CN103279223A

CN103279223A - Method, device and system for touch information feedback

Info

Publication number: CN103279223A
Application number: CN2013102003372A
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: 2013-09-04
Anticipated expiration: 2033-05-27
Also published as: CN103279223B

Abstract

The invention provides a method, device and system for touch information feedback. The method comprises the following steps that a terminal acquires touch information of a touch device on a display screen of the terminal; the touch information is analyzed, and a control signal containing an execution instruction is generated; the control signal is sent to the touch device, and the touch device is made to feed back the touch information to a user. The method, device and system for the touch information feedback can provide the user with auditory feedback and tactile feedback, wherein the auditory feedback and the tactile feedback can reflect mode information and position information in touch changes; the method, device and system for the touch information feedback can improve touch experience, and has creativity and practicability.

Description

A kind of method, equipment and system of feeding back touch-control message

Technical field

The present invention relates to electronic technology field, relate in particular to a kind of method, equipment and system of feeding back touch information.

Background technology

Touch control device has brought interactive experience comparatively intuitively to the user, it is by obtaining the user comes analysis user to the position of touch screen operation operational order, and respond user's operational order by sound, vibration, smooth picture, make the user and visually experience the feedback information of touch control device in the sense of hearing, sense of touch.Existing touch control device provides the method for vibratory response to be generally, and a vibrating motor is set in terminal, and cooperates the vibration instruction to carry out work with different frequency, so that different touch feelings to be provided; Existing touch control device provides the method for voice response to be generally, and a playback set is set in terminal, and the different sound of matching program instruction broadcast, so that different auditory perceptions to be provided.

Vibrating motor and playback set in the common touch control device are owing to be not to be distributed in thick and fast under the display screen, so on vibrational feedback and sound feedback, can only embody the variable condition of touch-control, can not embody mode, positional information in the variation of user's touch-control, lack touch-control on the spot in person and experience.

Summary of the invention

The embodiment of the invention provides a kind of method, equipment and system of feeding back touch-control message, can provide the sense of hearing and the tactile feedback that can embody mode, positional information in the touch-control variation for the user, can improve touch-control and experience.

Concrete, the embodiment of the invention provides a kind of method of feeding back touch-control message, and it can comprise:

Terminal is obtained the touch information of touch control device on described terminal display screen;

Analyze described touch information, and generate the control signal that comprises execution command;

Send the described described touch control device that controls signal to, make described touch control device to the described touch information of user feedback.

Accordingly, the embodiment of the invention provides a kind of method that responds touch-control message, and it can comprise:

The control signal that receiving terminal sends, described control signal is that described terminal analysis generates behind the touch information on the described terminal display screen according to touch control device;

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

Accordingly, the embodiment of the invention provides a kind of terminal, and it can comprise:

Acquisition module is used for obtaining the touch information of touch control device on described terminal display screen;

The control signal generation module is used for analyzing the described touch information that described acquisition module obtains; Also be used for generating the control signal that comprises execution command;

Sending module is used for the described control signal that described control signal generation module generates is sent to described touch control device, makes described touch control device to the described touch information of user feedback.

Accordingly, the embodiment of the invention provides a kind of touch control device, and it can comprise:

Receiver module is used for the control signal that receiving terminal sends, and described control signal is that described terminal analysis generates behind the touch information on the described terminal display screen according to touch control device;

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

Accordingly, the embodiment of the invention provides a kind of system of feeding back touch-control message, and it can comprise terminal and touch control device, and described terminal is aforesaid terminal, and described touch control device is aforesaid touch control device.

The embodiment of the invention can provide the sense of hearing and the tactile feedback that can embody mode, positional information in the touch-control variation for the user, can improve touch-control and experience.

Description of drawings

In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, to do simple the introduction to the accompanying drawing of required use among the embodiment below, apparently, accompanying drawing in describing below is some embodiment of the embodiment of the invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.

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

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

Fig. 3 is that an example structure of terminal of the present invention is formed synoptic diagram;

Fig. 4 is that another example structure of terminal of the present invention is formed synoptic diagram;

Fig. 5 is that an example structure of touch control device of the present invention is formed synoptic diagram;

Fig. 6 is that another example structure of touch control device of the present invention is formed synoptic diagram;

Fig. 7 is that an example structure of system of the present invention is formed synoptic diagram;

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

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

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

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

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

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.

The embodiment of the invention provides a kind of method of feeding back touch-control message, and it can comprise: terminal is obtained the touch information of touch control device on described terminal display screen; Analyze described touch information, and generate the control signal that comprises execution command; Send the described described touch control device that controls signal to, make described touch control device to the described touch information of user feedback.The method of the embodiment of the invention can provide the sense of hearing and the tactile feedback that can embody mode, positional information in the touch-control variation for the user, can improve touch-control and experience.

Below in conjunction with the drawings and the specific embodiments, the technical scheme of the embodiment of the invention is elaborated.

As shown in Figure 1, an embodiment of the method for the feedback touch-control message of the embodiment of the invention can may further comprise the steps:

Step S110, terminal is obtained the touch information of touch control device on terminal display screen.In concrete the enforcement, obtain the translational speed of touch control device when the display screen operation of terminal; Judge that whether translational speed is greater than predetermined threshold value; If judge translational speed and be not more than predetermined threshold value, then obtain touch control device on display screen the touch point positional information and report to terminal; If judge translational speed greater than predetermined threshold value, then further obtain the pixel of touch control device operation trace process from display screen interface, pixel comprises pixel value.Control method when the control method the when method of the embodiment of the invention is primarily aimed at clicking operation, slide is illustrated.

In the specific implementation, whether the operation of obtaining the translational speed of touch control device when the operation of the display screen of terminal and mainly be in order to differentiate touch control device is clicking operation, and differentiate the operation judge touch control device whether be the method for clicking operation for judging that the translational speed that gets access to is whether greater than predetermined threshold value: be not more than predetermined threshold value as if judging translational speed, then obtain touch control device on display screen the touch point positional information and report to terminal; If judge translational speed greater than predetermined threshold value, then further obtain the pixel of touch control device operation trace process from display screen interface, pixel comprises pixel value.

In the specific implementation, if judge translational speed and be not more than predetermined threshold value, above-mentioned steps is thought the current clicking operation that is, then obtain touch control device on display screen the touch point positional information and report to terminal.Wherein, obtaining the touch point positional information is to judge for effective click of subsequent step.For example, the default threshold speed of terminal is 0, and to have received contact position be the contact condition that A is ordered on the current interface to terminal so, and judges touch control device and be positioned at the A point always, and speed is not more than 0, then thinks current and does clicking operation for touch control device A point on current display interface.

In the specific implementation, if judge translational speed greater than predetermined threshold value, it is slide that above-mentioned steps thinks current, then further obtains the pixel of touch control device operation trace process from display screen interface.Wherein, the pixel that gets access to comprises every pixel value of this pixel, obtains pixel and mainly be the feedback information that need provide for the user in order to extract in the subsequent step.For example, the default threshold speed of terminal is 0, on the interface shown in Figure 11, it is the contact condition that J is ordered on the current interface that terminal has received contact position, and judge touch control device and slided into S point with per second through the speed of 20 different pixels points from the J point, then judge present speed greater than default threshold speed, and think current and do slide for touch control device in current display interface, and sliding trace is shown in the trajectory on Figure 11.

