CN206370038U

CN206370038U - Conducting film

Info

Publication number: CN206370038U
Application number: CN201621403281.6U
Authority: CN
Inventors: 刘群江
Original assignee: Cixi Lanxing Plastic & Rubber Industry Co Ltd
Current assignee: Cixi Lanxing Plastic & Rubber Industry Co Ltd
Priority date: 2016-12-21
Filing date: 2016-12-21
Publication date: 2017-08-01
Anticipated expiration: 2026-12-21

Abstract

A kind of conducting film, including transparent body and the lead electrode that is formed on body, and include multiple conductive transparent layers of wire formation；Conductive transparent layer is electrically connected with lead electrode；Conductive transparent layer includes the first conductive transparent layer, the covering of the second conductive transparent layer and surface hyaline layer；The wire that wire in first conductive transparent layer is arranged as in regular grid shape, and the first conductive transparent layer intersects；Second conductive transparent layer is covered in the first conductive transparent layer；Wherein：Wire in second conductive transparent layer forms multiple corresponding first module modules using multiple mesh shapes of wire division in the first conductive transparent layer as border, wire in the second conductive transparent layer in each first module module forms irregular contour line, and the wire in the second conductive transparent layer in each first module module is not intersected with each other.So as to suppress the moire phenomenon of conducting film generation.

Description

Conducting film

Technical field

The utility model is related to a kind of conducting film, is related to the conducting film for touch-screen.

Background technology

Touch-screen has been widely used for personal digital assistant (Personal Digital Assistant, PDA) or intelligence The hand-hold electronic equipments such as energy mobile phone.

Existing touch-screen is due to using tin indium oxide (ITO), as the screen size of electronic equipment now is to large-scale The development of change, existing touch-screen can be passivated with the change of size, signal waveform between the electrodes, so as to cause response speed Degree can be slack-off.

Although existing conducting film has been developed for technology in the conductive film using wire formation conductive layer, but Due to the profile or the difference of shape of the distribution of wire so that conducting film visually produces moire phenomenon, user is influenceed Impression.

Therefore, it is necessary to which the moire phenomenon to conducting film is studied, to suppress the generation of moire phenomenon.

Utility model content

The utility model provides a kind of conducting film, to overcome the shortcomings of in currently available technology.

The utility model solves the technical scheme that is used of above-mentioned technical problem：A kind of conducting film is provided, including it is transparent Body and the lead electrode that is formed on body, and include multiple conductive transparent layers of wire formation；It is described to lead Electric hyaline layer is electrically connected with lead electrode；The conductive transparent layer includes the first conductive transparent layer, the second conductive transparent layer and covered Lid and surface hyaline layer；Wire in first conductive transparent layer is arranged as regular grid shape, and described first Wire in conductive transparent layer intersects；Second conductive transparent layer is covered in first conductive transparent layer；Its In：Multiple mesh shapes that wire in second conductive transparent layer is divided with wire in first conductive transparent layer Multiple corresponding first module modules are formed for border, the gold in the second conductive transparent layer in each first module module Category silk forms irregular contour line, and the wire being located in each first module module in the second conductive transparent layer does not have It is intersected with each other.

Optionally, the mesh shape that wire is divided in first conductive transparent layer is square.

Optionally, the surface hyaline layer is covered in second conductive transparent layer, forms the camouflage layer of covering.

Optionally, the conductive transparent layer also includes the 4th conductive transparent layer.

Optionally, the surface hyaline layer is covered in the 4th conductive transparent layer, forms the camouflage layer of covering.

The utility model uses said structure, with following advantage：With irregular contour line, the second conductive transparent layer It can suppress due to having the moire phenomenon that the first conductive transparent layer of well-regulated mesh shape is produced.

Because the uniformity with surface hyaline layer, the printing opacity of conducting film is improved.

It is preferred that, the 4th conductive transparent layer can be provided with, can set and provide artistic lines.

Brief description of the drawings

Fig. 1 is the schematic cross-section of conducting film of the present utility model.

Fig. 2 is the schematic diagram of conductive transparent layer wire arrangement of the present utility model.

Embodiment

In order to be more clearly understood from the technical solution of the utility model and beneficial effect, below in conjunction with accompanying drawing to this practicality It is new to be described in detail, but to the description of specific embodiment it is not the limitation to technical solutions of the utility model, it is any The unsubstantiality improvement made is conceived according to the utility model and both falls within the claimed technical scheme category of the utility model.

As shown in figure 1, the utility model provides a kind of conducting film 100, include body 102 and the formation of substantial transparent In the lead electrode on body 102.

Wherein, and include wire formation multiple conductive transparent layers.The end of hyaline layer can be by other companies Mode is connect to be electrically connected with lead electrode (not shown).

The wire 162 in the first conductive transparent layer 108 in multiple conductive transparent layers is arranged as regular grid shape (such as Shown in Fig. 2), and wire therein 162 intersects.For example, mesh shape can be square.But it is optional, Can be other shapes.

As shown in Figure 1, 2, the second conductive transparent layer 110 is covered in the first conductive transparent layer 108, multiple conductive transparent layers In the second conductive transparent layer 110 in wire 164 with multiple first conductive transparent layers 108 wire 162 divide net Lattice are shaped as border and form multiple corresponding first module modules.And it is preferred that, wire 162 in each first module module Irregular contour line is formed, and the wire 164 being distributed in each first module module is not intersected with each other.Thus, Suppress with irregular the second conductive transparent layer of contour line 110 due to having the first conductive transparent layer of well-regulated mesh shape The 108 moire phenomenons produced.

Multiple conductive transparent layers also include surface hyaline layer 118, and it is used to form other conductive transparent layers covered under it Camouflage layer so that uniform by the transmission of conductive transparent layer light.

Optionally, the 4th conductive transparent layer 140 of setting can also be increased in the second conductive transparent layer 110 (in figure not show Go out), wherein the wire 166 of 140 kinds of the 4th conductive transparent layer is divided with wire 162 in multiple first conductive transparent layers 108 Mesh shape form multiple corresponding second unit modules for border.Wire 164 in second unit module 1 can be any Set.Can be with significantly more efficient suppression moire phenomenon by being randomly provided wire 166.

Claims

1. a kind of conducting film, including transparent body and the lead electrode that is formed on body, and include wire shape Into multiple conductive transparent layers；The conductive transparent layer is electrically connected with lead electrode；The conductive transparent layer is led including first Electric hyaline layer, the covering of the second conductive transparent layer and surface hyaline layer；Wire in first conductive transparent layer is arranged as Wire in regular grid shape, and first conductive transparent layer intersects；The second conductive transparent layer covering In first conductive transparent layer；It is characterized in that：

Multiple grid-shapeds that wire in second conductive transparent layer is divided with wire in first conductive transparent layer Shape is that border forms multiple corresponding first module modules, in the second conductive transparent layer in each first module module Wire forms irregular contour line, and the wire being located in each first module module in the second conductive transparent layer does not have Have intersected with each other.

2. conducting film according to claim 1, it is characterised in that the net that wire is divided in first conductive transparent layer Lattice are shaped as square.

3. conducting film according to claim 1, it is characterised in that it is conductive saturating that the surface hyaline layer is covered in described second On bright layer, the camouflage layer of covering is formed.

4. conducting film according to claim 1, it is characterised in that the conductive transparent layer also includes the 4th conductive, transparent Layer.

5. conducting film according to claim 4, it is characterised in that it is conductive saturating that the surface hyaline layer is covered in the described 4th On bright layer, the camouflage layer of covering is formed.