CN204991202U - Flexible electrically conductive cable - Google Patents
Flexible electrically conductive cable Download PDFInfo
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- CN204991202U CN204991202U CN201520779954.7U CN201520779954U CN204991202U CN 204991202 U CN204991202 U CN 204991202U CN 201520779954 U CN201520779954 U CN 201520779954U CN 204991202 U CN204991202 U CN 204991202U
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Abstract
The utility model relates to an intelligent clothing field especially relates to a flexible electrically conductive cable. Flexible electrically conductive cable includes: first wire, second wire, first braided wire and second braided wire, first braided wire and second braided wire are made by the material that has the scalability ability at least, first braided wire and second braided wire are arranged along a first direction interval, first wire and second wire cruciate fixation in on first braided wire and the second braided wire, first wire with the cross section of first braided wire has a plurality of first fixed parts, first wire with the cross section of second braided wire has the two second fixed parts that the multiunit is adjacent, the second wire with the cross section of first braided wire has a plurality of third fixed parts, first wire with the cross section of second braided wire has the two fourth fixed parts that the multiunit is adjacent.
Description
Technical field
The utility model relates to intelligent clothing field, particularly relates to a kind of compliant conductive cable.
Background technology
Along with the rapid advances of science and technology and the raising of people's living standard, motor mindedness, the health perception of people also strengthen day by day.The progress of technology facilitates the development of health monitoring equipment simultaneously.These monitoring equipments use the transducer being connected to individual some position of health usually, by the individual each position of transducer real time record sports or during one's sickness in the various physics that is associated with sports or the health of individuality and/or physiological parameter, and provide about the feedback information of individual sport performance or provide physical basis for follow-up medical diagnosis on disease.
Intelligent clothing as a kind of novel monitoring equipment, one of object of discussing warmly and studying of going together just at present.But, the scalable line of the conductor cable used during current making intelligent clothing is very poor, the signal that in the conductor cable caused by individual activity, the skew of electrode position can cause electrode place to produce produces deviation, these deviations can affect again the accuracy of various parameter, and then affect follow-up diagnostic result.On the other hand, because its scalable line is poor, individual comfort level of dressing can be had influence on, so can make because of individual mood feedback information or diagnostic result inaccurate.
Utility model content
In view of this, the utility model provides a kind of scalable compliant conductive cable of good performance.
The described compliant conductive cable that the utility model provides at least comprises the first wire, the second wire, the first litzendraht wire and the second litzendraht wire, and described first litzendraht wire and the second litzendraht wire are at least made up of the material with scalable performance; Described first litzendraht wire and the second litzendraht wire are intervally arranged along a first direction, and described first wire and the second wires cross are fixed on described first litzendraht wire and the second litzendraht wire; The infall of described first wire and described first litzendraht wire has multiple first fixed part, the infall of described first wire and described second litzendraht wire has manyly organize two second adjacent fixed parts, and described in arbitrary group adjacent two, the second fixed part is about the first fixed part symmetry described in; The infall of described second wire and described first litzendraht wire has multiple 3rd fixed part, the infall of described first wire and described second litzendraht wire has manyly organize two the 4th adjacent fixed parts, and described in arbitrary group adjacent two, the 4th fixed part is about the 3rd fixed part symmetry described in.。
In the described compliant conductive cable that the utility model provides, because it has the first litzendraht wire and the second litzendraht wire, and described first litzendraht wire and the second litzendraht wire are at least made up of the material with scalable performance, again because the first wire and the second wires cross are fixed on described first litzendraht wire and the second litzendraht wire, and the infall of described first wire and described first litzendraht wire has multiple first fixed part, the infall of described first wire and described second litzendraht wire has organizes two second adjacent fixed parts more, described in arbitrary group adjacent two, the second fixed part is symmetrical about the first fixed part described in.Therefore, depend on described first litzendraht wire and the second litzendraht wire with scalable performance, described flexible cable also has good scalable performance.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
The structural representation of the compliant conductive cable 100 of the better embodiment that Fig. 1 provides for the utility model;
Fig. 2 is the structural representation that the utility model provides the compliant conductive cable 200 of another better embodiment;
The structural representation of the compliant conductive cable 300 of another better embodiment that Fig. 3 provides for the utility model.
Embodiment
For the compliant conductive cable that the utility model provides is described, be described in detail below in conjunction with Figure of description and explanatory note.
In description of the present utility model, it should be noted that, unless otherwise clearly defined and limited, term " first ", " second " only for describing object, and can not be interpreted as instruction or hint relative importance or imply the quantity indicating indicated technical characteristic.Thus, be limited with " first ", the feature of " second " can express or impliedly comprise one or more these features.