Step S111 analyzes touch information, and generates the control signal that comprises execution command.This step is to analyze according to the touch information that obtains among the step S110, the content mentioned as step S110, and this step will be illustrated respectively with the control signal generation method under the clicking operation, the control signal generation method under the slide.

In concrete the enforcement, the translational speed of judging touch control device as step S110 is zero, current when being clicking operation, generating the control signal that comprises execution command can may further comprise the steps: analyze the touch point positional information of obtaining and whether be contained in significant response zone on the display screen; If the touch point positional information of obtaining is contained in the significant response zone on the display screen, then generate in the first vibration instruction and first phonetic order at least a; Generate, described first control signal comprises in the described first vibration instruction and described first phonetic order at least a.

In the specific implementation, whether the touch point positional information that analysis is obtained is contained in the significant response zone on the display screen.Wherein, the significant response zone is predefined in the configuration of terminal, also can be follow-uply to correct and replenish.Shadow region in the one trajectory analysis synoptic diagram of terminal display screen keyboard interface as shown in figure 10 is effective click on area on the terminal of the embodiment of the invention, the A point of indication on the figure, the A point is positioned on the text box of keyboard interface, detect text box zone clicked after, terminal answers operation response content and prompting to import, then A point region is effective click on area of current interface, when terminal is received the touch point positional information that reports and is the A point, think that current click location is contained in effective click on area of current interface, current click is effectively to click; The B point of indicating on the synoptic diagram as shown in figure 10, the B point is positioned at the keyboard area on the keyboard interface, when terminal receives such B point reporting position information, thinks that current click location is contained in effective click on area of current interface, and current click is effectively to click; The C point of indicating on the synoptic diagram as shown in figure 10, the C point is positioned at the white space on the keyboard interface, when terminal receives such C point reporting position information, thinks that current click location is not contained in effective click on area of current interface, and current click is invalid clicks.

In the specific implementation, judge the touch point positional information of obtaining when aforementioned step and be contained in significant response zone on the display screen, current when being operating as effective click, generate in the first vibration instruction and first phonetic order at least a, wherein, the first vibration instruction is used for the prompting touch control device and carries out first vibrational feedback in current location, and first phonetic order is used for the prompting touch control device and carries out first voice feedback in current location.For example, when terminal receives and judge effective click on area that A dot position information on Figure 10 is contained in current interface, then generate the indication touch control device immediately and instruct and first phonetic order to first vibration of user feedback touch information at current location A point; When terminal receives and judge effective click on area that B dot position information on Figure 10 is contained in current interface, then generate the indication touch control device immediately and instruct and first phonetic order to first vibration of user feedback touch information at current location B point; When terminal receives and judge effective click on area that C dot position information on Figure 10 is not contained in current interface, then do not generate vibration instruction or phonetic order.

In the specific implementation, generate first control signal that comprises the first vibration instruction and/or first phonetic order.Wherein, first control signal is used for the control touch control device, makes touch control device carry out first vibration instruction and/or first phonetic order that first control signal comprises based on current location.For example, terminal can generate the indication touch control device current location A point to the user feedback touch information, comprise that first vibration is instructed and first control signal of first phonetic order; Terminal can generate the indication touch control device current location B point to the user feedback touch information, comprise that first vibration is instructed and first control signal of first phonetic order.

In addition, in concrete the enforcement, the translational speed of judging touch control device as step S110 is greater than predetermined threshold value, and current when being slide, generating the control signal that comprises execution command can may further comprise the steps: the pixel value difference that carries out neighbor pixel by the order of obtaining pixel calculates; In default pixel value difference interval, search the difference section corresponding with the difference that calculates; Generate the second vibration instruction corresponding with the difference section; In default velocity amplitude interval, search the velocity amplitude section corresponding with the translational speed of obtaining; Generate second phonetic order corresponding with the velocity amplitude section; Generate second control signal, second control signal comprises second vibration instruction and second phonetic order.

In the specific implementation, the pixel value difference that carries out neighbor pixel by the order of obtaining pixel calculates.This step judges that mainly whether the sliding trace of touch control device slides into another zone (zone is distinguished with outline line to a certain degree the embodiment of the invention) from a zone of display interface.Give an example as the aforementioned, terminal has detected a sliding trace line on the display interface shown in Figure 11, after then having got access to pixel on the display interface of process on this trajectory by step S110, the pixel value difference that carries out neighbor pixel by the order from J to the S direction calculates, for example, forming every kind of color of RGB(with three primary colors is represented by 8 binary modes) the pixel of 24 system pixel values carry out the pixel difference when judging, can extrapolate a lot of pixel value differences on the trajectory, for example diagram point S ₁, S ₂, S ₃, S ₄, S ₅, S ₆, S ₇, wherein, S ₁Point for trajectory during through the boundary line of button J and button H, S ₂Point for trajectory during through the boundary line of button H and button G, S ₃Be a point in the trajectory process button G process, S ₄Point for trajectory during through the boundary line of button G and button F, S ₅Point for trajectory during through the boundary line of button F and button D, S ₆Point for trajectory during through the boundary line of button D and button S, S ₇Be the end point of trajectory, the pixel value difference that calculates certain point on the track can carry out the pixel of previous point on this point and the track difference and calculate, and for example, the point that desire is calculated is compared with its previous point, can calculate a S ₁Pixel value difference be d ₁, some S ₂Pixel value difference be d ₂, some S ₃Pixel value difference be d ₃, some S ₄Pixel value difference be d ₄, some S ₅Pixel value difference be d ₅, some S ₆Pixel value difference be d ₆, some S ₇Pixel value difference be d ₇These pixel value differences that this step calculates are used for subsequent step and judge whether the pixel value difference that calculates the pixel pre-value that provides in the embodiment of the invention is provided.

In the specific implementation, in default pixel value difference interval, search the difference section corresponding with the difference that calculates; Generate the second vibration instruction corresponding with described difference section.The pixel value difference that abovementioned steps calculates can be used for judging image informations the such as whether outline line of sliding trace and display interface intersects, just whether moved to mode of feeding back these information in another zone from a zone then be to be instructed to embody by the vibration of different frequency to the touch control device mentioned of the embodiment of the invention, and, the pre-value of the several values section by corresponding different frequency vibrating effect is set can feed back the outline line readability of trajectory process.For example, the pixel value difference interval [P that comprises 2 difference sections can be set ₁,+∞), its first difference section that comprises is [P ₁, P ₂), the second difference section is [P ₂,+∞), P ₁＜P ₂, pixel value difference reaches P ₂The vibration frequency of the vibration of second when (being positioned at the second difference section) instruction indication is higher than pixel value difference and reaches P ₁But do not reach P ₂The vibration frequency of the vibration of second when (being positioned at the first difference section) instruction indication moves to keyboard area H at touch control device shown in Figure 11 from keyboard area J, through some S ₁The time, can calculate through a S by abovementioned steps ₁The time pixel value difference d that produces ₁, so, can find out pixel value difference d ₁∈ [P ₂,+∞) should generate the second vibration instruction corresponding with the second difference section this moment; Through a S ₂The time, can calculate through a S by abovementioned steps ₂The time pixel value difference d that produces ₂, so, can find out pixel value difference d ₂∈ [P ₂,+∞) should generate the second vibration instruction corresponding with the second difference section this moment; Through a S ₃The time, can calculate through a S by abovementioned steps ₃The time pixel value difference d that produces ₃, so, can judge pixel value difference d ₃Do not belong to default pixel value difference interval, do not react this moment; Through a S ₄The time, can calculate through a S by abovementioned steps ₄The time pixel value difference d that produces ₄, so, can find out pixel value difference d ₄∈ [P ₂,+∞) should generate the second vibration instruction corresponding with the second difference section this moment; Through a S ₅The time, can calculate through a S by abovementioned steps ₅The time pixel value difference d that produces ₅, so, can find out pixel value difference d ₅∈ [P ₂,+∞) should generate the second vibration instruction corresponding with the second difference section this moment; Through a S ₆The time, can calculate through a S by abovementioned steps ₆The time pixel value difference d that produces ₆, so, can find out pixel value difference d ₆∈ [P ₂,+∞) should generate the second vibration instruction corresponding with the second difference section this moment; Point of arrival S ₇The time, can calculate through a S by abovementioned steps ₇The time pixel value difference d that produces ₇, so, can judge pixel value difference d ₇Do not belong to default pixel value difference interval, do not react this moment.Can be in the lump with reference to a trajectory analysis synoptic diagram of terminal display screen graphic interface shown in Figure 12, S ₈And S ₉Two points on the touch trajectory MN of touch control device obtain and calculate a S by above-mentioned steps ₈Pixel value difference d ₈And some S ₉Pixel value difference d ₉, then this step can find out pixel value difference d ₈∈ [P ₂,+∞), pixel value difference d ₉∈ [P ₁, P ₂), should arrive S at the MN track so accordingly ₈Generate the second vibration instruction corresponding with the second difference section during point, arrive S ₉Generate the second vibration instruction corresponding with the first difference section during point.

