CN106775236A - The control method and control device of electronic equipment virtual identifying - Google Patents

Abstract

The present invention provides a control method and a control device for virtual identification of electronic equipment. The first surface of the electronic equipment is provided with a touch display screen, and the second surface of the electronic equipment is provided with a first touch part. The method includes: The operation interface is displayed on the touch screen, and it is judged whether the touch screen displays the operation interface completely. If so, the virtual logo on the touch screen is selected according to the sliding signal of the first touch part; The operation interface is completely displayed, the mouse pointer is displayed on the operation interface, and the movement of the mouse pointer on the touch screen is controlled according to the sliding signal of the first touch part. The control device is a device that realizes the control method described above. The invention enables the user to quickly select the virtual identification.

Description

Control method and control device for virtual identification of electronic equipment

technical field

The present invention relates to the field of communication equipment, in particular to a control method for virtual identification of electronic equipment and a control device for realizing the control method.

Background technique

In recent years, as smart phones, tablet computers and other electronic devices have been widely recognized by the market, they have gradually become necessary tools for people to communicate, entertain and learn. It is becoming more and more prominent. For example, due to the large size of the current mobile phone, it is difficult to realize one-handed operation on the entire screen of the mobile phone. With the continuous popularization and increasing size of smart phones, one-handed operation becomes more and more difficult. The defect of its convenient operation is becoming more and more prominent. Most users have to use both hands to operate, that is, click and drag with one hand and the other. very bad.

As the needs of mobile phone users change, smart phones are developing from 3.5-inch touch screens to larger screens. Today's smart phones are difficult to operate with one hand when the touch screen is larger than 5 inches.

For this reason, some existing mobile phones are provided with two display screens, including a first touch display screen positioned at the front of the mobile phone and a second touch screen screen positioned at the back of the mobile phone. Usually, the area of the first touch screen screen is larger than that of the second touch screen screen. The area of the second touch display screen, and part of the functions and usage methods of the mobile phone on the first touch display screen are completely realized on the second touch display screen, so that the user can operate the second touch display screen with one hand The screen is used to control the operation of the mobile phone, such as answering and hanging up calls.

In order to make it easier for people to operate the front touch screen, people have now devised a solution for displaying a mouse pointer on the first touch screen, that is, a mouse pointer is displayed on the first touch screen, and users can use their fingers to Sliding on the second touch display screen, controlling the mouse pointer to slide on the first touch display screen, so as to perform icon selection and other operations. In the case that the first touch display screen cannot fully display the current operation interface, the user's operation can be greatly facilitated by quickly moving the mouse pointer.

However, when the entire operation interface has been completely displayed on the first touch display screen, and multiple virtual signs have been displayed on the first touch display screen, the sliding of the mouse pointer can be controlled through the operation of the second touch display screen. , may not be the fastest way to operate. For example, under the desktop display interface, icons of multiple application programs are displayed on the desktop interface, and the icons of multiple application programs are arranged in multiple rows and columns, and the user slides his finger on the second touch display screen to control the mouse. The sliding of the pointer is often due to the unsmooth sliding of the finger or the inability of the mouse pointer controlled by the finger to accurately slide on the icon of the specified application program, resulting in the selection of the icon of the application program not being fast enough, which affects the use of the user.

Contents of the invention

The first object of the present invention is to provide a control method that is convenient for the user to operate with one hand and can quickly select a virtual sign.

The second object of the present invention is to provide a control device that facilitates the user to select a virtual sign simply and quickly through the first touch part.

In order to achieve the above-mentioned first purpose, in the method for controlling the virtual identification of an electronic device provided by the present invention, the first surface of the electronic device is provided with a touch display screen, and the second surface of the electronic device is provided with a first touch part, The method includes: displaying an operation interface on the touch display screen, and judging whether the touch display screen completely displays the operation interface, if so, selecting a virtual sign on the touch display screen according to the sliding signal of the first touch part; if determined The touch display screen does not fully display the operation interface, and displays the mouse pointer on the operation interface, and controls the movement of the mouse pointer on the touch display screen according to the sliding signal of the first touch part.

