CN105629791A - Energy-saving system and method based on wireless signal strength - Google Patents
Energy-saving system and method based on wireless signal strength Download PDFInfo
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- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
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Abstract
The invention provides an energy-saving system and method based on wireless signal intensity, which uses a plurality of wireless terminal devices, and whether electrical equipment controlled by the related wireless terminal devices should be automatically closed when people leave is set by a user in a specific field. The wireless terminal devices can automatically learn the wireless signal intensity in the specific field according to the setting, and judge the wireless signal intensity of the space when no person is present. Then, when the personnel leave the field or no longer use the environment, the system automatically turns off the power supply of the related electrical equipment according to the requirements of the user, thereby really achieving the purposes of energy saving, electricity saving and household electricity safety.
Description
Technical field
The present invention is related to energy-saving management system and method thereof, espespecially a kind of energy conserving system based on wireless signal strength and method.
Background technology
A lot of electric equipment in family, may often be such that people in just open use, and when people to leave scene or go out, originally this turn off the power switch of whipping one by one, use and reach energy saving and safe purpose. But, for busy modern, it is possible to neglect these little tricks because of hasty; For the elder person in family, it is possible to because of inconvenience in the action, and have actual difficulty; Teenager is likely to because without this custom, and allows the saving energy become slogan, to such an extent as to the so simple action of powered-down conveniently, it appears that neither be easy for reaching. And the problem that it is derived, the thing that sinks money in vain is little, if causing in family the safety problems such as fire alarm, probably will make us lifelong regret.
In order to achieve the above object, suggesting that of intuition, as long as we differentiate whether this space has personnel, use the basis for estimation reaching whether be further turned off power supply. Also therefore, we need the technology with detecting personnel, known conventional personnel sensing technology, it is exactly utilize infrared ray (Infrared) to detect, it can divide into active infrared twin-beaninfraredsensor (sensor itself can be launched infrared light beam detecting object and move), with passive infrared PIR (sensor itself will not launch infrared light beam, but leans on the thermal source mobile trigger sensor of object).
Active infrared great majority are all 2 (in pairs) and use together, one for launching infrared light beam (Transmitter), another is receiving infrared-ray light beam (Receiver), is primarily adapted for use in the point-to-point air line distance of indoor or outdoors and uses; The passive infrared mobile personnel sensing application being then applicable to indoor closing space. Generally speaking, the more passive infrared PIR of cost of active infrared is high, because itself continuing to launch infrared light beam, therefore it is little to be disturbed wrong report chance, relative, its scope that can detect is only limitted to point-to-point air line distance, often contains greatly reconnaissance range not as what passive infrared PIR had a whole space; But PIR is mainly by the thermal source mobile trigger sensor of object, detecting result erroneous judgement will be caused when personnel's transfixion.
According to TaiWan, China patent: M478294-infrared ray lavatory light switch, whether this patent is reach lamp source energy-conservation, therefore utilizes an infrared ray sensor, have object to pass through this sensing region in order to detect; Its use technology is PIR infrared technology, though its cost is low, but the scope monitored is relatively small; The equipment that can save energy is less, and, when the human body sensed is static do not move time, infrared sensing equipment will be considered to personnel and has been moved off and turn off electric light, and so misoperation will result in the inconvenience in use.
And recent universal along with IPCam (networkcamera, web camera), also someone utilizes the technology of image identification, reaches the effect that space personnel judge; According to TaiWan, China patent: the control method of I386769-imaging monitoring indoor environment state and system, this patent passes through the environmental condition change such as state such as number, distribution scenario and crowd's trend that imaging monitoring is indoor, and can automatically in response to the air-conditioning and the illumination condition that adjust indoor each interval. This utilization captures the monitoring means of real-time imaging, need the hardware storage equipment of high power capacity for the relevant audio and video information of record, therefore more equipment and cost must be expended; Especially, the every act and every move of monitor area personnel videoed completely, notes down, and even stored image likely outflows or suffers improper use, by the personnel's privacy in serious harm monitor area.
As known from the above, it is necessary to the energy-saving management system of a kind of novelty, to assist user properly to solve existing problem.
Summary of the invention
The invention discloses a kind of energy conserving system based on wireless signal strength and method, reach space personnel detecting, with further automatic switch power and setting electric equipment state, reach to utilize existing wireless terminal device, under the cost not increasing extra sensing devices, get final product the correct purpose reaching energy saving and safety and effect.
