A cloud platform intelligent mosquito repellent system and control method based on ecological data management

Abstract

The present invention discloses a cloud platform intelligent mosquito repellent system and control method based on ecological data management. The system includes a cloud server, a host control device, an infrared sensor, and mosquito repellent electrical products; the cloud server is used to store local environment and weather data, update the latest mosquito repellent ecological data in real time, manage multiple host control devices, store virtual SIM card data, and check device information exchange data; the host control device is used to exchange data information with the cloud server, obtain multiple mosquito repellent ecological data, and comprehensively analyze and control the opening of mosquito repellent electrical products according to the weighted logical order; the infrared sensor is used to sense whether there are people in the room and transmit data to the host control device. The system can intelligently control the operation of mosquito repellent electrical products according to multiple environmental factors and combined with cloud data analysis to achieve the purpose of energy-saving and efficient mosquito repellent, so that users can have a more comfortable high-end service experience.

Description

Technical Field

[0001] The present invention belongs to the field of intelligent data network control, and in particular relates to a cloud platform intelligent mosquito repellent system and a control method based on ecological data management. Background Art

[0002] People's living environment has been greatly improved. Living in high-rise buildings, villas and private family garden houses, there are often many mosquitoes, moths, winged termites and other insects in spring and summer that affect the normal life of the family. The existing mosquito repellent methods are limited to a single room. Lighting electric mosquito coils, turning on mosquito lamps, or spraying insecticides all require manual operation. For houses with many rooms, centralized intelligent control cannot be achieved, and data cannot be automatically collected in advance for mosquito repellent. In addition, there is no special way to repel termites, which cannot meet the needs of high-quality life.

[0003] Existing intelligent mosquito repellent systems, such as application number: CN202111182957.9, a villa courtyard mosquito repellent intelligent management system, is to be provided with a spraying device and an ultrasonic device in each area, and then the mosquitoes in a certain area are imaged by a high-definition imaging module, and the number of mosquitoes at a certain time node is recorded as Wi, and the mean value of mosquitoes in a certain time period is calculated. For the mean value of this type of mosquitoes, the water-drug ratio is calculated, and the water-drug ratio inside the spraying device is adjusted, which can effectively change the drug content in a certain area, reduce the cost, and eliminate mosquitoes. However, this intelligent management system requires multiple high-definition cameras to shoot mosquitoes in a certain area. Mosquitoes are very small and have a low density in the room. It is difficult to accurately capture the traces of mosquitoes to truly realize intelligent mosquito elimination. In addition, the high-definition camera equipment is expensive and cannot be widely used in homes.

[0004] In addition, the existing intelligent network-controlled home electronic management system requires a set of equipment to be equipped with a dedicated SIM card. To transmit data with the server that collects and analyzes data in the background, different SIM cards need to be inserted. If each device is bound to a fixed SIM card, the cost will be too high. If the device is no longer used, the pre-installed SIM card cannot be recycled for use in other devices, which wastes resources. In addition, the channel resources of different operators are different, and the network is congested for a long time, resulting in the inability to connect to the Internet, so it is necessary to facilitate the change of channels. Summary of the invention

[0005] In order to overcome the problems of the prior art, the present invention provides a cloud platform intelligent mosquito repellent system and control method based on ecological data management. According to various environmental factors and combined with cloud data analysis, the operation of the mosquito repellent system can be intelligently controlled to achieve the purpose of efficient mosquito repellent, while saving more electricity and communication resources, allowing users to have a more comfortable high-end service experience.

[0006] A cloud platform intelligent mosquito repellent system based on ecological data management, comprising a cloud server, a host control device, an infrared sensor, and a mosquito repellent electrical product; the cloud server is used to store local environment and weather data over the years, and is connected to multiple data platform centers to update the latest mosquito repellent ecological data in real time, manage multiple host control devices, store virtual SIM card data, and check device information exchange data;

[0007] The host control device is used to exchange data information with the cloud server, obtain a variety of mosquito repellent ecological data, and comprehensively analyze and control the opening of mosquito repellent electrical products according to the logical order of weights;

[0008] The infrared sensor is used to sense whether there is someone in the room and transmit data to the host control device;

[0009] The electric mosquito repellent products include mosquito repellent lamps, electric mosquito liquid dispensers, and products, electrical appliances, and equipment used to achieve mosquito repellent functions, which are not limited here, and are provided with wireless Internet access devices, connected to the host control device, and receive control instructions to perform unified work. The electric mosquito repellent also includes an electric termite repellent, and the termite repellent contains phenoxyethanol, polypropylene glycol, camphor oil, and a solubilizer.

