CN102520627B - Handheld electronic equipment and control method thereof - Google Patents
Handheld electronic equipment and control method thereof Download PDFInfo
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- CN102520627B CN102520627B CN201110432041.4A CN201110432041A CN102520627B CN 102520627 B CN102520627 B CN 102520627B CN 201110432041 A CN201110432041 A CN 201110432041A CN 102520627 B CN102520627 B CN 102520627B
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Abstract
The invention provides handheld electronic equipment, which comprises a casing, a control module, a timing module, executing modules, a function touch key module and an activating touch key module. The timing module, the executing modules, the function touch key module and the activating touch key module are respectively in communication with the control module, and the function touch key module and the activating touch key module are arranged on the casing. When the function touch key module is in a working state, the control module controls the function touch key module to enter a sleeping state according to the timing information in the timing module, and the control module and the activating touch key module are controlled to enter sleeping states and running states alternatively circularly. When the activating touch key module receives key commands during running, the control module controls the modules in sleeping states to enter general running states again. The invention further provides a control method of the handheld electronic equipment, which is capable of realizing complete tightness of the handheld electronic equipment.
Description
Technical field
The method that the present invention relates to hand-hold electronic equipments and it is controlled, the particularly control method of majority or the hand-hold electronic equipments that all button is touch key-press and the hand-hold electronic equipments of this control method of use.
Background technology
Along with the development of the technology of capacitance touch button and progressively ripe, cost declines, and touch key-press is due to the feature of himself, be well suited for being used on the hand-hold electronic equipments such as mobile phone, telepilot, touch key-press structure is simpler than mechanical key, appearance looks elegant, is therefore applied on the button of various electronic equipments widely, for example in Chinese patent CN101623173A, has introduced contactor control device and the control method thereof that a kind of cooking furnace is used.
Touch key-press is due to the reason of self principle of work, under only having in working order, could respond user's key command, so, if all buttons of electronic equipment are touch key-press, adopt the electronic equipment of full touch key-press, it is conventionally believed that touch key-press must, all the time all in work, can not enter dormant state, otherwise just cannot realize keypress function; But, for power saving, people wish that again hand-hold electronic equipments can enter dormant state in the situation that not needing its work, therefore, in order to solve the contradiction of these two aspects, people install a mechanical key on the main hand-hold electronic equipments that adopts touch key-press again, and this mechanical key is connected with the CPU in hand-hold electronic equipments.Touch key-press can enter dormant state, and when needs are used hand-hold electronic equipments, user wakes the touch key-press in dormant state up by operating this mechanical key.
There is at present the universal design of the hand-hold electronic equipments of touch key-press function, all to be provided with one or more mechanical keys on the hand-hold electronic equipments that uses touch key-press, most mobile phone and telepilot with touch key-press function all adopted in this way on the market now, so just hand-hold electronic equipments cannot be made to sealing completely, affect its water resistance, and owing to wanting two kinds of different buttons of mounting arrangements, increased the complexity of hand-hold electronic equipments structure, also affected attractive in appearance.
Summary of the invention
Thereby for solve existing touch key-press formula hand-hold electronic equipments must outside touch key-press, set up a mechanical key realize touch part sleep mode make touch key-press formula hand-hold electronic equipments cannot realize hermetic technical matters, also in order to prevent that user from not recognizing finger finger is moved away by touching after described function touching in to the use procedure of described hand-hold electronic equipments, and affect the normal use of hand-hold electronic equipments, and also for power saving better, the invention provides a kind of control method of hand-hold electronic equipments.
