CN102375588B

CN102375588B - By the method and apparatus that the gesture opertaing device of electronic equipment screen operates

Info

Publication number: CN102375588B
Application number: CN201010257613.5A
Authority: CN
Inventors: 张晔晖; 竺大炜
Original assignee: Shanghai Pateo Electronic Equipment Manufacturing Co Ltd; Shanghai Pateo Network Technology Service Co Ltd
Current assignee: Shanghai Botai Yuzhen Network Technology Service Co Ltd; Pateo Connect and Technology Shanghai Corp
Priority date: 2010-08-19
Filing date: 2010-08-19
Publication date: 2016-01-20
Anticipated expiration: 2030-08-19
Also published as: CN102375588A; CN105159574A

Abstract

The invention discloses the method and apparatus operated by the gesture opertaing device of electronic equipment screen, make the operation interface of screen simple and clear, thus promote Consumer's Experience.Its technical scheme is: method comprises: detect finger on electronic equipment screen for one of them the starting point of drag gesture of multiple operand; Follow this drag gesture, mobile the plurality of operand on desired guiding trajectory; Detect the end point of this drag gesture, allow the plurality of operand rest on current pre-stop place along with the end of this drag gesture; Check the selected bit preset is set up whether there is an operand, if this selected bit preset is set up do not have operand, then pre-stop place is revised, by with this preset selected bit be set up a contiguous operand move to this preset selected bit be set up.

Description

By the method and apparatus that the gesture opertaing device of electronic equipment screen operates

Technical field

The present invention relates to the technology of carrying out gesture operation on electronic equipment screen, particularly relate on the screen of the electronic equipment of onboard system by method and apparatus that gesture operation opertaing device operates.

Background technology

User realizes the playing function of music by onboard system, before choosing required music album, and the title of the music album on the screen of onboard system in meeting display system.User chooses and oneself wants that the special edition listened is play in these music album.

The mode that the display of album name and user carry out selecting is varied, and more commonly list album name with forms mode, user is chosen in album name by directionkeys.But such special edition presentation is single, the selection operation of user is dull, and is not suitable for the display mode of album cover (picture) and selects operation.

Summary of the invention

The object of the invention is to solve the problem, provide a kind of method that gesture opertaing device by electronic equipment screen operates, make the operation interface of screen simple and clear, thus promote Consumer's Experience.

Another object of the present invention is to provide the device that a kind of gesture opertaing device by electronic equipment screen operates.

Technical scheme of the present invention is: present invention is disclosed a kind of method that gesture opertaing device by electronic equipment screen operates, comprising:

(1) finger is detected on electronic equipment screen for one of them the starting point of drag gesture of multiple operand;

(2) this drag gesture is followed, mobile the plurality of operand on desired guiding trajectory;

(3) detect the end point of this drag gesture, allow the plurality of operand rest on current pre-stop place along with the end of this drag gesture;

(4) check the selected bit preset is set up whether there is an operand, if this selected bit preset is set up do not have operand, then pre-stop place is revised, by with this preset selected bit be set up a contiguous operand move to this preset selected bit be set up.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the starting point of this drag gesture is the position that finger touches screen, and the end point of this drag gesture points the position frameed out.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, in step (4), if the moving direction of the plurality of operand is fixing, then the operand nearest from the selected position that this is preset be positioned on this moving direction is moved to this selected bit preset and be set up; If the moving direction of the plurality of operand is not fixing, then the operand nearest from the selected position that this is preset be positioned in either direction is moved to this selected bit preset and be set up.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the moving process of the plurality of operand is that Function Fitting realizes, to make the shift position of the plurality of operand on desired guiding trajectory be continuous print.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the moving process of the plurality of operand is made up of multiple discrete position, and the shift position of the plurality of operand on desired guiding trajectory is interrupted.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the desired guiding trajectory of the plurality of operand is nonocclusive linear graph.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the desired guiding trajectory of the plurality of operand is closed circulation pattern.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, this operand comprises picture, word or label.

Present invention further teaches a kind of method that gesture opertaing device by electronic equipment screen operates, comprising:

(1) finger is detected on electronic equipment screen for the end point of the whipping gesture of one of multiple operand;

(2) instantaneous velocity of finger in this end point is detected;

(3) based on the physical model preset, the displacement of the plurality of operand is calculated according to the instantaneous velocity detected and default damping value;

(4) by the simulation to instantaneous velocity and the default determined physical model of damping value, move the plurality of operand, last the plurality of operand rests on pre-stop place according to the displacement calculated.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, also comprise after step (4):

(5) check the selected bit preset is set up whether there is an operand, if this selected bit preset is set up do not have operand, then pre-stop place is revised, by with this preset selected bit be set up a contiguous operand move to this preset selected bit be set up.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the end point of this whipping gesture points the position frameed out.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, in step (5), if the moving direction of the plurality of operand is fixing, then the operand nearest from the selected position that this is preset be positioned on this moving direction is moved to this selected bit preset and be set up; If the moving direction of the plurality of operand is not fixing, then the operand nearest from the selected position that this is preset be positioned in either direction is moved to this selected bit preset and be set up.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the moving process of the plurality of operand is realized by Function Fitting, to make the shift position of the plurality of operand on desired guiding trajectory be continuous print.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the moving process of the plurality of operand is made up of multiple discrete position, and the shift position of the plurality of operand on desired guiding trajectory is discrete.

