CN102830790A - Mobile electronic equipment and automatic sleeping method thereof - Google Patents
Mobile electronic equipment and automatic sleeping method thereof Download PDFInfo
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- CN102830790A CN102830790A CN2012102743211A CN201210274321A CN102830790A CN 102830790 A CN102830790 A CN 102830790A CN 2012102743211 A CN2012102743211 A CN 2012102743211A CN 201210274321 A CN201210274321 A CN 201210274321A CN 102830790 A CN102830790 A CN 102830790A
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Abstract
The invention discloses mobile electronic equipment and an automatic sleeping method thereof, which are designed to solve the phenomenon in the prior art that when the electronic equipment is not used, the electronic equipment cannot automatically enter a sleeping state to waste electric energy. The automatic sleeping method of the mobile electronic equipment comprises the following steps of: monitoring an actual displacement amount of the equipment in each time and judging whether at least one time of the actual displacement amount is more than a pre-set displacement amount or not in pre-set time; if so, keeping an activated state of the equipment; or entering the sleeping state. The mobile electronic equipment disclosed by the invention comprises a control unit, a power supply unit, a function unit and a displacement amount monitoring unit, wherein the displacement amount monitoring unit is used for monitoring the actual displacement amount of the equipment; and the control unit is used for adopting the method disclosed by the invention to judge whether the equipment enters the sleeping state or nor and controls the equipment to enter the sleeping state according to the actual displacement amount, the pre-set time and the pre-set displacement amount. The mobile electronic equipment and the automatic sleeping method thereof disclosed by the invention have the advantages of automatic sleeping, energy saving and environmental friendliness.
Description
Technical field
The present invention relates to the method for a kind of mobile electronic equipment and mobile electronic equipment auto sleep.
Background technology
Existing a lot of mobile electronic equipment or portable electric appts like wireless mouse, robot calculator telepilot, TV remote controller etc., change dormant state through button over to by state of activation, thereby in use have following problem:
1, the user is not when using or when temporarily not using, and equipment keeps state of activation always, and the waste electric energy is unfavorable for environmental protection;
2, the user need just can reach through button at every turn and make equipment get into dormant state, operates loaded down with trivial details relatively;
3, the user possibly forget through press key equipment to get into dormant state in use, and equipment thereby can not get into dormant state can not reach and sleep mode is set with energy-conservation original intention.
Summary of the invention
To the problems referred to above, the present invention provides a kind of mobile electronic equipment that can make automatically to get into method and mobile electronic equipment dormant state, environmental protection, energy-conservation mobile electronic equipment auto sleep automatically.
For achieving the above object, the method for mobile electronic equipment auto sleep of the present invention is:
Monitor said mobile electronic equipment actual displacement amount each time;
Whether judgement has at least once said actual displacement amount greater than the preset displacement amount in Preset Time,
Have, then said mobile electronic equipment keeps state of activation,
Do not have, then said mobile electronic equipment gets into dormant state.
For reaching above-mentioned purpose, mobile electronic equipment of the present invention comprises control module, power supply unit and functional unit at least, and said mobile electronic equipment also comprises the displacement monitoring means;
Said displacement monitoring means is in order to monitor said mobile electronic equipment actual displacement amount each time;
Said control module, in order to receive said displacement monitoring unit input the actual displacement amount, and judge in Preset Time whether said actual displacement amount is arranged at least once greater than the preset displacement amount;
Have, then generate steering order, control said power supply unit to the continued power of said functional unit keeping state of activation,
Do not have, then generate steering order, control power supply that said power supply unit cuts off said functional unit to get into dormant state.
The beneficial effect of mobile electronic equipment of the present invention and auto sleep method thereof:
Mobile electronic equipment of the present invention and auto sleep method thereof come judges whether using mobile electronic equipment through the actual displacement amount of each motion of mobile electronic equipment in Preset Time.If the user just will hold this equipment also in use, like wireless mouse, TV remote-control and handheld device, then this equipment is in the nonstatic state, then need keep state of activation; If remain static and satisfy Preset Time; Then like wireless mouse, TV remote controller; Motor computer remote controller, mobile phone or panel computer can get into dormant state, to reduce the purpose that energy consumption reaches energy-conserving and environment-protective, also have simultaneously and realize simple, advantages of simple operation.
Description of drawings
Fig. 1 is the process flow diagram of first embodiment in the mobile electronic equipment auto sleep method of the present invention;
Fig. 2 is embodiment one a said structural representation in the mobile electronic equipment of the present invention;
Fig. 3 is embodiment two said control module structural representations in the mobile electronic equipment of the present invention;
Fig. 4 is embodiment three said control module structural representations in the mobile electronic equipment of the present invention;
Fig. 5 is embodiment five said robot calculator telechiric device structural representations in the mobile electronic equipment of the present invention.
