CN102375612B

CN102375612B - Touch-control array, touch-control sensor, touch-control display screen and touch-control device

Info

Publication number: CN102375612B
Application number: CN201110316144.4A
Authority: CN
Inventors: 卢正乾; 施宣明
Original assignee: Taiguen Technology Shenzhen Co Ltd
Current assignee: Dongguan lingshang Touch Technology Co.,Ltd.
Priority date: 2011-10-18
Filing date: 2011-10-18
Publication date: 2014-07-09
Anticipated expiration: 2031-10-18
Also published as: CN102375612A; KR20140091559A; WO2013056487A1

Abstract

The invention provides a touch-control array, a touch-control sensor, a touch-control display screen and a touch-control device. The touch-control array comprises a substrate, a capacitive coupling touch-control array and an electromagnetic induction array, wherein the capacitive coupling touch-control array and the electromagnetic induction array are arranged in a manner of being insulated from each other; the capacitive coupling touch-control array comprises a first direction capacitive conductor group and a second direction capacitive conductor group; the electromagnetic induction array comprises a first direction induction lead group and a second direction induction lead group; the first direction capacitive conductor group and the first direction induction lead group are arranged on a first surface of the substrate, and the second direction capacitive conductor group and the second direction induction lead group are arranged on a second surface of the substrate; or, the first direction capacitive conductor group and the second direction induction lead group are arranged on the first surface of the substrate, and the second direction capacitive conductor group and the first induction lead group are arranged on the second surface of the substrate. The touch-control array can simultaneously identify signals of a finger and an electromagnetic pen at any time.

Description

Touch-control array, touch sensing, touching display screen and touch control device

Technical field

The present invention relates to touch technology, relate in particular to a kind of touch-control array, touch sensing, touching display screen and double mode touch control device simultaneously with condenser type and inductive touch control ability.

Background technology

Capacitive touch control techniques is mainly used in direct for example, with on the product of finger touch: mobile phone, computer, video playing terminal etc.Inductive touch control technology is for example mainly used in, on the product of writing with the pen of transmission of electromagnetic signals: electronic whiteboard, children learning machine etc.

Capacitance touching control sensor mainly adopts densely arranged array structure, in the time that finger touches array structure, utilizes the high speed electric current or the voltage scanning signal that detect by means of finger conduction, realizes the location to touch point.The advantage of capacitance touching control sensor is: sensitivity is higher with respect to resistance-type film touch-control product, can directly utilize finger manipulation, easy to use.Its defect point is: can not write with pen.

Inductive touch sensor mainly utilizes electromagnetic induction aerial array, detects the positional information of time writer at electromagnetic induction aerial array, to realize the location of time writer touch point.Its advantage is: be applicable to the input mode that people write with pen; Its shortcoming is: electromagnetic induction aerial array can only receive the signal that time writer sends, and the signal that finger touches cannot be detected.

On identical product, realizing hand-written and pen simultaneously and write the dual touch controllable function of combination, is one of focus of current industry research and development.Publication number is to disclose a kind of double mode touch technology in the Chinese patent application file of CN102163112A.This technology can realize hand-written and pen and write the dual touch controllable function of combination on identical product.This technology is mainly to utilize touch sensing of outside control circuit control to switch between capacitive and inductive mode, to detect time writer signal or finger touch signal, its exquisite composition, really can realize hand-written and pen simultaneously and write the dual touch controllable function of combination.But, this technology is to utilize an aerial array to detect time writer signal or finger touch signal, this just need to be in the time detecting time writer signal, aerial array is switched to by electromagnetic induction control circuit and is controlled, and in the time detecting finger touch signal, aerial array is switched to capacitance touching control circuit control; Therefore, this aerial array at any time, can only work under a pattern.Or work in capacitance touching control pattern, or work in electromagnetic induction control mode touch mode that is:.In the time that time writer touches this touch sensing with finger simultaneously, can not detect the signal of finger and time writer simultaneously.

Summary of the invention

One aspect of the present invention is to provide a kind of touch-control array, cannot detect at synchronization the problem of the signal of finger touch and time writer in order to solve touch-control array of the prior art simultaneously.

Another aspect of the present invention is to provide a kind of touch sensing, and this touch sensing can be used to detect at synchronization the signal of finger touch and time writer simultaneously.

Another aspect of the present invention is to provide a kind of touching display screen, and this touching display screen can be used to detect at synchronization the signal of finger touch and time writer simultaneously.

Another aspect of the present invention is to provide a kind of touch control device, and this touch control device can detect at synchronization the signal of finger touch and time writer simultaneously.

The object of first aspect of the present invention is achieved in that provides a kind of touch-control array, and this touch-control array is made up of substrate, capacitive coupling touch-control array and electromagnetic induction array; Wherein, capacitive coupling touch-control array and electromagnetic induction array mutually insulated arrange;

Above-mentioned capacitive coupling touch-control array comprises: first direction capacitor conductor group and second direction capacitor conductor group, the mutual stacked setting of this first direction capacitor conductor group and second direction capacitor conductor group, has an angle that is greater than 0 ° between so-called first direction and second direction; Wherein, first direction capacitor conductor group is parallel to each other above by two and the first direction capacitor conductor arranging that insulate forms, and second direction capacitor conductor group is parallel to each other above by two and the second direction capacitor conductor arranging that insulate forms;

Above-mentioned electromagnetic induction array comprises: first direction sensor wire group and second direction sensor wire group, the mutual stacked setting of this first direction sensor wire group and second direction sensor wire group, has an angle that is greater than 0 ° between so-called first direction and second direction; Wherein, first direction sensor wire group is parallel to each other above by two and the first direction sensor wire arranging that insulate forms, and second direction sensor wire group is parallel to each other above by two and the second direction sensor wire arranging that insulate forms;

First direction capacitor conductor group and first direction sensor wire group are arranged on the first surface of aforesaid base plate, and second direction capacitor conductor group and second direction sensor wire group are arranged on the second surface of aforesaid base plate; Or, also first direction capacitor conductor group and second direction sensor wire group can be arranged on to the first surface of aforesaid base plate, and second direction capacitor conductor group and first direction sensor wire group be arranged on to the second surface of aforesaid base plate.

