CN207572708U - Cable layer is around jig - Google Patents
Cable layer is around jig Download PDFInfo
- Publication number
- CN207572708U CN207572708U CN201721762018.0U CN201721762018U CN207572708U CN 207572708 U CN207572708 U CN 207572708U CN 201721762018 U CN201721762018 U CN 201721762018U CN 207572708 U CN207572708 U CN 207572708U
- Authority
- CN
- China
- Prior art keywords
- male part
- cable
- support plate
- interior
- interior protuberance
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
- 238000004804 winding Methods 0.000 claims abstract description 52
- 230000002093 peripheral effect Effects 0.000 claims abstract description 27
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims abstract description 17
- 238000004806 packaging method and process Methods 0.000 claims description 31
- 230000000694 effects Effects 0.000 abstract description 5
- 238000010586 diagram Methods 0.000 description 4
- 238000010521 absorption reaction Methods 0.000 description 2
- 238000004880 explosion Methods 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000012856 packing Methods 0.000 description 1
Landscapes
- Packaging Of Annular Or Rod-Shaped Articles, Wearing Apparel, Cassettes, Or The Like (AREA)
Abstract
The utility model provides a kind of cable layer around jig, include pedestal and rotating part, rotating part includes the first lineation portion and the second lineation portion, first lineation portion includes the first male part and the first interior protuberance, second lineation portion includes the second male part and the second interior protuberance, the first trunking is formed between first male part and the first interior protuberance, the second trunking is formed between second male part and the second interior protuberance, wherein, the first connector and the second connector of cable are placed in the accommodating space formed between the first interior protuberance and the second interior protuberance, the peripheral surface of first male part and the peripheral surface of the second male part are used to make wire body winding and form outer layer winding section, first trunking and the second trunking are used to make wire body winding and form internal layer winding section.Cable layer provided by the utility model is consistent around jig appearance profile and size, can carry out the winding operation of multilayer wire body, and the activity duration is shorter.
Description
Technical field
The utility model is related to a kind of cable layer around jig, and in particular to a kind of layer for cable is around the line of packaging operation
Cable layer is around jig.
Background technology
Universal with portable communication device and object wearing device, not only apparatus function need to be promoted constantly outer, for correlation
Accessory and the aesthetic of product packaging are also higher and higher.With the coiling of universal serial bus cable (USB cable) with
For packaging, the mode of traditional wound universal serial bus cable is only that factory line operating personnel directly utilizes manual mode to it
Carry out banked winding, later again by the universal serial bus cable after winding with wrapping paper package bundle, that is, complete before manufacture around
Line and packaging operation.
However, the coiling of traditional common serial bus cable is directly to be applied by operating personnel with manual with manner of packing
Make, therefore the universal serial bus cable after winding often has appearance profile and size is inconsistent happens, Wu Fada
To the requirement with same or similar appearance profile and size.In addition, traditional-handwork directly winds universal serial bus cable
Mode be not easy to carry out the winding operation of multilayer wire body, therefore can not further reduce the size of coiling finished product to required specification,
And the longer winding operation time is needed, can not meet the needs of consumer and production operation.
Therefore, it is really necessary to develop a kind of cable layer around jig factory line operating personnel is assisted to carry out coiling and packet to cable
Industry is pretended, to solve the variety of problems that the prior art is faced.
Utility model content
The purpose of this utility model is to provide a kind of cable layer around jig, caused in a manner of solving traditional wound cable
Appearance profile and size are inconsistent, the problem of can not carrying out the winding operation of multilayer wire body and longer activity duration.
The another object of the utility model is to provide a kind of cable layer around jig, has that appearance profile and size are consistent,
It can carry out the winding operation of multilayer wire body and the advantage that the activity duration is shorter.
