A smart home environment intelligent management system

Abstract

The present invention discloses an intelligent management system for a smart home environment, which relates to the technical field of automated management, and comprises a dispatching center and a command center, wherein the command center is communicatively connected with a home device module, an interface conversion module and a data analysis module, and the dispatching center is connected with a smart management module, and the dispatching center is communicatively connected with the command center; data information and parameter information are collected through the home device module and data reports and fault reports are generated; data information interconnection of different home devices is realized through the interface conversion module; data analysis module performs preliminary data screening on node area data sets, data conversion generates logic strings, and generates corresponding instructions from the logic strings; the smart management module performs intelligent dispatch of corresponding home devices according to the instructions, and formulates personalized plans according to historical data and user data, thereby realizing the purpose of intelligent management of the home environment.

Description

Technical Field

[0001] The present invention relates to the field of automated management technology, and in particular to an intelligent management system for a smart home environment. Background Art

[0002] Traditional home environment management systems cannot interconnect home appliances from different manufacturers and brands to achieve the purpose of data interconnection and transmission. With the development of science and technology, automation technology has also been applied to various home appliances. How to achieve automated management of various home appliances in the home environment, interconnect different home appliances, generate fault data based on the parameter information of home appliances so that users in the home environment can troubleshoot in time, and formulate personalized home plans based on user data and past historical data are all issues we need to consider. Summary of the invention

[0003] In order to solve the above problems, an object of the present invention is to provide a smart home environment intelligent management system.

[0004] The object of the present invention can be achieved by the following technical solutions: A smart home environment intelligent management system, including a dispatch center and a command center, the command center is communicatively connected with a home device module, an interface conversion module and a data analysis module, the dispatch center is connected with an intelligent management module, and the dispatch center is communicatively connected with the command center;

[0005] Through the RFID radio frequency technology in the Internet of Things, each household device is tagged with a radio frequency tag, and a command center is established to summarize the instructions generated by each household device and put the summarized instructions into the to-be-read area set by the command center;

[0006] The dispatch center establishes a wireless transmission channel to communicate with the command center, obtains various types of instructions from the area to be read by the command center, and performs corresponding intelligent dispatch operations according to the instructions;

[0007] The home equipment module is used to collect data information and parameter information in the home equipment, generate corresponding types of data reports according to the data information, and generate corresponding types of fault reports according to the parameter information; the data report is used to record the data generated by the normal operation of the home equipment, which is obtained through the user's mobile phone connection or the intelligent main control machine connection, and the fault report is used to record the data generated by the abnormal operation of the home equipment, which is directly transmitted to the dispatch center for analysis;

[0008] The interface conversion module is provided with a transfer interface platform, a relay WIFI site and a node aggregation unit; each home appliance is regarded as a node, and the node is provided with a standard number of connections. Within the standard number of connections, a node is connected with other nodes to form a node area, and different interface protocols are set according to the number of nodes in the node area, and the interface protocols are uploaded to the transfer interface platform; the relay WIFI site obtains the interface protocol in the transfer interface platform, synchronizes the IP address of each device LAN, and enables communication between home appliances; all data information in a node area is aggregated through the node aggregation unit to generate a node area data set, and a temporary interaction space is established and uploaded to the command center;

[0009] The data analysis module is used to perform data preliminary screening, data conversion and instruction generation on the node area data set stored in the instruction center; the data preliminary screening is used to eliminate data with excessive deviation range or redundant and incomplete data to generate an initial data set; the data conversion is used to perform logical string conversion on the initial data set, and the generated logical string represents the operation of different home appliances; instructions are generated according to the generated logical string, and different instructions have corresponding instruction serial numbers and instruction contents, and the generated instructions are placed in the area to be read;

[0010] The smart management module is used to obtain various types of instructions and fault reports stored in the dispatch center, and perform smart dispatch and solution generation; the dispatch center obtains instructions by establishing a wireless transmission channel with the command center, performs smart dispatch according to the instructions and fault reports, and controls various home appliances to perform corresponding operations. The smart management module can generate solutions based on user data and historical data in the home environment. The user selects a solution and uploads it through the user's mobile phone. The home appliances in the home environment perform different operations according to different solutions.