In the specific implementation, in default velocity amplitude interval, search the velocity amplitude section corresponding with the translational speed of obtaining; Generate second phonetic order corresponding with the velocity amplitude section that finds out.In describing, can find out, the speed that track generates, just the translational speed of touch control device also is that the terminal desire is by the information of touch control device to user feedback, these feedback informations embody by voice (sound), and the pre-value of the several values section of the sound effect by corresponding different frequency is set can feed back the speed that trajectory generates, in addition, the velocity amplitude segment search of the embodiment of the invention only carries out in the time can generating the second vibration instruction.For example, can arrange the velocity amplitude interval that comprises 2 velocity amplitude sections (0 ,+∞), its first velocity amplitude section that comprises is (0, V ₁), second speed value section is [V ₁,+∞), when generating the second vibration instruction, the speed of this point reaches V ₁The speed that the sound frequency of the second phonetic order indication when (being positioned at second speed value section) is higher than this point does not reach V ₁The sound frequency of the second phonetic order indication moves to keyboard area H at touch control device shown in Figure 11 from keyboard area J when (being positioned at the first velocity amplitude section), through a S ₁The time, can calculate through a S by abovementioned steps ₁The time speed v ₁, so, can find velocity amplitude v ₁∈ [V ₁,+∞), should generate second phonetic order corresponding with second speed value section this moment; Through a S ₂The time, can calculate through a S by abovementioned steps ₂The time speed v ₂, can find velocity amplitude v so ₂∈ [V ₁,+∞), should generate second phonetic order corresponding with second speed value section this moment; Through a S ₄The time, can calculate through a S by abovementioned steps ₄The time speed v ₄, so, can find velocity amplitude v ₄∈ [V ₁,+∞), should generate second phonetic order corresponding with second speed value section this moment; Through a S ₅The time, can calculate through a S by abovementioned steps ₅The time speed v ₅, so, can find velocity amplitude v ₅∈ [0, V ₁), should generate second phonetic order corresponding with the first velocity amplitude section this moment; Through a S ₆The time, can calculate through a S by abovementioned steps ₆The time speed v ₆, so, can find v ₆∈ [0, V ₁), should generate second phonetic order corresponding with the first velocity amplitude section this moment.Can be in the lump with reference in the graphic interface trajectory analysis synoptic diagram shown in Figure 12, the first half translational speed of track MN is slower, and the translational speed of latter half is very fast, S ₈And S ₉Two points on the touch trajectory MN of touch control device obtain and calculate a S by above-mentioned steps ₈Translational speed value v ₈And some v ₉Translational speed value d ₉, then this step can be judged translational speed value v ₈∈ [0, V ₁), translational speed value v ₉∈ [V ₁,+∞) should arrive S at the MN track so accordingly ₈Generate second phonetic order corresponding with second speed value section during point, arrive S ₉Generate second phonetic order corresponding with the first velocity amplitude section during point.

In the specific implementation, terminal generate to be used for the control touch control device and mainly to be based on the instruction that preceding step generates to second control signal of user feedback touch information and to generate control signal.As described above for example in, need on the track shown in Figure 11 the content fed back can for, the JS track is through a some S ₁, S ₂And S ₄Shi Shengcheng comprises second control signal of the second vibration instruction and second phonetic order, wherein, the second vibration instruction is the second vibration instruction corresponding with the second difference section in the pixel value difference interval, second phonetic order be with the velocity amplitude interval in second phonetic order corresponding with second speed value section, this signal can be controlled touch control device and carry out wherein instruction, and position of touch changes and sliding speed in the user feedback user touch information; The JS track is through a S ₅And S ₆Shi Shengcheng comprises second control signal of the second vibration instruction and second phonetic order, wherein, the second vibration instruction is the second vibration instruction corresponding with the second difference section in the pixel value difference interval, second phonetic order be with the velocity amplitude interval in second phonetic order corresponding with the first velocity amplitude section, this signal can be controlled touch control device and carry out wherein instruction, and position of touch changes and sliding speed in the user feedback user touch information; MN track shown in Figure 12 is through some S ₈Shi Shengcheng comprises second control signal of the second vibration instruction and second phonetic order, wherein, the second vibration instruction is the second vibration instruction corresponding with the second difference section in the pixel value difference interval, second phonetic order be with the velocity amplitude interval in second phonetic order corresponding with the first velocity amplitude section, this signal can be controlled touch control device and carry out wherein instruction, and position of touch changes and sliding speed in the user feedback user touch information; The MN track is through a S ₉Shi Shengcheng comprises second control signal of the second vibration instruction and second phonetic order, wherein, the second vibration instruction is the second vibration instruction corresponding with the first difference section in the pixel value difference interval, second phonetic order be with the velocity amplitude interval in second phonetic order corresponding with second speed value section, this signal can be controlled touch control device and carry out wherein instruction, and position of touch changes and sliding speed in the user feedback user touch information.

Step S112 sends a control signal to touch control device, makes touch control device to the user feedback touch information.Be embodied as the control signal that step S111 is generated and be sent to touch control device, this touching signals can comprise first control signal, being used for the control touch control device makes it whether click significant response zone in the terminal current interface and the position of touch-control to user feedback; This touching signals can also comprise second control signal, is used for the control touch control device it is changed and sliding speed to user feedback touch information position of touch.

The embodiment of the invention can also increase the pressure detection function in the process that reality is used, when the touch-control pressure of touch control device is not enough, do not make the feedback of control signal, with prompting user's invalid operation.