Constituted owing to human body percent 70 is above water, therefore, human body close to usually affecting and disturb wireless signal strength. This patent uses a plurality of wireless terminal devices, is set by user in a specific field domain, the electric equipment of relevant wireless terminal device institute keyholed back plate, if should be automatically switched off associated electrical appliance equipment when personnel leave. A plurality of wireless terminal devices will learn in specific field domain voluntarily, the result of the wireless signal strength when nobody haunts, to differentiate this space wireless signal strength in time haunting without personnel. Afterwards, when personnel leave field domain or during not in use by environment, system then automatically according to the demand of user, closes the power supply of associated electrical appliance equipment, is really achieved the purpose of energy saving and Electrical Safety at home.
The present invention provides a kind of energy conserving system based on wireless signal strength, comprises background apparatus, service controller and a plurality of wireless terminal device and is linked. Background apparatus, according to the setting of user, produces control instruction, and service controller accepts the control instruction of background apparatus, orders each wireless terminal device passback link quality numerical value, and according to control instruction, in time closes the power supply of each wireless terminal device.
Wherein background apparatus, comprises user's arranging module, and for the user's setup control parameter providing scheduling user interface to give background apparatus, this parameter comprises the wireless terminal device starting the RF automatic study module time with specifying energy-conservation judge module to close. The control parameter that the automatic study module of RF sets according to user, obtains each link quality numerical value of each wireless terminal device passback, to set up the data model of unmanned environment in good time; And the control parameter that energy-conservation judge module sets according to user, collect each link quality numerical value of each wireless terminal device passback in current environment, data model further according to previously established unmanned environment determines whether that people is present in environment, carry out administration of energy conservation running according to result of calculation transfer control instruction to service controller, be the wireless terminal device specified when closing unmanned environment.
The present invention provides the another kind of energy conserving system based on wireless signal strength, comprise service controller and a plurality of wireless terminal devices, wherein service controller, produce control instruction, the each wireless terminal device passback link quality numerical value of direct command, and according to control instruction, in time close the power supply of each wireless terminal device.
Wherein service controller, comprises user's arranging module, and for the user setup control parameter providing scheduling user interface to give service controller, this parameter comprises the wireless terminal device starting the RF automatic study module time with specifying energy-conservation judge module to close. The control parameter that the automatic study module of RF sets according to user, obtains each link quality numerical value of each wireless terminal device passback, to set up the data model of unmanned environment in good time; And the control parameter that energy-conservation judge module sets according to user, collect each link quality numerical value of each wireless terminal device passback in current environment, data model further according to previously established unmanned environment determines whether that people is present in environment, carried out administration of energy conservation running according to result by service controller transfer control instruction, be the wireless terminal device specified when closing unmanned environment.
The present invention provides a kind of power-economizing method based on wireless signal strength, step is as follows: the scheduling user interface that user is provided by user's arranging module gives setup control parameter, wherein this control parameter, a plurality of wireless terminal devices that the time comprising the startup automatic study module of RF to close with energy-conservation judge module; The automatic study module of this RF is according to this control parameter, a plurality of link quality numerical value that in time respectively this wireless terminal device of collecting zone transmits, and produces the data model of unmanned environment; Energy-conservation judge module is according to the data model of unmanned environment, it is judged that whether environment is for having people or unmanned at present, and produces control instruction; When environment is for there being people, service controller is according to this control instruction, and order respectively this wireless terminal device maintains current running; And environment for nobody time, this service controller, according to this control instruction, closes in unmanned environment respectively this wireless terminal device respectively.
The energy conserving system based on wireless signal strength of the present invention and method, when mutually comparing with other prior aries, more for following advantages:
1. can make full use of existing wireless terminal device, it is not necessary to buy more extra sensor device, contribute to saving cost.
2. utilizing wireless terminal device to carry out personnel sensing, its scope that can detect is better than being only limitted to the active infrared of point-to-point air line distance and the contained reconnaissance range of passive infrared PIR; And do not have the erroneous judgement of the PIR detecting result caused when personnel's transfixion.