[0010] Furthermore, the host control device can also be connected to the home intelligent system through the universal data interface protocol to obtain the time period data and user instructions of the user using the smart home appliances, and comprehensively judge to control the opening of the mosquito repellent lamp and the electric mosquito liquid dispenser.

[0011] Furthermore, the logical order of weights set in the host control device is: local environment>seasonal weather>people>daily time>usage of smart home appliances. The accumulated weight coefficient values ​​are counted. When the accumulated weight coefficient value exceeds the set threshold, the infrared sensor is used to determine which room the person is in, and the mosquito repellent lamp and electric mosquito liquid dispenser in the corresponding room are turned on.

[0012] Furthermore, according to special emergencies, a weighting coefficient is set in the host control device, which is automatically accumulated with each weight coefficient and then compared with the set threshold to control the start of the mosquito repellent electrical product.

[0013] Furthermore, the multiple data platform centers connected to the cloud server include: National Weather Forecast Center, Alibaba website, Huawei data website, and JD data website.

[0014] Further, the host control device includes:

[0015] A wireless card communication device, used to establish communication with the cloud server; after establishing communication with the cloud card pool, receiving the cloud SIM card information allocated by the cloud card pool, and transmitting the cloud SIM card information to the cloud SIM card Internet access device;

[0016] A cloud SIM card Internet access device, used to register and authenticate the cloud SIM card information received from the wireless card communication device; after successful registration and authentication, dynamically adjust the cloud SIM card resources of the shared cloud card pool to communicate with the mosquito repellent electrical product;

[0017] The control chip is used to exchange data information with the cloud server, obtain a variety of mosquito repellent ecological data, and comprehensively analyze and control the activation of mosquito repellent electrical products according to the logical order of weights.

[0018] The control chip integrates a gateway business function SDK, adopts the Android system, and integrates a central engine and an intelligent AI module to complete the management of smart home devices, including infrared sensors, mosquito repellent electrical products, user mobile phones, etc. The intelligent AI module includes an intelligent AI management SDK and an intelligent AI APP, which can be compatible with existing smart home systems, wherein the intelligent AI management SDK provides external data timing collection and synchronous transmission services; the intelligent AI APP communicates batch data with the intelligent AI management SDK through a binding module in the Android system, transmits the signal collected by the intelligent AI management SDK to the cloud server, then receives the control signal fed back by the cloud server, and transmits the control signal to the central engine to realize the intelligent AI management function.

[0019] The present invention also provides a cloud platform intelligent mosquito repellent control method based on ecological data management, comprising the steps of (1) performing authentication matching between a cloud server and a host control device to establish communication, wherein the host control device obtains relevant mosquito repellent ecological data, and the mosquito repellent ecological data includes historical data of the local environment, weather conditions, and mosquito activity time; (2) using an infrared sensor to collect information on whether there are people in each room, and combining the current time, setting the weight logic order of turning on multiple mosquito repellent electrical appliances through a mobile phone or computer as follows: local environment>seasonal weather>people>daily time>use of smart home appliances, and calculating the accumulated weight coefficient value; (3) comprehensively judging the size of the accumulated weight coefficient value, and when the accumulated weight coefficient value exceeds the set threshold, judging which room the person is in through the infrared sensor, and determining to turn on the mosquito repellent lamp and electric mosquito liquid dispenser in the corresponding room; if the threshold is not exceeded, they are not turned on.

[0020] Furthermore, the host control device can also be connected to the home intelligent system through the universal data interface protocol to obtain the time period data of the user using the smart home appliances, and comprehensively judge to control the opening of the mosquito repellent electrical products.

[0021] Further, step (1) the cloud server and the host control device perform authentication matching and establish communication, specifically including

[0022] The wireless card communication device of the host control device is used to establish communication with the cloud server; after establishing communication with the cloud card pool, receive the cloud SIM card information allocated by the cloud card pool, and transmit the cloud SIM card information to the cloud SIM card Internet access device;

[0023] The cloud SIM card Internet access device is used to register and authenticate the cloud SIM card information received from the wireless card communication device; after successful registration and authentication, dynamically adjust the cloud SIM card resources of the shared cloud card pool to dial up the Internet and communicate with the host control device.

[0024] Furthermore, the multiple data platform centers connected to the cloud server include: National Weather Forecast Center, Alibaba website, Huawei data website, and JD data website, which can obtain mosquito repellent ecological data through multiple channels to ensure the accuracy of the data.

