CN204554050U - The flexible carrier of flexible tape conductor - Google Patents
The flexible carrier of flexible tape conductor Download PDFInfo
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- CN204554050U CN204554050U CN201520169275.8U CN201520169275U CN204554050U CN 204554050 U CN204554050 U CN 204554050U CN 201520169275 U CN201520169275 U CN 201520169275U CN 204554050 U CN204554050 U CN 204554050U
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- positioning part
- tape conductor
- flexible tape
- flexible
- short strip
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Abstract
The utility model proposes a kind of flexible carrier, comprise a body and a guide unit.Body extends along a first direction when deployed condition and has two long lateral margins of parallel first direction, and arranges along first direction with for a flexible tape conductor.Guide unit comprises a connecting piece body and a position-limited lever, connect lamellar body extends along the second direction of a vertical first direction when deployed condition and there is the second end that a first end and being connected to a wherein long lateral margin of body connects position-limited lever, and the second end is inclination relative to first direction.When folded state, connection lamellar body is stacked and placed on body along first end bending and position-limited lever is be horizontally placed on body obliquely relative to first direction, can guide flexible tape conductor and turn to along position-limited lever bending.
Description
Technical field
The utility model relates to a kind of flexible carrier, particularly relates to a kind of flexible carrier of flexible tape conductor.
Background technique
No. 3150828th, Japanese Patent Laid discloses a kind of tabular cable protection tool, mainly comprises three pieces of leg-of-mutton plate bodys, is wherein connected with soft lamellar body between one piece with another two pieces, be stacked alternately and a tabular cable bending turned to by these plate bodys.
But triangle plate body is hard material, when tabular cable along hard plate body hypotenuse bending and in 90 degree turn to time, improperly operate or External Force Acting under tabular cable can be made to produce plastic deformation in bending place, even fracture conductor.
Model utility content
Therefore, a wherein object of the present utility model, is namely to provide a kind of flexible carrier that can solve the flexible tape conductor of foregoing problems.
So the flexible carrier of the utility model flexible tape conductor in some embodiments, is have a deployed condition and a folded state, and the structure that this flexible carrier is integrated, comprises: a body and a guide unit.When this deployed condition, this body extends along a first direction and has two long lateral margins of this first direction parallel, and this body is arranged along this first direction with for a flexible tape conductor.This guide unit comprises a connecting piece body and a position-limited lever, when this deployed condition, this connection lamellar body extends along the second direction of this first direction vertical and has the second end that a first end and being connected to a wherein long lateral margin of this body connects this position-limited lever, and this second end relative to this first direction in tilt, and this position-limited lever is connected to this second end and relative to this first direction in tilt.When this folded state, this connection lamellar body is stacked and placed on flexible tape conductor along the bending of this first end relative to this this folded body, and this position-limited lever relative to this first direction in being horizontally placed on this flexible tape conductor obliquely.This body relative to the guide unit after folding, separate out one be relatively positioned at bottom zone below this guide unit, one folding after the top region and be positioned at above this guide unit to be positioned between this bottom zone and this top region and to tilt to extend with the bent area adjacent to this position-limited lever.This top region together with this flexible tape conductor again along this position-limited lever with this bent area bending and be stacked and placed on this guide unit, and can guide this flexible tape conductor along this position-limited lever bending and turn to.
In some embodiments, also integrally comprise one and be connected to the top region of this body or the first position-limiting unit of bottom zone, this first position-limiting unit comprises one by this body wherein the first long band body of extending along this second direction of a long lateral margin, one the first short strip body extended along this second direction by another long lateral margin of this body, the second positioning part of this first short strip body is located in one the first positioning part and being located at this first long band body, when this deployed condition, this the first long band body and this first short strip body align in the position of these body both sides, at this folded state, this the first long band body bends and the flexible tape conductor be stacked and placed on this body and this first short strip body along connecting this long lateral margin place, and this first positioning part and this second positioning part relative positioning, with by spacing for this flexible tape conductor.
In some embodiments, this the first position-limiting unit is connected to the top region of this body, this flexible carrier also integrally comprises the second position-limiting unit that is connected to the bottom zone of this body, this second position-limiting unit comprises one by this body wherein the second long band body of extending along this second direction of a long lateral margin, one the second short strip body extended along this second direction by another long lateral margin of this body, the 4th positioning part of this second short strip body is located in one the 3rd positioning part and being located at this second long band body, when this deployed condition, this the second long band body and this second short strip body align in the position of these body both sides, at this folded state, this the second long band body bends and the flexible tape conductor be stacked and placed on this body and this second short strip body along connecting this long lateral margin place, and the 3rd positioning part and the 4th positioning part relative positioning, with by spacing for this flexible tape conductor.