3. relevant wireless terminal device can be complied with and be set study and auto-action voluntarily, operation that need not be artificially extra, can automatically arrive the double effects of energy saving and safety.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the energy conserving system based on wireless signal strength of the present invention;
Fig. 2 is that another of the present invention is based on the schematic diagram of the energy conserving system of wireless signal strength;
Fig. 3 is the flow chart of the power-economizing method based on wireless signal strength of the present invention;
Fig. 4 is the flow chart of the automatic study module of the RF based on the power-economizing method of wireless signal strength of the present invention;
Fig. 5 is the flow chart of the energy-conservation judge module of the power-economizing method based on wireless signal strength of the present invention.
Symbol description
100 background apparatus
200 service controllers
300 wireless terminal devices
310 wireless terminal devices
320 wireless terminal devices
330 wireless terminal devices
110 user's arranging module
The automatic study module of 120RF
130 energy-conservation judge modules
S301-S305 steps flow chart
S401-S404 steps flow chart
S501-S506 steps flow chart
Detailed description of the invention
The technical characteristic of the present invention, content and advantage and the effect that can reach thereof is understood for your juror sharp, hereby the present invention is coordinated accompanying drawing, and describe in detail as follows with the expression-form of embodiment, and wherein use graphic, its purport is only signal and aids in illustrating the use of book, may not be the actual proportions after the invention process and precisely configuration, therefore the interest field appended graphic ratio should do not understood with configuration relation, be limited the invention in actual enforcement, conjunction is first chatted bright.
Refer to Fig. 1, for the schematic diagram of the energy conserving system based on wireless signal strength of the present invention, comprise background apparatus 100, service controller 200 and a plurality of wireless terminal device 300 (wireless terminal device 310, wireless terminal device 320 and wireless terminal device 330 etc.) and be connected. Background apparatus 100 is according to the setting of user, produce control instruction, service controller 200 accepts the control instruction of background apparatus 100, orders a plurality of wireless terminal device 300 (wireless terminal device 310, wireless terminal device 320 and wireless terminal device 330 etc.) to close its power supply and returns a plurality of link quality numerical value to background apparatus 100.
Wherein comprise user's arranging module 110, the automatic study module of RF 120 and energy-conservation judge module 130 in background apparatus 100. User's setup control parameter that user's arranging module 110 gives background apparatus 100 for providing scheduling user interface; The automatic study module 120 of RF, according to controlling parameter, obtains the link quality numerical value of a plurality of wireless terminal device 300 passback, sets up the data model of unmanned environment; Energy-conservation judge module 130 is according to controlling parameter, collect the link quality numerical value of a plurality of wireless terminal devices 300 passback in current environment, the data model coordinating unmanned environment again determines whether that people is present in environment, to produce and transfer control instruction, when service controller 200 accepts the control instruction of background apparatus 100, wireless terminal device 310, wireless terminal device 320 or wireless terminal device 330 is made to close or maintain current state according to control instruction.
Refer to Fig. 2, for another of the present invention based on the schematic diagram of the energy conserving system of wireless signal strength, comprise service controller 200 and a plurality of wireless terminal device 300 is linked. Service controller 200 is according to the setting of user, produce control instruction, order a plurality of wireless terminal device 300 (wireless terminal device 310, wireless terminal device 320 and wireless terminal device 330 etc.) to close its power supply and return a plurality of link quality numerical value to service controller 200.
Wherein comprise user's arranging module 110 in service controller 200, the automatic study module of RF 120 and energy-conservation judge module 130, the user setup control parameter that user's arranging module 110 gives service controller 200 for providing scheduling user interface, the automatic study module 120 of RF is according to controlling parameter, obtain the link quality numerical value of a plurality of wireless terminal device 300 passback, set up the data model of unmanned environment, energy-conservation judge module 130 is according to controlling parameter, collect the link quality numerical value of a plurality of wireless terminal devices 300 passback in current environment, the data model coordinating unmanned environment again determines whether that people is present in environment, to produce and transfer control instruction, and control wireless terminal device 310, wireless terminal device 320 or wireless terminal device 330 are closed or maintain current state.