In order to achieve the above object, a broader embodiment of the utility model is used for provide a kind of cable layer around jig
The layer of cable includes the first connector, the second connector and wire body around packaging operation, wherein cable, and wire body connects and is set to first and connects
Between head and the second connector, and cable layer includes pedestal and rotating part around jig.Rotating part includes rotating body, the first lineation
Portion, the second lineation portion and movable part.Rotating body is set to above pedestal, and is rotated relative to pedestal.First lineation portion is set
It is placed on rotating body, and comprising multiple first male parts and multiple first interior protuberances, shape between plurality of first male part
Into at least one second gap is formed between at least one first gap and multiple first interior protuberances, the first gap is used with the second gap
In one end of accommodating wire body, and the first trunking is formed between multiple first male parts and multiple first interior protuberances.Second lineation
Portion is set on rotating body, and is oppositely arranged with the first lineation portion, and comprising in multiple second male parts and multiple second
Protrusion forms between an at least third space and multiple second interior protuberances between plurality of second male part and forms at least one
4th gap, third space and the 4th gap are used to house the other end of wire body, and in multiple second male parts and multiple second
The second trunking is formed between protrusion.Movable part is removable installed on rotating body, and be sheathed on the first lineation portion and
Second lineation portion, for multiplying load cable.Accommodating space is formed between multiple first interior protuberances and multiple second interior protuberances, to hold
Put the first connector and the second connector, the peripheral surface of the peripheral surface of plurality of first male part and multiple second male parts is for making
Wire body winding and form outer layer winding section, the first trunking and the second trunking are for making wire body winding and form internal layer coiling
Portion.
Description of the drawings
Fig. 1 is structure diagram of the cable layer around jig of the utility model preferred embodiment.
Fig. 2 is Structure explosion diagram of the cable layer shown in FIG. 1 around jig.
Wherein, the reference numerals are as follows：
1：Cable layer is around jig
2：Cable
21：First connector
22：Second connector
23：Wire body
231：Outer layer winding section
232：Internal layer winding section
3：Pedestal
4：Rotating part
41：Rotating body
411：Accommodating space
412：First recess portion
413：Second recess portion
414：First perforation
42：First lineation portion
421：First male part
422：First interior protuberance
423：First gap
424：Second gap
425：First trunking
426：First support plate
427：First card slot
43：Second lineation portion
431：Second male part
432：Second interior protuberance
433：Third space
434：4th gap
435：Second trunking
436：Second support plate
437：Second card slot
44：Movable part
441：First through hole
442：Second through-hole
443：Second perforation
45：Handle
451：First snib positioning region
452：Second snib positioning region
46：Device for vacuum generation
461：Conduit
462：Switch
47：Limiting section
5：Packaging element
Specific embodiment
Embodying some exemplary embodiments of the utility model features and advantages will in detail describe in the explanation of back segment.Ying Li
Solution is that the utility model can have various variations in different embodiments, does not all depart from the model of the utility model
It encloses, and explanation therein and diagram are illustrated as being used in itself, rather than limit the present invention.
Please refer to Fig.1 and Fig. 2, wherein Fig. 1 be the utility model preferred embodiment cable layer around jig structural representation
Figure, Fig. 2 are Structure explosion diagram of the cable layer shown in FIG. 1 around jig.As shown in Figures 1 and 2, the cable layer of the utility model around
Jig 1 is used for the layer of cable 2 around packaging operation, and wherein cable 2 includes the first connector 21, the second connector 22 and wire body 23, wire body
23 connect and are set between the first connector 21 and the second connector 22.Cable 23 can be to be such as, but not limited to universal serial bus
Cable.The cable layer of the utility model includes pedestal 3 and rotating part 4 around jig 1.
Rotating part 4 includes rotating body 41, the first lineation portion 42, the second lineation portion 43 and movable part 44.Rotation is originally
Body 41 is set to 3 top of pedestal, and rotating body 41 receives external force to be rotated relative to pedestal 3.First lineation portion 42 is set to
On rotating body 41, and the first lineation portion 42 includes multiple first male parts 421 and multiple first interior protuberances 422, plurality of
It is formed between first male part 421 between at least one first gap 423 and multiple first interior protuberances 422 and forms at least 1
Two gaps 424, the first gap 423 and the 424 corresponding setting of the second gap, the first gap 423 are used to house with the second gap 424
One end of wire body 23, and the first trunking 425 is formed between multiple first male parts 421 and multiple first interior protuberances 422, wherein
First trunking 425 is used to house partial line body 23.
