CN113467297B - Household equipment connection control system based on big data - Google Patents
Household equipment connection control system based on big data Download PDFInfo
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- CN113467297B CN113467297B CN202110693508.4A CN202110693508A CN113467297B CN 113467297 B CN113467297 B CN 113467297B CN 202110693508 A CN202110693508 A CN 202110693508A CN 113467297 B CN113467297 B CN 113467297B
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- 230000008054 signal transmission Effects 0.000 description 3
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- 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
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0423—Input/output
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/25—Pc structure of the system
- G05B2219/25257—Microcontroller
Abstract
The invention discloses a household equipment connection control system based on big data, which comprises an equipment database building module, a terminal setting module, a signal intensity detection module and an equipment control module, wherein the equipment database building module is used for pre-building an equipment database, the equipment database comprises light household equipment and heavy household equipment, the light household equipment carries light equipment identification, the heavy household equipment carries reset equipment identification, the terminal setting module is used for pre-setting a main control intelligent terminal for controlling the household equipment, the signal intensity detection module is used for detecting the signal intensity condition of the intelligent terminal connected to a wireless network, and the equipment control module is used for controlling the household equipment according to the signal light condition and the state of each household equipment.
Description
Technical Field
The invention relates to the field of big data, in particular to a household equipment connection control system based on big data.
Background
Air conditioner, television, sound box, electric cooker, etc. are all household devices in daily life, and along with the development of economy, the living conditions of people are higher and higher, and the household devices are more and more arranged. The long-time opening of the household equipment but the unmanned use of the household equipment not only reduces the service life of the equipment, but also causes the waste of electric energy. When the user leaves home, the user may forget to turn off the home equipment, so that electric energy is wasted, and even safety accidents caused by forgetting to turn off the home equipment are possible.
Disclosure of Invention
The invention aims to provide a household equipment connection control system and method based on big data, so as to solve the problems in the background technology.
In order to solve the technical problems, the invention provides the following technical scheme: the utility model provides a household equipment connection control system based on big data, control system includes equipment database establishment module, terminal setting module, signal strength detection module and equipment control module, equipment database establishment module is used for establishing equipment database in advance, equipment database includes light household equipment and heavy household equipment, light household equipment carries light equipment identification, heavy household equipment carries the reset equipment identification, terminal setting module is used for setting up the main control intelligent terminal who controls household equipment in advance, signal strength detection module detects the signal strength condition of the intelligent terminal of access wireless network, equipment control module controls household equipment according to signal light condition and each household equipment's state.
Further, the control system further includes a device association module, where the device association module includes a first association module and a second association module, where the first association module sets two home devices as first association devices of each other when a distance between the two heavy home devices is greater than or equal to a first distance threshold, and the second association module sets a light home device as a second association device of the heavy home device when a distance between the light home device and the heavy home device is less than a second distance threshold.
Further, the device control module comprises a main control intelligent terminal identification module, a first broadcast signal sending module, a first feedback signal screening module, a first feedback signal receiving identification module, a second broadcast signal sending module, a second feedback signal receiving identification module, a first associated device state acquisition module, a second associated device control module and a first associated device control module; the main control intelligent terminal identification module judges whether the signal intensity of a certain intelligent terminal connected to the wireless network is smaller than or equal to a first signal intensity threshold value or not in a first time interval when the signal intensity detection module detects that the signal intensity of the certain intelligent terminal connected to the wireless network is smaller than or equal to a second signal intensity threshold value, if the signal intensity of the intelligent terminal connected to the wireless network is smaller than or equal to the second signal intensity threshold value, the identification carried by the intelligent terminal is identified, the first broadcast signal transmission module is used for identifying the identification carried by the intelligent terminal as the identification of the main control intelligent terminal, the intelligent terminal transmits a first broadcast signal through the wireless network, wherein when the first broadcast signal is received by the household equipment, the first feedback signal screening module is used for identifying the identification carried by the household equipment when the first feedback signal of the household equipment is received by the wireless network, the wireless network is used for forwarding the first feedback signal of the household equipment to the intelligent terminal when the household equipment is used for resetting the standby identification, and the signal transmitted by the household equipment is discarded when the household equipment is used for carrying the light equipment identification, and the household equipment is stopped from being transmitted to the intelligent terminal; the first feedback signal receiving and identifying module is used for identifying a received first feedback signal of the household equipment, if the state of a certain household equipment is identified to be in a dormant state, the intelligent terminal sends a second broadcast signal to the household equipment through the wireless network, wherein after the household equipment receives the second broadcast signal, the household equipment sends a second feedback signal to the intelligent terminal through the wireless network, the second feedback signal receiving and identifying module identifies the state change of the household equipment in a second time interval in recent past according to the second feedback signal, and if the household equipment is changed from a working state to a dormant state in the second time interval in recent past, the household equipment is the first equipment; the first association device state acquisition module is used for acquiring the state of each first association device of the first device, the second association device state acquisition module acquires the state of each second association device of the first association device when the state of a certain first association device of the first device is a working state, the second association device control module switches the corresponding second association device to a dormant state when the state of the second association device is the working state, and the first association device control module keeps the dormant state in the third time interval of the corresponding second association device and switches the first association device to the dormant state.
