CN102810006A - Device and activating method thereof - Google Patents
Device and activating method thereof Download PDFInfo
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- CN102810006A CN102810006A CN2011101428554A CN201110142855A CN102810006A CN 102810006 A CN102810006 A CN 102810006A CN 2011101428554 A CN2011101428554 A CN 2011101428554A CN 201110142855 A CN201110142855 A CN 201110142855A CN 102810006 A CN102810006 A CN 102810006A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
The invention discloses a device and an activating method thereof and relates to the technical field of electronic products. By the method and device, user operation can be simplified, and response speed of the device from a power saving status to an operation status is increased. According to the technical scheme, electric signals generated by an area made of conductive material on a device shell are detected, and the device is activated from the power saving status to the operation status when the electric signals meet a preset condition. The method is suitable for activating the device from the power saving status to the operation status.
Description
Technical field
The present invention relates to technical field of electronic products, relate in particular to a kind of method and apparatus of device activation.
Background technology
Generally, the way that reduces the electricity consumption of equipment amount now is to make temporary transient obsolete module get into dormant state, for example can make communication module, touch-screen, liquid crystal display get into dormant state.When equipment when dormant state activate to get into duty, need through concrete physical action operating equipment.For example, can clamshell phone be activated the entering duty from dormant state through opening to renovate.When using notebook computer, need press mouse button, perhaps the rolling mouse that makes a movement makes notebook computer activate from dormant state to get into duty.
Yet, when activated equipment, need the user to adopt concrete physical action operating equipment in the prior art, cause user's complex operation, and then it is longer to make equipment activate the entering needed time of duty from dormant state.
Summary of the invention
Embodiments of the invention provide a kind of method and apparatus of device activation, can simplify user's operation, and raising equipment gets into the response speed of duty from electricity-saving state.
For achieving the above object, embodiments of the invention adopt following technical scheme:
A kind of method of device activation, said device housings is provided with the zone that is made up of conductive material, comprising:
Detect the electric signal that said zone produces;
Satisfy when pre-conditioned at said electric signal, activate said equipment, so that said equipment gets into duty from electricity-saving state.
A kind of equipment, said device housings is provided with the zone that is made up of conductive material, comprising:
Detecting unit is used to detect the electric signal that said zone produces;
Activate the unit, be used for satisfying when pre-conditioned, activate said equipment, so that said equipment gets into duty from electricity-saving state at said electric signal.
The method and apparatus of the device activation that the embodiment of the invention provides; Cause the variation of electric signal through the action of simply holding equipment; Detect the electric signal that said device housings is provided with the zone generation that is made up of conductive material; Satisfy when pre-conditioned at said electric signal then, activate said equipment, so that said equipment gets into duty from electricity-saving state.Adopt concrete physical action operating equipment with needing the user in the prior art; Cause user's complex operation; And then make equipment activate the entering needed time of duty than the appearance ratio from electricity-saving state; The scheme that the embodiment of the invention adopts can be simplified user's operation, and raising equipment gets into the response speed of duty from electricity-saving state.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art; To do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below; Obviously, the accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills; Under the prerequisite of not paying creative work property, can also obtain other accompanying drawing according to these accompanying drawings.
The process flow diagram of the method for a kind of device activation that Fig. 1 provides for the embodiment of the invention 1;
The block diagram of a kind of equipment that Fig. 2 provides for the embodiment of the invention 1;
The process flow diagram of the method for a kind of device activation that Fig. 3 provides for the embodiment of the invention 2;
The process flow diagram of the method for second kind of device activation that Fig. 4 provides for the embodiment of the invention 2;
The process flow diagram of the method for the third device activation that Fig. 5 provides for the embodiment of the invention 2;
The block diagram of a kind of equipment that Fig. 6 provides for the embodiment of the invention 3.
Embodiment
To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the present invention's protection.