The present invention for solving the problems of the technologies described above adopted technical scheme is:
The control method of hand-hold electronic equipments, described hand-hold electronic equipments comprises: control module, time block and the execution module of communicating by letter with described control module respectively, and communicate by letter with described control module respectively and the function touching module with function touching and the activation touching module of being with activation touching; Described hand-hold electronic equipments also comprises for judging described function touching is by tactile state variation whether touching state judging unit, and its input end is connected with described function touching module communication, its output terminal and the communication connection of described control module;
The method comprises:
When described function touching module does not receive key command under common duty, described control module enters dormant state according to function touching module described in the timing information control of described time block, and now described activation touching module is in dormant state; It is the duty stage of the 3rd time span value that described control module enters according to this control module of timing information control of described time block oneself and described activation touching module cycle alternation formula dormant state stage and the duration that duration is the second time span value; The key command that described control module receives when the in running order stage according to described activation touching module wakes described function touching module up and reenters common duty; Execution module action described in the key command control that described control module receives when the common duty according to described function touching module;
When described function touching module is under common duty, if described touching state judging unit judges that a certain described function touching is in by tactile state and export judged result to described control module, it is the duty stage of the 6th time span value that described control module enters according to this control module of timing information control of described time block oneself and described function touching module cycle alternation formula dormant state stage and the duration that duration is the 5th time span value; Described function touching module, when the in running order stage, changes by tactile state if described touching state judging unit is judged function touching, and described in described control module control, function touching module reenters common duty.
Further, for the ease of realizing and controlling, described cycle alternation formula refers to periodically.
Further, for when described function touching module is in running order not because of to described activation touching by touch the normal use of described hand-hold electronic equipments is exerted an influence, and also for power saving, when described function touching module is in running order, activate touching module in dormant state described in described control module control.
In order to prevent that user from not recognizing finger finger is moved away by touching after described function touching in to the use procedure of described hand-hold electronic equipments, and affect the normal use of hand-hold electronic equipments, also for power saving better, the present invention also provides the another kind of control method of hand-hold electronic equipments.
The present invention for solving the problems of the technologies described above adopted technical scheme is:
The control method of hand-hold electronic equipments, described hand-hold electronic equipments comprises control module, time block and the execution module of communicating by letter with described control module respectively, the function touching module with function touching of communicating by letter with described control module respectively and band activate the activation touching module of touching, and for judging described function touching is by tactile state variation whether touching state judging unit, its input end is connected with described function touching module communication, its output terminal and the communication connection of described control module;
The method comprises:
When described function touching module is under common duty, if described touching state judging unit judges that a certain described function touching is in by tactile state and export judged result to described control module, first, according to this control module of timing information control of described time block oneself and described function touching module cycle alternation formula, to enter dormant state stage and the duration that duration is the 5th time span value be the duty stage of the 6th time span value for described control module;
Described activation touching module, when the in running order stage, changes by tactile state if described touching state judging unit is judged function touching, and described in described control module control, function touching module reenters common duty;
Execution module action described in the key command control that described control module receives when the common duty according to described function touching module.
Further, in order both to reach the object of power saving, hand-hold electronic equipments does not enter dormant state and affects the use of mobile phone described in reason again, the time of described control module and described activation touching module duty and dormant state of reasonably arranging distributes, also for the needs of the actual use of adaptive functions touching module under different park modes better, described the second time span value is more than or equal to 500ms, be less than or equal to 1s, described the 5th time span value is less than this second time span value, described the 3rd time span value and the 6th time span value are more than or equal to 50ms, be less than or equal to 150ms.
Thereby in order to solve existing touch key-press formula hand-hold electronic equipments, must outside touch key-press, set up a mechanical key and realize the sleep mode that touches part and make hand-hold electronic equipments cannot realize hermetic technical matters, the invention provides and use the hand-hold electronic equipments of above-mentioned control method.
The present invention for solving the problems of the technologies described above adopted technical scheme is:
The hand-hold electronic equipments that uses above-mentioned control method, comprises casing, and described function touching module and described activation touching module arrangement are on described casing.