[0011] Furthermore, the process of collecting data information and parameter information by the home equipment module includes:

[0012] The data information includes humidity information, light information, temperature information, momentum information and air dust concentration information;

[0013] The parameter information includes the rated power of the device, the current power of the device, the periodic current data and the periodic voltage data;

[0014] By arranging corresponding sensors to collect corresponding data information, a number of sensors form a sensor network for real-time collection, and the built-in detection unit of the home appliance is used to collect parameter information;

[0015] Data reports and fault reports are generated according to data information and parameter information respectively, and the fault reports are directly transmitted to the dispatch center.

[0016] Furthermore, the interface conversion module is provided with a transfer interface platform, a relay WIFI site and a node aggregation unit;

[0017] The transfer interface platform generates and stores corresponding interface protocols according to the number of nodes in the node area;

[0018] The relay WIFI site synchronizes the IP address of each home device LAN according to the interface protocol, so that communication and interconnection can be established between the devices;

[0019] The node aggregation unit aggregates data information of a same node area to generate a node area data set.

[0020] Furthermore, the process of generating the interface protocol by the transfer interface platform includes:

[0021] Take a home device as a node, set a standard number of connections for each node, the connected node is called an auxiliary node, and the connected node is called a reference node;

[0022] The nodes included in the subsidiary nodes and the reference nodes constitute a node area, the number of nodes in each node area is obtained, and the corresponding level of interface protocol is generated according to the node number association with the node area, and the corresponding level of transmission speed is correspondingly generated;

[0023] The generated interface protocols of all levels are aggregated and stored in the transit interface platform.

[0024] Furthermore, the process of synchronizing the LAN IP address of the relay WIFI site includes:

[0025] The home devices are connected to different local area networks, and the local area network IP addresses of all nodes in the same node area are obtained;

[0026] The LAN IP address of the reference node is used as the primary address, and all the LAN IP addresses of the subsidiary nodes are synchronously converted to the IP addresses corresponding to the primary address;

[0027] And according to the interface protocol associated with the node area, the corresponding transmission speed is adopted to transmit data information.

[0028] Furthermore, the process of generating the node area data set by the node aggregation unit includes:

[0029] Get the number of nodes in all node areas, and number the data information in the same node area according to the number of nodes;

[0030] The data information included in each node is used as sub-region data, and all sub-region data are obtained to generate a node region data set;

[0031] A temporary interactive space is established and connected to the command center, and the node area data set is stored in the command center.

[0032] Furthermore, the process of data analysis module performing data preliminary screening and data conversion includes:

[0033] Obtain the node area data set and deconstruct it into original data information, and traverse the various types of data included in the data information in turn;

[0034] Through the initial data screening, the data with the highest and lowest values ​​are removed, and the data with the repetition times reaching the set number and the data with the defect rate reaching the set percentage are eliminated;

[0035] The node area data set after the data preliminary screening operation is transformed into the initial data set, and the initial data set is converted;

[0036] The humidity information, light information, temperature information, momentum information and air dust concentration information in the initial data set are converted into corresponding logical strings through data conversion.

[0037] Furthermore, the process of generating a corresponding instruction according to the logic string includes:

[0038] Summarize all logical strings and traverse them in sequence, and assign corresponding instructions to the traversed logical strings;

[0039] The instruction includes an instruction serial number and corresponding instruction content, and all instructions are summarized and placed in a to-be-read area set by the instruction center.

[0040] Furthermore, the process of the smart management module performing smart scheduling and solution generation for home appliances includes:

[0041] The dispatch center establishes a wireless transmission channel with the command center to obtain the instructions stored in the to-be-read area of ​​the command center, and the intelligent management module obtains the instructions and fault reports by communicating with the dispatch center;

[0042] Generate maintenance information based on the fault report and transmit it to the user's mobile phone, obtain the corresponding instruction number of the instruction, and perform intelligent scheduling of the corresponding home equipment according to the instruction content corresponding to the instruction number;

[0043] The data for the current day is generated with one working day as the time unit, five time units as one cycle unit, and historical data is generated with one cycle unit;

[0044] The user uploads user data through the user's mobile phone, and several personalized plans are generated based on the user data and historical data. The user selects the personalized plan, and the smart management module makes intelligent calls to the corresponding home devices in the home environment based on the personalized plan.

