CN101315593B - Touch control type mobile operation device and touch control method applied to same - Google Patents

Abstract

The invention relates to a touch mobile arithmetic device and a touch method applied to the same, wherein the device comprises: a main body, a display screen and a touch interface, the touch interface includes a first touch area located on the main body and outside the display screen, and a second touch area located on the display screen, and the device runs an operating system, and the method includes the following steps: displaying an operation picture of the operating system by the display screen; detecting a movement situation in a first direction generated by touch control in the first touch control area or touch control between the first touch control area and the second touch control area; and adjusting the content of the running picture according to the detected moving situation and displaying the content on the display screen. The invention enables a user to directly adjust or translate the content of the running picture displayed on the display screen of the device by touching and moving the touch interface of the device.

Description

Touch mobile computing device and touch method applied thereon

technical field

The present invention relates to a touch-type mobile computing device and a touch-control method applied thereon, in particular to a device and a touch-control method for a user to use touch and move to adjust or shift the content of the displayed running screen .

Background technique

Modern people often use various electronic devices or electronic products with different application functions in their daily life, for example, portable devices such as mobile phones, mobile phones, personal digital assistants, digital players, e-book readers or laptop The function of the device has been developed more and more complete, bringing considerable convenience and practicality to the user.

For the operation of general electronic devices or electronic products, the current technology generally uses the technology and design of a touch screen (Touch Screen) or touch panel (Touch Panel) to directly and easily complete the user and hardware device or Interface linkage and operational control between software programs.

The user's control or command input to the touch screen or touch plane is performed by the user touching a touch interface on the device with a finger or a touch tool (such as a stylus), allowing the user to directly Click or input the content represented by the function to be executed and opened, the task bar, the option menu, the program file, etc., or select an icon (icon).

Although the current touch technology can simplify the user's operation process, some operations still need to use multi-directional direction keys to run related programs or functions, such as general mobile phones, personal digital assistants or digital walkmans, etc. When the device opens and displays related function blocks or file screens in the form of windows, it is necessary to use the multi-directional direction buttons to move and adjust the displayed image screens in directions such as up, down, left, and right on the display screen before browsing the overall content. In this way, the user cannot directly touch and move the display screen to be browsed.

However, if the mobile processing in the plane direction of the screen is further carried out, the design is to replace the manipulation of the multiple direction buttons by the touch technology, that is, the required touch control can be performed in the display window of the device. When the browsing screen moves, it will conflict with the original touch function of the operating system; in detail, the movement made by the user after touching the screen will be judged as intended for the operating system. Selecting an icon, displaying an object, or displaying content for dragging or selecting and setting commands cannot produce the screen movement effect desired by the user, making it impossible to effectively complete the operation of changing the browsing position by touch.

Contents of the invention

In view of this, the object of the present invention is to provide a touch-sensitive mobile computing device to improve the deficiencies of the prior art, produce the screen movement effect desired by the user, and make the operation of changing the browsing position by touch control effective. Finish.

The present invention is a touch-type mobile computing device running an operating system. The touch-type mobile computing device includes: a main body; a display screen arranged on the main body to display a running screen of the operating system and a touch interface disposed on the main body and the display screen, the touch interface is larger than the display screen, and the touch interface includes a first touch area located on the main body and outside the display screen, and a second touch area located on the display screen; wherein, touching the first touch area or touching between the first touch area and the second touch area generates a first direction After moving, adjust the content of the running picture and display it on the display screen.

Another aspect of the present invention is a touch control method for a touch-type mobile computing device, which is applied to a touch-type mobile computing device including a main body, a display screen and a touch interface. A first touch area on the main body and outside the display screen, and a second touch area located on the display screen, and the device runs an operating system, and the method includes the following steps: displaying on the display screen A running screen of the operating system; detecting a movement in a first direction generated by touching the first touch area or touching between the first touch area and the second touch area; and according to the detection Adjust the content of the running picture and display it on the display screen.

The touch-type mobile computing device of the present invention and the touch-control method applied thereto enable the user to use the touch and movement of the touch-control interface of the device to directly display the information displayed on the display screen of the device. Adjust or pan the contents of the running screen. The present invention is characterized in that: the touch interface is set on the display screen and has an area larger than the display screen, and the user needs to touch the touch interface in an area other than the display screen to complete the required screen adjustment function, without It will affect functions such as clicking or dragging of the existing touch technology.