[0025] The advantages of the system and control method of the present invention are:

[0026] 1) A cloud platform intelligent mosquito repellent system based on ecological data management can be combined with cloud data analysis based on a variety of mosquito repellent ecological data, such as local environment, weather conditions, and historical time when mosquitoes are active. For example, April 15th is the start time of termite flight and reproduction in the previous year. The cloud server sends these data to the host control device. The intelligent algorithm of this system adopts the heartbeat interval frequency analysis method and the visual analog score method (VAS). The scientifically set weight logic order is: local environment> seasonal weather> people> daily time> usage of smart home appliances. When the accumulated weight coefficient value exceeds the set threshold, it is determined whether to turn on the mosquito repellent lamp and electric mosquito liquid device. Among them, the human factor is to judge whether a person is in a certain room. The use time period of smart home appliances is that the system automatically monitors the opening time of the smart door lock and the opening time of the smart air conditioner, and simultaneously comprehensively considers whether to start the mosquito repellent appliance in the corresponding room. Such multi-faceted scientific analysis can accurately control when to turn on the mosquito repellent appliances in which room, thereby achieving the purpose of efficient mosquito repellent and saving more electricity. At the same time, it can also obtain timely weather change information from multiple data platform centers and dynamically adjust the start time, giving users a more comfortable high-end service experience.

[0027] For example, if it detects that it is 5 pm on April 15, the mosquito repellent in the hall will be automatically turned on. When the owner returns home, the mosquito repellent in the bedroom will be automatically turned on at 7 o'clock, and the mosquito repellent liquid will be heated to release a special smell to repel termites and mosquitoes. At 9 o'clock in the morning, when the infrared sensor detects that no one is at home, all mosquito repellent electrical products will be automatically turned off to save energy.

[0028] For example, if it is detected in Guangzhou, the system will be in standby mode from April 1 to October 10, and it will be in dormant mode at other times. No mosquito repellent is needed, and it can be turned on separately through the user's mobile phone APP. If it is detected in Beijing, the system will be in standby mode from May 1 to September 10, and it will be in dormant mode at other times.

[0029] 2) People can connect to the host control device through the APP applet on their mobile phones and adjust the mosquito repellent electrical products to turn on according to different scenarios. The setting of the start time and the room where the mosquito repellent electrical products are set are all managed intelligently. Moreover, thousands of host control devices in a community can exchange data with the same cloud server through cloud SIM card Internet access technology for precise matching control. It is not necessary for each host control device to insert a hardware SIM card to access the Internet, which saves hardware resources and makes control and software upgrade more flexible. It is the latest product of the Internet of Things home control system.

[0030] It uses virtual cloud SIM card technology, which eliminates the need to insert a 4G or 5G card. It can dynamically identify the optimal network to ensure network stability. It uses a CAT1 module to replace the 3G module to automatically identify and switch to the 4G / 5G network, making it more adaptable.

[0031] The control chip integrates a gateway business function SDK, adopts the Android system, and integrates a central engine and an intelligent AI module to complete the management of smart home devices, including infrared sensors, mosquito repellent electrical products, user mobile phones, etc. The intelligent AI module includes an intelligent AI management SDK and an intelligent AI APP, which can be compatible with the existing smart home system, wherein the intelligent AI management SDK provides external data timing collection and synchronous transmission services; the intelligent AI APP communicates with the intelligent AI management SDK through a binding module in the Android system, which can be compatible with the existing smart home system to provide dynamic perception and more humane management.

[0032] 3) This system can accurately grasp the activity of mosquitoes according to the actual geographical conditions and weather, and scientifically realize intelligent mosquito repellent and mosquito killing. Compared with the existing mosquito repellent system and single mosquito killing lamp, it can be used in large-scale homes and public places, and the success rate of mosquito repellent can be increased by 90%. The existing mosquito repellent system equipment is expensive, and the success rate of mosquito repellent is only about 50%. It cannot be widely used in villas and public indoor halls, and the power consumption is also greater.

[0033] 4) The specially developed termite repellent of the present invention adopts an electronically heated volatile mixed liquid, the specific components of which are 23-25% by weight of phenoxyethanol, 70-73% of polypropylene glycol, 1-2% of camphor oil, and the rest is a trace amount of solubilizer. A large amount of experimental data shows that after the polypropylene glycol with this percentage is used as a solvent and an activator to fully mix phenoxyethanol and camphor oil, a more volatile odor is formed, which can effectively repel and kill termites flying around during the breeding period, and the repelling success rate is increased by about 45% compared with existing termite repelling products, and it is particularly suitable for Guangdong, Guangxi, and Yunnan. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 The present invention is a schematic diagram of the steps of a cloud platform intelligent mosquito repellent system control method based on ecological data management.