[0045] Compared with the prior art, the beneficial effects of the present invention are as follows: by setting up a transit interface platform and generating different interface protocols according to the node area, taking the LAN IP address of a home appliance as a benchmark, synchronizing the LAN IP addresses of other nodes in the node area, and realizing data interconnection of home appliances of different manufacturers and brands, and at the same time setting different transmission speeds according to the number of nodes associated with the interface protocol, so that the speed will not fluctuate greatly; the maintenance information generated by the fault information ensures that the user can detect and eliminate faults in the home appliances, and generates personalized solutions through historical data, meeting the needs of different people for customized home environments. BRIEF DESCRIPTION OF THE DRAWINGS

[0046] Figure 1 It is a schematic diagram of the present invention. DETAILED DESCRIPTION

[0047] like Figure 1 As shown, a smart home environment intelligent management system includes a dispatch center and a command center, the command center is connected to the home equipment module, the interface conversion module and the data analysis module, the dispatch center is connected to the intelligent management module, and the dispatch center is connected to the command center;

[0048] Through the RFID radio frequency technology in the Internet of Things, each household device is tagged with a radio frequency tag, and a command center is established to summarize the instructions generated by each household device and put the summarized instructions into the to-be-read area set by the command center;

[0049] The dispatch center establishes a wireless transmission channel to communicate with the command center, obtains various types of instructions from the area to be read by the command center, and performs corresponding intelligent dispatch operations according to the instructions;

[0050] The home equipment module is used to collect data information and parameter information in the home equipment, generate corresponding types of data reports according to the data information, and generate corresponding types of fault reports according to the parameter information; the data report is used to record the data generated by the normal operation of the home equipment, which is obtained through the user's mobile phone connection or the intelligent main control machine connection, and the fault report is used to record the data generated by the abnormal operation of the home equipment, which is directly transmitted to the dispatch center for analysis;

[0051] The interface conversion module is provided with a transfer interface platform, a relay WIFI site and a node aggregation unit; each home appliance is regarded as a node, and the node is provided with a standard number of connections. Within the standard number of connections, a node is connected with other nodes to form a node area, and different interface protocols are set according to the number of nodes in the node area, and the interface protocols are uploaded to the transfer interface platform; the relay WIFI site obtains the interface protocol in the transfer interface platform, synchronizes the IP address of each device LAN, and establishes communication between home appliances; all data information in a node area is aggregated through the node aggregation unit to generate a node area data set, and a temporary interaction space is established and uploaded to the command center;

[0052] The data analysis module is used to perform data preliminary screening, data conversion and instruction generation on the node area data set stored in the instruction center; the data preliminary screening is used to eliminate data with excessive deviation range or redundant and incomplete data to generate an initial data set; the data conversion is used to perform logical string conversion on the initial data set, and the generated logical string represents the operation of different home appliances; instructions are generated according to the generated logical string, and different instructions have corresponding instruction serial numbers and instruction contents, and the generated instructions are placed in the area to be read;

[0053] The smart management module is used to obtain various types of instructions and fault reports stored in the dispatch center, and perform smart dispatch and solution generation; the dispatch center obtains instructions by establishing a wireless transmission channel with the command center, performs smart dispatch according to the instructions and fault reports, and controls various home appliances to perform corresponding smart dispatch. The smart management module generates solutions based on user data and historical data, and the user selects a solution. The home appliances in the home environment perform different smart dispatches according to the different personalized solutions generated.

[0054] The process of the home appliance module collecting data information and parameter information in the home appliance includes:

[0055] The data information includes humidity information, light information, temperature information, momentum information and air dust concentration information;

[0056] This is done by arranging a number of sensors and air quality detectors, including humidity sensors, photosensors, temperature sensors, and speed sensors. The air quality detectors issue warnings through concentration differences within a normal concentration data range, and directly generate alarm information when concentrations exceed the normal concentration data range;

[0057] A number of sensors form a sensor network to record the data information of various home appliances in the home environment in real time. The home environment can be artificially divided into the following areas: kitchen area, living room area, bathroom area and bedroom area;

[0058] The humidity sensor, light sensor and temperature sensor are arranged in all areas. In addition to the above sensors, the kitchen area and the bathroom area are also equipped with air quality detectors. All household appliances that can move by themselves in the home environment are equipped with speed sensors and can move in all areas of the home environment.