Description of drawings

This application can be understood more deeply through the following drawings and descriptions:

1( a ) to FIG. 1( c ) are schematic diagrams of moving in multiple directions on a personal digital assistant in touch operation according to the first embodiment of the present invention.

FIG. 2 is a functional block diagram of a personal digital assistant.

FIG. 3 is a schematic diagram of continuous movement in various directions of touch operation on the personal digital assistant according to the second embodiment of the present invention.

FIG. 4 is a schematic diagram of jumping movement in various directions for touch operation on a personal digital assistant.

Fig. 5 is a flowchart of a preferred embodiment of the present invention.

Detailed ways

In addition to the personal digital assistant, the touch-sensitive mobile computing device and its touch-control method of the present invention can also be electronic devices such as mobile phones, mobile phones, digital walkmans or e-book readers, but in preferred embodiments of the present invention , we take a personal digital assistant as an example.

Please refer to FIGS. 1( a ) to 1 ( c ), which are schematic diagrams of the first embodiment of the present invention applied to a personal digital assistant 100 for moving in multiple directions for touch operation. As shown in the figure, the personal digital assistant 100 of the present invention includes a main body 10, a display screen 11, and a touch interface 12, wherein the personal digital assistant 100 can run an operating system, such as a general mobile computing device The designed operating system of the software program that includes the display and operation functions of the desktop display interface and window display squares; A running picture 20 of the present invention includes displaying the picture presentation of executing a file or opening a graphic image, as well as the task bar and function options of the operating system itself; in addition, as shown in the figure, the present invention can provide users with A part of the touch interface 12 for touch is directly disposed on the display screen 11 , and another part is disposed on the main body 10 other than the display screen 11 .

As mentioned above, the touch interface 12 is designed with a transparent material, and its area is larger than the area of the display screen 11. The touch interface 12 includes a first touch area 121 and a second touch area 122, wherein The first touch area 121 is located on the main body 10 outside the display screen 11, and the second touch area 122 with a larger area is located entirely on the display screen 11, so the user can use the touch interface 12 The second touch area 122 can watch the image displayed on the display screen 11 . As described in the prior art, the user can touch the touch interface 12 with a finger or a touch tool (such as a stylus pen) to perform manipulation or command input, so that the operating system is displayed on the display screen 11 when it is running. The function content represented by the task bar, option menu, program file, etc. or the selected icon can provide the user to directly click to open, execute and input on the relative position of the touch interface 12. Furthermore, in the present invention, the user can press, move, and slide in different plane directions on the first touch area 121, or between the first touch area 121 and the second touch area 122. control, and can operate the direction button control as in the prior art to scroll, pan or adjust the browsing position of the displayed screen.

Please refer to FIG. 2 at the same time. In FIG. 2, a functional block diagram of the personal digital assistant 100 of the touch-sensitive mobile computing device of the present invention is shown. As shown in the figure, the personal digital assistant 100 also includes a control unit 13 , the control unit 13 is arranged in the main body 10 and is signally connected to the touch interface 12 and the display screen 11, and the control unit 13 can control the main operation of the personal digital assistant 100 and the operating system and the instruction signals of related hardware units and software programs Therefore, the touch control method of the present invention can make the operating system and the displayed operation The screen generates corresponding operation and display.

In the first embodiment, with reference to the moving diagrams of the aforementioned Fig. 1(a) to Fig. 1(c), Fig. 1(a) is a state where the user does not touch the touch interface 12, and preferably The design can be designed with a vertical display scroll 21 and a horizontal display scroll 22 on the displayed running screen 20 at the same time, and the multiple scrolls can produce scrolling and panning display functions to provide users with an understanding of the running screen they are watching The content of 20 is in the relative position of its overall scope, and then the picture can be adjusted and moved to the part not shown.

In FIG. 1( b ), the two touch points P1 and P2 are shown as the starting point of the user's touch, and there are also multiple touch points T1-T6 to represent the user. After the touch is moved and slid to the touch endpoint in different directions; in the concept of the present invention, we design the touch behavior associated with the first touch area 121 after signal judgment and processing In order to produce a corresponding screen translation effect, because the first touch area 121 is located on the main body 10 outside the display screen 11, there is no running screen 20 corresponding to the operating system at a relative position on the display screen 11 The content or selection icon of the taskbar, options menu, program files and other related functions represented in the icon.

