CN204454032U - Wire-feeding machine - Google Patents
Wire-feeding machine Download PDFInfo
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- CN204454032U CN204454032U CN201520080884.6U CN201520080884U CN204454032U CN 204454032 U CN204454032 U CN 204454032U CN 201520080884 U CN201520080884 U CN 201520080884U CN 204454032 U CN204454032 U CN 204454032U
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- feeding machine
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- cable
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Abstract
A kind of Wire-feeding machine, in order to carry a cable, this Wire-feeding machine comprises one in order to be attached to positioning unit, a driver element, a push unit, the height adjustment unit outside a coil holder, and a limiting unit.Push unit comprises one can the active roll of rotation by drive unit drives, and one to be positioned at above this active roll and in order to jointly to pinch the Live roller of cable with active roll, to make to be pushed forward by the cable between active roll and Live roller.Height adjustment unit be hubbed at driver element pivotly shell on and Live roller up-down deflection can be driven.Limiting unit then in time can make height adjustment unit keep quiescence by M/C.Whereby can not by the restriction of environment for use on using, and can handling cable swimmingly, and ease of use is splendid.
Description
Technical field
The utility model relates to a kind of Wire-feeding machine, particularly relates to a kind of Wire-feeding machine for handling cable.
Background technology
The kind of cable is a lot, as power cable, control cables, communication cable and carrier wire etc., and is widely used in industry and the people's livelihood etc. in distribution or communications equipment facility.Because the cable weight of rolling is quite heavy, on wiring operation, be difficult to be dependent on merely manpower and carry out bracing wire, and need the auxiliary of line sending equipment.
Consult Fig. 1,2, current cable 2 wiring operation is mainly that cable 2 installation position place first places coil holder 11, and the quantity of coil holder 11 can be one or more, determines according to wiring area range size.The structure of coil holder 11 is in ㄩ type truss shape mostly, and is convexly equipped with multiple support running roller 12 separately in same length to wall outer surface.Then place multiple ball-type line sending equipment 13 in coil holder 11 outside spacers again, described support running roller 12 lays respectively between the equipment of ball-type line sending between two 13.Each ball-type line sending equipment 13 comprises CD-ROM drive motor 132, that a shell block 131, is located at shell block 131 side and to be located in this shell block 131 and the speed reduction gearing (not giving display because of viewing angles relation), two be connected with this CD-ROM drive motor 132 is located at the outer and soft spheroid 133 be connected with this speed reduction gearing of this shell block 131, and one can drive the position adjusting mechanism of described soft spheroid 133 displacement (not giving display because of viewing angles relation).Move cable 2 one end to coil holder 11 side by manpower and penetrate between two soft spheroids 133 of First ball-type line sending equipment 13, start described ball-type line sending equipment 13, to be fitted tightly outside cable 2 by the described soft spheroid 133 of described ball-type line sending equipment 13 and carry out rotation, and powerful friction force is produced to cable 2, the torsion utilizing speed reduction gearing to produce pushes cable 2.
In addition, described support running roller 12 placement also must arrange personnel to utilize manpower to move on described support running roller 12 by the cable 2 passed through, with between avoiding because of the equipment of ball-type line sending between two 13 apart from too far away, cable 2 can be sagging because of deadweight, so that the torsion affecting the speed reduction gearing of follow-up ball-type line sending equipment 13 pushes effect, or even produce with ground and to rub and broken skin is damaged, or touch other perimeter components by mistake and cause the impact that cannot expect.
After cable 2 has been carried and reached location, close described ball-type line sending equipment 13, relended the power of helping others and cable 2 is moved in coil holder 11 piecemeal.
But because of described ball-type line sending equipment 13 use on need to be placed on ground or a supporting face, cannot for suspention, not only take up room, and Applicable scope is limited, as coil holder 11 be arrange in suspension time, described ball-type line sending equipment 13 just cannot be positioned over coil holder 11 side and transiting wire and use.