Referring to Fig. 3, for the flow chart of the power-economizing method based on wireless signal strength of the present invention, step is as follows:
S301: the scheduling user interface that user is provided by user's arranging module gives setup control parameter, wherein this control parameter, comprise a plurality of wireless terminal devices closed specified by the time and energy-conservation judge module that start the automatic study module of RF;
A plurality of link quality numerical value that S302: this RF automatic study module transmits according to respectively this wireless terminal device in this control parameter collection region, and produce the data model of unmanned environment;
S303: energy-conservation judge module is according to the data model of unmanned environment, it is judged that whether environment is for having people or unmanned at present, and produces control instruction;
S304: when environment is for there being people, service controller is according to this control instruction, and order respectively this wireless terminal device maintains current running; And
S305: when environment is for nobody, this service controller, according to this control instruction, closes the wireless terminal device specified by unmanned environment respectively.
Referring to Fig. 4, for the flow chart of the automatic study module of the RF based on the power-economizing method of wireless signal strength of the present invention, step is as follows:
S401: this RF automatic study module sends a command to this wireless terminal device arbitrary in environment according to this this service controller of control parameter command;
S402: this wireless terminal device receives after instruction, utilizes broadcast transmission RF link return instruction to other each this wireless terminal devices;
S403: when other respectively this wireless terminal device receive this wireless terminal device RF link return instruction time, other respectively this wireless terminal device then by other respectively between this wireless terminal device and this wireless terminal device a plurality of link quality numerical value of communication return to the automatic study module of this RF; And
S404: after the automatic study module of this RF receives all-links mass figures, it is filtered according to normal distribution value, after respectively this link quality numerical value falling within three standard deviations is considered as abnormal and removing, again by meansigma methods, standard deviation write into Databasce, namely produce the data model of this unmanned environment.
Referring to Fig. 5, for the flow chart of energy-conservation judge module of the power-economizing method based on wireless signal strength of the present invention, step is as follows:
S501: this energy-conservation judge module sends a command to this wireless terminal device arbitrary in environment according to this this service controller of control parameter command, after this wireless terminal device receives instruction, utilizing broadcast transmission RF link return instruction to other each these wireless terminal devices, system default is received 1000 times for sending;
S502: when other respectively this wireless terminal device receive this wireless terminal device RF link return instruction time, other respectively this wireless terminal device then a plurality of link quality numerical value of communication between other each wireless terminal device and this wireless terminal devices are returned to this energy-conservation judge module;
S503: after this energy-conservation judge module receives all-links mass figures, it is filtered according to normal distribution value, the respectively meansigma methods of this link quality numerical value of the data model of unmanned environment, standard deviation comparison calculation in the respectively meansigma methods of this link quality numerical value, standard deviation and data base are drawn standard score (z-score), standard score value between-1 and 1 is considered as normal value, and other are exceptional value;
S504: be normal value or exceptional value when the meansigma methods of ancillary equipment whole in environment link quality numerical value between two is calculated by system, first check whether ancillary equipment is all normal value or exceptional value between any two, such as: AB is normal value and BA is also normal value, then retain this result. On the contrary such as: AB is normal value, and BA is that exceptional value is then considered as invalid judged result; After getting rid of invalid judged result, remaining result is if any arbitrary exceptional value and is judged as in environment have people.
S505: when being judged as having people in environment, this service controller, according to this control instruction, orders the operating state that the maintenance of each wireless terminal device is current; And
S506: this service controller is according to this control instruction when being judged as in environment for nobody, closes the wireless terminal device specified in unmanned environment.
Above-listed detailed description is illustrating of the possible embodiments for the present invention, only this embodiment and be not used to restriction the present invention the scope of the claims, all without departing from skill spirit of the present invention institute for it equivalence implement or change, be intended to be limited solely by the scope of the claims of this case.
Claims (7)
1. the energy conserving system based on wireless signal strength, it is characterised in that comprise:
Background apparatus, for the setting according to user, produces control instruction, controls a plurality of wireless terminal device, comprise in this background apparatus:
User's arranging module, for the user's setup control parameter providing scheduling user interface to give this background apparatus;
The automatic study module of RF, according to this control parameter, in time obtains a plurality of link quality numerical value of respectively this wireless terminal device passback, sets up the data model of unmanned environment;
Energy-conservation judge module, according to this control parameter, collect respectively this link quality numerical value of respectively this wireless terminal device passback in current environment, again by respectively this link quality numerical value of collecting compared with the data model that the automatic study module of this RF is set up this unmanned environment, to determine whether that people is present in this environment, produce and transmit this control instruction; And
Service controller, is located at this background apparatus and respectively between this wireless terminal device, and accepts this control instruction of this background apparatus, and closes respectively this wireless terminal device according to this control instruction.