In some embodiments, this first positioning part, this second positioning part and the 3rd positioning part are respectively a perforation, and the 4th positioning part has cylinder and a head end be connected with this cylinder that one stands on this second short strip body, the diameter of this head end is greater than this cylinder and described perforation, described perforation can elasticity support for this head end by and this cylinder of confession wears wherein, when this deployed condition, this the first long band body, this the second short strip body and this guide unit are positioned at this body the same side, this the first short strip body and this second long band body are positioned at the opposite side of this body, when this folded state, the cylinder of the 4th positioning part is arranged in the 3rd positioning part, this first positioning part and this second positioning part, this the second long band body of the head end block of the 4th positioning part, this the first long band body and this first short strip body depart from this cylinder.
In some embodiments, this first position-limiting unit also integrally comprises is located at one of them the first spacer block of hollow of this first long band body and this first short strip body, when this folded state, this first spacer block is between this first positioning part and this second positioning part and the cylinder of the 4th positioning part is arranged in the hollow space of this first spacer block.
In some embodiments, this second position-limiting unit also integrally comprises is located at this second long band body and to should second spacer block of hollow of the 3rd positioning part, when this folded state, this second spacer block is between this second long band body and this second short strip body and the cylinder of the 4th positioning part is arranged in the hollow space of this second spacer block.
In some embodiments, this body also have be located at bent area wear groove, wear for another flexible tape conductor.
In some embodiments, this position-limited lever is that miter angle tilts relative to this first direction.
In some embodiments, this position-limited lever is round bar shape.
The utility model at least comprises following effect: be round bar shape by position-limited lever, enables the state that flexible tape conductor is turning to bending place to keep curved, and makes flexible tape conductor can not produce plastic deformation in bending place, to protect the conductor of bending place.In addition, by the first position-limiting unit and the second position-limiting unit first that flexible tape conductor is spacing relative to the both sides up and down of bending place, and the firm orientation keeping flexible tape conductor in assembling process can be bent at flexible tape conductor, and in the rear position keeping flexible tape conductor of bending assembling.Further, wear groove by what be positioned at the bent area of this body when folded state, flexible carrier can be taken advantage of carry and fixing turns to the flexible tape conductor of bending and linearly extended flexible tape conductor simultaneously.
Accompanying drawing explanation
Of the present utility model other feature and effect, by reference to accompanying drawing embodiment describe in detail in clearly present, wherein:
Fig. 1 is a stereogram, and an embodiment of the flexible carrier of the utility model flexible tape conductor is described;
Fig. 2 to Fig. 6 illustrates that this embodiment arranges the stereogram of the assembling process of a flexible tape conductor;
Fig. 7 is the rear view of a Fig. 6, illustrates that this embodiment's one wears groove; And
Fig. 8 is a stereogram, and the assembled relation of this embodiment and another flexible tape conductor is described.
Wherein, description of reference numerals is as follows:
100 flexible carriers
1 body
11 long lateral margins
12 bottom zone
13 top region
14 wear groove
15 bent areas
2 guide units
21 connect lamellar body
211 first ends
212 second ends
22 position-limited levers
3 first position-limiting units
31 first long band bodies
32 first short strip bodies
33 first positioning parts
34 second positioning parts
35 first spacer blocks
4 second position-limiting units
41 second long band bodies
42 second short strip bodies
43 the 3rd positioning parts
44 the 4th positioning parts
441 cylinders
442 head ends
45 second spacer blocks
5 flexible tape conductors
6 another flexible tape conductors
D1 first direction
D2 second direction
Embodiment
Before the utility model is described in detail, should be noted that in the following description content, similar element represents with identical numbering.
Consult Fig. 1 to Fig. 6, the structure that one embodiment of the flexible carrier 100 of the utility model flexible tape conductor 5 is integrated, the present embodiment entirety is made into integration by a flexible material, flexible material concrete example is as polypropylene, and there is a deployed condition (see Fig. 1) and a folded state (see Fig. 6), and comprise: body 1, guide unit 2,1 first position-limiting unit 3 and one second position-limiting unit 4.
When deployed condition, this body 1 extends along a first direction D1 and has two long lateral margins 11 of parallel this first direction D1.This body 1 is arranged along this first direction D1 with for a flexible tape conductor 5.This guide unit 2 comprises a connecting piece body 21 and a position-limited lever 22.This connection lamellar body 21 extends along the second direction D2 of vertical this first direction D1 and has the second end 212 that a first end 211 and being connected to a wherein long lateral margin 11 of this body 1 connects this position-limited lever 22, and this second end 212 is tilt relative to this first direction D1, and this position-limited lever 22 is round bar shape, be connected to this second end 212 and relative to this first direction D1 in tilt.In the present embodiment, this position-limited lever 22 is that miter angle tilts relative to this first direction D1, but the angle that this position-limited lever 22 tilts relative to this first direction D1 can adjust according to actual demand, that is according to the angular adjustment making flexible tape conductor turn to, be not limited with the present embodiment.
