CN103279223B

CN103279223B - A kind of method of touch information feedback, equipment and system

Info

Publication number: CN103279223B
Application number: CN201310200337.2A
Authority: CN
Inventors: 叶泽钢
Original assignee: Shenzhen Jinli Communication Equipment Co Ltd
Current assignee: Shenzhen Jinli Communication Equipment Co Ltd
Priority date: 2013-05-27
Filing date: 2013-05-27
Publication date: 2016-11-23
Anticipated expiration: 2033-05-27
Also published as: CN103279223A

Abstract

The embodiment of the present invention provides a kind of method of touch information feedback, equipment and system, the method comprise the steps that terminal obtains touch control device touch information on described terminal display screen；Analyze described touch information, and generate the control signal comprising execution instruction；Control signal to described touch control device described in transmission, make described touch control device to touch information described in user feedback.The embodiment of the present invention can provide the user and can embody mode in touch-control change, the audition of positional information and sense of touch feedback, can improve touch experience, creative, practicality.

Description

A kind of method of touch information feedback, equipment and system

Technical field

The present invention relates to electronic technology field, particularly relate to a kind of feed back the method for touch information, equipment and system.

Background technology

Touch control device brings interactive experience the most intuitively to user, the operational order of user is analyzed in the position of touch screen operation by it by obtaining user, and responded the operational order of user by sound, vibration, smooth picture, make the user can be at audition, sense of touch and the feedback information visually experiencing touch control device.Existing touch control device provides the method for vibratory response usually, arranges a vibrating motor in the terminal, and coordinates vibration instruction to be operated with different frequency, to provide different touch feeling；Existing touch control device provides the method for voice response usually, arranges a playback set in the terminal, and different sound is play in matching program instruction, to provide different auditory perception.

In common touch control device, vibrating motor and playback set are owing to being distributed in the most thick and fast under display screen, therefore the variable condition of touch-control can only be embodied in vibrational feedback and sound feedback, mode, positional information in the change of user's touch-control can not be embodied, lack touch experience on the spot in person.

Summary of the invention

Embodiments provide a kind of method of touch information feedback, equipment and system, it is possible to provide the user and can embody mode in touch-control change, the audition of positional information and sense of touch feedback, touch experience can be improved.

Concrete, the embodiment of the present invention provides a kind of method of touch information feedback, and it comprises the steps that

Terminal obtains touch control device touch information on described terminal display screen；

Analyze described touch information, and generate the control signal comprising execution instruction；

Control signal to described touch control device described in transmission, make described touch control device to touch information described in user feedback.

Accordingly, the embodiment of the present invention provides a kind of method responding touch information, and it comprises the steps that

Receiving the control signal that terminal sends, described control signal is described terminal analysis according to generating after touch control device touch information on described terminal display screen；

Respond described control signal, to the touch information of touch control device described in user feedback.

Accordingly, the embodiment of the present invention provides a kind of terminal, and it comprises the steps that

Acquisition module, for obtaining touch control device touch information on described terminal display screen；

Control signal generation module, for analyzing the described touch information that described acquisition module obtains；It is additionally operable to generate and comprises the control signal performing instruction；

Sending module, sends to described touch control device for the described control signal generated by described control signal generation module, makes described touch control device to touch information described in user feedback.

Accordingly, the embodiment of the present invention provides a kind of touch control device, and it comprises the steps that

Receiver module, for receiving the control signal that terminal sends, described control signal is described terminal analysis according to generating after touch control device touch information on described terminal display screen；

Respond module, is used for responding described control signal, to the touch information of touch control device described in user feedback.

Accordingly, the embodiment of the present invention provides the system of a kind of touch information feedback, and it can include that terminal and touch control device, described terminal are aforesaid terminal, and described touch control device is aforesaid touch control device.

The embodiment of the present invention can provide the user and can embody mode in touch-control change, the audition of positional information and sense of touch feedback, can improve touch experience.

Accompanying drawing explanation

In order to be illustrated more clearly that the technical scheme of the embodiment of the present invention, the accompanying drawing used required in embodiment will be briefly described below, apparently, accompanying drawing in describing below is some embodiments of the embodiment of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.

Fig. 1 is an embodiment schematic flow sheet of the method for the touch information feedback of the present invention；

Fig. 2 is an embodiment schematic flow sheet of the method for the response touch information of the present invention；

Fig. 3 is an example structure composition schematic diagram of the terminal of the present invention；

Fig. 4 is another example structure composition schematic diagram of the terminal of the present invention；

Fig. 5 is an example structure composition schematic diagram of the touch control device of the present invention；

Fig. 6 is another example structure composition schematic diagram of the touch control device of the present invention；

Fig. 7 is an example structure composition schematic diagram of the system of the present invention；

Fig. 8 is an embodiment schematic flow sheet of the terminal of the present invention；

Fig. 9 is another embodiment schematic flow sheet of the terminal of the present invention；

Figure 10 is a trajectory analysis schematic diagram of the terminal display screen keyboard interface of the embodiment of the present invention；

Figure 11 is another trajectory analysis schematic diagram of the terminal display screen keyboard interface of the embodiment of the present invention；

Figure 12 is a trajectory analysis schematic diagram of the terminal display screen graphic interface of the embodiment of the present invention.

Detailed description of the invention

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of protection of the invention.

A kind of method embodiments providing touch information feedback, it comprises the steps that terminal obtains touch control device touch information on described terminal display screen；Analyze described touch information, and generate the control signal comprising execution instruction；Control signal to described touch control device described in transmission, make described touch control device to touch information described in user feedback.The method of the embodiment of the present invention can provide the user and can embody mode in touch-control change, the audition of positional information and sense of touch feedback, can improve touch experience.

Below in conjunction with the accompanying drawings and detailed description of the invention, the technical scheme of the embodiment of the present invention is described in detail.

As it is shown in figure 1, an embodiment of the method for the touch information feedback of the embodiment of the present invention may comprise steps of:

Step S110, terminal obtains touch control device touch information on terminal display screen.In being embodied as, obtain translational speed when touch control device operates on the display screen of terminal；Judge that whether translational speed is more than predetermined threshold value；If judging, translational speed is not more than predetermined threshold value, then obtain touch control device touch point positional information on a display screen and report to terminal；If judging, translational speed is more than predetermined threshold value, obtains the pixel of touch control device operation trace process the most further from display screen interface, and pixel comprises pixel value.The method of the embodiment of the present invention is illustrated mainly for control method when control method during clicking operation, slide.

In implementing, obtain translational speed when touch control device operates on the display screen of terminal primarily to whether the operation differentiating touch control device is clicking operation, and differentiate and judge that the method whether operation of touch control device is clicking operation is to judge that whether the translational speed got is more than predetermined threshold value: if judging, translational speed is not more than predetermined threshold value, then obtain touch control device touch point positional information on a display screen and report to terminal；If judging, translational speed is more than predetermined threshold value, obtains the pixel of touch control device operation trace process the most further from display screen interface, and pixel comprises pixel value.

In implementing, if judging, translational speed is not more than predetermined threshold value, and above-mentioned steps thinks current for clicking operation, then obtain touch control device touch point positional information on a display screen and report to terminal.Wherein, obtaining touch point positional information is effectively to click on judgement for subsequent step.Such as, the threshold speed that terminal is preset is 0, then it is the contact condition of A point in current interface that terminal have received contact position, and judges that touch control device is always situated in A point, and speed is not more than 0, then it is assumed that currently do clicking operation for touch control device A point in current display interface.