Technical scheme from above-mentioned the first touch-control array: above-mentioned touch-control array can detect the signal of finger touch and time writer at any time simultaneously, and when the layout setting of above-mentioned touch-control array can be stated function in realization, reduce to greatest extent the thickness of touch-control array, effectively reduce multiple arrays folded cost of establishing mutually.

The object of first aspect of the present invention can also realize like this: another kind of touch-control array is provided, and it is to be made up of substrate, capacitive coupling touch-control array and electromagnetic induction array equally; Wherein capacitive coupling touch-control array and electromagnetic induction array mutually insulated arrange;

The composition of capacitive coupling touch-control array and electromagnetic induction array, structure are identical with capacitive coupling touch-control array in above-mentioned the first touch-control array and composition, the structure of electromagnetic induction array.That is:

Capacitive coupling touch-control array comprises: first direction capacitor conductor group and second direction capacitor conductor group, the mutual stacked setting of this first direction capacitor conductor group and second direction capacitor conductor group, has an angle that is greater than 0 ° between so-called first direction and second direction; Wherein, first direction capacitor conductor group is parallel to each other above by two and the first direction capacitor conductor arranging that insulate forms, and second direction capacitor conductor group is parallel to each other above by two and the second direction capacitor conductor arranging that insulate forms;

Electromagnetic induction array comprises: first direction sensor wire group and second direction sensor wire group, and the mutual stacked setting of this first direction sensor wire group and second direction sensor wire group, has an angle that is greater than 0 ° between so-called first direction and second direction; Wherein, first direction sensor wire group is parallel to each other above by two and the first direction sensor wire arranging that insulate forms, and second direction sensor wire group is parallel to each other above by two and the second direction sensor wire arranging that insulate forms;

With above-mentioned the first touch-control array difference be: capacitive coupling touch-control array and first direction sensor wire group are all arranged on the first surface of aforesaid base plate, and be the second surface that second direction sensor wire group is arranged on to substrate; Or capacitive coupling touch-control array and second direction sensor wire group are all arranged on the first surface of substrate, and it is the second surface that first direction sensor wire group is arranged on to substrate.

Technical scheme from above-mentioned the second touch-control array: realizing on the basis of the first touch-control array identical function, the second touch-control array of the present invention can also effectively reduce the stray capacitance in touch-control array, the sensitivity that improves touch-control array.

The object of second aspect of the present invention is achieved in that provides a kind of touch sensing, and this touch sensing is made up of aforesaid the first touch-control array and the connection end that is arranged on this first touch-control array periphery; Wherein, connection end is arranged on the first surface of substrate and/or any edge of the surrounding of second surface of aforementioned touch-control array;

And the bonding conductor on above-mentioned connection end connects respectively each capacitor conductor of capacitive coupling touch-control array correspondingly; And connection wire on connection end connects respectively each sensor wire of electromagnetic induction array correspondingly.

Technical scheme from above-mentioned the first touch sensing: the signal of having realized above-mentioned touch-control array and can detect at any time simultaneously finger touch and time writer, and the connection end of touch-control array periphery in touch sensing is divided and is arranged by substrate, make to realize stable connection between touch sensing and external control component, can improve the reliability of the touch-control product that comprises touch sensing simultaneously.

The object of second aspect of the present invention can also realize like this: another kind of touch sensing is provided, and this another kind touch sensing comprises: aforesaid the second touch-control array and the connection end that is arranged on this second touch-control array periphery; Wherein, connection end is arranged on the first surface of substrate and/or any edge of the surrounding of second surface of touch-control array;

Technical scheme from above-mentioned the second touch sensing: the signal of having realized above-mentioned touch-control array and can detect at any time simultaneously finger touch and time writer, and the connection end of touch-control array periphery in touch sensing is divided and is arranged by substrate, fully in guarantee touch sensing, the signal of finger touch and time writer does not interfere with each other mutually, has improved the reaction sensitivity of touch sensing.In addition, above-mentioned touch sensing, in not increasing thickness, can reasonably utilize the space of substrate periphery in touch sensing.

The object of third aspect of the present invention is achieved in that provides a kind of touching display screen, and this touching display screen comprises: display screen and the touch sensing that is arranged on demonstration side; Wherein, the included touch sensing of this touching display screen is aforesaid the first touch sensing.

Thus, the first touching display screen of the present invention can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization; And this touching display screen can effectively reduce thickness, there is larger touch-control display of visually region simultaneously.

The object of third aspect of the present invention can also realize like this: another touching display screen is provided, and this touching display screen comprises: display screen and the touch sensing that is arranged on demonstration side, the touch sensing at this place is aforesaid the second touch sensing.

Thus, the second touching display screen of the present invention can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization, and effectively avoid detecting the problem that the signal of finger touch and the signal of time writer disturb, effectively improve the sensitivity of touching display screen, and the viewing area of touching display screen is maximized.

The object of the 4th aspect of the present invention is achieved in that a kind of touch control device is provided, and this touch control device comprises: touch surface and be arranged on the touch sensing of touch surface one side; The included touch sensing of this touch control device is aforesaid the first touch sensing.

By upper, the first touch control device of the present invention can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization; And this touch control device can effectively reduce thickness, reduces its manufacturing cost simultaneously.

The object of the 4th aspect of the present invention can also realize like this: another touch control device is provided, and this touch control device comprises: touch surface and the touch sensing that is arranged on touch surface one side; Wherein touch sensing is aforesaid the second touch sensing.

By upper, the second touch control device of the present invention can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization, and effectively avoids detecting the problem of the signal of finger touch and the interference of the signal of time writer.Separately, because the stray capacitance in touch sensing reduces, and then touch control device sensitivity is greatly improved.

