CN107168566A

CN107168566A - Operator schema control method, device and terminal electronic device

Info

Publication number: CN107168566A
Application number: CN201610130561.2A
Authority: CN
Inventors: 王刚; 李国盛; 唐磊
Original assignee: Beijing Xiaomi Mobile Software Co Ltd
Current assignee: Beijing Xiaomi Mobile Software Co Ltd
Priority date: 2016-03-08
Filing date: 2016-03-08
Publication date: 2017-09-15
Anticipated expiration: 2036-03-08
Also published as: CN107168566B

Abstract

This application discloses a kind of operator schema control method, device and terminal electronic device.The operator schema control method is applied in terminal electronic device, and the terminal electronic device includes touch controlled key area, and the touch controlled key area includes pressure responsive element, and this method includes：When screen is lighted, pressing operation of the detection user to the touch controlled key in the touch controlled key area of terminal electronic device；When detecting pressing operation, according to pressing operation, user instruction is determined；And according to the user instruction of determination, the operator scheme of control terminal electronic equipment.The operator schema control method of the disclosure is by detecting user to the pressing operation of touch controlled key in touch controlled key area come control operation pattern, compared to by way of in two enterprising line slips of touch controlled key, can effectively be reduced in correlation technique touched because of leakage caused by be unable to the phenomenon of triggered as normal one-hand operating format.

Description

Operator schema control method, device and terminal electronic device

Technical field

This disclosure relates to communication technical field, in particular to a kind of operator scheme controlling party Method, device and terminal electronic device.

Background technology

Terminal electronic device (such as smart mobile phone, tablet personal computer) as shown in Figure 1 includes visible area (View Area, VA) 1 and touch controlled key area 2.Except with display function in visible area 1 Outside, terminal electronic device can also be operated by sensing the touch of user.And in touch-control Key zone 2 is provided with least one touch controlled key, Fig. 1 with 3 touch controlled keys S1, S2 and S3 Exemplified by, user can be located at the touch controlled key S in touch controlled key area 2 to set terminal electronic by touch-control It is standby to be operated.But at present, the touch controlled key in touch controlled key area 2 can only sense touch object Positional information, when touch object touches touch controlled key area 2, according to the touch of touch object position Put and navigate to its touch controlled key touched, so as to perform corresponding operating.

At present when user is intended to be controlled operator scheme, it usually needs proceed as follows：When During user's right operational mode to be used, user need from left to right to slide as the touch-control in Fig. 1 by Ejection is in touch controlled key S1 and S2 shown in keypad 2, visible area 1 that afterwards can be in such as Fig. 1 The prompting of no entrance right operational mode, user touch prompting frame in " it is determined that " virtual key, Into right operational mode；And when user's left operational mode to be used, user need from the right side to Touch controlled key S3 and S2 of the left slip as shown in the touch controlled key area 2 in Fig. 1, afterwards in such as Fig. 1 In visible area 1 in eject whether enter left operational mode prompting, user touch prompting frame in " it is determined that " virtual key, into left operational mode.

As described above, into one-hand operating format, continuously slipping 2 touch controlled keys of user are both needed to, Singlehanded pattern triggering failure, reduces what user operated caused by situations such as easily producing because leaking tactile Validity, have impact on the normal of user and uses.

The content of the invention

The disclosure provides a kind of operator schema control method, device and terminal electronic device, Neng Gouwei User provides a kind of convenient and effective operator scheme control mode.

Other characteristics and advantage of the disclosure will be apparent from by following detailed description, or part Ground acquistion by the practice of the disclosure.

According to the one side of the disclosure there is provided a kind of operator schema control method, applied to terminal In electronic equipment, the terminal electronic device includes：Touch controlled key area, is pressed for providing touch-control Key；The touch controlled key area includes：Pressure responsive element；The operator schema control method bag Include：When screen is lighted, pressing of the detection user to the touch controlled key in the touch controlled key area is grasped Make；When detecting the pressing operation, according to the pressing operation, user instruction is determined；With And according to the user instruction of determination, control the operator scheme of the terminal electronic device.

According to an embodiment of the disclosure, according to the pressing operation, user instruction bag is determined Include：When the pressing operation detected be user to the first touch-control in the touch controlled key area by Key and the second touch controlled key carry out pressing behaviour simultaneously with the strength more than a default first dynamics threshold value When making, it is the singlehanded mode instruction of the right hand to determine the user instruction.

According to an embodiment of the disclosure, according to the pressing operation, determine that user instruction is also wrapped Include：When the pressing operation detected be user to the 3rd touch-control in the touch controlled key area by Key and the 4th touch controlled key carry out pressing behaviour simultaneously with the strength more than a default second dynamics threshold value When making, it is the singlehanded mode instruction of left hand to determine the user instruction.

According to an embodiment of the disclosure, the 3rd touch controlled key, the 4th touch controlled key Identical, identical with first touch controlled key, the second touch controlled key part or complete phase Together；And when the 3rd touch controlled key, the 4th touch controlled key and first touch controlled key, During second touch controlled key, the second dynamics threshold value is not equal to the first dynamics threshold value.

According to an embodiment of the disclosure, according to the pressing operation, determine that user instruction is also wrapped Include：When the pressing operation detected be user to the 5th touch-control in the touch controlled key area by Key and the 6th touch controlled key carry out pressing behaviour simultaneously with the strength more than a default 3rd dynamics threshold value When making, it is middle singlehanded mode instruction to determine the user instruction.

According to an embodiment of the disclosure, the 5th touch controlled key, the 6th touch controlled key Identical, identical with first touch controlled key, the second touch controlled key part or complete phase Together；And when the 5th touch controlled key, the 6th touch controlled key and first touch controlled key, When second touch controlled key is identical, the 3rd dynamics threshold value is not equal to first dynamics Threshold value；Or, the 5th touch controlled key, the 6th touch controlled key are pressed with the 3rd touch-control Key, the 4th touch controlled key part are identical, identical or identical；And when the described 5th Touch controlled key, the 6th touch controlled key and the 3rd touch controlled key, the 4th touch controlled key When identical, the 3rd dynamics threshold value is not equal to the second dynamics threshold value.

According to an embodiment of the disclosure, the 5th touch controlled key, the 6th touch controlled key and institute State the 3rd touch controlled key, the 4th touch controlled key and first touch controlled key, second touch-control Button is identical, and the first dynamics threshold value, the second dynamics threshold value and the described 3rd It is unequal between dynamics threshold value.

According to an embodiment of the disclosure, first touch controlled key, second touch-control are pressed Key, the 3rd touch controlled key, the 4th touch controlled key, the 5th touch controlled key and described 6th touch controlled key is configured by user.