In implementing, if judging, translational speed is more than predetermined threshold value, and it is slide that above-mentioned steps thinks current, obtains the pixel of touch control device operation trace process the most further from display screen interface.Wherein, the pixel got comprises every pixel value of this pixel, obtains pixel primarily to extract the feedback information needing to provide the user in subsequent step.Such as, the threshold speed that terminal is preset is 0, on interface shown in Figure 11, it is the contact condition of J point in current interface that terminal have received contact position, and judge that touch control device has slided into S point from J point with the speed through 20 different pixels points per second, then judge that present speed is more than default threshold speed, and think and currently in current display interface, do slide for touch control device, and sliding trace is as shown in the trajectory on Figure 11.

Step S111, analyzes touch information, and generates the control signal comprising execution instruction.This step is to be analyzed according to the touch information obtained in step S110, the content as mentioned by step S110, and the control signal generated with the control signal under clicking operation under method, slide is generated method and is illustrated respectively by this step.

In being embodied as, when step S110 judges that the translational speed of touch control device is zero, when being currently clicking operation, generate and comprise the significant response region that the control signal performing to instruct can comprise the following steps that whether the touch point positional information of analysis acquisition is contained on display screen；If the significant response region that the touch point positional information obtained is contained on display screen, then generate at least one in the first vibration instruction and the first phonetic order；Generating, described first control signal comprises at least one in described first vibration instruction and described first phonetic order.

In implementing, analyze the significant response region whether the touch point positional information obtained is contained on display screen.Wherein, significant response region be terminal configuration in set in advance, it is also possible to be that follow-up carrying out corrects and supplement.Effective click on area in the terminal that shadow region is the embodiment of the present invention in one trajectory analysis schematic diagram of terminal display screen keyboard interface as shown in Figure 10, the A point of instruction on figure, A point is positioned on the text box of keyboard interface, after detecting that text box field is clicked, terminal should respond operation content and point out and can input, then A point region is effective click on area of current interface, when terminal receive the touch point positional information reported be A point time, thinking that current click location is contained in effective click on area of current interface, current click is clicked on for effective；The B point of instruction on schematic diagram as shown in Figure 10, the keyboard area that B point is positioned on keyboard interface, when terminal receives such B point reporting position information, it is believed that current click location is contained in effective click on area of current interface, and current click is effectively to click on；The C point of instruction on schematic diagram as shown in Figure 10, the white space that C point is positioned on keyboard interface, when terminal receives such C point reporting position information, it is believed that current click location is not included in effective click on area of current interface, and current click is invalid clicks.

In implementing, when abovementioned steps judges the significant response region that the touch point positional information obtained is contained on display screen, when current operation is for effectively clicking on, generate at least one in the first vibration instruction and the first phonetic order, wherein, first vibration instruction is used for pointing out touch control device to carry out the first vibrational feedback in current location, and the first phonetic order is used for pointing out touch control device to carry out the first voice feedback in current location.Such as, when terminal receives and the A dot position information of judging on Figure 10 is contained in effective click on area of current interface, then it is immediately generated instruction touch control device and instructs and the first phonetic order to the first vibration of user feedback touch information at current location A point；When terminal receives and the B dot position information of judging on Figure 10 is contained in effective click on area of current interface, then it is immediately generated instruction touch control device and vibrates to user feedback touch information first at current location B point and instruct and the first phonetic order；When terminal receives and the C dot position information of judging on Figure 10 is not included in effective click on area of current interface, the most do not generate vibration instruction or phonetic order.

In implementing, generate and comprise the first vibration instruction and/or the first control signal of the first phonetic order.Wherein, the first control signal is used for controlling touch control device, makes touch control device perform, based on current location, the first vibration instruction and/or the first phonetic order that the first control signal comprises.Such as, terminal can generate instruction touch control device current location A point to user feedback touch information, comprise first vibration instruct and the first control signal of the first phonetic order；Terminal can generate instruction touch control device current location B point to user feedback touch information, comprise first vibration instruct and the first control signal of the first phonetic order.

In addition, in being embodied as, when step S110 judges that the translational speed of touch control device, more than predetermined threshold value, when be currently slide, generates to comprise and performs the control signal of instruction and can comprise the following steps that the pixel value difference calculating carrying out neighbor pixel by the order obtaining pixel；The difference section corresponding with the difference calculated is searched in default pixel value difference interval；Generate the second vibration instruction corresponding with difference section；The velocity amplitude section corresponding with the translational speed obtained is searched in default velocity amplitude interval；Generate second phonetic order corresponding with velocity amplitude section；Generating the second control signal, the second control signal comprises the second vibration instruction and the second phonetic order.

In implementing, the pixel value difference carrying out neighbor pixel by the order obtaining pixel calculates.This step is mainly to judge that whether the sliding trace of touch control device slides into another region (the embodiment of the present invention, region is distinguish between) with a certain degree of contour line from display interface region.Citing as the aforementioned, on display interface shown in Figure 11, terminal detects a sliding trace line, then by step S110 got in this trajectory through display interface on pixel after, the pixel value difference carrying out neighbor pixel by the order from J to S direction calculates, such as, represent by 8 binary modes with three primary colors composition RGB(each color) the pixel of 24 system pixel values carry out pixel difference when judging, a lot of pixel value differences in trajectory, such as diagram point S can be extrapolated₁、S₂、S₃、S₄、S₅、S₆、S₇, wherein, S₁For trajectory through the point of button J Yu the boundary line of button H, S₂For trajectory through the point of button H Yu the boundary line of button G, S₃For a trajectory point during button G, S₄For trajectory through the point of button G Yu the boundary line of button F, S₅For trajectory through the point of button F Yu the boundary line of button D, S₆For trajectory through the point of button D Yu the boundary line of button S, S₇For the end point of trajectory, calculating the pixel value difference of certain point on track can carry out mathematic interpolation by this point with the pixel of previous point on track, and such as, the point being intended to calculate, compared with its previous point, can calculate a S₁Pixel value difference be d₁, put S₂Pixel value difference be d₂, put S₃Pixel value difference be d₃, put S₄Pixel value difference be d₄, put S₅Pixel value difference be d₅, put S₆Pixel value difference be d₆, put S₇Pixel value difference be d₇.These pixel value differences that this step calculates judge in subsequent step whether the pixel value difference calculated reaches the pixel pre-value provided in the embodiment of the present invention.

