CN104269207B

CN104269207B - Face electric conduction structure capable of being freely cut, segmented and twisted

Info

Publication number: CN104269207B
Application number: CN201410516862.XA
Authority: CN
Inventors: 陈郁焱
Original assignee: Zhejiang Jinhui Technology Co Ltd
Current assignee: Zhejiang Jinhui Technology Co Ltd
Priority date: 2014-09-30
Filing date: 2014-09-30
Publication date: 2017-01-11
Anticipated expiration: 2034-09-30
Also published as: CN104269207A

Abstract

The invention discloses a face electric conduction structure capable of being freely cut, segmented and twisted. The face electric conduction structure comprises at least two mesh-shaped electric conduction faces. Each electric conduction face is formed by weaving multiple electric conduction wires. The polarities of the electric conduction faces which are vertically adjacent are opposite. The electric conduction wires of the upper electric conduction face and the electric conduction wires of the lower electric conduction face intersect multiple times in space. Each spatial intersection in the corresponding projection line direction is connected with an electric appliance element. Positive lead-out lines and negative lead-out lines of all the electric appliance elements are supported between the electric conduction faces which are vertically adjacent so that an insulating gap can be formed. According to the face electric conduction structure capable of being freely cut, segmented and twisted, the manufacturing cost of a circuit board is saved; meanwhile, the effect that the front face and the rear face of the face electric conduction structure are communicated with each other is obtained, the electronic components on the face electric conduction structure can still continue to normally work in a relatively independent mode when the face electric conduction structure is cut, segmented and/or twisted, and the application field is expanded.

Description

Can arbitrarily cut segmentation and the face conductive structure of distortion

Technical field

The present invention relates to a kind of face conductive structure that can arbitrarily cut, split and distort.

Background technology

Under normal circumstances, whether plug-in type electronic devices and components or SMD electronic devices and components, be all With wiring board as carrier with support, and fixed by soldering and be electrically connected with.This wiring board of needing Structure, is primarily present following defect: one is that cost is high, because the material of wiring board and manufacture are required for Spend certain cost；Two is opaque, because wiring board is the most lighttight；Three is to appoint Meaning cuts and distorts, because if cropped segmentation or be distorted, and wire on wiring board or send out Raw open circuit, or be short-circuited, make whole wiring board cisco unity malfunction.

Summary of the invention

It is an object of the invention to provide a kind of face conductive structure that can arbitrarily cut segmentation and distortion, save The manufacturing cost of wiring board, the tow sides simultaneously obtaining described conductive structure are the most penetrating Effect, and when its cropped segmentation and/or distortion, the electronic devices and components on the conductive structure of face are still Can be normal, relatively independent work on, has expanded application.

For achieving the above object, the present invention adopt the following technical scheme that one can arbitrarily cut segmentation and The face conductive structure of distortion, it comprises the conducting surface that at least two is netted, and each described conducting surface is by many The braiding of bar conductor wire is constituted, upper and lower two adjacent conducting surface opposite polarity, each conductor wire of upper conducting surface Spatially having many intersections with each conductor wire of lower conducting surface, the intersection in each space is along each Electric elements it are respectively connected with, by respectively between upper and lower two adjacent conducting surfaces from corresponding projection line direction The positive and negative derivation line of individual described electric elements supports, to constitute clearance for insulation.

Described conductor wire is coated with insulating barrier.

Described conductor wire uses flexibility or elastomeric material to make.

Each described conducting surface is by the conductor wire of the conductor wire of a plurality of first direction Yu a plurality of second direction Cross and connect and compose.

A kind of face conductive structure that can arbitrarily cut segmentation and distortion, including a netted conducting surface, This conducting surface is by the conductor wire weaving structure of the conductor wire of a plurality of first direction Yu a plurality of second direction Become, for the conductor wire of a plurality of first direction, two adjacent opposite polarity, two polarity at interval Identical, for the conductor wire of a plurality of described second direction, two adjacent opposite polarity, the two of interval Bar polarity is identical, and first direction, the conductor wire that the polarity of second direction is identical are electrically connected in each intersection Connecing, first direction, the opposite polarity conductor wire of second direction connects between each intersection electricity Device element, passes through the positive and negative of corresponding electric elements between two conductor wires that each adjacent polarity is different Derivation line supports, to constitute clearance for insulation.