Embodiment
Below in conjunction with Figure of description the present invention is done further description.
Mobile electronic equipment is in use being accompanied by the electronic equipment of displacement., when playing games, handheld device is held in the hand carries out game control like the handheld device user, will inevitably produce displacement; When the user stops using, handheld device will be laid in somewhere, remain static.Pass through the displacement of the reality of measurement handheld device like this, just can judges whether use this handheld device.If using then mobile electronic equipment keeps state of activation, if be in 30 seconds or 1 minute in the preset time, handheld device does not have a displacement or any once displacement of displacement all less than a certain value, and then handheld device gets into dormant state.Same wireless mouse, robot calculator telepilot, TV remote controller, mobile phone, panel computer also have same characteristic, must be accompanied by displacement in use.
Method in the face of mobile electronic equipment auto sleep of the present invention is further described down.
First embodiment:
Wireless mouse, robot calculator telepilot, TV remote, somatic sensation television game handle and TV remote controller can be realized auto sleep through the said method of present embodiment.After getting into dormant state, above-mentioned these mobile electronic equipments are all closed all unnecessary hardware, thereby reach the purpose of energy-saving and environmental protection.
As shown in Figure 1, present embodiment mobile electronic equipment auto sleep method is:
Monitor said mobile electronic equipment actual displacement amount each time;
Whether judgement has at least once said actual displacement amount greater than the preset displacement amount in Preset Time,
Have, then said mobile electronic equipment keeps state of activation,
Do not have, then said mobile electronic equipment gets into dormant state.
Described actual displacement amount is the displacement that the every displacement of mobile electronic equipment is once produced.
Said Preset Time is a value that preestablishes time length, in concrete application, comprises two kinds of timing modes at least:
1: will be divided into timeslice one by one the time; The length of time that said timeslice comprises equates with said Preset Time; After the timeslice, restart timing.
2: adopt the time set timing, the starting point of timing is to monitor the last time the actual displacement amount to take place greater than the preset displacement amount; Monitor each time the actual displacement amount greater than the preset displacement amount then timing begin.
Mobile electronic equipment in the work, because the environment of work is different, the scope of the displacement of generation is distinguished to some extent.Thereby described Preset Time and preset displacement amount, can set according to the practical working situation of different mobile electronic equipments.
Like wireless mouse, in the use target program etc. that changes its sensing through displacement, very responsive to displacement.Thereby the micro displacement amount possibly show that also it is in running order, so preset displacement amount corresponding with it can be 0.As long as be that wireless mouse has displacement, then wireless mouse will keep state of activation.
Handheld device can be set to 15 seconds by Preset Time for another example, and the preset displacement amount is 0.5cm; Because handheld device in use, the user whenever possibly be accompanied by displacement by primary key, and displacement is frequent and displacement is less, so corresponding Preset Time can be shorter, the preset displacement amount also can be less.In 15 seconds Preset Time, handheld device does not have displacement, and N displacement perhaps arranged, but the displacement of N displacement can think then that all less than 0.5cm handheld device is not in user mode at this moment.Use the method for the said mobile electronic equipment auto sleep of present embodiment, then above-mentioned handheld device gets into dormant state.
This enforcement mobile electronic equipment auto sleep method through the displacement of monitoring mobile electronic equipment, judges whether said mobile electronic equipment is in the state of use; If not being in user mode, can get into dormant state automatically, reached the problem of energy-conserving and environment-protective; Particularly like wireless mouse; The high electronic equipment of power consumption such as handheld device and human body temperature type game paddle, panel computer, what in use use is again by accumulator or dry cell electric energy to be provided, if let equipment be in state of activation when not using; The equipment power consumption is high, and the energy consumption of battery will be consumed behind several hrs and finish.Accumulator gets charging again, and dry cell is end-of-life then.
And present embodiment mobile electronic equipment auto sleep method is an auto sleep; Need not the user and realize sleep mode through button, simple to operate, and well avoided the user in use; Forget and make said mobile electronic equipment get into dormancy, the waste that causes.
Be further described in the face of mobile electronic equipment of the present invention down.
