CN103116450A - Method and device for controlling equipment state and equipment - Google Patents
Method and device for controlling equipment state and equipment Download PDFInfo
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Abstract
The invention relates to a method and a device for controlling an equipment state and equipment. The method for controlling the equipment state comprises the following steps: at least two-time contact which corresponds to a touch key-press is detected; when the at least two-time contact is continuous contact, the equipment is awakened from a dormant state, or the equipment is locked from an unlocked state or an awakened state. The device for controlling the equipment state comprises a detection unit and a control unit, wherein the detection unit is used for detecting the at least two-time contact which corresponds to the touch key-press, and the control unit is used for awakening the equipment from the dormant state, or locking the equipment from the unlocked state or the awakened state when the at least two-time contact is the continuous contact. The equipment comprises the device for controlling the equipment state. The method and the device for controlling the equipment state and the equipment can avoid abnormal awakening of the equipment.
Description
Technical field
The present invention relates to possess the equipment of touch display screen and touch key-press, particularly the method for opertaing device state, device and a kind of equipment.
Background technology
Common display in the existing electronic equipment of touch display screen (being also referred to as " touch-screen " or " touch screen "), can be electronic equipment display graphics and text, maximum superiority is that the user interface of a human can be provided in equipment alternately for the user.Touch-screen detects and the contact on this touch-screen is responded.Equipment can touch the one or more soft-key buttons of screen display, menu and other user interface object.The user can it wishes the mutual with it corresponding touch-screen of user interface object position by contact, carries out alternately with equipment.
In existing electronic equipment, use touch display screen as its display the most widely no more than mobile devices such as mobile phone and panel computers.High-effect and ubiquity for the user demand of satisfying mobile device functionality, the sharpness that increases equipment display graphics or text, the demonstration of raising equipment, the touch display screen of electronic equipment has more and more wider, increasing trend, and the mobile device of hand size can not satisfy society to the requirement of the mobile devices such as mobile phone and panel computer.
Electronic equipment with touch display screen very easily runs into following problem in operating process: contact by mistake that touch-screen can cause activating unintentionally or some function of off-stream unit is used; Partial function is applied in non-and period in leisure user interactions and continues to be in running status the power consumption of equipment is sharply increased.Therefore, in case satisfy locking condition, for example through predetermined free time or user's manual locking, equipment, touch display screen and the application that operates on equipment can be locked so, and corresponding, the user carries out can using equipment after release to equipment again.
Because the lock-out state of equipment is divided into dormant state and wake-up states, the application recovery running status of equipment during wake-up states but do not enter user interface; Generally, will make equipment enter dormant state is called locking, is converted to wake-up states from dormant state and is called and wakes up, enter user interface from wake-up states and be called release.The button that the equipment of prior art often needs the user to be located at touch display screen top or a side to power key etc. in dormant state is pressed to carry out and is waken up.Yet this button is generally mechanical key, and bound pair is so exerted pressure to button but not user when initiatively pressing outside, all can wake-up device, cause false triggering, and make equipment enter wake-up states from dormant state improperly; And equipment enters wake-up states from dormant state improperly also can increase power consumption to equipment, reduces the equipment serviceability.
Summary of the invention
Technical matters solved by the invention is: non-normal wake-up how to avoid equipment.
For solving the problems of the technologies described above, technical solution of the present invention provides a kind of method of opertaing device state, and this equipment has touch display screen and key area, and described key area comprises at least one touch key-press, comprising:
Detection is corresponding at least twice contact of described touch key-press;
Contact when described at least twice is Continuous Contact, wakes described equipment up from dormant state, perhaps from released state or the described equipment of wake-up states locking.
Optionally, described detection comprises corresponding at least twice contact of touch key-press: the time history between the contact that front and back detect for twice all is in the Preset Time scope and the contact of described at least twice contact for carrying out according to preset order, determines that described at least twice contact is Continuous Contact.
Optionally, described detection comprises corresponding at least twice contact of touch key-press: the time history between the contact that detects for twice when front and back determines that all less than the contact of contact for carrying out according to preset order of Preset Time and described at least twice described at least twice contact is Continuous Contact.
Optionally, described at least twice contact is the contact corresponding to same specific touch button for the contact of carrying out according to preset order refers to described at least twice contact.
Optionally, described at least twice contact refers to that for the contact of carrying out according to preset order described at least twice contact is the contact corresponding at least two different specific touch buttons.