It can be seen from the above solution that when the touch screen fails to fully display the operation interface, the user can control the movement of the mouse pointer through the first touch part, so as to quickly select the icon to be selected, the virtual key and other virtual signs, while the When the touch display screen can completely display the operation interface, such as when displaying icons of multiple application programs on the desktop, it is not necessary to display the mouse pointer on the touch display screen, and the user's finger on the first touch part Mobile will be changed to the selection of virtual signs, which will allow users to quickly select the virtual signs on the operation interface, providing great convenience for the rapid operation of electronic equipment.

A preferred solution is that displaying the mouse pointer on the operation interface includes automatically displaying the mouse pointer on the operation interface after it is determined that the touch display screen has not fully displayed the operation interface.

It can be seen that the mouse pointer can be automatically generated and displayed on the operation interface, which can facilitate the user to quickly operate the mouse pointer, such as controlling the movement of the mouse pointer by inputting a sliding signal on the first touch part.

An optional solution is that displaying the mouse pointer on the operation interface includes obtaining an instruction for displaying the mouse pointer and fixing the operation interface after it is determined that the touch display screen has not completely displayed the operation interface, and displaying the mouse pointer on the operation interface according to the obtained instruction The mouse pointer is displayed on the

It can be seen that the mouse pointer may not be automatically generated, but may be generated by a signal input by the user. This allows the user to determine whether to generate the mouse pointer according to the usage habits and the usage environment, and satisfies the needs of the user in different usage environments. Require.

A further solution is that a second touch part is further provided on the third surface of the electronic device; the method further includes: if it is determined that the touch display screen is incompletely displaying the operation interface, acquiring the information formed on the second touch part The slide signal is used to control the movement of the operation interface on the touch screen according to the slide signal formed on the second touch part.

It can be seen that the user slides the finger on the second touch part to move the operation interface, which is similar to the effect of the scroll wheel of a computer physical mouse, and the control interface moves up and down or left and right on the touch screen, so that it is convenient to use The operator performs a quick operation on the operation.

In a further solution, one of the second surface and the third surface of the electronic device is a surface opposite to the first surface, and the other of the second surface and the third surface is a side wall of the electronic device.

It can be seen that the first touch part and the second touch part are respectively arranged on two different surfaces of the electronic device, which can facilitate operation when holding the electronic device, and is also beneficial to avoid misoperation by the user.

In order to achieve the above-mentioned second purpose, the present invention provides an electronic device virtual identification control device, wherein the first surface of the electronic device is provided with a touch display screen, and the second surface of the electronic device is provided with a first touch part. Including: an operation interface display module, which displays the operation interface on the touch screen; a judging module, which is used to judge whether the touch screen is completely displayed on the operation interface; , select the virtual logo on the touch screen according to the sliding signal of the first touch part; the mouse pointer control module, when it is determined that the touch screen does not completely display the operation interface, displays the mouse pointer on the operation interface, and according to The sliding signal of the first touch part controls the movement of the mouse pointer on the touch screen.

It can be seen from the above solution that when the user operates the electronic device, if the touch screen cannot fully display the operation interface, the user can control the movement of the mouse pointer through the first touch part, so as to quickly select the virtual logo to be selected , and when the touch screen can fully display the operation interface, the mouse pointer may not be displayed on the touch screen, and the movement of the user's finger on the first touch part will be changed to the selection of the virtual logo, so The user can quickly select the virtual mark on the operation interface, which provides great convenience for the rapid operation of the electronic device.

The method for controlling the virtual identification of an electronic device provided by the present invention may also be that a touch display screen is provided on the first surface of the electronic device, a first touch part is provided on the second surface of the electronic device, and a third surface of the electronic device The second touch part is provided on the top, and the operation interface is displayed on the touch display screen, and the mouse pointer is displayed on the operation interface; the sliding signal formed on the first touch part is obtained, and according to the first touch part The sliding signal controls the movement of the mouse pointer on the touch display; acquires the sliding signal formed on the second touch part, and controls the movement of the operation interface on the touch display according to the sliding signal formed on the second touch part .

