CN103105997B - Method for changing coordinate value of icon according to sensing signal and electronic device - Google Patents

Abstract

The invention provides a method for changing an icon coordinate value according to a sensing signal and an electronic device, comprising the following steps: outputting a sensing signal according to an operation of a user through a sensor; displaying a plurality of icons in an operating system through a display, wherein each icon corresponds to component data respectively; and obtaining a plurality of icons currently displayed by the display when the sensing signal and a trigger signal are received by a processor, generating an updated coordinate value of each icon in the icons currently displayed by the display according to the sensing signal output by the sensor, changing the coordinates of the icons in the operating system, and displaying the icons currently displayed by the display again by the display according to the updated coordinate values. By the method and the device, the icon which is most frequently used by the user can be positioned at the position which is most easily clicked by the user, and the use habit of the user is met.

Description

Method according to sensing signal change coordinates of icon value and electronic installation

Technical field

The present invention provides a kind of method of coordinate figure that can change icon according to sensing signal, output sensing signal after particularly one can allow user operate via sensor, to change coordinates of icon value, the method again showing the arrangement position of icon (icon).

Background technology

Intelligent mobile phone or tablet PC is available for consumer use the most widely, and the picture of consumer's viewing intelligent mobile phone for convenience, the size of display the most constantly changes, but so causes the operational problem of user.Fig. 1 is the icon schematic diagram of an existing electronic installation.The display 11 of electronic installation 10 shows the multiple icons in an operating system, such as icon A to I.User is when one-handed performance electronic installation 10, and the position of finger is likely located at the vicinity of icon A.If user wants to click icon I, then it is not easy to move to finger the position of icon I, and user would generally click icon I by an other hands.Although problem can be solved, but want user bimanualness, and user cannot be allowed to use one hand to click icon to be clicked easily.Generally user can move adjustment icon voluntarily, but still needs to be adjusted one by one by user or set, quite inconvenience.

Summary of the invention

A kind of method that it is an object of the invention to provide coordinate figure that can change icon according to sensing signal, to meet the use habit of user.

Other objects and advantages of the present invention can be further understood from the technical characteristic that disclosed herein.

For reaching one of above-mentioned or partly or entirely purpose or other purpose, one embodiment of the invention provides a kind of method of coordinate figure according to sensing signal change icon, including: via a sensor, according to operation output one sensing signal of a user；Via a display, show multiple icons in an operating system, the corresponding module data respectively of icon described in each of which；And, via a processor, when receiving a triggering signal, obtain multiple icons that this display is shown at present, this sensing signal exported according to this sensor produces the renewal coordinate figure of each icon in described display shown icon at present, change the coordinate of icon described in this operating system, this display again show described display shown icon at present according to updating coordinate figure.

Another embodiment of the present invention provides the electronic installation of a kind of coordinate figure according to sensing signal change icon, including: a sensor, according to operation output one sensing signal of a user；One display, shows multiple icons in an operating system, the corresponding module data respectively of icon described in each of which；And, one processor, this sensor of electrical connection and this display, when receiving a triggering signal, obtain multiple icons that this display is shown at present, produce the renewal coordinate figure of each icon in described display shown icon at present according to this sensing signal, change the coordinate of icon described in this operating system, this display again show described display shown icon at present according to updating coordinate figure.

Another embodiment of the present invention provides a kind of electronic installation.This electronic installation includes a coordinates of icon modular converter, an individualized analysis module, a sensor and a processor.This coordinates of icon modular converter, receives the coordinates of icon primary data in an operating system.This individualized analysis module, obtains multiple parameters that the multiple icons in this coordinates of icon primary data are corresponding, and calculates the weights of each icon according to the described parameter received.This sensor, receives and transmits a sensing signal to this individualized analysis module.This processor, this sensor of electrical connection and this individualized analysis module, when receiving this sensing signal and one triggers signal, described icon, according to the weights of each icon, is changed arrangement mode by this coordinates of icon modular converter.

By the invention it is possible to allow the icon not being often used person's use most be positioned at the position that user is easiest to click, meet the use habit of user.

Accompanying drawing explanation

Fig. 1 is the icon schematic diagram of an existing electronic installation；

Fig. 2 A is the flow chart of a kind of coordinate figure method according to sensing signal change icon according to one embodiment of the invention；

Fig. 2 B is the flow chart of the coordinate figure method changing icon according to another embodiment of the present invention according to sensing signal；

Fig. 3 is the schematic diagram according to one embodiment of the present invention；

Fig. 4 is the flow chart of another embodiment of the method according to the present invention；

Fig. 5 is the schematic diagram of an embodiment of the electronic installation of a kind of coordinate figure according to sensing signal change icon according to the present invention；

Fig. 6 is the flow chart of an embodiment of the method for the coordinate figure changing icon according to contact panel track according to the present invention.