When folded state, this connection lamellar body 21 bends along this first end 211 and folds relative to this body 1 and be stacked and placed on this flexible tape conductor 5 (see Fig. 3), and this position-limited lever 22 is be horizontally placed on this flexible tape conductor 5 obliquely relative to this first direction D1.This body 1 is relative to the guide unit 2 after folding, separate out one be relatively positioned at bottom zone below this guide unit 2 12, folding after be positioned at top region above this guide unit 2 13 and and be positioned between this bottom zone 12 and this top region 13 and tilt to extend with the bent area 15 adjacent to this position-limited lever 22, this top region 13 to bend with this bent area 15 along this position-limited lever 22 together with this flexible tape conductor 5 again and is stacked and placed on this guide unit 2 (see Fig. 6), and can guide this flexible tape conductor 5 and bend along this position-limited lever 22 and turn to.
Furthermore, when deployed condition, this first position-limiting unit 3 is connected to the top region 13 of this body 1, and comprise one by this body 1 wherein the first long band body 31, of extending along this second direction D2 of a long lateral margin 11 to be located at the second positioning part 34 of this first short strip body 32 along the first positioning part 33 and that the first short strip body 32, that this second direction D2 extends is located at this first long band body 31 by another long lateral margin 11 of this body 1, and this first long band body 31 aligns in the position of body 1 both sides with this first short strip body 32.Second position-limiting unit 4 is connected to the bottom zone 12 of this body 1, and comprise one by this body 1 wherein the second long band body 41, of extending along this second direction D2 of a long lateral margin 11 to be located at the 4th positioning part 44 of this second short strip body 42 along the 3rd positioning part 43 and that the second short strip body 42, that this second direction D2 extends is located at this second long band body 41 by another long lateral margin 11 of this body 1, and this second long band body 41 aligns in the position of body 1 both sides with this second short strip body 42.In the present embodiment, this first positioning part 33, this second positioning part 34 and the 3rd positioning part 43 are respectively a perforation, and the 4th positioning part 44 has cylinder 441 and a head end 442 be connected with this cylinder 441 that one stands on this second short strip body 42, the diameter of this head end 442 is greater than this cylinder 441 and these perforation, and these perforation elasticity can support and to pass through for this head end 442 and to supply this cylinder 441 to wear wherein.And when this deployed condition, this first long band body 31, this second short strip body 42 and this guide unit 2 are positioned at this body 1 the same side, and this first short strip body 32 and the second long band body 41 are positioned at the opposite side of body 1.In the present embodiment, this first position-limiting unit 3 also comprises the first spacer block 35 of the hollow being located at this first short strip body 32, corresponding second positioning part 34 of first spacer block 35 arranges and its thickness is roughly suitable with the thickness of flexible tape conductor 5, but this first spacer block 35 also can be located at this first long band body 31 and corresponding first positioning part 33 is arranged, to make this first spacer block 35 when this folded state between this first positioning part 33 and this second positioning part 34 (see Fig. 5).Similarly, this second position-limiting unit 4 also comprises is located at this second long band body 41 and to should second spacer block 45 of hollow of the 3rd positioning part 43, to make this second spacer block 45 when this folded state between this second long band body 41 and this second short strip body 42 (see Fig. 5), the thickness of the second spacer block 45 is also roughly suitable with the thickness of flexible tape conductor 5.