The terminal that adopts in the method for the embodiment of the invention is a kind of equipment that has touch-screen, and it can be sent to touch control device with control signal by Wireless transmission mode; Also can be the touch control device power supply simultaneously by the mode of wired connection; It can analyze the touch information of touch control device, and carries out for the control command generation work to field feedback based on this; It can control the touch information that touch control device is expressed the user more meticulously by more conditioned disjunction pre-value is set, mentioned vibration, voice feedback method in the time of can being not limited only to the embodiment of the invention and being the detailed description method, and the feedback testing conditions that sets in describing; Above-mentioned step all can realize by a kind of software or application program, analyzes by data and algorithm, and it is embodied as originally lower.

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

Thus, the method for the feedback touch-control message that the embodiment of the invention provides can provide the sense of hearing and the tactile feedback that can embody mode, positional information in the touch-control variation for the user, has improved touch-control experience, creative, practicality.

The embodiment of the invention also provides a kind of method that responds touch-control message, and it can comprise: receive the control signal that described terminal sends, described control signal is that described terminal analysis generates behind the touch information on the described terminal display screen according to touch control device; Respond described control signal, to the touch information of the described touch control device of user feedback.The embodiment of the invention can provide the sense of hearing and the tactile feedback that can embody mode, positional information in the touch-control variation for the user, can improve touch-control and experience.

As shown in Figure 2, an embodiment of the method for the response touch-control message of the embodiment of the invention can may further comprise the steps:

Step S210, the control signal that receiving terminal sends.Wherein, described control signal is that terminal analysis generates behind the touch information on the terminal display screen according to touch control device, the main body of the control signal that receiving terminal sends is touch control device, and the control signal that this step receives can be a kind of control signal a plurality of, multiple execution command that comprises.Can be with reference to the mentioned content of previous embodiment, the control signal of coming self terminal that this step receives mainly is after the control signal of analysis in abovementioned steps S110 and step S111 generates, to send to touch control device through step S112 terminal.

In the specific implementation, the touch control device of the embodiment of the invention can be first control signal from the control signal that terminal receives in this step, wherein, comprise in the first vibration instruction and first phonetic order at least aly 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.For example, terminal in the abovementioned steps after testing, analyze the touch control device clicking operation that effectively A is ordered in the click on area on terminal display interface shown in Figure 10 after, after having generated and sent first control signal that comprises the first vibration instruction and first phonetic order, touch control device will receive this first control signal in A point position in this step.

In the specific implementation, the touch control device of the embodiment of the invention can be second control signal from the control signal that terminal receives in this step, wherein, comprise the second vibration instruction and second phonetic order in second control signal, this control command is for the touch information orientation and the content change situation that make touch control device on the current display screen interface of user feedback.For example, the terminal in the abovementioned steps after testing, analyze touch control device on terminal display interface shown in Figure 11 in the sliding process, (S when thinking the point that need feed back through terminal ₁, S ₂, S ₄, S ₅, S ₆, S ₈, S ₉), will be on touching terminal display screen this time receive second control signal that needs feedback, as through S on the JS track shown in Figure 11 ₁, S ₂And S ₄The time receive second control signal that comprises the second vibration instruction and second phonetic order that terminal sends, the second vibration instruction wherein is the second vibration instruction corresponding with the second difference section in the pixel value difference interval, second phonetic order wherein be with the velocity amplitude interval in second phonetic order corresponding with second speed value section; At a process point S ₅And S ₆The time receive second control signal that comprises the second vibration instruction and second phonetic order that terminal sends, the second vibration instruction wherein is the second vibration instruction corresponding with the second difference section in the pixel value difference interval, second phonetic order wherein be with the velocity amplitude interval in second phonetic order corresponding with the first velocity amplitude section; Putting S through MN track shown in Figure 12 ₈The time receive second control signal that comprises the second vibration instruction and second phonetic order that terminal sends, the second vibration instruction wherein is the second vibration instruction corresponding with the second difference section in the pixel value difference interval, second phonetic order wherein be with the velocity amplitude interval in second phonetic order corresponding with the first velocity amplitude section; At a process point S ₉The time receive second control signal that comprises the second vibration instruction and second phonetic order that terminal sends, the second vibration instruction wherein is the second vibration instruction corresponding with the first difference section in the pixel value difference interval, second phonetic order wherein be with the velocity amplitude interval in second phonetic order corresponding with second speed value section.

The ability that the touch control device of the embodiment of the invention possesses the above-mentioned control signal of response and carries out all kinds of execution commands that comprise in the above-mentioned signal correctly, in time.

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

In the specific implementation, the execution command that comprises in the control signal that parsing receives refers to that mainly touch control device resolves the execution command that wherein comprises from control signal, for example, this step can parse first vibration instruction and first phonetic order from first control signal that step S210 receives; This step can parse second vibration instruction and second phonetic order from second control signal that step S210 receives.For example, when execution in step S210, the touch control device of the embodiment of the invention is after clicking operation is carried out at interface shown in Figure 10, received first control signal in the A point, then first vibration instruction and first phonetic order that touch control device need be carried out in A point position resolved and obtained to this step from first control signal; When execution in step S210, the touch control device of the embodiment of the invention is in the process of the enterprising line slip operation in interface shown in Figure 11, in S ₁, S ₂And S ₄Point has received second control signal, and then resolve from second control signal and obtain touch control device need be at S for this step ₁, S ₂And S ₄Corresponding second vibration instruction and second phonetic order carried out in the some position; When execution in step S210, in the process of the enterprising line slip operation in interface that the touch control device of the embodiment of the invention is shown in Figure 11, in S ₅And S ₆Point has received second control signal, and then resolve from second control signal and obtain touch control device need be at S for this step ₅And S ₆Corresponding second vibration instruction and second phonetic order carried out in the some position; When execution in step S210, in the process of the enterprising line slip operation in interface that the touch control device of the embodiment of the invention is shown in Figure 12, in S ₈Point has received second control signal, and then resolve from second control signal and obtain touch control device need be at S for this step ₈Corresponding second vibration instruction and second phonetic order carried out in the some position; When execution in step S210, in the process of the enterprising line slip operation in interface that the touch control device of the embodiment of the invention is shown in Figure 11, in S ₉Point has received second control signal, and then resolve from second control signal and obtain touch control device need be at S for this step ₉Corresponding second vibration instruction and second phonetic order that carry out the some position.This step is come to the expressed information of the current touch control operation of user feedback by carry out the execution command that parses at current feedback position.

The touch control device that adopts in the method for the embodiment of the invention can be a kind of pointer of broad sense, the method of attachment of itself and terminal can be by the mode of wireless connections, receive control signal by blue-tooth device, infrared facility etc., resolve control signal and obtain the instruction that wherein comprises by the processor of self; It can wait to carry out the execution command that comprises in the control signal of terminal transmission by vibration, the voice device of self, mentioned instruction when the executable instruction of touch control device that the embodiment of the invention adopts can be not limited only to embodiment of the invention instructions illustrated, it can have more actuating unit and carry out more execution command, thereby makes more careful touch information feedback to the user; The embodiment of the invention can be carried out the touch information feedback to the user, and embodies stronger direction feeling, sense of touch and auditory effect in the process of feedback.Thus, the method for the embodiment of the invention can provide the sense of hearing and the tactile feedback that can embody mode, positional information in the touch-control variation for the user, can embody the actual experience of touch control manner, evolution, has improved touch-control experience, creative, practicality.