It can be seen from the above solution that the mouse pointer can always be displayed on the touch screen, regardless of whether the touch screen completely displays the entire operation interface. Since two touch-control parts are provided on the electronic device at the same time, the user can use two fingers to slide on the two touch-control parts, thereby respectively controlling the sliding of the mouse pointer and the sliding of the operation interface on the touch display screen, thereby It is convenient for the user to operate the electronic device, and the mouse pointer or the operation interface can be slid according to actual needs.

The method for controlling the virtual sign of an electronic device provided by the present invention may also display an operation interface on the touch screen, obtain a sliding signal formed on the first touch part, and select a touch control according to the sliding signal of the first touch part. The virtual mark on the display screen; acquiring the sliding signal formed on the second touch part, and controlling the movement of the operation interface on the touch display screen according to the sliding signal formed on the second touch part.

Description of drawings

Fig. 1 is a structural diagram of a smart phone to which the present invention is applied.

Fig. 2 is a structural diagram of another perspective of a smartphone applying the present invention.

Fig. 3 is a structural diagram of the back of the smart phone to which the present invention is applied.

Fig. 4 is a flowchart of an embodiment of a method for controlling a virtual identifier of an electronic device according to the present invention.

Fig. 5 is a schematic diagram of the first state of the operation interface of the embodiment of the method for controlling the virtual identifier of the electronic device according to the present invention.

Fig. 6 is a schematic diagram of the second state of the operation interface of the embodiment of the method for controlling the virtual identifier of the electronic device according to the present invention.

Fig. 7 is a schematic diagram of the third state of the operation interface of the embodiment of the method for controlling the virtual identifier of the electronic device applied in the present invention.

Fig. 8 is a structural block diagram of an embodiment of an electronic device virtual ID control device according to the present invention.

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

detailed description

The method for controlling the virtual identification of electronic devices of the present invention is applied to portable electronic devices such as smart phones and tablet computers, and these electronic devices have at least one display screen, preferably, the electronic device is provided with two or even three display screens, Moreover, these display screens are all touch display screens, that is, the display screens can not only display images, but also receive signals formed by users clicking on the display screens, such as click signals or sliding signals. The present invention will be described in detail below by taking a smart phone as an example.

As shown in FIG. 1 and FIG. 2 , a smart phone has a mobile phone body 1 , and a touch display 2 is provided on the front of the mobile phone, and another touch display 7 is provided on the back of the mobile phone. In this embodiment, the front of the mobile phone is the first surface of the electronic device, the back of the mobile phone is the second surface, and the touch display screen 7 arranged on the back is the first touch part.

The mobile phone is roughly in the shape of a cuboid. The mobile phone body 1 has two oppositely arranged side walls 3 and 4 on the side. The side walls 3 are provided with three button installation grooves 5, and each button installation groove 5 is provided with a button 6 . Two button installation slots 5 are also provided on the side wall 4 , and each button installation slot 5 is also provided with a button 6 . Moreover, a touch panel 9 is also provided on the side wall 4 of the mobile phone, and the touch panel 9 is a second touch part, and the user can click and slide on the touch panel 9 to form click and slide signals.

Of course, a touch panel can also be arranged on the side wall 3 symmetrically, so that the touch panel and buttons on the side wall 3 will be arranged symmetrically with the touch panel and buttons on the side wall 4, which is convenient for left-handed users and right-handed users.

And the button 6 is an inner concave button, and each button installation groove 5 on the side wall 4 is all recessed from the surface of the side wall 4 to the mobile phone body 1, and the outer surface of the button 6 is lower than the surface of the side wall 4, also That is, the key 6 is completely accommodated in the key installation groove 5 , and the key 6 will not be exposed outside the surface of the side wall 4 . In this way, when people hold the mobile phone, their fingers can lightly touch the outer surface of the button 6, but the mobile phone can also be held on the column without pressing the button 6. When people need to press the button 6, they only need to press the button 6 lightly, which is very convenient to use.

The smart phone is a mobile phone held with one hand. For example, the user can place the thumb on the uppermost touch panel 9 on the right side, place the index finger on the touch screen 7, and place the middle finger, ring finger and little finger on the left side respectively. On the three buttons 6 from the top to the bottom. The user realizes the control of the mobile phone by operating the three different buttons 6, the touch screen 7 and the touch panel 9, such as calling, zooming in and out of the page displayed on the touch screen, and the like.