According to an embodiment of the disclosure, wherein the user instruction includes：Left hand one hand pattern Instruction, the singlehanded mode instruction of the right hand and middle singlehanded mode instruction；Referred to according to the user of determination Order, controlling the operator scheme of the terminal electronic device includes：When it is determined that the user instruction is a left side During hand one hand mode instruction, the terminal electronic device is controlled to enter left operational mode；When it is determined that When the user instruction is right hand one hand mode instruction, the terminal electronic device is controlled to enter the right hand Operator scheme；When it is determined that the user instruction is middle singlehanded pattern, the terminal electronic is controlled Equipment enters middle one-hand operating format.

According to another aspect of the present disclosure there is provided a kind of operator scheme control device, applied to end Hold in electronic equipment, the terminal electronic device includes：Touch controlled key area, is pressed for providing touch-control Key；The touch controlled key area includes：Pressure responsive element；The operator scheme control device bag Include：Detection module is operated, for when screen is lighted, user to be to the terminal electronic device for detection Touch controlled key area in touch controlled key pressing operation；Determining module is instructed, for as the behaviour When detecting the pressing operation as detection module, according to the pressing operation, determine that user refers to Order；And operator scheme control module, according to the user instruction of determination, control the terminal The operator scheme of electronic equipment.

According to an embodiment of the disclosure, the instruction determining module includes：First instruction is determined Submodule, for being user to described when the pressing operation that detects of operation detection module The first touch controlled key and the second touch controlled key in touch controlled key area is with more than default first dynamics When the strength of threshold value carries out pressing operation simultaneously, determine that the user instruction refers to for the singlehanded pattern of the right hand Order.

According to an embodiment of the disclosure, the instruction determining module also includes：Second instruction is true Stator modules, for being user to institute when the pressing operation that detects of operation detection module The 3rd touch controlled key and the 4th touch controlled key in touch controlled key area are stated with more than default second power When the strength for spending threshold value carries out pressing operation simultaneously, it is the singlehanded pattern of left hand to determine the user instruction Instruction.

According to an embodiment of the disclosure, the instruction determining module also includes：3rd instruction is true Stator modules, for being user to institute when the pressing operation that detects of operation detection module The 5th touch controlled key and the 6th touch controlled key in touch controlled key area are stated with more than default 3rd power When the strength for spending threshold value carries out pressing operation simultaneously, it is middle singlehanded pattern to determine the user instruction Instruction.

According to an embodiment of the disclosure, the 5th touch controlled key, the 6th touch controlled key Identical, identical with first touch controlled key, the second touch controlled key part or complete phase Together；And when the 5th touch controlled key, the 6th touch controlled key and first touch controlled key, When second touch controlled key is identical, the 3rd dynamics threshold value is not equal to first dynamics Threshold value.

According to an embodiment of the disclosure, the 5th touch controlled key, the 6th touch controlled key Identical, identical with the 3rd touch controlled key, the 4th touch controlled key part or complete phase Together；And when the 5th touch controlled key, the 6th touch controlled key and the 3rd touch controlled key, When 4th touch controlled key is identical, the 3rd dynamics threshold value is not equal to second dynamics Threshold value.

According to an embodiment of the disclosure, the operator scheme control device also includes：User matches somebody with somebody Module is put, is pressed for providing the first touch controlled key described in the user configuring, second touch-control Key, the 3rd touch controlled key, the 4th touch controlled key, the 5th touch controlled key and described The user interface of 6th touch controlled key.

According to an embodiment of the disclosure, wherein the user instruction includes：Left hand one hand pattern At least one of instruction, the singlehanded mode instruction of the right hand and middle singlehanded mode instruction；The operation Mode control module includes：Left operational mode submodule, for instructing determining module true when described When the fixed user instruction is left hand one hand mode instruction, the terminal electronic device is controlled to enter left Hand operator scheme；Right operational mode submodule, described in being determined when the instruction determining module When user instruction is right hand one hand mode instruction, the terminal electronic device is controlled to be operated into the right hand Pattern；And intermediate operation mode submodule, for determining the use when the instruction determining module When family instruction is middle singlehanded pattern, the terminal electronic device is controlled to enter middle one-handed performance mould Formula.

According to the another further aspect of the disclosure there is provided a kind of terminal electronic device, including：Touch-control is pressed Keypad, for providing touch controlled key, including：Pressure responsive element；Processor；And storage Device, the executable instruction for storing the processor；Wherein described processor is configured to via holding The executable instruction is gone to perform following operation：When screen is lighted, user is to the end for detection Hold the pressing operation of the touch controlled key in the touch controlled key area of electronic equipment；When detecting the pressing During operation, according to the pressing operation, user instruction is determined；And according to the user of determination Instruction, controls the operator scheme of the terminal electronic device.

According to the operator schema control method of the disclosure, by detecting user to being touched in touch controlled key area Control button pressing operation carry out control operation pattern, compared in correlation technique by two touch-controls The mode of the enterprising line slip of button, can effectively reduce and be unable to triggered as normal list caused by being touched because of leakage The phenomenon of hand operator scheme.In addition, except needing the touch-control in touch controlled key area to press in correlation technique Slided on key outer, in addition it is also necessary to click on the virtual key in visible area, be not easy to the use of user, especially It is in user's inconvenient operation.And the operator schema control method of the disclosure merely press on touch-control by The touch controlled key of keypad, facilitates the operation of user.

In addition, the correlation of the operator schema control method provided according to some embodiments, the disclosure is pressed The touch controlled key of press operation can also be configured by user according to hobby, enrich the body of user Test.

It should be appreciated that the general description of the above and detailed description hereinafter are only exemplary, The disclosure can not be limited.

Brief description of the drawings

Its example embodiment is described in detail by referring to accompanying drawing, above and other target of the disclosure, Feature and advantage will become apparent.

Fig. 1 is a kind of schematic diagram of terminal electronic device according to an illustrative embodiments.

Fig. 2 is a kind of flow of operator schema control method according to an illustrative embodiments Figure.

Fig. 3 A-3C are each operation moulds of the terminal electronic device according to an illustrative embodiments Formula schematic diagram.

Fig. 4 is the stream of another operator schema control method according to an illustrative embodiments Cheng Tu.

Fig. 5 is a kind of frame of operator scheme control device according to an illustrative embodiments Figure.

Fig. 6 is the frame of another operator scheme control device according to an illustrative embodiments Figure.

Fig. 7 is a kind of touch controlled key of terminal electronic device according to an illustrative embodiments The structural representation in area.

Fig. 8 be another terminal electronic device according to an illustrative embodiments touch-control by The structural representation of keypad.

Fig. 9 is a kind of block diagram of terminal electronic device according to an illustrative embodiments.