Described conductor wire is coated with insulating barrier.

Compared with prior art the invention has the beneficial effects as follows: owing to using technique scheme, described Face conductive structure, it comprises the conducting surface that at least two is netted, and each described conducting surface is by a plurality of conduction Line braiding constitute, upper and lower two adjacent conducting surface opposite polarity, each conductor wire of upper conducting surface with under lead Each conductor wire in electricity face spatially has many intersections, and the intersection in each space is along the most corresponding Projection line direction be respectively connected with electric elements, by described in each between upper and lower two adjacent conducting surfaces Electric elements positive and negative derivation line support, to constitute clearance for insulation, this structure, each electrical equipment unit The access point of part at least has the wire in both direction provides connection, and this just determines when carrying out face sanction When cutting is cut, the loop of the most cropped each electric elements remains to remain intact, unless electric elements Itself meets with and cuts destruction；When there is conducting surface distortion, owing to eliminating wiring board, not only save The manufacturing cost of wiring board, obtain the effect that the tow sides of described conducting surface are the most penetrating, and And the conductor wire constituting conducting surface himself just has bent morphotropism and ductility (as spring is tied The conductor wire of structure), thus without twisting off, the phenomenon such as open circuit or short circuit, have can distort, can The characteristic extended.By corresponding electric elements between two conductor wires that each adjacent polarity is different Positive and negative derivation line supports, to constitute clearance for insulation, it is possible to obtain a fixing distance is to keep it Mutual insulating, and maintain integrally-built steadiness.

Another kind of technical scheme, in addition to having above-mentioned beneficial effect, owing to conductor wire is woven in alternately Together, thus, constitute a more stable single conducting surface structure.

Accompanying drawing explanation

Fig. 1 is the structural representation of the first technical scheme embodiment one of the present invention；

Fig. 2 is the structural representation of the first technical scheme embodiment two of the present invention；

Fig. 3 is the structural representation of the second technical scheme of the present invention.

Detailed description of the invention:

Referring to Fig. 1 and 2, can arbitrarily cutting of the first technical scheme of the present invention is split and the face of distortion Conductive structure, it comprises the conducting surface that at least two is netted, and each conducting surface is woven by a plurality of conductor wire Constitute, upper and lower two adjacent conducting surface opposite polarity, each conductor wire of upper conducting surface and lower conducting surface Each conductor wire spatially has many intersections, and the intersection in each space is along respective projection Line direction is respectively connected with electric elements 4, by the electricity each described between upper and lower two adjacent conducting surfaces The positive and negative derivation line 5,6 of device element 4 supports, to constitute clearance for insulation.As preferably, described Conductor wire is coated with insulating barrier, to improve the insulating properties between adjacent conductive face, as further Optimizing, conductor wire can also use flexibility or elastomeric material to make, so that conducting surface has the most curved Folding morphotropism and ductility.

Fig. 1 is the structural representation of the first technical scheme embodiment one of the present invention.As it is shown in figure 1, It includes, and two structures are identical and the conducting surface that is distributed up and down is (it is of course also possible to more than two conduction Face, for convenience of description, the present embodiment is just as a example by two conducting surfaces), upper conducting surface is by a plurality of The conductor wire 1 in one direction crosses with the conductor wire 2 of a plurality of second direction and connects and composes, and each crosses Place all constitutes the electrical nodes 3 of electrical connection, lower conducting surface by the conductor wire 1 ' of a plurality of first direction with a plurality of The conductor wire 2 ' of second direction crosses and connects and composes, and each intersection all constitutes the electrical nodes of electrical connection 3 ', the electrical nodes 3 and 3 ' opposite polarity on two conducting surfaces, the joint that powers on corresponding on adjacent two conducting surfaces Connect between point 3, lower electrical nodes 3 ' and have electric elements 4.Preferably, each described Electric elements 4 take beeline with the connection wire of corresponding two electrical nodes, between upper and lower two conducting surfaces Electric insulation with each other is realized by space interval or insulator.Its grid of the network structure of conducting surface Empty mesh is changeable, and grid sky mesh has preferable face permeability time bigger.