2. the energy conserving system based on wireless signal strength according to claim 1, it is characterised in that this control parameter is the initial time of the automatic study module of this RF, and this energy-conservation judge module start cycle and specify this wireless terminal device closable.
3. the energy conserving system based on wireless signal strength, it is characterised in that comprise:
Service controller, for the setting according to user, produces control instruction, and closes respectively this wireless terminal device according to this control instruction, and this service controller comprises:
User's arranging module, for the user setup control parameter providing scheduling user interface to give this service controller;
The automatic study module of RF, according to this control parameter, in time obtains a plurality of link quality numerical value of respectively this wireless terminal device passback, sets up the data model of unmanned environment; And
Energy-conservation judge module, according to this control parameter, collect respectively this link quality numerical value of respectively this wireless terminal device passback in current environment, again by respectively this link quality numerical value of collecting compared with the data model that the automatic study module of this RF is set up this unmanned environment, use and determine whether that people is present in this environment, produce and transmit this control instruction.
4. the energy conserving system based on wireless signal strength according to claim 3, it is characterised in that this control parameter is the initial time of the automatic study module of this RF, and this energy-conservation judge module start cycle and specify this wireless terminal device closable.
5. the power-economizing method based on wireless signal strength, it is characterised in that step is as follows:
The scheduling user interface that user is provided by user's arranging module gives setup control parameter, wherein this control parameter, a plurality of wireless terminal devices that the time comprising the startup automatic study module of RF to close with energy-conservation judge module;
The automatic study module of this RF is according to this control parameter, a plurality of link quality numerical value that in time respectively this wireless terminal device of collecting zone transmits, and produces the data model of unmanned environment;
Energy-conservation judge module is according to the data model of unmanned environment, it is judged that whether environment is for having people or unmanned at present, and produces control instruction;
When environment is for there being people, service controller is according to this control instruction, and order respectively this wireless terminal device maintains current running; And
When environment is for nobody, this service controller, according to this control instruction, closes in unmanned environment respectively this wireless terminal device respectively.
6. the power-economizing method based on wireless signal strength according to claim 5, it is characterised in that this automatic study module of RF produces the data model of this unmanned environment, and step is as follows:
The automatic study module of this RF, according to this control parameter, orders this service controller to send a command to this wireless terminal device arbitrary in environment;
This wireless terminal device receives after instruction, utilizes broadcast transmission RF link return instruction to other each this wireless terminal devices;
When other respectively this wireless terminal device receive this wireless terminal device RF link return instruction time, other respectively this wireless terminal device then by other respectively between this wireless terminal device and this wireless terminal device a plurality of link quality numerical value of communication return to the automatic study module of this RF; And
After the automatic study module of this RF receives all-links mass figures, it is filtered according to normal distribution value, after respectively this link quality numerical value falling within three standard deviations is considered as abnormal and removing, then by meansigma methods, standard deviation write into Databasce, namely produce the data model of this unmanned environment.
7. the power-economizing method based on wireless signal strength according to claim 5, it is characterised in that this energy-conservation judge module judges that current environment is to have people or unmanned, and sends control instruction, makes this service controller close respectively this wireless terminal device, and step is as follows:
This energy-conservation judge module is according to this control parameter, and in command environment, respectively this wireless terminal device collects respective link quality numerical value, and returns to this energy-conservation judge module;
After this energy-conservation judge module receives all respectively these link quality numerical value, it is filtered according to normal distribution value, the respectively meansigma methods of this link quality numerical value of the data model of this unmanned environment, standard deviation comparison calculation in the respectively meansigma methods of this link quality numerical value, standard deviation and data base are drawn standard score, standard score value between-1 and 1 being considered as normal value unmanned, other have people for exceptional value; And
In nobody time, close respectively this wireless terminal device specified, otherwise maintain current respectively this wireless terminal device state.
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| TW104136421A TWI581652B (en) | 2015-11-05 | 2015-11-05 | Energy - saving system and method based on wireless signal strength |
| TW104136421 | 2015-11-05 |
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| TW201717680A (en) | 2017-05-16 |
| TWI581652B (en) | 2017-05-01 |
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Application publication date: 20160601 |