CN103049173A

CN103049173A - Content selection method, content selection system and mobile terminal

Info

Publication number: CN103049173A
Application number: CN2012105607276A
Authority: CN
Inventors: 李政; 程亮; 徐丽娜
Original assignee: Beijing Xiaomi Technology Co Ltd
Current assignee: Beijing Xiaomi Technology Co Ltd
Priority date: 2012-12-20
Filing date: 2012-12-20
Publication date: 2013-04-17
Anticipated expiration: 2032-12-20
Also published as: CN103049173B

Abstract

The invention discloses a content selection method, a content selection system and a mobile terminal and belongs to the technical field of graphical interface interaction. The method includes: taking a storage position in a storage structure as an initial position, wherein the storage structure comprises at least two storage positions in sequential arrangement, and one content datum is stored in one storage position; detecting whether an inclination angle of the terminal in a preset direction is larger than a preset threshold or not; if yes, starting hop-by-hop in the storage structure along the corresponding direction of the preset direction according to a preset speed to select other storage positions; and acquiring the content datum in the currently selected storage position. Content switching can be completely only by inclining the mobile terminal, and the service life of a touch screen is prolonged.

Description

Content selecting method, system and portable terminal

Technical field

The present invention relates to graphical interfaces interaction technique field, particularly a kind of content selecting method, system and portable terminal.

Background technology

Portable terminal such as smart mobile phone, panel computer or E-book reader adopts giant-screen as showing peripheral hardware more and more.Giant-screen can be that browser, microblogging, e-book reading, news reads and RSS(Really Simple Syndication simple and easy information fusion) application of subscribing to and so on provides better reading experience.

In the process of using portable terminal, the user has the demand of switching between a plurality of content-datas.Reading an e-book such as the user, each Pageview in this this e-book is a content-data, and the user has the demand of not switching between the same page in this this book.The page that take content-data is e-book is example, and a kind of content selecting method based on touch-screen comprises: at first, portable terminal shows a page of this e-book, such as the 5th page of, this e-book; When the user need to see the 10th page of this e-book, user's finger slided on the touch-screen of portable terminal from right to left, and every slip once, the page that portable terminal shows turns over one page backward, such as, after sliding for the first time, the page that portable terminal shows is the 6th page of this e-book; After sliding for the second time, the page that portable terminal shows is the 7th page of this e-book; The like, until the page that portable terminal shows switches to the 10th page of this e-book.

In realizing process of the present invention, the inventor finds that there is following problem at least in background technology: if the span the when user is switched between content-data is larger, will cause user's multi-pass operations just can get a desired effect, such as, the user need to switch to the 20th page from the 5th page of e-book, the user will slide and just can get a desired effect for 15 times so, not only complex operation step, cause whole process spended time oversize, and can greatly shorten the serviceable life of touch-screen.

Summary of the invention

In order to solve the complex operation step that exists in some situation of said method, cause whole process spended time oversize, and the problem that can greatly shorten the serviceable life of touch-screen, the embodiment of the invention provides a kind of content selecting method, system and portable terminal.Described technical scheme is as follows:

According to an aspect of the present invention, provide a kind of content selecting method, described method comprises:

A memory location in the storage organization as initial position, is included at least two memory locations of arranged in sequence in the described storage organization, a content-data is stored in the memory location;

Whether the angle of inclination of sense terminals on preset direction be greater than predetermined threshold;

If detect the angle of inclination of terminal on preset direction greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along direction hop-by-hop described storage organization corresponding with described preset direction from described initial position;

Obtain the content-data in the selected memory location of getting of current time.

Preferably, described storage organization is linear structure, include in the described linear structure by at least two memory locations of arranging behind the forward direction, described preset direction comprise first direction and/or with the opposing second direction of described first direction;

If the described angle of inclination of terminal on preset direction that detect greater than predetermined threshold, then begins to choose other memory location according to pre-set velocity along direction hop-by-hop described storage organization corresponding with described preset direction from described initial position, comprising:

If detect the angle of inclination of terminal on first direction greater than predetermined threshold, then begin according to pre-set velocity along choosing other memory location by the direction hop-by-hop behind the forward direction the described linear structure from described initial position;

If detect the angle of inclination of terminal on second direction greater than predetermined threshold, then begin according to pre-set velocity along choosing other memory location by the direction hop-by-hop before backward the described linear structure from described initial position.

Preferably, described storage organization is matrix structure, include in the described matrix structure and follow that direction is arranged from left to right and along at least four memory locations that column direction is arranged from top to bottom, described preset direction comprise first direction, with the opposing second direction of described first direction, the third direction vertical with described first direction and/or with the opposing four directions of described third direction to;

If the described angle of inclination of terminal on preset direction that detect greater than predetermined threshold, then begins to choose other memory location according to pre-set velocity along the direction corresponding with described preset direction is mobile described storage organization from described initial position, comprising:

If detect the angle of inclination of terminal on first direction greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the described matrix structure from described initial position;

If detect the angle of inclination of terminal on second direction greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the described matrix structure from described initial position;

If detect the angle of inclination of terminal on third direction greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the described matrix structure from described initial position;

If detect angle of inclination that terminal makes progress in the four directions greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the described matrix structure from described initial position.

Preferably, if the described angle of inclination of terminal on preset direction that detect greater than predetermined threshold, then begins to choose other memory location according to pre-set velocity along the direction corresponding with described preset direction is mobile described storage organization from described initial position, comprising:

If detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold, and the angle of inclination on the first direction is greater than the angle of inclination on the third direction, then begins to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the described matrix structure from described initial position;

If detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold, and the angle of inclination on the third direction is greater than the angle of inclination on the first direction, then begins to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the described matrix structure from described initial position;

If detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold, and the angle of inclination that the angle of inclination on the second direction makes progress greater than the four directions then begins to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the described matrix structure from described initial position;

If detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold, and the angle of inclination that the four directions makes progress is greater than the angle of inclination on the second direction, then begins to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the described matrix structure from described initial position.