Embodiment 1
The embodiment of the invention provides a kind of method of device activation, is applied to the equipment that shell is provided with the zone that is made up of conductive material, and is as shown in Figure 1, and this method comprises:
Step 101 detects the electric signal that said device housings is provided with the zone generation that is made up of conductive material;
Step 102 satisfies when pre-conditioned at said electric signal, activates said equipment, so that said equipment gets into duty from electricity-saving state.
Wherein, Electricity-saving state can be anyly to need the still less state of electric energy than duty in the embodiment of the invention, for example can be at least one in screen closed condition, central processing unit (CPU:Central Processor Unit) slow running state, hard disk run-stopping status, the dormant state etc.
The method of the device activation that the embodiment of the invention provides; Cause the variation of electric signal through the action of simply holding equipment; Detect the electric signal that said device housings is provided with the zone generation that is made up of conductive material; Satisfy when pre-conditioned at said electric signal then, activate said equipment, so that said equipment gets into duty from electricity-saving state.Adopt concrete physical action operating equipment with needing the user in the prior art; Cause user's complex operation; And then make equipment activate the entering needed time of duty than the appearance ratio from electricity-saving state; The scheme that the embodiment of the invention adopts only need simply be held the action of equipment, not only can simplify user's operation, and it is shorter to make equipment get into the needed time of duty from electricity-saving state.
In order to realize the method for above-mentioned device activation, the embodiment of the invention provides a kind of equipment, and is as shown in Figure 2, and this equipment comprises: detecting unit 201, activate unit 202.
Detecting unit 201 is used to detect the electric signal that said device housings is provided with the zone generation that is made up of conductive material;
Activate unit 202, be used for satisfying when pre-conditioned, activate said equipment, so that said equipment gets into duty from electricity-saving state at said electric signal.
The equipment that the embodiment of the invention provides; Cause the variation of electric signal through the action of simply holding equipment; Detecting unit 201 detects the electric signal that said device housings is provided with the zone generation that is made up of conductive material; Activate unit 202 then and satisfy when pre-conditioned, activate said equipment, so that said equipment gets into duty from electricity-saving state at said electric signal.Adopt concrete physical action operating equipment with needing the user in the prior art; Cause user's complex operation; And then make equipment activate the entering needed time of duty than the appearance ratio from electricity-saving state; The scheme that the embodiment of the invention adopts only need simply be held the motion action equipment of equipment, not only can simplify user's operation, and it is shorter to make equipment get into the needed time of duty from electricity-saving state.
Embodiment 2
The embodiment of the invention provides a kind of method of device activation; The application scenarios of this method is: through user's the action of holding; Make between the zone that constitutes by conductive material on the device housings and produce electric signal, particularly, make on the said device housings and produce electric signal between two zones through the insulating material connection; Said electric signal can be resistance, and said equipment can be handheld devices such as mobile phone, panel computer.As shown in Figure 3, this method comprises:
Step 301, signal analyse block is sent the signals collecting request and is given signal acquisition module;
Need to prove, send before the signals collecting request gives signal acquisition module that said signal analyse block is wanted dormancy regular time in said signal analyse block.Said signal analyse block is gathered electric signal with the fixing cycle; For example said signal analyse block was gathered an electric signal in 0.1 second; Here adopting said dormancy is for the sampling time in control interval, and the frequency of gathering electric signal is reduced, and the electric signal of collection is more representative.
After said signal analyse block dormancy regular time, send the signals collecting request to signal acquisition module.Said signal acquisition module is gathered electric signal, and said electric signal is because of the user operates the electric signal that is produced to equipment, and said signal analyse block can be a hardware of said equipment, is the background process service on the equipment, resident operating on the equipment.