Further, for the ease of user, operate, more different hand-held and the hand-held orientation in order to adapt to user and to use described hand-hold electronic equipments, thereby receive key command and activate each module and other parts in dormant state and can make neatly to activate touching, described casing comprises guidance panel, described function touching is arranged on described guidance panel, and described activation touching is around being arranged in described guidance panel surrounding.
Further, in order to make user's operation more quick, more different hand-held and the hand-held orientation in order optimally to adapt to user and to use described hand-hold electronic equipments, thereby receive key command and activate each module and other parts in dormant state and can make neatly to activate touching, also for the mounting structure that makes whole guidance panel and touch key-press is more simple, it is more attractive in appearance to arrange, described function touching module comprises multiple described function touchings, and described activation touching module has one around the described activation touching of a week of described guidance panel.
The invention has the beneficial effects as follows: hand-hold electronic equipments of the present invention and control method thereof, in conjunction with the feature of touch key-press own and the physical construction of hand-hold electronic equipments, realize dormancy by simple method, without additional configuration mechanical key, make whole hand-hold electronic equipments relatively simple for structure, can realize sealing completely, greatly strengthened the water resistance of hand-hold electronic equipments, also make it more attractive in appearance, and can be controlling hand-hold electronic equipments each several part and enter dormant state when using, saves energy greatly, because activating touching module, timing controlled works off and on again, whether induction in time has user to have user demand, thereby wake hand-hold electronic equipments up and enter common duty, do not affect user's normal use.Use the present invention, can also make hand-hold electronic equipments accomplish to seal completely.
Accompanying drawing explanation
Fig. 1 is the circuit structure block diagram of one of hand-hold electronic equipments embodiment of the present invention;
Fig. 2 is the schematic perspective view of one of hand-hold electronic equipments embodiment of the present invention;
Fig. 3 is the flow chart of steps of the embodiment of the control method of hand-hold electronic equipments of the present invention.
Description of reference numerals: 1. control module, 2. time block, 3. function touching module, 4. activates touching module, 5. execution module, 6. touching state judging unit, 7. casing, 30. function touchings, 40. activate touching, 70. guidance panels.
Embodiment
Below in conjunction with accompanying drawing explanation and embodiment, the present invention is further described.
As Fig. 1, shown in Fig. 2, the hand-hold electronic equipments of the present embodiment, it can be telepilot, mobile phone or other hand-hold electronic equipments most or that all button is touch key-press, comprise the casing 7 with guidance panel 70, be arranged in the control module 1 in casing 7, time block 2 and execution module 5, and be arranged in the function touching module 3 on casing 7 and activate touching module 4, control module 1 and time block 2 can two-way communications, execution module 5 is controlled with control module 1 communication connection controlled module 1, control module 1 is with function touching module 3 and activate the push button signalling that touching module 4 communicates to connect and receives from them, control module 1 can be controlled respectively function touching module 3, activate touching module 4, execution module 5 and control module 1 oneself enter dormant state by duty, also they can be waken up and rearming respectively at dormant state.
Function touching module 3 comprises the touch key-press that is arranged in interior zone on guidance panel 70, and its number is generally multiple, and single correspondingly or combined one by one corresponding to execution module 5, realizes corresponding function one by one, therefore be defined as function touching 30.
Activating touching module 4 comprises around the touch key-press that is arranged in guidance panel 70 surroundings, its effect can not lie in and makes execution module 5 realize corresponding function, and only control function touching module 4 in excitation control module 1, by dormant state, enter duty, therefore be defined as, activate touching 40.The layout that activates button 40 can be only used to activate function touching module 3 this purpose in dormant state and design, when function touching module 3 is in running order, activating touching module 4 can be duty simultaneously, but owing to now not needing to activate touching module 4 and bring into play the effect of mobilizing function touching module 3, for power saving, can design control module 1 control activation touching module 4 when function touching module 3 is in running order and enter dormant state, activate touching 40 and now do not bring into play any effect.But, in order to economize on resources, panel 70 simplifies the operation, also can design and when function touching module 3 is in running order, activate touching 40 and become one of touch key-press of function touching module 3, and the corresponding function of corresponding execution module 5, now activate touching and become function touching, also activate touching one key multiplex.Activate touching 40 preferably around being arranged in guidance panel 70 surroundings, could adapt to better like this user to the different hand-held of hand-hold electronic equipments and different hand-held orientation, bring into play better the effect of mobilizing function touching module 3, based on this, the number that activates touching 40 can be both multiple, together around the surrounding of guidance panel 70: or be positioned at guidance panel 70 inside, or be positioned at guidance panel 70 outsides; Its number also can be one, and its shape is made to a ring-type, encircling operation panel 70 1 weeks.