As shown in Figure 1, the structural representation of the compliant conductive cable 100 of its better embodiment provided for the utility model.Described compliant conductive cable 100 comprises the first wire 101, second wire 102, first litzendraht wire 11, second litzendraht wire 12 and the 3rd litzendraht wire 13, and described first wire 101, second wire 102 intersection is fixed on described first litzendraht wire 11, second litzendraht wire 12 and the 3rd litzendraht wire 13.Described first wire 101 and the second wire 102 for having the wire of conducting function, the insulated wire that described first litzendraht wire 11, second litzendraht wire 12 and the 3rd litzendraht wire 13 are at least made up of the material with scalable performance, such as nylon wire.
Concrete, described first litzendraht wire 11, second litzendraht wire 12 and the 3rd litzendraht wire 13 are intervally arranged along a first direction, described 3rd litzendraht wire 13, between described first litzendraht wire 11 and the second litzendraht wire 12, has identical spacing between described first litzendraht wire 11, second litzendraht wire 12 and the 3rd litzendraht wire 13.In other embodiments, the spacing between the first litzendraht wire 11, second litzendraht wire 12 and the 3rd litzendraht wire 13 also can be unequal.
Described first wire 101 and the second wire 102 intersection are fixed on described first litzendraht wire 11, second litzendraht wire 12 and the 3rd litzendraht wire 13.Described first wire 101 and the second wire 102 are in sinusoidal wave shape or rectangle is wavy, triangle is wavy.Concrete, in the present embodiment, described first wire 101 has multiple first fixed part 11a with the infall of described first litzendraht wire 11, described first wire 101 and the infall of described second litzendraht wire 12 have manyly organize two second adjacent fixed part 12a, and described in arbitrary group adjacent two, the second fixed part 12a is about the first fixed part 11a symmetry described in; Described first wire 102 also has multiple 5th fixed part 13a with the infall of described 3rd litzendraht wire 13.Described second wire 102 has multiple 3rd fixed part 11b with the infall of described first litzendraht wire 11, described second wire 102 and the infall of described second litzendraht wire 12 have manyly organize two the 4th adjacent fixed part 12b, and described in arbitrary group adjacent two, the 4th fixed part 12b is about the 3rd fixed part 11b symmetry described in.Described second wire 102 also has multiple 6th fixed part 13b with the infall of described 3rd litzendraht wire 13.Described first fixed part 11a and described 3rd fixed part interval are arranged, and described second fixed part 12a and described 4th fixed part 12b interval are arranged.Preferably, between multiple described first fixed part 11a, there is identical spacing, between multiple second fixed part 12a, there is identical spacing, between multiple described 3rd fixed part 11b, there is identical spacing, between multiple described 4th fixed part 12b, there is identical spacing.Between multiple described 5th fixed part 13a, there is identical spacing, between multiple described 6th fixed part 13b, there is identical spacing.Described 5th fixed part 13a and the 6th fixed part 13b can overlap and also can arrange at interval.
Concrete, described first wire 101, second wire 102 and described first litzendraht wire 11, the intersection fixed form of the second litzendraht wire 12 and the 3rd litzendraht wire 13 is: described first litzendraht wire 11 at described first fixed part 11a and the 3rd fixed part 11b place has respectively one first fixing hole and one the 3rd fixing hole, described second litzendraht wire 12 at described second fixed part 12a and the 4th fixed part 12b place have respectively one second fixing hole and one the 4th fixing hole, described 3rd litzendraht wire 13 at described 5th fixed part 13a and the 6th fixed part 13b place have respectively one the 5th fixing hole and one the 6th fixing hole, described first wire 101 circulates successively and penetrates described first fixing hole, 5th fixing hole and the second fixing hole, described second wire 102 circulates successively and penetrates described 3rd fixing hole, 6th fixing hole and the 4th fixing hole.Described first fixing hole is not shown in the drawings to the 6th fixing hole.
As shown in Figure 2, it provides the structural representation of the compliant conductive cable 200 of another better embodiment for the utility model.Described compliant conductive cable 200 comprises the first wire 201, second wire 202, first litzendraht wire 21, second litzendraht wire 22 and the 3rd litzendraht wire 23, and described first wire 201, second wire 202 intersection is fixed on described first litzendraht wire 21, second litzendraht wire 22 and the 3rd litzendraht wire 23.Described first wire 201 has multiple first fixed part 21a with the infall of described first litzendraht wire 21, and described first wire 201 has to organize two second adjacent fixed part 22a with the infall of described second litzendraht wire 22 more; Described first wire 202 also has multiple 5th fixed part 23a with the infall of described 3rd litzendraht wire 23.Described second wire 202 has multiple 3rd fixed part 21b with the infall of described first litzendraht wire 21, and described second wire 202 has to organize two the 4th adjacent fixed part 22b with the infall of described second litzendraht wire 22 more.