Step 302, said signal acquisition module detect on the said device housings two resistance values between the zone that connects through insulating material;
Two zones that connect through insulating material are made up of conductive material on the said device housings; With the bar phone is example; Two zones that connect through insulating material can be the zone that connects through insulating material arbitrarily on the said bar phone shell on the said device housings; Wherein, Preferably; Two zones that connect through insulating material can be the whole casing of the relative side of the screen place side of four frames of the said screen of the screen place side of said bar phone and said bar phone on the said device housings, and are insulating material between the whole casing of the relative side of the screen of four frames of the said screen of said bar phone and said bar phone place side.Like this, the area that user's hand touches increases, and it is convenient that the user is used.
Particularly; On equipment, by the place of human body contact touch sensor is installed easily; When the user held equipment, at this moment user's hand must contact on the said device housings two zones that connect through insulating material, and said touch sensor detects on the said device housings simulating signal that produces between two zones that connect through insulating material; The simulating signal of said generation converts digital signal to after through analog to digital conversion circuit, i.e. resistance value.
Before the user holds equipment; Resistance on the said device housings between two zones that connect through insulating material is bigger; When the user holds equipment; Because said equipment connected this big conductor of people, will cause on the said device housings two resistance between the zone that connects through insulating material to reduce.Said signal acquisition module can collect resistance value, with it before the resistance value of collection in several cycles form the resistance value sequence of a variation.
Step 303, said signal acquisition module returns to said signal analyse block with detected resistance value;
Step 304, said signal analyse block receive the said resistance value that said signal acquisition module is sent, and judge that whether said resistance value is less than the first preset thresholding;
The said first preset thresholding is set according to the resistance value of staff's actual measurement; A kind of method of setting the said first preset thresholding is in the resistance value sequence of the variation of said formation; Get the mean value of the maximum resistance value and the resistance value of minimum; The resistance value of said maximum is held the resistance value of the detection before the equipment for the user, and the resistance value of said minimum is held a minimum resistance of the detection after the equipment for the user.
Step 305, when said resistance value was preset thresholding less than said first, then to the status control module sending controling instruction, said steering order indicative of said status control module activated said equipment;
When said signal analyse block analyzed said resistance value greater than the said first preset thresholding, then execution in step 301.
Step 306, said status control module activates said equipment, so that said equipment gets into duty from electricity-saving state.
Need to prove; Said equipment needs a process from the electricity-saving state to the duty; When user's hand touches said equipment, the expression user will soon carry out alternately with said equipment, the electric signal that the embodiment of the invention causes when touching said equipment through the hand that detects the user; In advance said device activation is got into duty; Make the user can accomplish that the equipment of taking out just can see, so not only simplified user's operation, and improved equipment gets into duty from electricity-saving state response speed.
The embodiment of the invention provides a kind of method of device activation; The application scenarios of this method is: through user's the action of holding; Conductive electrode that the built-in electrical insulation of equipment isolates and said device housings are provided with between the zone that is made up of conductive material produce electric signal, said electric signal can be electric capacity, and said equipment can be flat-type equipment; Also can be for renovating kind equipment, and the zone that is fit to adopt conductive material on the said device housings.Alternatively, said equipment is handheld device.As shown in Figure 4, this method comprises:
Step 401, signal analyse block is sent the signals collecting request and is given signal acquisition module;
Need to prove, send before the signals collecting request gives signal acquisition module that said signal analyse block is wanted dormancy regular time in said signal analyse block.Said signal analyse block is gathered electric signal with the fixing cycle; For example said signal analyse block was gathered an electric signal in 0.1 second; Here adopting said dormancy is for the sampling time in control interval, and the frequency of gathering electric signal is reduced, and the electric signal of collection is more representative.
After said signal analyse block dormancy regular time, send the signals collecting request to signal acquisition module.Said signal acquisition module is gathered electric signal, and said electric signal is because of the user operates the electric signal that is produced to equipment, and said signal analyse block can be a hardware of said equipment, is the background process service on the equipment, resident operating on the equipment.