In implementing, in default pixel value difference interval, search the difference section corresponding with the difference calculated；Generate the second vibration instruction corresponding with described difference section.The pixel value difference that abovementioned steps calculates can be used for judging sliding trace and the image information the such as whether contour line of display interface intersects, it is then to be embodied by the vibration instruction of different frequency that the touch control device that namely embodiment of the present invention is mentioned whether be moved to another region to feed back the mode of these information from a region, and, by arranging the pre-value of several value sections of corresponding different frequency vibrating effect, can feed back the contour line readability of trajectory process.Such as, the interval [P of the pixel value difference comprising 2 difference sections can be set₁,+∞), its first difference section comprised is [P₁, P₂), the second difference section is [P₂,+∞), P₁<P₂, pixel value difference reaches P₂The frequency of vibration of the second vibration instruction indication time (being positioned at the second difference section) reaches P higher than pixel value difference₁But it is not up to P₂The frequency of vibration of the second vibration instruction indication time (being positioned at the first difference section), moves to keyboard area H at the touch control device shown in Figure 11 from keyboard area J, through a S₁Time, can be calculated through a S by abovementioned steps₁Time produce pixel value difference d₁, then, pixel value difference d can be found out₁∈[P₂,+∞), now should generate the second vibration instruction corresponding with the second difference section；Through a S₂Time, can be calculated through a S by abovementioned steps₂Time produce pixel value difference d₂, then, pixel value difference d can be found out₂∈[P₂,+∞), now should generate the second vibration instruction corresponding with the second difference section；Through a S₃Time, can be calculated through a S by abovementioned steps₃Time produce pixel value difference d₃, then, can determine whether out pixel value difference d₃The pixel value difference being not belonging to preset is interval, does not reacts；Through a S₄Time, can be calculated through a S by abovementioned steps₄Time produce pixel value difference d₄, then, pixel value difference d can be found out₄∈[P₂,+∞), now should generate the second vibration instruction corresponding with the second difference section；Through a S₅Time, can be calculated through a S by abovementioned steps₅Time produce pixel value difference d₅, then, pixel value difference d can be found out₅∈[P₂,+∞), now should generate the second vibration instruction corresponding with the second difference section；Through a S₆Time, can be calculated through a S by abovementioned steps₆Time produce pixel value difference d₆, then, pixel value difference d can be found out₆∈[P₂,+∞), now should generate the second vibration instruction corresponding with the second difference section；Point of arrival S₇Time, can be calculated through a S by abovementioned steps₇Time produce pixel value difference d₇, then, can determine whether out pixel value difference d₇The pixel value difference being not belonging to preset is interval, does not reacts.Can be in the lump with reference to a trajectory analysis schematic diagram of the terminal display screen graphic interface shown in Figure 12, S₈And S₉For two points in touch trajectory MN of touch control device, obtained by above-mentioned steps and calculate a S₈Pixel value difference d₈And some S₉Pixel value difference d₉, then this step can find out pixel value difference d₈∈[P₂,+∞), pixel value difference d₉∈[P₁, P₂), then S should be arrived at MN track accordingly₈Generate the second vibration instruction corresponding with the second difference section during point, arrive S₉The second vibration instruction corresponding with the first difference section is generated during point.

In implementing, in default velocity amplitude interval, search the velocity amplitude section corresponding with the translational speed obtained；Generate second phonetic order corresponding with the velocity amplitude section found out.Be can be seen that by describing, the speed of Track Pick-up, namely the translational speed of touch control device is also that terminal is intended to by touch control device to the information of user feedback, these feedback informations are embodied by voice (sound), further, by arranging the pre-value of several value sections of the sound effect of corresponding different frequency, can feed back the speed that trajectory generates, it addition, the velocity amplitude segment search of the embodiment of the present invention is only carried out when generating the second vibration instruction.Such as, can arrange the velocity amplitude comprising 2 velocity amplitude sections interval (0 ,+∞), the First Speed value section that it comprises is (0, V₁), second speed value section is [V₁,+∞), when generating the second vibration instruction, the speed of this point reaches V₁The sound frequency of the second phonetic order indication time (being positioned at second speed value section) is not up to V higher than the speed of this point₁Time (being positioned at First Speed value section), the sound frequency of the second phonetic order indication, moves to keyboard area H at the touch control device shown in Figure 11 from keyboard area J, through a S₁Time, can be calculated through a S by abovementioned steps₁Time speed v₁, then, velocity amplitude v can be found₁∈[V₁,+∞), now should generate second phonetic order corresponding with second speed value section；Through a S₂Time, can be calculated through a S by abovementioned steps₂Time speed v₂, then velocity amplitude v can be found₂∈[V₁,+∞), now should generate second phonetic order corresponding with second speed value section；Through a S₄Time, can be calculated through a S by abovementioned steps₄Time speed v₄, then, velocity amplitude v can be found₄∈[V₁,+∞), now should generate second phonetic order corresponding with second speed value section；Through a S₅Time, can be calculated through a S by abovementioned steps₅Time speed v₅, then, velocity amplitude v can be found₅∈ [0, V₁), now should generate second phonetic order corresponding with First Speed value section；Through a S₆Time, can be calculated through a S by abovementioned steps₆Time speed v₆, then, v can be found₆∈ [0, V₁), now should generate second phonetic order corresponding with First Speed value section.Can be in the lump with reference in the graphic interface trajectory analysis schematic diagram shown in Figure 12, the first half translational speed of track MN is relatively slow, and the translational speed of latter half is very fast, S₈And S₉For two points in touch trajectory MN of touch control device, obtained by above-mentioned steps and calculate a S₈Translational speed value v₈And some v₉Translational speed value d₉, then this step can determine whether out translational speed value v₈∈ [0, V₁), translational speed value v₉∈[V₁,+∞), then S should be arrived at MN track accordingly₈Generate second phonetic order corresponding with second speed value section during point, arrive S₉Second phonetic order corresponding with First Speed value section is generated during point.

In implementing, terminal generation is mainly based upon the instruction of preceding step generation to generate control signal for controlling touch control device to the second control signal of user feedback touch information.In aforementioned citing, the content that the track shown in Figure 11 needs feedback can be that JS track is through some S₁、S₂And S₄Shi Shengcheng comprises the second vibration instruction and the second control signal of the second phonetic order, wherein, the second vibration instruction that second vibration instruction is with in pixel value difference interval, the second difference section is corresponding, second phonetic order is and the second phonetic order corresponding with second speed value section in velocity amplitude interval, this signal can control touch control device and perform instruction therein, position of touch change and sliding speed in user feedback user's touch information；JS track is through a S₅And S₆Shi Shengcheng comprises the second vibration instruction and the second control signal of the second phonetic order, wherein, the second vibration instruction that second vibration instruction is with in pixel value difference interval, the second difference section is corresponding, second phonetic order is and the second phonetic order corresponding with First Speed value section in velocity amplitude interval, this signal can control touch control device and perform instruction therein, position of touch change and sliding speed in user feedback user's touch information；MN track shown in Figure 12 is through some S₈Shi Shengcheng comprises the second vibration instruction and the second control signal of the second phonetic order, wherein, the second vibration instruction that second vibration instruction is with in pixel value difference interval, the second difference section is corresponding, second phonetic order is and the second phonetic order corresponding with First Speed value section in velocity amplitude interval, this signal can control touch control device and perform instruction therein, position of touch change and sliding speed in user feedback user's touch information；MN track is through a S₉Shi Shengcheng comprises the second vibration instruction and the second control signal of the second phonetic order, wherein, the second vibration instruction that second vibration instruction is with in pixel value difference interval, the first difference section is corresponding, second phonetic order is and the second phonetic order corresponding with second speed value section in velocity amplitude interval, this signal can control touch control device and perform instruction therein, position of touch change and sliding speed in user feedback user's touch information.

Step S112, sends a control signal to touch control device, makes touch control device to user feedback touch information.The control signal being embodied as generating step S111 sends to touch control device, and this touching signals can include the first control signal, makes whether it clicks on the significant response region of terminal current interface, and the position of touch-control to user feedback for controlling touch control device；This touching signals can also include the second control signal, is used for controlling touch control device and makes its position of touch change and sliding speed in user feedback touch information.

The embodiment of the present invention can also increase pressure detecting function during actually used, the touch-control pressure of touch control device is inadequate when, does not make the feedback of control signal, to point out the invalid operation of user.

Terminal employed in the method for the embodiment of the present invention is a kind of equipment with touch screen, and it can send control signals to touch control device by the way of being wirelessly transferred；Can also power for touch control device by the way of wired connection simultaneously；It can analyze the touch information of touch control device, and carries out for the control command generation work of field feedback based on this；It can control touch control device more meticulously express the touch information of user by arranging more condition or pre-value, can be not limited only to vibration mentioned when the embodiment of the present invention is detailed description method, voice feedback method, and feedback testing conditions set in describing；Above-mentioned step all can be realized by a kind of software or application program, is analyzed by data and algorithm, and it is implemented as relatively low.