Embodiment

Example embodiment is described more fully with referring now to accompanying drawing.However, example embodiment It can in a variety of forms implement, and be not understood as limited to example set forth herein；On the contrary, carrying Cause the disclosure will more fully and completely, and by the structure of example embodiment for these embodiments Think of comprehensively conveys to those skilled in the art.Accompanying drawing is only the schematic illustrations of the disclosure, and Not necessarily is drawn to scale.Identical reference represents same or similar part in figure, because And repetition thereof will be omitted.

In addition, described feature, structure or characteristic can be combined one in any suitable manner In individual or more embodiment.In the following description there is provided many details so as to providing pair Embodiment of the present disclosure is fully understood.It will be appreciated, however, by one skilled in the art that can be with Put into practice the technical scheme of the disclosure and omit one or more in the specific detail, or can be with Using other methods, constituent element, device, step etc..In other cases, be not shown in detail or A presumptuous guest usurps the role of the host and causes this public affairs to avoid for description known features, method, device, realization or operation The each side opened thickens.

Fig. 2 is a kind of flow of operator schema control method according to an illustrative embodiments Figure.As shown in Fig. 2 operator schema control method 10 can be applied in a terminal electronic device, should Terminal electronic device includes a touch controlled key area, and the touch controlled key area can for example be located at such as Fig. 1 institutes The position in the touch controlled key area 2 shown, the touch controlled key for providing non-physical, it is except including Touch sensing element (such as capacitance touching control sensing element) outside, in addition to pressure responsive element, therefore The touch controlled key that the touch controlled key area is provided can not only sense the positional information of touch object, may be used also To sense the pressure information of touch object.Operator schema control method 10 includes：

In step s 110, when screen is lighted, user is to touch controlled key in touch controlled key area for detection Pressing operation.

When screen is lighted, pressing operation of the detection user to the touch controlled key in the touch controlled key area.

When screen is lighted, no matter it is shown in the current user's display interface of terminal electronic device The interface of main interface or some application program, the pressing to touch controlled key in touch controlled key area are grasped As being detected.

In the step s 120, in user is detected to touch controlled key area touch controlled key pressing operation When, according to the pressing operation, determine user instruction.

For example, according to pressing operation of the user to different touch controlled keys, it is the right hand to determine user instruction The singlehanded mode instruction of singlehanded mode instruction, left hand or middle singlehanded mode instruction.

In step s 130, according to the user instruction of determination, control operation pattern.

For example, if it is determined that user instruction is the singlehanded mode instruction of the right hand, then control terminal electronics is set The standby right operational mode entered as shown in Figure 3A, user can be operated by the right hand therein to be had Effect shows operating space 1 ', wherein effectively display operating space 1 ' is located at the lower right corner of visible area 1.

If it is determined that user instruction is the singlehanded mode instruction of left hand, then control terminal electronic equipment enters Left operational mode shown in Fig. 3 B, user can operate effective display behaviour therein by left hand Make area 1 ", wherein effectively display operating space 1 " is located at the lower left corner of visible area 1.

If it is determined that user instruction is middle singlehanded mode instruction, then control terminal electronic equipment enters Middle one-hand operating format shown in Fig. 3 C, user can be operated wherein by using left hand or the right hand Effective hour operating space 1 " ', wherein effectively display operating space 1 " ' be located at visible area 1 centre.

The operator schema control method 10 that present embodiment is provided, by detecting user to touch controlled key The pressing operation of touch controlled key carrys out control operation pattern in area, compared in correlation technique by two The mode of the individual enterprising line slip of touch controlled key, can effectively reduce can not be normal caused by being touched because of leakage Trigger the phenomenon of one-hand operating format.In addition, except needing in touch controlled key area in correlation technique Slided on touch controlled key outer, in addition it is also necessary to click on the virtual key in visible area, be not easy to making for user With especially in user's inconvenient operation.And the operator schema control method 10 of present embodiment is only The touch controlled key in touch controlled key area need to be pressed, facilitates the operation of user.

It will be clearly understood that the present disclosure describes how to form and use particular example, but the disclosure Principle be not limited to any details of these examples.On the contrary, the religion based on disclosure disclosure Lead, these principles can be applied to numerous other embodiments.

Fig. 4 is the stream of another operator schema control method according to an illustrative embodiments Cheng Tu.As shown in figure 4, operator schema control method 20 can be applied in a terminal electronic device, The terminal electronic device includes a touch controlled key area, and the touch controlled key area can for example be located at such as Fig. 1 The position in shown touch controlled key area 2, the touch controlled key for providing non-physical, its except including There is touch sensing element (such as capacitance touching control sensing element) outside, in addition to pressure responsive element, because The touch controlled key that this touch controlled key area is provided can not only sense the positional information of touch object, also The pressure information of touch object can be sensed.Operator schema control method 20 includes：

In step S210, when screen is lighted, user is to touch controlled key in touch controlled key area for detection Pressing operation.

In step S220, according to pressing operation of the user to touch controlled key, user instruction is determined.

According to pressing operation of the user to different touch controlled keys, it is the singlehanded mould of the right hand to determine user instruction Formula instruction, the singlehanded mode instruction of left hand or middle singlehanded mode instruction.

The determination of right hand one hand mode instruction

User is detected to the first touch controlled key in touch controlled key area and the second touch controlled key for example, working as When carrying out pressing operation simultaneously with the strength more than a default first dynamics threshold value, determine that user refers to Make as the singlehanded mode instruction of the right hand.First touch controlled key and the second touch-control are pressed when detecting user During button, user is sensed to the first touch controlled key and the second touch controlled key pressure applied size, If the pressure is more than the first dynamics threshold value, judge user instruction for the singlehanded mode instruction of the right hand.

Wherein the position of the first touch controlled key and the second touch controlled key is in practical application, can be according to need Set, for example, can be arranged on touch controlled key S2 and S3 as shown in Figure 1 position, can also Touch controlled key S1 and S3 as shown in Figure 1 position is arranged on, or can also be arranged on such as Fig. 1 Shown touch controlled key S1 and S2 position.

In addition, the first touch controlled key and the second touch controlled key can also be matched somebody with somebody by user according to hobby Put, by provide the user it is corresponding interface is set, by user to first touch controlled key and the Two touch controlled keys are configured, so as to enrich the experience of user.The first dynamics threshold value can also Set according to the actual requirements in practical application, the disclosure is not limited.

The determination of left hand one hand mode instruction

When detect user to the 3rd touch controlled key in touch controlled key area and the 4th touch controlled key with more than When the strength of one default second dynamics threshold value carries out pressing operation, it is left hand list to determine user instruction Hand mode instruction.When detecting user and pressing the 3rd touch controlled key and four touch controlled keys, sense User is surveyed to the 3rd touch controlled key and the 4th touch controlled key pressure applied size, if the pressure More than the second dynamics threshold value, then judge user instruction for the singlehanded mode instruction of left hand.