Optionally, the method for described opertaing device state also comprises: after waking described equipment up, when the unlock image that touch display screen detected is performed particular pose, from the described equipment of wake-up states release.
For solving the problems of the technologies described above, technical solution of the present invention also provides a kind of device of opertaing device state, and this equipment has touch display screen and key area, and described key area comprises at least one touch key-press, comprising:
Detecting unit is for detection of at least twice contact corresponding to described touch key-press;
Control module, the contact that is used for when described at least twice is Continuous Contact, wakes described equipment up from dormant state, perhaps from released state or the described equipment of wake-up states locking.
Optionally, described detecting unit comprises:
The first judging unit, the time history between the contact that before and after being used for judging whether, twice detects all is in the Preset Time scope and the contact of described at least twice contact for carrying out according to preset order;
The first determining unit is used for determining that described at least twice contact is Continuous Contact when judgment result is that of described the first judging unit is.
Optionally, described detecting unit comprises:
The second judging unit, the time history between the contact that before and after being used for judging whether, twice detects are all the contact of carrying out according to preset order less than the contact of Preset Time and described at least twice;
The second determining unit is used for determining that described at least twice contact is Continuous Contact when judgment result is that of described the second judging unit is.
Optionally, described control module also is used for after waking described equipment up, when the unlock image that touch display screen detected is performed particular pose, from the described equipment of wake-up states release.
For solving the problems of the technologies described above, technical solution of the present invention also provides a kind of equipment, and this equipment has touch display screen and key area, and described key area comprises at least one touch key-press, also comprises: the device of above-mentioned opertaing device state.
The beneficial effect of technical solution of the present invention comprises at least:
Traditional push type is waken up/lock operation is replaced by touch waking up/lock operation, not only can solve ambient pressure mechanical key is carried out wake operation improperly, also avoided equipment carry out wake up or the process of lock operation in the frequent mechanical key that uses, reduced the spoilage of button.
The continuous touch of the key area by checkout equipment realizes the duty of opertaing device: comprise and carrying out from the dormant state wake-up device of equipment and from released state or the described equipment of wake-up states locking of equipment;
Setting up the detection means of identification that touches has continuously further avoided human body to the accidental touching false wakeups of key area or the problem of locking device; In preferred version, technical solution of the present invention gives the detection mode of multiple different continuous touch, and has optimized the means of identification of continuous touch manner, has avoided extraneous wrong touching to cause equipment by the situation of improper control;
Technical solution of the present invention can be applicable to the equipment of large touch display screen, also can singlehandedly carry out when equipment covering user palm area is very large and wake up or lock operation, has improved the convenience of using equipment.
Description of drawings
Fig. 1 is the touch display screen of equipment of the embodiment of the present invention and the structural representation of key area;
Fig. 2 is the schematic flow sheet of method of the opertaing device state of the embodiment of the present invention 1;
Fig. 3 is the schematic flow sheet of method of the opertaing device state of the embodiment of the present invention 2;
Fig. 4 is the structural representation of device of the opertaing device state of the embodiment of the present invention 3;
Fig. 5 is the structural representation of device of the opertaing device state of the embodiment of the present invention 4;
Fig. 6 is the touch display screen of equipment of another embodiment of the present invention and the structural representation of key area.
Embodiment
In the prior art, the electronic equipments such as smart mobile phone possess touch display screen and key area, and the duty of these electronic equipments roughly has three kinds: dormant state, wake-up states (not entering user interface) and released state (entering user interface).Usually, waking electronic equipment up enter wake-up states operation from dormant state is to press execution by the button that the user is located at touch display screen top or a side to power key etc.Yet, this button is generally mechanical key, when bound pair is so exerted pressure to button outside, can both carry out equipment is carried out and wake up, equipment enters wake-up states from dormant state improperly also can increase power consumption to equipment, reduction equipment serviceability, in addition, the increasing of widening along with touch display screen, equipment volume also increases thereupon, and when user's handheld device was used, it is excessive that equipment covers user's palm area, the user can't singlehandedly carry out wake operation, can not satisfy the requirement of convenience; And above-mentioned mechanical key is often more fragile in frequent use procedure.