Preferably, after the described content-data that obtains in the selected memory location of getting of current time, also comprise:

The relevant information that shows the described content-data that gets access at screen, described relevant information comprise one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon.

Preferably, after the described content-data that obtains in the selected memory location of getting of current time, also comprise

Stop signal is chosen in reception, described choose stop signal comprise terminal at the angle of inclination on other direction of non-described preset direction greater than the signal of predetermined threshold, the angle of inclination of terminal on described preset direction less than signal, point touching screen signal, sound control signal, the hand signal of predetermined threshold with press one or several combination in the signal of physical button;

Receive described choose stop signal after, carry out or show that the described content-data that gets access to, the described content-data that gets access to are any one in application program, text, picture, video, audio frequency and the storage organization.

Preferably, the big or small correlation at described pre-set velocity and described angle of inclination on preset direction.

Preferably, described with a memory location in the storage organization as initial position, comprising:

As initial position, described default memory location comprises any of first memory location, last memory location and a middle memory location with the default memory location in the described storage organization;

The content-data that the current moment is showing on the screen with terminal in described storage organization corresponding memory location as initial position.

According to a further aspect in the invention, provide a kind of content selecting apparatus, described device comprises:

Initial determination module is used for a memory location with storage organization as initial position, includes at least two memory locations of arranged in sequence in the described storage organization, and a content-data is stored in the memory location;

The angle detection module, for detection of the angle of inclination of terminal on preset direction whether greater than predetermined threshold;

The position handover module, detect the angle of inclination of terminal on preset direction greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along direction hop-by-hop described storage organization corresponding with described preset direction;

The data selection module is used for obtaining the content-data of the selected memory location of getting of handover module, the described position of current time.

Described position handover module comprises: forward direction switch unit and/or Backward handoff unit;

Described forward direction switch unit, detect the angle of inclination of terminal on first direction greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins according to pre-set velocity along choosing other memory location by the direction hop-by-hop behind the forward direction the described linear structure;

Described Backward handoff unit, detect the angle of inclination of terminal on second direction greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins according to pre-set velocity along choosing other memory location by the direction hop-by-hop before backward the described linear structure.

Described position handover module comprises: dextrad switch unit, left-hand switch unit, upper to switch unit and lower to switch unit;

Described dextrad switch unit, detect the angle of inclination of terminal on first direction greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the described matrix structure;

Described left-hand switch unit, detect the angle of inclination of terminal on second direction greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the described matrix structure;

Described upper to switch unit, detect the angle of inclination of terminal on third direction greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the described matrix structure;

Described lower to switch unit, detect angle of inclination that terminal makes progress in the four directions greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the described matrix structure.

Preferably, described dextrad switch unit, detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold if also be used for described angle detection module, and the angle of inclination on the first direction is greater than the angle of inclination on the third direction, and the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the described matrix structure;

Described lower to switch unit, detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold if also be used for described angle detection module, and the angle of inclination on the third direction is greater than the angle of inclination on the first direction, and the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the described matrix structure;

Described left-hand switch unit, detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold if also be used for described angle detection module, and the angle of inclination that the angle of inclination on the second direction makes progress greater than the four directions, the initial position of then determining from described initial determination module begin to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the described matrix structure;

Described upper to switch unit, detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold if also be used for described angle detection module, and the angle of inclination that the four directions makes progress is greater than the angle of inclination on the second direction, and the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the described matrix structure.

Preferably, described content selecting apparatus also comprises: information display module;

Described information display module is used for showing at screen the relevant information of the content-data that described data selection module is obtained, and described relevant information comprises one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon.

Preferably, described content selecting apparatus also comprises: signal receiving module and content processing module;

Described signal receiving module, be used for to receive and to choose stop signal, described choose stop signal comprise terminal at the angle of inclination on other direction of non-described preset direction greater than the signal of predetermined threshold, the angle of inclination of terminal on described preset direction less than signal, point touching screen signal, sound control signal, the hand signal of predetermined threshold with press one or several combination in the signal of physical button;

Described content processing module, be used for described signal receiving module receive described choose stop signal after, carry out or show that the content-data that described data selection module gets access to, the described content-data that gets access to are any one in application program, text, picture, video, audio frequency and the storage organization.

Preferably, described position handover module according to pre-set velocity and the big or small correlation at the angle of inclination on preset direction that detects of described angle detection module.

As initial position, described default memory location comprises any of first memory location, last memory location and a middle memory location with the default memory location in the described storage organization; Perhaps,

In accordance with a further aspect of the present invention, provide a kind of portable terminal, described portable terminal comprises aforesaid content selecting apparatus.

The beneficial effect that the technical scheme that the embodiment of the invention provides is brought is:

By when detecting the angle of inclination of terminal on preset direction greater than predetermined threshold, begin to choose other memory location according to pre-set velocity along the direction hop-by-hop corresponding with preset direction from the initial position of storage organization, and obtain the content-data in the selected memory location of getting of current time; Solve complex operation step, caused whole process spended time oversize, and the problem that can greatly shorten the serviceable life of touch-screen; Reached and only just can finish the content handoff procedure by the inclination portable terminal, the problem that has prolonged the serviceable life of touch-screen.

Description of drawings

In order to be illustrated more clearly in the technical scheme in the embodiment of the invention, the accompanying drawing of required use was done to introduce simply during the below will describe embodiment, apparently, accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.

Fig. 1 is that the reading direction such as mobile phone is the schematic diagram of setting up of the end coordinates system that usually adopts of vertical portable terminal;

Fig. 2 is that the reading direction such as panel computer is the schematic diagram of setting up of the end coordinates system that usually adopts of vertical portable terminal;

Fig. 3 is the method flow diagram of the content selecting method that provides of one embodiment of the invention;

Fig. 4 is the method flow diagram of the content selecting method that provides of another embodiment of the present invention;

Fig. 5 is the method flow diagram of the content selecting method that provides of another embodiment of the present invention;

Fig. 6 is the block diagram of the content selecting apparatus that provides of one embodiment of the invention;

Fig. 7 is the block diagram of the content selecting apparatus that provides of another embodiment of the present invention;

Fig. 8 is the block diagram of the content selecting apparatus that provides of another embodiment of the present invention.