Wherein the position of the 3rd touch controlled key and the 4th touch controlled key is in practical application, can be according to need Set, for example, can be arranged on touch controlled key S1 and S2 as shown in Figure 1 position, can also Touch controlled key S1 and S3 as shown in Figure 1 position is arranged on, or can also be arranged on such as Fig. 1 Shown touch controlled key S2 and S3 position.

By shown in Fig. 1 touch controlled key layout exemplified by, the first touch controlled key, the second touch controlled key with 3rd touch controlled key, the 4th touch controlled key can part it is identical.Such as the first touch controlled key and second The position of touch controlled key is respectively in touch controlled key S2 and S3 position, and the 3rd touch controlled key and the 4th is touched The position of button is controlled respectively in touch controlled key S1 and S2 position.

And when touch controlled key area touch controlled key layout more than 3 touch controlled keys when, the first touch-control Button, the second touch controlled key can also be differed with the 3rd touch controlled key, the 4th touch controlled key.

In addition, the 3rd touch controlled key and the 4th touch controlled key can also be matched somebody with somebody by user according to hobby Put, by provide the user it is corresponding interface is set, by user to the 3rd touch controlled key and the Four touch controlled keys are configured, so as to enrich the experience of user.The second dynamics threshold value can also Set according to the actual requirements in practical application, the second dynamics threshold value can be with the first dynamics Threshold value is identical can also be different, and the disclosure is not limited.

Or, the 3rd touch controlled key and the 4th touch controlled key can also be with the first touch controlled keys and Two touch controlled keys are identical, now can be by judging the pressure that user is applied to the touch controlled key Power size determines that user instruction is the singlehanded mode instruction of the right hand or left hand one hand mode instruction.With Second dynamics threshold value is more than exemplified by the first dynamics threshold value, if user is to the first touch controlled key and second Touch controlled key (i.e. the 3rd touch controlled key and the 4th touch controlled key) pressure applied is more than the second dynamics Threshold value, it is determined that user instruction is the singlehanded mode instruction of left hand；And if user presses to the first touch-control Key and the second touch controlled key pressure applied are less than the second dynamics threshold value but more than the first dynamics threshold value When, it is determined that user instruction is the singlehanded mode instruction of the right hand.

Similarly, the first touch controlled key and the second touch controlled key (i.e. the 3rd touch controlled key and the 4th touch-control Button) it can also be configured by user according to hobby, by providing the user corresponding setting circle Face, to be configured by user to the touch controlled key, so as to enrich the experience of user.

The determination of middle one hand mode instruction

When detect user to the 5th touch controlled key in touch controlled key area and the 6th touch controlled key with more than One with the strength more than a default 3rd dynamics threshold value simultaneously carry out pressing operation when, determine user Instruct as middle singlehanded mode instruction.When detect user touch when detect user press this When five touch controlled keys and six touch controlled keys, sensing user presses to the 5th touch controlled key and the 6th touch-control Key pressure applied size, if the pressure judges user instruction more than the 3rd dynamics threshold value For middle singlehanded mode instruction.

Wherein the position of the 5th touch controlled key and the 6th touch controlled key is in practical application, can be according to need Set, for example, can be arranged on touch controlled key S1 and S3 as shown in Figure 1 position, can also Touch controlled key S1 and S2 as shown in Figure 1 position is arranged on, or can also be arranged on such as Fig. 1 Shown touch controlled key S2 and S3 position.

By taking the touch controlled key layout shown in Fig. 1 as an example, the 5th touch controlled key, the 6th touch controlled key can To be with the first touch controlled key, the second touch controlled key and the 3rd touch controlled key, the 4th touch controlled key Part is identical.For example the position of the first touch controlled key and the second touch controlled key is respectively in touch controlled key S2 With S3 position, the position of the 3rd touch controlled key and the 4th touch controlled key is respectively in touch controlled key S1 With S2 position, the position of the 5th touch controlled key and the 6th touch controlled key is then respectively in touch controlled key S1 With S3 position.

And when touch controlled key area touch controlled key layout more than 5 touch controlled keys when, the 5th touch-control Button, the 6th touch controlled key can also be with the first touch controlled key, the second touch controlled key and the 3rd touch-controls Button, the 4th touch controlled key are differed.

In addition, the 5th touch controlled key and the 6th touch controlled key can also be matched somebody with somebody by user according to hobby Put, by provide the user it is corresponding interface is set, by user to the 5th touch controlled key and the Six touch controlled keys are configured, so as to enrich the experience of user.3rd dynamics threshold value can also Set according to the actual requirements in practical application, the 3rd dynamics threshold value can be with the first dynamics Threshold value and/or the second dynamics threshold value is identical can also be different, the disclosure is not limited.

Or, the 5th touch controlled key and the 6th touch controlled key can also be with the first touch controlled keys and Two touch controlled keys are identical, now can be by judging that user is applied to the two touch controlled keys Pressure size determine that user instruction is that middle singlehanded mode instruction or right hand one hand pattern refer to Order.So that the 3rd dynamics threshold value is more than the first dynamics threshold value as an example, if user presses to the two touch-controls Key pressure applied is more than the 3rd dynamics threshold value, it is determined that user instruction refers to for middle singlehanded pattern Order；And if user is less than the 3rd dynamics threshold value to the two touch controlled key pressure applied but big When the first dynamics threshold value, it is determined that user instruction is the singlehanded mode instruction of the right hand.

Similarly, the two touch controlled keys can also by user according to hobby be configured, by for User provides corresponding setting interface, to be configured by user to the touch controlled key, so that abundant The experience of user.

Or, the 5th touch controlled key and the 6th touch controlled key can also with the 3rd touch controlled key and 4th touch controlled key is identical, now can be by judging that user is applied to the two touch controlled keys Plus pressure size determine that user instruction is that middle singlehanded mode instruction or left hand one hand pattern refer to Order.So that the 3rd dynamics threshold value is more than the second dynamics threshold value as an example, if user presses to the two touch-controls Key pressure applied is more than the 3rd dynamics threshold value, it is determined that user instruction refers to for middle singlehanded pattern Order；And if user is less than the 3rd dynamics threshold value to the two touch controlled key pressure applied but big When the first dynamics threshold value, it is determined that user instruction is the singlehanded mode instruction of the right hand.