Further, the device database building module comprises a device use and state acquisition module, a working index calculation module and a working index comparison module, wherein the device use and state acquisition module is used for acquiring the use condition and the state condition of each household device, the working index calculation module calculates the working index of the household device according to the information acquired by the device use and state acquisition module, the working index comparison module compares the working index of the household device with a working index threshold, and when the working index of the household device is smaller than or equal to the working index threshold, the household device belongs to light household devices, and when the working index of the household device is larger than the working index threshold, the household device belongs to heavy household devices.
A home appliance connection control method based on big data, the control method comprising:
a device database is established in advance, and a main control intelligent terminal is set, wherein the device database comprises light household devices and heavy household devices, the light household devices carry light device identifiers, and the heavy household devices carry heavy device identifiers;
and connecting each heavy household device and each light household device with the wireless network in advance, detecting the signal intensity condition of an intelligent terminal connected to the wireless network, and controlling the household devices according to the signal light condition and the state of each household device.
Further, the control method further includes the following steps:
the household devices in the device database are associated, and when the distance between the two heavy household devices is larger than or equal to a first distance threshold value, the two household devices are first associated devices of each other; when the distance between a certain light household device and a certain heavy household device is smaller than the second distance threshold value, then the light household device is a second associated device of the heavy household device.
Further, the controlling the home appliances according to the signal light condition and the state condition of each home appliance comprises the following steps:
step S1: when detecting that the signal intensity of a certain intelligent terminal connected to the wireless network is smaller than or equal to a first signal intensity threshold value, judging whether the signal intensity of the intelligent terminal connected to the wireless network is smaller than or equal to a second signal intensity threshold value in a first time interval, if so, identifying an identifier carried by the intelligent terminal, if the identifier is an identifier of a main control intelligent terminal, the intelligent terminal sends a first broadcast signal through the wireless network, and after receiving the first broadcast signal, each household device sends a first feedback signal to the intelligent terminal through the wireless network, wherein the first feedback signal comprises the current state of the household device, and the state comprises a working state and a dormant state;
step S2: when the wireless network receives a first feedback signal of the household equipment, identifying an identifier carried by the household equipment, and if the household equipment carries a reset equipment identifier, forwarding the first feedback signal of the household equipment to the intelligent terminal by the wireless network, and turning to step S3;
step S3: the intelligent terminal sequentially recognizes the received first feedback signals of the household equipment, if the state of a certain household equipment is recognized to be in a dormant state, the intelligent terminal sends a second broadcast signal to the household equipment through a wireless network, after the household equipment receives the second broadcast signal, the household equipment sends a second feedback signal to the intelligent terminal through the wireless network, wherein the second feedback signal comprises state changes of the household equipment in a second time interval in the recent past, and if the household equipment is changed from a working state to the dormant state in the second time interval in the recent past, the household equipment is the first equipment;
acquiring the state of each first association device of the first device, acquiring the state of each second association device of the first association device if the state of a certain first association device of the first device is an operating state, switching the corresponding second association device to a dormant state if the state of the second association device is an operating state, and switching the first association device to the dormant state if the corresponding second association device is kept in the dormant state within a third time interval.
Further, the establishing the device database includes the following steps:
respectively acquiring the use condition and the state condition of each household device, wherein the working index P=0.5×q (i)/Q+0.5×m (i)/M of a certain household device, wherein Q (i) is the weekly use times of the household device, the sum of the weekly use times of all household devices is Q, M (i) is the power of the household device in the working state, and M is the sum of the powers of all household devices in the working state;
the household appliance belongs to a light household appliance if the working index is less than or equal to the working index threshold, and belongs to a heavy household appliance if the working index is greater than the working index threshold.
Further, the step S2 further includes:
and if the household equipment carries the light equipment identifier, discarding the signal sent by the household equipment, and stopping sending the signal to the intelligent terminal.
Further, the forwarding, by the wireless network in step S2, the first feedback signal of the home device to the intelligent terminal further includes: the wireless network forwards the first feedback signals of the home devices to the intelligent terminal in order from large to small according to the working index of each home device.