Therefore, the touch behavior on the first touch area 121 will not affect the touch technology operation commands in the existing operating system, such as the movement made by the user after touching the display screen 11 to select an icon Instructions such as dragging or selecting and setting the displayed object or graphic content; in detail, the user's touch on the first touch area 121 and movement in various directions, on the instruction signal It will be detected and judged as moving the content of the displayed running screen 20 (that is, a file file or a graphic image shown in the accompanying drawing) in the same direction corresponding to the corresponding translation movement to display other range content in the screen .

As mentioned above, however, since the overall size of the first touch area 121 on the main body 10 of the personal digital assistant 100 may be designed to be relatively narrow, the user's fingers cannot form a more precise touch area in a smaller area. Therefore, a preferred implementation method is to use the second touch area 122 with a relatively large area as a common operation area for mobile touch. In this figure 1(b), it presents the mobile touch in the vertical up and down direction, which may also include the movement operation in the oblique direction, and in this figure, the main downward movement is indicated by the solid line arrow diagram The operation status of the touch, while the movement touch in other directions, including upward and other oblique directions, etc., are represented by dotted lines.

A preferred implementation is as shown in the figure. The user can first touch the contact point P1 in the second touch area 122 as the starting point of the touch, and move down and slide to the first touch point. The touch point T1 in the area 121 is used as the end point of the touch and released, and the control unit 13 can detect and make the operating system run correspondingly according to the touch operation situation, so that the display screen 11 will display The content of the running screen 20 can be adjusted in the corresponding downward direction to reflect the user's panning and manipulation of other ranges of the graphic image to be browsed.

In addition, during the process of touch translation and adjustment of the content of the displayed running screen 20, we designed the display screen 11 to display an indication image 30 corresponding to the direction at the same time, so as to strengthen the user's touch behavior and operation during operation. The device receives instructions and the visual prompting effect of corresponding functions; as shown in Figure 1(b), the instruction image 30 is a downward arrow, and a preferred embodiment can design the instruction image 30 to be translucent The style will not cover the displayed picture, and it will only appear on the screen when the process of picture translation and movement occurs, so that the user can clearly see the running effect of vertical translation and the content of the corresponding display range of the picture.

Similarly, the user can touch the touch interface 12 in a similar manner to complete movement in other directions and screen adjustment, as shown in other dotted arrows and the plurality of touch points T2 in FIG. 1( b ). ~The location of T6, for example, when the user wants to move and adjust the screen upwards, he can first touch the contact point P2 in the first touch area 121 as the starting point of the touch, and move up and slide to the second touch point. The touch point T4 in the second touch area 122 is used as the end point of the touch and released, and the displayed operation screen 20 will be displayed and adjusted accordingly.

In addition, in FIG. 1( c ), it shows that the user performs touch movement in the left and right directions; similar to the above-mentioned operation method, but because the touch movement in the left and right directions is along the horizontal direction of the edge of the display screen 11 Therefore, there is a large space for operation, and the user can only touch the first touch area 121 without touching the second touch area 122 . As shown in the figure, the user can first touch the contact point P2 in the first touch area 121 as the starting point of the touch, and move to the left or right to the same touch point in the first touch area 121. Point T7 or contact point T8 is released as the end point of the touch, and the control unit 13 will cause the operating system to perform a corresponding operation according to this operation situation so that the content of the running screen 20 to be displayed will move to the corresponding left or The rightward direction is adjusted to reflect the user's panning and manipulation of other ranges of the graphic image to be browsed. And similarly, an indication image 30 corresponding to the direction can also be displayed on the display screen 11 , as shown in the figure, it is a rightward arrow, so as to prompt the user to perform the operation process of touching and moving.

Taking the example of the first embodiment above, it can be seen that at least one of the touch start point or touch end point of the user's touch behavior is located on the first touch area 121 of the touch interface 12, while the other can be Located on the second touch area 122 to complete together, for example, the touch movement towards the top, bottom or other oblique directions of the display screen 11, but the touch movement towards the left and right of the display screen 11 can move the touch starting point Both the touch point and the touch point are completed on the first touch area 121 .