Again or, the 5th touch controlled key and the 6th touch controlled key can also with the 3rd touch controlled key and 4th touch controlled key and the first touch controlled key and the second touch controlled key are identical, can now lead to Cross and judge user to the two touch controlled key pressure applied sizes to determine user instruction for centre The singlehanded mode instruction of singlehanded mode instruction or left hand.Second dynamics threshold is more than with the 3rd dynamics threshold value Value, the second dynamics threshold value is more than exemplified by the first dynamics threshold value, if user is to the two touch controlled keys Pressure applied is more than the 3rd dynamics threshold value, it is determined that user instruction refers to for middle singlehanded pattern Order；If user is less than the 3rd dynamics threshold value to the two touch controlled key pressure applied but is more than During the second dynamics threshold value, it is determined that user instruction is the singlehanded mode instruction of left hand；If user is to this When two touch controlled key pressure applied are less than the second dynamics threshold value but are more than the first dynamics threshold value, It is the singlehanded mode instruction of the right hand then to determine user instruction.

In step S230, when it is determined that user instruction is right hand one hand mode instruction, control terminal Electronic equipment enters right operational mode.

In step S240, when it is determined that user instruction is left hand one hand mode instruction, control terminal Electronic equipment enters left operational mode.

In step s 250, when it is determined that user instruction is middle singlehanded mode instruction, control terminal Electronic equipment enters middle one-hand operating format.

The operator schema control method 20 that present embodiment is provided, by detecting user to touch controlled key The pressing operation of touch controlled key carrys out control operation pattern in area, compared in correlation technique by two The mode of the individual enterprising line slip of touch controlled key, can effectively reduce can not be normal caused by being touched because of leakage Trigger the phenomenon of one-hand operating format.In addition, except needing in touch controlled key area in correlation technique Slided on touch controlled key outer, in addition it is also necessary to click on the virtual key in visible area, be not easy to making for user With especially in user's inconvenient operation.And the operator schema control method 20 of present embodiment is only The touch controlled key in touch controlled key area need to be pressed, facilitates the operation of user.Further, related pressing The touch controlled key of operation can also be configured by user according to hobby, enrich the experience of user.

It should be noted that the above-mentioned accompanying drawing for being used to show method embodiment is only according to the disclosure Processing included by the method for illustrative embodiments is schematically illustrated, rather than limitation purpose. It can be readily appreciated that above-mentioned processing shown in the drawings is not intended that or limited the time sequencing of these processing. In addition, being also easy to understand, these processing can for example either synchronously or asynchronously be performed in multiple modules 's.

Following is disclosure device embodiment, can be used for performing method of disclosure embodiment.For The details not disclosed in disclosure device embodiment, refer to method of disclosure embodiment.

Fig. 5 is a kind of frame of operator scheme control device according to an illustrative embodiments Figure.As shown in figure 5, operator scheme control device 30 can be applied in a terminal electronic device, should Terminal electronic device includes a touch controlled key area, and the touch controlled key area can for example be located at such as Fig. 1 institutes The position in the touch controlled key area 2 shown, the touch controlled key for providing non-physical, it is except including Touch sensing element (such as capacitance touching control sensing element) outside, in addition to pressure responsive element, therefore The touch controlled key that the touch controlled key area is provided can not only sense the positional information of touch object, may be used also To sense the pressure information of touch object.Operator scheme control device 30 includes：Operate detection module 310th, instruction determining module 320 and operator scheme control module 330.

Wherein operation detection module 310 is used for when screen is lighted, and detection user sets to terminal electronic The pressing operation of touch controlled key in standby touch controlled key area.

Instruction determining module 320 is used for when operating detection module 310 to detect pressing operation, according to Pressing operation, determines user instruction.

User instruction can for example include the singlehanded mode instruction of the singlehanded mode instruction of left hand, the right hand and in Between at least one of singlehanded mode instruction.

Operator scheme control module 330 is used for the user instruction determined according to instruction determining module 320, The operator scheme of control terminal electronic equipment.

The operator scheme control device 30 that present embodiment is provided, by detecting user to touch controlled key The pressing operation of touch controlled key carrys out control operation pattern in area, compared in correlation technique by two The mode of the individual enterprising line slip of touch controlled key, can effectively reduce can not be normal caused by being touched because of leakage Trigger the phenomenon of one-hand operating format.In addition, except needing in touch controlled key area in correlation technique Slided on touch controlled key outer, in addition it is also necessary to click on the virtual key in visible area, be not easy to making for user With especially in user's inconvenient operation.And the operator scheme control device 30 of present embodiment is only The touch controlled key in touch controlled key area need to be pressed, facilitates the operation of user.

Fig. 6 is the frame of another operator scheme control device according to an illustrative embodiments Figure.As shown in fig. 6, operator scheme control device 40 can be applied in a terminal electronic device, should Terminal electronic device includes a touch controlled key area, and the touch controlled key area can for example be located at such as Fig. 1 institutes The position in the touch controlled key area 2 shown, the touch controlled key for providing non-physical, it is except including Touch sensing element (such as capacitance touching control sensing element) outside, in addition to pressure responsive element, therefore The touch controlled key that the touch controlled key area is provided can not only sense the positional information of touch object, may be used also To sense the pressure information of touch object.Operator scheme control device 40 includes：Operate detection module 410th, instruction determining module 420 and operator scheme control module 430.

Wherein operation detection module 410 is used for when screen is lighted, and detection user sets to terminal electronic The pressing operation of touch controlled key in standby touch controlled key area.

Instruction determining module 420 is used for when operating detection module 410 to detect pressing operation, according to Pressing operation, determines user instruction.

Instruction determining module 420 includes：First instruction determination sub-module 4210.

First instruction determination sub-module 4210 is used for the pressing behaviour detected when operation detection module 410 As user to the first touch controlled key and the second touch controlled key in touch controlled key area with default more than one The strength of the first dynamics threshold value when carrying out pressing operation simultaneously, determine that user instruction is singlehanded for the right hand Mode instruction.

Instruction determining module 420 also includes：Second instruction determination sub-module 4220.

First instruction determination sub-module 4220 is used for the pressing behaviour detected when operation detection module 410 As user to the 3rd touch controlled key and the 4th touch controlled key in touch controlled key area with default more than one The strength of the second dynamics threshold value when carrying out pressing operation simultaneously, determine that user instruction is singlehanded for left hand Mode instruction.

3rd touch controlled key, the 4th touch controlled key and the first touch controlled key, the second touch controlled key part It is identical, identical or identical；And when the 3rd touch controlled key, the 4th touch controlled key and first When touch controlled key, the second touch controlled key, the second dynamics threshold value is not equal to the first dynamics threshold value.

Instruction determining module 420 also includes：3rd instruction determination sub-module 4230.

3rd instruction determination sub-module 4230 is used for the pressing behaviour detected when operation detection module 410 As user to the 5th touch controlled key and the 6th touch controlled key in touch controlled key area with default more than one The strength of the 3rd dynamics threshold value when carrying out pressing operation simultaneously, determine user instruction to be middle singlehanded Mode instruction.