Second lineation portion 43 is set on rotating body 41, and is oppositely arranged with the first lineation portion 42, the second lineation portion 43
Comprising multiple second male parts 431 and multiple second interior protuberances 432, at least one is formed between plurality of second male part 431
At least one the 4th gap 434, third space 433 and the 4th are formed between third space 433 and multiple second interior protuberances 432
434 corresponding setting of gap, third space 433 and 434 system of the 4th gap are used to house the other end of wire body 23, and multiple second
The second trunking 435 is formed between male part 431 and multiple second interior protuberances 432, wherein the second trunking 435 is used for holding part
Separated time body 23.
Movable part 44 is removable installed on rotating body 41, and is sheathed on the first lineation portion 42 and the second lineation portion
43, movable part 44 carries cable 2 for multiplying, and movable part 44 can be detached from rotating body of the cable layer around jig 1 when dismounting
41, cable 2 to be driven to be detached from cable layer around jig 1.
Accommodating space 411, accommodating space 411 are formed between multiple first interior protuberances 422 and multiple second interior protuberances 432
Between the first trunking 425 and the second trunking 435, and accommodating space 411 houses the first connector 21 and the second connector 22,
In when the first connector 21 is set to accommodating space 411, the wire body 23 that is connected with the first connector 21 wear the first gap 423 and
Second gap 424 and contact the first lineation portion 42 multiple first male parts 421 peripheral surface, when rotating body 41 is relative to base
When seat 3 rotates, the peripheral surface of multiple first male parts 421 in the first lineation portion 42 and multiple second evaginations in the second lineation portion 43
The peripheral surface in portion 431 is for making 23 winding of wire body and forming outer layer winding section 231, and first trunking in the first lineation portion 42
425 and second lineation portion 43 the second trunking 435 for making 23 winding of wire body and form internal layer winding section 232, and wire body 23
Wear the first gap 423 and the second gap 424 or 433 and the 4th gap 434 of third space so as to be connected with wire body 23
Two connectors 22 are placed in accommodating space 411, wherein the second connector 22 is set to 21 top of the first connector.
Conception according to the present utility model, the cable layer of the utility model is around jig 1 via the first lineation portion 42 and second
Lineation portion 43 carries out the winding operation of wire body 23, therefore cable layer can be via the first lineation portion around the appearance profile and size of jig 1
42 the first male part 421 and the first interior protuberance 422 and second male part 431 and the second interior protuberance in the second lineation portion 43
432, the setting in specification is carried out, and so that each carry out the wire body 23 of winding operation with identical using cable layer around jig 1
Appearance profile and identical size, in addition, the cable layer of the utility model around jig 1 using multiple first male parts 421
Peripheral surface and the peripheral surface of multiple second male parts 431 cause 231 and first trunking of outer layer winding section that wire body 23 is formed
425 and second trunking 435 so that wire body 23 forms internal layer winding section 232, therefore wire body 23 can be via the cable of the utility model
Layer carries out the winding operation of outer layer and internal layer around jig 1, and causes wire body 23 that can form the winding section of multi-layer multi-row, in addition,
It more can further utilize cable layer around the size of the decrement coiling finished product of jig 1 to required specification, and factory line operating personnel is available
Cable layer so that the activity duration of coiling is shorter around jig 1.
In above-described embodiment, cable layer also includes at least one handle 45 around the rotating part 4 of jig 1, is set to rotation originally
The side wall of body 41, rotating body 41 to be driven to be rotated relative to pedestal 3 in response to external force.
In above-described embodiment, the rotating body 41 of rotating part 4 further includes the first recess portion 412 and the second recess portion 413, wherein
First recess portion 412 and the 413 corresponding setting of the second recess portion, and the first lineation portion 42 further includes the first support plate 426, the second lineation portion
43 further include the second support plate 436, wherein the first support plate 426 is movably set in the first recess portion 412, the second support plate 436 can
Mobile is set in the second recess portion 413, and multiple first male parts 421 are set to the first load with multiple first interior protuberances 422
On plate 426, multiple second male parts 431 are set to multiple second interior protuberances 432 on the second support plate 436, therefore the first support plate 426
When being moved in ㄧ recess portions 412, multiple first male parts 421 can be further driven to and moved with multiple first interior protuberances 422, the
Two support plates 436 can be further driven to multiple second male parts 431 and multiple second interior protuberances when being moved in the second recess portion 413
432 movements.