Brief description of the drawings

The perspective view of the touch-control array that Fig. 1 provides for the present invention one class embodiment;

Fig. 2 is the cut-open view of the touch-control array shown in Fig. 1 along A-A line;

Fig. 3 is the structure of the touch-control array shown in Fig. 1 schematic diagram of arranging;

Fig. 4 is another embodiment of the present invention

The perspective view of the touch-control array that Fig. 5 provides for the another kind of embodiment of the present invention;

Fig. 6 is the cut-open view along A-A line of the touch-control array shown in Fig. 5;

Fig. 7 is the link portion distribution schematic diagram of first direction capacitor conductor group and first direction sensor wire group;

The structural representation of the touch sensing that Fig. 8 provides for the present invention one class embodiment.

Embodiment

Referring to Fig. 1 to Fig. 3, shown in it is a class embodiment of the present invention, and it relates generally to a kind of touch-control array 1, and this touch-control array 1 can be used for detecting the signal of finger and time writer simultaneously.

In the touch-control array 1 shown in Fig. 1 to Fig. 3, comprise for detection of the capacitive coupling touch-control array of finger touch signal with for detection of the electromagnetic induction array of time writer signal.Certainly, capacitive coupling touch-control array and the electromagnetic induction array for detection of time writer signal are all attached on the surface of same substrate 10; And mutually insulated between capacitive coupling touch-control array and electromagnetic induction array.

Address before this in the Chinese patent application that publication number is CN102163112A, because adopting, capacitive coupling touch-control array and electromagnetic induction array form with an array, not isolation between capacitive coupling touch-control array and electromagnetic induction array, therefore, each other not in state of insulation.But, in the present embodiment, because capacitive coupling touch-control array and electromagnetic induction array need to be worked independently of one another, detect the signal that can detect separately simultaneously, therefore, the capacitive coupling touch-control array of the present embodiment and electromagnetic induction array must mutually insulateds.

As shown in Figure 3, aforesaid capacitive coupling touch-control array is mutually intersected and forms by the capacitor conductor group of both direction.Wherein, first direction capacitor conductor group 11 be parallel to each other above by two and insulate arrange first direction capacitor conductor 110 form; Second direction capacitor conductor group 12 is parallel to each other above by two and the second direction capacitor conductor 120 arranging that insulate forms.

First direction capacitor conductor group 11 is intersected mutually with second direction capacitor conductor group 12, normally 90 ° of the angles forming between first direction and second direction, and this is to adopt Cartesian coordinate to locate the needs of touch point in order to be applicable to great majority.Sometimes for example, in order to adapt to situations of some special location: adopt polar coordinates to locate touch point, also can first direction capacitor conductor group 11 intersect formed angle and be set to be greater than 0 ° with second direction capacitor conductor group 12 is mutual, but be less than 90 °.

Aforesaid electromagnetic induction array is mutually to be intersected and form by the sensor wire group of both direction.Wherein, first direction sensor wire group 21 is parallel to each other above by two and the first direction sensor wire 210 arranging that insulate forms, and second direction sensor wire group 22 is parallel to each other above by two and the second direction sensor wire 220 arranging that insulate forms.

The same with capacitive coupling touch-control array, the first direction sensor wire group 21 of electromagnetic induction array is intersected mutually with second direction sensor wire group 22, the angle forming between first direction and second direction is also 90 ° conventionally, and this is to adopt Cartesian coordinate to carry out the needs of pen with means for holding it in right position contact in order to be applicable to great majority; Sometimes for example, in order to adapt to situations of some special location: adopt polar coordinates to come pen with means for holding it in right position contact, also can first direction sensor wire group 21 intersect formed angle and be set to be greater than 0 ° with second direction sensor wire group 22 is mutual, but be less than 90 °.

On substrate 10, the setting of each capacitor conductor group 11,12 and each sensor wire group 21,22, adopts following structure:

As depicted in figs. 1 and 2, first direction capacitor conductor group 11 and first direction sensor wire group 21 are arranged on to the first surface 101 of substrate 10, second direction capacitor conductor group 12 and second direction sensor wire group 22 are arranged on to the second surface 102 of substrate.The benefit arranging is like this: under Cartesian coordinates, first direction capacitor conductor group 11 and first direction sensor wire group 21 are parallel to each other, second direction capacitor conductor group 12 and second direction sensor wire group 22 are parallel to each other, first direction capacitor conductor group 11 and first direction sensor wire group 12 can be arranged on to a surface 101 of substrate 10 simultaneously, and second direction capacitor conductor group 12 and second direction sensor wire 22 be arranged on to another surface 102 of substrate 10 simultaneously; Because first direction capacitor conductor 110 and first direction sensor wire 210 are parallel to each other, second direction capacitor conductor 120 and second direction sensor wire 220 are also parallel to each other, therefore, first direction capacitor conductor 110 and first direction sensor wire 210 can be arranged in same structural sheet 20 simultaneously, and second direction capacitor conductor 120 and second direction sensor wire 220 are arranged in another structural sheet 30 simultaneously.Like this, just can make whole touch-control array only have three-decker (as shown in Figure 2), can reduce to greatest extent the thickness of touch-control array.

Another mode is: first direction capacitor conductor group 11 and second direction sensor wire group 22 are arranged on to the first surface 101 of substrate 10, second direction capacitor conductor group 12 and first direction sensor wire group 21 are arranged on to the second surface 102 of substrate 10.The benefit arranging is like this: the different surfaces that the lead-in wire of capacitor conductor 110,120 on capacitive coupling touch-control array both direction can be distributed in to substrate 10, simultaneously, the lead-in wire of sensor wire 210,220 on electromagnetic induction array both direction is also distributed in to the different surfaces of substrate 10, can avoids lead-in wire to intersect.

Under certain situation, the resolution of capacitive coupling touch-control array and electromagnetic induction array is different, and therefore, on first direction, the distribution density of the distribution density of capacitor conductor 110 and first direction sensor wire 210 is not identical; In like manner, in second direction, the distribution density of the distribution density of capacitor conductor 120 and second direction sensor wire 220 is not identical yet; But, first direction capacitor conductor 110 and first direction sensor wire 210 can be arranged in parallel, also second direction capacitor conductor 120 and second direction sensor wire 220 can be arranged in parallel.Like this, even if there is different resolution, also can ensure that capacitive coupling touch-control array and electromagnetic induction array all carry out touch-control location based on the same coordinate system.