Inventor's imagination provides a kind of mode that can substitute above-mentioned push type wake operation, and finds, and is perhaps feasible as a kind of replacement scheme with touch manner.Its technical know-how part is as follows:
Take smart mobile phone as example; the touch area of smart mobile phone (comprising the touch key-press on touch display screen and the device panel) capacitance touch that adopt more; the structure of capacitive touch screen is mainly the conductive layer (ITO) that plates layer of transparent on the touch area, then covers a block protection glass at skin.Capacitive touch screen is broadly divided into surface capacitance touching technique (surface capacitive touch, hereinafter to be referred as SCT) and projecting type capacitor touching technique (projected capacitive touch, hereinafter to be referred as PCT), wherein, the SCT panel is the ITO layer that a slice is evenly distributed, and panel four corners respectively have a lead-in wire to be connected with the SCT controller.The driving circuit counter plate of SCT controller inside charges, and forms a uniform electric field; When human body touch, electric field changes, and causes the current flowing of trace.The interior testing circuit of IC this moment is resolved respectively the magnitude of current of four on lines, and extrapolates the coordinate of X, Y according to the data volume of each point, also is judged as simultaneously once to touch.
PCT is build on matrix notional.Make part at touch-screen, the ITO of PCT panel produces specific pattern through etching:
For self-capacitance formula PCT, when finger touches, the electric capacity that human body produces will be parallel to the variation that causes electric capacity among circuit, and the Capacity control device is extrapolated the coordinate figure of contact by detecting this changing value, form once to touch.
For mutual capacitance type PCT, judge the position of touch point by the capacitance variations that detects each point of crossing.When human body touch, the electric field of electrode is subject to the impact of human body and reduces, thereby affects the size of coupling capacitance.The Capacity control device can detect the variation of capacitance, by these variations are processed, just can obtain accurate coordinate information, forms once to touch.
The technical Analysis of corresponding above-mentioned touch area; because capacitance touch is adopted in the touch area more; only have the extraneous object with static (possessing magnetic strength) of contact just can form triggering, if adopt the touch mode of waking up, equipment is reduced greatly by the probability of extraneous non-normal wake-up.
Therefore, technical solution of the present invention has proposed a kind of method of opertaing device state, this equipment has touch display screen and key area, and described key area comprises at least one touch key-press, and the method for described opertaing device state comprises: detect at least twice contact corresponding to described touch key-press; Contact when described at least twice is Continuous Contact, wakes described equipment up from dormant state, perhaps from released state or the described equipment of wake-up states locking.
Following examples are to detect by touch, it is that example describes technical solution of the present invention that opertaing device enters wake-up states from dormant state, it will be appreciated by those skilled in the art that, described method is equally applicable to opertaing device and enters dormant state from released state, perhaps enters dormant state from wake-up states.
Embodiment 1
The present embodiment provides a kind of equipment as shown in Figure 1, and the method for described opertaing device state as shown in Figure 2.With reference to figure 1, described equipment possesses touch display screen 1 and key area 2, and key area 2 comprises three touch key-presss: determine that key 201, HOME key 202(make the display screen of equipment get back to user interface) and return key 203.Certainly, in other embodiments, the key area can comprise four touch key-presss, such as in the situation that comprise that above-mentioned three keys also comprise the MENU key, also can comprise two touch key-presss, determine key and HOME key such as arranging, also can only comprise a touch key-press, as the HOME key only is set.Key area 2 can be located on touch display screen 1 device panel 3 in addition, and namely key area 2 is separate with touch display screen 1.In the present embodiment, key area 2 be located at touch display screen 1 under, in other embodiments, described key area also can be located on the touch display screen of equipment, namely become the part of touch display screen, with the part touch area on touch display screen as the key area.
In the present embodiment, when equipment is in dormant state, when the number of times that the same touch key-press of Continuous Contact (or touch) detected surpasses pre-determined number, opertaing device enters wake-up states from dormant state, wherein, described pre-determined number generally can be made as 2,3 or 4 times greater than 1.Before and after described Continuous Contact typically refers to, the time interval of the contact of twice is less.
With reference to figure 2, the method for the present embodiment opertaing device state comprises:
Step S100, it is 1 that number of times is set.
Step S101 detects the contact corresponding to touch key-press.
Step S102, judge current detection to contact and front contacting of once detecting between time history whether less than the first Preset Time, if execution in step S103, execution in step S100 if not.
Step S103, judge current detection to contact and front whether contacting corresponding to same touch key-press of once detecting, if execution in step S104, execution in step S100 if not.