Accordingly, the embodiment of the invention also provides a kind of terminal to be used for feedback touch-control message, and it can comprise: acquisition module is used for obtaining the touch information of touch control device on described terminal display screen; The control signal generation module is used for analyzing the described touch information that described acquisition module obtains; Also be used for generating the control signal that comprises execution command; Sending module is used for the described control signal that described control signal generation module generates is sent to described touch control device, makes described touch control device to the described touch information of user feedback.The terminal of the embodiment of the invention can generate and send control signal and control touch control device by analyzing the touch information of touch control device, makes touch control device provide touch information feedback preferably for the user.

Below in conjunction with the drawings and the specific embodiments, the technical scheme of installing in the embodiment of the invention is elaborated.

Fig. 3 is that the structure of the terminal of the embodiment of the invention is formed synoptic diagram, the device of this embodiment can be used for carrying out way shown in Figure 1, concrete, the device of this embodiment comprises: acquisition module 31, control signal generation module 32 and sending module 33, can be in the lump form synoptic diagram with reference to another structure of the terminal of the embodiment of the invention shown in Figure 4, acquisition module 31 can further comprise 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 further comprise touch point analytic unit 321, the first control signal generation unit 322, pixel difference analysis unit 323, velocity analysis unit 324 and the second control signal generation unit 325, wherein:

Acquisition module 31 is used for obtaining the touch information of touch control device on terminal display screen.Wherein, the information that acquisition module gets access to is mainly some information that relate in translational speed, click location or the sliding process of touch control device contact point on the display screen of terminal, concrete, acquisition module 31 can further comprise 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 invention is gathered touch information by following unit respectively with the feedback method of clicking operation and the feedback method of slide.

Velocity information acquiring unit 311, be used for obtaining touch control device when the display screen operation of terminal translational speed and be sent to velocity information judging unit 312.

Velocity information judging unit 312 after being used for receiving the translational speed of velocity information acquiring unit 311 transmissions, judges that whether this translational speed is greater than predetermined threshold value; When also being used for judging this translational speed and being not more than predetermined threshold value, generate the position and obtain information and sending to location information acquiring unit 313; When also being used for judging this translational speed greater than predetermined threshold value, generating pixel and obtain information and sending pixel information acquisition unit 314.Embodiment can not given unnecessary details at this with reference to the mentioned method of step S110.

Location information acquiring unit 313 after being used for receiving position that velocity information judging unit 312 sends and obtaining message, is obtained the touch point positional information of touch control device on display screen.Wherein, this information is mainly used in judging whether the position of touch of touch control device is positioned at the significant response zone of terminal, and whether the current click of touch control device is effective click.Embodiment can not given unnecessary details at this with reference to the mentioned method of step S110.

Pixel information acquisition unit 314 after being used for receiving pixel that velocity information judging unit 312 sends and obtaining message, is obtained the pixel information of touch control device operation trace process from display screen interface.Wherein, the pixel that gets access to comprises every pixel value of this pixel, obtains pixel and mainly be the feedback information that need provide for the user in order to extract in the subsequent step.Embodiment can not given unnecessary details at this with reference to the mentioned method of step S110.

Control signal generation module 32 is used for analyzing the touch information that acquisition module 31 obtains; Also be used for generating the control signal that comprises execution command.Acquisition module 31 as the aforementioned, and the terminal of the embodiment of the invention is mainly carried out the feedback of touch information by two kinds of methods, also are different so participate in the mode of the unit module process information of analysis and process information.Control signal generation module 32 is mainly undertaken by touch point analytic unit 321, the first control signal generation unit, 322 these two unit in the touch information analysis and processing of clicking operation.

Touch point analytic unit 321 be used for to be analyzed touch point positional information that the location information acquiring unit 313 of acquisition module 31 obtains and whether is contained in significant response zone on the display screen; When also being used for analyzing touch point positional information that the location information acquiring unit 313 of acquisition module 31 obtains and being contained in significant response zone on the display screen, generate the first vibration instruction and generate prompting message and also be sent to the first control signal generation unit 322; When also being used for analyzing touch point positional information that the location information acquiring unit 313 of acquisition module 31 obtains and being contained in significant response zone on the display screen, generate first phonetic order and generate prompting message and first phonetic order and generate in the prompting message at least a and be sent to the first control signal generation unit 322.In the feedback method of clicking operation, the operation information that the terminal of the embodiment of the invention mainly needs to make touch control device effectively to click to user feedback under current location, and with the mode not doing the to react operation information to the user feedback invalid clicks.Wherein, the embodiment of the invention for example in mainly make touch control device based on current location in the mode of vibration and voice to the user feedback touch information, so this unit points out the first control signal generation unit 322 to generate corresponding control signal analyzing after aforementioned position of touch is positioned at effective click on area of terminal.Embodiment can not given unnecessary details at this with reference to the mentioned method of step S111.

The first control signal generation unit 322 after being used for receiving the first vibration instruction generation prompting message of touch point analytic unit 321 transmissions, generates first and vibrates instruction; After also being used for receiving first phonetic order generation prompting message of touch point analytic unit 321 transmissions, generate first phonetic order; It is at least a also to be used for generating first control signal that comprises the first vibration instruction and first phonetic order.Described first control signal is mainly used in being sent to touch control device, first vibration instruction and first phonetic order that touch control device is carried out comprise in first control signal.Embodiment can not given unnecessary details at this with reference to the mentioned method of step S111.

Control signal generation module 32 the touch information analysis of slide with handle, mainly undertaken by, pixel difference analysis unit 323, velocity analysis unit 324 and the second control signal generation unit, 325 these three unit.

Pixel difference analysis unit 323, the pixel value difference that the order that is used for the pixel that the pixel information acquisition unit 314 by acquisition module 31 gets access to is carried out neighbor pixel calculates; Also be used in default pixel value difference interval, searching the difference section corresponding with the described difference that calculates; Also be used for generating the second vibration instruction and generate information and sending to the second control signal generation unit 325, the described second vibration instruction generates message and carries the difference section that finds.This unit carries out the pixel value analysis and the analysis of translational speed value mainly is based on the analysis that the touch information of touch control device on current display interface carries out, be mainly used in follow-up signal generation work, make touch control device in the process of sliding in time, exactly to the situation of change of each position touch information of user feedback.Embodiment can not given unnecessary details at this directly with reference to the mentioned method of abovementioned steps S111.

Velocity analysis unit 324 is used for searching the velocity amplitude section corresponding with the translational speed of obtaining in default velocity amplitude interval; Also be used for generating second phonetic order and generate information and sending to the second control signal generation unit 324, wherein, second phonetic order generates message and carries the velocity amplitude section that finds;

The second control signal generation unit 325 after being used for receiving the second vibration instruction generation prompting message of pixel difference analysis unit 323 transmissions, generates second vibration corresponding with the difference section that finds and instructs; After also being used for receiving second phonetic order generation prompting message of velocity analysis unit 324 transmissions, generate second phonetic order corresponding with the velocity amplitude section that finds; Also be used for generating second control signal, wherein, divide in second control signal to comprise second vibration instruction and second phonetic order.Embodiment can not given unnecessary details at this directly with reference to the mentioned method of abovementioned steps S111.

Sending module 33 is used for the control signal that control signal generation module 32 generates is sent to touch control device, makes touch control device to the user feedback touch information.Sending method can comprise wired mode and wireless mode, does not limit at this.Embodiment can be with reference to the mentioned method of step S112, does not do at this and gives unnecessary details.