Compared with the prior art, the invention has the following beneficial effects: according to the control method, the household equipment is controlled according to the signal light condition and the state of each household equipment, and when the household equipment is judged to be used by no person, the household equipment is closed, so that electric energy is saved, and safety accidents are prevented.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate the invention and together with the embodiments of the invention, serve to explain the invention. In the drawings:
fig. 1 is a schematic block diagram of a home appliance connection control system based on big data according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1, the present invention provides the following technical solutions: the utility model provides a household equipment connection control system based on big data, control system includes equipment database establishment module, terminal setting module, signal strength detection module and equipment control module, equipment database establishment module is used for establishing equipment database in advance, equipment database includes light household equipment and heavy household equipment, light household equipment carries light equipment identification, heavy household equipment carries the reset equipment identification, terminal setting module is used for setting up the main control intelligent terminal who controls household equipment in advance, signal strength detection module detects the signal strength condition of the intelligent terminal of access wireless network, equipment control module controls household equipment according to signal light condition and each household equipment's state.
The control system further comprises a device association module, the device association module comprises a first association module and a second association module, the first association module sets two household devices as first association devices of the two household devices, wherein the distance between the two household devices is larger than or equal to a first distance threshold value, and the second association module sets a light household device as second association device of the heavy household device when the distance between the light household device and the heavy household device is smaller than a second distance threshold value.
The equipment control module comprises a main control intelligent terminal identification module, a first broadcast signal sending module, a first feedback signal screening module, a first feedback signal receiving identification module, a second broadcast signal sending module, a second feedback signal receiving identification module, a first associated equipment state acquisition module, a second associated equipment control module and a first associated equipment control module; the main control intelligent terminal identification module judges whether the signal intensity of a certain intelligent terminal connected to the wireless network is smaller than or equal to a first signal intensity threshold value or not in a first time interval when the signal intensity detection module detects that the signal intensity of the certain intelligent terminal connected to the wireless network is smaller than or equal to a second signal intensity threshold value, if the signal intensity of the intelligent terminal connected to the wireless network is smaller than or equal to the second signal intensity threshold value, the identification carried by the intelligent terminal is identified, the first broadcast signal transmission module is used for identifying the identification carried by the intelligent terminal as the identification of the main control intelligent terminal, the intelligent terminal transmits a first broadcast signal through the wireless network, wherein when the first broadcast signal is received by the household equipment, the first feedback signal screening module is used for identifying the identification carried by the household equipment when the first feedback signal of the household equipment is received by the wireless network, the wireless network is used for forwarding the first feedback signal of the household equipment to the intelligent terminal when the household equipment is used for resetting the standby identification, and the signal transmitted by the household equipment is discarded when the household equipment is used for carrying the light equipment identification, and the household equipment is stopped from being transmitted to the intelligent terminal; the first feedback signal receiving and identifying module is used for identifying a received first feedback signal of the household equipment, if the state of a certain household equipment is identified to be in a dormant state, the intelligent terminal sends a second broadcast signal to the household equipment through the wireless network, wherein after the household equipment receives the second broadcast signal, the household equipment sends a second feedback signal to the intelligent terminal through the wireless network, the second feedback signal receiving and identifying module identifies the state change of the household equipment in a second time interval in recent past according to the second feedback signal, and if the household equipment is changed from a working state to a dormant state in the second time interval in recent past, the household equipment is the first equipment; the first association device state acquisition module is used for acquiring the state of each first association device of the first device, the second association device state acquisition module acquires the state of each second association device of the first association device when the state of a certain first association device of the first device is a working state, the second association device control module switches the corresponding second association device to a dormant state when the state of the second association device is the working state, and the first association device control module keeps the dormant state in the third time interval of the corresponding second association device and switches the first association device to the dormant state.
The equipment database building module comprises an equipment use and state acquisition module, a working index calculation module and a working index comparison module, wherein the equipment use and state acquisition module is used for acquiring the use condition and the state condition of each household equipment, the working index calculation module calculates the working index of the household equipment according to the information acquired by the equipment use and state acquisition module, the working index comparison module compares the working index of the household equipment with a working index threshold value, when the working index of the household equipment is smaller than or equal to the working index threshold value, the household equipment belongs to light household equipment, and when the working index of the household equipment is larger than the working index threshold value, the household equipment belongs to heavy household equipment.
