CN207182241U - Mobile phone touch control operates tunic - Google Patents

Abstract

The utility model belongs to various handheld electronic communication equipment technical fields, disclose a kind of Mobile phone touch control operation tunic, the tunic is arranged on the surface of mobile phone, metal level is included in the tunic, one termination electrode of the metal level is arranged on the control area of tunic, couple to form the first capacitance field when manipulating with human body, another termination electrode of the metal level holds the visible area that formula is coupling in mobile phone, the second capacitance field is formed with mobile phone visible area, the mobile phone sets control module, the control module receives the electric signal sent by the first capacitance field and the second capacitance field and is sent to cell phone system, start corresponding mobile phone application.The function key of visible area is moved to mobile phone faceplate or the side even back side by the utility model by hand-set lid or mobile phone protective cover, is improved the display utilization rate of visible area, is allowed users to more easily one-handed performance.

Description

Mobile phone touch control operates tunic

Technical field

The utility model belongs to various handheld electronic communication equipment technical fields, such as mobile phone application, particularly a kind of mobile phone Touch control operation tunic.

Background technology

Touching-type handset screen includes resistance-type touch screen and capacitive touch screens, and resistance-type touch screen is eliminated substantially, condenser type The structure of touch screen is the screen such as transparent G+G, G+F, coordinates LCD and In-cell and On-cell display screens to be formed, this screen structure Touch control operation position passes through user's hand in viewing area, handset program by setting corresponding application in viewing area position Finger, which touches, calls suitable mobile phone application.

The function key of prior art takes the display space of visible area, and mobile phone frame design is single, for large touch Screen, the finger length of normal person, which calculates, can not be directly realized by short distance contact, in some special occasions, the inconvenience of bimanualness Property, bring the usage experience that user is bad.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of Mobile phone touch control operation tunic, by mobile phone visible area Operating function, move to mobile phone bezel locations, side or the back side, positioned at singlehanded controllable position, facilitate the use of mobile phone.

The utility model adopts the technical scheme that：

A kind of Mobile phone touch control operates tunic, it is characterized in that, the tunic is arranged on the surface of mobile phone, is included in the tunic Metal level, a termination electrode of the metal level are arranged on the control area of tunic, couple to form the first capacitance field when manipulating with human body, Another termination electrode of the metal level holds the visible area that formula is coupling in mobile phone, and the second capacitance field is formed with mobile phone visible area, described Mobile phone sets control module, and the control module receives the electric signal sent by the first capacitance field and the second capacitance field simultaneously Cell phone system is sent to, starts corresponding mobile phone application.

Further, the tunic is mobile phone touch cover plate, includes what is set from top to bottom above the mobile phone touch cover plate Protective layer and hardened layer, the first indium tin oxide layer that the lower section of the mobile phone touch cover plate includes setting from top to bottom, first Insulating barrier, ink layer, the second indium tin oxide layer, the second insulating barrier, the metal level, passivation layer and explosion proof film layer.

Further, the tunic is mobile phone flexibility polyester set, and the mobile phone flexibility polyester set top includes setting from top to bottom The protective layer and the first hardened layer put, the second hardened layer that mobile phone flexibility polyester set lower section includes setting from top to bottom, the One indium tin oxide layer, the first insulating barrier, ink layer, the second indium tin oxide layer, the second insulating barrier, the metal level and passivation Layer.

Further, the electrode line width of the conductive layer is 5-10 μm, and conductive electrode aspect group resists for 75-100 Ω.

Further, the protective layer includes the one or more in anti-dizzy, antireflection and anti-soil layer.

Further, the screen of the mobile phone is IN-CELL screens.

Further, glassy layer is set on the mobile phone screen, the top of the glassy layer be followed successively by from top to bottom layer of silica gel, Rupture pressure disc, indium tin oxide layer, the lower section of the glassy layer are followed successively by hardened layer and protective layer, the protective layer bag from top to bottom Include the one or more in anti-dizzy, antireflection and anti-soil layer.

Further, the conductive layer adds gold-tinted or typography to make the transparency conducting layer to be formed by sputter.

Further, the screen of the mobile phone is 2D, 2.5D, 3D glass.

The beneficial effects of the utility model are：

（1）The function key of visible area is moved to by mobile phone faceplate or side by hand-set lid or mobile phone protective cover or even carried on the back Face, the display utilization rate of visible area is improved, allows users to more easily one-handed performance；

（2）Hand-set lid and mobile phone protective cover are protected to mobile phone；

（3）By the two-stage capacitive coupling mechanisms between human body and electric conductor, between electric conductor and Mobile phone screen, without change Any part of mobile phone；

（4）Realized by software, it is versatile, suitable for the custom of all types of user.

Brief description of the drawings

Accompanying drawing 1 is the structural exploded view of pad pasting of the present utility model；

Accompanying drawing 2 is the structural exploded view of protective case of the present utility model；

Accompanying drawing 3 is the structural exploded view of mobile phone glass layer.

In accompanying drawing marked as：

101. protective layer；102. hardened layer；

103. mobile phone touch cover plate；104. the first indium tin oxide layer；

105. the first insulating barrier；106. ink layer；

107. the second indium tin oxide layer；108. the second insulating barrier；

109. the metal level；110. passivation layer；

111. and explosion proof film layer；201. protective layer；

202. first hardened layers；203. flexible polyester sets；

204. second hardened layers；205. first indium tin oxide layers；

206. first insulating barriers；207. ink layer；

208. second indium tin oxide layers；209. second insulating barriers；

210. metal level；211. passivation layer；

301. layer of silica gel；302. rupture pressure disc；

303. indium tin oxide layer；304. glassy layer；

305. hardened layer；306. protective layer.