In addition, when the wire diameter of cable 2 is larger, flexible relatively low, adding described ball-type line sending equipment 13 is be placed in outside coil holder 11, comparatively Large space is there is between cable 2 and coil holder 11 lateral wall, if the distance between the support running roller 12 be positioned near ball-type line sending equipment 13 input side or outgoing side and ball-type line sending equipment 13 is far away not, cable 2 is difficult to turn on support running roller 12, support on running roller 12 even if cable 2 is moved to by personnel hardy, still can because of the lower reason of the flexibility of the cable 2 in thick line footpath, cause cable 2 to depart from as shown in imaginary line in Fig. 1 and support running roller 12 and sagging, so that personnel need constantly observe, and repeat sagging cable 2 to move to again on support running roller 12, so not only can increase the burden of manpower, and ease of use is not good yet.
Summary of the invention
The purpose of this utility model is to provide a kind of not by the restriction of environment for use, and can handling cable swimmingly, and the Wire-feeding machine that ease of use is splendid.
The utility model Wire-feeding machine, in order to carry a cable; This Wire-feeding machine comprises a positioning unit, a driver element, push unit, a height adjustment unit, and a limiting unit.
This positioning unit comprises a locating rack, and multiple in order to make this locating rack be attached to locked assembly outside a coil holder.
This driver element comprises a shell, and a driven unit be arranged in this shell.
This push unit comprises one can the active roll of rotation by this driven unit drives, and one to be positioned at above this active roll and in order to jointly to pinch the Live roller of this cable with this active roll.
This height adjustment unit is hubbed at this outer casing top surface and can drives this Live roller up-down deflection.
This limiting unit to be arranged on this height adjustment unit and can the displacement between a releasing position and a pressing position by M/C, when this limiting unit is positioned at this releasing position, this height adjustment unit can this shell pivotal displacement relatively, when this limiting unit is positioned at this pressing position, this height adjustment unit cannot this shell pivotal displacement relatively.
Wire-feeding machine of the present utility model, this height adjustment unit comprises the pedestal that is fixedly arranged on this outer casing top surface, and one to be hubbed on this pedestal and can the height adjustment assembly of this pedestal pivotal displacement relatively, this height adjustment assembly comprises a cylindrical shell be erected on this pedestal, the screw rod in this cylindrical shell is located at rotationally for one with two end axles, one to be bolted on this screw rod and relatively can to carry out the slide block of lifting moving when this bolt rotary, a portable bar, and one to be connected with this screw tip and can for operating and this screw rod this cylindrical shell relative can being driven to carry out the control lever of rotation, this portable bar one end is connected with this slide block, it is outer and be coupling with this Live roller that the other end then passes this cylindrical shell.
Wire-feeding machine of the present utility model, this height adjustment assembly also comprises two bearings, described bearing is arranged at this inner barrel top and bottom end respectively, this screw tip and bottom are connected with described bearing respectively, and this screw rod also can carry out rotation under the rotarily driving of this control lever, and then make this slide block relatively can carry out lifting displacement by this screw rod, in addition, this cylindrical shell has a perforate extended along its length, and this portable bar other end passes outside this cylindrical shell via this perforate and is coupling with this Live roller.
Wire-feeding machine of the present utility model, this locating rack includes a diapire, a connecting wall being erected on this diapire side, and one is erected on another opposite side of this diapire in order to what be placed in this coil holder side and hangs wall, this diapire, this connecting wall, this hangs wall and jointly defines the space that stretches through, and this active roll is positioned at this space that stretches through.
Wire-feeding machine of the present utility model, this limiting unit comprises two and to be arranged at rotationally on this pedestal and the swivel block laid respectively at outside this cylindrical shell, and two to be convexly equipped on described swivel block and respectively with the driving lever driving the displacement between this releasing position and this pressing position of described swivel block for M/C, described swivel block all has the flat face that is formed at local, periphery, described swivel block is to make this height adjustment unit can this shell pivotal displacement relatively towards this cylindrical shell with described flat face when being positioned at this releasing position, described swivel block is then be pressed on this cylindrical shell bottom and make this height adjustment unit cannot this shell pivotal displacement relatively when being positioned at this pressing position.
Wire-feeding machine of the present utility model, this driven unit has a CD-ROM drive motor be arranged in this shell, and the output shaft of an energy outputting rotary power by this drive motor, this output shaft to penetrate in this space that stretches through and is coupling with this active roll, makes this active roll can carry out rotation under the drive of this output shaft.