Embodiment

For making the purpose, technical solutions and advantages of the present invention clearer, embodiment of the present invention is described further in detail below in conjunction with accompanying drawing.

The embodiment of the invention can be applied to include in the portable terminal of sensor such as Gravity accelerometer, three-axis gyroscope, this portable terminal can be mobile phone, panel computer, electronic reader, PDA(Personal Digital Assistant, personal digital assistant), POS(Point of Sales, point-of-sale terminal), the terminal device such as vehicle-mounted computer.

In including the portable terminal of the sensor, the mode of setting up of end coordinates system can for: the display interface of setting portable terminal is the xy plane, wherein, the center of gravity of portable terminal is true origin, what the sensing portable terminal was right-hand is the positive axis of x axle, coordinate axis perpendicular to the x axle on the portable terminal plane is the y axle, what point to the portable terminal top is the positive axis of y axle, coordinate axis perpendicular to the display interface of portable terminal is the z axle, what point to portable terminal the place ahead is the positive axis of z axle, details please refer to Fig. 1, and wherein Fig. 1 is that the end coordinates system that vertical portable terminal adopts usually sets up mode for the reading direction such as mobile phone; Similarly, Fig. 2 is that the end coordinates system that horizontal portable terminal adopts usually sets up mode for the reading direction such as panel computer.

In including the portable terminal of the sensor, the data by sensor gathers can get access to the angle of inclination of portable terminal on all directions.Take by sensor as example as Gravity accelerometer, application program is calculated the angle of inclination of portable terminal on each coordinate axis according to the tri-vector that Gravity accelerometer gathers.Specifically, application program can get access to a tri-vector (x, y, z) every predetermined time interval, wherein, all x, y, the span of z value is [1,1].The size of z value be used for to characterize facing up of portable terminal or downwards, in the embodiment of the invention, only with the value of considering x and y come the value size of example explanation x and y characterized respectively portable terminal to the left and right with on angle of inclination when having a down dip, the numerical value of x and y is larger, the expression angle of inclination is larger, the positive negative indication angle of inclination of x and y towards, such as:

X〉0, characterize portable terminal and be tilted to the right; X＜0 characterizes portable terminal and is tilted to the left;

Y〉0, characterize portable terminal and be inclined upwardly; Y＜0 characterizes portable terminal downward-sloping.

Please refer to Fig. 3, it shows the method flow diagram of the content selecting method that one embodiment of the invention provides.The present embodiment mainly is applied to include in the portable terminal of Gravity accelerometer and/or three-axis gyroscope and so on sensor with this content selecting method and illustrates.This content selecting method comprises:

Step 302 as initial position, includes at least two memory locations of arranged in sequence with a memory location in the storage organization in this storage organization, a content-data is stored in the memory location;

Storage organization can be linear structure, includes in the linear structure by at least two memory locations of arranging behind the forward direction; Storage organization can be matrix structure also, includes in the matrix structure to follow that direction is arranged from left to right and along at least four memory locations that column direction is arranged from top to bottom.

A content-data is stored in the memory location.Content-data can be any one of application program, text, picture, Audio and Video.Need to prove, content-data also can or a storage organization, also be that the content-data of storing in the memory location in the current storage organization can also be a storage organization, such as, the content-data of storing in the memory location of the first row first row of a matrix structure is the another one matrix structure.

Whether step 304, the sense terminals angle of inclination on preset direction is greater than predetermined threshold;

The angle of inclination of terminal on preset direction can be obtained by the sensor collection in the terminal.Preset direction can be one or several of x axle forward, x axle negative sense, y axle forward and y axle negative sense in the above-mentioned end coordinates system.Sensor in the terminal can be the combination of any one or two kinds in Gravity accelerometer and the three-axis gyroscope.

Step 306 if detect the angle of inclination of terminal on preset direction greater than predetermined threshold, then begins to choose other memory location according to pre-set velocity along direction hop-by-hop storage organization corresponding with preset direction from initial position;

Pre-set velocity can be constant speed, such as, per half second is to the jumping of next memory location once; Also can be the speed that changes, such as, pre-set velocity and angle of inclination big or small proportional, the angle of inclination is larger, and pre-set velocity is larger.When storage organization is linear structure, the direction corresponding with preset direction can be linear structure by front backward directions or by rear forward direction; When storage organization is matrix structure, the direction corresponding with preset direction can be the from left to right direction that follows direction of matrix structure, from right to left direction, along the from top to bottom direction of column direction and direction from bottom to top.Hop-by-hop is chosen and is referred to according to pre-set velocity and edge direction the choose process from from current place memory location jumping to next memory location corresponding with preset direction.

Step 308 is obtained the content-data in the selected memory location of getting of current time.

In sum, the content selecting method that the present embodiment provides, by when detecting the angle of inclination of terminal on preset direction greater than predetermined threshold, begin to choose other memory location according to pre-set velocity along the direction hop-by-hop corresponding with preset direction from the initial position of storage organization, and obtain the content-data in the selected memory location of getting of current time; Solve complex operation step, caused whole process spended time oversize, and the problem that can greatly shorten the serviceable life of touch-screen; Reached and only just can finish the content handoff procedure by the inclination portable terminal, the problem that has prolonged the serviceable life of touch-screen.

Embodiment when storage organization is linear structure more at large describes, and please refer to following embodiment:

Please refer to Fig. 4, it shows the method flow diagram of the content selection method that another embodiment of the present embodiment provides.The present embodiment mainly is applied to include in the portable terminal of Gravity accelerometer and/or three-axis gyroscope and so on sensor with this content selecting method and illustrates.As based on the more preferably embodiment that provides embodiment illustrated in fig. 3, this content selecting method comprises:

Step 402 as initial position, includes at least two memory locations of arranged in sequence with a memory location in the storage organization in this storage organization, a content-data is stored in the memory location;

Storage organization can be linear structure, includes in this linear structure by at least two memory locations of arranging behind the forward direction, and a content-data is stored in the memory location.Content-data can be any one in application program, text, picture, video, audio frequency and the storage organization.Take content-data be picture as example, suppose to store in the portable terminal 100 pictures, linear structure can be array or a chained list that includes 100 memory locations so, every pictures is stored in the memory location.