Conductive electrode and said device housings that step 402, said signal acquisition module detect the internal circuit board built-in electrical insulation isolation of said equipment are provided with the electric capacity between the zone that is made up of conductive material;
Here; Said device housings is provided with the zone that is made up of conductive material can be provided with the arbitrary region that is made up of conductive material for said device housings; Preferably, it is the whole front panel of any side on the said device housings that said device housings is provided with the zone that is made up of conductive material, bigger by the area of human body contact easily on the said like this equipment; Can activate said equipment more easily, make said equipment transfer duty to from electricity-saving state.
The conductive electrode that the built-in electrical insulation of said equipment is isolated can have for the built-in circuit intralamellar part of said equipment, is provided with the conductive electrode that the regions that is made up of conductive material is isolated with said device housings; Also can increase newly, be provided with the conductive electrode that the regions that is made up of conductive material is isolated with said device housings for built-in circuit intralamellar part at said equipment.
Particularly; On equipment, by the place of human body contact touch sensor is installed easily; When the user holds equipment; At this moment user's hand must contact said device housings and be provided with the zone that is made up of conductive material; Said touch sensor detects conductive electrode and the said device housings that the internal circuit board built-in electrical insulation of said equipment isolates and is provided with the simulating signal between the zone that is made up of conductive material, and the simulating signal of said generation converts digital signal to after through analog to digital conversion circuit, i.e. capacitance.
Before the user holds equipment; The electric capacity that conductive electrode that the built-in electrical insulation of said equipment is isolated and said device housings are provided with between the zone that is made up of conductive material is less; When the user holds equipment; Because said equipment has connected this big conductor of people, will cause the conductive electrode and the said device housings of the built-in electrical insulation isolation of said equipment to be provided with the electric capacity increase between the zone that constitutes by conductive material.Said signal acquisition module can collect capacitance, with it before the capacitance of collection in several cycles form the capacitance sequence of a variation.
Step 403, said signal acquisition module returns to said signal analyse block with detected said capacitance;
Step 404, said signal analyse block receive the said capacitance that said signal acquisition module is sent, and judge that whether said capacitance is greater than the second preset thresholding;
The said second preset thresholding is set according to the capacitance of staff's actual measurement; The concrete method of setting the said second preset thresholding is in the capacitance sequence of the variation of said formation; Get the mean value of the maximum capacitance and the capacitance of minimum; The capacitance of said minimum is held the capacitance of the detection before the equipment for the user, and the capacitance of said maximum is held a capacitance of the detection after the equipment for the user.
Step 405, when said capacitance was preset thresholding greater than second, then to the status control module sending controling instruction, said steering order indicative of said status control module activated said equipment;
When said signal analyse block analyzed said capacitance less than the said second preset thresholding, then execution in step 401.
Step 406, said status control module activates said equipment, so that said equipment gets into duty from electricity-saving state.
Need to prove; Said equipment needs a process from the electricity-saving state to the duty; When user's hand touches said equipment, the expression user will soon carry out alternately with said equipment, the electric signal that the embodiment of the invention causes when touching said equipment through the hand that detects the user; In advance said device activation is got into duty; Make the user can accomplish that the equipment of taking out just can see, so not only simplified user's operation, and improved equipment gets into duty from electricity-saving state response speed.
The embodiment of the invention provides a kind of method of device activation, and the application scenarios of this method is: the hand through the user touches work, makes the signal power in the zone that is connected with the signal receiving antenna of said equipment on the device housings that the moment saltus step take place.As shown in Figure 5, this method comprises:
Step 501, signal analyse block is sent the signals collecting request and is given signal acquisition module;
Need to prove, send before the signals collecting request gives signal acquisition module that said signal analyse block is wanted dormancy regular time in said signal analyse block.Said signal analyse block is gathered electric signal with the fixing cycle; For example said signal analyse block was gathered an electric signal in 0.1 second; Here adopting said dormancy is for the sampling time in control interval, and the frequency of gathering electric signal is reduced, and the electric signal of collection is more representative.