The touch control device of work of matching with terminal in the method for the embodiment of the present invention can be the pointer of a kind of broad sense, its method of attachment with terminal can be by the way of wireless connections, control signal is received by blue-tooth device, infrared facility etc., resolve control signal by the processor of self and obtain the instruction wherein comprised, and perform described instruction by the vibration of self, voice device, carry out the feedback of touch information to user, during feedback, reflect stronger direction feeling, sense of touch and auditory effect.

Thus, the method for the touch information feedback that the embodiment of the present invention provides can provide the user and can embody mode in touch-control change, the audition of positional information and sense of touch feedback, improves touch experience, creative, practicality.

The embodiment of the present invention additionally provides a kind of method responding touch information, and it comprises the steps that and receives the control signal that described terminal sends, and described control signal is described terminal analysis according to generating after touch control device touch information on described terminal display screen；Respond described control signal, to the touch information of touch control device described in user feedback.The embodiment of the present invention can provide the user and can embody mode in touch-control change, the audition of positional information and sense of touch feedback, can improve touch experience.

As in figure 2 it is shown, an embodiment of the method for the response touch information of the embodiment of the present invention may comprise steps of:

Step S210, receives the control signal that terminal sends.Wherein, described control signal is terminal analysis to be generated according to after touch control device touch information on terminal display screen, the main body receiving the control signal that terminal sends is touch control device, and the control signal that this step receives can be a kind of control signal comprising execution instruction multiple, multiple.Refer to the content mentioned by previous embodiment, after the control signal of what this step received come self terminal mainly control signal through the analysis in abovementioned steps S110 and step S111 generates, send to touch control device through step S112 terminal.

In implementing, in this step, the touch control device of the embodiment of the present invention can be the first control signal from the control signal that terminal receives, wherein, comprising at least one in the first vibration instruction and the first phonetic order in first control signal, this control command is for making touch control device to effective situation of the current position of touch of user feedback.Such as, terminal in abovementioned steps after testing, analyze touch control device on the terminal demonstration interface shown in Figure 10 in effective click on area after the clicking operation of A point, after having generated and sent the first control signal comprising the first vibration instruction and the first phonetic order, in this step, touch control device will receive this first control signal in A point position.

In implementing, in this step, the touch control device of the embodiment of the present invention can be the second control signal from the control signal that terminal receives, wherein, comprising the second vibration instruction and the second phonetic order in second control signal, this control command is for making orientation and the situation of change of content in touch control device touch information on user feedback currently displaying screen interface.Such as, the terminal in abovementioned steps after testing, analyze touch control device on the terminal demonstration interface shown in Figure 11 in sliding process, thinking through terminal needs to carry out the point (S that feeds back₁、S₂、S₄、S₅、S₆、S₈、S₉), need the second control signal of feedback, as at S on JS track shown in Figure 11 by receiving when touching on terminal display screen this₁、S₂And S₄Time receive that terminal sends comprise the second vibration instruction and the second control signal of the second phonetic order, the second vibration instruction that second vibration instruction therein is with in pixel value difference interval, the second difference section is corresponding, the second phonetic order therein is and the second phonetic order corresponding with second speed value section in velocity amplitude interval；Through a S₅And S₆Time receive that terminal sends comprise the second vibration instruction and the second control signal of the second phonetic order, the second vibration instruction that second vibration instruction therein is with in pixel value difference interval, the second difference section is corresponding, the second phonetic order therein is and the second phonetic order corresponding with First Speed value section in velocity amplitude interval；S is being put on MN track shown in Figure 12₈Time receive that terminal sends comprise the second vibration instruction and the second control signal of the second phonetic order, the second vibration instruction that second vibration instruction therein is with in pixel value difference interval, the second difference section is corresponding, the second phonetic order therein is and the second phonetic order corresponding with First Speed value section in velocity amplitude interval；Through a S₉Time receive that terminal sends comprise the second vibration instruction and the second control signal of the second phonetic order, the second vibration instruction that second vibration instruction therein is with in pixel value difference interval, the first difference section is corresponding, the second phonetic order therein is and the second phonetic order corresponding with second speed value section in velocity amplitude interval.

The touch control device of the embodiment of the present invention possesses the ability that all kinds of execution responding above-mentioned control signal and perform to comprise in above-mentioned signal correctly, in time instruct.

Step S211, the control signal that response receives, to the touch information of user feedback touch control device.This step can be embodied as: resolve described control signal comprises perform instruction, wherein, described control signal can include the first control signal or the second control signal, the first described control signal comprises one or more in the first vibration instruction and the first phonetic order, and the second described control signal comprises the second vibration instruction and the second phonetic order；Perform above-mentioned to perform instruction.

In implementing, resolve the control signal that receives comprises perform instruction refer mainly to touch control device resolve from control signal wherein comprise perform instruction, such as, this step can parse the first vibration instruction and the first phonetic order from the first control signal that step S210 receives；This step can parse the second vibration instruction and the second phonetic order from the second control signal that step S210 receives.Such as, when performing step S210, after the touch control device of the embodiment of the present invention carries out clicking operation on the interface shown in Figure 10, have received the first control signal in A point, then this step resolves and obtains the first vibration instruction and the first phonetic order that touch control device needs to perform in A point position from the first control signal；When performing step S210, the touch control device of the embodiment of the present invention is during the enterprising line slip in the interface shown in Figure 11 operates, in S₁、S₂And S₄Point have received the second control signal, then this step resolves and obtain touch control device from the second control signal needs at S₁、S₂And S₄Point position performs corresponding second vibration instruction and the second phonetic order；When performing step S210, during the enterprising line slip operation of the interface shown in touch control device Figure 11 of the embodiment of the present invention, in S₅And S₆Point have received the second control signal, then this step resolves and obtain touch control device from the second control signal needs at S₅And S₆Point position performs corresponding second vibration instruction and the second phonetic order；When performing step S210, during the enterprising line slip operation of the interface shown in touch control device Figure 12 of the embodiment of the present invention, in S₈Point have received the second control signal, then this step resolves and obtain touch control device from the second control signal needs at S₈Point position performs corresponding second vibration instruction and the second phonetic order；When performing step S210, during the enterprising line slip operation of the interface shown in touch control device Figure 11 of the embodiment of the present invention, in S₉Point have received the second control signal, then this step resolves and obtain touch control device from the second control signal needs at S₉Corresponding second vibration instruction and the second phonetic order that some position performs.This step performs the information expressed by the next touch control operation current to user feedback of instruction by perform to parse in current feedback position.

Touch control device employed in the method for the embodiment of the present invention can be the pointer of a kind of broad sense, its method of attachment with terminal can be by the way of wireless connections, receive control signal by blue-tooth device, infrared facility etc., resolve control signal by the processor of self and obtain the instruction wherein comprised;It can by the vibration of self, voice device etc. perform terminal send control signal in comprise perform instruction, the executable instruction of touch control device that the embodiment of the present invention uses can be not limited only in the embodiment of the present invention description instruction mentioned when illustrating, it can have the more device that performs and perform more to perform instruction, thus makes the most careful touch information feedback to user；The embodiment of the present invention can carry out touch information feedback to user, and embodies stronger direction feeling, sense of touch and auditory effect during feedback.Thus, the method for the embodiment of the present invention can provide the user and can embody mode in touch-control change, the audition of positional information and sense of touch feedback, it is possible to embodies touch control manner, the actual experience of evolution, improves touch experience, creative, practicality.

Accordingly, the embodiment of the present invention additionally provides a kind of terminal for touch information feedback, and it comprises the steps that acquisition module, for obtaining touch control device touch information on described terminal display screen；Control signal generation module, for analyzing the described touch information that described acquisition module obtains；It is additionally operable to generate and comprises the control signal performing instruction；Sending module, sends to described touch control device for the described control signal generated by described control signal generation module, makes described touch control device to touch information described in user feedback.The terminal of the embodiment of the present invention can generate and send control signal to control touch control device by analyzing the touch information of touch control device, makes touch control device provide the user preferable touch information feedback.