A home appliance connection control method based on big data, the control method comprising:
a device database is established in advance, and a main control intelligent terminal is set, wherein the device database comprises light household devices and heavy household devices, the light household devices carry light device identifiers, and the heavy household devices carry heavy device identifiers;
the establishing the equipment database comprises the following steps:
respectively acquiring the use condition and the state condition of each household device, wherein the working index P=0.5×q (i)/Q+0.5×m (i)/M of a certain household device, wherein Q (i) is the weekly use times of the household device, the sum of the weekly use times of all household devices is Q, M (i) is the power of the household device in the working state, and M is the sum of the powers of all household devices in the working state; if the working index is smaller than or equal to the working index threshold, the household equipment belongs to light household equipment, and if the working index is larger than the working index threshold, the household equipment belongs to heavy household equipment;
the household devices in the device database are associated, and when the distance between the two heavy household devices is larger than or equal to a first distance threshold value, the two household devices are first associated devices of each other; when the distance between a certain light household device and a certain heavy household device is smaller than a second distance threshold value, the light household device is a second associated device of the heavy household device;
each heavy household device and each light household device are connected with a wireless network in advance, the signal intensity condition of an intelligent terminal connected to the wireless network is detected, and the household devices are controlled according to the signal light condition and the states of the household devices:
the control of the household equipment according to the signal light condition and the state condition of each household equipment comprises the following steps:
step S1: when detecting that the signal intensity of a certain intelligent terminal connected to the wireless network is smaller than or equal to a first signal intensity threshold value, judging whether the signal intensity of the intelligent terminal connected to the wireless network is smaller than or equal to a second signal intensity threshold value in a first time interval, if so, identifying an identifier carried by the intelligent terminal, if the identifier is an identifier of a main control intelligent terminal, the intelligent terminal sends a first broadcast signal through the wireless network, and after receiving the first broadcast signal, each household device sends a first feedback signal to the intelligent terminal through the wireless network, wherein the first feedback signal comprises the current state of the household device, and the state comprises a working state and a dormant state; the working state in the application refers to a state that the household equipment works at rated power, and the dormant state refers to a state that the household equipment is low in power or does not consume power;
step S2: when the wireless network receives a first feedback signal of the household equipment, identifying an identifier carried by the household equipment, and if the household equipment carries a reset equipment identifier, forwarding the first feedback signal of the household equipment to the intelligent terminal by the wireless network, and turning to step S3; if the household equipment carries the light equipment identifier, discarding the signal sent by the household equipment, and stopping sending the signal to the intelligent terminal; the efficiency of wireless network signal transmission is improved;
forwarding the first feedback signal of the home device to the intelligent terminal by the wireless network further comprises: the wireless network forwards a first feedback signal of the household equipment to the intelligent terminal according to the working index of each household equipment from large to small;
step S3: the intelligent terminal sequentially recognizes the received first feedback signals of the household equipment, if the state of a certain household equipment is recognized to be in a dormant state, the intelligent terminal sends a second broadcast signal to the household equipment through a wireless network, after the household equipment receives the second broadcast signal, the household equipment sends a second feedback signal to the intelligent terminal through the wireless network, wherein the second feedback signal comprises state changes of the household equipment in a second time interval in the recent past, and if the household equipment is changed from a working state to the dormant state in the second time interval in the recent past, the household equipment is the first equipment; when the second feedback signal is transmitted, the second feedback signal with a low level can be preset to be transmitted if the household equipment keeps the dormant state, and the second feedback signal with a high level can be transmitted if the household equipment is changed from the working state to the dormant state;
acquiring the state of each first association device of the first device, acquiring the state of each second association device of the first association device if the state of a certain first association device of the first device is an operating state, switching the corresponding second association device to a dormant state if the state of the second association device is an operating state, and switching the first association device to the dormant state if the corresponding second association device is kept in the dormant state within a third time interval. By monitoring the state change of the household equipment, judging whether a user has closed a household equipment when going out, then monitoring the state of the household equipment far away from the household equipment, when the household equipment far away from the household equipment is in a working state, controlling surrounding light household equipment to switch to a dormant state, if the light household equipment is switched to the working state from the outside in a certain time interval, indicating that a person is at home, without closing other household equipment, if the light household equipment is kept in the dormant state in a certain time interval, indicating that the user forgets to close the household equipment, and switching the heavy household equipment to the dormant state.