Wire-feeding machine of the present utility model, also comprise a switch element be electrically connected with this driver element, this switch element comprises one in order to start start key, a close key stopped in order to make this driver element stop fortune that this driver element comes into operation, and a power lead in order to a grafting extraneous power supply.
Wire-feeding machine of the present utility model, also comprises two and is hubbed at these locating rack two opposite sides respectively rotationally and guide unit in order to be directed through this cable between this active roll and this Live roller.
Wire-feeding machine of the present utility model, this locating rack also includes two and is connected to this connecting wall and this to hang between wall and the connecting rod corresponded to each other, this hangs wall is in inverted L-shaped body shape, described connecting rod and with this diapire, this connecting wall and this hang wall and jointly define this space that stretches through; In addition, each guide unit comprises two pivots, and two guide wheels be located at rotationally respectively on described pivot, and described pivot is connected to same connecting rod with one end at intervals, and the described pivot other end then connects this connecting wall respectively, this hangs wall.
Wire-feeding machine of the present utility model, this active roll has a wearing face be made up of rubber, and this Live roller has a metallic roll pressure surface.
The beneficial effects of the utility model are: by the design of this positioning unit, this Wire-feeding machine can directly be hung on outside a coil holder in use, thus can not by the restriction of environment for use, and do not take up space, in addition, the distance between carried cable and this coil holder can also be shortened, guaranteeing to be positioned at cut cable between two between Wire-feeding machine can easily and smoothly through multiple support running roller be located at outside this coil holder, arbitrary support running roller can not be departed from and sagging situation occurs, and can carry this cable swimmingly, and ease of use is splendid.
Accompanying drawing explanation
Fig. 1 is a schematic top plan view, and a kind of existing cable distribution aspect is described;
Fig. 2 is a schematic diagram, aid illustration Fig. 1, shows a kind of existing ball-type line sending equipment;
Fig. 3 is a schematic perspective view, an embodiment of the utility model Wire-feeding machine;
Fig. 4 is a partial cutaway schematic, aid illustration Fig. 3;
Fig. 5 is a schematic top plan view, illustrates that two swivel blocks of this embodiment are positioned at a releasing position;
Fig. 6 is a schematic side view, illustrates that a height adjustment unit of this embodiment is resupinate aspect;
Fig. 7 is a schematic top plan view, illustrates that the described swivel block of this embodiment is positioned at a pressing position;
Fig. 8 is a schematic top plan view, and the use aspect of this embodiment is described; And
Fig. 9 is a schematic side view, illustrates that a cable of this embodiment is pressed between an active roll and a Live roller.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in detail.
Consulting Fig. 3,4, is an embodiment of the utility model Wire-feeding machine 3, comprises locating unit 31, driver element 32, push unit 33, height adjustment unit 34, and a limiting unit 35.
This positioning unit 31 comprises a locating rack 311, and multiple locked assembly 312.What this locating rack 311 included that connecting wall 314, that a diapire 313, is erected on this diapire 313 side is erected on this another opposite side of diapire 313 hangs wall 315, and two are connected to this connecting wall 314 and this to hang between wall 315 and the connecting rod 316 corresponded to each other.This hangs wall 315 is in inverted L-shaped body shape.This diapire 313, this connecting wall 314, this hangs wall 315 and described connecting rod 316 and jointly defines one and to stretch through space 317.In addition, described locked assembly 312 is bolt.
This driver element 32 comprises a shell 321, and one is arranged at driven unit 322 in this shell 321.This shell 321 has a roof 323, two and extends sidewall 324 from these roof 323 two opposite sides respectively, and one is positioned at this roof 323 one end and connects the end wall 325 of this roof 323 and described sidewall 324.And this driven unit 322 has a CD-ROM drive motor 327, and one drives and the output shaft 328 of energy outputting rotary power by this CD-ROM drive motor 327.This CD-ROM drive motor 327 is arranged in this shell 321.This output shaft 328 runs through this end wall 325 and and then stretches into this space 317 that stretches through.