Fig. 7 is the flow chart of an embodiment of the method rocking or rotating the coordinate figure changing icon according to mobile phone according to the present invention；

Fig. 8 is to detect the time of the touching method schematic diagram as sensing signal of contact panel specific region according to another embodiment of the present invention；

Fig. 9 is using detection contact panel track as the method flow schematic diagram triggering signal according to another embodiment of the present invention；

Figure 10 is to reduce the schematic diagram of dummy keyboard according to another embodiment of the present invention；

Figure 11 is the flow chart arranging icon according to another embodiment of the present invention according to weights change；

Figure 12 is the schematic diagram using intelligent mobile phone as embodiment according to the present invention；

Figure 13 is the schematic diagram of another embodiment of the electronic installation according to the present invention.

Drawing reference numeral:

10～electronic installation

11～display

S201～S203 step

S211～S214 step

30a, 30b, 61,62,63,64,71,72,73,74,81,83,91,94,1001,1002～desktop

31,32～track

S41～S44 step

50～electronic installation

51～first sensor

52～display

53～processor

54～second sensor

55～memory element

56～individualized module

57～feedback module

60,70,80,90,1000,1200～intelligent mobile phone

65～first track

66～second track

67,68～imaginary axis

82～window

P1, P2～position

93～first track

95～central area

A～T～icon

1003～dummy keyboard

S1101-S1108 step

1201～processor

1202～application program

1203～sensor

1300～electronic installation

1301～processor

1302～sensor

1303～coordinates of icon modular converter

1304～individualized analyze module

Detailed description of the invention

For the present invention aforementioned and other technology contents, feature and effect, coordinate with reference in the detailed description of a preferred embodiment of icon following, can clearly present.The direction term being previously mentioned in following example, such as: upper and lower, left and right, front or rear etc., is only the direction with reference to the additional icon.Therefore, the direction term of use is used to explanation, is not used for limiting the present invention.The present invention is applicable to the electronic installation of various tool sensor, such as intelligent mobile phone, tablet PC, the computer etc. of tool Touch Screen, but the invention is not restricted to this.

Fig. 2 A is the flow chart of a kind of coordinate figure method according to sensing signal change icon according to one embodiment of the invention.In step S201, via a sensor, according to operation output one sensing signal of a user.In this step, sensor can be a contact panel, a linear acceleration device, a gyroscope or a mike.In step S202, via a display, show multiple icons in an operating system, the corresponding module data respectively of icon described in each of which.In this step, module data can be used to start an instruction, opens an application program, opens a data folder, open archives and carry out a link (such as link network address, the address etc. of storage archives).In step S203, via a processor, when receiving above-mentioned sensing signal and one triggers signal, obtain multiple icons that display is shown at present, then the sensing signal exported according to sensor produce the most shown in the renewal coordinate figure of each icon, the coordinate of the most shown icon of change, is then shown icon by display according to updating coordinate figure again.In this step, triggering signal can be a push button signalling, an application program launching signal or any sensing signal, e.g. previous sensor signal (that is triggering signal and sensing signal are same signals) or another kind of sensing signal.Additionally, sensing signal and triggering signal can be to produce simultaneously, rock electronic installation generation the most simultaneously and vibrate as sensing signal, and by next specific keys as triggering signal.Can also be first to produce sensing signal to produce triggering signal again, such as overturn electronic installation, an application program is started as triggering signal after being produced sensing signal by gyroscope, processor is caused to perform change icon arrangement function, that is update coordinates of icon value, change coordinates of icon, again display etc., can also be first to produce triggering signal to produce sensing signal again, such as long by a specific keys as triggering signal after, tilted electron device is produced sensing signal by gyroscope, causes processor to perform change icon arrangement function.

Time further, processor more can receive and whether analyte sensors signal meets a predetermined condition, just sends triggering signal when an analysis result of sensor signal meets predetermined condition.In another embodiment, the renewal coordinate figure of above-mentioned each icon of generation and change coordinates of icon, can be that shown multiple icons are carried out a certain specific icon arrangement, such as by multiple icon sets are arranged in left, concentrate be arranged in lower section, along display picture surrounding arrangement, carry out left and right upset according to an axle, spin upside down according to an axle.