[0035] Figure 2 The weight coefficient value of mosquito repellent ecological data is set in the control method of the present invention.

[0036] Figure 3 The present invention is a schematic structural block diagram of a cloud platform intelligent mosquito repellent system based on ecological data management.

[0037] Figure 4 This is a schematic diagram of the structure of the host control device of the cloud platform intelligent mosquito repellent system of the present invention. DETAILED DESCRIPTION

[0038] The technical solution in the embodiment of the invention will be clearly and completely described below in conjunction with the drawings in this embodiment.

[0039] like Figure 1 As shown, the following introduces a cloud platform intelligent mosquito repellent control method based on ecological data management, including the steps of (1) the cloud server and the host control device perform authentication matching and establish communication, and the host control device obtains relevant mosquito repellent ecological data, which includes geographical location, weather conditions, and historical data of mosquito activity time. The user connects to the host control device through a mobile phone APP to obtain data and set the start parameters of the mosquito repellent electrical product.

[0040] The host control device includes a wireless card communication device for establishing communication with the cloud server; after establishing communication with the cloud card pool of the cloud server, it receives the cloud SIM card information allocated by the cloud card pool, and transmits the cloud SIM card information to the cloud SIM card Internet access device. The cloud server stores virtual SIM card data of multiple operators, and can automatically find a smooth channel to switch the cloud SIM card according to the congestion of network resources. After dialing up to the Internet, the wireless card communication device starts the heartbeat mechanism to determine whether the network connection is normal. After the wireless card communication device is connected to the cloud SIM card Internet access device through the PCIE interface, it can work through its own driver software.

[0041] The cloud SIM card Internet access device is used to register and authenticate the cloud SIM card information received from the wireless card communication device; after successful registration and authentication, the cloud SIM card resources of the cloud card pool of the shared cloud server are dynamically adjusted to dial up the Internet and communicate with the host control device.

[0042] The control chip is used to exchange data information with the cloud server, obtain a variety of mosquito repellent ecological data, and comprehensively analyze and control the activation of mosquito repellent electrical products according to the logical order of weights.

[0043] The following specifically introduces the process of authentication matching and establishing communication between the cloud server and the host control device. The cloud SIM card data can be automatically replaced according to the network situation without inserting a real hardware SIM card to access the Internet, saving hardware resources, reducing costs, and making it easier to control SIM cards compatible with various brands of operators.

[0044] The host control device first performs device registration authentication. After successful authentication, the status of the cloud SIM card Internet access device can be viewed, including signal strength, speed information, traffic consumption, etc. The module can also be controlled through the http interface, such as switching operator networks, or switching cloud SIM card numbers under the same operator network, etc., eliminating the need to frequently go to the business hall to apply for hardware SIM cards, saving costs and time. The cloud SIM card wireless Internet access device interacts with the device through the following five interfaces (including but not limited to the following interfaces):

[0045] 1) Device registration interface URL: http: / / 192.168.1.1 / api / device / reg

[0046] The device provides the MAC address and the whole serial number for verification through this interface. The cloud SIM card Internet access device verifies according to the information entered in the cloud card pool and returns the registration status. Only after the device is successfully registered can it access the subsequent interfaces.

[0047] 2) Query the cloud SIM card Internet device information URL: http: / / 192.168.1.1 / api / / module / info

[0048] The device obtains the basic information of the cloud SIM Internet access module through this interface, including: module identification, module serial number, cloud SIM card IMSI (International Mobile Subscriber Identity), IMEI (International Mobile Equipment Identity), card number, ICCID (Integrated Circuit Card Identification) and other information

[0049] 3) Check the working status of the cloud SIM card Internet access device URL: http: / / 192.168.1.1 / api / module / status

[0050] The device obtains the working status of the cloud SIM card Internet access device through this interface, mainly including initialization, cloud SIM card binding, network registration, dialing, Internet access successful, sleep and other states.

[0051] 4) Device traffic usage statistics push URL: http: / / 192.168.1.1 / api / device / statistics

[0052] The cloud SIM card Internet access device regularly pushes real-time traffic consumption information to the device through this API, making it convenient for the device to view real-time traffic usage.

[0053] 5) Set the cloud SIM card Internet mode switch network URL: http: / / 192.168.1.1 / api / v1 / module / search

[0054] The device requests the cloud SIM Internet access module to switch networks through this interface. There are three ways to switch networks: specify a certain operator to switch networks, switch networks according to the optimal operator recommended by the cloud card pool, and search the networks of the three major operators to select the network with the best speed. The cloud SIM Internet access device updates the network switching status in real time, including: signal strength, speed and other information.