This push unit 33 comprises an active roll 331, and one is positioned at the Live roller 332 be connected above this active roll 331 and with this height adjustment unit 34.This active roll 331 has a wearing face be made up of rubber 333.This Live roller 332 has a metallic roll pressure surface 334.The output shaft 328 of this driven unit 322 is after stretching into this space 317 that stretches through and be coupling with this active roll 331, makes this active roll 331 can carry out rotation under the drive of this output shaft 328.
This height adjustment unit 34 comprises the pedestal 341 that is fixedly arranged on this shell 321 end face, and one to be hubbed on this pedestal 341 and can the height adjustment assembly 342 of this pedestal 341 pivotal displacement relatively.This height adjustment assembly 342 comprises cylindrical shell 343, two bearing 344, screw rod 345, be placed in this cylindrical shell 343 be erected on this pedestal 341 and is bolted in slide block 346, portable bar 347 on this screw rod 345, and one to be connected with this screw rod 345 top and can to carry out the control lever 348 of rotation by this screw rod 345 of interlock this cylindrical shell 343 relative for operating.This cylindrical shell 343 has a perforate extended along its length 349.Described bearing 344 is arranged at this cylindrical shell 343 inner tip and bottom end respectively, this screw rod 345 top is connected with described bearing 344 respectively with bottom, and this screw rod 345 is subject to rotarily driving of this control lever 348 and carries out time rotational, and lifting displacement can be carried out by synchronous this slide block 346 of interlock this screw rod 345 relative.In addition, this portable bar 347 one end is connected with this slide block 346, and the other end then passes via this perforate 349 and is coupling with this Live roller 332.
Consult Fig. 3,5, this limiting unit 35 comprises two and to be arranged at rotationally on this pedestal 341 and the swivel block 351 laid respectively at outside this cylindrical shell 343, and two are convexly equipped in driving lever 352 on described swivel block 351 respectively.Described swivel block 351 all has the flat face 353 that is formed at local, periphery.Described driving lever 352 also can for M/C to drive the displacement between a releasing position and a pressing position of described swivel block 351, when described swivel block 351 is positioned at this releasing position, be with described flat face 353 towards this cylindrical shell 343 as shown in Figure 5, now this height adjustment unit 34 can relative this shell 321 pivotal displacement as shown in Figure 6.When described swivel block 351 is positioned at this pressing position, be then be pressed on this cylindrical shell 343 bottom as shown in Figure 7, this height adjustment unit 34 cannot this shell 321 pivotal displacement relatively.
Special version be, described swivel block 351 also can have the terrace (not shown) that a protrusion is formed at bottom, whereby when described swivel block 351 is positioned at this pressing position, then can strengthen packing by described terrace suppresses in this cylindrical shell 343 bottom, guarantee in line sending process, this height adjustment unit 34 does not loosen by shock effect power affects, and still can maintain location.
Moreover consult Fig. 3,5, this Wire-feeding machine 3 also comprises a switch element 36 be electrically connected with this driver element 32, and the guide unit 37 that two are hubbed at these locating rack 311 two opposite sides respectively rotationally.This switch element 36 comprises start key 361, close key 362, and one in order to the power lead 363 of the extraneous power supply (not shown) of grafting one.When this start key 361 is pressed, the CD-ROM drive motor 327 that can start this driver element 32 comes into operation, and again when this close key 362 is pressed, then the CD-ROM drive motor 327 of this driver element 32 can be made to decommission.In addition, each guide unit 37 comprises two pivots 371, and two are located at guide wheel 372 on described pivot 371 respectively rotationally, described pivot 371 is connected to same connecting rod 316 with one end at intervals, and described pivot 371 other end then connects this connecting wall 314 respectively, this hangs wall 315.So as to providing spacing and guide function for by the cable 4 (seeing Fig. 8,9) between this active roll 331 and this Live roller 332.
Except, this shell 321 end face also can be pivoted a carrying handle 38 again, and what be more conducive to that both hands can be gripped on this carrying handle 38 and this locating rack 311 by personnel respectively whereby hangs wall 315, and then force carries out the carrying of this Wire-feeding machine 3.