[0059] Generate data reports for the data information associated with each home appliance, which can be downloaded and obtained through the user's mobile phone and provided with the permission to print and forward. The data reports of each home appliance can also be obtained through the intelligent host computer to establish communication;

[0060] It should be noted that the sensor network formed at this time is only in a nominal "connected" state. In fact, the various home appliances do not have the ability to communicate. Only after the subsequent interface conversion module performs corresponding processing operations can different devices be truly connected. The unit time concentration difference in the air quality detector can be adjusted. The smaller the difference, the smaller the concentration change, and the higher the corresponding air quality requirement. The way users obtain data reports on their mobile phones satisfies the purpose of monitoring even when users are not in the home environment.

[0061] The parameter information includes the device rated power, the device current power, the periodic current data and the periodic voltage data;

[0062] All household appliances are equipped with a detection unit, which compares the current power of the appliance with the rated power of the appliance at regular intervals;

[0063] The current power of the device is recorded as W1, the rated power of the device is recorded as W2, and the ratio of the two is recorded as R=W1 / W2. If R≥1.2 or R≤0.6, then the abnormal fault is marked as one;

[0064] The detection unit records the periodic current data within a time period T, which is recorded as T-A, and the periodic voltage data within a time period T, which is recorded as T-V;

[0065] A database is set in the detection unit of each household device. Each database has a different standard cycle data range. If the cycle current data and cycle voltage data are not within the standard cycle data range, abnormal fault two and abnormal fault three are marked;

[0066] Summarize abnormal faults 1, 2 and 3 to generate a fault report, and transmit the fault report directly to the dispatch center;

[0067] The interface conversion module is provided with a transfer interface platform, a relay WIFI site and a node aggregation unit;

[0068] The transfer interface platform generates and stores corresponding interface protocols according to the number of nodes in the node area;

[0069] The relay WIFI site synchronizes the IP address of each home device LAN according to the interface protocol, so that communication and interconnection can be established between home devices;

[0070] The node aggregation unit aggregates data information of the same node area to generate a node area data set;

[0071] Specifically, the process of generating the interface protocol by the transfer interface platform includes:

[0072] Take a home device as a node, set a standard number of connections for each node, denoted as M, M ranges from 0 to 3, the connected node is called the subsidiary node, and the connected node is called the reference node;

[0073] The nodes included in the subsidiary nodes and the reference nodes constitute a node area, and the number of nodes in each node area is obtained, which is recorded as N, N=M+1, and N∈[1,4];

[0074] If N=1, the first-level interface protocol generated by associating the node area corresponds to a first-level transmission speed;

[0075] If N=2, the secondary interface protocol generated by associating the node area corresponds to a secondary transmission speed;

[0076] If N=3, the three-level interface protocol generated by associating the node area corresponds to three-level transmission speed;

[0077] If N=4, the four-level interface protocol generated by associating the node area corresponds to a four-level transmission speed;

[0078] The first-level interface protocol, the second-level interface protocol, the third-level interface protocol and the fourth-level interface protocol are aggregated and stored in the transfer interface platform;

[0079] Specifically, the process of synchronizing the local area network IP address of the relay WIFI site includes:

[0080] The home devices are connected to different local area networks, the number of nodes N in the same node area is obtained, and the local area network IP addresses of the N nodes are obtained;

[0081] The LAN IP address of the reference node is used as the primary address, and the LAN IP addresses of the subsidiary nodes are all synchronously converted to the LAN IP addresses corresponding to the primary address;

[0082] According to the interface protocol associated with the node area, the corresponding transmission speed is adopted to transmit data information;

[0083] The first-level transmission speed is set to 200 bytes per second, the second-level transmission speed is set to 400 bytes per second, the third-level transmission speed is set to 600 bytes per second, and the fourth-level transmission speed is set to 800 bytes per second;

[0084] After synchronization, each home device establishes a communication connection for data information and transmits data information at the set transmission speed;

[0085] Specifically, the process of generating the node area data set by the node aggregation unit includes:

[0086] Get all node areas, get the data information in each node area, and number the data information in the same node area in sequence according to the number of nodes, denoted as i, i∈1,2,3,...,k, where k is a natural number;

[0087] The data information included in each node area is used as sub-area data, and all sub-area data are obtained to generate a node area data set;

[0088] The node area data set formed by the same node area is uploaded by establishing a type of interaction space in the temporary interaction space;

[0089] The node area data sets in the entire home environment are aggregated and uploaded through the second type of interactive space in the temporary interactive space;

[0090] The temporary interaction space is connected to the command center, and the node area data set is stored in the command center;