Fig. 2 B is the flow chart of the coordinate figure method changing icon according to another embodiment of the present invention according to sensing signal.In step S211, via a coordinates of icon modular converter, first obtaining an initial icon data of multiple icons shown by the operating system of current electronic installation, this initial icon packet has contained the display picture of each icon, title and at present in the coordinate position of electronic installation display picture.This initial icon data is acquired after may being provided by the operating system of electronic installation or coming the picture that acquisition electronics shows at present, and analysis by an application program.In step S212, via an individualized analysis module, obtain multiple parameters that the multiple icons in coordinates of icon primary data are corresponding, and calculate the weights of each icon according to the parameter received.The weights of each icon can be the initial weight setting each icon via operating system, click the number of times of icon then according to user, frequency, icon set up the time, perform recently to should icon application program time, to should execution time of application program of icon, to should the parameter such as download time of application program of icon, adjust this initial weight.It is to say, after initial weight can be adjusted according to the custom of user, and obtain the personalized weights of user.Weights can also be the personal data being collected user by the operating system in electronic installation, or set a personal data of each icon by user, then produces this weights according to this personal data.In step S213, via a sensor, receive and transmit a sensing signal to this individualized analysis module.In step S214, via a processor, when receiving sensing signal and triggering signal, make coordinates of icon modular converter according to the weights of each icon, shown icon is changed arrangement mode.Processor in electronic installation can detect whether receive sensing signal and trigger signal.In the present embodiment, as long as electronic installation is simultaneously received predetermined sensing signal and touching signals, carry out the coordinate figure method of the change icon of the present embodiment.When but if now user is carrying out other application program, even if electronic installation receives predetermined touching signals, it is possible to the method not performing the present embodiment.In another embodiment, coordinates of icon modular converter and individualized module of analyzing are to realize via an application program, when when the processor of electronic installation receives predetermined sensing signal and touching signals, coordinates of icon modular converter and the individualized application program analyzing module are not activated, then processor makes application program to be first activated, then in the method performing the present embodiment.

In further embodiments, different sensing signals also can distinguish the icon arrangement pattern of corresponding multi-form.Such as when electronic installation has multiple sensor, the sensing signal of each sensor is distinguished the icon arrangement pattern of correspondence, can be previously stored in a memory element.Then can export according to the operation of user, the sensing signal corresponding to difference.When processor receives the sensing signal triggering signal and exported, which sensing signal judge to be exported at present from the plurality of sensor is, then obtain the icon arrangement corresponding to the sensing signal that should be exported at present from memory element, produce the renewal coordinate figure of each icon in the most shown icon.For example, electronic installation can have first sensor (exportable first sensing signal) and one second sensor (exportable second sensing signal), memory element storage has the first icon arrangement (such as being arranged by all icons) corresponding to the first sensing signal in rightmost, with the second icon arrangement (the most all icons carry out left and right upset according to the central vertical line of display as an axis of symmetry) corresponding to the second sensing signal, when processor receives first sensor or one of them output sensing signal exported of the second sensor and triggers signal, can be according to output sensing signal (the e.g. first sensing signal), corresponding icon arrangement (the i.e. first icon arrangement) is obtained via memory element, produce display and show the renewal coordinate figure of all icons in picture at present.

In further embodiments, sensing signal only one, and different triggering signals also can distinguish the icon arrangement pattern of corresponding multi-form, also can be previously stored in a memory element.Analyze this triggering signal to determine the icon arrangement pattern of a correspondence.Because triggering signal may have many kind aspects, thereby increases and it is possible to by different sensors or produced via electronic installation, it is therefore necessary to first analyze the aspect triggering signal to determine that ensuing icon arrangement is intended to according to that a kind of icon arrangement pattern.For example, trigger signal may mobile phone vibrations, swing or shake, or start an application program, and the icon arrangement pattern of correspondence may be one to fall pattern.When electronic installation receives this triggering signal, multiple icons of display on now display can be allowed to fall to the bottom of display.Or electronic installation can detect whether current display device has touched situation, if any, the most described figure rotating savings is moved to the surrounding in the touched region of display device.In another embodiment, triggering signal may be the user one first motion track on Touch Screen, this motion track is in order to define an axis, then further according to the user one second motion track on Touch Screen, determines the arrangement mode of multiple icons of display on now display.

Refer to Fig. 3.Fig. 3 is the schematic diagram according to one embodiment of the present invention formula.In Fig. 3, desktop 30a represent initial icon arrangement, desktop 30b represent modified arrangement icon after desktop schematic diagram.In figure 3, the first motion track, as shown in track 31, is one to move horizontally to the right track, and the second track, as shown in track 32, is one upwards to vertically move track.Icon now first can be divided into two clusters (group) according to track 31 via processor by the present invention, is exchanged the position of the multiple icons below the multiple icons above track 31 and track 31 then according to track 32, and formation is such as desktop 30b.