Consult Fig. 8,9, the utility model Wire-feeding machine 3 is applied to cable 4 wiring operation.When cable 4 wiring operation is after the laying completing multiple coil holder 5 (only showing in figure), multiple Wire-feeding machine 3 can be arranged at the default location place of described coil holder 5, set-up mode utilizes the wall 315 that hangs of the locating rack 311 of described Wire-feeding machine 3 to be placed in a length of described coil holder 5 to sidewall 51, again hang wall 315 packing that described locked assembly 312 wears described Wire-feeding machine 3 by spiral shell inside described coil holder 5 are resisted against this coil holder 5 medial surface, the locating rack 311 of described Wire-feeding machine 3 are locked and is positioned outside coil holder 5.Assembling location is quite simple and easy and rapid whereby, because described Wire-feeding machine 3 adopts hang to arrange, does not need to be positioned over ground or a supporting face, thus by the restriction of environment for use, and can not take up space.
Subsidiary one carries, and the structure of described coil holder 5 also in ㄩ type truss shape, and is convexly equipped with multiple support running roller 6 separately in same length to sidewall 51, described support running roller 6 is also positioned between two between Wire-feeding machine 3.
In use, personnel can first manual operative position in the described driving lever 352 of the limiting unit 35 of the First Wire-feeding machine 3 of line sending path original position, drive described swivel block 351 swing offset to releasing position as shown in Figure 5 to make the described driving lever 352 of First Wire-feeding machine 3, then as shown in Figure 6, the height adjustment unit 34 of this First Wire-feeding machine 3 is upwards overturn, make affiliated Live roller 332 away from corresponding active roll 331, then an initiating terminal 41 of coiled cables 4 can first be moved to First Wire-feeding machine 3, and be placed on the wearing face 333 of active roll 331, again affiliated height adjustment unit 34 pivotable is resetted, the initiating terminal 41 of cable 4 can be pressed between the wearing face 333 of the active roll 331 of First Wire-feeding machine 3 and the metallic roll pressure surface 334 of Live roller 332.The control lever 348 of personnel's height adjustment assembly 342 of manual rotary operation First Wire-feeding machine 3 again, with the height of slide block belonging to lift adjustment 346 (seeing Fig. 4), until the pedestal 341 of the height adjustment assembly 342 of First Wire-feeding machine 3 is smooth in corresponding shell 321 end face, the described driving lever 352 of the limiting unit 35 that pushing is corresponding again, make corresponding described swivel block 351 swing offset to pressing position as shown in Figure 7, so namely complete the prior operation that moves ahead before line sending.
Continue and consult Fig. 8, 9, by startup First Wire-feeding machine 3, make driver element 32 entry into service, and then drive corresponding active roll 331 to carry out rotation, due to active roll 331 and Live roller 332 be closely be posted by cable 4 initiating terminal 41 outside, along with the rotation of active roll 331, and active roll 331 and Live roller 332 pairs of cables 4 produce powerful friction force, and cable 4 can be pushed follow line sending path to advance, arrangement personnel stand near the described support running roller 6 between First Wire-feeding machine 3 and second Wire-feeding machine 3, in time cable 4 line segment passed through is removed on described support running roller 6, allow cable 4 can at active roll 331 with under the propelling movement of Live roller 332 and the support of described support running roller 6, go to second Wire-feeding machine 3 reposefully.When the initiating terminal 41 of cable 4 arrives at the adjacent side place of second Wire-feeding machine 3, can first close First Wire-feeding machine 3, then second Wire-feeding machine 3 is operated as previously mentioned, the initiating terminal 41 of cable 4 is made to be folded between the active roll 331 of second Wire-feeding machine 3 and Live roller 332 again, then First Wire-feeding machine 3 and second Wire-feeding machine 3 is restarted, proceed follow-up line sending operation, the line sending way of follow-up each Wire-feeding machine 3 is the same with first and second Wire-feeding machine 3, so illustrate no longer one by one, so until the initiating terminal 41 of cable 4 arrives last Wire-feeding machine 3.The last each line segment of cable 4 being delivered to described coil holder 5 side by personnel is again moved in described coil holder 5 one by one, namely completes cable 4 wiring operation.