The present invention also disclosed a kind of method that gesture opertaing device by electronic equipment screen operates, and comprising:

(1) starting point and the end point of gesture is judged;

(2) detect the instantaneous velocity of finger in this end point, if instantaneous velocity is 0, then represent that this gesture is drag gesture, carry out step (3) ~ (4) below; If instantaneous velocity is not 0, then represent that this gesture is whipping gesture, carry out step (5) ~ (6) below;

(3) this drag gesture is followed, mobile the plurality of operand on desired guiding trajectory;

(4) the plurality of operand is allowed to rest on current pre-stop place along with the end of this drag gesture;

(5) based on the physical model preset, the displacement of the plurality of operand is calculated according to the instantaneous velocity detected and default damping value;

(6) pass through the simulation by instantaneous velocity and the default determined physical model of damping value, move the plurality of operand, last the plurality of operand rests on pre-stop place according to the displacement calculated.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, comprise further in step (4):

After the plurality of operand rests on current pre-stop place, check the selected bit preset is set up whether there is an operand, if this selected bit preset is set up do not have operand, then pre-stop place is revised, by with this preset selected bit be set up a contiguous operand move to this preset selected bit be set up;

Comprise further in step (6):

After the plurality of operand rests on current pre-stop place, check the selected bit preset is set up whether there is an operand, if this selected bit preset is set up do not have operand, then pre-stop place is revised, by with this preset selected bit be set up a contiguous operand move to this preset selected bit be set up.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the starting point of this gesture is the position that finger touches screen, and the end point of this gesture points the position frameed out.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, in step (4) and step (6), if the moving direction of the plurality of operand is fixing, then the operand nearest from the selected position that this is preset be positioned on this moving direction is moved to this selected bit preset and be set up; If the moving direction of the plurality of operand is not fixing, then the operand nearest from the selected position that this is preset be positioned in either direction is moved to this selected bit preset and be set up.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, for drag gesture and whipping gesture, the moving process of the plurality of operand is realized by Function Fitting, to make the shift position of the plurality of operand on desired guiding trajectory be continuous print.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, for drag gesture and whipping gesture, the moving process of the plurality of operand is made up of multiple discrete position, and the shift position of the plurality of operand on desired guiding trajectory is discrete.

According to an embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates, the plurality of operand comprises picture, word or label.

The present invention discloses the device that a kind of gesture opertaing device by electronic equipment screen operates in addition, comprising:

Gesture detection module, detect finger on electronic equipment screen for multiple operand one of them the starting point of drag gesture and end point;

Operand mobile module, connect gesture detection module, follow this drag gesture, mobile the plurality of operand on desired guiding trajectory, start mobile when this starting point being detected, stop mobile when this end point being detected, when stopping mobile, the plurality of operand rests on current pre-stop place;

Position correction module, attended operation object move module, when check out default selected bit be set up there is not an operand time, pre-stop place is revised, by with this preset selected bit be set up a contiguous operand move to this preset selected bit be set up.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, in this gesture detection module, the position judgment that finger is touched screen is the starting point of this drag gesture, is the end point of this drag gesture by pointing the position judgment frameed out.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, this position correction module comprises further:

First amending unit, when the moving direction of the plurality of operand is fixing, moves to default selected bit by the operand nearest from the selected position that this is preset be positioned on this moving direction and is set up;

Second amending unit, when the moving direction of the plurality of operand is not fixing, moves to this selected bit preset by the operand nearest from the selected position that this is preset be positioned in either direction and is set up.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, this operand mobile module comprises further:

Function Fitting unit, realizes the moving process of the plurality of operand in the mode of Function Fitting, to make the shift position of the plurality of operand on desired guiding trajectory be continuous print.

Be interrupted mobile unit, formed the moving process of the plurality of operand by the position at the multiple intervals on desired guiding trajectory, the shift position of the plurality of operand on desired guiding trajectory is interrupted.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, the desired guiding trajectory of the plurality of operand is nonocclusive linear graph.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, the desired guiding trajectory of the plurality of operand is closed circulation pattern.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, this operand comprises picture, word or label.

Present invention further teaches the device that a kind of gesture opertaing device by electronic equipment screen operates, comprising:

Gesture detection module, detects finger on electronic equipment screen for the starting point of the whipping gesture of one of multiple operand and end point;

Velocity measuring module, connects gesture detection module, detects the instantaneous velocity of finger in this end point;

Displacement computing module, connection speed detection module, based on the physical model preset, calculates the displacement of the plurality of operand according to the instantaneous velocity detected and default damping value;

Operand mobile module, connect displacement computing module, by to by instantaneous velocity and the simulation of the determined physical model of damping value preset, move the plurality of operand, last the plurality of operand stops at pre-stop place according to the displacement calculated.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, this device also comprises:

Gesture detection module, detects finger on electronic equipment screen for the starting point of one of multiple operand and end point;

Gesture judgment module, connection speed detection module, if the finger detected is 0 at the instantaneous velocity of end point, then judges that this gesture is drag gesture, if the finger detected is not 0 at the instantaneous velocity of end point, then judges that this gesture is whipping gesture;