It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Finally, it should be noted that: the foregoing description is only a preferred embodiment of the present invention, and the present invention is not limited thereto, but it is to be understood that modifications and equivalents of some of the technical features described in the foregoing embodiments may be made by those skilled in the art, although the present invention has been described in detail with reference to the foregoing embodiments. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (3)
1. The household equipment connection control system based on big data is characterized by comprising an equipment database building module, a terminal setting module, a signal intensity detection module and an equipment control module, wherein the equipment database building module is used for pre-building an equipment database, the equipment database comprises light household equipment and heavy household equipment, the light household equipment carries light equipment identification, the heavy household equipment carries reset equipment identification, the terminal setting module is used for pre-setting a main control intelligent terminal for controlling the household equipment, the signal intensity detection module is used for detecting the signal intensity condition of the intelligent terminal connected to a wireless network, and the equipment control module is used for controlling the household equipment according to the signal light condition and the state of each household equipment;
the equipment database building module comprises an equipment use and state acquisition module, a working index calculation module and a working index comparison module, wherein the equipment use and state acquisition module is used for acquiring the use condition and the state condition of each household equipment, the working index calculation module calculates the working index of the household equipment according to the information acquired by the equipment use and state acquisition module, the working index P=0.5×q (i)/Q+0.5×m (i)/M of a certain household equipment, wherein Q (i) is the number of times of use of the household equipment per week, the sum of the number of times of use of all household equipment per week is Q, M (i) is the power of the household equipment in the working state, and M is the sum of the powers of all household equipment in the working state; the working index comparison module compares the working index of the household equipment with a working index threshold, when the working index of the household equipment is smaller than or equal to the working index threshold, the household equipment is made to belong to the light household equipment, and when the working index of the household equipment is larger than the working index threshold, the household equipment is made to belong to the heavy household equipment;
the control method of the household equipment connection control system comprises the following steps:
a device database is established in advance, and a main control intelligent terminal is set, wherein the device database comprises light household devices and heavy household devices, the light household devices carry light device identifiers, and the heavy household devices carry heavy device identifiers;
connecting each heavy household device and each light household device with a wireless network in advance, detecting the signal intensity condition of an intelligent terminal connected with the wireless network, and controlling the household devices according to the signal light condition and the state of each household device;
the household devices in the device database are associated, and when the distance between the two heavy household devices is larger than or equal to a first distance threshold value, the two household devices are first associated devices of each other; when the distance between a certain light household device and a certain heavy household device is smaller than a second distance threshold value, the light household device is a second associated device of the heavy household device;
the control of the household equipment according to the signal light condition and the state condition of each household equipment comprises the following steps:
step S1: when detecting that the signal intensity of a certain intelligent terminal connected to the wireless network is smaller than or equal to a first signal intensity threshold value, judging whether the signal intensity of the intelligent terminal connected to the wireless network is smaller than or equal to a second signal intensity threshold value in a first time interval, if so, identifying an identifier carried by the intelligent terminal, if the identifier is an identifier of a main control intelligent terminal, the intelligent terminal sends a first broadcast signal through the wireless network, and after receiving the first broadcast signal, each household device sends a first feedback signal to the intelligent terminal through the wireless network, wherein the first feedback signal comprises the current state of the household device, and the state comprises a working state and a dormant state;
step S2: when the wireless network receives a first feedback signal of the household equipment, identifying an identifier carried by the household equipment, and if the household equipment carries a reset equipment identifier, forwarding the first feedback signal of the household equipment to the intelligent terminal by the wireless network, and turning to step S3;
step S3: the intelligent terminal sequentially recognizes the received first feedback signals of the household equipment, if the state of a certain household equipment is recognized to be in a dormant state, the intelligent terminal sends a second broadcast signal to the household equipment through a wireless network, after the household equipment receives the second broadcast signal, the household equipment sends a second feedback signal to the intelligent terminal through the wireless network, wherein the second feedback signal comprises state changes of the household equipment in a second time interval in the recent past, and if the household equipment is changed from a working state to the dormant state in the second time interval in the recent past, the household equipment is the first equipment;
acquiring the state of each first association device of the first device, acquiring the state of each second association device of the first association device if the state of a certain first association device of the first device is an operating state, switching the corresponding second association device to a dormant state if the state of the second association device is an operating state, and switching the first association device to the dormant state if the corresponding second association device is kept in the dormant state within a third time interval.
2. The big data based home appliance connection control system of claim 1, wherein: the step S2 further includes:
and if the household equipment carries the light equipment identifier, discarding the signal sent by the household equipment, and stopping sending the signal to the intelligent terminal.
3. A home appliance connection control system based on big data according to claim 2, wherein: the forwarding, by the wireless network in step S2, the first feedback signal of the home device to the intelligent terminal further includes: the wireless network forwards the first feedback signals of the home devices to the intelligent terminal in order from large to small according to the working index of each home device.
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| CN112039740B (en) | 2021-12-10 |
| CN112039740A (en) | 2020-12-04 |
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