It can be seen that, through the touch behavior related to the first touch area 121 of the touch interface 12, its operation purpose is related to the adjustment of the display content of the running picture 20 in the display screen 11, and because the first touch The control area 121 is directly designed to be located on the main body 10, and there is no direct corresponding design with the display screen 11, so that there is no corresponding selection or dragging with the relevant tool bar, function options or display content in the operating system. command relationship. Therefore, when it is detected that the touch action on the touch interface 12 is related to the first touch area 121, it is regarded as an instruction to move, scroll or translate the running screen 20, so that it will not Conflicts with related commands such as the existing touch technology, so that the purpose and effect of changing the browsing position of the display screen required by the user can also be achieved.

In the illustration of the above-mentioned first embodiment, we have been able to adjust the screen displayed on the personal digital assistant 100 of the mobile computing device by using the set touch interface 12 and the adopted touch method and technology. Or translation and scrolling on the screen; in detail, the translation and scrolling of the screen are carried out for the vertical and horizontal display scrolls 21, 22 on it, and the running screen that cannot be browsed in the overall range like a page can be 20 to adjust to pan to the specified range.

Furthermore, the adjustment, panning or scrolling effect operated in the first embodiment uses a line, a column or a scale on the display scroll to move the running screen 20, so when the user repeatedly uses the first When an operation in a specific direction is performed in the manner of the embodiment, the running screen 20 can continuously adjust and change toward the corresponding direction. However, when the first embodiment is used to operate the operation screen with a large range, the user cannot conveniently perform large-scale translation with multiple lines or multiple scales, which will cause inconvenience in operation. Therefore, the present invention proposes the following embodiments based on the first embodiment and changes, so as to increase the user's convenience in browsing.

Please refer to FIG. 3 corresponding to the second embodiment of the present invention, which is a schematic diagram of continuous movement in multiple directions for touch operation on the personal digital assistant 100 . The schematic diagram of Fig. 3 of the second embodiment is similar to the schematic diagram of Fig. 1(a) to 1(c) of the first embodiment, and the difference lies in the difference in the user's touch method; in this second embodiment, use Alternatively, the two touch points P2 and P1 on the first or second touch areas 121 and 122 can be used as the starting point of touch, and can be translated and slid to the first displayed direction after the touch. The multiple touch points T1-T8 on one or the second touch area 121, 122 are the touch points. However, when the user touches the multiple touch points with fingers or touch tools, they should keep them fixed. In the active state, that is, the user's finger or touch tool cannot leave the touch interface 12, and a preferred embodiment can be designed to keep the touch without moving for a specific time, and the control unit 13 will detect and According to the user's touch movement direction, the content of the running screen 20 is continuously adjusted in the corresponding direction, that is, the screen translation effect of the above-mentioned first embodiment can be continuously generated to continuously move and scroll. The scroller 21 is displayed or the scroller 22 is displayed horizontally.

Through the operation and description of this second embodiment, the user does not need to repeatedly touch and move back and forth on the multiple touch start points and end points, and the displayed running screen 20 can be conveniently adjusted according to the user's desire. Continuous adjustment, panning or scrolling is performed in a fixed state of the touch. When adjusting to the part that the user wants to browse, a better implementation can be based on when the user's finger or touch tool leaves the touch interface 12. The adjustment or translation of the running screen 20 will stop immediately. In addition, similar to the first embodiment, in this example, an indication image 30 corresponding to the direction of the user's touch movement can also be displayed on the display screen 11 to remind the user of the operation process of the touch movement, and the The indication image 30 is translucent and does not cover the displayed image; in FIG. 3 , the continuous adjustment of the image in the downward direction is used as an example, so the indication image 30 is a downward arrow.

The above-mentioned two embodiments can respectively produce the effect of line-by-line adjustment and continuous adjustment by moving, scrolling or translation of the picture, and can achieve compared with the direction keys of the existing keyboard (such as pressing the up, down, left, and right keys, or continuously Press one of the directional buttons), but using the touch method of the concept of the present invention, it is not necessary to use the traditional directional button keyboard in terms of operation or device design. On the other hand, on the existing word processing technology, there is also a page movement (Page up/down) or full page scrolling (Scroll up/down) on the existing keyboard or on the horizontal and vertical display scrolls in the running picture. ) function, and after the user presses, the displayed file or screen can be moved in large paragraphs one by one, or the whole page can be jumped to the corresponding position of the previous page or the next page sequentially; therefore, We can also implement this adjustment effect in the device and method of the present invention, so as to improve the convenience for the user to move or adjust the screen by touch.