During use, as shown in Figure 2, first flexible tape conductor 5 is arranged on this body 1 along this first direction D1.As shown in Figure 3, then by the connection lamellar body 21 of guide unit 2 be stacked and placed on flexible tape conductor 5 along first end 211 bending.As shown in Figure 4, this the second long band body 41 bend along this long lateral margin 11 place of connection and is stacked and placed on this body 1 and this second short strip body 42 and the 3rd positioning part 43 and the 4th positioning part 44 relative positioning, that is, the head end 442 of the 4th positioning part 44 is made to make the cylinder 441 of the 4th positioning part 44 penetrate the perforation of the 3rd positioning part 43 by the perforation of the 3rd positioning part 43, whereby that the second long band body 41 is relative fixing with the second short strip body 42, with by spacing for this flexible tape conductor 5, namely flexible tape conductor 5 is folded between the second long band body 41 and body 1.As shown in Figure 5, similarly, this the first long band body 31 bend along this long lateral margin 11 place of connection and is stacked and placed on this body 1 and this first short strip body 32 and this first positioning part 33 and this second positioning part 34 relative positioning, at this, user first can clamp the first long band body 31 up and down with finger and the first short strip body 32 is temporarily first relatively fixing by both, flexible tape conductor 5 is made to be folded between the first long band body 31 and body 1, with by spacing for this flexible tape conductor 5.And lay respectively between the first long band body 31 and the first short strip body 32 and between the second long band body 41 and the second short strip body 42 by thickness the first spacer block 35 suitable with flexible tape conductor 5 and the second spacer block 45, to make to produce appropriate intervals with accommodating flexible tape conductor 5 between the first long band body 31 and the first short strip body 32 and between the second long band body 41 and the second short strip body 42, and make the first long band body 31 and the second long band body 41 can not extrude flexible tape conductor 5, avoid flexible tape conductor 5 impaired.Again as shown in Figure 6, this body 1 to be bent along this position-limited lever 22 together with flexible tape conductor 5 and is stacked and placed on this guide unit 2, and guide this flexible tape conductor 5 and bend along this position-limited lever 22 and turn to, then the head end 442 of the 4th positioning part 44 is made to make the cylinder 441 of the 4th positioning part 44 penetrate the perforation of the first positioning part 33 and the second positioning part 34 by the perforation of the first positioning part 33 and the second positioning part 34, by this second long band body 41 of head end 442 block of the 4th positioning part 44, this the first long band body 31 and this first short strip body 32 depart from this cylinder 441, flexible carrier 100 is made to remain on folded state, that is flexible tape conductor 5 stably can be remained on the position turned to.
In the present embodiment, position-limited lever 22 is round bar shape, enables the state that flexible tape conductor 5 is turning to bending place to keep curved, and makes flexible tape conductor 5 can not produce plastic deformation in bending place, to protect the conductor of bending place.In addition, by the first position-limiting unit 3 and the second position-limiting unit 4 first that flexible tape conductor 5 is spacing relative to the both sides up and down of bending place, and the firm orientation keeping flexible tape conductor 5 in assembling process can be bent at flexible tape conductor 5, and keep the position of flexible tape conductor 5 after bending assembling.
Consult Fig. 1, Fig. 7 and Fig. 8, further, this body 1 also have be located at bent area 15 wear groove 14, wear for another flexible tape conductor 6.So, flexible carrier 100 can take advantage of simultaneously carry and fixing turn to the flexible tape conductor 5 of bending and another flexible tape conductor 6 linearly extended.
In sum, be round bar shape by position-limited lever 22, enable the state that flexible tape conductor 5 is turning to bending place to keep curved, and make flexible tape conductor 5 can not produce plastic deformation in bending place, to protect the conductor of bending place.In addition, by the first position-limiting unit 3 and the second position-limiting unit 4 first that flexible tape conductor 5 is spacing relative to the both sides up and down of bending place, and the firm orientation keeping flexible tape conductor 5 in assembling process can be bent at flexible tape conductor 5, and keep the position of flexible tape conductor 5 after bending assembling.Further, wear groove 14 by what be positioned at the bending place of this body 1 when this folded state, flexible carrier 100 can be taken advantage of carry and fixing turns to the flexible tape conductor 5 of bending and another flexible tape conductor 6 linearly extended simultaneously.
But the above, be only embodiment of the present utility model, when can not limit the scope of the utility model enforcement with this, namely all simple equivalences done according to the utility model claims and description change and modify, and all still belong in the scope of the utility model claims.
Claims (10)
1. a flexible carrier for flexible tape conductor, is characterized in that, has a deployed condition and a folded state, and the structure that this flexible carrier is integrated comprises:
One body, when this deployed condition, this body extends along a first direction and has two long lateral margins of this first direction parallel, and this body is arranged along this first direction with for a flexible tape conductor; And
One guide unit, comprise a connecting piece body and a position-limited lever, when this deployed condition, this connection lamellar body extends along the second direction of this first direction vertical and has the second end that a first end and being connected to a wherein long lateral margin of this body connects this position-limited lever, and this second end relative to this first direction in tilt, and this position-limited lever is connected to this second end and relative to this first direction in tilt;
When this folded state, this connection lamellar body is stacked and placed on flexible tape conductor along the bending of this first end relative to this this folded body, and this position-limited lever is be horizontally placed on this flexible tape conductor obliquely relative to this first direction, this body is relative to the guide unit after folding, separate out one and be relatively positioned at bottom zone below this guide unit, one folding after the top region and be positioned at above this guide unit to be positioned between this bottom zone and this top region and to tilt to extend with the bent area adjacent to this position-limited lever, this top region together with this flexible tape conductor again along this position-limited lever with this bent area bending and be stacked and placed on this guide unit, and can guide this flexible tape conductor along this position-limited lever bending and turn to.