Described compliant conductive cable 200 is with the difference of compliant conductive cable 100 shown in Fig. 1: described first litzendraht wire 21 at described first fixed part 21a and the 3rd fixed part 21b place has respectively two first fixing holes and two the 3rd fixing holes, described second litzendraht wire 22 at described second fixed part 22a and the 4th fixed part 22b place has respectively two second fixing holes and two the 4th fixing holes, described 3rd litzendraht wire 23 at described 5th fixed part and the 6th fixed part place has respectively one the 5th fixing hole and one the 6th fixing hole.Described first wire 201 circulates successively and penetrates the second fixing hole described in the 5th fixing hole and two described in the first fixing hole, described in two, and described second wire 202 circulates successively and penetrates the 4th fixing hole described in the 3rd fixing hole and two described in two.Described first fixing hole is not shown in the drawings to the 6th fixing hole.
In other embodiments, first litzendraht wire at the first fixed part and the 3rd fixed part place can also have respectively multiple first fixing hole and multiple 3rd fixing hole, described second litzendraht wire at described second fixed part and the 4th fixed part place can also have respectively multiple second fixing hole and multiple 4th fixing hole.
As shown in Figure 3, the structural representation of the compliant conductive cable 300 of its another better embodiment provided for the utility model.Described compliant conductive cable 300 comprises the first wire 301, second wire 302, first litzendraht wire 31 and the second litzendraht wire 32, and described first wire 301, second wire 302 intersection is fixed on described first litzendraht wire 31 and the second litzendraht wire 32.
Described first wire 301 has multiple first fixed part 31a with the infall of described first litzendraht wire 31, described first wire 301 and the infall of described second litzendraht wire 32 have manyly organize two second adjacent fixed part 32a, and described in arbitrary group adjacent two, the second fixed part 32a is about the first fixed part 31a symmetry described in.Described second wire 302 has multiple 3rd fixed part 31b with the infall of described first litzendraht wire 31, described second wire 302 and the infall of described second litzendraht wire 32 have manyly organize two the 4th adjacent fixed part 32b, and described in arbitrary group adjacent two, the 4th fixed part 32b is about the 3rd fixed part 31b symmetry described in.Described first fixed part 31a and described 3rd fixed part 31b interval are arranged, and described second fixed part 32a and described 4th fixed part 32b interval are arranged.Preferably, between multiple described first fixed part 31a, there is identical spacing, between multiple second fixed part 32a, there is identical spacing, between multiple described 3rd fixed part 31b, there is identical spacing, between multiple described 4th fixed part 32b, there is identical spacing.
Described first litzendraht wire 31 at described first fixed part 31a and the 3rd fixed part 31b place have respectively two first fixing holes and two the 3rd fixing holes, on described second litzendraht wire at described second fixed part 32a and the 4th fixed part 32b place, 32 have two second fixing holes and two the 4th fixing holes respectively, described first wire 301 circulates successively and penetrates described first fixing hole and described second fixing hole, and described second wire 302 circulates successively and penetrates described 3rd fixing hole and the 4th fixing hole.In other embodiments, first litzendraht wire at the first fixed part and the 3rd fixed part place has respectively one or more first fixing hole and one or more 3rd fixing hole, second litzendraht wire at the second fixed part and the 4th fixed part place has respectively one or more second fixing hole and one or more two the 4th fixing holes.
In the compliant conductive cable that present embodiment provides, because it has the first litzendraht wire and the second litzendraht wire, and described first litzendraht wire and the second litzendraht wire are at least made up of the material with scalable performance, again because the first wire and the second wires cross are fixed on described first litzendraht wire and the second litzendraht wire, and the infall of described first wire and described first litzendraht wire has multiple first fixed part, the infall of described first wire and described second litzendraht wire has organizes two second adjacent fixed parts more, described in arbitrary group adjacent two, the second fixed part is symmetrical about the first fixed part described in.Therefore, depend on described first litzendraht wire and the second litzendraht wire with scalable performance, described flexible cable also has good scalable performance.
The better embodiment of the compliant conductive cable provided for the utility model above; the restriction to the utility model rights protection scope can not be interpreted as; those skilled in the art should know; without departing from the concept of the premise utility; also can do multiple improvement or replacement; these all improvement or replacement all should within the scope of rights protections of the present utility model, and namely rights protection scope of the present utility model should be as the criterion with claim.