Under the initial situation, portable terminal can be with the default memory location in the linear structure as initial position, default memory location comprises any of first memory location, last memory location and a middle memory location, such as, with corresponding first memory location of first picture in the linear structure as initial position; Portable terminal also can the screen with terminal on the content-data that showing of the current moment in linear structure corresponding memory location as initial position, such as, the current moment is showing the 34th pictures on the screen of portable terminal, then with the 34th memory location in the linear structure as initial position.

Whether step 404, the sense terminals angle of inclination on preset direction is greater than predetermined threshold;

Preset direction can comprise first direction and/or with the opposing second direction of first direction.When linear structure is to switch up and down when showing in portable terminal, first direction can be the y axle forward in the end coordinates system, and second direction can be the y axle negative sense in the end coordinates system; Switch about linear structure in portable terminal is when showing, first direction can be the x axle forward in the end coordinates system, and second direction can be the x axle negative sense in the end coordinates system.

The angle of inclination of terminal on preset direction can be gathered by the sensor in the terminal.Sensor comprises a kind of in Gravity accelerometer and the three-axis gyroscope or two kinds.The present embodiment mainly comprises that take sensor Gravity accelerometer illustrates as example.Gravity accelerometer can gather the angle of inclination of portable terminal on x axle and y direction of principal axis according to fixing frequency acquisition, thereby the tri-vector (x, y, z) that receives the angle of inclination that characterizes one by one portable terminal reports the driving layer of portable terminal.Then the application program in the portable terminal can be obtained this tri-vector from drive layer.Take the operating system of running of mobile terminal as Windows Phone as example, the API(ApplicationProgramming Interface of Windows Phone operating system, application programming interface) provides an Accelerometer class, application program in the portable terminal is directly used this Accelerometer class, and an event ReadingChanged by this type of can obtain data class AccelerometerReadingEventArgs, has comprised the value of this tri-vector in data class AccelerometerReadingEventArgs.

Three-axis gyroscope and Gravity accelerometer have similar function, and detail repeats no more.Although three-axis gyroscope has larger cumulative errors and temperature drift in a long time, measure at short notice accurately, especially for the spinning movement of terminal.And Gravity accelerometer is more accurate at the measured value of long period, but within a short period of time because the existence of signal noise, error is larger.Preferably, the data of Gravity accelerometer and three-axis gyroscope collection can also be merged in this step, thereby obtain portable terminal more accurate angle of inclination value when attitude changes.Such as, the data that Gravity accelerometer and three-axis gyroscope are collected respectively are weighted on average, thereby get access to more accurate angle of inclination value.

Need to prove, normally identical corresponding to the predetermined threshold of first direction and second direction, but also can with second direction different predetermined thresholds be set respectively for first direction.

Need explanation on the other hand, whether the angle of inclination of sense terminals on preset direction can more than once, also namely can be detected once every predetermined time interval greater than predetermined threshold in this step.

Step 406 if detect the angle of inclination of terminal on preset direction greater than predetermined threshold, then begins to choose other memory location according to pre-set velocity along direction hop-by-hop storage organization corresponding with preset direction from initial position;

Angle of inclination on preset direction then begins to choose other memory location according to pre-set velocity along direction hop-by-hop storage organization corresponding with preset direction from initial position greater than predetermined threshold if portable terminal detects certainly.Hop-by-hop is chosen and is referred to according to pre-set velocity and edge direction the choose process from from current place memory location jumping to next memory location corresponding with preset direction.Specifically:

If detect the angle of inclination of terminal on first direction greater than predetermined threshold, then begin according to choosing other memory location by the direction hop-by-hop behind the forward direction the pre-set velocity property along the line structure from initial position.The 50th memory location, linear structure in take initial position as the linear structure that includes 100 memory locations switched about in portable terminal being and is shown as example, if detect terminal at x axle angle of inclination forward greater than predetermined threshold, then choose other memory location since the 50th memory location according to jumping in per half second speed edge once by the direction hop-by-hop behind the forward direction, after begin namely also that hop-by-hop chooses half second, the 51st memory location is selected; After one second that the beginning hop-by-hop is chosen, the 52nd memory location is selected, the like, repeat no more.

If detect the angle of inclination of terminal on second direction greater than predetermined threshold, then begin according to choosing other memory location by the direction hop-by-hop before backward the pre-set velocity property along the line structure from initial position.The 50th memory location, linear structure in take initial position as the linear structure that includes 100 memory locations switched about in portable terminal being and is shown as example, if detect the angle of inclination of terminal on x axle negative sense greater than predetermined threshold, then choose other memory location since the 50th memory location according to jumping in per half second speed edge once by the direction hop-by-hop before backward, after begin namely also that hop-by-hop chooses half second, the 49th memory location is selected; After one second that the beginning hop-by-hop is chosen, the 48th memory location is selected, the like, repeat no more.

Preferably, the big or small correlation at pre-set velocity and the angle of inclination on preset direction also is that the angle of inclination is larger, and pre-set velocity is larger.When the user need to carry out the switching of the larger content-data of span like this, can obtain faster pre-set velocity with the angle of inclination more greatly, jump 30 times such as per second jumping 10 times, per second; When the user is carrying out that the less content-data of span switches or during near the object content data, can the angle of inclination is less, obtain relatively slow pre-set velocity, such as the per second jumping once.

Step 408 is obtained the content-data in the selected memory location of getting of current time;

Because after the beginning hop-by-hop is chosen, each constantly selected memory location of getting is different, and portable terminal always obtains the content-data in the selected memory location of getting of current time.Such as, after choose 3 seconds during as current time, the 56th memory location is selected, then acquisition for mobile terminal the 56th pictures at the beginning hop-by-hop.