The hand-hold electronic equipments of the present embodiment is also controlled each module in it and/or other parts as follows:
As shown in Figure 3, when function touching module 3 is during in common duty, user is by making function touching module 3 get key command by touch function touching 30, function touching module 3 transfers to control module 1 by key information corresponding key command, control module 1 is understood key information and is compiled into corresponding execution instruction, then to execution module 5, send fill order, command execution module 5 is carried out corresponding actions, thereby realizes the corresponding uses of hand-hold electronic equipments.In time block 2, prestore timing information, wherein include default very first time length value, time block 2 can start zero clearing when control module 1 is received key information each time, timing, if press touch function touching 3 without user for a long time, control module 1 is not received key information, when control module 1, do not receive the lasting time of key information and exceed the very first time during length value, just think that user is current without using the demand of hand-hold electronic equipments, thereby the part of module that control module 1 is controlled in hand-hold electronic equipments enters dormant state, in order to reach best power saving effect, controllable functions touching module 3, execution module 5 and control module 1 oneself enter dormant state respectively, now, activate touching module 4 under the control of control module 1 also in dormant state, to reach the object of power saving, even if at this moment press touch function touching 30, function touching module 3 can not get key command yet, produce key information.
As shown in Figure 3, when function touching module 3, when execution module 5 and control module 1 enter dormant state, time block 2 starts timing, in time block 2 according to sending an activation signal to control module 1 after default timing information certain interval of time, the activation signal that control module 1 is timed module wakes up, and control activation touching module 4 enters the duty stage and keeps duty a period of time, if control module 1 does not receive the key information of self-activation touching module 4 within this period of duty stage in activation touching module 4, control again activation touching module 4 and control module 1 and oneself enter the dormant state stage, the activation signal that is again timed module 2 after certain interval of time wakes and again controls activation touching module 4 up and enters the duty stage, so activate touching module 4 and control module 1 cycle alternation formula and enter duty stage and dormant state stage.
The cycle alternation mode in this dormant state stage and duty stage, be preferably periodically, to realize and control, in the timing information prestoring in time block 2, also default two other time span value: the second time period and the 3rd time span value, the second time span value is to activate touching module 4 in one-period to enter lasting duration of dormant state stage after dormant state, the 3rd time span value is the lasting duration of duty after activation touching module 4 enters the duty stage in one-period, control module 1 is exactly according to these two time span value controls default in time block 2, to activate touching module 4 periodically to enter dormant state stage and duty stage.Through overtesting, preferably 500 milliseconds or 1 second of the second time span values, the certainly also time value between desirable 500 milliseconds and 1 second, the 3rd time span value is desirable is more than or equal to 50 milliseconds, be less than or equal to the time value between 150 milliseconds, preferably 100 milliseconds.
Unless owing to now activating under the excitation of touching module 4, function touching module 3, execution module 5 will be always in dormant state, can't enter duty stage and dormant state stage according to the timing information cycle alternation formula of time block 2, this kind of park mode is defined as " complete rest sleep mode "; Control module 1 and activation touching module 4 can enter duty stage and dormant state stage according to the timing information cycle alternation formula of time block 2, and this kind of park mode is defined as to " semi-dormant mode ".