Embodiment one:
As shown in Figure 2, the present embodiment mobile electronic equipment comprises control module, power supply unit and functional unit at least, and said mobile electronic equipment also comprises the displacement monitoring means;
Said functional unit is in order to accomplish other functions of said mobile electronic equipment; Like the unit of wireless mouse to main equipment generation wireless signal; Like the human body temperature type game paddle, the body sense conversion of signals that receives is become unit of game control signal or the like;
Said displacement monitoring means is in order to monitor said mobile electronic equipment actual displacement amount each time; Said actual displacement amount is meant the displacement that this displacement produces,
Said control module in order to receiving the actual displacement amount of said displacement monitoring unit input, and judges in Preset Time whether said actual displacement amount is arranged at least once greater than the preset displacement amount;
Supposed Preset Time 30 seconds, the preset displacement amount is 1cm,
If in 30 second time, said mobile electronic equipment has 2 displacements, and 2 displacements are respectively 0.3cm, 0.85cm; The displacement that can know 2 displacements is all less than 1cm, and this moment, said control module generated steering order, controls power supply that said power supply unit cuts off said functional unit to get into dormant state.
If in 30 second time, said mobile electronic equipment has 2 displacements, and 2 displacements are respectively 0.3cm, 1.85cm; The displacement that can know the 2nd displacement is greater than 1cm, and this moment, said control module generated steering order, control said power supply unit to the continued power of said functional unit to keep state of activation.
The present embodiment mobile electronic equipment has possessed the actual displacement amount according to self, judges whether to get into the function of dormant state, has improved the intelligent of equipment, has made things convenient for client's use.
Further; Said displacement monitoring unit; Comprise that it is multiple that common displacement transducer is divided into Linear displacement transducer, angle displacement sensor etc. in order to measure the displacement transducer of said mobile electronic equipment actual displacement amount, and this enforcement displacement transducer is an acceleration transducer; Acceleration had both comprised that the size of numerical value also comprised the direction of acceleration; Measurement through acceleration again through with the conversion of time, can obtain the actual displacement amount of said mobile electronic equipment.Adopt acceleration transducer to have and measure accurately, realize easy characteristics.
Further, said acceleration transducer comprises two axle acceleration sensors and 3-axis acceleration sensor again.
What said two axle acceleration sensors were measured is the acceleration of the mobile electronic equipment in X axle, the Y axial plane.Like wireless mouse, be that the change of displacement that special trip is placed on the table with self reaches the function of pointing to zones of different, then can just can realize its function with two axle acceleration sensors.
What said 3-axis acceleration sensor was measured is the acceleration of the mobile electronic equipment in X axle, Y axle, the Z axle three dimensions.Like TV remote controller,, then can adopt 3-axis acceleration sensor to measure its actual displacement in use because user's motions such as swing arm possess the motion of three directions.
Embodiment two:
The present embodiment mobile electronic equipment comprises control module, power supply unit and functional unit at least, and said mobile electronic equipment also comprises the displacement monitoring means;
Said displacement monitoring means is in order to the said mobile electronic equipment of real-time monitoring actual displacement amount each time;
Said control module in order to receiving the actual displacement amount of said displacement monitoring unit input, and judges in Preset Time whether said actual displacement amount is arranged at least once greater than the preset displacement amount;
Have, then generate steering order, control said power supply unit to the continued power of said functional unit keeping state of activation,
Do not have, then generate steering order, control power supply that said power supply unit cuts off said functional unit to get into dormant state.
As shown in Figure 3, said control module comprises the receiver module, comparative analysis module, the instruction generation module that link to each other successively;
Receiver module links to each other with said displacement monitoring unit, reads the actual displacement amount that said displacement monitoring unit captures said mobile electronic equipment;
The comparative analysis module, each actual displacement amount and preset displacement amount that receiver module is read compare size, and the output judged result;
The instruction generation module according to the judged result of comparative analysis module output, generates steering order.If in Preset Time as in 1 minute; Do not have the actual displacement amount or the actual displacement amount is arranged; But actual displacement amount each time is all greater than the preset displacement amount, then instructs generation module, generates steering order; Generate steering order, control power supply that said power supply unit cuts off said functional unit to get into dormant state;
If in the Preset Time, have the actual bit in-migration that greater than the preset displacement amount, then instruct generation module, control said power supply unit and keep state of activation to said functional unit continued power.
Embodiment three:
As shown in Figure 4, the present embodiment mobile electronic equipment, on the basis of the 3rd embodiment, said control module also comprises parameter setting module, through parameter setting module, the user can set up the setting of Preset Time and preset displacement amount on their own.Because different mobile electronic equipments has different working environments, different users has different use habits, and the user sets up time and displacement parameter on their own, has improved the controllability of user to mobile electronic equipment, makes that the usability of equipment is higher.Parameter setting module links to each other with the comparative analysis module, and parameter generation Preset Time and preset displacement amount that the external world is received are transferred to the comparative analysis module, and the comparative analysis module is used for the comparison of actual displacement amount.