Below in conjunction with the accompanying drawings and detailed description of the invention, the technical scheme of device in the embodiment of the present invention is described in detail.

Fig. 3 is the structure composition schematic diagram of the terminal of the embodiment of the present invention, the device of this embodiment can be used for performing the way shown in Fig. 1, concrete, the device of this embodiment includes: acquisition module 31, control signal generation module 32 and sending module 33, can in the lump with reference to the embodiment of the present invention shown in Fig. 4 terminal another structure composition schematic diagram, acquisition module 31 can farther include velocity information acquiring unit 311, velocity information judging unit 312, location information acquiring unit 313 and pixel information acquisition unit 314, control signal generation module 32 can farther include touch point analytic unit 321, first control signal signal generating unit 322, pixel difference analysis unit 323, velocity analysis unit 324 and the second control signal signal generating unit 325, wherein:

Acquisition module 31, for obtaining touch control device touch information on terminal display screen.Wherein, some information that the information that acquisition module gets predominantly touch control device relates in the translational speed of contact point, click location or sliding process on the display screen of terminal, concrete, acquisition module 31 can farther include velocity information acquiring unit 311, velocity information judging unit 312, location information acquiring unit 313 and pixel information acquisition unit 314, the terminal of the embodiment of the present invention passes through following unit, is acquired touch information respectively with the feedback method of clicking operation and the feedback method of slide.

Velocity information acquiring unit 311, for obtaining translational speed when touch control device operates on the display screen of terminal and sending to velocity information judging unit 312.

Velocity information judging unit 312, after receiving the translational speed that velocity information acquiring unit 311 sends, it is judged that whether this translational speed is more than predetermined threshold value；It is additionally operable to judge when this translational speed is not more than predetermined threshold value, generates position acquisition information and sending to location information acquiring unit 313；When being additionally operable to judge this translational speed more than predetermined threshold value, generate pixel and obtain information and sending pixel information acquisition unit 314.Detailed description of the invention can refer to the method mentioned by step S110, and therefore not to repeat here.

Location information acquiring unit 313, after receiving the position acquisition message that velocity information judging unit 312 sends, obtains touch control device touch point positional information on a display screen.Wherein, this information is mainly used in judging the significant response the region whether position of touch of touch control device is positioned at terminal, and whether the current click of touch control device is effectively to click on.Detailed description of the invention can refer to the method mentioned by step S110, and therefore not to repeat here.

Pixel information acquisition unit 314, after the pixel sent for receiving velocity information judging unit 312 obtains message, obtains the pixel information of touch control device operation trace process from display screen interface.Wherein, the pixel got comprises every pixel value of this pixel, obtains pixel primarily to extract the feedback information needing to provide the user in subsequent step.Detailed description of the invention can refer to the method mentioned by step S110, and therefore not to repeat here.

Control signal generation module 32, for analyzing the touch information that acquisition module 31 obtains；It is additionally operable to generate and comprises the control signal performing instruction.Acquisition module 31 as the aforementioned, the terminal of the embodiment of the present invention mainly carries out the feedback of touch information by two kinds of methods, therefore the mode that the unit module participating in analysis and the information of process processes information is also different.Control signal generation module 32, in the touch information analysis and process of clicking operation, is mainly carried out by touch point analytic unit the 321, first control signal signal generating unit 322 the two unit.

Touch point analytic unit 321, the significant response region whether the touch point positional information obtained for analyzing the location information acquiring unit 313 of acquisition module 31 is contained on display screen；When being additionally operable to analyze the significant response region that the touch point positional information that the location information acquiring unit 313 of acquisition module 31 obtains is contained on display screen, generate the first vibration instruction and generate prompting message and also send to the first control signal signal generating unit 322；When being additionally operable to analyze the significant response region that the touch point positional information that the location information acquiring unit 313 of acquisition module 31 obtains is contained on display screen, generate the first phonetic order and generate prompting message and the first phonetic order generates in prompting message at least one and sends to the first control signal signal generating unit 322.In the feedback method of clicking operation, the terminal of the embodiment of the present invention mainly needs the operation information making touch control device effectively click under current location to user feedback, and to the operation information of user feedback invalid clicks in the way of not reacting.Wherein, the citing of the embodiment of the present invention mainly make touch control device based on current location to vibrate and in the way of voice to user feedback touch information, therefore this unit is after analyzing aforementioned position of touch and be positioned at effective click on area of terminal, points out the first control signal signal generating unit 322 to generate corresponding control signal.Detailed description of the invention can refer to the method mentioned by step S111, and therefore not to repeat here.

First control signal signal generating unit 322, after the first vibration instruction sent for receiving touch point analytic unit 321 generates prompting message, generates the first vibration instruction；After being additionally operable to receive the first phonetic order generation prompting message that touch point analytic unit 321 sends, generate the first phonetic order；It is additionally operable to generate at least one in the first control signal comprising the first vibration instruction and the first phonetic order.The first described control signal is mainly used in sending to touch control device, makes the first vibration instruction and the first phonetic order that touch control device performs to comprise in the first control signal.Detailed description of the invention can refer to the method mentioned by step S111, and therefore not to repeat here.

Control signal generation module 32 slide touch information analysis with process, mainly carried out by, pixel difference analysis unit 323, velocity analysis unit 324 and the second control signal signal generating unit 325 these three unit.

Pixel difference analysis unit 323, the order of the pixel for getting by the pixel information acquisition unit 314 of acquisition module 31 carries out the pixel value difference of neighbor pixel and calculates；It is additionally operable in default pixel value difference interval search the difference section corresponding with the described difference calculated；Being additionally operable to generate the second vibration instruction generation information and sending to the second control signal signal generating unit 325, the second described vibration instruction generates message and carries the difference section found.This unit carries out pixel value analysis and translational speed value analysis is mainly based upon the analysis that touch control device touch information in current display interface is carried out, it is mainly used in follow-up signal generation work, makes touch control device accurately and in time to the situation of change of each position touch information of user feedback during sliding.Detailed description of the invention can be directly with reference to the method mentioned by abovementioned steps S111, and therefore not to repeat here.

Velocity analysis unit 324, for searching the velocity amplitude section corresponding with the translational speed obtained in default velocity amplitude interval；Being additionally operable to generate the second phonetic order and generate information and sending to the second control signal signal generating unit 325, wherein, the second phonetic order generates message and carries the velocity amplitude section found；

Second control signal signal generating unit 325, after the second vibration instruction sent for receiving pixel difference analysis unit 323 generates prompting message, generates the second vibration instruction corresponding with the difference section found；After being additionally operable to receive the second phonetic order generation prompting message that velocity analysis unit 324 sends, generate second phonetic order corresponding with the velocity amplitude section found；Being additionally operable to generate the second control signal, wherein, in the second control signal, subpackage is containing the second vibration instruction and the second phonetic order.Detailed description of the invention can be directly with reference to the method mentioned by abovementioned steps S111, and therefore not to repeat here.

Sending module 33, sends to touch control device for the control signal generated by control signal generation module 32, makes touch control device to user feedback touch information.Sending method can include wired mode and wireless mode, in this no limit.Detailed description of the invention can refer to the method mentioned by step S112, does not repeats at this.