In other situations, in the time that first direction capacitor conductor 110 and first direction sensor wire 210 are arranged in parallel, between two adjacent first direction capacitor conductor 110, conventionally there is certain gap; Meanwhile, due to a normally straight wire of sensor wire, just can be contained among aforesaid this gap.Therefore, can adopt the mode of first direction capacitor conductor 110 and the 210 interlaced settings of first direction sensor wire, first direction capacitor conductor 110 and first direction sensor wire 210 are arranged on the same surface of substrate 10 simultaneously.In like manner, also can adopt above-mentioned mode to be parallel to each other and to be crisscross arranged on another surface of substrate 10 second direction capacitor conductor 120 and second direction sensor wire 220.Such layout, can make capacitive coupling touch-control array identical with the resolution of electromagnetic induction array.

In addition, consider different application scenarios, the material that capacitor conductor and sensor wire adopt and processing technology may be different; Therefore, even if first direction capacitor conductor group 11 and first direction sensor wire group 21 are arranged on to the same surface of substrate 10, also need between first direction capacitor conductor group 11 and first direction sensor wire group 21, insulation course 105 be set, as shown in Figure 4, so that ensure mutually can short circuit between them.In like manner, in the time that first direction capacitor conductor group 11 and second direction sensor wire group 22 are arranged on the same surface of substrate 10, due to above-mentioned same, between first direction capacitor conductor group 11 and second direction sensor wire group 22, insulation course also should be set.Such setting, obviously can make the thickness of whole touch-control array increase.

Based on different application scenarios, the material of substrate 10 can adopt glass, plastics, flexible PCB, tygon or insulation film; For example: in the occasion of the flexible touch-control array of needs, conventionally adopt plastics or insulation film as the material that forms substrate 10.To this, those skilled in the art can, according to concrete application scenario needs, adopt relevant material, and the present invention is not restricted this.In addition, conventionally use transparent material as substrate 10.Meanwhile, in order to reduce as far as possible the thickness of substrate 10, conventionally should make the thickness of substrate 10 be less than or equal to 2mm.Certainly, consider that the intensity of different substrate material and processing technology are different, therefore, aforesaid thickness should change according to the difference of material; For example: the thickness of glass substrate can be set to 0.5-1.5mm, flexible PCB can be set to 0.2-0.5mm, and tygon can be set to 1.2-2mm, and the insulation film of high-flexibility and high tensile can adopt thickness below 0.2mm etc.

Based on selecting the same reason of substrate 10 materials, in different application scenarios, the material of first direction capacitor conductor 110, second direction capacitor conductor 120 can adopt the formations such as metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.For example: in the touch-control array being applied on display screen, can use the material of ITO conducting film as first direction capacitor conductor 110, second direction capacitor conductor 120; And on electronic whiteboard, can adopt enameled wire.Certainly, the present invention does not limit the scheme that above-mentioned various material is combined with yet.The reason of selecting with aforementioned electric capacity conductive material is the same, and the material of first direction sensor wire 210, second direction sensor wire 220 also can adopt metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

Touch-control array structure in above-mentioned arbitrary class embodiment is very simple, is easy to a large amount of manufacturings, can be generalized on various touch-control products.

With reference to Fig. 5 and Fig. 6, shown in it is the another kind of embodiment of the present invention, and it relates generally to a kind of touch-control array 1 equally, and this touch-control array 1 can be used for detecting the signal of finger and time writer simultaneously.

This touch-control array 1 there is no too large difference on the whole with the class touch-control array 1 shown in earlier figures 1.All there is substrate 10, capacitive coupling touch-control array and electromagnetic induction array.

Capacitive coupling touch-control array comprises: first direction capacitor conductor group 11 and second direction capacitor conductor group 12, have an angle that is greater than 0 ° between first direction capacitor conductor group 11 and second direction capacitor conductor group 12; Wherein, first direction capacitor conductor group 11 is parallel to each other above by two and the first direction capacitor conductor 110 arranging that insulate forms, and second direction capacitor conductor group 12 is parallel to each other above by two and the second direction capacitor conductor 120 arranging that insulate forms.

Electromagnetic induction array comprises: first direction sensor wire group 21 and second direction sensor wire group 22, have an angle that is greater than 0 ° between first direction sensor wire group 21 and second direction sensor wire group 22; Wherein, first direction sensor wire group 21 is parallel to each other above by two and the first direction sensor wire 210 arranging that insulate forms, and second direction sensor wire group 22 is parallel to each other above by two and the second direction sensor wire 220 arranging that insulate forms.

In this class embodiment, be with the difference of aforementioned touch-control array 1: as shown in Figure 5 and Figure 6, capacitive coupling touch-control array and first direction sensor wire group 21 are arranged on the first surface 101 of substrate 10, and second direction sensor wire group 22 is arranged on separately the second surface 102 of substrate 10; Conversely, capacitive coupling touch-control array and second direction sensor wire group 22 are arranged on to the first surface 101 of substrate 10, and first direction sensor wire group 21 is arranged on separately the second surface 102 of substrate 10.Aforementioned these two kinds of different settings there is no difference in principle.The different surfaces that first direction sensor wire group 21 and second direction sensor wire group 22 is divided into substrate 10, its objective is the distance between first direction sensor wire group 21 and second direction sensor wire group 22 is widened as much as possible.

Conventionally; between sensor wire group 21,22, inevitably there is certain stray capacitance; the existence of this stray capacitance, can produce certain filter effect to the electromagnetic signal in sensor wire 210,220 conventionally, thereby reduces the sensitivity of touch-control array 1 to time writer signal.Well-known: the distance between two pole plates of electric capacity and electric capacity is inversely proportional to; And the distance between first direction sensor wire group 21 and second direction sensor wire group 22 is widened as much as possible, can reduce as much as possible the stray capacitance between them, thereby reduce as far as possible the filter effect of stray capacitance to electromagnetic signal.Fig. 5 and Fig. 6 are only schematically explanation, at the first surface 101 of substrate 10, also second direction conductor group 12 can be arranged on to the below of first direction conductor group 11 etc., and the present invention does not limit it.