Fig. 4 is the flow chart of another embodiment of the method according to the present invention.The present embodiment method can be by the application program in electronic installation or by performed by the operating system of electronic installation.Hereinafter, this implementation by the application program (such as icon arrangement program) in electronic installation via performed by the processor in electronic installation, cause processor perform change icon arrangement function as a example by explanation.In step S41, icon arrangement program can detect whether to receive a triggering signal.This triggering signal is probably in the way of interrupt signal and notifies this application program.This triggering signal may be by a contact panel of electronic installation, gyroscope, a gravity sensor (G-sensor) or button is sent.In another embodiment, one first application program can be passed through, receive the sensing data that contact panel, gyroscope or gravity sensor send, and according to the sensing data received, it may be judged whether meet and send the specified conditions triggering signal.For example, if the motion track that user is on contact panel is that then the first application program sends this touching signals to the lower right corner by the upper right corner of contact panel to the lower left corner or the upper left corner.In another example, user presets continuous horizontal shake electronic installation three times, and when the angle of shake every time is all more than a predetermined angular, represents now user arrangement to be changed icon.If the action that therefore the first application program has understood user according to the sensing signal received is level shake electronic installation three times, and when the angle of shake every time is all more than this predetermined angular, then the first application program sends this touching signals.

In step S42, icon arrangement program is modified arrangement to the multiple icons in the display device of now electronic installation.Icon arrangement program first can judge according to the data that this triggering signal or the first application program transmit with which kind of pattern of rows and columns change arrangement icon.Then, icon arrangement program can obtain a personal data, in order to produce the weights corresponding to each icon, and arranges icon according to the weights of each icon with pattern of rows and columns change.By such mode, allow one first icon that user most possibly uses, be positioned at the position that user is easiest to click.For example, when the user of a right-handed person only holds intelligent mobile phone with left hand one hand, or when both hands hold tablet PC, for user, the position that thumb is easiest to click is located in the lower left corner of Touch Screen.Therefore, in the icon after change arrangement, the icon more likely clicked by user will be closer to the lower left corner of Touch Screen.

Then, in step S43, icon arrangement program can determine whether to receive identical triggering signal within a certain period of time, or is determined whether that continuous two identical triggering signal productions occur by the first application program.If nothing, then this method terminates.If having, then it represents that user is dissatisfied for the icon arranged in step S42, then enter in step S44.In step S44, icon arrangement program can be by icon with random number way change arrangement.In this embodiment, if the icon of arrangement is still unsatisfied with by user, then can repeat to produce the action triggering signal, allow icon arrangement method continue between step S43 and step S44 and repeat, until user clicks arbitrary icon.Then, icon arrangement program can record icon and the icon arrangement of last desktop that user selects, and calculate the weights of each icon according to the data of record.As it was previously stated, personal data potentially includes clicks the number of times of icon, frequency, perform should time of an application program etc. of icon.In the present embodiment, also can add the data of picture mark position in personal data, as a reference of the weights calculating each icon.

Fig. 5 is the schematic diagram of an embodiment of the electronic installation of a kind of coordinate figure according to sensing signal change icon according to the present invention.Electronic installation 50, including first sensor 51, display 52, processor the 53, second sensor 54, memory element 55, individualized module 56 and feedback module 57.First sensor 51, according to operation output one first sensing signal of a user, wherein this first sensor 51 may be a contact panel, a linear acceleration device or a gyroscope.Display 52, show multiple icons in an operating system, the respectively corresponding module data of icon described in each of which, wherein this module data be used for starting an instruction, open an application program, open a data folder, open archives and carry out a link (such as link network address, the address etc. of storage archives) etc. one of them.Processor 53, electrical connection this first sensor 51 and this display 52, when receiving this first sensing signal and one triggers signal, obtain multiple icons that this display is shown at present, the renewal coordinate figure of each icon in described display shown icon at present is produced according to this first sensing signal, change the coordinate of icon described in this operating system, again described icon is shown according to updating coordinate figure by this display 52, wherein this described icon is respectively provided with weights, and this processor 53 is according to this first sensing signal and the weights of described icon, produce the renewal coordinate figure of each icon in described icon.