After said signal analyse block dormancy regular time, send the signals collecting request to signal acquisition module.Said signal acquisition module is gathered electric signal, and said electric signal is because of the user operates the electric signal that is produced to equipment, and said signal analyse block can be a hardware of said equipment, is the background process service on the equipment, resident operating on the equipment.
Step 502, said signal acquisition module detects the signal power in the zone that is connected with the signal receiving antenna of said equipment on the said device housings;
Particularly; The zone that is connected with the signal receiving antenna of said equipment on the said device housings can be used as the extension of the external antenna of said equipment; Can be used as touch sensor and use, at this moment need in said equipment, add one can detection signal power software.When the user holds equipment; At this moment user's hand must contact the zone that is connected with the signal receiving antenna of said equipment on the said device housings; Detect the simulating signal in the zone that is connected with the signal receiving antenna of said equipment on the said device housings then; The simulating signal of said generation converts digital signal to after through analog to digital conversion circuit, i.e. signal power.
Need to prove; When the electrical specification of the signal receiving antenna of equipment must be mated with signal frequency; The sensitivity of said equipment is the highest; User's hand touches the electrical specification that has changed the signal receiving antenna of said equipment behind the zone that is connected with the signal receiving antenna of said equipment on the said device housings, cause the sensitivity of said equipment to reduce, thereby said signal power can reduce.
Step 503, said signal acquisition module returns to said signal analyse block with detected said signal power;
Step 504, said signal analyse block receive the said signal power that said signal acquisition module is sent, the signal power and the detected before signal power signal calculated rate of change that arrive according to said current detection;
Said signal power and the detected before signal power signal calculated rate of change that arrives according to said current detection; Specifically can be for according to R=(X-Y)/(m*T) signal calculated rate of change, wherein, R is said change rate signal; X is the signal power that said current detection arrives; Y for said current detection to signal power differ detected signal power before specific period said, m is the number of said specific period, the dormancy time that T fixed for each cycle.
Above-mentioned according to said current detection to signal power and detected before signal power signal calculated rate of change also can adopt following mode:
According to said current detection to signal power and detected before signal power confirm an image data tabulation, said definite image data tabulation is confirmed according to time sequencing.Each cycle is gathered a signal power.
Particularly; According to R=Δ S/ Δ T=(Sn-Sn-m)/(m*T) signal calculated rate of change, wherein, R is said change rate signal; Sn is the signal power that current detection arrives described in the tabulation of said image data, said current detection to signal power be n the signal power that cycle detection is arrived; Sn-m be in the tabulation of said image data with said current detection to signal power differ detected signal power before m cycle said, m is a number of cycles in the said image data tabulation, T is the dormancy time of fixing in each cycle.
Step 505 judges that whether said change rate signal is greater than the 3rd preset thresholding;
The said the 3rd preset thresholding is set according to the signal power of staff's actual measurement; When the concrete method of setting the said the 3rd preset thresholding is touched the external external conductive casing of signal receiving antenna corresponding region of said equipment for user's hand; Produce the signal power saltus step, according to the said slope of a curve of the curve calculation of said signal power saltus step.Said slope of a curve is the said the 3rd preset thresholding.
Step 506, when said change rate signal was preset thresholding greater than the 3rd, then to the status control module sending controling instruction, said steering order indicative of said status control module activated said equipment;
When said signal analyse block analyzed said change rate signal less than the 3rd preset thresholding, then execution in step 501.
Step 507, said status control module activates said equipment, so that said equipment gets into duty from electricity-saving state.
Need to prove; Said equipment needs a process from the electricity-saving state to the duty; When user's hand touches said equipment, the expression user will soon carry out alternately with said equipment, the electric signal that the embodiment of the invention causes when touching said equipment through the hand that detects the user; In advance said device activation is got into duty; Make the user can accomplish that the equipment of taking out just can see, so not only simplified user's operation, and improved equipment gets into duty from electricity-saving state response speed.