Step 410 shows that at screen the relevant information of the content-data get access to, relevant information comprise one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon;

In the process that hop-by-hop is chosen, portable terminal can show at screen the relevant information of the content-data get access to, and relevant information comprises one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon.Such as, choose in the process at hop-by-hop, portable terminal can be presented at preview graph and the title of the content-data that gets access on the screen, if pre-set velocity is to jump once in per half second, then the user can observe in the process that hop-by-hop is chosen that two preview graph can appear switching in each second on the screen of portable terminal.

Step 412 receives and chooses stop signal, chooses stop signal and comprises that the angle of inclination of terminal on other direction of non-preset direction is greater than the signal of predetermined threshold;

Choose in the process at hop-by-hop, the user is when choosing the object content data, can send to portable terminal and choose stop signal, this chooses stop signal can be that the angle of inclination of terminal on other direction of non-preset direction is greater than the signal of predetermined threshold, x axle forward and the negative sense of portable terminal such as preset direction, then portable terminal is at the angle of inclination of y axle forward or negative sense during greater than predetermined threshold, can be considered as the user and send and choose stop signal.Portable terminal can receive the stop signal of choosing of user's transmission.

Certainly, to choose stop signal can also be the angle of inclination of terminal on preset direction less than signal, point touching screen signal, sound control signal, the hand signal of predetermined threshold and press one or several combination in the signal of physical button.

Step 414, receive choose stop signal after, carry out or show the content-data that gets access to.

Portable terminal receive choose stop signal after, carry out or show the content-data that gets access to.Specifically, when the content-data that gets access to was application program, portable terminal was carried out content-data; When the content-data that gets access to is any one of text, picture, video, audio frequency and storage organization, the portable terminal displays content data.

So far, the handoff procedure of whole content-data is complete.

In sum, the content selecting method that the present embodiment provides, by when detecting the angle of inclination of terminal on preset direction greater than predetermined threshold, begin to choose other memory location according to pre-set velocity along the direction hop-by-hop corresponding with preset direction from the initial position of storage organization, and obtain the content-data in the selected memory location of getting of current time; Solve complex operation step, caused whole process spended time oversize, and the problem that can greatly shorten the serviceable life of touch-screen; Reached and only just can finish the content handoff procedure by the inclination portable terminal, the problem that has prolonged the serviceable life of touch-screen.Also by variable pre-set velocity, can finish the content handoff procedure with the time still less.Also by in the process of choosing at hop-by-hop, show the relevant information of current content data, can allow the user recognize more intuitively the current progress of handoff procedure.

Embodiment when storage organization is matrix structure more at large describes, and please refer to following embodiment:

Please refer to Fig. 5, it shows the method flow diagram of the content selection method that another embodiment of the present embodiment provides.The present embodiment mainly is applied to include in the portable terminal of Gravity accelerometer and/or three-axis gyroscope and so on sensor with this content selecting method and illustrates.As based on the more preferably embodiment that provides embodiment illustrated in fig. 3, this content selecting method comprises:

Step 502 as initial position, includes at least two memory locations of arranged in sequence with a memory location in the storage organization in this storage organization, a content-data is stored in the memory location;

Storage organization can be matrix structure, includes in this matrix structure to follow that direction is arranged from left to right and along at least four memory locations that column direction is arranged from top to bottom.A content-data is stored in the memory location.Content-data can be any one in application program, text, picture, video, audio frequency and the storage organization.The page that take content-data is e-book is example, supposes that an e-book has 400 pages, can show 5*5 thumbnail on the page screen of portable terminal, also namely needs 4*4 page screen could put down 400 pages fully.Can set up two-layer storage organization so, the ground floor storage organization is the 4*4 matrix structure, corresponding to page screen, is storing a second layer storage organization in each memory location in this 4*4 matrix; Second layer storage organization is the 5*5 matrix, corresponding to the page of e-book, is storing the data of a page of e-book in each memory location in this 5*5 matrix.Certainly, for simplified characterization, take matrix structure as the 9*9 matrix, each memory location video clip of storage is example in the present embodiment.

Under the initial situation, portable terminal can be with the default memory location in the matrix structure as initial position, default memory location comprises any of first memory location, last memory location and a middle memory location, such as, will be positioned at the memory location of middle the 5th row the 5th row in the 9*9 matrix structure as initial position; Portable terminal also can the screen with terminal on the content-data that showing of the current moment in linear structure corresponding memory location as initial position, such as, the current moment is being play the 3rd video on the screen of portable terminal, with the 3rd memory location in the matrix structure, also be that the memory location of the 1st row the 3rd row is as initial position then.

Whether step 504, the sense terminals angle of inclination on preset direction is greater than predetermined threshold;

Preset direction can comprise first direction, with the opposing second direction of first direction, the third direction vertical with first direction and/or with the opposing four directions of third direction to.First direction can be the x axle forward in the end coordinates system, and second direction can be the x axle negative sense in the end coordinates system, and third direction can be the y axle negative sense in the end coordinates system, and the four directions is to being y axle forward in the end coordinates system.

Need to prove, corresponding to first direction, second direction, third direction and four directions to predetermined threshold normally identical, but also can for first direction, second direction, third direction and four directions to different predetermined thresholds is set respectively.

Step 506 if detect the angle of inclination of terminal on preset direction greater than predetermined threshold, then begins to choose other memory location according to pre-set velocity along direction hop-by-hop storage organization corresponding with preset direction from initial position;

If detect the angle of inclination of terminal on first direction greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the matrix structure from initial position.The 41st memory location in take initial position as the 9*9 matrix structure, also namely the memory location of the 5th row the 5th row is example, if detect terminal at x axle angle of inclination forward greater than predetermined threshold, then choose other memory location since the 41st memory location according to jumping in per half second speed once along direction hop-by-hop from left to right, after begin namely also that hop-by-hop chooses half second, the 42nd memory location (the 5th row the 6th row) is selected; After one second that the beginning hop-by-hop is chosen, the 43rd memory location (the 5th row the 7th row) is selected, the like, repeat no more.

