Background technology
Along with the progress of science and technology, existing a lot of electronic equipments are equipped with carrying out the touching display screen of touch control operation.Described electronic equipment is many with light, thinning for target, and described touching display screen lightening be realize electronics set gently, an importance of thinning.General touching display screen includes a contact panel and a display floater mutually stacked with described contact panel, and therefore, the thickness of described touching display screen depends primarily on described contact panel and the integral thickness of described display floater.
Existing touching display screen is generally adopted the mode being coated with adhesive glue between described contact panel and described display floater and fixes described contact panel and described LCDs.But, the needing certain thickness and can ensure the effect of bonding of described adhesive glue, this obviously have impact on further light, the thinning of described touching display screen.
Summary of the invention
In view of this, it is necessary to a kind of lightening touching display screen is provided.
A kind of touching display screen, including a contact panel, a display floater mutually stacked with described touch surface and for being connected the adhesive glue of described contact panel and described display floater.Described contact panel includes a first surface towards described display floater, and described LCD panel includes one towards the second surface of described contact panel and the side that is connected with described second surface, and described side constitutes the periphery of described display floater.Described adhesive glue is arranged on the side of described display floater and is connected with described contact panel.
Relative to prior art, owing to described adhesive glue is arranged at the periphery of described display floater, without arranging adhesive glue between described first surface and described second surface, therefore the integral thickness of described contact panel and described display floater is minimized, and is conducive to light, the thinning of described touching display screen.
Detailed description of the invention
Referring to Fig. 1, the touching display screen 100 of first embodiment of the invention includes 10, display floater 20 of a contact panel and for connecting the adhesive glue 30 of described contact panel 10 and described display floater 20.Described contact panel 10 is superposed with described display floater 20, and described contact panel 10 is for providing the touch controllable function of described touching display screen 100, and described display floater 20 is for providing the display function of described touching display screen 100.
Described contact panel 10 includes a first surface 11 towards described display floater 20.Described contact panel 10 can be electric resistance touch-control panel, capacitance type touch-control panel, optical touch control panel or acoustic wave contact panel.
Described display floater 20 includes one towards the second surface 21 of described contact panel 10 and the side 22 that is connected with described second surface 21.Described side 22 constitutes described display floater 20 periphery, and in present embodiment, described side 22 is substantially vertical with described second surface 21.
In present embodiment, described display floater 20 is liquid crystal type display floater, and certainly, described display floater 20 can also be other kinds of display floater.
Described adhesive glue 30 is positioned on the side 22 of described display floater 20 and is connected with described contact panel 10.In present embodiment, the area of described first surface 11 is more than the area of described second surface 21, and the first surface 11 of the side 22 of described display floater 20 with described contact panel 10 is relatively fixed bonding by described adhesive glue 30.Certainly, for the situation that described first surface 11 is identical with the area of described second surface 21, described adhesive glue 30 can also be arranged at the periphery that described contact panel 10 is common with described display floater 20.Described adhesive glue 30 can be optical cement (OpticalClearAdhesive:OCA), liquid optical cement (LiquidOpticalClearAdhesive:LOCA) or other adhesive glue.
In present embodiment, the first surface 11 of described contact panel 10 is directly fitted with the second surface 21 of described display floater 20.Owing to described adhesive glue 30 is arranged at the side 22 of described display floater 20, without arranging adhesive glue between described first surface 11 and described second surface 21, therefore the integral thickness of described contact panel 10 and described display floater 20 is minimized, and is conducive to described touching display screen 100 and has light, the thinning of electronic equipment (not shown) of described touching display screen 100.Additionally, owing to described adhesive glue 30 arranges the side 22 of described display floater 20, the requirement of the optical characteristics such as its penetrance, without influence on the emergent light of described display floater 20, is therefore decreased, advantageously reduces the cost of described touching display screen 100 by described adhesive glue 30.
Referring to Fig. 2, the touching display screen 200 of second embodiment of the invention includes similar with the first embodiment respectively contact panel 10, display floater 20 and adhesive glue 30.Described touching display screen 200 also includes the spacer particle 40 that plural number is arranged between first surface 11 and the second surface 21 of described display floater 20 of described contact panel 10.Described spacer particle 40 by between described first surface 11 and described second surface 12 spaced a predetermined distance.In present embodiment, described spacer particle 40 is circular, and the diameter of described spacer particle 40 is less than 35 microns, it is preferable that the diameter range of described spacer particle 40 is between 5 ~ 10 microns.Described spacer particle 40 adopts transparent material, and it can adopt the modes such as thermmohardening, UV-cured or exposure imaging to make.Described spacer particle 40 can avoid described touching display screen 100 because light interference phenomenon produces Newton's ring, promotes the display quality of described touching display screen 100.
It addition, those skilled in the art also can do other change in spirit of the present invention, certainly, these changes done according to present invention spirit, all should be included within present invention scope required for protection.