Particularly, the mobile electronic equipment of present embodiment also comprises a control knob that is connected with said control module; Said control knob is used to receive the extraneous instruction of cutting out by force.When the user thinks at some applied environment, when the function of auto sleep was unnecessary, the user can pass through control knob, the closing by force of easy realization auto sleep.Said mobile electronic equipment after its auto sleep function is closed by force, is as good as with common mobile electronic equipment, can realize other function normally.
At first; The present embodiment mobile electronic equipment, through having increased parameter setting module, can be by the user just with Preset Time and preset displacement amount; User's independence is high; Broken by manufacturer or the disposable setup parameter of designer, the situation that equipment all must not change all the life, the interactivity of said mobile electronic equipment is stronger.
In addition; The present embodiment mobile electronic equipment has also increased a control knob of closing the auto sleep function by force, can optionally close this function through the control knob user; The same independence that the user is provided, and the usability of said mobile electronic equipment.
Embodiment four:
The present embodiment mobile electronic equipment comprises control module, power supply unit and functional unit at least, and said mobile electronic equipment also comprises the displacement monitoring means;
Said displacement monitoring means is in order to the said mobile electronic equipment of real-time monitoring actual displacement amount each time;
Said control module in order to receiving the actual displacement amount of said displacement monitoring unit input, and judges in Preset Time whether said actual displacement amount is arranged at least once greater than the preset displacement amount;
Have, then generate steering order, control said power supply unit to the continued power of said functional unit keeping state of activation,
Do not have, then generate steering order, control power supply that said power supply unit cuts off said functional unit to get into dormant state.
Said control module comprises receiver module, comparative analysis module, instruction generation module and wake module.After said mobile electronic equipment gets into dormant state, the disconnection of said functional module and said power supply unit, said displacement detecting unit and said control module are in the slow running module of low energy consumption; Said displacement detecting unit still can be monitored the actual displacement amount of said mobile electronic equipment, and whether the comparative analysis through control module draws and continue to keep dormant state or change state of activation over to then.
This mode of waking up has made full use of existing components and parts in the said mobile electronic equipment, realizes simple and convenient; But exist stability not enough simultaneously, the problem that antijamming capability is not strong.When said mobile electronic equipment is in dormant state; Because unexpected said mobile electronic equipment; Perhaps all will cause false wake-up from the desktop landing of placing, and cause said mobile electronic equipment to be waken up, thereby stability be not enough owing to being in to shake the comparatively noisy environment.
A kind of in addition mode of waking up is waken control up for being provided with on said mobile electronic equipment surface, and the said control that wakes up can be a button, also can be membrane keyboard.Through user key-press or touch said mobile electronic device is waken up from dormant state, can not have false wake-up, avoided the interference of environment, stability is strong.
Embodiment five:
The wireless input device of robot calculator machine has comprised Wireless Keyboard, wireless mouse, the three-in-one telechiric device of robot calculator telepilot.Yet Wireless Keyboard, wireless mouse, robot calculator telepilot etc. all are highly energy-consumings, all can not realize auto sleep at present.
As shown in Figure 5, present embodiment provides a kind of robot calculator telechiric device of ability auto sleep;
Said robot calculator telechiric device comprises control module, power supply unit, realization various functional modules and the displacement monitoring means to computer remote control;
Said displacement monitoring means is a gravity sensor; Said gravity sensor is used to measure X axle, the Y axle of said robot calculator telechiric device, the actual displacement amount of three directions of Z axle; Existing gravity sensor comprises two gravity sensor and three gravity sensor, is three gravity sensor and present embodiment adopts.
Control module can be the integrated chip of a MCU and/or DSP and/or CPU; In mouse, keyboard and computer remote controller, be equipped with above-mentioned one or more integrated chips; Said integrated chip carries out centralized control to mouse, keyboard and computer remote controller realization function; After above-mentioned MCU and/or DSP and/or integrated chip receive the actual displacement amount of said gravity sensor output, the displacement of said actual displacement amount and its internal preset is compared, in Preset Time; In 15 seconds; Only need the displacement of once displacement to surpass the preset displacement amount, then said computer remote control device keeps state of activation, otherwise will get into the dormant state of energy saving.
The described displacement monitoring means of present embodiment adopts the gravity sensor of technology maturation, highly sensitive, applied range, and it is low that said computer remote control device has a cost, intelligent high characteristics.