[0091] It should be further explained that by setting up a transfer interface platform and generating different interface protocols according to the number of nodes in the node area, the relay WIFI site synchronizes the IP address of each home appliance according to the interface protocol, thus realizing the data information interconnection of different devices, and controlling the transmission speed according to the number of nodes included in the node area, so that even when there are too many home appliances in the node area, the transmission speed can be guaranteed not to fluctuate greatly, and the set transmission speed is shared by the home appliances corresponding to all nodes;

[0092] The process of data analysis module performing data preliminary screening, data conversion and instruction generation includes:

[0093] Obtain the node area data set in the command center, deconstruct the node area data set to generate original data information, and traverse each type of data included in the data information in turn;

[0094] Arrange each type of data from low to high according to the value, remove the data with the highest and lowest values ​​through preliminary data screening, and remove data with three repetitions and data with a defect rate of 30%;

[0095] The node area data set after the data preliminary screening operation is transformed into the initial data set, and the initial data set is converted;

[0096] The humidity information, light information, temperature information, momentum information and air dust concentration information in the initial data set are converted into corresponding logical strings through data conversion. The corresponding relationships are as follows:

[0097] Humidity information corresponds to the logical string 10X1, light information corresponds to the logical string 01G0, temperature information corresponds to the logical string 11H0, momentum information corresponds to the logical string 00F0, and air dust concentration information corresponds to the logical string XY0F;

[0098] It should be further explained that the different set logic strings represent the corresponding home appliances. The logic strings are machine languages ​​that facilitate the subsequent intelligent scheduling module to call the home appliances. In addition, the logic strings are also used as a tool for generating instructions.

[0099] Obtaining a logic string, and performing an instruction generation operation on the logic string, wherein the generated instruction includes an instruction sequence number and instruction content;

[0100] Specifically, the process of generating corresponding instructions according to the logic string includes:

[0101] Summarize all logical strings and traverse them in sequence, and assign corresponding instructions to the traversed logical strings;

[0102] The instruction includes an instruction sequence number and corresponding instruction content;

[0103] If the obtained logical string is 10X1, the instruction Point1 is assigned, the corresponding instruction number is 0001, and the corresponding instruction content is the operation of all home appliances related to humidity information;

[0104] If the obtained logical string is 01G0, the instruction Point2 is assigned, the corresponding instruction number is 0010, and the corresponding instruction content is the operation of all home appliances related to light sensing information;

[0105] If the obtained logic string is 11H0, assign instruction Point3, corresponding to instruction number 0011, and the corresponding instruction content is the operation of all home appliances related to temperature information;

[0106] If the obtained logical string is 00F0, the instruction Point4 is assigned, corresponding to the instruction number 0100, and the corresponding instruction content is the operation of all home appliances related to momentum information;

[0107] If the obtained logical string is XY0F, the instruction Point5 is assigned, the corresponding instruction number is 1111, and the corresponding instruction content is the operation of all household devices related to the air dust concentration information;

[0108] Summarize all instructions and put them into the waiting area set by the instruction center;

[0109] The process of the smart management module performing smart scheduling and solution generation for home appliances includes:

[0110] The dispatch center establishes a wireless transmission channel with the command center to obtain the instructions stored in the to-be-read area of ​​the command center, and the intelligent management module obtains the instructions and fault reports by communicating with the dispatch center;

[0111] If the content recorded in the fault report is empty, no operation will be performed. If the content recorded in the fault report is not empty, the intelligent management module will generate maintenance information according to the corresponding fault information and transmit the maintenance information to the user's mobile phone;

[0112] If the command number is 0001, the smart scheduling is to start the humidifier in all areas of the home environment and set the timing time to 2 hours;

[0113] If the command sequence numbers obtained are 0010 and 0011, the smart scheduling is as follows: connect with the smart main control machine to obtain data reports, and adjust the appropriate temperature and raise and lower the curtains for each area included in all areas of the home environment according to the detailed regional temperature information and detailed regional light information in the data report. The temperature adjustment is performed through the air conditioner and fan in the home equipment. The curtains are lowered when the light information exceeds the set standard range, otherwise they are raised;

[0114] If the command sequence number obtained is 0100, the shuttle cleaning operation of the sweeping robot in the whole area is performed. The sweeping robot is provided with three levels of "strong cleaning", "medium cleaning" and "simple cleaning" for users in the home environment to choose;