For instance, in conjunction with Fig. 1, when contact (contact for the second time) correspondence that current detection arrives is determined key 201, before the corresponding HOME key 202 of contact (for the first time contact) that once detects, repeated execution of steps S100 to S103, when the contact for the third time that detects with for the second time the contact between time history less than the first Preset Time and equal corresponding HOME key 202, execution in step S104.
Step S104 increases progressively 1 with number of times;
Step S105 judges whether number of times equals pre-determined number, if execution in step S105, execution in step S101 if not.
Step S106 wakes described equipment up from dormant state.
The inventor thinks, adopt the touch manner wake-up device to replace button to wake up, although the characteristic (touch area itself is difficult for being triggered by the external world of non-human body) according to current touch area, can greatly reduce by the probability of extraneous non-normal wake-up, but equipment is set up touched the defective of waking up or having to a certain extent, reason is: possess the touch area equipment of (comprising touch display screen and touch key-press) as smart mobile phone etc., the people knows from experience in unconscious middle touching touch area, has waken mistakenly equipment up; And except human body, other extraneous objects with static (possessing magnetic strength) also can form touching, and this has also caused touching to wake the flaw of these means up.It is in order to improve the performance of equipment that equipment arranges dormant state and wake-up states itself, if the external world or human body have probability to do under the cas fortuit control that makes mistake still can increase equipment power dissipation.Therefore the problem that can be waken up by improper touch for further solution equipment, the touch wake-up mode that the inventor adopts in technical solution of the present invention is based on following thinking and carries out improved:
Due to the touch that forms in the external world or the unconscious situation of human body between twice touch often without specific rule, such as can not twice interval time identical or close, frequency such as twice touch is high again, do not meet the touch frequency of human body in the consciousness situation, whether therefore, can be obtained by empirical value at should thinking of producing in situation consciously of human body for touching.
Inventor's imagination, whether the touch that equipment can form by judgement is to touch continuously to determine whether that execution wakes up: when equipment is in dormant state, perception is carried out in the touch that touch area (key area) occurs, and judge according to result whether the touch that occurs is continuous touch, satisfying under the condition of specific continuous touch, equipment is waken up; Perhaps, when equipment is in released state or wake-up states, perception is carried out in the touch that touch area (key area) occurs, and judged according to result whether the touch that occurs is continuous touch, satisfying under the condition of specific continuous touch, equipment is locked.
In this step, between detected twice contact, front once contact with after the time history that once contacts less than Preset Time, just judge that described contact is Continuous Contact.And this Preset Time, just be based on above-mentioned thinking, the empirical value in the time interval between twice touch carrying out corresponding to identical touch key-press that human body produces in situation consciously, for example the first Preset Time can be thought for the time-interval averaging that the double-click of 1s(human body produces contact and is 0.5s, in order more to meet human body individual difference characteristic, the time interval of double-clicking the generation contact such as the elderly may be more longer, and the first Preset Time is to be maximal value here); Can think, if the time history between twice touch carrying out corresponding to identical touch key-press less than the first Preset Time, this twice touch is exactly the continuous touch that human body carries out consciously.
Further, for with cas fortuit under contact more and distinguish, make equipment avoid faulty operation as far as possible, according to human response's experience speed and the human body execution frequency for touch action, above-mentioned steps S102 also can replace with: judge current detection to contact whether be in the first Preset Time scope with time history between front contacting of once detecting, if execution in step S103, execution in step S100 if not.The higher limit of this first Preset Time scope and lower limit are also empirical values, for example higher limit is 1s, lower limit is 0.2s, the implication of the higher limit here and the first Preset Time is similar, and lower limit further prevents the unexpected touching of human body, during due to the unexpected touching of human body, touch area larger, if produce twice touching corresponding to same touching button this moment, often once contact can cause almost (time interval is close to 0) generation contact simultaneously of two touch key-presss, at this moment, can get rid of unexpected touching by lower limit.
In other embodiments, the deterministic process of step S102 and step S103 also can be changed mutually.
in the present embodiment, when equipment is in dormant state, when detecting by a plurality of touch key-presss of preset order Continuous Contact, opertaing device enters wake-up states from dormant state, wherein, described preset order has been specified by the order of the touch key-press of Continuous Contact, take equipment shown in Figure 1 as example, preset order can be: determine key 201, HOME key 202 and return key 203, perhaps preset order can be also: HOME key 202, HOME key 202 and definite key 201, perhaps preset order can be also: HOME key 202, determine key 201, HOME key 202 and return key 203.