In another embodiment, electronic installation 50 has one or more second sensor 54, can be according to the second sensing signal of the operation output correspondence respectively of this user.Memory element 55 stores corresponding first sensing signal, the icon arrangement of each second sensing signal, the such as first icon arrangement, multiple second icon arrangement respectively.When processor 53 receives first sensor and the second sensor any of which sensing signal and this triggering signal, the icon arrangement of correspondence is obtained from this memory element 55, to produce the renewal coordinate figure of each icon in described display shown icon at present according to received sensing signal.Individualized module 56, couple processor 53, receive a personal data of each icon, wherein this personal data include frequency that number of times that this icon title, a coordinate of this icon, this icon clicked, this icon clicked, the one of this icon set up the time, to should an application program of icon up-to-date execution time, total execution time of this application program, a download time of this application program, the type of this application program, to should archives of icon and this file type or an in-service evaluation of this application program.Feedback module 57, couples processor 53, sends at least one operation after this change arranges described icon of this user to this individualized module 57, in order to correct these weights of described icon.

Fig. 6 is the flow chart of an embodiment of the method for the coordinate figure changing icon according to contact panel track according to the present invention.The present embodiment illustrates as a example by an intelligent mobile phone 60, and it is also applicable to tablet PC.Desktop 61～64 display intelligent mobile phone 60 is in the icon arrangement of different time points.In desktop 61, icon A to icon T presets arrangement mode with one and shows the display device at intelligent mobile phone 60.When intelligent mobile phone 60 detects first track 65 of user, a sensing signal i.e. detected, a triggering signal generator in intelligent mobile phone 60 is enabled, and decide whether to send the tactile icon arrangement module signaling in intelligent mobile phone 60 according to the next action of user, cause processor to perform change icon arrangement function.In desktop 62, intelligent mobile phone 60 detects one second track 66 of user, now the triggering signal generator in intelligent mobile phone 60 judges to meet one of triggering signal Production conditions according to the first track 65 and the second track 66, therefore can send and touch the icon arrangement module signaling in intelligent mobile phone 60.In the present embodiment, whether icon change arrangement is executed by processor is can be through two stage judgement.First, first stage is to determine whether icon arrangement module is activated.Therefore, it is judged that whether the first track 65 meets an AD HOC or rule, determines whether icon arrangement module is activated.Then, after icon arrangement module is activated, does not perform icon change arrangement at once, but can judge next whether have the signal meeting established rule to produce.In the present embodiment, after the second track 66 meets a pre-defined rule, icon arrangement module just can perform the action of icon change arrangement.In the present embodiment, the second track 66 represents that the mode of icon change arrangement is based on the imaginary axis that the first track 65 is formed, and is overturn from upper right toward lower-left by icon.If the second track 66 is a upper motion track down, then the mode of icon change arrangement is based on an imaginary axis of the first track 65 formation or is positioned at icon 62 1 horizontal imaginary axle, is overturn from top to bottom by icon.

In the present embodiment, the icon A on desktop 62 to icon T can be through the mobile icon arrangement that just can reach to want of twice.Refer to the explanation of desktop 63 and desktop 64.Icon A to icon T can be carried out overturning for the first time in a clockwise direction or counterclockwise by icon A to icon T first along imaginary axis 67, and the result after upset is as shown in desktop 63.Then, the icon A shown on desktop 63 to icon T can be carried out second time overturn first along imaginary axis 68 in a clockwise direction or counterclockwise by icon A to icon T, and the result after upset is as shown in desktop 64.The arrangement mode of the icon A on desktop 64 to icon T is exactly the icon arrangement desired by user.It should be noted that user may not can be appreciated that the icon arrangement of desktop 63, and it is immediately seen the icon arrangement of desktop 64.In another embodiment, icon A to icon T, when carrying out overturning for the first time with second time upset, can show in animation mode.

Fig. 7 is the flow chart of an embodiment of the method rocking or rotating the coordinate figure changing icon according to mobile phone according to the present invention.The present embodiment explanation as a example by an intelligent mobile phone 70.Desktop 71～74 display intelligent mobile phone 70 is in the icon arrangement of different time points.In desktop 71, icon A to icon I is preset arrangement mode by one and shows the display device at intelligent mobile phone 70.When intelligent mobile phone 70 is rocked by horizontal continuity, and when the speed of intelligent mobile phone 70 or angular velocity being detected more than a predetermined value, i.e. detect that a sensing signal and triggers signal.Then, the icon A in desktop 72 to icon I will drop to the bottom of desktop in the way of similar freely falling body, as shown in desktop 73.In the present embodiment, the weights of icon are the biggest, and the speed dropped is the fastest, the most just closer to the bottom of desktop 73.In the present embodiment, the maximum weight of icon F, the weights of icon E are minimum.If intelligent mobile phone 70 tilts, icon A to icon I also can adaptive change position, as shown in desktop 74.When icon A to icon I is from the position that change in location is desktop 74 of desktop 73, can show in animation mode.