5th touch controlled key, the 6th touch controlled key can be with the first touch controlled key, the second touch controlled keys Part is identical, identical or identical；And when the 5th touch controlled key, the 6th touch controlled key with When first touch controlled key, the second touch controlled key are identical, the 3rd dynamics threshold value is not equal to the first power Spend threshold value.

5th touch controlled key, the 6th touch controlled key can also be pressed with the 3rd touch controlled key, the 4th touch-control Key section is identical, identical or identical；And when the 5th touch controlled key, the 6th touch controlled key When identical with the 3rd touch controlled key, the 4th touch controlled key, the 3rd dynamics threshold value is not equal to second Dynamics threshold value.

5th touch controlled key, the 6th touch controlled key can also be pressed with the 3rd touch controlled key, the 4th touch-control Key and the first touch controlled key, the second touch controlled key are identical, and the first dynamics threshold value, Two dynamics threshold values with it is unequal between the 3rd dynamics threshold value.

Operator scheme control module 430 is used for the user instruction determined according to instruction determining module 420, The operator scheme of control terminal electronic equipment.

Operator scheme control module 430 includes：Left operational mode submodule 4310.

Left operational mode submodule 4310 is used for when instruction determining module 420 determines that user instruction is During left hand one hand mode instruction, control terminal electronic equipment enters left operational mode.

Operator scheme control module 430 also includes：Right operational mode submodule 4320.

Right operational mode submodule 4320 is used for when instruction determining module 420 determines that user instruction is During right hand one hand mode instruction, control terminal electronic equipment enters right operational mode.

Operator scheme control module 430 also includes：Intermediate operation mode submodule 4330.

Intermediate operation mode submodule 4330 is used for when instruction determining module 420 determines that user instruction is During middle one hand pattern, control terminal electronic equipment enters middle one-hand operating format.

Operator scheme control device 40 can also include：User configuration module 440, for providing use Family configures the user interface of the first touch controlled key, the second touch controlled key and the 3rd touch controlled key.

The operator scheme control device 30 that present embodiment is provided, by detecting user to touch controlled key The pressing operation of touch controlled key carrys out control operation pattern in area, compared in correlation technique by two The mode of the individual enterprising line slip of touch controlled key, can effectively reduce can not be normal caused by being touched because of leakage Trigger the phenomenon of one-hand operating format.In addition, except needing in touch controlled key area in correlation technique Slided on touch controlled key outer, in addition it is also necessary to click on the virtual key in visible area, be not easy to making for user With especially in user's inconvenient operation.And the operator scheme control device 40 of present embodiment is only The touch controlled key in touch controlled key area need to be pressed, facilitates the operation of user.

Further, the touch controlled key of related pressing operation can also be set by user according to hobby Put, enrich the experience of user.

In order to further explain how to detect user to touching in the touch controlled key area of terminal electronic device The pressing operation of button is controlled, the disclosure additionally provides the touch controlled key area of two kinds of terminal electronic devices Structure, but it should be recognized that the merely illustrative explanation of the structure in both touch controlled key areas, rather than Limit the disclosure.

Fig. 7 is a kind of touch controlled key of terminal electronic device according to an illustrative embodiments The structural representation in area.Terminal electronic device as shown in Figure 7 includes：Transparent cover plate 3, two dimension are touched Control module 4, pressure touch module 5, screen layer 6 and casing 7.

Two-dimentional touch-control module 4, pressure touch module 5 and screen layer 6 are respectively positioned on the terminal electronic device Touch controlled key area 2.The example of regional location shown in the touch controlled key area 2 of terminal electronic device shown in Fig. 7 As can with Tu1Zhong touch controlled keys area 2 shown in regional location it is identical.

Two-dimentional touch-control module 4 is used for the positional information for obtaining touch object (such as user's finger).Two dimension Touch-control module 4 can be for example capacitive touch-control module, and acquisition is detected by capacity coupled mode The precise position information of touch object.Two-dimentional touch-control module 4 can include at least one touch-control sensing Electrode 41, is arranged under transparent cover plate 3.

Screen layer 5 is formed on the casing 114 of the underface corresponding to touch key-press area 2, shielding Layer 5 can for example fit in casing 7 entirely by adhesive glue.Screen layer 5 is realized to various by being grounded The shielding action of interference signal (such as electromagnetic interference).

Pressure touch module 5 is formed on screen layer 6, for example, fit in shielding entirely by adhesive glue On layer 5.Pressure touch module 5 can include at least one pressure sensitive electrode 51.At least one A gap is formed between bar pressure sensitive electrode 51 and at least one touch-control sensing electrode 41.

Pressure touch module 5 is used for the pressure information for obtaining touch object, such as sensing touch object Pressure size.Pressure touch module 5 can for example use capacitive pressure touch-control module, pass through electricity The mode for holding coupling senses the pressure information of touch object.

Said below so that two-dimentional touch-control module 4 and pressure touch module 5 use capacitance touching control module as an example It is bright in actual applications, how two-dimentional touch-control module 4 cooperates with pressure touch module 5.

When user's finger normal touch is located at the button in touch key-press area 2, two-dimentional touch-control module 4 is felt The capacitance signal of finger is surveyed, according to the capacitance signal sensed, the corresponding touch-control of finger position is obtained Key information.

When user's finger is pressed positioned at the button in touch key-press area 2, except the two-dimentional meeting of touch-control module 4 The capacitance signal of sensing finger, is obtained outside the corresponding key information of finger position, pressure touch mould Block 5 is drawn by sensing due to the change in gap between pressure touch module 5 and two-dimentional touch-control module 4 The change of the capacitively coupled signal amount risen, to obtain the information of user's finger press pressure.

Fig. 8 be another terminal electronic device according to an illustrative embodiments touch-control by The structural representation of keypad.Terminal electronic device as shown in Figure 7 includes：Transparent cover plate 3 ', two Tie up touch-control module 4 ', pressure touch module 5 ', screen layer 6 ' and casing 7 '.With the knot shown in Fig. 7 Unlike structure, pressure touch module 5 ' fits in two-dimentional touch-control module 4 '.Pressure touch module 5 ' A gap is left between screen layer 6 ' with fitting in casing 7 '.So as to be located at when user's finger pressing During the button in the touch key-press area 2 of the terminal electronic device, except two-dimentional touch-control module 4 ' can be sensed The capacitance signal of finger, is obtained outside the corresponding key information of finger position, pressure touch module 5 ' By sensing the electric capacity caused by the change in gap between pressure touch module 5 ' and screen layer 6 ' The change of coupled signal amount, to obtain the information of user's finger press pressure.Embodiment party shown in Fig. 8 Formula will not be repeated here with identical content in Fig. 6 illustrated embodiments.