First operand mobile module, connect gesture judgment module, operate when judging that this gesture is drag gesture, follow this drag gesture, mobile the plurality of operand on desired guiding trajectory, start mobile when this starting point being detected, stop mobile when this end point being detected, when stopping mobile, the plurality of operand rests on current pre-stop place;

Displacement computing module, connect gesture judgment module and velocity measuring module, operating when judging that this gesture is whipping gesture, based on the physical model preset, calculating the displacement of the plurality of operand according to the instantaneous velocity detected and default damping value;

Second operand mobile module, connect displacement computing module, by to by instantaneous velocity and the simulation of the determined physical model of damping value preset, move the plurality of operand, last the plurality of operand stops at pre-stop place according to the displacement calculated.

Position correction module, connect the first operand mobile module and second operand mobile module, when check out default selected bit be set up there is not an operand time, pre-stop place is revised, by with this preset selected bit be set up a contiguous operand move to this preset selected bit be set up.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, in this gesture detection module, the position judgment that finger is touched screen is the starting point of this gesture, is the end point of this gesture by pointing the position judgment frameed out.

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, this first operand mobile module and this second operand mobile module comprise separately further:

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, this first operand mobile module and this second operand mobile module comprise further:

According to an embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates, the plurality of operand comprises picture, word or label.

The present invention contrasts prior art following beneficial effect: by detecting the instantaneous velocity pointing the moment that frames out, the present invention judges that gesture is drag gesture or whipping gesture, if drag gesture, then according to the drag action of finger on screen, target is dragged to precalculated position, if whipping gesture, then streak on screen along with finger and produce image rotating effect.

Accompanying drawing explanation

Fig. 1 is the process flow diagram of the first embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.

Fig. 2 is the process flow diagram of the second embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.

Fig. 3 is the process flow diagram of the 3rd embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.

Fig. 4 is the process flow diagram of the 4th embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.

Fig. 5 is the process flow diagram of the 5th embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.

Fig. 6 is the schematic diagram of album cover example of the present invention.

Fig. 7 is the schematic diagram of the first embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.

Fig. 8 is the schematic diagram of the second embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.

Fig. 9 is the schematic diagram of the 3rd embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.

Figure 10 is the schematic diagram of the 4th embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.

Figure 11 is the schematic diagram of the 5th embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.

Embodiment

Below in conjunction with drawings and Examples, the invention will be further described.

first embodiment of the method operated by the gesture opertaing device of electronic equipment screen

Fig. 1 shows the flow process of the first embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 1, here is the detailed description to each step in the present embodiment.

Step S10: detect finger on electronic equipment screen for one of them the starting point of drag gesture of multiple operand.

Operand is for the album picture that onboard system electronic equipment shows for the electronic equipment of onboard system for the present embodiment (comprising following embodiment).Certainly, real protection scope of the present invention is not limited thereto, and can be such as the electronic equipment (as mobile phone, portable computer or personal digital assistant) being applied to other system and occasion, operand also can be word, label etc.

For convenience and be convenient to understand, the present embodiment (comprising following embodiment) illustrates with the example in Fig. 6, in the drawings, multiple album covers form the track of an infinitely great symbol on screen, the numbering of the digitized representation album cover in each lattice, in an initial condition, the album cover being positioned at album database front end is filled with in the special edition lattice of the first half (being numbered the special edition lattice of 0 ~ 12 in figure) of infinitely great symbol, the album cover being positioned at album database end is filled with in the special edition lattice of the latter half (being numbered the special edition lattice of 23 ~ 33 in figure) of infinitely great symbol.

Drag gesture in the present embodiment refers to the operation that user is such: user press...withes one's finger screen, and target album cover is dragged to preposition.And the starting point of drag gesture is exactly the position that finger touches screen.Therefore, when finger touches screen, the present embodiment just detects the starting point of drag gesture.

Step S11: one starting point drag gesture being detected, these operands start to follow drag gesture and move on desired guiding trajectory.

Such as, the direction that moves integrally of each album cover in infinitely great symbol has two, is decide the moving direction of album cover by the direction of drag gesture.

In the present embodiment, desired guiding trajectory can be divided into two kinds, and one is nonocclusive linear graph, such as straight line or curve etc., and a kind of is closed circulation pattern, such as circular, ellipse, rectangle or illustrated infinitely great symbol etc.

The moving process of operand can have two kinds of implementations.The first is realized by Function Fitting, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

Another kind allows the moving process of these operands be made up of multiple discrete position, and the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

Step S12: the end point detecting drag gesture.

The position judgment that finger is left electronic equipment screen is the end point of drag gesture.

Step S13: when detecting the end point of drag gesture, allows these operands stop mobile.

In this application current location when stopping mobile being called pre-stop place.

Step S14: while operand stops movement, check the selected bit preset is set up whether there is an operand, if the selected bit preset is set up there is operand, then using pre-stop place as final position, if the selected bit preset is set up there is not operand, then carry out the process of step S15.

Step S15: revise pre-stop place, moves to default selected bit be set up being set up contiguous operand with the selected bit preset.