[0115] If all the instruction sequence numbers are obtained, the kitchen area and the bathroom area are intelligently scheduled, and the current standard time is obtained. When the current standard time reaches the set cooking time, the rice cooker, electric frying pan, vegetable cutter and range hood in the household appliances are started; breakfast, lunch and dinner are fully automatically prepared, and a cleaning inquiry is issued 1.5 hours after the cooking time. After the user answers the cleaning inquiry, the dishwasher is started. If the user refuses to answer, the time is postponed for 15 minutes until the answer is given; the air purifier in the kitchen area is started 2 hours after the cooking time, and the sanitation and cleaning time is set. The sanitation and cleaning time includes the air purification time and the sweeping time. The air purifier in the bathroom area starts to run at the air purification time, and the sweeping robot drives to the bathroom area to perform shuttle cleaning operations at the sweeping time;

[0116] Take one working day as a time unit, generate the data of the day at 22:00 every day, and use it as the reference data of the next day. Take five working days in a week as a cycle unit, and generate historical data of one cycle unit at 23:00 every Friday.

[0117] The user uploads user data through the user's mobile phone, and several personalized plans are generated based on the user data and historical data. The user selects the personalized plan, and the smart management module makes smart calls to the corresponding home appliances in the home environment according to the personalized plan;

[0118] The user data includes the user's home time, the user's gender, the user's age and a user input field, wherein the user input field is a parameter for placing specific restrictions on the operation of the home device;

[0119] It should be further explained that the intelligent management module generates maintenance information based on the fault information included in the fault report, and sends the maintenance information to the mobile phone user. The fault information is abnormal fault one, abnormal fault two and abnormal fault three, which is convenient for mobile phone users to arrange time to repair the home appliances with problems; personalized plans are generated based on historical data and user data to meet the needs of different people for customized home environments. The suitable temperature is set to 18-24°C.

[0120] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A smart home environment intelligent management system, including a dispatch center and a command center, characterized in that: The command center is connected to the home equipment module, the interface conversion module and the data analysis module, the dispatch center is connected to the smart management module, and the dispatch center is connected to the command center; Through the RFID radio frequency technology in the Internet of Things, each household device is tagged with a radio frequency tag, and a command center is established to summarize the instructions generated by each household device and put the summarized instructions into the to-be-read area set by the command center; The dispatch center establishes a wireless transmission channel to communicate with the command center, obtains various types of instructions from the area to be read by the command center, and performs corresponding intelligent dispatch operations according to the instructions; The home equipment module is used to collect data information and parameter information in the home equipment, generate corresponding types of data reports according to the data information, and generate corresponding types of fault reports according to the parameter information; the data report is used to record the data generated by the normal operation of the home equipment, which is obtained through the user's mobile phone connection or the intelligent main control machine connection, and the fault report is used to record the data generated by the abnormal operation of the home equipment, which is directly transmitted to the dispatch center for analysis; The interface conversion module is provided with a transfer interface platform, a relay WIFI site and a node aggregation unit; each home appliance is regarded as a node, and the node is provided with a standard connection number. Within the standard connection number, a node is connected with other nodes to form a node area, and different interface protocols are set according to the different numbers of nodes in the node area, and the interface protocols are uploaded to the transfer interface platform; The relay WIFI site obtains the interface protocol in the transfer interface platform, synchronizes the IP address of each device LAN, and enables communication between home devices; All data information in a node area is aggregated through the node aggregation unit to generate a node area data set, and a temporary interaction space is established to upload it to the command center; The data analysis module is used to perform preliminary data screening, data conversion and instruction generation on the node area data set stored in the instruction center; the preliminary data screening is used to eliminate data with excessive deviation range or redundant and incomplete data to generate an initial data set; Data conversion is used to convert the initial data set into a logical string. The generated logical string represents the operation of different home appliances. Instructions are generated based on the generated logical string. Different instructions have corresponding instruction numbers and instruction contents. The generated instructions are placed in the area to be read. The smart management module is used to obtain various types of instructions and fault reports stored in the dispatch center, and perform smart dispatch and solution generation; the dispatch center obtains instructions by establishing a wireless transmission channel with the command center, performs smart dispatch according to the instructions and fault reports, and controls various home appliances to perform corresponding operations. The smart management module can generate solutions based on user data and historical data in the home environment. The user selects a solution and uploads it through the user's mobile phone. The home appliances in the home environment perform different operations according to different solutions.