As shown in Figure 3, the back of the mobile phone is provided with a touch display 7, the area of the touch display 7 is smaller than the area of the touch display 2, and the mobile phone is provided with a camera 8, and the camera 8 is located at the back of the mobile phone. The camera 8 is arranged at the upper end, and the touch display screen 7 is arranged at the middle and is roughly located at the top of the button assembly.

The following describes the workflow of the control method of the virtual sign in conjunction with FIG. 4. First, step S1 is executed to display the operation interface on the touch display screen 2. In this embodiment, the touch display screen 2 arranged on the front of the smart phone is used as the main display. screen, that is, the user mainly views the content displayed on the mobile phone through the touch display screen 2 arranged on the front of the smart phone, and performs main operations on the smart phone. For example, as shown in Figure 5, the operation interface displayed on the touch screen 2 is the operation interface 20 of an application program of the smart phone, and a status bar 21 is displayed on the upper end of the operation interface 20, which displays the current Area of mobile carrier, signal strength, remaining battery power. Of course, in order to allow the touch screen 2 to display more content, the status bar 21 can be hidden on the operation interface 20 , that is, the status bar 21 is no longer displayed on the touch screen 2 .

After step S1 is executed, step S2 is executed to determine whether the touch screen 2 can completely display the contents of the operation interface 20 . As shown in FIG. 5 , there are multiple input information boxes displayed on the operation interface 20 , including information such as account numbers, passwords, and verification codes that need to be input by the user. Because the content displayed on the operation interface 20 is large, all the contents of the operation interface 20 cannot be completely displayed on the touch display screen 2, that is, part of the content of the operation interface 20 is not displayed on the touch display screen 2. If the user To browse content not displayed on the touch screen 2 , it is necessary to slide the operation interface 20 to drive the operation interface 20 to move on the touch screen 2 .

Since in step S2, it is determined that the touch display screen 2 does not fully display all the content of the operation interface 20, then step S3 is executed to determine whether the sliding signal of the second touch part is received. In this embodiment, the second touch part is the touch screen 7 arranged on the back of the mobile phone. If the user does not slide on the touch screen 7 with his fingers, that is, he does not receive the If there is a sliding signal, step S4 is executed to display the mouse pointer on the operation interface 20, as shown in FIG. 5, the mouse pointer 22 is displayed.

Next, step S5 is executed to determine whether the sliding signal of the first touch part is received. In this embodiment, the first touch part is a touch panel 9 arranged on the side of the mobile phone. After the mouse pointer 22 is displayed, the user can slide the finger on the touch panel 9. At this time, the mobile phone executes step S6 to control the sliding of the mouse pointer according to the sliding signal formed on the touch panel 9, for example, the user's When the finger slides upward on the touch panel 9, the mouse pointer 22 also slides upward on the touch display screen 2. If the finger slides to the left on the touch panel 9, the mouse pointer 22 also slides to the left on the touch display screen 2, thereby It is convenient for the user to select the required input box, such as the input box for selecting the account number or the input box for the password.

Preferably, the display of the mouse pointer 22 may be automatically displayed, for example, the mouse pointer 22 is automatically displayed after it is determined that the operation interface 20 is not completely displayed on the touch display screen 2 . Of course, the mouse pointer 22 may not be displayed automatically, but the device pointer 22 needs to be displayed according to the instruction input by the user. The mouse pointer 22 will be displayed on the touch display screen 2 only after the instruction of displaying the mouse pointer and fixing the operation interface, so at the same time, the operation interface is fixedly displayed on the touch display screen, that is, the operation interface cannot be displayed on the touch screen. Move on the screen, such as sliding up and down or left and right. The user can issue an instruction to display the mouse pointer in various ways, for example, double-clicking the touch display screen 2 or 7, or pressing any button, or sending out a voice control signal. The mobile phone will display the mouse pointer 22 on the touch screen 2 after receiving the user's instruction to display the mouse pointer, so that the user can control the sliding of the mouse pointer 22 through the sliding signal on the touch screen 7 .