Fig. 9 is a kind of block diagram of terminal electronic device according to an illustrative embodiments.Such as Terminal electronic device 50 shown in Fig. 9 can be disappeared with mobile phone, computer, digital broadcast terminal Cease transceiver, game console, tablet device, Medical Devices, body-building equipment, individual digital Assistant etc..

As shown in figure 9, terminal electronic device 50 can include following one or more assemblies：Processing Component 510, memory 520, electric power component 530, multimedia groupware 540, audio-frequency assembly 550, the interface 560 of input/output (I/O), sensor cluster 570, and communication component 580.

The integrated operation of the usual control terminal electronic equipment 50 of processing assembly 510, such as with display, Call, data communication, the camera operation operation associated with record operation.Processing assembly 510 Execute instruction can be carried out including one or more processors 5110, to complete the whole of above-mentioned method Or part steps.In addition, processing assembly 510 can include one or more modules, it is easy to processing Interaction between component 510 and other assemblies.For example, processing assembly 510 can include multimedia mould Block, to facilitate the interaction between multimedia groupware 540 and processing assembly 510.

Memory 520 is configured as storing various types of data supporting in terminal electronic device 50 Operation.The example of these data includes any application for being used to operate on terminal electronic device 50 The instruction of program or method, contact data, telephone book data, message, picture, video etc.. Memory 520 can be by any kind of volatibility or non-volatile memory device or their group Close and realize, such as static RAM (SRAM), Electrically Erasable Read Only Memory (EEPROM), Erasable Programmable Read Only Memory EPROM (EPROM), may be programmed read-only storage Device (PROM), read-only storage (ROM), magnetic memory, flash memory, disk or light Disk.

Electric power assembly 530 provides electric power for the various assemblies of terminal electronic device 50.Electric power assembly 530 Can include power-supply management system, one or more power supplys, and other with for terminal electronic device 50 Generation, the management component associated with distribution electric power.

Multimedia groupware 550 is included in the offer one between the terminal electronic device 50 and user The screen of output interface.In certain embodiments, screen can include liquid crystal display (LCD) and Touch panel (TP).If screen includes touch panel, screen may be implemented as touch-screen, with Receive the input signal from user.Touch panel includes one or more touch sensors to sense Gesture on touch, slip and touch panel.The touch sensor can not only sensing touch or The border of sliding action, but also detection with it is described touch or slide related duration and Pressure.In certain embodiments, multimedia groupware 540 includes a front camera and/or rearmounted Camera.When terminal electronic device 50 is in operator scheme, such as screening-mode or during video mode, Front camera and/or rear camera can receive the multi-medium data of outside.Each preposition shooting Head and rear camera can be a fixed optical lens systems or with focal length and optical zoom Ability.

Audio-frequency assembly 550 is configured as output and/or input audio signal.For example, audio-frequency assembly 550 Including a microphone (MIC), when terminal electronic device 50 is in operator scheme, such as calling mould When formula, logging mode and speech recognition mode, microphone is configured as receiving external audio signal. The audio signal received can be further stored in memory 520 or be sent out via communication component 580 Send.In certain embodiments, audio-frequency assembly 550 also includes a loudspeaker, for exporting audio Signal.

I/O interfaces 560 are above-mentioned outer to provide interface between processing assembly 510 and peripheral interface module It can be keyboard to enclose interface module, click wheel, button etc..These buttons may include but be not limited to： Homepage button, volume button, start button and locking button.

Sensor cluster 570 includes one or more sensors, for being carried for terminal electronic device 50 For the state estimation of various aspects.For example, sensor cluster 570 can detect beating for equipment 50 Opening/closing state, the relative positioning of component, such as described component is the display of terminal electronic device 50 Device and keypad, sensor cluster 570 can also detect that terminal electronic device 50 or terminal electronic are set The position of standby 50 1 components changes, presence or do not deposit that user contacts with terminal electronic device 50 In the orientation of terminal electronic device 50 or acceleration/deceleration and the temperature change of terminal electronic device 50. Sensor cluster 570 can include proximity transducer, be configured to connect in not any physics The presence of object nearby is detected when touching.Sensor cluster 570 can also include optical sensor, such as CMOS or ccd image sensor, for being used in imaging applications.In certain embodiments, The sensor cluster 570 can also include acceleration transducer, gyro sensor, magnetic sensing Device, pressure sensor or temperature sensor.

Communication component 580 be configured to facilitate it is wired between terminal electronic device 50 and other equipment or The communication of wireless mode.Terminal electronic device 50 can access the wireless network based on communication standard, Such as WiFi, 2G or 3G, or combinations thereof.In one exemplary embodiment, communication component Component 580 receives broadcast singal or broadcast phase from external broadcasting management system via broadcast channel Close information.In one exemplary embodiment, the communication component component 580 is also logical including near field (NFC) module is believed, to promote junction service.For example, radio frequency identification can be based in NFC module (RFID) technology, Infrared Data Association (IrDA) technology, ultra wide band (UWB) technology is blue Tooth (BT) technology and other technologies are realized.

In the exemplary embodiment, terminal electronic device 50 can be by one or more application specific collection Into circuit (ASIC), digital signal processor (DSP), digital signal processing appts (DSPD), PLD (PLD), field programmable gate array (FPGA), controller, micro-control Device processed, microprocessor or other electronic components are realized, for performing the above method.

In the exemplary embodiment, additionally providing a kind of non-transitory computer including instructing can Storage medium is read, such as the memory 520 including store instruction, above-mentioned instruction can be set by terminal electronic Standby 50 processor 5110 performs to complete the above method.For example, the non-transitory computer can Read storage medium can be ROM, random access memory (RAM), CD-ROM, tape, Floppy disk and optical data storage devices etc..

The illustrative embodiments of the disclosure are particularly shown and described above.It is understood that It is that the disclosure is not limited to detailed construction described herein, set-up mode or implementation method；On the contrary, The disclosure is intended to cover comprising various modifications in the spirit and scope of the appended claims and equivalent Set.

Claims

1. a kind of terminal electronic device, it is characterised in that including：

Touch controlled key area, for providing touch controlled key, including：Pressure responsive element；

Processor；And

Memory, the executable instruction for storing the processor；

Wherein described processor is configured to perform following operation via the executable instruction is performed：

When screen is lighted, user is to the touch controlled key in the touch controlled key area for detection Pressing operation；

When detecting the pressing operation, according to the pressing operation, determine that user refers to Order；And

According to the user instruction of determination, the operation mould of the terminal electronic device is controlled Formula.

2. terminal electronic device according to claim 1, it is characterised in that according to the pressing Operation, determines that user instruction includes：When the pressing operation detected be user to the touch-control by The first touch controlled key and the second touch controlled key in keypad is with more than a default first dynamics threshold value When strength carries out pressing operation simultaneously, it is the singlehanded mode instruction of the right hand to determine the user instruction.