Fig. 8 is to detect the time of the touching method schematic diagram as sensing signal of contact panel specific region according to another embodiment of the present invention.The present embodiment illustrates as a example by an intelligent mobile phone 80, and it is also applicable to tablet PC.Desktop 81 shows the intelligent mobile phones 80 icon arrangement at different time points from 83.When on the contact panel that intelligent mobile phone 80 detects user touching intelligent mobile phone 80, the time of a specific region is more than a scheduled time, a sensing signal i.e. detected, a triggering signal is triggered automatically according to this sensing signal immediately, such as start an application program, and on the display of intelligent mobile phone 80, set up a window 82, all of icon in comprising desktop 81 in this window 82.In other words, the initial display content of window 82 be desktop 81 reduce plate.All icons in window 82 can be operated in window 82 by user by finger, as operated all icons of desktop 81.It should be noted that now relative position between all icons in window 82, can be the relative position between all icons of desktop 81, icons all in desktop 81 are reduced and moves to the position of user finger convenient operation.

In the aforementioned embodiment, window 82 icon can be seen as the display result that in desktop 81, icon rearranges.Time further, user can move moving icon in window 82 in touching mode, operate, it can also utilize linear acceleration device or gyroscope to detect incline direction and the angle of inclination (such as aforesaid sensing signal) of intelligent mobile phone 80, move the icon in window 82 further or rearrange icon.

Time further, the icon in window 82 also can zoom in and out by the angle of other sensing signal such as user inclination intelligent mobile phone 80.For example, when the position of intelligent mobile phone 80 moves into place P2 from position P1, the icon sizes in window 82 can be amplified, as shown in desktop 83.Consequently, it is possible to the position of original icon A is farthest from the lower left corner of the display of intelligent mobile phone 80, by the design of window 82, icon A just may be displayed on the region, the lower left corner of the display of intelligent mobile phone 80, facilitates user to click.In another embodiment, it is necessary to the region in window 82 detects and touched, and detect intelligent mobile phone 80 up or level down tilts by level simultaneously, and the icon in window 82 just can be zoomed in and out.Additionally, the most further time, feedback can be carried out according to the operation of user, and analyze the use habit of user, correction intelligent mobile phone 80 point-to-point speed and the icon scaling multiplying power corresponding to inclined degree and the icon translational speed of window 82.

Fig. 9 is using detection contact panel track as the method flow schematic diagram triggering signal according to another embodiment of the present invention.The present embodiment illustrates as a example by an intelligent mobile phone 90, and it is also applicable to tablet PC.In the present embodiment, first receive trigger signal, receive sensing signal again after rearrange the embodiment of icon.Desktop 91 shows the intelligent mobile phones 90 icon arrangement at different time points from 94.The present embodiment explanation as a example by one first track 93 is triggering signal.When intelligent mobile phone 90 detects this first track 93, start an application program.Time further, user can pass through this application program sets itself gesture (gestures) with track as the triggering signal specified.In the present embodiment, be i.e. based on a upper right toward lower-left singly refer to track be trigger signal.In another embodiment, the operating system of user or intelligent mobile phone 90 can set a specific region (such as central area 95) of the display of intelligent mobile phone 90, when the track detected has by this specific region, and the length of track falls in a preset range, it is issued by triggering signal to start application program.While sending triggering signal, intelligent mobile phone 90 can send vibrations to inform that user application program has been actuated while.In another embodiment, the operating system of user or intelligent mobile phone 90 can set a specific region (such as central area 95) of the display of intelligent mobile phone 90, when the track detected has by this specific region, and user has vibrations or shake mobile phone, then start application program.

After application program is activated, the first track 93 is i.e. set to a upset axle center, moves or rotates sensing signal produced by mobile phone then according to user and arrange to carry out icon change, and the icon after arrangement is as shown in desktop 94.The arrangement mode of the icon in desktop 91 and desktop 94, is i.e. centered by the first track 93, according to moving or rotate the result that icon is carried out swapping left and right by sensing signal produced by mobile phone.In another embodiment, then can shake using user or shake mobile phone be as sensing signal according to user motion track on contact panel for triggering signal, then carry out icon change arrangement.In simple terms, user first is to start icon arrangement program or the triggering signal of module inferior to the motion track on contact panel, but does not carry out icon change arrangement at once.By the time within a scheduled time, user vibrations or the sensing signal of shake mobile phone detected, just start to perform icon change arrangement.In the present embodiment, user can pass through icon arrangement program, the sensing signal of sets itself icon change arrangement, as rotated the angle of mobile phone, the angle of mobile phone inclination according to user or setting a threshold values (threshold) of the acceleration that mobile phone moves.