Fig. 2 is the structural representation of the first technical scheme embodiment two of the present invention.It is with embodiment one Differ only in: the electrical nodes 3 of upper conducting surface and the electrical nodes 3 ' of lower conducting surface are not the most right Neat, but a position of having staggered, so, each conductor wire of upper conducting surface and lower conducting surface Each conductor wire spatially have many intersections, the intersection in each space is along respective throwing Hachure direction is respectively connected with electric elements 4, by each described between upper and lower two adjacent conducting surfaces The positive and negative derivation line 5,6 of electric elements 4 supports, to constitute clearance for insulation.

Referring to Fig. 3, the face conduction that can arbitrarily cut segmentation and distortion of the second technical scheme of the present invention Structure, it only includes a netted conducting surface, and this conducting surface is by the conductor wire 1 of a plurality of first direction Constitute with conductor wire 2 weaving of a plurality of second direction, for the conductor wire 1 of a plurality of first direction, Two adjacent opposite polarity, two polarity at interval are identical, lead for a plurality of described second direction Electric wire 2, two adjacent opposite polarity, two polarity at interval are identical, first direction, second party To the identical conductor wire of polarity electrically connect in each intersection, first direction, the polarity of second direction Contrary conductor wire connects between each intersection electric elements 4, and each adjacent polarity is different Supported by the positive and negative derivation line 5,6 of corresponding electric elements 4 between two conductor wires, to constitute Clearance for insulation.For reinforced insulation, described conductor wire can be with coated insulation layer.

Claims

1. one kind can arbitrarily cut segmentation and distortion face conductive structure, it is characterised in that it comprise to Few two netted conducting surfaces, each described conducting surface is made up of the braiding of a plurality of conductor wire, and upper and lower two Each conductor wire of adjacent conductive face opposite polarity, each conductor wire of upper conducting surface and lower conducting surface is in space On have many intersections, the intersection in each space is respectively connected with along respective projection line direction Electric elements (4), electric elements between adjacent two conducting surfaces, upper and lower two adjacent conductions Supported by the positive and negative derivation line (5,6) of the electric elements (4) each described between face, pass through Space interval constitutes clearance for insulation.

The face conductive structure that can arbitrarily cut segmentation and distortion the most according to claim 1, its It is characterised by: described conductor wire is coated with insulating barrier.

The face conductive structure that can arbitrarily cut segmentation and distortion the most according to claim 2, its It is characterised by: described conductor wire uses flexibility or elastomeric material to make.

4. can arbitrarily cut segmentation according to any one described in claims 1 to 3 and the face distorted is led Electricity structure, it is characterised in that: each described conducting surface is by the conductor wire of a plurality of first direction and a plurality of the The conductor wire in two directions crosses and connects and composes.

5. the face conductive structure that can arbitrarily cut segmentation and distortion, it is characterised in that include Netted conducting surface, this conducting surface is by the conductor wire (1) of a plurality of first direction and a plurality of second direction Conductor wire (2) weaving constitute, for the conductor wire (1) of a plurality of first direction, adjacent Article two, opposite polarity, two polarity at interval are identical, for the conductor wire of a plurality of described second direction (2), two adjacent opposite polarity, two polarity at interval are identical, first direction, second direction The identical conductor wire of polarity electrically connect in each intersection, first direction, the polarity phase of second direction Anti-conductor wire connects between each intersection electric elements (4), and each adjacent polarity is different Supported by the positive and negative derivation line (5,6) of corresponding electric elements (4) between two conductor wires, Clearance for insulation is constituted by space interval.

The face conductive structure that can arbitrarily cut segmentation and distortion the most according to claim 5, its It is characterised by: described conductor wire is coated with insulating barrier.