Of course, in step S2, it is judged that the touch screen 2 has completely displayed the operation interface, and then step S8 is executed. As shown in Figure 6, the operation interface displayed on the touch screen 2 is the desktop interface 30 of the smart phone, and a status bar 31 is displayed on the top of the desktop interface 30, which shows the current mobile communication operator, signal strength , the remaining battery power area. Of course, in order to allow the touch screen 2 to display more content, the status bar 31 can be hidden on the desktop interface 30 .

Icons of multiple application programs are displayed on the desktop interface 30, and the icons of multiple application programs are arranged in three rows and four columns. A top-down list of application program icons includes icons 32, 35, 36, and so on. Because the content displayed on the desktop interface 30 is limited, the content of the desktop interface 30 can be completely displayed on the touch screen 2, that is, the content that the desktop interface 30 needs to display has been completely displayed on the touch screen 2, and the desktop The interface 30 cannot move on the touch screen 2 .

Since the desktop interface 30 has been completely displayed on the touch screen 2, there is no need to display the mouse pointer on the touch screen 2, but the icon of the application program can be selected according to the sliding signal. Therefore, in step S8, it is judged whether the sliding signal on the first touch part is received, that is, it is judged whether the user uses the finger to slide on the touch panel 9, if it is detected that the user uses the finger to slide on the touch panel 9, When the sliding signal is formed, step S9 is executed to select the virtual logo according to the sliding signal formed on the touch panel 9 . In this embodiment, the virtual mark is the icon of the application program. Of course, the virtual logo can also be other logos, for example, a logo that can respond to a click command sent by the user after being clicked by the user, that is, a logo that can realize human-computer interaction, and the virtual logo includes application program icons, virtual buttons, and the like.

In this embodiment, since the desktop interface 30 has been completely displayed on the touch screen 2, the mouse pointer will not be displayed on the touch screen 2. The sliding signal formed on the touch panel 9 selects the icon of the application program. For example, in the initial state, the icon 32 will be selected. At this time, a dotted frame is displayed outside the icon 32 to indicate that the currently selected icon is the icon 32.

When the user's finger slides to the right on the touchpad 9, the selected application program icon moves to the right by one, that is, a dotted frame is displayed outside the icon 33, indicating that the currently selected application program icon is the icon 33. If the user's finger continues to slide to the right on the touchpad 9, the selected application program icon is icon 34. Similarly, if the user's finger slides down, it means to select the icon of the next application program, such as the currently selected application program icon is icon 32, if the user's finger slides down, the dotted line frame is located outside the icon 35, It indicates that the currently selected application program icon is icon 35 , and if the user's thumb continues to slide down, it indicates that the selected application program icon is icon 36 .

In addition, if the touch screen 2 fails to completely display the operation interface, the display of the operation interface can also be controlled through the touch screen 7, that is, in step S2, if the judgment result is no, and step S3 is executed, that is, it is judged Whether the sliding signal formed on the touch display screen 7 is received, if there is a sliding signal on the touch display screen 7 at this time, then step S10 is performed to control the operation according to the sliding signal formed on the touch display screen 7 Interface sliding.

As shown in FIG. 7 , if the current operation interface is a web browsing interface 40 , there is a large amount of content on the browsing interface 40 , and the content on the browsing interface 40 cannot be completely displayed on the touch screen 2 . At this time, if the user's finger slides on the touch display screen 7, for example, slides downward, the browsing interface 40 will scroll down, that is, the browsing interface 40 will be displayed on the touch screen according to the signal formed on the touch display screen 7. Slide in the control display 2.

Finally, after executing step S6 or step S10, or when the judgment structure of step S8 is no, execute step S7 to judge whether to end the control, that is, there is no sliding signal on the touch display screen 7 or touch panel 9, if there is no After the control is finished, return to step S2 to judge whether the current operation interface has been completely displayed on the touch screen 2, and execute the subsequent judgment steps again.

Visible, this method can have multiple selection methods to virtual logo, as can display mouse pointer on touch display screen 2, select virtual logo by moving mouse pointer, also can pass on the touch panel 9 on the side wall Slide the signal to select the virtual logo, and also realize the movement of the virtual logo by moving the operation interface, so as to provide a faster method for the selection of the virtual logo.