In actual applications, the first direction capacitor conductor 110 in capacitive coupling touch-control array, the conductor that second direction capacitor conductor 120 is preferably used larger live width, to increase the touch-control area in touch-control array.That is, increase the electric capacity of touch point, improve the reaction sensitivity of capacitive coupling touch-control array in touch-control array.In addition, the shape of first direction capacitor conductor 110, second direction capacitor conductor 120 can be identical can be not identical yet; For example: can be rectangular conductor, also can be formed by some conductor pole plate serial connections.

In addition, first direction sensor wire 210, second direction sensor wire 220 in electromagnetic induction array are straight line, and its corresponding diameter/live width is far smaller than the width of first direction capacitor conductor 110, second direction capacitor conductor 120.

Above-mentioned touch-control array 1, in the time of the signal of identification finger and time writer, does not interfere with each other mutually.Wherein the sensitivity of above-mentioned electromagnetic induction array is greatly improved.With single capacitor coupling array of the prior art comparison, the touch-control array increase in the present embodiment has the function that detects time writer signal, and can effectively reduce the cost of multiple array stacks.

The another class embodiment of the present invention is to provide a kind of touch sensing, and this touch sensing comprises aforementioned the first touch-control array 1 (as shown in Figure 1), and comprises the connection end that is arranged on touch-control array 1 periphery.

In this class embodiment, touch-control array 1 comprises: substrate 10, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array; Wherein, first direction capacitor conductor group 11 and first direction sensor wire group 21 are arranged on the first surface 101 of substrate 10, and second direction capacitor conductor group 12 and second direction sensor wire group 22 are arranged on the second surface 102 of substrate 10.Or first direction capacitor conductor group 11 and second direction sensor wire group 22 are arranged on the first surface 101 of substrate 10, second direction capacitor conductor group 12 and first direction sensor wire group 21 are arranged on the second surface 102 of substrate 10.

In such embodiment, the connection end of touch sensing is arranged on any edge of surrounding of first surface 101 and/or the second surface 102 of substrate 10.Wherein, the bonding conductor on connection end connects respectively each capacitor conductor 110,120 of capacitive coupling touch-control array correspondingly; Connection wire on connection end connects respectively each sensor wire 210,220 of electromagnetic induction array correspondingly.Referring to Fig. 7, Fig. 7 has schematically shown first direction capacitor conductor group 11 on the first surface 101 that is positioned at substrate 10 and the connection end (part shown in Fig. 7 centre circle M) of first direction sensor wire group 21.In Fig. 7, first direction capacitor conductor group 11 and first direction sensor wire group 21 connection end separately can be positioned at a lateral edges place of the first surface 101 of substrate 10.Or first direction capacitor conductor group 11 and first direction sensor wire group 21 connection end separately also can be separately positioned on the opposite side edge place of the first surface 101 of substrate 10, limit the position that the present invention does not connect end to it.

In reality, each bonding conductor on the connection end that ensures touch-control array, connect on the Uncrossed basis of wire, preferably the connection end of touch-control array is integrated into a lateral edges or the opposite side edge of substrate surface.Thus, make each capacitor conductor, the sensor wire in touch-control array and be connected the easy to connect of end, making the touch area of touch sensing maximize simultaneously.

In another kind of embodiment, touch sensing of the present invention comprises aforementioned the second touch-control array 1 (as shown in Figure 5), and comprises the connection end that is arranged on touch-control array 1 periphery.

In this class embodiment, touch-control array 1 comprises: substrate 10, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array.Now, the capacitive coupling touch-control array in touch-control array 1 and first direction sensor wire group 21 are arranged on the first surface 101 of substrate 10, and second direction sensor wire group 22 is arranged on separately the second surface 102 of substrate 10.Or capacitive coupling touch-control array and second direction sensor wire group 22 are arranged on the first surface 101 of substrate 10, first direction sensor wire group 21 is arranged on separately the second surface 102 of substrate 10.

In addition, the included connection end of touch sensing is arranged on any edge of surrounding of first surface 101 and/or the second surface 102 of substrate 10, and connects each capacitor conductor 110,120 that bonding conductor on end connects respectively capacitive coupling touch-control array correspondingly; Connection wire on connection end connects respectively each sensor wire 210,220 of electromagnetic induction array correspondingly.

Referring to Fig. 8, Fig. 8 shows the arrangement architecture of the connection end (part shown in Fig. 8 centre circle M) of touch sensing in an embodiment.In Fig. 8, the connection end of first direction capacitor conductor 110, first direction sensor wire 210 can be arranged on to the first surface A lateral edges place of substrate 10, the connection end of second direction capacitor conductor 120 is arranged on to the B lateral edges place of the first surface of substrate 10, and the connection end of second direction sensor wire 220 is arranged on to the second surface B lateral edges place of substrate 20.Thus, can make touch-control array and be connected the easy to connect of end, ensureing that the signal that detects finger touch and time writer in touch-control array does not disturb simultaneously, the reliability of touch sensing is improved.

Preferably, also the connection end corresponding with first direction sensor wire group 21, connection end of first direction capacitor conductor group 11 correspondences can be arranged to substrate 10 the same side edges, the connection end corresponding with second direction sensor wire group 22, connection end of second direction capacitor conductor group 12 correspondences is arranged to the edge of substrate opposite side, fully ensures that the touch-control array in touch sensing does not interfere with each other mutually in the time detecting the signal of finger touch and time writer.