3. terminal electronic device according to claim 2, it is characterised in that according to the pressing Operation, determines that user instruction also includes：When the pressing operation detected be user to the touch-control The 3rd touch controlled key and the 4th touch controlled key in key zone is with more than a default second dynamics threshold value Strength when carrying out pressing operation simultaneously, it is the singlehanded mode instruction of left hand to determine the user instruction.

4. terminal electronic device according to claim 3, it is characterised in that the 3rd touch-control Button, the 4th touch controlled key and first touch controlled key, the second touch controlled key part phase It is same, identical or identical；And when the 3rd touch controlled key, the 4th touch controlled key with When first touch controlled key, second touch controlled key, the second dynamics threshold value is not equal to described First dynamics threshold value.

5. the terminal electronic device according to claim 3 or 4, it is characterised in that according to described Pressing operation, determines that user instruction also includes：When the pressing operation detected be user to described The 5th touch controlled key and the 6th touch controlled key in touch controlled key area is with more than default 3rd dynamics When the strength of threshold value carries out pressing operation simultaneously, determine that the user instruction refers to for middle singlehanded pattern Order.

6. terminal electronic device according to claim 5, it is characterised in that the 5th touch-control Button, the 6th touch controlled key and first touch controlled key, the second touch controlled key part phase It is same, identical or identical；And when the 5th touch controlled key, the 6th touch controlled key with When first touch controlled key, second touch controlled key are identical, the 3rd dynamics threshold value is not Equal to the first dynamics threshold value；Or, the 5th touch controlled key, the 6th touch controlled key with 3rd touch controlled key, the 4th touch controlled key part are identical, identical or identical； And when the 5th touch controlled key, the 6th touch controlled key and the 3rd touch controlled key, described the When four touch controlled keys are identical, the 3rd dynamics threshold value is not equal to the second dynamics threshold value.

7. terminal electronic device according to claim 5, it is characterised in that first touch-control It is button, second touch controlled key, the 3rd touch controlled key, the 4th touch controlled key, described 5th touch controlled key and the 6th touch controlled key are configured by user.

8. terminal electronic device according to claim 1, it is characterised in that wherein described user Instruction includes：Left hand one hand mode instruction, the singlehanded mode instruction of the right hand and middle singlehanded mode instruction； According to the user instruction of determination, controlling the operator scheme of the terminal electronic device includes：When true When the fixed user instruction is left hand one hand mode instruction, the terminal electronic device is controlled to enter left hand Operator scheme；When it is determined that the user instruction is right hand one hand mode instruction, the terminal electricity is controlled Sub- equipment enters right operational mode；When it is determined that the user instruction is middle singlehanded pattern, control The terminal electronic device enters middle one-hand operating format.

9. a kind of operator schema control method, applied in terminal electronic device, it is characterised in that institute Stating terminal electronic device includes：Touch controlled key area, for providing touch controlled key；The touch controlled key area Including：Pressure responsive element；The operator schema control method includes：

When screen is lighted, user's pressing to the touch controlled key in the touch controlled key area is detected Press operation；

When detecting the pressing operation, according to the pressing operation, user instruction is determined；With And

According to the user instruction of determination, the operator scheme of the terminal electronic device is controlled.

10. operator schema control method according to claim 9, it is characterised in that according to institute Pressing operation is stated, determines that user instruction includes：When the pressing operation detected be user to described The first touch controlled key and the second touch controlled key in touch controlled key area is with more than default first dynamics When the strength of threshold value carries out pressing operation simultaneously, determine that the user instruction refers to for the singlehanded pattern of the right hand Order.

11. operator schema control method according to claim 10, it is characterised in that according to institute Pressing operation is stated, determines that user instruction also includes：When the pressing operation detected is user to institute The 3rd touch controlled key and the 4th touch controlled key in touch controlled key area are stated with more than default second power When the strength for spending threshold value carries out pressing operation simultaneously, determine that the user instruction refers to for the singlehanded pattern of left hand Order.

12. operator schema control method according to claim 11, it is characterised in that described Three touch controlled keys, the 4th touch controlled key and first touch controlled key, second touch controlled key Part is identical, identical or identical；And when the 3rd touch controlled key, the 4th touch-control When button is with first touch controlled key, second touch controlled key, the second dynamics threshold value In the first dynamics threshold value.

13. the operator schema control method according to claim 11 or 12, it is characterised in that According to the pressing operation, determine that user instruction also includes：When the pressing operation detected is use Family is to the 5th touch controlled key and the 6th touch controlled key in the touch controlled key area with default more than one When the strength of 3rd dynamics threshold value carries out pressing operation simultaneously, it is middle one hand to determine the user instruction Mode instruction.

14. operator schema control method according to claim 13, it is characterised in that described Five touch controlled keys, the 6th touch controlled key and first touch controlled key, second touch controlled key Part is identical, identical or identical；And when the 5th touch controlled key, the 6th touch-control When button is identical with first touch controlled key, second touch controlled key, the 3rd dynamics Threshold value is not equal to the first dynamics threshold value；Or, the 5th touch controlled key, the 6th touch-control Button is identical, identical or complete with the 3rd touch controlled key, the 4th touch controlled key part It is identical；And when the 5th touch controlled key, the 6th touch controlled key and the 3rd touch controlled key, When 4th touch controlled key is identical, the 3rd dynamics threshold value is not equal to the second dynamics threshold Value.

15. operator schema control method according to claim 13, it is characterised in that described One touch controlled key, second touch controlled key, the 3rd touch controlled key, the 4th touch controlled key, 5th touch controlled key and the 6th touch controlled key are configured by user.

16. operator schema control method according to claim 1, it is characterised in that wherein institute Stating user instruction includes：Left hand one hand mode instruction, the singlehanded mode instruction of the right hand and middle singlehanded pattern Instruction；According to the user instruction of determination, controlling the operator scheme of the terminal electronic device includes： When it is determined that the user instruction is left hand one hand mode instruction, the terminal electronic device is controlled to enter Left operational mode；When it is determined that the user instruction is right hand one hand mode instruction, the end is controlled End electronic equipment enters right operational mode；When it is determined that the user instruction is middle singlehanded pattern, The terminal electronic device is controlled to enter middle one-hand operating format.

17. a kind of operator scheme control device, applied in terminal electronic device, it is characterised in that The terminal electronic device includes：Touch controlled key area, for providing touch controlled key；The touch controlled key Area includes：Pressure responsive element；The operator scheme control device includes：

Detection module is operated, for when screen is lighted, user to be in the touch controlled key area for detection The touch controlled key pressing operation；

Instruct determining module, for when it is described operation detection module detect the pressing operation when, According to the pressing operation, user instruction is determined；And

Operator scheme control module, according to the user instruction of determination, controls the terminal electronic The operator scheme of equipment.