Please refer to FIG. 4 corresponding to the third embodiment of the present invention, which is a schematic diagram of jumping movement in various directions for touch operation on the personal digital assistant 100 . In this third embodiment, we design that when the user is on the first touch area 121 relative to the periphery of the corner of the display screen 11, a jumping touch area 1211 in the lower right corner of the display screen 11 as shown in FIG. When a touch is performed on the screen, a function of jumping, moving or adjusting can be generated on the running screen 20 of the operating system.

In detail, the user respectively uses the touch points P3-P5 as the starting point of the touch in the jump touch area 1211, and can perform translation and sliding in the displayed vertical up-down direction or horizontal left-right direction after the touch. When multiple touch points T9-T12 in the jump touch area 1211 are the touch points and released, the control unit 13 will detect and make the operating system run correspondingly according to the operation situation, so that the running screen The content of 20 produces corresponding jumping movement or adjustment in the vertical up and down or horizontal left and right directions, that is, the vertical or horizontal display reels 21, 22 can be scrolled successively for a long distance; and the preferred embodiment The screen can be moved as a large paragraph with a specific number of rows or columns, or directly displayed as a page jump of the next page.

Therefore, the user can perform large-scale movement or display adjustment of the screen with only one touch movement without continuous touch pressure, and can quickly move to the position that the user wants to browse. And similarly, a corresponding indication image 40 can also be displayed on the display screen 11, and as shown in FIG. 4 in this embodiment, the indication image 40 is a dynamic page turning icon, and the page turning icon is except It can be presented as translucent without covering the outside of the displayed screen, and the page turning icon is displayed in an animation manner, and will only appear when the running screen 20 is jumping and moving or the process of page jumping display occurs, so that the user can You can clearly see the running effect and the content of the corresponding range of the running screen. In this figure, the operation situation of the main downward jumping movement touch is represented by a solid line arrow diagram, and the jumping movement touches in other directions, including upward, left and right directions, etc., are represented by dotted lines.

And in combination with the feature of continuous adjustment of the second embodiment above and the feature of jumping or page-jumping adjustment of the third embodiment, corresponding to the same Fig. 4, the fourth embodiment proposed by the present invention can achieve the displayed operation screen 20. The function of continuous jump adjustment; in detail, the user uses the touch points P3-P5 as the starting point of touch respectively in the same jump touch area 1211, and can respectively move towards the displayed vertical direction after touch. Translate and slide in the up-down direction or horizontally in the left-right direction to the corresponding touch points T9-T12 in the same jumping touch area 1211 as the touch end points, and keep fixed when touching the multiple touch end points state without leaving the touch interface 12, and one of the preferred implementations can be designed to keep the touch without moving for a specific time, and the control unit 13 will detect and adjust the movement of the running screen 20 according to the direction of the user's touch movement. The content is adjusted continuously by jumping or page skipping, that is, the above-mentioned screen jumping effect of the third embodiment can be continuously generated, and the vertical display scroll 21 or the horizontal display scroll 22 can be continuously scrolled for a long distance, so as to complete More convenient and fast screen movement and adjustment.

In addition to the various embodiments described above that can be operated by users separately, the various embodiments described above can also be designed on the same personal digital assistant 100, that is, the first one can be used on the personal digital assistant 100 The third or fourth embodiment is implemented in combination with the first or second embodiment, or a combination of all embodiments; however, for this situation, it is necessary to further design the touch operation of the screen jump adjustment or continuous jump adjustment. It must be performed in the jumping touch area 1211 of the first touch area 121, and the other parts of the first touch area 121 outside the jumping touch area 1211 are provided for line-by-line movement or continuous movement of the screen. It is used for the adjustment operation of movement to avoid misjudgment of instructions during operation.