When control module 1 in function touching module 3 in dormant state and control control module 1 oneself and activate touching module 4 while periodically entering duty stage and dormant state stage, if activate the cycle of touching module 4, enter the dormant state stage, now the module under all touch key-presss and control module 1 are all in dormant state, user is by touching any touch key-press, and hand-hold electronic equipments is all reactionless, as shown in Figure 3, when the cycle of control module 1 and activation touching module 4, enter the duty stage, now function touching module 3 is still in dormant state, if activate touching module 4 during this period of time, receive user's key command, just this key information is transferred to control module 1, control module 1 is understood this key information and sends activation command to function touching module 3 and execution module 5, function touching module 3 and execution module 5 reenter common duty since then, and control module 1 also stops controlling, it is own and activate touching module 4 and periodically enter duty and dormant state, make control module 1 keep common duty always, as for activation touching module 4 now, for power saving, control module 1 can be controlled at this moment and activate touching module 4 in dormant state.Now, when user presses touch function touching 30, control module 1 is controlled execution module 5 and is carried out corresponding actions; And time block zero clearing also starts timing, if exceed in the time span of very first time length value without user by touch function touching 30, control module 1 is controlled function touching module 3 and execution module 5 enters complete rest sleep mode, controls control module 1 and oneself enter semi-dormant mode again.
Consider a kind of special situation, in running order in function touching module 3, user has completed to after the anticipation operation of function touching 30, but do not recognize finger is moved away from a certain function touching, this function touching 30 is pressed always, function touching module 3 is receiving key command incessantly, makes function touching module 3 always in responsive state, thereby has unnecessarily wasted electric energy.
For above-mentioned special circumstances, preferably, the hand-hold electronic equipments of the present embodiment also set up one for arbitration functions touching by tactile state variation whether touching state judging unit 6, the input end of touching state judging unit 6 and function touching module 3 communicate to connect, and output terminal and control module 1 communicate to connect.When function touching module 3 is in running order, control module 1 is controlled touching state judging unit 6 and is worked, touching state judging unit 6 is in being also non-by the state of touching, transmit and the signal that arrives carrys out whether changing by tactile state of arbitration functions touching by function touching module 3 by the state of touching according to each function touching 30, and exports judged result to control module 1.Time block 2 to function touching 30 in by touching the duration timing of state, in the timing information prestoring in time block 2, also be preset with the 4th time span value, when a certain function touching 30 is judged in exceeding the 4th time span value by the duration that touches state continuance by touching state judging unit 6, think user's end of operation but do not recognize finger is moved away from function touching 30, now control module 1 is controlled function touching module 3, execution module 5, touching state judging unit 6 and control module 1 and oneself is entered dormant state.
Meanwhile, control module 1 also enters duty stage and dormant state stage according to the timing information control control module 1 in time block oneself, function touching module 3, touching state judging unit 6 and execution module 5 cycle alternation formulas.The mode of this cycle alternation is also preferably periodically, be to be preset with the 5th time span value and the 6th time span value in the timing information of time block 2, the 5th time span value is the lasting duration of dormant state after function touching module 3 enters the dormant state stage in one-period, the 6th time span value is the lasting duration of duty after function touching module 3 enters the duty stage in one-period, control module 1 is exactly periodically to enter dormant state stage and duty stage according to these two time span value control function touching modules 3 default in time block 2, also be semi-dormant mode.And judge key-press status and change when touching state judging unit 6 receives key command according to the 3 in running order stages of function touching module, control module 1 is controlled each module or unit enters common duty accordingly, and corresponding key command is responded, time block 2 zero clearings simultaneously start timing, if exceed very first time length value, do not receive yet any key command, as described above, control module 1 is controlled again function touching module 3 and is entered dormant state according to complete rest sleep mode, only under the excitation that activates touching module 4, just can under the control of control module 1, be waken up.