The terminal that the embodiment of the present invention provides is a kind of equipment with touch screen, and it can send control signals to touch control device by the way of being wirelessly transferred；Can also power for touch control device by the way of wired connection simultaneously；It can analyze the touch information of touch control device, and carries out for the control command generation work of field feedback based on this；It can control touch control device more meticulously express the touch information of user by arranging more condition or pre-value, can be not limited only to vibration mentioned when the embodiment of the present invention is detailed description method, voice feedback method, and feedback testing conditions set in describing；Above-mentioned step all can be realized by a kind of software or application program, is analyzed by data and algorithm, and it is implemented as relatively low.The terminal that the embodiment of the present invention provides can be analyzed by touch information and control touch control device, make touch control device provide a user with and can embody mode in touch-control change, the audition of positional information and the touch information of sense of touch feedback, the arrangement increases Consumer's Experience, there is motility, creativeness and practicality.

Accordingly, the embodiment of the present invention additionally provide a kind of for respond terminal send control signal, to the touch control device of user feedback touch information, it comprises the steps that receiver module, for receiving the control signal that terminal sends, described control signal is described terminal analysis according to generating after touch control device touch information on described terminal display screen；Respond module, is used for responding described control signal, to the touch information of touch control device described in user feedback.The touch control device that the embodiment of the present invention provides can preferably respond the control signal that terminal sends, and improves touch information feedback effects.

Fig. 5 is the structure composition schematic diagram of the touch control device of the embodiment of the present invention, the device of this embodiment can be used for performing the way shown in Fig. 1, concrete, the device of this embodiment includes: receiver module 51 and respond module 52, can in the lump with reference to the embodiment of the present invention shown in Fig. 6 touch control device another structure composition schematic diagram, respond module 52 can farther include resolution unit 521, vibration unit 522 and voice unit 523, wherein:

Receiver module 51, for receiving the control signal that terminal sends.Wherein, this control signal is terminal analysis to be generated according to after touch control device touch information on terminal display screen, content as mentioned by abovementioned steps S210, the control signal that receiver module 51 receives can including, one or more perform instruction, being embodied as can refer to content mentioned in step S210, therefore not to repeat here.

Respond module 52, for responsive control signal, to the touch information of user feedback touch control device.The respond module 52 of the embodiment of the present invention is mainly responded by the processor of touch control device, and perform to instruct accordingly by the hardware unit of touch control device.In the embodiment of the present invention, respond module 52 can farther include resolution unit 521, vibration unit 522 and voice unit 523.

Resolution unit 521, for resolving the instruction that performs comprised in the control signal that receiver module 51 receives, performs instruction and includes vibration instruction and phonetic order.Wherein, control signal includes the first control signal or the second control signal, and the first control signal comprises at least one in the first vibration instruction and the first phonetic order, and the second control signal comprises the second vibration instruction and the second phonetic order.Concrete resolving can refer to the method mentioned by step S211, does not repeats at this.

Vibration unit 522, for performing the first vibration instruction that resolution unit 521 parses；It is additionally operable to perform the second vibration instruction that resolution unit 521 parses.Wherein, the device performing the first vibration instruction and the second vibration instruction can be a kind of vibrating motor, embodies, by adjusting frequency of vibration, the vibrating effect that different vibration instruction is embodied.Concrete execution process can refer to the method mentioned by step S211, does not repeats at this.

Voice unit 523, for performing the first phonetic order that resolution unit 521 parses；It is additionally operable to perform the second phonetic order that resolution unit 521 parses.Wherein, the device performing the first phonetic order and the second phonetic order can be a kind of playback set, embodies, by adjusting acoustical vibration frequency, the sound effect that different phonetic instruction is embodied.Concrete execution process can refer to the method mentioned by step S211, does not repeats at this.

The respond module 52 of the embodiment of the present invention is owing to being the control signal that immediately response receiver module 51 receives, therefore in actual response process, the vibration unit 522 of respond module 52 and voice unit 523 are to perform to perform instruction accordingly simultaneously, that is, user is when keeping contacting with touch control device, it is the feedback that can accept sense of touch and audition in current location, and is experienced the direction feeling embodied in feedback procedure by the relative change in location of touch-control.

The touch control device of the embodiment of the present invention can be the pointer of a kind of broad sense, its method of attachment with terminal can be by the way of wireless connections, pass through blue-tooth device, infrared facilitys etc. receive control signal, resolve control signal by the processor of self and obtain the instruction wherein comprised, and by the vibration of self, voice device performs described instruction, the feedback of touch information is carried out to user, stronger direction feeling is reflected during feedback, sense of touch and auditory effect, the touch control device of the embodiment of the present invention improves the experience of touch-control feedback, there is motility, practicality.

Accordingly, embodiments provide the system of a kind of touch information feedback, as it is shown in fig. 7, it can include terminal and touch control device, wherein:

Terminal 71, for obtaining touch control device touch information on terminal display screen；It is additionally operable to analyze touch information, and comprises, according to generating, the control signal performing to instruct；It is additionally operable to send a control signal to touch control device.The embodiment of the present invention uses the terminal that terminal 71 provides for previous embodiment, its touch information being mainly used in analyzing touch control device 72, and generate corresponding control signal based on this, make touch control device 72 make to user and can embody mode, the audition of positional information and the feedback of sense of touch in touch-control change.

Touch control device 72, for receiving the control signal that terminal sends；It is additionally operable to respond this control signal, the touch information when user feedback touch control device operates in terminal.The touch control device that the touch control device 72 that the embodiment of the present invention uses provides for previous embodiment, its soft and hardware device being mainly used in by self responds the control command that terminal 71 sends, and provides the user corresponding feedback.

Can be in the lump with reference to the embodiment schematic flow sheet of system of the embodiment of the present invention shown in Fig. 8, terminal therein have employed a kind of mobile terminal of touch screen, touch control device therein have employed a kind of pointer, this flow chart describes mobile terminal analysis process in specifically used, and the clicking operation response mode that pointer is in specifically used, then the system of the embodiment of the present invention carries out the flow process of touch information feedback and can comprise the following steps that

Step S810, mobile terminal detects the touch information of pointer.This step is the detection work completed by the terminal in system.Terminal and step S110 as the aforementioned, the touch information of the mobile terminal terminal detection pointer of the embodiment of the present invention can mainly include velocity measuring.

Step S811, if translational speed is zero.In the system of this step, the translational speed in pointer touch-control is judged primarily to confirm the mode that current pointer operates by mobile terminal.Wherein, if this step judges pointer, touch-control speed on mobile terminals is zero, then continue executing with step S812；If this step judges pointer, touch-control speed on mobile terminals is not zero, then continue executing with step S816, and the feedback that this process transfers to slide processes.This step is to be performed by the terminal in system, and specific implementation method can refer to the method mentioned by abovementioned steps S110.

Step S812, the feedback of clicking operation.Feedback method according to clicking operation is processed by the system of this step prompting embodiment of the present invention.

Step S813, if current operation is positioned at significant response region.The embodiment of the present invention can be by whether click significant response region and change to the position of touch embodying user.Wherein, if mobile terminal judges that position of touch is positioned at significant response region in system, then step S814 is continued executing with；If mobile terminal judges that position of touch not in the significant response region of mobile terminal, then terminates the feedback process of clicking operation in system.It follows that when current operation is considered invalid, terminal will not be made a response, to point out user current invalid operation.This step is judged by terminal in system, and detailed description of the invention can refer to the method mentioned by abovementioned steps S111.

Step S814, generates control signal and sends to pointer.Wherein, control signal produced by the embodiment of the present invention mainly makes pointer perform in current location to perform instruction accordingly, points out user current touch information in the way of sense of touch, audition.This step is generated based on aforesaid judgement content by terminal in system, and generating mode can refer to abovementioned steps S111, sends this mode controlling signal to pointer and can refer to abovementioned steps S112.