The correction operation of this step can be divided into two kinds of situations.In the first situation, the moving direction of operand is regulation, then the operand nearest from the selected position of presetting be positioned on this direction is moved to default selected bit and be set up.In the second situation, the moving direction of operand is not fixing, then the operand of (that is, select nearest operand, do not consider which direction it is positioned at) nearest from the selected position of presetting that be positioned in either direction is moved to default selected bit to be set up.

Such as, in illustrated infinitely great symbol, when mobile stopping, No. 10 special edition lattice are parked between No. 6 special edition lattice and No. 7 special edition lattice just, now pre-stop place is exactly the position of No. 10 current stoppings of special edition lattice, the selected position of presetting is the position residing for No. 6 special edition lattice, the movement of once finely tuning again all pictures exactly in correction operation, falls on the position residing for No. 6 special edition lattice to make No. 10 special edition lattice.

second embodiment of the method operated by the gesture opertaing device of electronic equipment screen

Fig. 2 shows the flow process of the second embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 2, here is the detailed description to each step in the present embodiment.

Step S20: detect finger on electronic equipment screen for one of them the end point of whipping gesture of multiple operand.

Whipping gesture in the present embodiment refers to the operation that user is such: user streaks on screen with finger, to the location of operand without specific objective, only produces the effect of rotating.And the starting point of whipping gesture is exactly the position that finger touches screen, end point is exactly point the position frameed out.Therefore, when finger frames out, the present embodiment just detects the end point of whipping gesture.

Step S22: detect the instantaneous velocity of finger in end point.

Step S24: based on the physical model preset, according to the displacement of the instantaneous velocity detected with the damping value calculating operation object preset.

The damping value preset can artificially set, and be a constant, the formula in physical model is also known or artificial setting, known based in instantaneous velocity, damping value and model, can show that operand is under the promotion of instantaneous velocity, can the distance of movement.

Step S26: utilize above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and make operand be parked in pre-stop place according to the displacement calculated.

3rd embodiment of the method operated by the gesture opertaing device of electronic equipment screen

Fig. 3 shows the flow process of the 3rd embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 3, here is the detailed description to each step in the present embodiment.

Step S30: detect finger on electronic equipment screen for one of them the end point of whipping gesture of multiple operand.

Step S31: detect the instantaneous velocity of finger in end point.

Step S32: based on the physical model preset, according to the displacement of the instantaneous velocity detected with the damping value calculating operation object preset.

Step S33: utilize above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and make operand be parked in pre-stop place according to the displacement calculated.

Step S34: while operand stops movement, check the selected bit preset is set up whether there is an operand, if the selected bit preset is set up there is operand, then using pre-stop place as final position, if the selected bit preset is set up there is not operand, then carry out the process of step S35.

Step S35: revise pre-stop place, moves to default selected bit be set up being set up contiguous operand with the selected bit preset.

4th embodiment of the method operated by the gesture opertaing device of electronic equipment screen

Fig. 4 shows the flow process of the 4th embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 4, here is the detailed description to each step in the present embodiment.

Step S40: the starting point and the end point that detect gesture.

The starting point of position when touching screen as gesture will be pointed, the end point of position when frameing out as gesture will be pointed.

Step S41: detect the instantaneous velocity of finger in end point.

Step S42: judge whether instantaneous velocity is 0, if instantaneous velocity is 0, expression is drag gesture, carries out the process of step S43 ~ S44, if instantaneous velocity is not 0, expression is whipping gesture, carries out the process of step S45 ~ S46.

Drag gesture in the present embodiment refers to the operation that user is such: user press...withes one's finger screen, and target album cover is dragged to preposition.

Whipping gesture in the present embodiment refers to the operation that user is such: user streaks on screen with finger, to the location of operand without specific objective, only produces the effect of rotating.

Step S43: operand starts to follow drag gesture and moves on desired guiding trajectory.

Step S44: when drag gesture arrives end point, allows these operands stop mobile.

Step S45: based on the physical model preset, according to the displacement of the instantaneous velocity detected with the damping value calculating operation object preset.

Step S46: utilize above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and make operand be parked in pre-stop place according to the displacement calculated.

5th embodiment of the method operated by the gesture opertaing device of electronic equipment screen

Fig. 5 shows the flow process of the 5th embodiment of the method that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 5, here is the detailed description to each step in the present embodiment.

Step S50: the starting point and the end point that detect gesture.

Step S51: detect the instantaneous velocity of finger in end point.

Step S52: judge whether instantaneous velocity is 0, if instantaneous velocity is 0, expression is drag gesture, carries out the process of step S53 ~ S54, if instantaneous velocity is not 0, expression is whipping gesture, carries out the process of step S55 ~ S56.

Step S53: operand starts to follow drag gesture and moves on desired guiding trajectory.

Step S54: when drag gesture arrives end point, allows these operands stop mobile, then enters the process of step S57.

Step S55: based on the physical model preset, according to the displacement of the instantaneous velocity detected with the damping value calculating operation object preset.

Step S56: utilize above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and make operand be parked in pre-stop place according to the displacement calculated, then enter the process of step S57.

Step S57: while operand stops movement, check the selected bit preset is set up whether there is an operand, if the selected bit preset is set up there is operand, then using pre-stop place as final position, if the selected bit preset is set up there is not operand, then carry out the process of step S58.