In the touch sensing of above-mentioned arbitrary class embodiment, first direction capacitor conductor 110 and first direction sensor wire 210 can be arranged in parallel or be crisscross arranged, second direction capacitor conductor 120 and second direction sensor wire 220 can be arranged in parallel or be crisscross arranged etc.Further, can be with reference to the associated description in above-mentioned touch-control array first kind embodiment about material and the thickness of substrate 10, first direction capacitor conductor 110, second direction capacitor conductor 120, first direction sensor wire 210, second direction sensor wire 220.

It should be noted that, in the time of the touch sensing of the above-mentioned arbitrary class embodiment of preparation, the width of first direction capacitor conductor 110, second direction capacitor conductor 120 can be increased, to increase effective touch-control area when finger touch, and effectively improve the reaction sensitivity of capacitive coupling touch-control array in touch sensing.Correspondingly, the diameter/live width of first direction sensor wire 210, second direction sensor wire 220 can be reduced, can effectively improve thus the reaction sensitivity of electromagnetic induction array in touch sensing.

A present invention again class embodiment is to provide a kind of touching display screen, and this touching display screen comprises: display screen and the touch sensing that is arranged on demonstration side, this touch sensing can be the described first kind touch sensing of an aforesaid class embodiment.

In this class embodiment, the touch sensing of touching display screen comprises: touch-control array 1 and the connection end that is arranged on touch-control array 1 periphery.The structure of touch-control array 1 can be with reference to the structure of the touch-control array shown in Fig. 1 herein.That is: touch-control array 1 comprises: substrate 10, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array; Wherein, first direction capacitor conductor group 11 and first direction sensor wire group 21 are arranged on the first surface 101 of substrate 10, and second direction capacitor conductor group 12 and second direction sensor wire group 22 are arranged on the second surface 102 of substrate 10.Or first direction capacitor conductor group 11 and second direction sensor wire group 22 are arranged on the first surface 101 of substrate 10, second direction capacitor conductor group 12 and first direction sensor wire group 21 are arranged on the second surface 102 of substrate 10.The connection end of touch sensing is arranged on any edge of surrounding of first surface 101 and/or the second surface 102 of substrate 10.

Touching display screen in this class embodiment can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization; And this touching display screen can effectively reduce thickness, there is larger touch-control display of visually region.

Another class embodiment of the present invention also provides a kind of touching display screen, and this touching display screen comprises: display screen and the touch sensing that is arranged on demonstration side, this touch sensing can be the described touch sensing of aforesaid another kind of embodiment.

In this class embodiment, the touch sensing of touching display screen comprises: touch-control array 1 and the connection end that is arranged on touch-control array 1 periphery.The structure of touch-control array 1 can be with reference to the structure of the touch-control array shown in Fig. 5 herein.That is, the capacitive coupling touch-control array in touch-control array 1 and first direction sensor wire group 21 are arranged on the first surface 101 of substrate 10, and second direction sensor wire group 22 is arranged on separately the second surface 102 of substrate 10.Or capacitive coupling touch-control array and second direction sensor wire group 22 are arranged on the first surface 101 of substrate 10, first direction sensor wire group 21 is arranged on separately the second surface 102 of substrate 10.The included connection end of touch sensing is arranged on any edge of surrounding of first surface 101 and/or the second surface 102 of substrate 10.

Touching display screen in written or printed documents class embodiment can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization, and effectively avoids detecting the problem of the signal of finger touch and the interference of the signal of time writer.In addition, due to the minimizing of the stray capacitance in the included touch-control array of touching display screen, can make the sensitivity of touching display screen improve.

The material of the included substrate 10 of touching display screen in above-mentioned arbitrary class embodiment can be transparent insulation material.Certainly, can be with reference to the description of associated materials in above-mentioned touch-control array first kind embodiment for the material of the first direction capacitor conductor 110 using in touching display screen, second direction capacitor conductor 120, first direction sensor wire 210, second direction sensor wire 220.

Further, in the time of the touching display screen of preparing in above-mentioned arbitrary class embodiment, the width of first direction capacitor conductor 110, second direction capacitor conductor 120 can be increased, to increase effective touch-control area when finger touch, and then improve the reaction sensitivity of capacitive coupling touch-control array in touching display screen.Correspondingly, the diameter/live width of first direction sensor wire 210, second direction sensor wire 220 can be reduced, reduce thus the stray capacitance between sensor wire group, can improve the reaction sensitivity of electromagnetic induction array in touching display screen.

Especially, the connection end that in above-mentioned arbitrary class embodiment, touch-control array is corresponding all can be arranged on to a lateral edges place of substrate or the edge of both sides.Thus, the wiring of touching display screen inside can take less area, and then can increase the viewing area of touching display screen.

The another class embodiment of the present invention is to provide a kind of touch control device, and this touch control device comprises: touch surface and the touch sensing that is arranged on touch surface one side, the touch sensing at this place can be the described touch sensing of aforesaid first kind embodiment.

Touch control device in this class embodiment can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization; And this touch control device can effectively reduce thickness, has lower cost.

The other class embodiment of the present invention is also to provide a kind of touch control device, and this touch control device comprises: touch surface and the touch sensing that is arranged on touch surface one side, can be the described touch sensing of aforesaid another kind of embodiment.

In this class embodiment, the touch sensing of touching display screen comprises: touch-control array 1 and the connection end that is arranged on touch-control array 1 periphery.The structure of touch-control array 1 can be with reference to the structure of the touch-control array shown in Fig. 5.That is, the capacitive coupling touch-control array in touch-control array 1 and first direction sensor wire group 21 are arranged on the first surface 101 of substrate 10, and second direction sensor wire group 22 is arranged on separately the second surface 102 of substrate 10.Or capacitive coupling touch-control array and second direction sensor wire group 22 are arranged on the first surface 101 of substrate 10, first direction sensor wire group 21 is arranged on separately the second surface 102 of substrate 10.The included connection end of touch sensing is arranged on any edge of surrounding of first surface 101 and/or the second surface 102 of substrate 10.

Touch control device in this class embodiment can utilize above-mentioned touch sensing to detect the signal of finger touch and time writer at synchronization, and effectively avoid detecting the problem that the signal of finger touch and the signal of time writer disturb, effectively improve touch control device sensitivity.