Certainly, because in particular cases this, larger than the possibility that user operates guidance panel under above-mentioned complete rest sleep mode, therefore,, in particular cases this, the duration of function touching module 3 in the dormant state stage is unsuitable long, therefore, the 5th time span value is set to shorter than the second time span value conventionally, and for example the second time span value is set to 500 milliseconds, and the 5th time span value can be set to 200 milliseconds, 100 milliseconds or shorter time.
Above-mentioned control module 1 and time block 2, can select the single-chip microcomputer with house dog arousal function to realize in actual applications, certainly, in order to realize, touches and these two functions of power saving, needs to compare under select tape touch function and dormant state the single-chip microcomputer of power saving; And function touching 30 and activation touching 40 are preferably capacitance type touch key respectively.
Be in conjunction with concrete preferred implementation further description made for the present invention as said above, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, do not departing under the prerequisite of design of the present invention and intension, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (9)
1. the control method of hand-hold electronic equipments, described hand-hold electronic equipments comprises: control module (1), the time block (2) of communicating by letter with described control module (1) respectively and execution module (5), and communicate by letter with described control module (1) respectively and the function touching module (3) of band function touching (30) and the activation touching module (4) of band activation touching (40); Described hand-hold electronic equipments also comprises for judging that described function touching (30) is by touching state variation whether touching state judging unit (6), its input end and described function touching module (3) communication connection, its output terminal and described control module (1) communication connection;
The method comprises:
Execution module (5) action described in the key command control that described control module (1) receives when the common duty according to described function touching module (3);
It is characterized in that:
When described function touching module (3) does not receive key command under common duty, described control module (1) enters dormant state according to function touching module (3) described in the timing information control of described time block (2), and now described activation touching module (4) is in dormant state; It is the duty stage of the 3rd time span value that described control module (1) enters according to this control module of timing information control (1) of described time block (2) oneself and described activation touching module (4) cycle alternation formula dormant state stage and the duration that duration is the second time span value; The key command that described control module (1) receives when the in running order stage according to described activation touching module (4) wakes described function touching module (3) up and reenters common duty;
When described function touching module (3) is under common duty, if described touching state judging unit (6) judges that a certain described function touching (30) is in exporting described control module (1) to by tactile state and by judged result, it is the duty stage of the 6th time span value that described control module (1) enters according to this control module of timing information control (1) of described time block (2) oneself and described function touching module (3) cycle alternation formula dormant state stage and the duration that duration is the 5th time span value; Described function touching module (3) is when the in running order stage, if described touching state judging unit (6) is judged function touching (40) and changed by tactile state, described control module (1) is controlled described function touching module (3) and is reentered common duty.
2. control method as claimed in claim 1, is further characterized in that: described cycle alternation formula refers to periodically.
3. control method as claimed in claim 1, is further characterized in that: when described function touching module (3) is during in common duty, described control module (1) is controlled described activation touching module (4) in dormant state.
4. control method as claimed in claim 1, be further characterized in that: described the second time span value is more than or equal to 500ms, is less than or equal to 1s, described the 5th time span value is less than this second time span value, and described the 3rd time span value is more than or equal to 50ms, is less than or equal to 150ms.
5. the control method of hand-hold electronic equipments, is further characterized in that:
Described hand-hold electronic equipments comprises control module (1), the time block (2) of communicating by letter with described control module (1) respectively and execution module (5), the function touching module (3) of the band function touching (30) of communicating by letter with described control module (1) respectively and band activate the activation touching module (4) of touching (40), and for judging that described function touching (30) is by touching state variation whether touching state judging unit (6), its input end and described function touching module (3) communication connection, its output terminal and described control module (1) communication connection;
The method comprises:
Execution module (5) action described in the key command control that described control module (1) receives when the common duty according to described function touching module (3);
It is characterized in that:
When described function touching module (3) is under common duty, if described touching state judging unit (6) judges that a certain described function touching (30) is in exporting described control module (1) to by tactile state and by judged result, first, according to this control module of timing information control (1) of described time block (2) oneself and described function touching module (3) cycle alternation formula, to enter dormant state stage and the duration that duration is the 5th time span value be the duty stage of the 6th time span value to described control module (1);
Described activation touching module (4) is when the in running order stage, if described touching state judging unit (6) is judged function touching (40) and changed by tactile state, described control module (1) is controlled described function touching module (3) and is reentered common duty.