Claims (8)
1. a compliant conductive cable, it comprises:
First wire, the second wire, the first litzendraht wire and the second litzendraht wire, described first litzendraht wire and the second litzendraht wire are at least made up of the material with scalable performance;
Described first litzendraht wire and the second litzendraht wire are intervally arranged along a first direction, and described first wire and the second wires cross are fixed on described first litzendraht wire and the second litzendraht wire;
The infall of described first wire and described first litzendraht wire has multiple first fixed part, the infall of described first wire and described second litzendraht wire has manyly organize two second adjacent fixed parts, and described in arbitrary group adjacent two, the second fixed part is about the first fixed part symmetry described in;
The infall of described second wire and described first litzendraht wire has multiple 3rd fixed part, the infall of described first wire and described second litzendraht wire has manyly organize two the 4th adjacent fixed parts, and described in arbitrary group adjacent two, the 4th fixed part is about the 3rd fixed part symmetry described in.
2. compliant conductive cable as claimed in claim 1, it is characterized in that: described compliant conductive cable also comprises the 3rd litzendraht wire along described first direction, described 3rd litzendraht wire is at least made up of the material with scalable performance, described 3rd litzendraht wire is between described first litzendraht wire and the second litzendraht wire, and be spaced with described first litzendraht wire, the second litzendraht wire, described first wire and the second wire also intersect and are fixed on described 3rd litzendraht wire.
3. compliant conductive cable as claimed in claim 1, it is characterized in that: described first fixed part and described 3rd fixed part interval are arranged, described second fixed part and described 4th fixed part interval are arranged.
4. compliant conductive cable as claimed in claim 2, it is characterized in that: the infall of described first wire and described 3rd litzendraht wire has multiple 5th fixed part, the infall of described second wire and described 3rd litzendraht wire has multiple 6th fixed part, and described 5th fixed part and described 6th fixed part interval are arranged.
5. compliant conductive cable as claimed in claim 4, it is characterized in that: described first litzendraht wire at described first fixed part and the 3rd fixed part place at least has respectively one first fixing hole and one the 3rd fixing hole, described second litzendraht wire at described second fixed part and the 4th fixed part place at least have respectively one second fixing hole and one the 4th fixing hole, described first wire circulates successively and penetrates described first fixing hole and described second fixing hole, and described second wire circulates successively and penetrates described 3rd fixing hole and the 4th fixing hole.
6. compliant conductive cable as claimed in claim 5, it is characterized in that: described first litzendraht wire at described first fixed part and the 3rd fixed part place has respectively the 3rd fixing hole described in the first fixing hole and two described in two, described second litzendraht wire at described second fixed part and the 4th fixed part place has respectively the 4th fixing hole described in the second fixing hole and two described in two, described first wire circulates successively and penetrates the second fixing hole described in the first fixing hole and two described in two, and described second wire circulates successively and penetrates the 4th fixing hole described in the 3rd fixing hole and two described in two.
7. compliant conductive cable as claimed in claim 6, it is characterized in that: described 3rd litzendraht wire at described 5th fixed part and the 6th fixed part place has respectively one the 5th fixing hole and one the 6th fixing hole, described first wire circulates successively and penetrates the second fixing hole described in the 5th fixing hole and two described in the first fixing hole, described in two, and described second wire circulates successively and penetrates the 4th fixing hole described in the 6th fixing hole and two described in the 3rd fixing hole, described in two.
8. compliant conductive cable as claimed in claim 5, it is characterized in that: described first litzendraht wire, between the second litzendraht wire and the 3rd litzendraht wire, there is identical spacing, between multiple described first fixed part, there is identical spacing, between multiple second fixed part, there is identical spacing, between multiple described 3rd fixed part, there is identical spacing, between multiple described 4th fixed part, there is identical spacing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520779954.7U CN204991202U (en) | 2015-10-09 | 2015-10-09 | Flexible electrically conductive cable |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520779954.7U CN204991202U (en) | 2015-10-09 | 2015-10-09 | Flexible electrically conductive cable |
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| CN204991202U true CN204991202U (en) | 2016-01-20 |
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| CN201520779954.7U Active CN204991202U (en) | 2015-10-09 | 2015-10-09 | Flexible electrically conductive cable |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105206327A (en) * | 2015-10-09 | 2015-12-30 | 博迪加科技(北京)有限公司 | Flexibility conductive cable and manufacturing method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105206327A (en) * | 2015-10-09 | 2015-12-30 | 博迪加科技(北京)有限公司 | Flexibility conductive cable and manufacturing method thereof |
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