In concrete application, the material of the substrate of the touch control device in arbitrary class embodiment can be used transparent material.In addition, the material of first direction capacitor conductor, second direction capacitor conductor, first direction sensor wire, second direction sensor wire can be metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire etc.

In the time of the touch control device of preparing in above-mentioned arbitrary class embodiment, the width of first direction capacitor conductor, second direction capacitor conductor can be increased, effective touch-control area during with increase finger touch, effectively to improve the reaction sensitivity of capacitive coupling touch-control array in touch control device; Accordingly, can be that live width reduces by the diameter of first direction sensor wire, second direction sensor wire, can effectively improve thus the reaction sensitivity of electromagnetic induction array in touch control device.

For instance: the touch control device in above-mentioned arbitrary class embodiment can be keyboard, mouse, handwriting pad, telepilot, electronic whiteboard, mobile terminal or panel computer etc.

Finally it should be noted that: above embodiment only, in order to technical scheme of the present invention to be described, is not intended to limit; Although the present invention is had been described in detail with reference to previous embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement; And these amendments or replacement do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.

Claims

1. a touch-control array, comprising: substrate, capacitive coupling touch-control array and electromagnetic induction array; It is characterized in that: described capacitive coupling touch-control array and electromagnetic induction array mutually insulated arrange;

Described capacitive coupling touch-control array comprises: first direction capacitor conductor group and second direction capacitor conductor group, and described first direction capacitor conductor group and second direction capacitor conductor group have an angle that is greater than 0 °; Wherein, first direction capacitor conductor group is parallel to each other above by two and the first direction capacitor conductor arranging that insulate forms, and second direction capacitor conductor group is parallel to each other above by two and the second direction capacitor conductor arranging that insulate forms;

Described electromagnetic induction array comprises: first direction sensor wire group and second direction sensor wire group, and described first direction sensor wire group and second direction sensor wire group have an angle that is greater than 0 °; Wherein, first direction sensor wire group is parallel to each other above by two and the first direction sensor wire arranging that insulate forms, and second direction sensor wire group is parallel to each other above by two and the second direction sensor wire arranging that insulate forms;

Described first direction capacitor conductor group and first direction sensor wire group are arranged on the first surface of described substrate, and described second direction capacitor conductor group and second direction sensor wire group are arranged on the second surface of described substrate; Or described first direction capacitor conductor group and second direction sensor wire group are arranged on the first surface of described substrate, described second direction capacitor conductor group and first direction sensor wire group are arranged on the second surface of described substrate.

2. touch-control array according to claim 1, is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

3. touch-control array according to claim 2, is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

4. touch-control array according to claim 1, is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

5. touch-control array according to claim 4, is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

6. according to the arbitrary described touch-control array of claim 1-5, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

7. according to the arbitrary described touch-control array of claim 1-5, it is characterized in that: the material of described substrate is glass, plastics, flexible PCB, tygon or insulation film.

8. according to the arbitrary described touch-control array of claim 1-5, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

9. according to the arbitrary described touch-control array of claim 1-5, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

10. according to the arbitrary described touch-control array of claim 1-5, it is characterized in that: described substrate is that the thickness of transparent material and/or described substrate is less than or equal to 2mm.

11. 1 kinds of touch-control arrays, comprising: substrate, capacitive coupling touch-control array and electromagnetic induction array; It is characterized in that: described capacitive coupling touch-control array and electromagnetic induction array mutually insulated arrange;

Described capacitive coupling touch-control array and described first direction sensor wire group are arranged on the first surface of described substrate, and described second direction sensor wire group is arranged on the second surface of described substrate; Or described capacitive coupling touch-control array and described second direction sensor wire group are arranged on the first surface of described substrate, described first direction sensor wire group is arranged on the second surface of described substrate.

12. touch-control arrays according to claim 11, is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

13. touch-control arrays according to claim 12, is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

14. touch-control arrays according to claim 11, is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

15. touch-control arrays according to claim 14, is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

16. according to the arbitrary described touch-control array of claim 11-15, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

17. according to the arbitrary described touch-control array of claim 11-15, it is characterized in that: the material of described substrate is glass, plastics, flexible PCB, tygon or insulation film.

18. according to the arbitrary described touch-control array of claim 11-15, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

19. according to the arbitrary described touch-control array of claim 11-15, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

20. according to the arbitrary described touch-control array of claim 11-15, it is characterized in that: described substrate is that the thickness of transparent material and/or described substrate is less than or equal to 2mm.

21. 1 kinds of touch sensings, comprising: touch-control array and the connection end that is arranged on described touch-control array periphery; It is characterized in that, described touch-control array comprises: substrate, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array;

Described first direction capacitor conductor group and first direction sensor wire group are arranged on the first surface of described substrate, and described second direction capacitor conductor group and second direction sensor wire group are arranged on the second surface of described substrate; Or described first direction capacitor conductor group and second direction sensor wire group are arranged on the first surface of described substrate, described second direction capacitor conductor group and first direction sensor wire group are arranged on the second surface of described substrate;

Described connection end is arranged on the first surface of described substrate and/or any edge of the surrounding of second surface;

Bonding conductor on described connection end connects respectively each capacitor conductor of capacitive coupling touch-control array correspondingly; Connection wire on described connection end connects respectively each sensor wire of electromagnetic induction array correspondingly.

22. touch sensings according to claim 21, is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

23. touch sensings according to claim 22, is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

24. touch sensings according to claim 21, is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

25. touch sensings according to claim 24, is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

26. according to the arbitrary described touch sensing of claim 21-25, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

27. according to the arbitrary described touch sensing of claim 21-25, it is characterized in that: the material of described substrate is glass, plastics, flexible PCB, tygon or insulation film.

28. according to the arbitrary described touch sensing of claim 21-25, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

29. according to the arbitrary described touch sensing of claim 21-25, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

30. according to the arbitrary described touch sensing of claim 21-25, it is characterized in that: described substrate is that the thickness of transparent material and/or described substrate is less than or equal to 2mm.