It should be noted that in this embodiment, a sliding signal is formed on the touchpad 9 located on the side wall of the mobile phone to select the icon of the application program, and the operation interface is moved through the operation of the touchpad. Come to use, that is, select the icon of the application program through the sliding signal formed on the touch screen 7 on the back, and control the operation interface by forming a sliding signal on the touch panel 9 arranged on the side wall of the mobile phone. 2 on the move.

The following introduces the control device of virtual identification of electronic equipment in conjunction with FIG. 8 . The control device of virtual identification in this embodiment is a software program running on electronic devices such as smart phones and tablet computers, and is used to implement the above control method. This embodiment has an operation interface display module 11 , a judging module 12 , a virtual logo selection module 13 , a mouse pointer control module 14 and an operation interface control module 15 .

The operation interface display module 11 is used for displaying an operation interface on the touch display screen on the front of the electronic device, for example, displaying a desktop interface or an operation interface of an application program. And, after the operation interface is displayed on the touch screen, the judging module 12 judges whether the operation interface is completely displayed on the touch screen, if the operation interface is not completely displayed on the touch screen, the mouse pointer control module 14 The mouse pointer will be displayed on the operation interface, and the movement of the mouse pointer will be controlled according to the sliding signal of the user on the touch panel on the side, thereby facilitating the user to operate the mouse pointer.

Of course, since the operation interface is not completely displayed on the touch display screen, the operation operation interface can be moved on the touch display screen. Therefore, if the user forms a sliding signal on the touch display screen at the back of the electronic device If the finger slides on the touch screen on the back, the operation interface control module 15 will drive the operation interface to slide according to the sliding signal formed on the touch screen on the back, such as sliding up or down.

If the operation interface has been completely displayed on the touch screen, the virtual logo selection module 13 can select the virtual logo on the operation interface according to the sliding signal sent by the user, for example, select an icon on the desktop interface, or Select virtual buttons, input boxes, etc. on other interfaces.

Of course, there may be more ways to select the virtual logo, for example, the selection of the virtual logo can be jointly controlled by the touch panel 9 as the first touch part and the touch display screen 7 as the second touch part. Specifically, no matter whether the operation interface is completely displayed on the touch display screen 2, the mouse pointer is displayed on the operation interface, for example, the mouse pointer is also displayed on the desktop interface, and it is detected that the user's finger is on the touch panel 9 According to the sliding signal formed by the user's finger on the touch panel 9, the mouse pointer is controlled to slide on the operation interface, so as to select the virtual logo through the mouse pointer.

In addition, if the touch screen 2 fails to fully display the operation interface, the movement of the operation interface on the touch screen 2 can be controlled according to the sliding signal on the touch screen 7, for example, the user's finger touches the Sliding on the display screen 7, and the sliding signal is sliding down, then the operation interface also slides down on the touch screen 7 following the sliding signal. If the sliding signal of the finger is to slide to the left, the operation interface is also to slide to the left.

Or, no matter whether the operation interface is completely displayed on the touch display screen 2, the mouse pointer will not be displayed on the operation interface. The sliding signal of the touch display screen 7 of the part, for example, detects the sliding signal of the user's finger on the touch panel 9, and selects the virtual logo according to the sliding signal formed by the user's finger on the touch panel 9, as shown in the figure 6, multiple virtual signs are displayed on the operation interface, and the left, right, upper or lower virtual signs are selected according to the sliding signal of the touch panel 9. In addition, if the touch screen 2 fails to fully display the operation interface, the movement of the operation interface on the touch screen 2 can also be controlled according to the sliding signal on the touch screen 7 .

It can be seen that according to the solution of the present invention, the user can control the selection of the mouse pointer or the virtual logo and the sliding of the operation interface by using two fingers to slide on the first touch part and the second touch part at the same time, and can quickly and Effectively select the virtual logo on the operation interface, and provide more ways for virtual logo selection.

In this way, by applying the solution of the present invention, through the combined operation of the first touch part, the second touch part, and a plurality of keys, a function similar to that of a physical mouse can be realized, and the user can conveniently use the first touch part and the The second touch part is used to select the virtual logo and move the operation interface, realizing various functions such as the left button, right button, and scroll wheel of the physical mouse, so that the user can operate the electronic device very conveniently.