In addition, rotating part 4 also includes the first snib positioning region 451 and the second snib positioning region 452.First snib positioning region
451 are set on rotating body 41, and are adjacent to the first support plate 426, and the of the first snib positioning region 451 and the first support plate 426
One card slot, 427 phase snib, positions the first support plate 426, so that the first support plate 426 is relatively distant from the second support plate 436, this
Outside, when the first snib positioning region 451 and the first support plate 426 427 phase solution bolt of the first card slot and when being detached from, make the first support plate 426
Relatively close second support plate 436 is moved to from the second support plate 436 is relatively far from.Second snib positioning region 452 is set to rotation
On ontology 41, and the second support plate 436 is adjacent to, the second snib positioning region 452 and the 437 phase card of the second card slot of the second support plate 436
Bolt positions the second support plate 436, and then the second support plate 436 is made to be relatively distant from the first support plate 426, in addition, when the second snib positions
The 437 phase solution bolt of the second card slot of portion 452 and the second support plate 436 and when being detached from, make the second support plate 436 from being relatively far from the first load
Plate 426 is moved to relatively close first support plate 426.
In some embodiments, the height of multiple first interior protuberances 422 is equal with the height of multiple second interior protuberances 432,
The height of multiple first male parts 421 is equal with the height of multiple second male parts 431, and the height of multiple first interior protuberances 422
Degree and the height of multiple second interior protuberances 432 are higher than the height of multiple first male parts 421 and the height of multiple second male parts 431
Degree, whereby when wire body 23 is set around the first trunking 425 and the second trunking 435 and forms internal layer winding section 232, can prevent
Wire body 23 comes off and can not carry out winding operation.It is emphasized that multiple first male parts 421, multiple first interior protuberances 422,
Multiple second male parts 431, the height of multiple second interior protuberances 432 are not limited with previous embodiment, can also be answered according to practical
Changed with demand.
In addition, multiple first male parts 421 can be but not be limited to include two the first male parts 421, multiple first convexes
Portion 422 can be but not be limited to include two the first interior protuberances 422, and multiple second male parts 431 can be but not be limited to include two
Second male part 431, multiple second interior protuberances 432 can be but not be limited to include two the second interior protuberances 432.Two the first evaginations
Portion 421 is disposed adjacent with two the first interior protuberances 422, and two the second male parts 431 are adjacent with two the second interior protuberances 432 to be set
Put, and two the first male parts 421 and two the first interior protuberances 422 respectively in two the second male parts 431 and two second
432 symmetrical setting of protrusion.It is emphasized that multiple first male parts 421, multiple first interior protuberances 422, multiple second evaginations
Portion 431, the quantity of multiple second interior protuberances 432 and arrangement are not limited with previous embodiment, also can be according to practical application request
And change.
In some embodiments, multiple first male parts 421 are identical with the profile of multiple second male parts 431, wherein appointing
The peripheral surface of one first male part 421 and any second male part 431 is cambered surface so that wire body 23 is set around multiple first evaginations
Portion 421 and multiple second male parts 431 and when forming outer layer winding section 231, outer layer winding section 231 is in the first male part 421
The shape that peripheral surface and the peripheral surface of the second male part 431 are formed is symmetrical.In addition, multiple first interior protuberances 422 with it is multiple
The profile of second interior protuberance 432 is identical, and the peripheral surface of the first interior protuberance of any of which 422 and any second interior protuberance 432 is arc
Face so that when wire body 23 is set around multiple first interior protuberances 422 and multiple second interior protuberances 432 and forms internal layer winding section 232,
Internal layer winding section 232 is pair in the shape that the peripheral surface of the first interior protuberance 422 and the peripheral surface of the second interior protuberance 432 are formed
Claim.It is emphasized that multiple first male parts 421, multiple first interior protuberances 422, multiple second male parts 431, multiple second
The profile of interior protuberance 432 is not limited with previous embodiment, can also be changed according to practical application request.