2. The intelligent home environment management system according to claim 1, characterized in that: The process of collecting data information and parameter information by the home equipment module includes: The data information includes humidity information, light information, temperature information, momentum information and air dust concentration information; The parameter information includes the device rated power, the device current power, the periodic current data and the periodic voltage data; By arranging corresponding sensors to collect corresponding data information, a number of sensors form a sensor network for real-time collection, and the built-in detection unit of the home appliance is used to collect parameter information; Data reports and fault reports are generated according to data information and parameter information respectively, and the fault reports are directly transmitted to the dispatch center.

3. The intelligent management system for smart home environment according to claim 2, characterized in that: The interface conversion module is provided with a transfer interface platform, a relay WIFI site and a node aggregation unit; The transfer interface platform generates and stores corresponding interface protocols according to the number of nodes in the node area; The relay WIFI site synchronizes the IP address of each home device LAN according to the interface protocol, so that communication and interconnection can be established between the devices; The node aggregation unit aggregates data information of a same node area to generate a node area data set.

4. The intelligent management system for smart home environment according to claim 3, characterized in that: The process of generating the interface protocol by the transfer interface platform includes: Take a home device as a node, set a standard number of connections for each node, the connected node is called an auxiliary node, and the connected node is called a reference node; The nodes included in the subsidiary nodes and the reference nodes constitute a node area, the number of nodes in each node area is obtained, and the corresponding level of interface protocol is generated according to the node number association with the node area, and the corresponding level of transmission speed is correspondingly generated; The generated interface protocols of all levels are aggregated and stored in the transit interface platform.

5. The intelligent management system for smart home environment according to claim 3, characterized in that: The process of synchronizing the LAN IP address of the relay WIFI site includes: The home devices are connected to different local area networks, and the local area network IP addresses of all nodes in the same node area are obtained; The LAN IP address of the reference node is used as the primary address, and all the LAN IP addresses of the subsidiary nodes are synchronously converted to the IP addresses corresponding to the primary address; And according to the interface protocol associated with the node area, the corresponding transmission speed is adopted to transmit data information.

6. The intelligent home environment management system according to claim 3, characterized in that: The process of generating a node area data set by the node aggregation unit includes: Get the number of nodes in all node areas, and number the data information in the same node area according to the number of nodes; The data information included in each node is used as sub-region data, and all sub-region data are obtained to generate a node region data set; A temporary interactive space is established and connected to the command center, and the node area data set is stored in the command center.

7. The intelligent management system for smart home environment according to claim 6, characterized in that: The process of data analysis module performing data preliminary screening and data conversion includes: Obtain the node area data set and deconstruct it into original data information, and traverse the various types of data included in the data information in turn; Through the initial data screening, the data with the highest and lowest values ​​are removed, and the data with the repetition times reaching the set number and the data with the defect rate reaching the set percentage are eliminated; The node area data set after the data preliminary screening operation is transformed into the initial data set, and the initial data set is converted; The humidity information, light information, temperature information, momentum information and air dust concentration information in the initial data set are converted into corresponding logical strings through data conversion.

8. The intelligent management system for smart home environment according to claim 7, characterized in that: The process of generating corresponding instructions according to the logic string includes: Summarize all logical strings and traverse them in sequence, and assign corresponding instructions to the traversed logical strings; The instruction includes an instruction serial number and corresponding instruction content, and all instructions are summarized and placed in a to-be-read area set by the instruction center.

9. The intelligent home environment management system according to claim 8, characterized in that: The process of the smart management module performing smart scheduling and solution generation for home appliances includes: The dispatch center establishes a wireless transmission channel with the command center to obtain the instructions stored in the to-be-read area of ​​the command center, and the intelligent management module obtains the instructions and fault reports by communicating with the dispatch center; Generate maintenance information based on the fault report and transmit it to the user's mobile phone, obtain the corresponding instruction number of the instruction, and perform intelligent scheduling of the corresponding home equipment according to the instruction content corresponding to the instruction number; The data for the current day is generated with one working day as the time unit, five time units as one cycle unit, and historical data is generated with one cycle unit; The user uploads user data through the user's mobile phone, and several personalized plans are generated based on the user data and historical data. The user selects the personalized plan, and the smart management module makes intelligent calls to the corresponding home devices in the home environment based on the personalized plan.

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