The terminal that the embodiment of the invention provides is a kind of equipment that has touch-screen, and it can be sent to touch control device with control signal by Wireless transmission mode; Also can be the touch control device power supply simultaneously by the mode of wired connection; It can analyze the touch information of touch control device, and carries out for the control command generation work to field feedback based on this; It can control the touch information that touch control device is expressed the user more meticulously by more conditioned disjunction pre-value is set, mentioned vibration, voice feedback method in the time of can being not limited only to the embodiment of the invention and being the detailed description method, and the feedback testing conditions that sets in describing; Above-mentioned step all can realize by a kind of software or application program, analyzes by data and algorithm, and it is embodied as originally lower.The terminal that the embodiment of the invention provides can be controlled touch control device by the touch information analysis, touch control device is provided to the user can embody mode, the sense of hearing of positional information and the touch information of tactile feedback in the touch-control variation, this device has improved user's experience, has dirigibility, creativeness and practicality.

Accordingly, the embodiment of the invention also provides a kind of control signal that sends for response terminal, to the touch control device of user feedback touch information, it can comprise: receiver module, be used for the control signal that receiving terminal sends, described control signal is that described terminal analysis generates behind the touch information on the described terminal display screen according to touch control device; Respond module is used for the described control signal of response, to the touch information of the described touch control device of user feedback.The control signal of the touch control device that the embodiment of the invention provides response terminal transmission preferably improves the touch information feedback effects.

Fig. 5 is that the structure of the touch control device of the embodiment of the invention is formed synoptic diagram, the device of this embodiment can be used for carrying out way shown in Figure 1, concrete, the device of this embodiment comprises: receiver module 51 and respond module 52, can be in the lump form synoptic diagram with reference to another structure of the touch control device of the embodiment of the invention shown in Figure 6, respond module 52 can further comprise resolution unit 521, vibration unit 522 and voice unit 523, wherein:

Receiver module 51 is used for the control signal that receiving terminal sends.Wherein, this control signal is that terminal analysis generates behind the touch information on the terminal display screen according to touch control device, mentioned content among the step S210 as described above, can comprise one or more execution commands in the control signal that receiver module 51 receives, concrete enforcement can not given unnecessary details at this with reference to content mentioned among the step S210.

Respond module 52 is used for responsive control signal, to the touch information of user feedback touch control device.The respond module 52 of the embodiment of the invention mainly responds by the processors of touch control device, and carries out corresponding instruction by the hardware unit of touch control device.In the embodiment of the invention, respond module 52 can further comprise resolution unit 521, vibration unit 522 and voice unit 523.

Resolution unit 521, the execution command that the control signal that receives for parsing receiver module 51 comprises, the instruction of execution command involving vibrations and phonetic order.Wherein, control signal comprises first control signal or second control signal, and first control signal comprises in the first vibration instruction and first phonetic order at least a, and second control signal comprises second vibration instruction and second phonetic order.Concrete resolving can be with reference to the mentioned method of step S211, does not do at this and gives unnecessary details.

Vibration unit 522 is used for carrying out the first vibration instruction that resolution unit 521 parses; Also be used for carrying out the second vibration instruction that resolution unit 521 parses.Wherein, the device of carrying out the first vibration instruction and the second vibration instruction can be a kind of vibrating motor, embodies the vibrating effect that different vibration instructions embody by adjusting vibration frequency.Concrete implementation can be with reference to the mentioned method of step S211, does not do at this and gives unnecessary details.

Voice unit 523 is used for carrying out first phonetic order that resolution unit 521 parses; Also be used for carrying out second phonetic order that resolution unit 521 parses.Wherein, the device of carrying out first phonetic order and second phonetic order can be a kind of playback set, embodies the sound effect that the different phonetic instruction embodies by adjusting the acoustical vibration frequency.Concrete implementation can be with reference to the mentioned method of step S211, does not do at this and gives unnecessary details.

The respond module 52 of the embodiment of the invention is owing to be immediately to respond the control signal that receiver module 51 receives, so in the response process of reality, the vibration unit 522 of respond module 52 and voice unit 523 are to carry out corresponding execution command simultaneously, that is to say, the user is under maintenance and touch control device state of contact, be the feedback that to accept sense of touch and the sense of hearing in current location, and experience the direction feeling that embodies in the feedback procedure by the relative position variation of touch-control.

The touch control device of the embodiment of the invention can be a kind of pointer of broad sense, the method of attachment of itself and terminal can be by the mode of wireless connections, pass through blue-tooth device, infrared facilitys etc. receive control signal, resolve control signal and obtain the instruction that wherein comprises by the processor of self, and by self vibration, voice device is carried out described instruction, carry out the feedback of touch information to the user, in the process of feedback, reflect stronger direction feeling, sense of touch and auditory effect, the touch control device of the embodiment of the invention has improved the experience of touch-control feedback, has dirigibility, practicality.

Accordingly, the embodiment of the invention provides a kind of system of feeding back touch-control message, and as shown in Figure 7, it can comprise terminal and touch control device, wherein:

Terminal 71 is used for obtaining the touch information of touch control device on terminal display screen; Also be used for analyzing touch information, and comprise the control signal of execution command according to generation; Also be used for sending a control signal to touch control device.The terminal that the embodiment of the invention adopts terminal 71 to provide for previous embodiment, it is mainly used in analyzing the touch information of touch control device 72, and generate corresponding control signal based on this, make touch control device 72 to the user make can embody touch-control change in mode, the sense of hearing of positional information and the feedback of sense of touch.

Touch control device 72 is used for the control signal that receiving terminal sends; Also be used for this control signal of response, to the touch information of user feedback touch control device when terminal is operated.The touch control device that the touch control device 72 that the embodiment of the invention adopts provides for previous embodiment, it is mainly used in the control command of coming response terminal 71 to send by self soft, hardware unit, for the user provides corresponding feedback.

Can be in the lump with reference to an embodiment schematic flow sheet of the system of the embodiment of the invention shown in Figure 8, terminal has wherein adopted a kind of mobile terminal of touch screen, touch control device has wherein adopted a kind of pointer, this flow chart description the analysis process of portable terminal in concrete the use, and the clicking operation response mode of pointer in concrete the use, then the system of the embodiment of the invention flow process of carrying out the touch information feedback can may further comprise the steps:

Step S810, portable terminal have detected the touch information of pointer.This step is the testing of being finished by the terminal in the system.Terminal and step S110 as the aforementioned, the touch information that the portable terminal terminal of the embodiment of the invention detects pointer can comprise mainly that speed detects.

Step S811, whether translational speed is zero.Portable terminal judges it mainly is in order to confirm the mode of current pointer operation to the translational speed in the pointer touch-control in the system of this step.Wherein, be zero if this step is judged the touch-control speed of pointer on portable terminal, then continue execution in step S812; If it is non-vanishing that this step is judged the touch-control speed of pointer on portable terminal, then continue execution in step S816, the feedback that this process is transferred to slide is handled.This step is to be carried out by the terminal in the system, and specific implementation method can be with reference to the mentioned method of abovementioned steps S110.

Step S812, the feedback of clicking operation.The system of this step prompting embodiment of the invention will handle according to the feedback method of clicking operation.

Step S813, whether current operation is positioned at the significant response zone.The embodiment of the invention can embody user's position of touch and changes by whether clicking the significant response zone.Wherein, judge position of touch as if portable terminal in the system and be positioned at the significant response zone, then continue execution in step S814; If portable terminal is judged position of touch not in the significant response zone of portable terminal in the system, then stop the feedback process of clicking operation.Hence one can see that, and when current operation is regarded as when invalid, terminal will not made a response, with the current invalid operation of prompting user.This step is judged that by terminal in the system embodiment can be with reference to the mentioned method of abovementioned steps S111.