It should be noted that the above are only preferred embodiments of the present invention, but the design concept of the present invention is not limited thereto, and all non-essential modifications made to the present invention by using this concept also fall within the scope of protection of the present invention within.

Claims (10)

1. the control method of electronic equipment virtual identifying, the first surface of the electronic equipment is provided with touching display screen, electronic equipment Second surface be provided with the first touch control part, it is characterised in that the method includes：

The operation display interface on the touching display screen, and judge the touching display screen whether complete display operation Interface, in this way, the slip signals according to first touch control part select the virtual identifying on the touching display screen；

Operation interface as described in the not complete display of the touching display screen as described in determining, shows that mouse refers in the operation interface Pin, and control movement of the mouse pointer on the touching display screen according to the slip signals of first touch control part.

2. the control method of electronic equipment virtual identifying according to claim 1, it is characterised in that：

It is described to show that the mouse pointer is included in described in the not complete display of the determination touching display screen in operation interface After operation interface, the mouse pointer is automatically shown in the operation interface.

3. the control method of electronic equipment virtual identifying according to claim 1, it is characterised in that：

It is described to show that the mouse pointer is included in described in the not complete display of the determination touching display screen in operation interface After operation interface, display mouse pointer and the instruction for fixing the operation interface are obtained, according to acquired instruction in institute State and shown in operation interface the mouse pointer.

4. the control method of the electronic equipment virtual identifying according to any one of claims 1 to 3, it is characterised in that：

The second touch control part is additionally provided with the 3rd surface of the electronic equipment；

The method also includes：Operation interface as described in the not complete display of the touching display screen as described in determining, obtains described second The slip signals formed in touch control part, control the operation interface to exist according to the slip signals formed in second touch control part Movement on the touching display screen.

5. the control method of electronic equipment virtual identifying according to claim 4, it is characterised in that：

One is to be oppositely arranged with the first surface in the second surface of the electronic equipment and the 3rd surface Surface, another is the side wall of the electronic equipment in the second surface and the 3rd surface.

6. the control method of the electronic equipment virtual identifying according to any one of claims 1 to 3, it is characterised in that：

One in the virtual identifying at least icon, virtual key including application program.

7. the control device of electronic equipment virtual identifying, the first surface of the electronic equipment is provided with touching display screen, electronic equipment Second surface be provided with the first touch control part, it is characterised in that the device includes：

Operation interface display module, the operation display interface on the touching display screen；

Judge module, for judging the touching display screen whether complete display operation interface；

Virtual identifying selecting module, it is determined that during the touching display screen complete display operation interface, according to described The slip signals of one touch control part select the virtual identifying on the touching display screen；

Mouse pointer control module, it is determined that during the touching display screen not complete display operation interface, in the behaviour Make to show mouse pointer on interface, and the mouse pointer is controlled in the touch-control according to the slip signals of first touch control part Movement on display screen.

8. the control device of electronic equipment virtual identifying according to claim 7, it is characterised in that：

The mouse pointer control module shows that the mouse pointer includes in operation interface：It is determined that the touching display screen After the not complete display operation interface, the mouse pointer is automatically shown in the operation interface.

9. the control method of electronic equipment virtual identifying, the first surface of the electronic equipment is provided with touching display screen, electronic equipment Second surface be provided with the first touch control part, the 3rd surface of electronic equipment is provided with the second touch control part, it is characterised in that the party Method includes：

The operation display interface on the touching display screen, and obtain the slip signals formed in first touch control part, root The virtual identifying on the touching display screen is selected according to the slip signals of first touch control part；

The slip signals formed in second touch control part are obtained, according to the slip signals formed in second touch control part Control movement of the operation interface on the touching display screen.

10. the control method of electronic equipment virtual identifying, the first surface of the electronic equipment is provided with touching display screen, electronic equipment Second surface be provided with the first touch control part, the 3rd surface of electronic equipment is provided with the second touch control part, it is characterised in that the party Method includes：

The operation display interface on the touching display screen, and show mouse pointer in the operation interface；

The slip signals formed in first touch control part are obtained, described in the slip signals control according to first touch control part Movement of the mouse pointer on the touching display screen；

The slip signals formed in second touch control part are obtained, according to the slip signals formed in second touch control part Control movement of the operation interface on the touching display screen.