31. 1 kinds of touch sensings, comprising: touch-control array and the connection end that is arranged on described touch-control array periphery; It is characterized in that, described touch-control array comprises: substrate, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array;

Described capacitive coupling touch-control array and described first direction sensor wire group are arranged on the first surface of described substrate, and described second direction sensor wire group is arranged on the second surface of described substrate; Or described capacitive coupling touch-control array and described second direction sensor wire group are arranged on the first surface of described substrate, described first direction sensor wire group is arranged on the second surface of described substrate;

32. touch sensings according to claim 31, is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

33. touch sensings according to claim 32, is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

34. touch sensings according to claim 31, is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

35. touch sensings according to claim 34, is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

36. according to the arbitrary described touch sensing of claim 31-35, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

37. according to the arbitrary described touch sensing of claim 31-35, it is characterized in that: the material of described substrate is glass, plastics, flexible PCB, tygon or insulation film.

38. according to the arbitrary described touch sensing of claim 31-35, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

39. according to the arbitrary described touch sensing of claim 31-35, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

40. according to the arbitrary described touch sensing of claim 31-35, it is characterized in that: described substrate is that the thickness of transparent material and/or described substrate is less than or equal to 2mm.

41. 1 kinds of touching display screens, comprising: display screen and the touch sensing that is arranged on demonstration side, is characterized in that: described touch sensing comprises: touch-control array and the connection end that is arranged on described touch-control array periphery; Described touch-control array comprises: substrate, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array;

42. according to the touching display screen described in claim 41, it is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

43. according to the touching display screen described in claim 42, it is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

44. according to the touching display screen described in claim 41, it is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

45. according to the touching display screen described in claim 44, it is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

46. according to the arbitrary described touching display screen of claim 41-45, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

47. according to the arbitrary described touching display screen of claim 41-45, it is characterized in that: described substrate is transparent insulation material.

48. according to the arbitrary described touching display screen of claim 41-45, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line or conductive rubber.

49. according to the arbitrary described touching display screen of claim 41-45, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line or conductive rubber.

50. according to the arbitrary described touching display screen of claim 41-45, it is characterized in that: the thickness of described substrate is less than or equal to 2mm.

51. 1 kinds of touching display screens, comprising: display screen and the touch sensing that is arranged on demonstration side, is characterized in that: described touch sensing comprises: touch-control array and the connection end that is arranged on described touch-control array periphery; Described touch-control array comprises: substrate, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array;

52. according to the touching display screen described in claim 51, it is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

53. according to the touching display screen described in claim 52, it is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

54. according to the touching display screen described in claim 51, it is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

55. according to the touching display screen described in claim 54, it is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

56. according to the arbitrary described touching display screen of claim 51-55, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

57. according to the arbitrary described touching display screen of claim 51-55, it is characterized in that: described substrate is transparent insulation material.

58. according to the arbitrary described touching display screen of claim 51-55, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line or conductive rubber.

59. according to the arbitrary described touching display screen of claim 51-55, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line or conductive rubber.

60. according to the arbitrary described touching display screen of claim 51-55, it is characterized in that: the thickness of described substrate is less than or equal to 2mm.

61. 1 kinds of touch control devices, comprising: touch surface and the touch sensing that is arranged on touch surface one side, is characterized in that: described touch sensing comprises: touch-control array and the connection end that is arranged on described touch-control array periphery; Described touch-control array comprises: substrate, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array;

62. according to the touch control device described in claim 61, it is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

63. according to the touch control device described in claim 62, it is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

64. according to the touch control device described in claim 61, it is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

65. according to the touch control device described in claim 64, it is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

66. according to the arbitrary described touch control device of claim 61-65, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

67. according to the arbitrary described touch control device of claim 61-65, it is characterized in that: described substrate is transparent insulation material.

68. according to the arbitrary described touch control device of claim 61-65, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

69. according to the arbitrary described touch control device of claim 61-65, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

70. according to the arbitrary described touch control device of claim 61-65, it is characterized in that: the thickness of described substrate is less than or equal to 2mm.

71. 1 kinds of touch control devices, comprising: touch surface and the touch sensing that is arranged on touch surface one side, is characterized in that: described touch sensing comprises: touch-control array and the connection end that is arranged on described touch-control array periphery; Described touch-control array comprises: substrate, mutually insulated arrange capacitive coupling touch-control array and electromagnetic induction array;

72. according to the touch control device described in claim 71, it is characterized in that: described first direction capacitor conductor and first direction sensor wire are arranged in parallel.

73. according to the touch control device described in claim 72, it is characterized in that: described first direction capacitor conductor and the interlaced setting of first direction sensor wire.

74. according to the touch control device described in claim 71, it is characterized in that: described second direction capacitor conductor and second direction sensor wire are arranged in parallel.

75. according to the touch control device described in claim 74, it is characterized in that: described second direction capacitor conductor and the interlaced setting of second direction sensor wire.

76. according to the arbitrary described touch control device of claim 71-75, it is characterized in that: in the time that described first direction capacitor conductor group and first direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and first direction sensor wire group, be provided with insulation course; Or, in the time that described first direction capacitor conductor group and second direction sensor wire group are arranged on the same surface of described substrate, between described first direction capacitor conductor group and second direction sensor wire group, be provided with insulation course.

77. according to the arbitrary described touch control device of claim 71-75, it is characterized in that: described substrate is transparent insulation material.

78. according to the arbitrary described touch control device of claim 71-75, it is characterized in that: the material of described first direction capacitor conductor and/or second direction capacitor conductor is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

79. according to the arbitrary described touch control device of claim 71-75, it is characterized in that: the material of described first direction sensor wire and/or second direction sensor wire is metal forming, conductive silver paste, carbon slurry, ITO conducting film, nano-silver thread, CNT, organic conductive line, conductive rubber or enameled wire.

80. according to the arbitrary described touch control device of claim 71-75, it is characterized in that: the thickness of described substrate is less than or equal to 2mm.