If detect the angle of inclination of terminal on second direction greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the matrix structure from initial position.The 41st memory location in take initial position as the 9*9 matrix structure, also namely the memory location of the 5th row the 5th row is example, if detect the angle of inclination of terminal on x axle negative sense greater than predetermined threshold, then choose other memory location since the 41st memory location according to jumping in per half second speed once along direction hop-by-hop from left to right, after begin namely also that hop-by-hop chooses half second, the 40th memory location (the 5th row the 5th row) is selected; After one second that the beginning hop-by-hop is chosen, the 39th memory location (the 5th row the 4th row) is selected, the like, repeat no more.

If detect the angle of inclination of terminal on third direction greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the matrix structure from initial position.The 41st memory location in take initial position as the 9*9 matrix structure, also namely the memory location of the 5th row the 5th row is example, if detect the angle of inclination of terminal on y axle negative sense greater than predetermined threshold, then choose other memory location since the 41st memory location according to jumping in per half second speed once along direction hop-by-hop from left to right, after begin namely also that hop-by-hop chooses half second, the 50th memory location (the 6th row the 5th row) is selected; After one second that the beginning hop-by-hop is chosen, the 59th memory location (the 7th row the 5th row) is selected, the like, repeat no more.

If detect angle of inclination that terminal makes progress in the four directions greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the matrix structure from initial position.The 41st memory location in take initial position as the 9*9 matrix structure, also namely the memory location of the 5th row the 5th row is example, if detect the angle of inclination of terminal on y axle negative sense greater than predetermined threshold, then choose other memory location since the 41st memory location according to jumping in per half second speed once along direction hop-by-hop from left to right, after begin namely also that hop-by-hop chooses half second, the 32nd memory location (the 4th row the 5th row) is selected; After one second that the beginning hop-by-hop is chosen, the 23rd memory location (the 3rd row the 5th row) is selected, the like, repeat no more.

Because portable terminal the angle of inclination of while on both direction also may occur all greater than the situation of predetermined threshold, this moment is according to the direction of larger in the angle of inclination on a both direction orientation determination hop-by-hop.Specifically, this step can also comprise:

If detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold, and the angle of inclination on the first direction is greater than the angle of inclination on the third direction, then begins to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the matrix structure from initial position;

If detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold, and the angle of inclination on the third direction is greater than the angle of inclination on the first direction, then begins to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the matrix structure from initial position;

If detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold, and the angle of inclination that the angle of inclination on the second direction makes progress greater than the four directions then begins to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the matrix structure from initial position;

If detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold, and the angle of inclination that the four directions makes progress is greater than the angle of inclination on the second direction, then begins to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the matrix structure from initial position.

Step 508 is obtained the content-data in the selected memory location of getting of current time;

Because after the beginning hop-by-hop is chosen, each constantly selected memory location of getting is different, and portable terminal always obtains the content-data in the selected memory location of getting of current time.Such as, after choose 2 seconds during as current time, the 77th memory location (the 9th row the 5th row) is selected, then the 77th video of acquisition for mobile terminal at the beginning hop-by-hop.

Step 510 shows that at screen the relevant information of the content-data get access to, relevant information comprise one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon;

In the process that hop-by-hop is chosen, portable terminal can show at screen the relevant information of the content-data get access to, and relevant information comprises one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon.Such as, choose in the process at hop-by-hop, portable terminal can be presented at thumbnail and the title of the content-data that gets access on the screen, if pre-set velocity is to jump once in per half second, then the user can observe in the process that hop-by-hop is chosen that two preview graph can appear switching in each second on the screen of portable terminal.Again such as, content-data is the page in the e-book, choose in the process at hop-by-hop, portable terminal can be with the page number of the content-data that gets access to be presented on the screen than big font, so that the user can easily be known current which page or leaf that has switched to this e-book.

Step 512 receives and to choose stop signal, chooses stop signal and is included in angle of inclination on the preset direction less than the signal of predetermined threshold;

Choose in the process at hop-by-hop, the user is when choosing the object content data, can send to portable terminal and choose stop signal, this chooses stop signal can be that the angle of inclination of terminal on other direction of preset direction is less than the signal of predetermined threshold, when choosing the object content data such as the user, portable terminal ajusted be initial position, the angle of inclination on each preset direction is all less than predetermined threshold.

Certainly, choosing stop signal can also be one or several combination in point touching screen signal, sound control signal, hand signal and the signal of pressing physical button.

Step 514, receive choose stop signal after, carry out or show the content-data that gets access to.

So far, the handoff procedure of whole content-data is complete.

Please refer to Fig. 6, it shows the block diagram of the content selecting apparatus that one embodiment of the invention provides.The present embodiment mainly realizes that with this content selecting apparatus a part that becomes portable terminal illustrates.This content selecting apparatus comprises: initial determination module 620, angle detection module 640, position handover module 660 and data selection module 680.

Initial determination module 620 is used for a memory location with storage organization as initial position, includes at least two memory locations of arranged in sequence in the described storage organization, and a content-data is stored in the memory location;

Angle detection module 640, for detection of the angle of inclination of terminal on preset direction whether greater than predetermined threshold;

Position handover module 660, detect the angle of inclination of terminal on preset direction greater than predetermined threshold if be used for described angle detection module 640, the initial position of then determining from described initial determination module 620 begins to choose other memory location according to pre-set velocity along direction hop-by-hop described storage organization corresponding with described preset direction;

Data selection module 680 is used for obtaining the content-data of the handover module 660 selected memory locations of getting, the described position of current time.