Step S58: revise pre-stop place, moves to default selected bit be set up being set up contiguous operand with the selected bit preset.

first embodiment of the device operated by the gesture opertaing device of electronic equipment screen

Fig. 7 shows the principle of the first embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 7, the device of the present embodiment comprises: gesture detection module 10, operand mobile module 12 and position correction module 14.

Annexation between module is: operand mobile module 12 connects gesture detection module 10, position correction module 14 attended operation object move module 12.

The principle of work of device is as follows.In gesture detection module 10, detect finger on electronic equipment screen for multiple operand one of them the starting point of drag gesture and end point.Drag gesture in the present embodiment refers to the operation that user is such: user press...withes one's finger screen, and target album cover is dragged to preposition.And the starting point of drag gesture is exactly the position that finger touches screen.Therefore, when finger touches screen, the present embodiment just detects the starting point of drag gesture.And when finger frames out, the present embodiment just detects the end point of drag gesture.

In operand mobile module 12, operand is moved along with drag gesture on desired guiding trajectory, start when gesture detection module 10 detects starting point mobile, stop when gesture detection module 10 detects end point mobile.When stopping mobile, these operands rest on current position, and this position is called as pre-stop place.Desired guiding trajectory can be divided into two kinds, and one is nonocclusive linear graph, such as straight line or curve etc., and a kind of is closed circulation pattern, such as circular, ellipse, rectangle or illustrated infinitely great symbol etc.

A kind of implementation of operand mobile module 12 is wherein provided with Function Fitting unit, in Function Fitting unit, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

The another kind of implementation of operand mobile module 12 is wherein provided with interruption mobile unit, in interruption mobile unit, the moving process of these operands is allowed to be made up of multiple discrete position, the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

Position correction module 14 be responsible for when check out default selected bit be set up there is not operand time, pre-stop place is revised, moves to default selected bit be set up being set up a contiguous operand with default selected bit.

Position correction module 14 comprises the first amending unit and the second amending unit.In the first amending unit, the moving direction of operand is regulation, the operand nearest from the selected position of presetting be positioned on this direction is moved to default selected bit and is set up.In the second amending unit, the moving direction of operand is not fixing, then the operand of (that is, select nearest operand, do not consider which direction it is positioned at) nearest from the selected position of presetting that be positioned in either direction is moved to default selected bit to be set up.

second embodiment of the device operated by the gesture opertaing device of electronic equipment screen

Fig. 8 shows the principle of the second embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 8, the device of the present embodiment comprises: gesture detection module 20, velocity measuring module 22, displacement computing module 24 and operand mobile module 26.

Annexation between module is: velocity measuring module 22 connects gesture detection module 20, and displacement computing module 24 connection speed detection module 22, operand mobile module 26 connects displacement computing module 24.

The principle of work of device is as follows.Gesture detection module 20 detects finger on electronic equipment screen for the starting point of the whipping gesture of one of multiple operand and end point.Whipping gesture in the present embodiment refers to the operation that user is such: user streaks on screen with finger, to the location of operand without specific objective, only produces the effect of rotating.And the starting point of whipping gesture is exactly the position that finger touches screen, end point is exactly point the position frameed out.Therefore, when finger frames out, the present embodiment just detects the end point of whipping gesture.

Velocity measuring module 22 detects the instantaneous velocity of finger in end point.Displacement computing module 24 based on the physical model preset, according to the instantaneous velocity detected and the displacement of damping value calculating operation object preset.The damping value preset can artificially set, and be a constant, the formula in physical model is also known or artificial setting, known based in instantaneous velocity, damping value and model, can show that operand is under the promotion of instantaneous velocity, can the distance of movement.

Operand mobile module 26 utilizes above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and makes operand be parked in pre-stop place according to the displacement calculated.

A kind of implementation of operand mobile module 26 is wherein provided with Function Fitting unit, in Function Fitting unit, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

The another kind of implementation of operand mobile module 26 is wherein provided with interruption mobile unit, in interruption mobile unit, the moving process of these operands is allowed to be made up of multiple discrete position, the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

3rd embodiment of the device operated by the gesture opertaing device of electronic equipment screen

Fig. 9 shows the principle of the 3rd embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Fig. 9, the device of the present embodiment comprises: gesture detection module 30, velocity measuring module 32, displacement computing module 34, operand mobile module 36 and position correction module 38.

Annexation between module is: velocity measuring module 32 connects gesture detection module 30, displacement computing module 34 connection speed detection module 32, operand mobile module 36 connects displacement computing module 34, position correction module 38 attended operation object move module 36.

The principle of work of device is as follows.Gesture detection module 30 detects finger on electronic equipment screen for the starting point of the whipping gesture of one of multiple operand and end point.Whipping gesture in the present embodiment refers to the operation that user is such: user streaks on screen with finger, to the location of operand without specific objective, only produces the effect of rotating.And the starting point of whipping gesture is exactly the position that finger touches screen, end point is exactly point the position frameed out.Therefore, when finger frames out, the present embodiment just detects the end point of whipping gesture.

