Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is specifically introduced.
Seeing also Fig. 1, Fig. 2 and Fig. 3, Fig. 1 is the plane of touch screen module 100 1 better embodiment of the present invention
Schematic diagram;Fig. 2 is the sectional view along AA ' of the touch screen module 100 shown in Fig. 1;Fig. 3 is the touch screen module 100 shown in Fig. 1
Cabling generalized section.This touch screen module 100 includes substrate 11, a plurality of first sensing electrode 13 and a plurality of second sensing electrode
15.This plurality of first sensing electrode 13 is arranged on this substrate 11 in parallel to each other with this plurality of second sensing electrode 15, and should
A plurality of first sensing electrode 13 is arranged on this substrate 11 mutual vertically with this plurality of second sensing electrode 15.This substrate 11 is
One glass substrate.Each edge of this substrate 11 arranges multiple metal connection pads 17, and this each metal connection pads 17 connects one
One sensing electrode 13 or one second sensing electrode 15.
Each metal connection pads 17 is correspondingly arranged one first conductive pillar structure 19, in addition, it is possible to connected by the plurality of metal
Pad 17 is arranged at multiple edges of substrate 11, as being arranged at other three edges except these circuit board opposite edges, or coordinates
The design of product adjusts position and the shape of the plurality of metal connection pads 17.
This circuit board 210 includes arranging on multiple connection gasket 2101, each connection gasket 2,101 one second conductive pillar structure
2103.The quantity of this connection gasket 2101 is identical with the quantity of this metal connection pads 17.This first conductive pillar structure 19 is through cabling 220
It is connected with the second conductive pillar structure 2103.Wherein, between this cabling 220, mutually insulated and stacking are arranged, in the present embodiment,
This cabling 220 includes plain conductor 2201 and insulation sheath 2203.In the present embodiment, this plurality of first sensing electrode 13 with
This plurality of second sensing electrode 15 is arranged with layer, and the overlapping place of every first sensing electrode 13 and the second sensing electrode 15 is arranged
Insulating barrier 14 is so that this first sensing electrode 13 is mutually electrically insulated with this second sensing electrode 15.In the present embodiment, should
Insulating barrier 14 is transparent insulation material.
For making this touch screen module 100 have good transparency, this first sensing electrode 13 and this second sensing electrode
15 are transparent conductive material, such as: tin indium oxide (Indium Tin Oxide, ITO), indium zinc oxide (Indium zinc
Oxide, IZO) or other transparent conductive materials.This metal connection pads 17 can use the metal materials such as aluminum, silver, copper, it is possible to use
The conductive material identical with first, second sensing electrode.
This substrate 11 includes first side 11a, second side 11b, the 3rd side 11c and four side 11d, wherein this
One side 11a and the 3rd side 11c is oppositely arranged, and this second side 11b and four side 11d is oppositely arranged.Every first sense
One end of survey electrode 13 arranges one first connection gasket 13a and a metal connection pads 17 connects, specifically, in this plurality of first sense
The the first sensing electrode 13 surveying odd number bar in electrode 13 arranges the first connection gasket 13a in the first side 11a of this substrate 11, each
First connection gasket 13a and a metal connection pads 17 electrically connect;First sensing electrode 13 of even number article is in the 3rd side of this substrate 11
Limit 11c arranges the first connection gasket 13a, and each first connection gasket 13a and a metal connection pads 17 electrically connect.
One end of every second sensing electrode 15 arranges one second connection gasket 15a and a metal connection pads 17 connects.Tool
Body ground, in this plurality of second sensing electrode 15, the second sensing electrode 15 of odd number bar is in the end of the second side 11b of this substrate 11
End arranges the second connection gasket 15a, and each second connection gasket 15a and a metal connection pads 17 electrically connect;This plurality of second sensing
In electrode 15, the second sensing electrode 15 of even number article arranges the second connection gasket 15a in the end of the four side 11d of this substrate 11,
And each second connection gasket 15a and a metal connection pads 17 electrically connect.
In the present embodiment, for not increasing the thickness of this touch screen module 100, the thickness of this metal connection pads 17 is less than
The thickness of this first sensing electrode 13, and the thickness sum of the thickness of this metal connection pads 17 and this first conductive pillar structure 19 with
The thickness of this first sensing electrode 13 is equal.
In the present embodiment, this first conductive pillar structure 19 is cylindrical structure.In other embodiments, this first
Conductive pillar structure 19 is thimble structure.
This first conductive pillar structure 19 can use the material identical with this metal connection pads 17, and is tied by this first conductive pole
Structure 19 is one-body molded with this metal connection pads 17, it is possible to first by metal connection pads 17 formation of deposits on this substrate 11, then will
This first conductive pillar structure 19 formation of deposits is on this metal connection pads 17.In other embodiments, this first conductive pole knot
Structure 19 can use the material different from this metal connection pads 17, first by metal connection pads 17 formation of deposits on this substrate 11,
Then by the first conductive pillar structure 19 formation of deposits on this metal connection pads 17.
Refer to the schematic perspective view that Fig. 4, Fig. 4 are touch screen module second embodiments of the present invention.This touch screen mould
Group 200 is with touch screen module 100 difference, and this plurality of first senses the electrode 23 the 3rd side 21c near this substrate 21
One end arranges the first connection gasket 23a, and this each first connection gasket 23a is correspondingly arranged a metal connection pads 27, this metal connection pads
27 are correspondingly arranged one first conductive pillar structure 29, and this first conductive pillar structure is connected with circuit board 210 through cabling 220.This is a plurality of
Second sensing electrode 25 arranges the second connection gasket 25a near one end of the four side 21d of this substrate, this each second connection gasket
25a is correspondingly arranged a metal connection pads 27, and this metal connection pads 27 is correspondingly arranged one first conductive pillar structure, this first conductive pole
Structure is connected with circuit board 210 through cabling 220.
The touch screen module of the present invention arranges metal connection pads and passes through the first conductive pillar structure and walk at the edge of substrate
Line connects circuit board, thus can reduce cabling area and make the frame of touch screen module narrower.
Above example is only in order to illustrate technical scheme and unrestricted, although with reference to preferably implementing the present invention
Be described in detail, it will be understood by those within the art that, technical scheme can be modified or
Equivalent, without deviating from the spirit and scope of technical solution of the present invention.