In sum, the content selecting apparatus that the present embodiment provides, by when detecting the angle of inclination of terminal on preset direction greater than predetermined threshold, begin to choose other memory location according to pre-set velocity along the direction hop-by-hop corresponding with preset direction from the initial position of storage organization, and obtain the content-data in the selected memory location of getting of current time; Solve complex operation step, caused whole process spended time oversize, and the problem that can greatly shorten the serviceable life of touch-screen; Reached and only just can finish the content handoff procedure by the inclination portable terminal, the problem that has prolonged the serviceable life of touch-screen.

Please refer to Fig. 7, it shows the block diagram of the content selecting apparatus that another embodiment of the present invention provides.The present embodiment mainly realizes that with this content selecting apparatus a part that becomes portable terminal illustrates.As based on the more preferred embodiment that provides embodiment illustrated in fig. 6.This content selecting apparatus comprises: initial determination module 620, angle detection module 640, position handover module 660, data selection module 680, information display module 682, signal receiving module 692 and content processing module 694.

Initial determination module 620 is used for a memory location with storage organization as initial position, includes at least two memory locations of arranged in sequence in the described storage organization, and a content-data is stored in the memory location.Specifically, described storage organization is linear structure, includes in the described linear structure by at least two memory locations of arranging behind the forward direction.

Angle detection module 640, for detection of the angle of inclination of terminal on preset direction whether greater than predetermined threshold, described preset direction comprise first direction and/or with the opposing second direction of described first direction.

Position handover module 660, detect the angle of inclination of terminal on preset direction greater than predetermined threshold if be used for described angle detection module 640, the initial position of then determining from described initial determination module 620 begins to choose other memory location according to pre-set velocity along direction hop-by-hop described storage organization corresponding with described preset direction.Specifically, described position handover module 660 comprises: forward direction switch unit 662 and/or Backward handoff unit 664;

Described forward direction switch unit 662, detect the angle of inclination of terminal on first direction greater than predetermined threshold if be used for described angle detection module 640, the initial position of then determining from described initial determination module 620 begins according to pre-set velocity along choosing other memory location by the direction hop-by-hop behind the forward direction the described linear structure;

Described Backward handoff unit 664, detect the angle of inclination of terminal on second direction greater than predetermined threshold if be used for described angle detection module 640, the initial position of then determining from described initial determination module 620 begins according to pre-set velocity along choosing other memory location by the direction hop-by-hop before backward the described linear structure.

Information display module 682, be used for showing at screen the relevant information of the content-data that described data selection module 680 gets access to, described relevant information comprises one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon.

Signal receiving module 692, be used for to receive and to choose stop signal, described choose stop signal comprise terminal at the angle of inclination on other direction of non-described preset direction greater than the signal of predetermined threshold, the angle of inclination of terminal on described preset direction less than signal, point touching screen signal, sound control signal, the hand signal of predetermined threshold with press one or several combination in the signal of physical button;

Content processing module 694, be used for described signal receiving module 692 receive described choose stop signal after, carry out or show that the content-data that described data selection module 680 gets access to, the described content-data that gets access to are any one in application program, text, picture, video, audio frequency and the storage organization.

In sum, the content selecting apparatus that the present embodiment provides, by when detecting the angle of inclination of terminal on preset direction greater than predetermined threshold, begin to choose other memory location according to pre-set velocity along the direction hop-by-hop corresponding with preset direction from the initial position of storage organization, and obtain the content-data in the selected memory location of getting of current time; Solve complex operation step, caused whole process spended time oversize, and the problem that can greatly shorten the serviceable life of touch-screen; Reached and only just can finish the content handoff procedure by the inclination portable terminal, the problem that has prolonged the serviceable life of touch-screen.Also by variable pre-set velocity, can finish the content handoff procedure with the time still less.Also by in the process of choosing at hop-by-hop, show the relevant information of current content data, can allow the user recognize more intuitively the current progress of handoff procedure.

Please refer to Fig. 8, it shows the block diagram of the content selecting apparatus that another embodiment of the present invention provides.The present embodiment mainly realizes that with this content selecting apparatus a part that becomes portable terminal illustrates.As based on the more preferred embodiment that provides embodiment illustrated in fig. 6.This content selecting apparatus comprises: initial determination module 620, angle detection module 640, position handover module 660, data selection module 680, information display module 682, signal receiving module 692 and content processing module 694.

Initial determination module 620 is used for a memory location with storage organization as initial position, includes at least two memory locations of arranged in sequence in the described storage organization, and a content-data is stored in the memory location.Specifically, described storage organization is matrix structure, includes in the described matrix structure to follow that direction is arranged from left to right and along at least four memory locations that column direction is arranged from top to bottom.

Angle detection module 640, for detection of the angle of inclination of terminal on preset direction whether greater than predetermined threshold, described preset direction comprise first direction, with the opposing second direction of described first direction, the third direction vertical with described first direction and/or with the opposing four directions of described third direction to.

Position handover module 660, detect the angle of inclination of terminal on preset direction greater than predetermined threshold if be used for described angle detection module 640, the initial position of then determining from described initial determination module 620 begins to choose other memory location according to pre-set velocity along direction hop-by-hop described storage organization corresponding with described preset direction.Specifically, described position handover module 660 comprises: dextrad switch unit 661, left-hand switch unit 663, upper to switch unit 665 and lower to switch unit 667.

Described dextrad switch unit 661, detect the angle of inclination of terminal on first direction greater than predetermined threshold if be used for described angle detection module 640, the initial positions of then determining from described initial determination module 620 begin to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the described matrix structure;

Described left-hand switch unit 663, detect the angle of inclination of terminal on second direction greater than predetermined threshold if be used for described angle detection module 640, the initial positions of then determining from described initial determination module 620 begin to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the described matrix structure;

Described lower to switch unit 665, detect the angle of inclination of terminal on third direction greater than predetermined threshold if be used for described angle detection module 640, the initial positions of then determining from described initial determination module 620 begin to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the described matrix structure;

Described upper to switch unit 667, detect angle of inclination that terminal makes progress in the four directions greater than predetermined threshold if be used for described angle detection module 640, the initial positions of then determining from described initial determination module 620 begin to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the described matrix structure.