Velocity measuring module 32 detects the instantaneous velocity of finger in end point.Displacement computing module 34 based on the physical model preset, according to the instantaneous velocity detected and the displacement of damping value calculating operation object preset.The damping value preset can artificially set, and be a constant, the formula in physical model is also known or artificial setting, known based in instantaneous velocity, damping value and model, can show that operand is under the promotion of instantaneous velocity, can the distance of movement.

Operand mobile module 36 utilizes above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and makes operand be parked in pre-stop place according to the displacement calculated.

A kind of implementation of operand mobile module 36 is wherein provided with Function Fitting unit, in Function Fitting unit, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

The another kind of implementation of operand mobile module 36 is wherein provided with interruption mobile unit, in interruption mobile unit, the moving process of these operands is allowed to be made up of multiple discrete position, the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

Position correction module 38 check out default selected bit be set up there is not operand time, pre-stop place is revised, moves to default selected bit be set up being set up contiguous operand with the selected bit preset.

Position correction module 38 comprises the first amending unit and the second amending unit.In the first amending unit, the moving direction of operand is regulation, the operand nearest from the selected position of presetting be positioned on this direction is moved to default selected bit and is set up.In the second amending unit, the moving direction of operand is not fixing, then the operand of (that is, select nearest operand, do not consider which direction it is positioned at) nearest from the selected position of presetting that be positioned in either direction is moved to default selected bit to be set up.

4th embodiment of the device operated by the gesture opertaing device of electronic equipment screen

Figure 10 shows the principle of the 4th embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Figure 10, the device of the present embodiment comprises: gesture detection module 40, velocity measuring module 41, gesture judgment module 42, first operand mobile module 43, displacement computing module 44 and second operand mobile module 45.

Annexation between module is: velocity measuring module 41 connects gesture detection module 40, gesture judgment module 42 connection speed detection module 41, first operand mobile module 43 connects gesture judgment module 42, displacement computing module 44 connects gesture judgment module 42 and velocity measuring module 41 simultaneously, and second operand mobile module 45 connects displacement computing module 44.

The principle of work of device is as follows.Gesture detection module 40 detects finger on electronic equipment screen for the starting point of one of multiple operand and end point.Wherein, being the starting point of gesture by the position judgment that finger touches screen, is the end point of gesture by pointing the position judgment frameed out.

Velocity measuring module 41 detects the instantaneous velocity of finger in end point.At the instantaneous velocity of end point, the finger calculated according to velocity measuring module 41 by gesture judgment module 42 again judges that gesture belongs to drag gesture or whipping gesture.If instantaneous velocity is 0, then judge it is drag gesture, if instantaneous velocity is not 0, then judge it is whipping gesture.

When judge be drag gesture after, carry out the operation of the first operand mobile module 43.In the first operand mobile module 43, operand is moved along with drag gesture on desired guiding trajectory, start when gesture detection module 40 detects starting point mobile, stop when gesture detection module 40 detects end point mobile.When stopping mobile, these operands rest on current position, and this position is called as pre-stop place.Desired guiding trajectory can be divided into two kinds, and one is nonocclusive linear graph, such as straight line or curve etc., and a kind of is closed circulation pattern, such as circular, ellipse, rectangle or illustrated infinitely great symbol etc.

A kind of implementation of the first operand mobile module 43 is wherein provided with Function Fitting unit, in Function Fitting unit, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

The another kind of implementation of the first operand mobile module 43 is wherein provided with interruption mobile unit, in interruption mobile unit, the moving process of these operands is allowed to be made up of multiple discrete position, the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

When judge be whipping gesture after, carry out the operation of displacement computing module 44.Displacement computing module 44 based on the physical model preset, according to the instantaneous velocity detected and the displacement of damping value calculating operation object preset.The damping value preset can artificially set, and be a constant, the formula in physical model is also known or artificial setting, known based in instantaneous velocity, damping value and model, can show that operand is under the promotion of instantaneous velocity, can the distance of movement.

Second operand mobile module 45 utilizes above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and makes operand be parked in pre-stop place according to the displacement calculated.

A kind of implementation of second operand mobile module 45 is wherein provided with Function Fitting unit, in Function Fitting unit, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

The another kind of implementation of second operand mobile module 45 is wherein provided with interruption mobile unit, in interruption mobile unit, the moving process of these operands is allowed to be made up of multiple discrete position, the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

5th embodiment of the device operated by the gesture opertaing device of electronic equipment screen

Figure 11 shows the principle of the 5th embodiment of the device that the gesture opertaing device by electronic equipment screen of the present invention operates.Refer to Figure 11, the device of the present embodiment comprises: gesture detection module 50, velocity measuring module 51, gesture judgment module 52, first operand mobile module 53, displacement computing module 54, second operand mobile module 55 and position correction module 56.

Annexation between module is: velocity measuring module 51 connects gesture detection module 50, gesture judgment module 52 connection speed detection module 51, first operand mobile module 53 connects gesture judgment module 52, displacement computing module 54 connects gesture judgment module 52 and velocity measuring module 51 respectively, and second operand mobile module 55 connects displacement computing module 54.Position correction module 56 connects the first operand mobile module 53 and second operand mobile module 55 respectively.