Embodiment under above-mentioned three kinds of scenes is according to electrical principles; Hold the variation that equipment can cause the electric signal of touch sensor through the user; Also can be through improving the sensitivity of spy software; For example, only need just can detect near equipment the variation of electric signal, the shell that can not be subject to said equipment like this is a conductive material.
In addition, when picking up equipment owing to the user, said equipment is also motion simultaneously; Therefore; Can on said equipment, change through acquired signal such as acceleration transducer, gyroscope are installed, the signal that comprehensive touch sensor is gathered changes together handles the accuracy that can improve device activation.
The method of the device activation that the embodiment of the invention provides; The action of touching equipment through the simple hand of user causes the variation of electric signal; Detect the electric signal that said device housings is provided with the zone generation that is made up of conductive material; Satisfy when pre-conditioned at said electric signal then, activate said equipment, so that said equipment gets into duty from electricity-saving state.Adopt concrete physical action operating equipment with needing the user in the prior art; Cause user's complex operation; And then make equipment activate the entering needed time of duty than the appearance ratio from electricity-saving state; The action that the scheme that the embodiment of the invention adopts only needs the simple hand of user to touch equipment promptly can not only can be simplified user's operation with device activation, and it is shorter to make equipment get into the needed time of duty from electricity-saving state.
Embodiment 3
For the method that realizes that the said equipment activates, the embodiment of the invention provides a kind of equipment, and is as shown in Figure 6; This equipment comprises: detecting unit 601, activate unit 602, first detection module 603; First active module, 604, the second detection modules, 605, the second active modules 606; The 3rd detection module 607, computing module 608, the three active modules 609.
Through user's the action of holding, the electric signal that the zone that device housings is provided be made up of conductive material produces, said electric signal can be resistance, electric capacity, signal power.
Detecting unit 601 detects the electric signal that said device housings is provided with the zone generation that is made up of conductive material then; Activate unit 602; Be used for satisfying when pre-conditioned, activate said equipment, so that said equipment gets into duty from electricity-saving state at said electric signal.
Particularly; When holding action when making said device housings be provided with the resistance that produces between the zone that constitutes by conductive material through the user; The first detection module 603 of said detecting unit 601 is used to detect on the said device housings two resistance values between the zone that connects through insulating material; When said resistance value was preset thresholding less than first, first active module 604 of said activation unit 602 activated said equipment, so that said equipment gets into duty from electricity-saving state then.
The said first preset thresholding is set according to the resistance value of staff's actual measurement; The concrete method of setting the said first preset thresholding is in the resistance value sequence of the variation of said formation; Get the mean value of the maximum resistance value and the resistance value of minimum; The resistance value of said maximum is held the resistance value of the detection before the equipment for the user, and the resistance value of said minimum is held a resistance value of the detection after the equipment for the user.
When hold conductive electrode that built-in electrical insulation that action makes said equipment isolates and said device housings through the user are provided with when producing electric capacity between the zone that is made up of conductive material; Conductive electrode and said device housings that second detection module 605 of said detecting unit 601 detects the built-in electrical insulation isolation of said equipment are provided with the electric capacity between the zone that is made up of conductive material; Then when said capacitance is preset thresholding greater than second; Second active module 606 of said activation unit 602 activates said equipment, so that said equipment gets into duty from electricity-saving state.
The said second preset thresholding is set according to the capacitance of staff's actual measurement; The concrete method of setting the said second preset thresholding is in the capacitance sequence of the variation of said formation; Get the mean value of the maximum capacitance and the capacitance of minimum; The capacitance of said minimum is held the capacitance of the detection before the equipment for the user, and the capacitance of said maximum is held a capacitance of the detection after the equipment for the user.