Step S814 generates control signal and is sent to pointer.Wherein, the control signal that the embodiment of the invention produces mainly makes pointer carry out corresponding execution command in current location, points out the user current touch information in the mode of sense of touch, the sense of hearing.This step is generated based on aforesaid judgement content by terminal in the system, and generating mode can be with reference to abovementioned steps S111, and sending this mode that controls signal to pointer can be with reference to abovementioned steps S112.

Step S815, pointer is sent vibration in current location, and sound.This step is to be finished by the touch control device in the system, after pointer receives the control signal of portable terminal transmission as the touch control device that is used for response terminal, carry out the various execution commands that comprise in this control signal, embodiment can not given unnecessary details at this with reference to step S210 and the mentioned method of S211.

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

Above-mentioned flow process mainly is the example at the feedback method of the clicking operation that produces in the system, will the example that produce the feedback method of slide in the system be described below.Can be in the lump with reference to an embodiment schematic flow sheet of the system of the embodiment of the invention shown in Figure 9, terminal has wherein adopted a kind of mobile terminal of touch screen, touch control device has wherein adopted a kind of pointer, this flow chart description the analysis process of portable terminal in concrete the use, and the slide response mode of pointer in concrete the use, then the system of the embodiment of the invention flow process of carrying out the touch information feedback can may further comprise the steps:

Step S910, portable terminal have detected the touch information of pointer.This step is the testing of being finished by the terminal in the system.Terminal and step S110 as the aforementioned, the touch information that the portable terminal terminal of the embodiment of the invention detects pointer can comprise mainly that speed detects.

Step S911, whether translational speed is zero.Portable terminal judges it mainly is in order to confirm the mode of current pointer operation to the translational speed in the pointer touch-control in the system of this step.Wherein, this step is judged zero velocity that it is non-vanishing to judge the touch-control speed of pointer on portable terminal as if this step, then continues execution in step S912 as threshold speed; If it is zero that this step is judged the touch-control speed of pointer on portable terminal, then continue execution in step S916, the feedback that this process is transferred to clicking operation shown in Figure 8 is handled.This step is to be carried out by the terminal in the system, and specific implementation method can be with reference to the mentioned method of abovementioned steps S110.

Step S912, the feedback of slide.The system of this step prompting embodiment of the invention will handle according to the feedback method of slide.

Step S913, whether touch trajectory is through change color place or comparatively complete outline line.The portable terminal of embodiment of the invention system this with change color and comparatively complete outline line as the foundation that starts feedback, it judges that principle is that pixel mentioned among the step S111 of previous embodiment is judged principle.When in calculation process, having found to be positioned at the pixel value difference in presetted pixel difference interval, can think current touch trajectory through change color place or comparatively complete outline line, present embodiment can be with reference to the interval value section division methods of previous embodiment.Wherein, be then to continue execution in step S914 if this step is judged as; If this step is judged as and is not, then think and such situation that do not exist continue execution in step S9112, judge the touch-control state.

Step S914, whether outline line is comparatively obvious.Judge outline line mainly is to judge whether the pixel value difference that generates in the computation process is arranged in the second difference section in presetted pixel difference interval comparatively obviously, if surpass, thinks that then outline line is apparent in view, then continues execution in step S915; If the pixel value difference that generates in the computation process is arranged in the first difference section in presetted pixel difference interval, think that then outline line is not clearly, then continues execution in step S916.This step is judged by terminal in the system that mainly embodiment can not given unnecessary details at this with reference to the method for mentioning among step S110 and the step S111.

Step S915 generates and sends the execution command of strong vibration.Wherein, the execution command of strong vibration is comparatively significantly phenomenon and generating of corresponding outline line, the just aforesaid oscillation intensity corresponding with the second difference section.This step is mainly generated by terminal in the system, and embodiment can be with reference to the method for mentioning among the abovementioned steps S111, does not do at this and gives unnecessary details.

Step S916 generates the execution command of sending weak vibration.Wherein, the execution command of weak vibration be corresponding outline line not clearly phenomenon generate the aforesaid oscillation intensity corresponding with the first difference section just.This step is mainly generated by terminal in the system, and embodiment can be with reference to the method for mentioning among the abovementioned steps S111, does not do at this and gives unnecessary details.

Step S917, whether in sliding translational speed is bigger.Wherein, portable terminal judges whether very big foundation is to judge whether the present speed value is arranged in pre-set velocity interval second speed value section for the translational speed of pointer, if present speed is positioned at second speed value section, think that then current movement speed is bigger, then continue execution in step S918; If present speed is arranged in the first velocity amplitude section in pre-set velocity interval,, think that then current movement speed is less, then continue execution in step S919.The main body that this step is judged is the terminal in the system, and embodiment can be with reference to the method for mentioning among the step S111, does not do at this and gives unnecessary details.

Step S918 generates the execution command of sending murmur.Wherein, the phenomenon that the corresponding translational speed of the execution command of murmur is bigger generates, just the aforesaid auditory tone cues corresponding with second speed value section.This step is mainly generated by terminal in the system, and embodiment can be with reference to the method for mentioning among the abovementioned steps S111, does not do at this and gives unnecessary details.

Step S919 generates the execution command of sending clear and melodious sound.Wherein, the less phenomenon of the corresponding translational speed of the execution command of clear and melodious sound generates, just the aforesaid auditory tone cues corresponding with the first velocity amplitude section.This step is mainly generated by terminal in the system, and embodiment can be with reference to the method for mentioning among the abovementioned steps S111, does not do at this and gives unnecessary details.

Step S9110 generates control signal and is sent to pointer.This step mainly is based on the instruction that generates among step S915, step S916, step S918 and the step S919 and generates control signal.Because the determining step of step S917 carries out after step S914 judges successfully, hence one can see that, and this step only generates control signal under the situation that generates the vibration instruction.It is terminal in the system that this step is carried out main body that control signal generates, and embodiment can not given unnecessary details at this with reference to the method for mentioning among the abovementioned steps S111.

Step S9111, pointer is sent corresponding vibration in current location, and sound.This step is to be finished by the touch control device in the system, after pointer receives the control signal of portable terminal transmission as the touch control device that is used for response terminal, carry out the various execution commands that comprise in this control signal, embodiment can not given unnecessary details at this with reference to step S210 and the mentioned method of S211.

Whether step S9112 detects pointer and continues to slide.Because the feedback in the sliding process is a process that successively detects, analyzes and feed back, so after having finished a feedback in the system, if the user does not stop the sliding touch operation of pointer, then also need return execution in step S913; If terminal detects pointer and stopped touch control operation in this moment system, then finish this process.

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

The terminal that adopts in the system of the embodiment of the invention is a kind of equipment that has touch-screen, and it can be sent to touch control device with control signal by Wireless transmission mode; Also can be the touch control device power supply simultaneously by the mode of wired connection; It can analyze the touch information of touch control device, and carries out for the control command generation work to field feedback based on this; It can control the touch information that touch control device is expressed the user more meticulously by more conditioned disjunction pre-value is set, mentioned vibration, voice feedback method in the time of can being not limited only to the embodiment of the invention and being the detailed description method, and the feedback testing conditions that sets in describing; Above-mentioned step all can realize by a kind of software or application program, analyzes by data and algorithm, and it is embodied as originally lower.