The principle of work of device is as follows.Gesture detection module 50 detects finger on electronic equipment screen for the starting point of one of multiple operand and end point.Wherein, being the starting point of gesture by the position judgment that finger touches screen, is the end point of gesture by pointing the position judgment frameed out.

Velocity measuring module 51 detects the instantaneous velocity of finger in end point.At the instantaneous velocity of end point, the finger calculated according to velocity measuring module 51 by gesture judgment module 52 again judges that gesture belongs to drag gesture or whipping gesture.If instantaneous velocity is 0, then judge it is drag gesture, if instantaneous velocity is not 0, then judge it is whipping gesture.

When judge be drag gesture after, carry out the operation of the first operand mobile module 53.In the first operand mobile module 53, operand is moved along with drag gesture on desired guiding trajectory, start when gesture detection module 50 detects starting point mobile, stop when gesture detection module 50 detects end point mobile.When stopping mobile, these operands rest on current position, and this position is called as pre-stop place.Desired guiding trajectory can be divided into two kinds, and one is nonocclusive linear graph, such as straight line or curve etc., and a kind of is closed circulation pattern, such as circular, ellipse, rectangle or illustrated infinitely great symbol etc.

A kind of implementation of the first operand mobile module 53 is wherein provided with Function Fitting unit, in Function Fitting unit, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

The another kind of implementation of the first operand mobile module 53 is wherein provided with interruption mobile unit, in interruption mobile unit, the moving process of these operands is allowed to be made up of multiple discrete position, the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

When judge be whipping gesture after, carry out the operation of displacement computing module 54.Displacement computing module 54 based on the physical model preset, according to the instantaneous velocity detected and the displacement of damping value calculating operation object preset.The damping value preset can artificially set, and be a constant, the formula in physical model is also known or artificial setting, known based in instantaneous velocity, damping value and model, can show that operand is under the promotion of instantaneous velocity, can the distance of movement.

Second operand mobile module 55 utilizes above-mentioned physical model simulation moving process, mobile operand on desired guiding trajectory, and makes operand be parked in pre-stop place according to the displacement calculated.

A kind of implementation of second operand mobile module 55 is wherein provided with Function Fitting unit, in Function Fitting unit, the movement function of operand on desired guiding trajectory is carried out matching, the benefit of such realization is the arbitrfary point that operand can be distributed on matching track, the moving process of these operands on desired guiding trajectory can be made to be continuous print, and the movement such from visual effect is comparatively smooth-going.

The another kind of implementation of second operand mobile module 55 is wherein provided with interruption mobile unit, in interruption mobile unit, the moving process of these operands is allowed to be made up of multiple discrete position, the shift position of multiple operand on desired guiding trajectory is interrupted, and the shift position of these operands on desired guiding trajectory is interrupted like this.For example, for the album cover of the infinitely great symbol in Fig. 6, arranged according to certain angle bisecting on screen by the display position of picture, feature is owing to there is distance between adjacent display positions, therefore visually can produce the phenomenon of picture tabbing.

Position correction module 56 check out default selected bit be set up there is not operand time, pre-stop place is revised, moves to default selected bit be set up being set up contiguous operand with the selected bit preset.

Position correction module 56 comprises the first amending unit and the second amending unit.In the first amending unit, the moving direction of operand is regulation, the operand nearest from the selected position of presetting be positioned on this direction is moved to default selected bit and is set up.In the second amending unit, the moving direction of operand is not fixing, then the operand of (that is, select nearest operand, do not consider which direction it is positioned at) nearest from the selected position of presetting that be positioned in either direction is moved to default selected bit to be set up.

Above-described embodiment is available to those of ordinary skill in the art to realize or uses of the present invention; those of ordinary skill in the art can be without departing from the present invention in the case of the inventive idea; various modifications or change are made to above-described embodiment; thus protection scope of the present invention not limit by above-described embodiment, and should be the maximum magnitude meeting the inventive features that claims are mentioned.

Claims

1., by the method that the gesture opertaing device of electronic equipment screen operates, comprising:

2. the method that operates of the gesture opertaing device by electronic equipment screen according to claim 1, is characterized in that, the starting point of this drag gesture is the position that finger touches screen, and the end point of this drag gesture points the position frameed out.

3. the method that operates of the gesture opertaing device by electronic equipment screen according to claim 1, it is characterized in that, in step (4), if the moving direction of the plurality of operand is fixing, then the operand nearest from the selected position that this is preset be positioned on this moving direction is moved to this selected bit preset and be set up; If the moving direction of the plurality of operand is not fixing, then the operand nearest from the selected position that this is preset be positioned in either direction is moved to this selected bit preset and be set up.

4. the method that operates of the gesture opertaing device by electronic equipment screen according to claim 1, it is characterized in that, the moving process of the plurality of operand is that Function Fitting realizes, to make the shift position of the plurality of operand on desired guiding trajectory be continuous print.

5. the method that operates of the gesture opertaing device by electronic equipment screen according to claim 1, it is characterized in that, the moving process of the plurality of operand is made up of multiple discrete position, and the shift position of the plurality of operand on desired guiding trajectory is interrupted.

6. the method that operates of the gesture opertaing device by electronic equipment screen according to claim 1, it is characterized in that, the desired guiding trajectory of the plurality of operand is nonocclusive linear graph.