6. control method as claimed in claim 5, is further characterized in that: when described function touching module (3) is during in common duty, described control module (1) is controlled described activation touching module (4) in dormant state.
7. the hand-hold electronic equipments that uses the control method as described in above-mentioned arbitrary claim, also comprises casing (7), and described function touching module (3) and described activation touching module (4) are arranged on described casing.
8. hand-hold electronic equipments as claimed in claim 7, described casing (7) comprises guidance panel (70), it is upper that described function touching (30) is arranged in described guidance panel (70), and described activation touching (40) is around being arranged in described guidance panel (70) surrounding.
9. hand-hold electronic equipments as claimed in claim 8, described function touching module (3) comprises multiple described function touchings (30), described activation touching module (4) has one around the described activation touching (40) of (70) weeks of described guidance panel.
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| CN201110432041.4A CN102520627B (en) | 2011-12-21 | 2011-12-21 | Handheld electronic equipment and control method thereof |
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| CN201110432041.4A CN102520627B (en) | 2011-12-21 | 2011-12-21 | Handheld electronic equipment and control method thereof |
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| CN102520627A CN102520627A (en) | 2012-06-27 |
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| CN103984417A (en) * | 2013-02-07 | 2014-08-13 | 宏达国际电子股份有限公司 | Portable device and operating method thereof |
| CN104079710A (en) * | 2013-03-31 | 2014-10-01 | 浙江大学 | Novel totally closed card reader integrated mobile phone |
| CN103605419B (en) * | 2013-10-29 | 2017-01-04 | 厦门美图网科技有限公司 | Energy-conservation and the guard method of a kind of mobile device photographic head and device |
| CN103605569A (en) * | 2013-11-13 | 2014-02-26 | 华为终端有限公司 | Method and device for terminal booting |
| CN105657095A (en) * | 2016-02-01 | 2016-06-08 | 广东欧珀移动通信有限公司 | Mobile terminal and data transmission method used for mobile terminal |
| CN108726291A (en) * | 2017-08-16 | 2018-11-02 | 迅达（中国）电梯有限公司 | Lift car operation panel |
| CN108249235A (en) * | 2018-01-23 | 2018-07-06 | 江苏威尔曼科技有限公司 | A kind of touch-induction-type glass password driver's box with voice prompts and control method |
| CN109655141B (en) * | 2018-12-29 | 2021-06-04 | 出门问问创新科技有限公司 | Weighing method and device for electronic equipment |
| CN111643891B (en) * | 2020-05-27 | 2023-08-11 | 歌尔科技有限公司 | Game control method, game operation device and storage medium |
| CN115713880A (en) * | 2022-09-26 | 2023-02-24 | 深圳创维－Rgb电子有限公司 | Control method of touch learning machine and related device |
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| ITTV20040060U1 (en) * | 2004-11-12 | 2005-02-12 | Plastal Spa | CONTAINMENT STRUCTURE THAT INTEGRATES A REAR VIEW MIRROR AND A TELEPHONE EQUIPMENT THAT ALLOWS TO COMMUNICATE AND DISPLAY IMAGES WITH THE REMOTE CONTROL AND REMOTE CONTROL DEVICE OF THE CELLULAR PHONE WITH TECHNOLOGIES |
| CN101623173B (en) * | 2009-07-31 | 2011-04-27 | 美的集团有限公司 | Method for controlling dormant state of cooking stove touch device |
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| CN102520627A (en) | 2012-06-27 |
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