When touching, the hand through the user does; In the time of can making the signal power generation moment saltus step in the zone that is connected with the signal receiving antenna of said equipment on the said device housings; The 3rd detection module 607 of said detecting unit 601 detects the signal power in the zone that is connected with the signal receiving antenna of said equipment on the said device housings, the signal power that the computing module 608 of said then activation unit 602 arrives according to said current detection and the signal power signal calculated rate of change of cycle period collection before.
Here, said computing module 608 particularly can be according to R=(X-Y)/(m*T) signal calculated rate of change when the signal calculated rate of change; Wherein, R is said change rate signal, and X is the signal power that said current detection arrives, Y for said current detection to signal power differ detected signal power before specific period said; M is the number of said specific period, and T is fixing dormancy time of each cycle.
After said computing module 608 calculated change rate signal, when said change rate signal was preset thresholding greater than the 3rd, the 3rd active module 609 of said activation unit 602 activated said equipment, so that said equipment gets into duty from electricity-saving state.
The said the 3rd preset thresholding is set according to the signal power of staff's actual measurement; When the concrete method of setting the said the 3rd preset thresholding is touched the external external conductive casing of signal receiving antenna corresponding region of said equipment for user's hand; Produce the signal power saltus step, according to the said slope of a curve of the curve calculation of said signal power saltus step.Said slope of a curve is the said the 3rd preset thresholding.
The equipment that the embodiment of the invention provides; Cause the variation of electric signal through the action of simply holding equipment; Detecting unit 601 detects the electric signal that said device housings is provided with the zone generation that is made up of conductive material; Satisfy when pre-conditioned at said electric signal then, activate unit 602 and activate said equipment, so that said equipment gets into duty from electricity-saving state.Adopt concrete physical action operating equipment with needing the user in the prior art; Cause user's complex operation; And then make equipment activate the entering needed time of duty than the appearance ratio from electricity-saving state; The scheme that the embodiment of the invention adopts only need simply be held the motion action equipment of equipment, not only can simplify user's operation, and it is shorter to make equipment get into the needed time of duty from electricity-saving state.
The above; Be merely embodiment of the present invention, but protection scope of the present invention is not limited thereto, any technician who is familiar with the present technique field is in the technical scope that the present invention discloses; Can expect easily changing or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion by said protection domain with claim.
Claims (10)
1. the method for a device activation is characterized in that, said device housings is provided with the zone that is made up of conductive material, comprising:
Detect the electric signal that said zone produces;
Satisfy when pre-conditioned at said electric signal, activate said equipment, so that said equipment gets into duty from electricity-saving state.
2. the method for device activation according to claim 1 is characterized in that,
The zone that is made up of conductive material on the said device housings comprises: two zones that connect through insulating material on the said device housings;
The electric signal that the said zone of said detection produces comprises: detect on the said device housings two resistance between the zone that connects through insulating material;
Saidly satisfy when pre-conditioned at said electric signal; Activate said equipment; So that getting into duty from electricity-saving state, said equipment comprises: when said resistance is preset thresholding less than first, activate said equipment, so that said equipment gets into duty from electricity-saving state.
3. the method for device activation according to claim 1 is characterized in that,
The electric signal that the said device housings of said detection is provided with the zone generation that is made up of conductive material comprises: detect the conductive electrode of said device interior insulation isolation and the electric capacity between the said zone;
Saidly satisfy when pre-conditioned at said electric signal; Activate said equipment; So that getting into duty from electricity-saving state, said equipment comprises: when said electric capacity is preset thresholding greater than second, activate said equipment, so that said equipment gets into duty from electricity-saving state.