Therefore comprehensively described each embodiment, the flow process of the preferred implementation mode of the present invention just can be described as the flow chart as shown in Figure 5; At first, display the operation picture 20 of operating system by display screen 11, as step S1; Then , the user touches on the first touch area 121 or on the first touch area 121 and the second touch area 122, and moves and slides in a specific direction, as in step S2; finally, according to The user's touch situation, such as the position of the start point and end point of the touch, whether the touch is released directly or remains fixed after the touch is moved, and the content of the running screen 20 displayed on the display screen 11 is directed to the corresponding specific direction Perform screen adjustment in a specified manner, such as step-by-line movement, continuous movement, skip movement, or continuous skip movement and other adjustment and display of the picture, as in step S3.

In addition, the designed jumping touch area 1211 can also be designed on the periphery of the lower left corner of the display screen 11 according to the user's habits, and the same touch method can be used to complete the required movement or adjustment; secondly, the The position of each contact point in each embodiment of the present invention is only an example of the relative drawings on its corresponding area, and the user can also set it according to personal operation on other positions in the touch area specified by the concept of the present invention. The touch start point and the touch end point can also achieve the desired running effect in this way. Furthermore, besides the personal digital assistant, the applied mobile computing device can also be an electronic device such as a mobile phone, a mobile phone, a digital walkman or an e-book reader.

In summary, using the design of the personal digital assistant 100 of the touch-type mobile computing device of the present invention and the touch method applied thereon, the user can replace the multi-touch operation on the existing keyboard with simple touch operations. Functions such as pressing the direction buttons or clicking the display scroll on the user interface, and this touch method divides the touch interface 12 into two areas located on the display screen 11 and located outside the display screen 11 Under the design method, there will be no command conflicts for the existing functions such as touch selection, dragging, and selection settings, so as to provide users with an intuitive, fast and convenient operation method to complete the required screen. The purpose of moving or adjusting the display. Therefore, the concept of the present invention can effectively solve various existing problems described in the prior art, and successfully complete the main purpose of the development of the present invention.

Anyone skilled in the art can use the concepts and embodiment changes disclosed in the present invention as the basis for designing and improving other methods on the premise of using the same purpose as the present invention. These changes, substitutions and improvements cannot depart from the protection scope of the present invention defined by the claims. Therefore, the present invention can be variously modified by those of ordinary skill in the art, without departing from the protection scope of the claims.

Claims (18)

1. touch control type mobile operation device, its operation system is characterized in that, above-mentioned touch control type mobile operation device includes:

Main body;

Display screen is arranged on the aforementioned body, in order to show the operation picture of aforesaid operations system; And

The touch-control interface, be arranged on aforementioned body and the above-mentioned display screen, above-mentioned touch-control interface is greater than above-mentioned display screen, and above-mentioned touch-control interface includes and is positioned on the aforementioned body with outer first touch area of above-mentioned display screen and is positioned at second touch area on the above-mentioned display screen;

Wherein, after producing first direction at the above-mentioned first touch area touch-control or at touch-control between above-mentioned first touch area and above-mentioned second touch area and moving, adjust the content of above-mentioned operation picture and be shown in above-mentioned display screen, when above-mentioned display screen shows the content of the above-mentioned operation picture of being adjusted, can show indicating image simultaneously.

2. touch control type mobile operation device according to claim 1, it is characterized in that, wherein above-mentioned touch control type mobile operation device also includes control module, be arranged in the aforementioned body and signal is connected above-mentioned touch-control interface, in order to touch-control situation, make the aforesaid operations system adjust the content of above-mentioned operation picture according to above-mentioned touch-control interface.

3. touch control type mobile operation device according to claim 1 is characterized in that, wherein above-mentioned indicating image is rendered as translucent.

4. touch control type mobile operation device according to claim 1, it is characterized in that, wherein above-mentioned display screen shows the content of the above-mentioned operation picture of being adjusted, and for according to carrying out touch-control and move to the situation of decontroling behind the touch-control terminal point from the touch-control starting point, carries out the adjustment of the content of above-mentioned operation picture.

5. touch control type mobile operation device according to claim 4 is characterized in that, wherein above-mentioned touch-control starting point and above-mentioned touch-control terminal point all are positioned on above-mentioned first touch area.

6. touch control type mobile operation device according to claim 4 is characterized in that, one in wherein above-mentioned touch-control starting point and the above-mentioned touch-control terminal point is positioned on above-mentioned first touch area, and another is positioned on above-mentioned second touch area.