In above-described embodiment, the movable part 44 of rotating part 4 includes multiple first through hole 441 and multiple second through-holes
442, multiple first through hole 441 are to being located at multiple first male parts 421 and multiple first interior protuberances 422, multiple second through-holes 442
To being located at multiple second male parts 431 and multiple second interior protuberances 432, in plurality of first male part 421 and multiple first
Protrusion 422 is arranged in corresponding multiple first through hole 441, and multiple second male parts 431 and multiple second interior protuberances 432 are arranged in
Corresponding multiple second through-holes 442.In addition, coiling and the packet of cable 2 are carried out around jig 1 in the cable layer using the utility model
When pretending industry, movable part 44 is attached at the surface of rotating body 41, and multiple first male parts 421 and multiple first interior protuberances
422 are arranged in corresponding multiple first through hole 441, and multiple second male parts 431 and multiple second interior protuberances 432 are arranged in correspondence
Multiple second through-holes 442.When the coiling and packaging operation for completing cable 2, movable part 44 can be with the table of rotating body 41
Face is separated, and multiple first male parts 421 and multiple first interior protuberances 422 are detached from corresponding multiple first through hole 441, multiple
Second male part 431 and multiple second interior protuberance, 432 systems are detached from corresponding multiple second through-holes 442, make whereby completion coiling with
The cable 2 of packaging operation can be detached from cable layer around jig 1 via the multiplying load of movable part 44, in order to completing the entire of the cable 2
Coiling and packaging operation.
In an embodiment, when the first snib positioning region 451 becomes and the first support plate from 426 phase snib of the first support plate
426 phase solution bolts, and the second snib positioning region 452 is with 436 phase snib of the second support plate from when becoming with 436 phase solution bolt of the second support plate,
First support plate 426 be moved to the second support plate 436 it is close to each other, and cause multiple first male parts 421 and multiple first convexes
Portion 422 be moved to it is close to each other with multiple second male parts 431 and multiple second interior protuberances 432 so that movable part 44
No longer rotating body 41 can be detached from, and be further driven to line by the first male part 421 and the supporting limiting of the second male part 431
Cable 2 is detached from cable layer around jig 1.
In some embodiments, rotating part 4 also comprising device for vacuum generation 46, is set to the inside of rotating body 41, rotation
Turn ontology 41 at least one first perforation 414 and positioned at accommodating space 411, the movable part 44 of rotating part 4 has at least one
Second perforation 443, the second 443 pairs of perforation are located at the corresponding first perforation 414 and positioned at accommodating spaces 411, and wherein vacuum generates
Device 46 has an at least conduit 461, and conduit 461 is connected with the first perforation 414 and the second perforation 443, device for vacuum generation
46 for adsorbing and fixing a packaging element 5, and wherein packaging element 5 is set between movable part 44 and cable 2, to pack simultaneously
Fixed cable 2.In some embodiments, packaging element 5 is such as, but not limited to wrapping paper.In addition, device for vacuum generation 46 is also
It is to be set to pedestal 3 comprising switch 462, to control the running of device for vacuum generation 46, when switching 462 unlatching, vacuum generates
Device 46 starts with to being placed in the packaging element 5 of accommodating space into vacuum adsorbed operation, when switching 462 cut-off, vacuum
Generation device 46 is closed to stop the vacuum suction operation to the packaging element 5 for being placed in accommodating space, makes packaging unit 5 that can take off
Absorption from device for vacuum generation 46 and packaging operation is carried out to the cable 2 that coiling is completed.
In an embodiment, rotating part 4 also comprising an at least limiting section 47, is set on rotating body 41, and limiting section
47, which are adjacent to accommodating space 411, is set, when packaging element 5 is set between movable part 44 and cable 2, limiting section 47 to
Packaging orientation element 5.