The method of the opertaing device state of the present embodiment comprises as shown in Figure 3:
Step S200, initialization pointer are 1.
Described pointer is corresponding point to appointment in preset order by the touch key-press of Continuous Contact, be 1 as pointer, point to first touch key-press of appointment in preset order, pointer is 2, point to second touch key-press of appointment in preset order, by that analogy, pointer is N, point to N touch key-press of appointment in preset order, the maximal value of pointer is the number of times of Continuous Contact.Be HOME key 202, determine that key 201, HOME key 202 and return key 203 are as example take preset order: pointer points to the HOME key as 1; Pointer is 2, points to and determines key; Pointer is 3, points to the HOME key; Pointer is 4, points to return key; The maximal value of pointer is 4.
Step S201 detects the contact corresponding to touch key-press.
Step S202, judge current detection to contact and front contacting of once detecting between time history whether less than the second Preset Time, if execution in step S203, execution in step S200 if not.
Here, the second Preset Time can arrange like this: if the contact of default corresponding button is sequentially corresponding different touch key-press, the second Preset Time can be 1.3s so, because human body produces the contact between different key consciously in theory, the time interval between its contact, because the sliding distance between key and key is arranged, can get the time interval between the contact of being a bit larger tham corresponding same key.The second Preset Time may be selected to be 1.3s at the present embodiment.
Step S203 judges whether pointer is 1, if execution in step S204, execution in step S205 if not.
Step S204, whether the contact that once detects before judgement is pointer touch key-press pointed, if execution in step S205, execution in step S200 if not;
Step S205 increases progressively 1 with pointer, and judge current detection to contact whether be pointer touch key-press pointed, if execution in step S206, execution in step S200 if not;
Step S206 judges whether pointer reaches maximal value, if carry out S207, and execution in step S201 if not.
Step S207 wakes described equipment up from dormant state.
An object lesson of above-mentioned steps is HOME key 202, determines key 201, HOME key 202 and return key 203 as example namely that wherein, pointer is 1 take preset order, point to the HOME key; Pointer is 2, points to and determines key; Pointer is 3, points to the HOME key; Pointer is 4, points to return key; The maximal value of pointer is 4.
Can be with reference to figure 1: when pointer is initialized as 1, twice contact in the front and back that step S201 detects is respectively contact (the front contact that once detects) for the first time and contacts for the second time (contact that current time detects), wherein, the corresponding definite key 202 of contact for the first time, contact for the second time is corresponding HOME key 202, at first it is done the judgement of time history:
Suppose that contact is 2 seconds with the time history that contacts for the second time for the first time, greater than second Preset Time of the present embodiment, detect contact for the third time (be the contact of current time this moment, and the front contact that once detects is contact for the second time).
Determine that key 201, contact for the second time are 0.6 second with the time history that contacts for the third time if contact for the third time is corresponding, this moment is less than the second Preset Time; Continuation judges contact, this moment, pointer was still 1, will contact for the second time the corresponding contact button HOME key 202 corresponding with pointer 1 compares, this moment, contact was pointer touch key-press pointed for the second time, so pointer is increased 1, pointer is 2, and continuation will contact corresponding contact button and pointer 2 definite key 201 pointed for the third time compares, and contact this moment for the third time is pointer touch key-press pointed.This moment, the numerical value of pointer was 2, did not reach maximal value 4, detected the 4th contact (current contact) this moment.
Suppose to contact corresponding HOME key 202 the 4th time, the time history that contact for the third time contacts with the 4th time is 1.0 seconds, at this moment less than the second Preset Time; Continuation judges contact, and this moment, pointer was 2, was not 1, pointer was increased 1, and pointer is 3, continues the touch key-press that the 4th contact is corresponding and pointer 3 HOME key 202 pointed and compares, and the 4th contact at this moment is pointer touch key-press pointed.This moment, the numerical value of pointer was 3, did not reach maximal value 4, detected the 5th contact (current contact) this moment.
Supposing to contact for the 5th time the time history that 203, the four contacts of corresponding return key contact with the 5th time is 0.7 second, at this moment less than the second Preset Time; Continuation judges contact, and this moment, pointer was 3, was not 1, pointer was increased 1, and pointer is 4, continues the touch key-press that the 5th contact is corresponding and pointer 4 return key 203 pointed and compares, and the 5th contact at this moment is pointer touch key-press pointed.This moment, the numerical value of pointer was 4, reached maximal value, determined that for the second time ~ five contact is Continuous Contact this moment, the waking up of actuating equipment.