Figure 10 is to reduce the schematic diagram of dummy keyboard according to another embodiment of the present invention.The present embodiment is primarily directed to the display mode explanation of dummy keyboard.The present embodiment illustrates as a example by an intelligent mobile phone 1000, and it is also applicable to tablet PC.Desktop 1001 shows the intelligent mobile phones 1000 icon arrangement at different time points from 1002.In desktop 1001, dummy keyboard 1003 can show by large-size for convenience of user uses.When detecting that user rocks or rotates mobile phone 1000, icon arrangement method will be activated, and now dummy keyboard 1003 can be reduced, and is arranged on the corner of screen.Profit can allow intelligent mobile phone 1000 facilitate user to operate dummy keyboard in such a way, the most also will not be accounted for the biggest viewing area by dummy keyboard 1003 always.

Figure 11 is the flow chart arranging icon according to another embodiment of the present invention according to weights change.In step S1101, a processor of electronic installation or an application program can receive the sensing data that sensor transmits.Sensor may be contact panel, linear acceleration device, gyroscope or mike.In step S1102, processor or application program can analyze whether these sensing data have the Production conditions meeting triggering signal with the operation judging user.If nothing, then return to step S1101.If having, then performing step S1103, changing arrangement icon according to the weights of current icon.Then, in step S1104, according to user for the operation after the icon arrangement result of step S1103, processor or application program can judge whether the icon arrangement result of step S1103 meets the demand of user.The most then perform step S1108, by the operational feedback of user to processor or application program, as the reference of the modified weight of icon.If the icon arrangement result of step S1103 is unsatisfactory for the demand of user, then performing step S1105, processor or application program can add 1 to an enumerator.In step S1106, first judge that whether the count value of this hour counter is equal to a threshold values (threshold value).If so, step S1107 is performed, by the counting value returns of enumerator, then with the multiple icons on the desktop of random number way change arrangement electronic installation.If the count value of enumerator is less than this threshold values, then returns to step S1103, adjust the weights of icon according to the operating result of user.

Figure 12 is the schematic diagram using intelligent mobile phone as embodiment according to the present invention.Intelligent mobile phone 1200 contains processor 1201, application program 1202 and a sensor 1203.Processor 1201 is in order to perform application program 1202.Sensor 1203 may be contact panel, linear acceleration device or gyroscope.Application program 1202 can detect whether to receive a triggering signal, and this triggering signal is probably in the way of interrupt signal and notifies application program 1202.This triggering signal may be by a contact panel of electronic installation, gyroscope, a gravity sensor (G-sensor) or button is sent.In another embodiment, the sensing data that application program 1202 can receive and analyte sensors 1203 transmits, and judge whether to meet the specified conditions sending triggering signal according to the sensing data received.When receiving the specified conditions triggering signal or generation triggering signal and being satisfied, the multiple icons in the display device of now electronic installation can be changed arrangement by application program 1202.Application program 1202 first can judge according to this triggering signal or this specified conditions with which kind of pattern of rows and columns change arrangement icon.Then, application program 1202 can obtain a personal data, in order to produce the weights corresponding to each icon, and arranges icon according to the weights of each icon with pattern of rows and columns change.By such mode, one first icon not being often used person's use most is allowed to be positioned at the position that user is easiest to click.

Figure 13 is the schematic diagram of another embodiment of the electronic installation according to the present invention.Electronic installation 1300 includes that a coordinates of icon modular converter 1303, is individualized and analyzes module 1304, sensor 1302 and a processor 1301.Coordinates of icon modular converter 1303, receives a coordinates of icon primary data of icon shown by current picture in an operating system.Individualized analysis module 1304, obtains multiple parameters that the multiple icons in this coordinates of icon primary data are corresponding, and calculates the weights of each icon according to the described parameter received.Sensor 1302, receives and transmits a sensing signal to this individualized analysis module 1304.Processor 1301, this sensor 1302 of electrical connection and this individualized analysis module 1304, when receiving this sensing signal and one triggers signal, described icon, according to the weights of each icon, is changed arrangement mode by this coordinates of icon modular converter 1303.