7. the method that operates of the gesture opertaing device by electronic equipment screen according to claim 1, it is characterized in that, the desired guiding trajectory of the plurality of operand is closed circulation pattern.

8. the method that the gesture opertaing device by electronic equipment screen according to any one of claim 1 ~ 7 operates, it is characterized in that, this operand comprises picture, word or label.

9., by the method that the gesture opertaing device of electronic equipment screen operates, comprising:

(1) starting point and the end point of gesture is judged;

(3) this drag gesture is followed, mobile multiple operand on desired guiding trajectory;

10. the method that operates of the gesture opertaing device by electronic equipment screen according to claim 9, is characterized in that, comprise further in step (4):

Comprise further in step (6):

The method that the 11. gesture opertaing devices by electronic equipment screen according to claim 9 operate, it is characterized in that, in step (1), the starting point of this gesture is the position that finger touches screen, and the end point of this gesture points the position frameed out.

The method that the 12. gesture opertaing devices by electronic equipment screen according to claim 10 operate, it is characterized in that, in step (4) and step (6), if the moving direction of the plurality of operand is fixing, then the operand nearest from the selected position that this is preset be positioned on this moving direction is moved to this selected bit preset and be set up; If the moving direction of the plurality of operand is not fixing, then the operand nearest from the selected position that this is preset be positioned in either direction is moved to this selected bit preset and be set up.

The method that the 13. gesture opertaing devices by electronic equipment screen according to claim 9 operate, it is characterized in that, for drag gesture and whipping gesture, the moving process of the plurality of operand is realized by Function Fitting, to make the shift position of the plurality of operand on desired guiding trajectory be continuous print.

The method that the 14. gesture opertaing devices by electronic equipment screen according to claim 9 operate, it is characterized in that, for drag gesture and whipping gesture, the moving process of the plurality of operand is made up of multiple discrete position, and the shift position of the plurality of operand on desired guiding trajectory is discrete.

The method that the 15. gesture opertaing devices by electronic equipment screen according to claim 9 operate, it is characterized in that, the desired guiding trajectory of the plurality of operand is nonocclusive linear graph.

The method that the 16. gesture opertaing devices by electronic equipment screen according to claim 9 operate, it is characterized in that, the desired guiding trajectory of the plurality of operand is closed circulation pattern.

The method that 17. gesture opertaing devices by electronic equipment screen according to any one of claim 9 ~ 16 operate, it is characterized in that, the plurality of operand comprises picture, word or label.

The device that 18. 1 kinds of gesture opertaing devices by electronic equipment screen operate, comprising:

The device that the 19. gesture opertaing devices by electronic equipment screen according to claim 18 operate, it is characterized in that, in this gesture detection module, the position judgment that finger is touched screen is the starting point of this drag gesture, is the end point of this drag gesture by pointing the position judgment frameed out.

The device that the 20. gesture opertaing devices by electronic equipment screen according to claim 18 operate, it is characterized in that, this position correction module comprises further:

The device that the 21. gesture opertaing devices by electronic equipment screen according to claim 18 operate, it is characterized in that, this operand mobile module comprises further:

The device that the 22. gesture opertaing devices by electronic equipment screen according to claim 18 operate, it is characterized in that, this operand mobile module comprises further:

The device that the 23. gesture opertaing devices by electronic equipment screen according to claim 18 operate, it is characterized in that, the desired guiding trajectory of the plurality of operand is nonocclusive linear graph.

The device that the 24. gesture opertaing devices by electronic equipment screen according to claim 18 operate, it is characterized in that, the desired guiding trajectory of the plurality of operand is closed circulation pattern.

The device that 25. gesture opertaing devices by electronic equipment screen according to any one of claim 18 ~ 24 operate, it is characterized in that, this operand comprises picture, word or label.

The device that 26. 1 kinds of gesture opertaing devices by electronic equipment screen operate, is characterized in that, comprising:

The device that the 27. gesture opertaing devices by electronic equipment screen according to claim 26 operate, it is characterized in that, this device also comprises:

The device that the 28. gesture opertaing devices by electronic equipment screen according to claim 26 operate, it is characterized in that, in this gesture detection module, being the starting point of this gesture by the position judgment that finger touches screen, is the end point of this gesture by pointing the position judgment frameed out.

The device that the 29. gesture opertaing devices by electronic equipment screen according to claim 27 operate, it is characterized in that, this position correction module comprises further:

The device that the 30. gesture opertaing devices by electronic equipment screen according to claim 26 operate, is characterized in that, this first operand mobile module and this second operand mobile module comprise separately further:

The device that the 31. gesture opertaing devices by electronic equipment screen according to claim 26 operate, is characterized in that, this first operand mobile module and this second operand mobile module comprise further:

The device that the 32. gesture opertaing devices by electronic equipment screen according to claim 26 operate, it is characterized in that, the desired guiding trajectory of the plurality of operand is nonocclusive linear graph.

The device that the 33. gesture opertaing devices by electronic equipment screen according to claim 26 operate, it is characterized in that, the desired guiding trajectory of the plurality of operand is closed circulation pattern.

The device that 34. gesture opertaing devices by electronic equipment screen according to any one of claim 26 ~ 33 operate, it is characterized in that, the plurality of operand comprises picture, word or label.