enclosed within pedestal bearing in draw drum rotating shaft, be arranged at the draw drum speed regulator be connected outside pedestal bearing and with draw drum rotating shaft, and
Be arranged at the die assembly device of fuselage work top, described die assembly device, comprise mold supporting frame, be arranged at the mould belt pulley with bearing on mold supporting frame, be arranged at the die holder on mould belt pulley, be arranged at the mould Connection Block on die holder, be arranged at the blade bearing on mould Connection Block, be arranged at the blade on blade bearing, the drive motors be arranged in fuselage be connected with mould belt pulley, the driving belt of connecting mold belt pulley and drive motors, described mold supporting frame, mould belt pulley, die holder, mould Connection Block, be semi-flexible coaxial cable passing hole in the middle of blade bearing and be on same axle center, and
Be arranged at the take-up of fuselage afterbody, described take-up, comprise take-up reel rotating shaft, the take-up belt pulley be enclosed within take-up reel rotating shaft, be arranged at driven wheel inside take-up belt pulley, be arranged at outside take-up belt pulley for the fixture of fixing drum, be arranged in fuselage and be enclosed within pedestal bearing in take-up reel rotating shaft, with take-up belt pulley interlock and be arranged at torque motor in fuselage, be connected the take-up belt of take-up belt pulley and torque motor, be arranged on fuselage and be placed in the polish rod strand oscillator in take-up reel rotating shaft front.
2. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described fuselage is rectangular box, vertical view is " convex " font, and the protuberance both sides of fuselage are opening, and the work top of fuselage is provided with and drives belt mouth.
3. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described draw drum speed regulator comprises " U " shape frame, the screw rod through " U " shape frame, the nut be placed on screw rod, the spring be enclosed within screw rod, is arranged at two video discs screw rod and draw drum rotating shaft.
4. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described draw-gear comprise the conductor barrel of interior band bearing, fixing cord cylinder wire tub, be placed in the traction electric machine below conductor barrel, " L " shape holder for fixed traction motor.
5. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described die holder external screw thread is left hand thread, the internal thread of mould Connection Block and the external screw thread of die holder coincide.
6. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described blade bearing is cylinder, front portion is segment, and the incoming line of blade bearing is horn mouth.
7. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described wire wheels comprise two guide rollers and two wire wheel carriers.
8. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described polish rod strand oscillator comprises strand oscillator body, the chain of driven wheel in the polished rod be placed in strand oscillator body, the parallel orbit being arranged at strand oscillator body bottom portion, the transmitting gear be placed on polished rod, connection of rotating gear and take-up, be arranged at the block bar in strand oscillator body front.
9. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described fixture is truncated cone-shaped, the side of truncated cone-shaped is provided with a standing screw.
10. cut line equipment according to semi-flexible coaxial cable external diameter super large according to claim 1 reparation, it is characterized in that: described mold supporting frame comprises " L " shape supporting seat, the belt pulley sleeve pipe be arranged on supporting seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420428377.2U CN204045280U (en) | 2014-07-31 | 2014-07-31 | Line equipment is cut in the reparation of a kind of semi-flexible coaxial cable external diameter super large |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420428377.2U CN204045280U (en) | 2014-07-31 | 2014-07-31 | Line equipment is cut in the reparation of a kind of semi-flexible coaxial cable external diameter super large |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204045280U true CN204045280U (en) | 2014-12-24 |
Family
ID=52245920
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420428377.2U Withdrawn - After Issue CN204045280U (en) | 2014-07-31 | 2014-07-31 | Line equipment is cut in the reparation of a kind of semi-flexible coaxial cable external diameter super large |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204045280U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104157368A (en) * | 2014-07-31 | 2014-11-19 | 深圳市关西实业有限公司 | Repairing and cutting equipment for semi flexible coaxial cables with overlarge external diameters |
-
2014
- 2014-07-31 CN CN201420428377.2U patent/CN204045280U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104157368A (en) * | 2014-07-31 | 2014-11-19 | 深圳市关西实业有限公司 | Repairing and cutting equipment for semi flexible coaxial cables with overlarge external diameters |
| CN104157368B (en) * | 2014-07-31 | 2017-04-19 | 深圳市关西实业有限公司 | Repairing and cutting equipment for semi flexible coaxial cables with overlarge external diameters |
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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 | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141224 Effective date of abandoning: 20170419 |