Preferably, described dextrad switch unit 661, detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold if also be used for described angle detection module 640, and the angle of inclination on the first direction is greater than the angle of inclination on the third direction, and the initial positions of then determining from described initial determination module 620 begin to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the described matrix structure;

Described lower to switch unit 665, detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold if also be used for described angle detection module, and the angle of inclination on the third direction is greater than the angle of inclination on the first direction, and the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the described matrix structure;

Described left-hand switch unit 663, detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold if also be used for described angle detection module 640, and the angle of inclination that the angle of inclination on the second direction makes progress greater than the four directions, the initial positions of then determining from described initial determination module 620 begin to choose other memory location according to pre-set velocity along from right to left direction hop-by-hop the described matrix structure;

Described upper to switch unit 667, detect angle of inclination that terminal makes progress in second direction and four directions all greater than predetermined threshold if also be used for described angle detection module 640, and the angle of inclination that the four directions makes progress is greater than the angle of inclination on the second direction, and the initial positions of then determining from described initial determination module 620 begin to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the described matrix structure.

Information display module 682, be used for showing at screen the relevant information of the current content data that described data selection module 680 is chosen, described relevant information comprises one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon.

Content processing module 694, be used for described signal receiving module 692 receive described choose stop signal after, carry out or show the content-data that described data selection module 680 gets access to, described content-data is any one in application program, text, picture, video, audio frequency and the storage organization.

Need to prove: the content selecting apparatus that above-described embodiment provides is when choosing content, only the division with above-mentioned each functional module is illustrated, in the practical application, can as required the above-mentioned functions distribution be finished by different functional modules, the inner structure of the equipment of being about to is divided into different functional modules, to finish all or part of function described above.In addition, the content selecting apparatus that above-described embodiment provides and content selecting method embodiment belong to same design, and its specific implementation process sees embodiment of the method for details, repeats no more here.

The invention described above embodiment sequence number does not represent the quality of embodiment just to description.

The all or part of step that one of ordinary skill in the art will appreciate that realization above-described embodiment can be finished by hardware, also can come the relevant hardware of instruction to finish by program, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium of mentioning can be ROM (read-only memory), disk or CD etc.

The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a content selecting method is characterized in that, described method comprises:

2. content selecting method according to claim 1, it is characterized in that, described storage organization is linear structure, include in the described linear structure by at least two memory locations of arranging behind the forward direction, described preset direction comprise first direction and/or with the opposing second direction of described first direction;

3. content selecting method according to claim 1, it is characterized in that, described storage organization is matrix structure, include in the described matrix structure and follow that direction is arranged from left to right and along at least four memory locations that column direction is arranged from top to bottom, described preset direction comprise first direction, with the opposing second direction of described first direction, the third direction vertical with described first direction and/or with the opposing four directions of described third direction to;

4. content selecting method according to claim 3, it is characterized in that, if the described angle of inclination of terminal on preset direction that detect is greater than predetermined threshold, then begin to choose other memory location according to pre-set velocity along the direction corresponding with described preset direction is mobile described storage organization from described initial position, comprising:

5. according to claim 1 to 4 arbitrary described content selecting methods, it is characterized in that, after the described content-data that obtains in the selected memory location of getting of current time, also comprise:

6. according to claim 1 to 4 arbitrary described content selecting methods, it is characterized in that, after the described content-data that obtains in the selected memory location of getting of current time, also comprise

7. according to claim 1 to 4 arbitrary described content selecting methods, it is characterized in that the big or small correlation at described pre-set velocity and described angle of inclination on preset direction.

8. according to claim 1 to 4 arbitrary described content selecting methods, it is characterized in that, described with a memory location in the storage organization as initial position, comprising:

9. a content selecting apparatus is characterized in that, described device comprises:

10. content selecting apparatus according to claim 9, it is characterized in that, described storage organization is linear structure, include in the described linear structure by at least two memory locations of arranging behind the forward direction, described preset direction comprise first direction and/or with the opposing second direction of described first direction;

11. content selecting apparatus according to claim 9, it is characterized in that, described storage organization is matrix structure, include in the described matrix structure and follow that direction is arranged from left to right and along at least four memory locations that column direction is arranged from top to bottom, described preset direction comprise first direction, with the opposing second direction of described first direction, the third direction vertical with described first direction and/or with the opposing four directions of described third direction to;

Described lower to switch unit, detect the angle of inclination of terminal on third direction greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from top to bottom direction hop-by-hop the described matrix structure;

Described upper to switch unit, detect angle of inclination that terminal makes progress in the four directions greater than predetermined threshold if be used for described angle detection module, the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from bottom to top direction hop-by-hop the described matrix structure.

12. content selecting apparatus according to claim 11 is characterized in that:

Described dextrad switch unit, detect the angle of inclination of terminal on first direction and third direction all greater than predetermined threshold if also be used for described angle detection module, and the angle of inclination on the first direction is greater than the angle of inclination on the third direction, and the initial position of then determining from described initial determination module begins to choose other memory location according to pre-set velocity along from left to right direction hop-by-hop the described matrix structure;

13. to 12 arbitrary described content selecting apparatus, it is characterized in that according to claim 9, described content selecting apparatus also comprises: information display module;

Described information display module, be used for showing at screen the relevant information of the content-data that described data selection module gets access to, described relevant information comprises one or several the combination in recommended information, the page number, thumbnail, preview graph, title or the icon.

14. to 12 arbitrary described content selecting apparatus, it is characterized in that according to claim 9, described content selecting apparatus also comprises: signal receiving module and content processing module;

15. to 12 arbitrary described content selecting apparatus, it is characterized in that according to claim 9, described position handover module according to pre-set velocity and the big or small correlation at the angle of inclination on preset direction that detects of described angle detection module.

16. to 12 arbitrary described content selecting apparatus, it is characterized in that according to claim 9, described with a memory location in the storage organization as initial position, comprising:

17. a portable terminal is characterized in that, described portable terminal comprises such as the arbitrary described content selecting apparatus of claim 9 to 16.