Conception according to the present utility model, the cable layer of the utility model around jig 1 can be used for carrying out cable 1 coiling and
Operation is packaged, step is summarized as follows.First, packaging element 5 is unfolded, be positioned on movable part 44 and positioned at accommodating space
In 411, and packaging element 5 is positioned using limiting section 47.Later, the switch 462 of device for vacuum generation 46 is opened, makes packet
Dress element 5 is attached in response to suction-operated on movable part 44.Later, the first connector 21 of cable 2 is placed in accommodating sky
Between 411, then by the wire body 23 being connected with the first connector 21 pass through the first gap 423 and the second gap 424, and lead to
The peripheral surface of first male part 421 in the first lineation portion 42 is in contact.Then, rotating body 41 is made to be rotated relative to pedestal 3, this
When, wire body 23 will be along multiple the of the peripheral surface of multiple first male parts 421 in the first lineation portion 42 and the second lineation portion 43
The path that the peripheral surface of two male parts 431 is formed carries out coiling, and then forms outer layer winding section 231.In this present embodiment, outside
Layer winding section 231 can be the cable structure of such as, but not limited to 5 rows.
Then, rotating body 41 is persistently made to be rotated relative to pedestal 3,2 lead of cable is gone to inner ring by Bing, i.e., by cable 2
It is carried out along the path that first trunking 425 in the first lineation portion 42 and second trunking 435 in the second lineation portion 43 are formed
Coiling, and then form internal layer winding section 232.In this present embodiment, internal layer winding section 232 can be the row of such as, but not limited to 3 rows
Cable architecture.Later, the wire body 23 being connected with the second connector 22 is passed through into 433 and the 4th gap 434 of third space so that second
Connector 22 is accommodating and is fixed in accommodating space 411 and positioned at 21 top of the first connector, completes winding operation whereby.
Later, the 427 phase solution bolt of the first card slot of the first snib positioning region 451 and the first support plate 426 is detached from, makes first
Support plate 426 is moved to relatively close second support plate 436 from the second support plate 436 is relatively far from.Second snib positioning region 452 is set
In on rotating body 41, and the 437 phase solution bolt of the second card slot of the second snib positioning region 452 and the second support plate 436 and be detached from, make
Two support plates 436 are moved to relatively close first support plate 426 from the first support plate 426 is relatively far from.Then, switch 462 is ended,
So that device for vacuum generation 46 stops to packaging unit 5 into vacuum adsorbed operation, packaging unit 5 can be detached from vacuum generation at this time
The absorption of device 46, and then packaging unit 5 can be made to be covered to complete the cable 2 of winding operation.Then, movable part 44 is detached from rotation
Turn ontology 41, and multiply load using movable part 44, coiling and the cable 2 of packaging completion is allow to be detached from rotating body 41.Most
Afterwards, the cable 2 for completing coiling and packaging operation is taken out, multi-layer multi-row coiling and the packaging operation of cable 2 can be completed whereby.
In some embodiments, after cable 2 is taken out, movable part 44 can be put back to, movable part 44 is made to be attached at rotation
Turn ontology 41.Then, the first support plate 426 is made to be relatively distant from the second support plate 436 from being relatively close to the second support plate 436 and be moved to, and
By the first snib positioning region 451 and the 427 phase snib of the first card slot of the first support plate 426, make the second snib positioning region 452 and second
The 437 phase snib of the second card slot of support plate 436, whereby resets the first lineation portion 42 and the second lineation portion 43, in favor of carrying out
2 coiling of cable next time and packaging operation.
In conclusion the utility model provides a kind of cable layer around jig, via the first lineation portion and the second lineation portion into
The winding operation of line body, thus cable layer around jig appearance profile and size can via the first lineation portion the first male part with
First interior protuberance and second male part in the second lineation portion and the second interior protuberance, carry out the setting in specification, and cause each
There is identical appearance profile and identical size around the wire body that jig carries out winding operation using cable layer, in addition, this practicality
Novel cable layer causes wire body around jig using the peripheral surface of multiple first male parts and the peripheral surface of multiple second male parts
The outer layer winding section of formation and the first trunking and the second trunking so that wire body forms internal layer winding section, therefore wire body can be through
Carry out the winding operation of outer layer and internal layer around jig by the cable layer of the utility model, and cause wire body can be formed multilayer around
Line portion, in addition, more can further using cable layer around jig decrement coiling finished product size to required specification, and factory line operation people
Member can utilize cable layer so that the activity duration of coiling is shorter around jig, and make packaged cable more beautiful.