We also can see by technique scheme, and embodiment 2 is the wakeup process that can be used for carrying out embodiment 1 this a kind of situation, i.e. the judgement of its Continuous Contact be the contact that detects be to meet corresponding same this engagement sequence of contact button.The situation of corresponding embodiment 1, we can arrange the pointer (establishing the pointer maximal value is M) of the present embodiment like this: pointer is 1, points to the touch key-press of appointment in preset order, such as being HOME key 202; Pointer is 2, still points to the touch key-press of appointment in preset order, namely is still HOME key 202; By that analogy, pointer is M, still points to the touch key-press of appointment in preset order, namely is still HOME key 202.Certainly, this moment the present embodiment contact between the time interval comprised less than this scope of the first Preset Time less than the second Preset Time.
Consistent with the principle of embodiment 1, the purpose of the step S202 of the present embodiment is also for fear of false triggering.Further, for with cas fortuit under contact more and distinguish, make equipment avoid faulty operation as far as possible, according to human response's experience speed and the human body execution frequency for touch action, above-mentioned steps S202 also can replace with: judge current detection to contact whether be in the second Preset Time scope with time history between front contacting of once detecting, if execution in step S203, execution in step S200 if not.
Certainly, the second Preset Time scope is that corresponding same specific touch button and different specific touch button are different from the contact that the first Preset Time scope is detecting of embodiment 1.embodiment 1 detects, and to carry out at least twice the contact that wakes up be corresponding to same specific touch key-press, its Preset Time scope is the experience scope that human finger is double-clicked frequency, the present embodiment detects, and to carry out at least twice the contact that wakes up may be corresponding at least two different specific touch buttons, may be also with embodiment consistent corresponding to same specific touch key-press, at least twice the contact that wakes up when carrying out of detecting of the present embodiment setting is corresponding at least two different specific touch buttons, also the slip speed to human finger is relevant because of the contact of the different specific contact button of correspondence.The higher limit of the second Preset Time scope and lower limit are also the empirical values relevant to the slip speed of human finger and finger click frequency, for example, higher limit can be 1.3s, and lower limit can be 0.2s, and the concrete meaning of higher limit and lower limit can be referring to the discussion of the present embodiment and embodiment 1.
At least twice the contact that wakes up when carrying out of detecting of the present embodiment setting is corresponding to same specific touch key-press, so this moment the second Preset Time scope can to arrange with the first Preset Time scope be identical.Particularly, the use of the second Preset Time scope and the first Preset Time scope can comprehensively determine according to the preset order of equipment or user preset.Be corresponding same specific keys such as the user, preset order being set, the Preset Time scope of program is exactly the first Preset Time scope, be corresponding at least two different specific keys when the user arranges preset order, the Preset Time scope of program is exactly the second Preset Time scope so.
In the present embodiment, corresponding at least two different specific keys, actual is to be provided with than embodiment 1 more strictly to carry out the judgment mode that contact wakes up, is conducive to prevent that equipment is by improper control.
The method of the opertaing device state of embodiment 1 ~ 2 can also comprise:
Step: after waking described equipment up, when the unlock image that touch display screen detected is performed particular pose, from the described equipment of wake-up states release.
Carrying out particular pose at the unlock image of touch display screen can be that the picture on locking screen interface is dragged to fixed position (dragging picture), can be also that the point of fixity on unlock image is carried out line, if line is identical with initial setting up, release (screen line); Except the mode of particular pose of carrying out on the unlock image of touch display screen of the present embodiment, can also trigger the modes such as release or input specific cryptosystem with key-press input and realize release.
Step: application program is set in operation when release wakes up.
Be equipment after the user carries out contact and wakes up and enter wake-up states from dormant state, the program that operation is set.Here, can wait for next step operation of user with the form of a user interface, be that equipment is after being waken up, directly enter a user interface, this user interface is shown on screen by user predefined first or a plurality of application program and forms, these application programs are the selections according to the user, move at the wake-up states of equipment.In another embodiment, also can be after equipment be waken up, the direct predefined one or more application programs of run user.The user can be after the equipment release, to the setting that shows under these wake-up states or the application program of operation is added, deleted and revises.