Step S815, pointer sends vibration, and sound in current location.This step is to be completed by the touch control device in system, after pointer receives, as the touch control device for responding terminal, the control signal that mobile terminal sends, perform to comprise in this control signal various performs instruction, detailed description of the invention can refer to the method mentioned by step S210 and S211, and therefore not to repeat here.

Step S816, the feedback of slide.The feedback step of the slide of the embodiment of the present invention can be in the lump with reference to the flow process shown in Fig. 9.

Above-mentioned flow process is primarily directed in system the example of the feedback method of the clicking operation produced, and will illustrate the example of the feedback method producing slide in system below.Can be in the lump with reference to the embodiment schematic flow sheet of system of the embodiment of the present invention shown in Fig. 9, terminal therein have employed a kind of mobile terminal of touch screen, touch control device therein have employed a kind of pointer, this flow chart describes mobile terminal analysis process in specifically used, and the slide response mode that pointer is in specifically used, then the system of the embodiment of the present invention carries out the flow process of touch information feedback and can comprise the following steps that

Step S910, mobile terminal detects the touch information of pointer.This step is the detection work completed by the terminal in system.Terminal and step S110 as the aforementioned, the touch information of the mobile terminal terminal detection pointer of the embodiment of the present invention can mainly include velocity measuring.

Step S911, if translational speed is zero.In the system of this step, the translational speed in pointer touch-control is judged primarily to confirm the mode that current pointer operates by mobile terminal.Wherein, zero velocity is judged by this step as threshold speed, if this step judges pointer, touch-control speed on mobile terminals is not zero, then continue executing with step S912；If this step judges pointer, touch-control speed on mobile terminals is zero, then continue executing with step S916, and the feedback that this process transfers to the clicking operation shown in Fig. 8 processes.This step is to be performed by the terminal in system, and specific implementation method can refer to the method mentioned by abovementioned steps S110.

Step S912, the feedback of slide.Feedback method according to slide is processed by the system of this step prompting embodiment of the present invention.

Step S913, if touch trajectory is at color change or the most complete contour line.The foundation that color change and the most complete contour line are fed back as startup by the mobile terminal of embodiment of the present invention system at this, it judges that pixel mentioned in step S111 that principle is previous embodiment judges principle.When be found that during calculating be positioned at presetted pixel difference interval pixel value difference time, it is believed that current touch trajectory is at color change or the most complete contour line, and the present embodiment can refer to the interval value section division methods of previous embodiment.Wherein, if this step is judged as YES, then continue executing with step S914；If this step is judged as, then it is assumed that not there is a case in which, continue executing with step S9112, it is judged that touch-control state.

Step S914, if contour line is the most obvious.Judging the second difference the section whether pixel value difference that contour line generates during the most mainly judging to calculate is positioned in presetted pixel difference interval, if exceeding, then it is assumed that contour line is obvious, then continuing executing with step S915；If the first difference section that the pixel value difference generated during Ji Suaning is positioned in presetted pixel difference interval, then it is assumed that contour line is not it is obvious that then continue executing with step S916.This step is mainly judged by terminal in system, and detailed description of the invention can refer to the method mentioned in step S110 and step S111, and therefore not to repeat here.

Step S915, generate send strong vibration perform instruction.Wherein, the execution of strong vibration instructs corresponding contour line more significantly phenomenon and generates, the most aforesaid oscillation intensity corresponding with the second difference section.This step is mainly generated by terminal in system, and detailed description of the invention can refer to the method mentioned in abovementioned steps S111, does not repeats at this.

Step S916, generate send weak vibration perform instruction.Wherein, the instruction that performs of weak vibration is that corresponding contour line is not phenomenon clearly and generates, the most aforesaid oscillation intensity corresponding with the first difference section.This step is mainly generated by terminal in system, and detailed description of the invention can refer to the method mentioned in abovementioned steps S111, does not repeats at this.

Step S917, if in slip, translational speed is bigger.Wherein, mobile terminal judges that the foundation that the translational speed of pointer is the biggest is to judge whether current speed value is positioned at second speed value section in pre-set velocity interval, if present speed is positioned at second speed value section, then it is assumed that current translational speed is relatively big, then continue executing with step S918；If the First Speed value section that present speed is positioned in pre-set velocity interval, then it is assumed that current translational speed is less, then continue executing with step S919.The main body that this step carries out judging is the terminal in system, and detailed description of the invention can refer to the method mentioned in step S111, does not repeats at this.

Step S918, generate send murmur perform instruction.Wherein, the instruction that performs of murmur is phenomenon that corresponding translational speed is bigger and generates, the most aforesaid auditory tone cues corresponding with second speed value section.This step is mainly generated by terminal in system, and detailed description of the invention can refer to the method mentioned in abovementioned steps S111, does not repeats at this.

Step S919, generate send clear and melodious sound perform instruction.Wherein, the instruction that performs of clear and melodious sound is phenomenon that corresponding translational speed is less and generates, the most aforesaid auditory tone cues corresponding with First Speed value section.This step is mainly generated by terminal in system, and detailed description of the invention can refer to the method mentioned in abovementioned steps S111, does not repeats at this.

Step S9110, generates control signal and sends to pointer.This step is mainly based upon in step S915, step S916, step S918 and step S919 the instruction generated to generate control signal.Owing to the judgement step of step S917 is carried out after step S914 judges successfully, it follows that this step only generates control signal in the case of generating vibration instruction.It is the terminal in system that this step is controlled the main body of signal generation, and detailed description of the invention can refer to the method mentioned in abovementioned steps S111, and therefore not to repeat here.

Step S9111, pointer sends corresponding vibration, and sound in current location.This step is to be completed by the touch control device in system, after pointer receives, as the touch control device for responding terminal, the control signal that mobile terminal sends, perform to comprise in this control signal various performs instruction, detailed description of the invention can refer to the method mentioned by step S210 and S211, and therefore not to repeat here.

Step S9112, if detect that pointer continues to slide.Due to the feedback in sliding process be a successive detection, the process analyzing and feed back, therefore after system completes a feedback, if user is not off the sliding touch operation of pointer, the most also need to return to perform step S913；If now terminal detects that pointer stopped touch control operation in system, then terminate this process.

Step S9113, the feedback of clicking operation.The feedback step of the clicking operation of the embodiment of the present invention can be in the lump with reference to the flow process shown in Fig. 8.

The terminal used in the system of the embodiment of the present invention is a kind of equipment with touch screen, and it can send control signals to touch control device by the way of being wirelessly transferred；Can also power for touch control device by the way of wired connection simultaneously；It can analyze the touch information of touch control device, and carries out for the control command generation work of field feedback based on this；It can control touch control device more meticulously express the touch information of user by arranging more condition or pre-value, can be not limited only to vibration mentioned when the embodiment of the present invention is detailed description method, voice feedback method, and feedback testing conditions set in describing；Above-mentioned step all can be realized by a kind of software or application program, is analyzed by data and algorithm, and it is implemented as relatively low.

The touch control device used in the system of the embodiment of the present invention can be the pointer of a kind of broad sense, its method of attachment with terminal can be by the way of wireless connections, control signal is received by blue-tooth device, infrared facility etc., resolve control signal by the processor of self and obtain the instruction wherein comprised, and perform described instruction by the vibration of self, voice device, carry out the feedback of touch information to user, during feedback, reflect stronger direction feeling, sense of touch and auditory effect.

The system of the embodiment of the present invention can be matched by the terminal in system and touch control device, provide the user more preferably touch information feedback, the method analyzing touch information is the most flexible, personalized, mode in touch-control change, the audition of positional information and sense of touch feedback are provided during the feedback provided, improve touch experience, creative, practicality.