7. touch control type mobile operation device according to claim 1, it is characterized in that, wherein above-mentioned display screen shows the content of the above-mentioned operation picture of being adjusted, for according to carrying out touch-control from the touch-control starting point and moving to the touch-control terminal point and keep fixed situation, carry out the continuous adjustment of the content of above-mentioned operation picture.

8. touch control type mobile operation device according to claim 7, it is characterized in that, the shown above-mentioned operation picture of wherein above-mentioned display screen has vertical demonstration spool and level shows spool, and the continuous adjustment of the content of above-mentioned operation picture shows spool for continuing above-mentioned vertical demonstration spool of scrolling or above-mentioned level.

9. touch control type mobile operation device according to claim 7 is characterized in that, wherein above-mentioned touch-control starting point and above-mentioned touch-control terminal point all are positioned on above-mentioned first touch area.

10. touch control type mobile operation device according to claim 7 is characterized in that, one in wherein above-mentioned touch-control starting point and the above-mentioned touch-control terminal point is positioned on above-mentioned first touch area, and another is positioned on above-mentioned second touch area.

11. touch control type mobile operation device according to claim 1, it is characterized in that, wherein above-mentioned display screen shows the content of the above-mentioned operation picture of being adjusted, for according to carrying out touch-control and move to the situation of decontroling behind the touch-control terminal point, carry out the jump adjustment of the content of above-mentioned operation picture from the touch-control starting point.

12. touch control type mobile operation device according to claim 11, it is characterized in that, the shown above-mentioned operation picture of wherein above-mentioned display screen has vertical demonstration spool and level shows spool, and the jump adjustment of the content of above-mentioned operation picture, for above-mentioned vertical demonstration spool or above-mentioned level demonstration spool are grown apart from scrolling.

13. touch control type mobile operation device according to claim 11 is characterized in that, wherein above-mentioned touch-control starting point and above-mentioned touch-control terminal point all are positioned on above-mentioned first touch area, and all are positioned at the periphery, corner of above-mentioned display screen.

14. the touch control method of a touch control type mobile operation device, it is characterized in that, be applied on the touch control type mobile operation device that includes main body, display screen and touch-control interface, above-mentioned touch-control interface includes and is positioned on the aforementioned body and the first outer touch area of above-mentioned display screen, with second touch area that is positioned on the above-mentioned display screen, and said apparatus operation system, and said method comprises the following step:

The operation picture that shows the aforesaid operations system by above-mentioned display screen;

Detection the above-mentioned first touch area touch-control or between above-mentioned first touch area and above-mentioned second touch area mobile situation of first direction that touch-control produces; And

According to detected mobile situation, adjust the content of above-mentioned operation picture and be shown in above-mentioned display screen;

Wherein, when above-mentioned display screen shows the content of the above-mentioned operation picture of being adjusted, demonstrate indicating image simultaneously.

15. the touch control method of touch control type mobile operation device according to claim 14 is characterized in that, wherein said method also comprises the following step:

Touch-control starting point on above-mentioned first touch area or above-mentioned second touch area carry out touch-control and move to above-mentioned first touch area or above-mentioned second touch area on the touch-control terminal point after decontrol; And

Adjust the content of above-mentioned operation picture according to the touch-control situation.

16. the touch control method of touch control type mobile operation device according to claim 14 is characterized in that, wherein said method also comprises the following step:

Touch-control starting point on above-mentioned first touch area or above-mentioned second touch area carry out touch-control and move to above-mentioned first touch area or above-mentioned second touch area on touch-control terminal point and keeping maintain static; And

Adjust the content of above-mentioned operation picture continuously according to the touch-control situation.

17. the touch control method of touch control type mobile operation device according to claim 14 is characterized in that, wherein said method also comprises the following step:

Touch-control starting point from above-mentioned first touch area is decontroled after carrying out touch-control and moving to touch-control terminal point on above-mentioned first touch area; And

The content of above-mentioned operation picture is adjusted in jump according to the touch-control situation.

18. the touch control method of touch control type mobile operation device according to claim 17 is characterized in that, wherein above-mentioned touch-control starting point and above-mentioned touch-control terminal point all are positioned on above-mentioned first touch area and the periphery, corner of above-mentioned display screen.

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