The device of a kind of opertaing device state as shown in Figure 4 possesses touch display screen and key area, and described key area comprises at least one touch key-press, and this device also comprises:
Detecting unit 601 is for detection of at least twice contact corresponding to described touch key-press;
Detecting unit 601 comprises:
The first judging unit 602, the time history between the contact that before and after being used for judging whether, twice detects are all less than in Preset Time and the contact of described at least twice contact for carrying out according to preset order;
The first determining unit 603 is used for determining that described at least twice contact is Continuous Contact when judgment result is that of described the first judging unit is.
Corresponding embodiment 1, the first judging unit 602 execution in step S100 ~ S104; The first 603 of determining units execution in step S105 when number of times equals pre-determined number, determines that the contact that detects is Continuous Contact.
Control module 604, the contact that is used for when described at least twice is Continuous Contact, wakes described equipment up from dormant state, perhaps from released state or the described equipment of wake-up states locking.
Control module 604 also is used for after waking described equipment up, when the unlock image that touch display screen detected is performed particular pose, from the described equipment of wake-up states release.
Corresponding embodiment 1, control module 604 execution in step S106.
The device of a kind of opertaing device state as shown in Figure 5 possesses touch display screen and key area, and described key area comprises at least one touch key-press, and this device comprises the detecting unit consistent with embodiment 5 701 and control module 704, and different is:
Detecting unit 701 also comprises:
The second judging unit 702, the time history between the contact that before and after being used for judging whether, twice detects all is in the Preset Time scope and the contact of described at least twice contact for carrying out according to preset order;
The second determining unit 703 is used for determining that described at least twice contact is Continuous Contact when judgment result is that of described the second judging unit is.
Corresponding embodiment 1, second judging unit 702 execution in step S100 ~ S104, different is, the step S102 of its execution is: judge current detection to contact whether be in the first Preset Time scope with time history between front contacting of once detecting, if execution in step S103, execution in step S100 if not.
703 execution in step S105 of corresponding embodiment 1, the second determining unit when number of times equals pre-determined number, determine that the contact that detects is Continuous Contact.
703 execution in step S206 of corresponding embodiment 2, the second determining unit when pointer reaches maximal value, determine that the contact that detects is Continuous Contact.
A kind of equipment of the present embodiment has touch display screen and key area, and described key area comprises at least one touch key-press, also comprises: the device of embodiment 3 ~ 4 any opertaing device states.
Certainly, corresponding to Fig. 1, the touch display screen device panel in addition of equipment can be located in the key area.In other embodiments, referring to Fig. 6, be provided with touch display screen 4 and key area on device panel 3, the key area is located on touch display screen 4, be that the touch area 5 of touch display screen 4 is as the key area, three touch key-presss are set on the key area, and (5 set three position ranges in the touch area, touch location falls in the position range of setting, assert it is the contact of corresponding touch key-press): determine key 501, HOME key 502 and return key 503, the key area also can be located on the touch display screen of equipment.
In the present embodiment, detecting unit is to be based upon on the basis of device-aware hardware.Corresponding detecting unit, perception hardware is the contact on equipment to be carried out the fabric of perception on the touch area of the key area of terminal or touch display screen, detecting unit has namely obtained the signal of corresponding perception hardware.For instance, for smart mobile phone, the touch data on capacitance touch zone (touch area that comprises key area or touch display screen) is exactly the current signal that the testing circuit in mobile phone IC produces when human body contacts.
Detecting unit and control module all belong to the awareness driven aspect of equipment, obtain from the signal of perception hardware and pick out satisfactory " Continuous Contact " by control module by detecting unit, and above-mentioned signal is converted into wakes up/locking applications can be identified satisfied waking up or the critical data of locking device condition; The unit of realizing Data Control on said sensed driving aspect is carried on critical data the operating system that reports equipment in perception events.
Operating system according to wake up/perception events that awareness driven (comprising control module) is reported that calls of locking applications sends to and wakes up/locking applications.
Wake up/locking applications is used for data judgement according to perception events and wakes up/and whether the condition of locking device satisfy, when satisfying, equipment waken up or locks.
Although the present invention with preferred embodiment openly as above; but it is not to limit the present invention; any those skilled in the art without departing from the spirit and scope of the present invention; can utilize method and the technology contents of above-mentioned announcement to make possible change and modification to technical solution of the present invention; therefore; every content that does not break away from technical solution of the present invention; to any simple modification, equivalent variations and modification that above embodiment does, all belong to the protection domain of technical solution of the present invention according to technical spirit of the present invention.