2. the flexible carrier of flexible tape conductor as claimed in claim 1, it is characterized in that, also integrally comprise one and be connected to the top region of this body or the first position-limiting unit of bottom zone, this first position-limiting unit comprises one by this body wherein the first long band body of extending along this second direction of a long lateral margin, one the first short strip body extended along this second direction by another long lateral margin of this body, the second positioning part of this first short strip body is located in one the first positioning part and being located at this first long band body, when this deployed condition, this the first long band body and this first short strip body align in the position of these body both sides, at this folded state, this the first long band body bends and the flexible tape conductor be stacked and placed on this body and this first short strip body along connecting this long lateral margin place, and this first positioning part and this second positioning part relative positioning, with by spacing for this flexible tape conductor.
3. the flexible carrier of flexible tape conductor as claimed in claim 2, it is characterized in that, this the first position-limiting unit is connected to the top region of this body, this flexible carrier also integrally comprises the second position-limiting unit that is connected to the bottom zone of this body, this second position-limiting unit comprises one by this body wherein the second long band body of extending along this second direction of a long lateral margin, one the second short strip body extended along this second direction by another long lateral margin of this body, the 4th positioning part of this second short strip body is located in one the 3rd positioning part and being located at this second long band body, when this deployed condition, this the second long band body and this second short strip body align in the position of these body both sides, at this folded state, this the second long band body bends and the flexible tape conductor be stacked and placed on this body and this second short strip body along connecting this long lateral margin place, and the 3rd positioning part and the 4th positioning part relative positioning, with by spacing for this flexible tape conductor.
4. the flexible carrier of flexible tape conductor as claimed in claim 3, it is characterized in that, this first positioning part, this second positioning part and the 3rd positioning part are respectively a perforation, and the 4th positioning part has cylinder and a head end be connected with this cylinder that one stands on this second short strip body, the diameter of this head end is greater than this cylinder and described perforation, described perforation can elasticity support for this head end by and this cylinder of confession wears wherein, when this deployed condition, this the first long band body, this the second short strip body and this guide unit are positioned at this body the same side, this the first short strip body and this second long band body are positioned at the opposite side of this body, when this folded state, the cylinder of the 4th positioning part is arranged in the 3rd positioning part, this first positioning part and this second positioning part, this the second long band body of the head end block of the 4th positioning part, this the first long band body and this first short strip body depart from this cylinder.
5. the flexible carrier of flexible tape conductor as claimed in claim 4, it is characterized in that, this first position-limiting unit also integrally comprises is located at one of them the first spacer block of hollow of this first long band body and this first short strip body, when this folded state, this first spacer block is between this first positioning part and this second positioning part and the cylinder of the 4th positioning part is arranged in the hollow space of this first spacer block.
6. the flexible carrier of flexible tape conductor as claimed in claim 5, it is characterized in that, this second position-limiting unit also integrally comprises is located at this second long band body and to should second spacer block of hollow of the 3rd positioning part, when this folded state, this second spacer block is between this second long band body and this second short strip body and the cylinder of the 4th positioning part is arranged in the hollow space of this second spacer block.
7., as the flexible carrier of claim 1 to 6 flexible tape conductor according to any one of it, it is characterized in that, this body also have be located at bent area wear groove, wear for another flexible tape conductor.
8. as the flexible carrier of claim 1 to 6 flexible tape conductor according to any one of it, it is characterized in that, this position-limited lever is that miter angle tilts relative to this first direction.
9. the flexible carrier of flexible tape conductor as claimed in claim 7, is characterized in that, this position-limited lever is that miter angle tilts relative to this first direction.
10. the flexible carrier of flexible tape conductor as claimed in claim 1, it is characterized in that, this position-limited lever is round bar shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520169275.8U CN204554050U (en) | 2015-03-24 | 2015-03-24 | The flexible carrier of flexible tape conductor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520169275.8U CN204554050U (en) | 2015-03-24 | 2015-03-24 | The flexible carrier of flexible tape conductor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204554050U true CN204554050U (en) | 2015-08-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520169275.8U Active CN204554050U (en) | 2015-03-24 | 2015-03-24 | The flexible carrier of flexible tape conductor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204554050U (en) |
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2015
- 2015-03-24 CN CN201520169275.8U patent/CN204554050U/en active Active
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