Special version be, directly hang on outside coil holder 5 by Wire-feeding machine 3, thus the distance between carried cable 4 and coil holder 5 can be shortened, guaranteeing to be positioned at cable 4 line segment between two between Wire-feeding machine 3 can easily and smoothly through described support running roller 6, arbitrary support running roller 6 can not be departed from and sagging situation occurs, and then the conveying of cable 4 can be made more smooth and easy.
In addition, consult Fig. 3,8,9, about the start-up operation of described Wire-feeding machine 3, personnel not only can go to described Wire-feeding machine 3 place place and press the start key 361 of respectively this switch element 36 one by one, to start described Wire-feeding machine 3, in addition, if the wire diameter of the multiple cables 4 laid is the same, also can be connected in parallel by by the switch element 36 of described Wire-feeding machine 3, so, when start wherein a Wire-feeding machine 3 time, can synchronous averaging remaining Wire-feeding machine 3, make the conveying of cable 4 quicker.In addition, described switch element 36 also can by installing a wireless transceiver additional, the use of a remote controller of thus can arranging in pairs or groups, with the keying start of each this switch element 36 of remote control.
In sum, the utility model Wire-feeding machine 3, by above-mentioned tectonic sieving, by the design of this positioning unit 31, makes Wire-feeding machine 3 can directly hang on outside coil holder 5 in use, thus by the restriction of environment for use, and can not take up space.In addition, directly hang on outside coil holder 5 by Wire-feeding machine 3, thus the distance between carried cable 4 and coil holder 5 can be shortened, guaranteeing to be positioned at cable 4 between two between Wire-feeding machine 3 can easily and smoothly through described support running roller 6, arbitrary support running roller 6 can not be departed from and sagging situation occurs, and can carry this cable 4 swimmingly, and ease of use is splendid.
Claims (10)
1. a Wire-feeding machine, in order to carry a cable; It is characterized in that: this Wire-feeding machine comprises:
A positioning unit, comprises a locating rack, and multiple in order to make this locating rack be attached to locked assembly outside a coil holder;
A driver element, comprises a shell, and a driven unit be arranged in this shell;
A push unit, comprising one can the active roll of rotation by this driven unit drives, and one to be positioned at above this active roll and in order to jointly to pinch the Live roller of this cable with this active roll;
A height adjustment unit, is hubbed at this outer casing top surface and can drives this Live roller up-down deflection; And
A limiting unit, to be arranged on this height adjustment unit and can the displacement between a releasing position and a pressing position by M/C, when this limiting unit is positioned at this releasing position, this height adjustment unit can this shell pivotal displacement relatively, when this limiting unit is positioned at this pressing position, this height adjustment unit cannot this shell pivotal displacement relatively.
2. Wire-feeding machine according to claim 1, it is characterized in that: this height adjustment unit comprises the pedestal that is fixedly arranged on this outer casing top surface, and one to be hubbed on this pedestal and can the height adjustment assembly of this pedestal pivotal displacement relatively, this height adjustment assembly comprises a cylindrical shell be erected on this pedestal, the screw rod in this cylindrical shell is located at rotationally for one with two end axles, one to be bolted on this screw rod and relatively can to carry out the slide block of lifting moving when this bolt rotary, a portable bar, and one to be connected with this screw tip and can for operating and this screw rod this cylindrical shell relative can being driven to carry out the control lever of rotation, this portable bar one end is connected with this slide block, it is outer and be coupling with this Live roller that the other end then passes this cylindrical shell.
3. Wire-feeding machine according to claim 2, it is characterized in that: this height adjustment assembly also comprises two bearings, described bearing is arranged at this inner barrel top and bottom end respectively, this screw tip and bottom are connected with described bearing respectively, and this screw rod also can carry out rotation under the rotarily driving of this control lever, and then make this slide block relatively can carry out lifting displacement by this screw rod, in addition, this cylindrical shell has a perforate extended along its length, and this portable bar other end passes outside this cylindrical shell via this perforate and is coupling with this Live roller.
4. Wire-feeding machine according to claim 3, it is characterized in that: this locating rack includes a diapire, a connecting wall being erected on this diapire side, and one is erected on another opposite side of this diapire in order to what be placed in this coil holder side and hangs wall, this diapire, this connecting wall, this hangs wall and jointly defines the space that stretches through, and this active roll is positioned at this space that stretches through.