Claims (13)
1. the method for an opertaing device state, this equipment has touch display screen and key area, and described key area comprises at least one touch key-press, it is characterized in that, comprising:
Detection is corresponding at least twice contact of described touch key-press;
Contact when described at least twice is Continuous Contact, wakes described equipment up from dormant state, perhaps from released state or the described equipment of wake-up states locking.
2. the method for opertaing device state as claimed in claim 1, it is characterized in that, described detection comprises corresponding at least twice contact of touch key-press: the time history between the contact that front and back detect for twice all is in the Preset Time scope and the contact of described at least twice contact for carrying out according to preset order, determines that described at least twice contact is Continuous Contact.
3. the method for opertaing device state as claimed in claim 1, it is characterized in that, described detection comprises corresponding at least twice contact of touch key-press: the time history between the contact that detects for twice when front and back determines that all less than the contact of contact for carrying out according to preset order of Preset Time and described at least twice described at least twice contact is Continuous Contact.
4. the method for opertaing device state as claimed in claim 2 or claim 3, is characterized in that, described at least twice contact is the contact corresponding to same specific touch button for the contact of carrying out according to preset order refers to described at least twice contact.
5. the method for opertaing device state as claimed in claim 2 or claim 3, is characterized in that, described at least twice contact refers to that for the contact of carrying out according to preset order described at least twice contact is the contact corresponding at least two different specific touch buttons.
6. the method for opertaing device state as claimed in claim 1, is characterized in that, also comprises: after waking described equipment up, when the unlock image that touch display screen detected is performed particular pose, from the described equipment of wake-up states release.
7. the device of an opertaing device state, this equipment has touch display screen and key area, and described key area comprises at least one touch key-press, it is characterized in that, comprising:
Detecting unit is for detection of at least twice contact corresponding to described touch key-press;
Control module, the contact that is used for when described at least twice is Continuous Contact, wakes described equipment up from dormant state, perhaps from released state or the described equipment of wake-up states locking.
8. the device of opertaing device state as claimed in claim 7, is characterized in that, described detecting unit comprises:
The first judging unit, the time history between the contact that before and after being used for judging whether, twice detects all is in the Preset Time scope and the contact of described at least twice contact for carrying out according to preset order;
The first determining unit is used for determining that described at least twice contact is Continuous Contact when judgment result is that of described the first judging unit is.
9. the device of opertaing device state as claimed in claim 7, is characterized in that, described detecting unit comprises:
The second judging unit, the time history between the contact that before and after being used for judging whether, twice detects are all the contact of carrying out according to preset order less than the contact of Preset Time and described at least twice;
The second determining unit is used for determining that described at least twice contact is Continuous Contact when judgment result is that of described the second judging unit is.
10. the device of opertaing device state as claimed in claim 7, is characterized in that, described control module also is used for after waking described equipment up, when the unlock image that touch display screen detected is performed particular pose, from the described equipment of wake-up states release.
11. an equipment, this equipment has touch display screen and key area, and described key area comprises at least one touch key-press, it is characterized in that, also comprises: the device of the described opertaing device state of claim 7 to 10 any one.
12. equipment as claimed in claim 11 is characterized in that, the touch display screen device panel in addition of described equipment is located in described key area.
13. equipment as claimed in claim 11 is characterized in that, the touch display screen of described equipment is located in described key area.
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| CN2013100236448A CN103116450A (en) | 2013-01-22 | 2013-01-22 | Method and device for controlling equipment state and equipment |
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| CN2013100236448A CN103116450A (en) | 2013-01-22 | 2013-01-22 | Method and device for controlling equipment state and equipment |
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| CN2013100236448A Pending CN103116450A (en) | 2013-01-22 | 2013-01-22 | Method and device for controlling equipment state and equipment |
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| CN107728502A (en) * | 2017-06-13 | 2018-02-23 | 延锋伟世通电子科技（南京）有限公司 | Vehicle entertainment system power control and method of work based on touch control operation |
| CN109766136A (en) * | 2019-01-17 | 2019-05-17 | 钰太芯微电子科技（上海）有限公司 | A kind of wake-up screen method |
| CN111651083B (en) * | 2020-05-29 | 2022-10-21 | 厦门天马微电子有限公司 | Control method and control device for touch display screen and display equipment |
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Application publication date: 20130522 |