The touch control device that adopts in the system of the embodiment of the invention can be a kind of pointer of broad sense, the method of attachment of itself and terminal can be by the mode of wireless connections, receive control signal by blue-tooth device, infrared facility etc., resolve control signal and obtain the instruction that wherein comprises by the processor of self, and carry out described instruction by self vibration, voice device, carry out the feedback of touch information to the user, in the process of feedback, reflect stronger direction feeling, sense of touch and auditory effect.

The system of the embodiment of the invention can match by the terminal in the system and touch control device, for the user provides better touch information feedback, the method of analyzing touch information is very flexible, personalized, the sense of hearing and the tactile feedback of mode during touch-control changes, positional information have been provided in the process of the feedback that provides, improved touch-control experience, creative, practicality.

Module described in the embodiment of the invention or unit, can pass through universal integrated circuit, CPU(Central Processing Unit for example, central processing unit), 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 that realizes in above-described embodiment method, be to instruct relevant hardware to finish by computer program, described program can be stored in the computer read/write memory medium, this program can comprise the flow process as the embodiment of above-mentioned each side method when carrying out.Wherein, described storage medium can be magnetic disc, CD, read-only storage memory body (Read-Only Memory, ROM) or at random store memory body (Random Access Memory, RAM) etc.

Above disclosed only is preferred embodiment of the present invention, certainly can not limit the present invention's interest field with this, one of ordinary skill in the art will appreciate that all or part of flow process that realizes above-described embodiment, and according to the equivalent variations that claim of the present invention is done, still belong to the scope that invention is contained.

Claims

1. a method of feeding back touch-control message is characterized in that, comprising:

2. the method for claim 1 is characterized in that, the touch information that terminal is obtained touch control device comprises:

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

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

If judge described translational speed and be not more than in described predetermined threshold value, then obtain described touch control device on described display screen the touch point positional information and report to described terminal; If judge described translational speed greater than described predetermined threshold value, then further obtain the pixel of described touch control device operation trace process from described display screen interface, described pixel comprises pixel value.

3. method as claimed in claim 2 is characterized in that, when described translational speed is zero, analyzes described touch information, and generates the control signal that comprises execution command and comprise:

Analyze the described touch point positional information of obtaining and whether be contained in significant response zone on the described display screen;

If the described touch point positional information of obtaining is contained in the significant response zone on the described display screen, then generate in the first vibration instruction and first phonetic order at least a;

Generate first control signal, described first control signal comprises in the described first vibration instruction and described first phonetic order at least a.

4. method as claimed in claim 2 is characterized in that, when described translational speed is non-vanishing, analyzes described touch information, and generates the control signal comprise execution command and also comprise:

The pixel value difference that carries out neighbor pixel by the order of obtaining pixel calculates;

In default pixel value difference interval, search the difference section corresponding with the described difference that calculates;

Generate the second vibration instruction corresponding with described difference section;

In default velocity amplitude interval, search the velocity amplitude section corresponding with the described translational speed of obtaining;

Generate second phonetic order corresponding with described velocity amplitude section;

Generate second control signal, described second control signal comprises described second vibration instruction and described second phonetic order.

5. a method that responds touch-control message is characterized in that, comprising:

6. method as claimed in claim 5 is characterized in that, the described control signal of described response comprises:

Resolve the execution command that comprises in the described control signal, described control signal comprises first control signal or second control signal, described first control signal comprises in the first vibration instruction and described first phonetic order at least a, and described second control signal comprises second vibration instruction and second phonetic order;

Carry out described execution command.

7. a terminal is characterized in that, comprising:

8. terminal as claimed in claim 7 is characterized in that, described acquisition module comprises:

The velocity information acquiring unit, be used for obtaining described touch control device when the display screen operation of described terminal translational speed and be sent to the velocity information judging unit;

The velocity information judging unit after being used for receiving the translational speed of described velocity information acquiring unit transmission, judges that whether described translational speed is greater than predetermined threshold value; When also being used for judging described translational speed and being not more than described predetermined threshold value, generate the position and obtain information and sending to location information acquiring unit; When also being used for judging described translational speed greater than described predetermined threshold value, generating pixel and obtain information and sending pixel information acquisition unit;

Location information acquiring unit after being used for receiving position that described velocity information judging unit sends and obtaining message, is obtained the touch point positional information of described touch control device on described display screen;

The pixel information acquisition unit after being used for receiving pixel that described velocity information judging unit sends and obtaining message, is obtained the pixel of described touch control device operation trace process from described display screen interface, and described pixel comprises pixel value.

9. terminal as claimed in claim 8 is characterized in that, described control signal generation module comprises:

The touch point analytic unit be used for to be analyzed touch point positional information that the location information acquiring unit of described acquisition module obtains and whether is contained in significant response zone on the described display screen; When also being used for analyzing touch point positional information that the location information acquiring unit of described acquisition module obtains and being contained in significant response zone on the described display screen, generate the first vibration instruction and generate prompting message and first phonetic order and generate in the prompting message at least a and be sent to the described first control signal generation unit;

The first control signal generation unit, behind the described first vibration instruction generation prompting message that receives described touch point analytic unit transmission and described first phonetic order generation prompting message, generation first vibration instruction and first phonetic order; Also be used for generating first control signal, described first control signal comprises in the described first vibration instruction and described first phonetic order at least a.

10. terminal as claimed in claim 8 is characterized in that, described control signal generation module also comprises:

Pixel difference analysis unit, the pixel value difference that carries out neighbor pixel for the order of obtaining pixel by the pixel information acquisition unit of described acquisition module calculates; Also be used in default pixel value difference interval, searching the difference section corresponding with the described difference that calculates; Also be used for generating the second vibration instruction and generate information and sending to the second control signal generation unit, the described second vibration instruction generates message and carries described difference section;

The velocity analysis unit is used for searching the velocity amplitude section corresponding with the described translational speed of obtaining in default velocity amplitude interval; Also be used for generating second phonetic order and generate information and sending to the second control signal generation unit, described second phonetic order generates message and carries described velocity amplitude section;

The second control signal generation unit after being used for receiving the described second vibration instruction generation prompting message of described pixel difference analysis unit transmission, generates second vibration corresponding with described difference section and instructs; After also being used for receiving described second phonetic order generation prompting message of described velocity analysis unit transmission, generate second phonetic order corresponding with described velocity amplitude section; Also be used for generating second control signal, described second control signal comprises described second vibration instruction and described second phonetic order.

11. a touch control device is characterized in that, comprising:

12. equipment as claimed in claim 11 is characterized in that, described respond module comprises:

Resolution unit, the execution command that the described control signal that receives for the described receiver module of parsing comprises, described execution command involving vibrations instruction and phonetic order, described control signal comprises first control signal or second control signal, described first control signal comprises in the first vibration instruction and first phonetic order at least a, and described second control signal comprises second vibration instruction and second phonetic order;

Vibration unit is used for carrying out the described first vibration instruction that described resolution unit parses; Also be used for carrying out the described second vibration instruction that described resolution unit parses;

Voice unit is used for carrying out described first phonetic order that described resolution unit parses; Also be used for carrying out described second phonetic order that described resolution unit parses.

13. a system of feeding back touch-control message is characterized in that, comprises terminal and touch control device, described terminal is each described terminal of claim 7-11, and described touch control device is claim 11 or 12 described touch control devices.