5. Wire-feeding machine according to claim 4, it is characterized in that: this limiting unit comprises two and to be arranged at rotationally on this pedestal and the swivel block laid respectively at outside this cylindrical shell, and two to be convexly equipped on described swivel block and respectively with the driving lever driving the displacement between this releasing position and this pressing position of described swivel block for M/C, described swivel block all has the flat face that is formed at local, periphery, described swivel block is to make this height adjustment unit can this shell pivotal displacement relatively towards this cylindrical shell with described flat face when being positioned at this releasing position, described swivel block is then be pressed on this cylindrical shell bottom and make this height adjustment unit cannot this shell pivotal displacement relatively when being positioned at this pressing position.
6. Wire-feeding machine according to claim 5, it is characterized in that: this driven unit has a CD-ROM drive motor be arranged in this shell, and the output shaft of an energy outputting rotary power by this drive motor, this output shaft to penetrate in this space that stretches through and is coupling with this active roll, makes this active roll can carry out rotation under the drive of this output shaft.
7. Wire-feeding machine according to claim 1, it is characterized in that: also comprise a switch element be electrically connected with this driver element, this switch element comprises one in order to start start key, a close key stopped in order to make this driver element stop fortune that this driver element comes into operation, and a power lead in order to a grafting extraneous power supply.
8. Wire-feeding machine according to claim 4, is characterized in that: also comprise two and be hubbed at these locating rack two opposite sides respectively rotationally and guide unit in order to be directed through this cable between this active roll and this Live roller.
9. Wire-feeding machine according to claim 8, it is characterized in that: this locating rack also includes two and is connected to this connecting wall and this to hang between wall and the connecting rod corresponded to each other, this hangs wall is in inverted L-shaped body shape, described connecting rod and with this diapire, this connecting wall and this hang wall and jointly define this space that stretches through; In addition, each guide unit comprises two pivots, and two guide wheels be located at rotationally respectively on described pivot, and described pivot is connected to same connecting rod with one end at intervals, and the described pivot other end then connects this connecting wall respectively, this hangs wall.
10. Wire-feeding machine according to claim 1, is characterized in that: this active roll has a wearing face be made up of rubber, and this Live roller has a metallic roll pressure surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520080884.6U CN204454032U (en) | 2015-02-05 | 2015-02-05 | Wire-feeding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520080884.6U CN204454032U (en) | 2015-02-05 | 2015-02-05 | Wire-feeding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204454032U true CN204454032U (en) | 2015-07-08 |
Family
ID=53660953
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520080884.6U Expired - Fee Related CN204454032U (en) | 2015-02-05 | 2015-02-05 | Wire-feeding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204454032U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105775893A (en) * | 2016-03-30 | 2016-07-20 | 苏州惠斯福自动化科技有限公司 | Conveying mechanism of wire stripping machine |
| CN106276398A (en) * | 2016-08-25 | 2017-01-04 | 德清凯斯达线缆有限公司 | Cable up-coiler wire-sending device |
| CN111675048A (en) * | 2020-06-06 | 2020-09-18 | 四川大学 | Full-automatic cable winding device |
| WO2023233009A1 (en) * | 2022-06-03 | 2023-12-07 | Hans Følsgaard A/S | A cable conveyer |
-
2015
- 2015-02-05 CN CN201520080884.6U patent/CN204454032U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105775893A (en) * | 2016-03-30 | 2016-07-20 | 苏州惠斯福自动化科技有限公司 | Conveying mechanism of wire stripping machine |
| CN105775893B (en) * | 2016-03-30 | 2019-05-17 | 苏州惠斯福自动化科技有限公司 | A kind of conveying mechanism of wire stripper |
| CN106276398A (en) * | 2016-08-25 | 2017-01-04 | 德清凯斯达线缆有限公司 | Cable up-coiler wire-sending device |
| CN111675048A (en) * | 2020-06-06 | 2020-09-18 | 四川大学 | Full-automatic cable winding device |
| WO2023233009A1 (en) * | 2022-06-03 | 2023-12-07 | Hans Følsgaard A/S | A cable conveyer |
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