Claims (11)
1. a kind of cable layer is around jig, for one layer of a cable around packaging operation, the wherein cable includes one first connector, one
Second connector and a wire body, the wire body are connected and are set between first connector and second connector, which is characterized in that the line
Cable layer is included around jig：
One pedestal；And
One rotating part, comprising：
One rotating body is set to above the pedestal, and is rotated relative to the pedestal；
One first lineation portion, is set on the rotating body, and comprising multiple first male parts and multiple first interior protuberances, wherein
It is formed between the multiple first male part between at least one first gap and the multiple first interior protuberance and forms at least one
Second gap, first gap are used to house one end of the wire body, and the multiple first male part and institute with second gap
It states and one first trunking is formed between multiple first interior protuberances；
One second lineation portion, is set on the rotating body, and is oppositely arranged, and include multiple second with the first lineation portion
Male part and multiple second interior protuberances, wherein forming an at least third space and described more between the multiple second male part
At least one the 4th gap is formed between a second interior protuberance, which is used to house the another of the wire body with the 4th gap
End, and one second trunking is formed between the multiple second male part and the multiple second interior protuberance；And
One movable part is removable installed on the rotating body, and is sheathed on the first lineation portion and the second lineation portion,
The cable is carried for multiplying；
Form an accommodating space between wherein the multiple first interior protuberance and the multiple second interior protuberance, with house this first
Connector and second connector, wherein the peripheral surface of the multiple first male part and the peripheral surface of the multiple second male part are used
An outer layer winding section is formed in making the wire body winding, first trunking and second trunking for making the wire body winding and
Form an internal layer winding section.
2. cable layer as described in claim 1 is around jig, which is characterized in that the rotating part is also comprising at least one handle, setting
In the one side wall of the rotating body, the rotating body to be driven to rotate relative to the pedestal in response to an external force.
3. cable layer as described in claim 1 is around jig, which is characterized in that the rotating body further includes one first recess portion and one
Second recess portion, the first lineation portion further include one first support plate, which further includes one second support plate, wherein this first
Support plate and second support plate are movably arranged at first recess portion and second recess portion respectively, the multiple first male part with
The multiple first interior protuberance is set on first support plate, and the multiple second male part is set with the multiple second interior protuberance
It is placed on second support plate.
4. cable layer as claimed in claim 3 is around jig, which is characterized in that first support plate includes one first card slot, this
Two support plates include one second card slot, and the wherein rotating part also includes：
One first snib positioning region, is set on the rotating body, is adjacent to first support plate, with first support plate this
One card slot phase snib positions first support plate；And
One second snib positioning region, is set on the rotating body, is adjacent to second support plate, with second support plate this
Two draw-in groove phase snib positions second support plate.
5. cable layer as described in claim 1 is around jig, which is characterized in that the height of the multiple first interior protuberance with it is described
The height of multiple second interior protuberances is equal, the height phase of the height of the multiple first male part and the multiple second male part
Deng, and the height of the multiple first interior protuberance and the multiple second interior protuberance higher than the multiple first male part with it is described
The height of multiple second male parts.
6. cable layer as described in claim 1 is around jig, which is characterized in that the multiple first male part include two this
One male part, the multiple first interior protuberance include two first interior protuberances, and the multiple second male part includes two should
Second male part, the multiple second interior protuberance include two second interior protuberances, and the wherein accommodating space is located at first reason
Between wire casing and second trunking.
7. cable layer as described in claim 1 is around jig, which is characterized in that the movable part includes multiple first through hole and more
A second through-hole, the multiple first through hole are described to being located at the multiple first male part and the multiple first interior protuberance
Multiple second through-holes are to being located at the multiple second male part and the multiple second interior protuberance, wherein the multiple first evagination
Portion and the multiple first interior protuberance are arranged in corresponding the multiple first through hole, the multiple second male part and described more
A second interior protuberance is arranged in corresponding the multiple second through-hole.