In the process of practice, mobile electronic device of the present invention comprises handheld device, wireless mouse, robot calculator telepilot, human body temperature type game paddle and TV remote controller etc., applied range, and the field of radiation is wide.
More than; Be merely preferred 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; The variation that can expect easily 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 with the protection domain that claim was defined.
Claims (10)
1. the method for a mobile electronic equipment auto sleep is characterized in that, the method for said mobile electronic equipment auto sleep is:
Monitor said mobile electronic equipment actual displacement amount each time;
Whether judgement has at least once said actual displacement amount greater than the preset displacement amount in Preset Time,
Have, then said mobile electronic equipment keeps state of activation,
Do not have, then said mobile electronic equipment gets into dormant state.
2. a mobile electronic equipment comprises control module, power supply unit and functional unit at least, it is characterized in that, said mobile electronic equipment also comprises the displacement monitoring means;
Said displacement monitoring means is in order to monitor said mobile electronic equipment actual displacement amount each time;
Said control module in order to receiving the actual displacement amount of said displacement monitoring unit input, and judges in Preset Time whether said actual displacement amount is arranged at least once greater than the preset displacement amount;
Have, then generate steering order, control said power supply unit to the continued power of said functional unit keeping state of activation,
Do not have, then generate steering order, control power supply that said power supply unit cuts off said functional unit to get into dormant state.
3. mobile electronic equipment according to claim 2 is characterized in that, said displacement monitoring unit comprises in order to measure the acceleration transducer of said mobile electronic equipment actual displacement amount.
4. mobile electronic equipment according to claim 3 is characterized in that, said acceleration transducer is two axle acceleration sensors or 3-axis acceleration sensor.
5. mobile electronic equipment according to claim 2 is characterized in that, said control module comprises:
Receiver module is in order to receive the actual displacement amount of said displacement monitoring unit input;
Whether the comparative analysis module in Preset Time, has at least once said actual displacement amount greater than the preset displacement amount in order to judgement, and the output judged result;
The instruction generation module in order to receiving the judged result of said comparison module output, and generates steering order according to judged result.
6. mobile electronic equipment according to claim 5 is characterized in that said control module comprises parameter setting module;
Said parameter setting module links to each other with said comparative analysis module, in order to receive the extraneous parameter of importing and to generate said Preset Time and said preset displacement amount.
7. mobile electronic equipment according to claim 5 is characterized in that, said control module also comprises a wake module,
Said wake module in order to receiving the extraneous instruction that wakes up, and makes the said mobile electronic equipment that is in dormant state get into state of activation.
8. mobile electronic equipment according to claim 7 is characterized in that, said wake module comprises a control that wakes up that is arranged on said mobile electronic equipment surface; The said control that wakes up wakes instruction up in order to reception.
9. mobile electronic equipment according to claim 2 is characterized in that, said mobile electronic equipment also comprises a control knob that is connected with said control module;
Said control knob is in order to receive external world's out code by force;
Said control module according to the out code by force that said control knob receives, is controlled closing of said displacement monitoring means.
10. want 2 described mobile electronic equipments according to right, it is characterized in that, said mobile electronic equipment is handheld device, wireless mouse, robot calculator telepilot, somatic sensation television game handle, TV remote controller, mobile phone or panel computer.
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| CN105242632A (en) * | 2015-10-25 | 2016-01-13 | 淄博夸克医药技术有限公司 | Energy-saving and environment-friendly monitoring system |
| CN109451758A (en) * | 2018-05-31 | 2019-03-08 | 深圳市蚂蚁雄兵物联技术有限公司 | Remote control equipment and remote control method |
| WO2019227413A1 (en) * | 2018-05-31 | 2019-12-05 | 深圳市蚂蚁雄兵物联技术有限公司 | Remote control device and remote control method |
| CN109274830A (en) * | 2018-10-08 | 2019-01-25 | 程桂平 | The method and apparatus for being adjusted into the sleep state time |
| CN111124158A (en) * | 2019-11-11 | 2020-05-08 | 华为技术有限公司 | Information input equipment, terminal, control method thereof and chip |
| CN113504839A (en) * | 2021-07-23 | 2021-10-15 | 北京字节跳动网络技术有限公司 | Method and device for controlling mouse dormancy, electronic equipment and computer storage medium |
| CN116795196A (en) * | 2023-08-25 | 2023-09-22 | 深圳市德航智能技术有限公司 | Implementation method for reinforcing ultra-long standby of handheld tablet computer |
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