4. the method for device activation according to claim 1 is characterized in that,
The zone that is made up of conductive material on the said device housings comprises: the zone that is connected with the signal receiving antenna of said equipment on the said device housings;
The electric signal that the said device housings of said detection is provided with the zone generation that is made up of conductive material comprises: the signal power that detects the zone that is connected with the signal receiving antenna of said equipment on the said device housings;
Saidly satisfy when pre-conditioned, activate said equipment, comprise so that said equipment gets into duty from electricity-saving state at said electric signal:
The signal power and the detected before signal power signal calculated rate of change that arrive according to said current detection;
When said change rate signal is preset thresholding greater than the 3rd, activate said equipment, so that said equipment gets into duty from electricity-saving state.
5. the method for device activation according to claim 4 is characterized in that, said according to said current detection to signal power and detected before signal power signal calculated rate of change comprise:
According to R=(X-Y)/(m*T) signal calculated rate of change; Wherein, R is said change rate signal, and X is the signal power that said current detection arrives, Y for said current detection to signal power differ detected signal power before specific period said; M is the number of said specific period, and T is fixing dormancy time of each cycle.
6. an equipment is characterized in that, said device housings is provided with the zone that is made up of conductive material, comprising:
Detecting unit is used to detect the electric signal that said zone produces;
Activate the unit, be used for satisfying when pre-conditioned, activate said equipment, so that said equipment gets into duty from electricity-saving state at said electric signal.
7. equipment according to claim 6 is characterized in that,
The zone that is made up of conductive material on the said device housings comprises: two zones that connect through insulating material on the said device housings;
Said detecting unit comprises: first detection module is used to detect on the said device housings two resistance between the zone that connects through insulating material;
Said activation unit comprises: first active module is used for when said resistance is preset thresholding less than first, activating said equipment, so that said equipment gets into duty from electricity-saving state.
8. equipment according to claim 6 is characterized in that,
Said detecting unit comprises: second detection module is used to detect conductive electrode that the built-in electrical insulation of said equipment isolates and the electric capacity between the said zone;
Said activation unit comprises: second active module is used for when said electric capacity is preset thresholding greater than second, activating said equipment, so that said equipment gets into duty from electricity-saving state.
9. equipment according to claim 6 is characterized in that,
The zone that is made up of conductive material on the said device housings comprises: the zone that is connected with the signal receiving antenna of said equipment on the said device housings;
Said detecting unit comprises: the 3rd detection module is used to detect the signal power in the zone that is connected with the signal receiving antenna of said equipment on the said device housings;
Said activation unit comprises:
Computing module is used for the signal power and the detected before signal power signal calculated rate of change that arrive according to said current detection;
The 3rd active module is used for when said change rate signal is preset thresholding greater than the 3rd, activating said equipment, so that said equipment gets into duty from electricity-saving state.
10. equipment according to claim 9 is characterized in that, said computing module specifically is used for according to R=(X-Y)/(m*T) signal calculated rate of change; Wherein, R is said change rate signal, and X is the signal power that said current detection arrives, Y for said current detection to signal power differ detected signal power before specific period said; M is the number of said specific period, and T is fixing dormancy time of each cycle.
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| CN102810006B (en) | 2015-06-03 |
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Effective date of registration: 20171212 Address after: Metro Songshan Lake high tech Industrial Development Zone, Guangdong Province, Dongguan City Road 523808 No. 2 South Factory (1) project B2 -5 production workshop Patentee after: HUAWEI terminal (Dongguan) Co., Ltd. Address before: Kokusai Hotel No. 11 Nanjing Avenue in the flora of 210012 cities in Jiangsu Province Patentee before: Huawei Technologies Co.,Ltd. |
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Address after: 523808 Southern Factory Building (Phase I) Project B2 Production Plant-5, New Town Avenue, Songshan Lake High-tech Industrial Development Zone, Dongguan City, Guangdong Province Patentee after: Huawei Device Co., Ltd. Address before: 523808 Southern Factory Building (Phase I) Project B2 Production Plant-5, New Town Avenue, Songshan Lake High-tech Industrial Development Zone, Dongguan City, Guangdong Province Patentee before: HUAWEI terminal (Dongguan) Co., Ltd. |