8. cable layer as described in claim 1 is around jig, which is characterized in that the rotating part also includes a device for vacuum generation,
It is set to inside the one of the rotating body, which has at least 1 the at least one first perforation, the movable part
Two perforation, to being located at least one first perforation and being located at the accommodating space, wherein the device for vacuum generation has at least one to lead
Pipe is connected with first perforation and second perforation, which is used to adsorb and fix a packaging element.
9. cable layer as claimed in claim 8 is around jig, which is characterized in that the rotating part also includes an at least limiting section, if
It is placed on the rotating body, and is adjacent to the accommodating space, to position the packaging element.
10. cable layer as described in claim 1 is around jig, which is characterized in that the multiple first male part with it is the multiple
The profile of second male part is identical, and the multiple first interior protuberance is identical with the profile of the multiple second interior protuberance, wherein appointing
The peripheral surface of one first male part and any second male part is cambered surface, any first interior protuberance with it is any this in second
Convex peripheral surface is cambered surface.
11. cable layer as described in claim 1 is around jig, which is characterized in that first connector is set to the accommodating space, makes
It obtains the wire body being connected with first connector and wears first gap and second gap, to contact the multiple first male part
Peripheral surface, and the rotating body is rotated relative to the pedestal, so that the peripheral surface of the multiple first male part and described more
The peripheral surface of a second male part for making the wire body winding and form the outer layer winding section, and first trunking and this second
Trunking for making the wire body winding and form the internal layer winding section, and the wire body wear first gap and second gap or
The third space and the 4th gap so that second connector being connected with the wire body is placed in the accommodating space.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721762018.0U CN207572708U (en) | 2017-12-15 | 2017-12-15 | Cable layer is around jig |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721762018.0U CN207572708U (en) | 2017-12-15 | 2017-12-15 | Cable layer is around jig |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207572708U true CN207572708U (en) | 2018-07-03 |
Family
ID=62687077
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721762018.0U Expired - Fee Related CN207572708U (en) | 2017-12-15 | 2017-12-15 | Cable layer is around jig |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207572708U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109193509A (en) * | 2018-08-27 | 2019-01-11 | 芜湖源码自动化设备有限公司 | A kind of multi-functional cable box |
-
2017
- 2017-12-15 CN CN201721762018.0U patent/CN207572708U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109193509A (en) * | 2018-08-27 | 2019-01-11 | 芜湖源码自动化设备有限公司 | A kind of multi-functional cable box |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203942360U (en) | The mounting structure of motor power-supply wire assembly and plastic packaging motor | |
| JP3183341U (en) | Hem structure of flexible package lithium ion battery | |
| CN207572708U (en) | Cable layer is around jig | |
| CN105979036A (en) | Shell and mobile terminal | |
| CN107978442A (en) | Transformer assembles encapsulated detection all-in-one machine | |
| CN103802075B (en) | Power brick | |
| CN104659607B (en) | Portable power source data wire device box | |
| CN206820521U (en) | A kind of charging device | |
| CN205790608U (en) | A kind of electronic equipment and card connector | |
| CN207234044U (en) | A kind of Direct Plug-In can arrange the wiring board of the end of a thread | |
| CN204633036U (en) | Power supply and projecting apparatus | |
| CN204558206U (en) | A kind of electronic component assembling box | |
| CN201753221U (en) | Wire drawing disk | |
| CN206705409U (en) | Wire accommodating device, power supply adaptor and Split movable power supply | |
| CN203166670U (en) | Electric brush rack | |
| CN204706686U (en) | Portable socket | |
| CN202119451U (en) | Improved encoder structure | |
| CN203950655U (en) | A kind of high frequency transformer and Switching Power Supply | |
| CN205900992U (en) | Rotation type multifunctional data line | |
| CN205177450U (en) | Composite cable and coiling type cable with trachea | |
| CN106160138A (en) | Wireless charging device | |
| CN204577697U (en) | Retractable USB charging socket box | |
| CN203980172U (en) | A kind of jockey for light fixture | |
| CN204289822U (en) | Dismounting portable flexible flat-cable connector | |
| CN208173968U (en) | A kind of improved wiring board |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180703 |