Embodiment

The embodiment for operating tunic to the utility model Mobile phone touch control below in conjunction with the accompanying drawings elaborates.

Mobile phone touch control operation tunic is arranged on the surface of mobile phone, includes metal level in the tunic, metal level connects for both ends The wire of receiving electrode, a termination electrode of metal level are arranged on the control area of tunic, couple to form the first electricity when manipulating with human body Holding field, another termination electrode of the metal level holds the visible area that formula is coupling in mobile phone, the second capacitance field is formed with mobile phone visible area, The mobile phone sets control module, and the control module receives the telecommunications sent by the first capacitance field and the second capacitance field Number and be sent to cell phone system, start corresponding mobile phone application.

Referring to accompanying drawing 1, when tunic is mobile phone touch cover plate, i.e., Mobile phone screen patch lid or pad pasting, its structure are from top to bottom The protective layer 101 of setting, hardened layer 102, mobile phone touch cover plate 103, the first indium tin oxide layer 104, the first insulating barrier 105, Ink layer 106, the second indium tin oxide layer 107, the second insulating barrier 108, the metal level 109, passivation layer 110 and explosion proof film layer 111。

Referring to accompanying drawing 2, when tunic is that mobile phone flexibility polyester covers, the protective layer 201, first that its structure top to bottm is set is hard Change layer 202, flexible polyester covers the 203, second hardened layer 204, the first indium tin oxide layer 205, the first insulating barrier 206, ink layer 207th, the second indium tin oxide layer 208, the second insulating barrier 209, metal level 210 and passivation layer 211.

It is by completing transparent black-out layer and electrically conducting transparent in PET film surface sputter in cover plate and cell-phone cover Making programme Layer, transparent conductive electrode layer circuit is completed by gold-tinted processing procedure or printing process etch process, again by using coating or printing Technique protects its transparent conductive electrode layer transparent insulation glue, while electrode wires wide limits can arrive 5-10um, conductive electrode aspect Unit impedance can reach below 75-100 Ω, and electrode touch-control figure can also use irregular figure design to reach corresponding different tactile Control the capacitance requirement of position.

Protective layer includes the one or more in anti-dizzy, antireflection and anti-soil layer.

Referring to accompanying drawing 3, the utility model useful application is in equal on existing popular ON-CELL screens or IN-CELL screens, Mobile phone screen Glassy layer is set, and glassy layer is applicable to 2D, 2.5D, 3D moulding, and its structure is followed successively by layer of silica gel 301, rupture pressure disc from top to bottom 302nd, indium tin oxide layer 303, glassy layer 304, hardened layer 305 and protective layer 306, the protective layer equally include anti-dizzy, anti- One or more in reflection and anti-soil layer.

Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art Art personnel, on the premise of the utility model principle is not departed from, some improvements and modifications can also be made, these improvements and modifications Also it should be regarded as the scope of protection of the utility model.

Claims (9)

1. a kind of Mobile phone touch control operates tunic, it is characterised in that：The tunic is arranged on the surface of mobile phone, is included in the tunic Metal level, a termination electrode of the metal level are arranged on the control area of tunic, couple to form the first capacitance field when manipulating with human body, Another termination electrode of the metal level holds the visible area that formula is coupling in mobile phone, and the second capacitance field is formed with mobile phone visible area, described Mobile phone sets control module, and the control module receives the electric signal sent by the first capacitance field and the second capacitance field simultaneously Cell phone system is sent to, starts corresponding mobile phone application.

2. Mobile phone touch control according to claim 1 operates tunic, it is characterised in that：The tunic is mobile phone touch cover plate, Include the protective layer and hardened layer set from top to bottom, the lower section bag of the mobile phone touch cover plate above the mobile phone touch cover plate Include the first indium tin oxide layer set from top to bottom, the first insulating barrier, ink layer, the second indium tin oxide layer, the second insulation Layer, the metal level, passivation layer and explosion proof film layer.

3. Mobile phone touch control according to claim 1 operates tunic, it is characterised in that：The tunic is mobile phone flexibility polyester Set, the mobile phone flexibility polyester set top include the protective layer and the first hardened layer set from top to bottom, and the mobile phone is flexible poly- Fat set lower section include set from top to bottom the second hardened layer, the first indium tin oxide layer, the first insulating barrier, ink layer, second Indium tin oxide layer, the second insulating barrier, the metal level and passivation layer.

4. Mobile phone touch control according to any one of claim 1 to 3 operates tunic, it is characterised in that：The metal level Electrode line width is 5-10 μm, and conductive electrode aspect group resists for 75-100 Ω.

5. the Mobile phone touch control operation tunic according to Claims 2 or 3, it is characterised in that：The protective layer includes anti-dizzy, anti- One or more in reflection and anti-soil layer.

6. Mobile phone touch control according to any one of claim 1 to 3 operates tunic, it is characterised in that：The screen of the mobile phone Curtain is IN-CELL screens.

7. Mobile phone touch control according to claim 6 operates tunic, it is characterised in that：Glass is set on the mobile phone screen Layer, the top of the glassy layer is followed successively by layer of silica gel, rupture pressure disc, indium tin oxide layer, the lower section of the glassy layer from top to bottom Hardened layer and protective layer are followed successively by from top to bottom, and the protective layer includes the one or more in anti-dizzy, antireflection and anti-soil layer.

8. Mobile phone touch control according to any one of claim 1 to 3 operates tunic, it is characterised in that：The metal level leads to Crossing sputter adds gold-tinted or typography to make the transparency conducting layer to be formed.

9. Mobile phone touch control according to any one of claim 1 to 3 operates tunic, it is characterised in that：The screen of the mobile phone Curtain is 2D, 2.5D, 3D glass.