Module described in the embodiment of the present invention or unit, universal integrated circuit, such as CPU(Central Processing Unit, central processing unit can be passed through), or by ASIC(Application Specific Integrated Circuit, special IC) realize.

One of ordinary skill in the art will appreciate that all or part of flow process realizing in above-described embodiment method, can be by computer program and complete to instruct relevant hardware, described program can be stored in a computer read/write memory medium, this program is upon execution, it may include such as the flow process of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access Memory, RAM) etc..

Above disclosed only present pre-ferred embodiments, certainly the interest field of the present invention can not be limited with this, one of ordinary skill in the art will appreciate that all or part of flow process realizing above-described embodiment, and according to the equivalent variations that the claims in the present invention are made, still fall within the scope that invention is contained.

Claims

1. the method for a touch information feedback, it is characterised in that including:

Control signal to described touch control device described in transmission, make described touch control device to touch-control described in user feedback Information；

Wherein said control signal includes the first control signal or the second control signal, described first control signal For controlling whether described touch control device to the position of user feedback touch-control and clicks on described terminal and work as prezone The significant response region in face, described second control signal is used for controlling described touch control device to described in user feedback The change of position of touch and sliding speed in touch information.

2. the method for claim 1, it is characterised in that terminal obtains the touch information of touch control device Including:

Obtain translational speed when described touch control device operates on the display screen of described terminal；

Judge that whether described translational speed is more than predetermined threshold value；

If judging, described translational speed is not more than described predetermined threshold value, then obtain described touch control device described Touch point positional information on display screen also reports to described terminal；If judging, described translational speed is more than institute State predetermined threshold value, obtain the picture of described touch control device operation trace process the most further from described display screen interface Vegetarian refreshments, described pixel comprises pixel value.

3. method as claimed in claim 2, it is characterised in that when described translational speed is zero, analyze institute State touch information, and generation comprise the control signal performing to instruct and includes:

Analyze the significant response district whether the touch point positional information of described acquisition is contained on described display screen Territory；

If the touch point positional information of described acquisition is contained in the significant response region on described display screen, then give birth to Become at least one in the first vibration instruction and the first phonetic order；

Generating the first control signal, described first control signal comprises described first vibration instruction and described first In phonetic order at least one.

4. method as claimed in claim 2, it is characterised in that when described translational speed is not zero, analyze Described touch information, and generate comprise perform instruction control signal also include:

The pixel value difference carrying out neighbor pixel by the order obtaining pixel calculates；

The difference section corresponding with the described difference calculated is searched in default pixel value difference interval；

Generate the second vibration instruction corresponding with described difference section；

The velocity amplitude section corresponding with the translational speed of described acquisition is searched in default velocity amplitude interval；

Generate second phonetic order corresponding with described velocity amplitude section；

Generating the second control signal, described second control signal comprises described second vibration instruction and described second Phonetic order.

5. the method responding touch information, it is characterised in that including:

Receiving the control signal that terminal sends, described control signal is that described terminal analysis exists according to touch control device Generate after touch information on described terminal display screen；

Resolve the instruction that performs comprised in described control signal, described control signal include the first control signal or Person's the second control signal, described first control signal comprise first vibration instruction and the first phonetic order at least One, described second control signal comprises the second vibration instruction and the second phonetic order；

Perform described execution to instruct with the touch information to touch control device described in user feedback.

6. a terminal, it is characterised in that including:

Control signal generation module, for analyzing the described touch information that described acquisition module obtains；It is additionally operable to Generate and comprise the control signal performing instruction；

Sending module, sends to described for the described control signal generated by described control signal generation module Touch control device, makes described touch control device to touch information described in user feedback；

7. terminal as claimed in claim 6, it is characterised in that described acquisition module includes:

Velocity information acquiring unit, for obtain described touch control device operate on the display screen of described terminal time Translational speed and send to velocity information judging unit；

Velocity information judging unit, after receiving the translational speed that described velocity information acquiring unit sends, Judge that whether described translational speed is more than predetermined threshold value；It is additionally operable to judge that described translational speed is not more than described During predetermined threshold value, generate position acquisition information and sending to location information acquiring unit；It is additionally operable to judge institute When stating translational speed more than described predetermined threshold value, generate pixel and obtain information and sending pixel acquisition of information Unit；

Location information acquiring unit, the position acquisition sent for receiving described velocity information judging unit disappears After breath, obtain described touch control device touch point positional information on described display screen；

Pixel information acquisition unit, the pixel sent for receiving described velocity information judging unit obtains After cancelling breath, obtain the pixel of described touch control device operation trace process from described display screen interface, described Pixel comprises pixel value.

8. terminal as claimed in claim 7, it is characterised in that described control signal generation module includes:

Touch point analytic unit, for analyzing the touch-control that the location information acquiring unit of described acquisition module obtains Whether dot position information is contained in the significant response region on described display screen；It is additionally operable to analyze described acquisition Effective sound that the touch point positional information that the location information acquiring unit of module obtains is contained on described display screen When answering region, in generation the first vibration instruction generation prompting message and the first phonetic order generation prompting message extremely Few one also sends to the first control signal signal generating unit；

First control signal signal generating unit, for receiving described the first of described touch point analytic unit transmission After vibration instruction generates prompting message and described first phonetic order generation prompting message, generate the first vibration and refer to Order and the first phonetic order；Being additionally operable to generate the first control signal, described first control signal comprises described One vibrates at least one in instruction and described first phonetic order.

9. terminal as claimed in claim 7, it is characterised in that described control signal generation module also includes:

Pixel difference analysis unit, for obtaining pixel by the pixel information acquisition unit of described acquisition module Order carry out neighbor pixel pixel value difference calculate；It is additionally operable in default pixel value difference interval search The difference section corresponding with the described difference calculated；It is additionally operable to generate the second vibration instruction and generates prompting message And send to the second control signal signal generating unit, described second vibration instruction generates prompting message and carries described difference Value section；

Velocity analysis unit, for searching the translational speed phase with described acquisition in default velocity amplitude interval Corresponding velocity amplitude section；It is additionally operable to generate the second phonetic order generate prompting message and send to the second control letter Number signal generating unit, described second phonetic order generates prompting message and carries described velocity amplitude section；

Second control signal signal generating unit, for receiving described the second of described pixel difference analysis unit transmission After vibration instruction generates prompting message, generate the second vibration instruction corresponding with described difference section；It is additionally operable to After receiving the described second phonetic order generation prompting message that described velocity analysis unit sends, generate and institute State the second phonetic order that velocity amplitude section is corresponding；Being additionally operable to generate the second control signal, described second controls Signal packet is containing described second vibration instruction and described second phonetic order.

10. a touch control device, it is characterised in that including:

Receiver module, for receiving the control signal that terminal sends, described control signal is described terminal analysis According to generate after touch control device touch information on described terminal display screen；

Respond module, is used for responding described control signal, to the touch information of touch control device described in user feedback；

Wherein said respond module includes:

Resolution unit, refers to for resolving the execution comprised in the described control signal that described receiver module receives Order, described execution instruction includes vibration instruction and phonetic order, and described control signal includes the first control signal Or the second control signal, described first control signal comprise first vibration instruction and the first phonetic order in extremely Few one, described second control signal comprises the second vibration instruction and the second phonetic order；

Vibration unit, for performing the described first vibration instruction that described resolution unit parses；It is additionally operable to hold The described second vibration instruction that the described resolution unit of row parses；

Voice unit, for performing described first phonetic order that described resolution unit parses；It is additionally operable to hold Described second phonetic order that the described resolution unit of row parses.

The system of 11. 1 kinds of touch information feedback, it is characterised in that include terminal and touch control device, described Terminal be the terminal described in any one of claim 6-9, described touch control device is described in claim 10 Touch control device.