The above, only presently preferred embodiments of the present invention, when not limiting, with this, the scope that the present invention implements, the simple equivalence the most generally made according to the claims in the present invention and invention description content changes and modifies, the most still remaining within the scope of the patent.Additionally any embodiment or the claim of the present invention is not necessary to reach the whole purposes that disclosed herein or advantage or feature.Additionally, summary part and title are intended merely to assist patent document search to be used, not it is used for limiting the interest field of the present invention.

Claims (7)

1. the side of the coordinate figure changing icon according to the sensing signal detected by contact panel track Method, it is adaptable to the display multiple icons in a display device of hand-hold device, it is characterised in that institute The method stated includes:

Via a sensor, according to one first track output one of the user operation on a contact panel First sensing signal and according to one second track output one second sensing signal；

Via this display device, showing multiple icons in an operating system, icon described in each of which is respectively A corresponding module data；

When this first sensing signal being detected, enable a triggering signal generator；

Receive and analyze whether this first sensing signal meets a predetermined condition with this second sensing signal, when This first sensing signal meets this predetermined condition with an analysis result of this second sensing signal, and this triggering is believed Number generator sends one and touches and send signals to an icon arrangement module；

When this icon arrangement module receives this triggering signal, enable an icon arrangement module；

When this icon arrangement module receives and judge that this first sensing signal and this second sensing signal meet one During start-up mode, receive described first sensing signal, the second sensing signal and this triggering via a processor Signal, obtains the coordinate of icon described in this operating system, this first sense exported according to this sensor Survey this first track corresponding to signal and this second track corresponding to this second sensing signal produces this operation system The renewal coordinate figure of each icon of icon described in system, changes the seat of icon described in this operating system Mark, is shown icon described in this operating system by this display device according to the change of described renewal coordinate figure；

Wherein, the mode of described icon change arrangement is based on the imaginary axis that this first track is formed, base Rearrange in a direction defined in this second track.

2. more change plan according to the sensing signal detected by contact panel track as claimed in claim 1 The method of target coordinate figure, it is characterised in that described module data in order to start an instruction, open one should By program, open a data folder, open archives and open one of them of a chained address.

3. more change plan according to the sensing signal detected by contact panel track as claimed in claim 1 The method of target coordinate figure, it is characterised in that described sensor is a linear acceleration device or a gyroscope.

4. more change plan according to the sensing signal detected by contact panel track as claimed in claim 1 The method of target coordinate figure, it is characterised in that figure described in described operating system changed by described processor During target coordinate, change the display size size of described icon, by described display device according to updating coordinate Display size size after value and change, shows described display device shown icon at present again.

5. the electricity of the coordinate figure changing icon according to the sensing signal detected by contact panel track Sub-device, it is characterised in that described electronic installation includes:

One sensor, according to one first track output one first of the user operation on a contact panel Sensing signal and according to one second track output one second sensing signal；

One display device, shows multiple icons in an operating system, the correspondence respectively of icon described in each of which One module data；

One processor, sensor and described display device described in electrical connection, when this first sensing being detected During signal, enable a triggering signal generator, receive described first sensing signal and this second sensing signal, And analyze whether this first sensing signal meets a predetermined condition with this second sensing signal, when this first sense The analysis result surveying signal and this second sensing signal meets this predetermined condition, this triggering signal generator Transmission one is touched and is sent signals to an icon arrangement module；And when this icon arrangement module receives this triggering letter Number time, enable this icon arrangement module；

Wherein, receive and judge this first sensing signal and this second sensing signal when this icon arrangement module When meeting a start-up mode, this processor receive described first sensing signal, the second sensing signal and this touch Signal, obtain the coordinate of icon described in this operating system, exported according to this sensor this first This first track that sensing signal is corresponding and this second track corresponding to this second sensing signal produce this operation The renewal coordinate figure of each icon of icon described in system, changes icon described in this operating system Coordinate, is shown icon described in this operating system by this display device according to the change of described renewal coordinate figure；

Wherein, the mode of described icon change arrangement is based on the imaginary axis that this first track is formed, base Rearrange in a direction defined in this second track.

6. more change plan according to the sensing signal detected by contact panel track as claimed in claim 5 The electronic installation of target coordinate figure, it is characterised in that described module data is in order to start an instruction, unlatching One application program, open a data folder, open archives and open one of them of a chained address.

7. more change plan according to the sensing signal detected by contact panel track as claimed in claim 5 The electronic installation of target coordinate figure, it is characterised in that described sensor is a linear acceleration device or a top Spiral shell instrument.