[0055] The wireless card communication device mainly manages a small amount of communication data, consumes little traffic, and has low bandwidth requirements. It can use 4GCat1 module electronic components, which are cost-effective and can automatically identify the working status of the 3G / 4G / 5G network according to the local network environment, and maximize the wireless card communication device. After the cloud SIM card Internet access device obtains the cloud SIM card, it performs authentication and dials up to the Internet. It can use full-network module electronic components, which are compatible with SIM card data of multiple operators, and can ensure that the SIM card of each operator can operate normally.

[0056] Step (2), the intelligent algorithm of this system adopts the heartbeat interval frequency analysis method and the visual analog score (VAS). The cloud server automatically interacts with the host control device every two hours to update the weather, mosquito repellent ecological data, etc., and uses infrared sensors to collect information on whether there are people in a room. The weight logic order of multiple mosquito repellent electrical products is pre-set as follows: local environment > seasonal weather > people > daily time > usage of smart home appliances, plus an emergency coefficient, and the accumulated weight coefficient value is statistically calculated.

[0057] Step (3) comprehensively judges the size of the accumulated weight coefficient value. When the accumulated weight coefficient value exceeds the set threshold value, for example, the set threshold value is 18, the infrared sensor is used to determine which room the person is in, and the mosquito repellent lamp and electric mosquito liquid device in the corresponding room are turned on. If the threshold value is not exceeded, they are not turned on. This multi-faceted scientific analysis can accurately control when to turn on the mosquito repellent appliance in which room, achieve the purpose of efficient mosquito repellent, and save more electricity. At the same time, it can also obtain timely weather mutation information and mosquito repellent ecological data from multiple data platform centers, and dynamically adjust the opening time, so that users have a more comfortable high-end service experience.

[0058] See also Figure 2 , the weight logic order of mosquito repellent ecological data is set as: local environment>seasonal weather>people>daily time>usage of smart home appliances, plus the emergency coefficient, the accumulated weight coefficient value is statistically compared with the set threshold, and it is determined whether it exceeds the threshold, and then the mosquito repellent electrical products in the corresponding room are controlled to be turned on.

[0059] Specifically, the weight coefficient of the local environment is set to 8-10. According to the geographical location of the host control device at home, as well as the local mosquito data over the years, such as the start time of termite flight and reproduction, the automatic networking GPS system or Baidu map platform, the weight coefficient of the perceived location is set to 9 if it is in the mountainous area, 8 if it is in the plain, and 10 if termites are active in early April in South China. The weight coefficient of seasonal weather is 0-8, 8 if it is hot and humid in summer, 6 if it is in autumn, and 0 if it is in winter and spring. The weight coefficient of people in the room is set to 6, otherwise it is 0. The weight coefficient of the time period from 8 am to 6 pm every day is set to 0, otherwise it is 5. The usage of the perceived smart home appliances, such as the TV in the living room is turned on, the weight coefficient is set to 4, otherwise it is 0. In addition, for emergencies, such as the user will go home early in summer, and turn on the mosquito repellent appliance in advance at 3 pm through the mobile phone APP program control system, at this time, the weight coefficient 15 is introduced into the algorithm of the host control device, which is automatically accumulated with each of the weight coefficients, and then compared with the set threshold to determine whether it exceeds the threshold. If so, the corresponding room mosquito repellent electrical product is controlled to be turned on.

[0060] For example, by sharing GPS positioning data, it is detected that the villa where the device is located is in the urban area of ​​Guangzhou. It is currently 7 o'clock in the evening of July 8, the weather is hot and humid, and there are people in the living room on the first floor of the villa. The cumulative value of the various weight coefficients of the algorithm's mosquito repellent ecological data exceeds the threshold, then the living room mosquito-killing lamp and electronic mosquito-killing aromatherapy will be automatically turned on. After 9 o'clock in the evening, the bedroom mosquito-killing lamp and electronic mosquito-killing aromatherapy will be automatically turned on, and the mosquito-killing lamp will be automatically turned off at 8 o'clock tomorrow morning.

[0061] For another example, if the device is detected in a room on Baiyun Mountain in Guangzhou, and it is currently 4 p.m. on July 8, the weather is hot and humid, and there is someone in the living room on the first floor of the villa, the weight value increases, and the system intelligently judges that there are many mosquitoes in the mountainous area and they are active earlier than in the city, and automatically turns on the mosquito-killing lamp and electronic mosquito-killing aromatherapy in the living room at 4 p.m. After 7 p.m., the mosquito-killing lamps and electronic mosquito-killing aromatherapy in all bedrooms are automatically turned on to increase the mosquito-repellent power, drive away mosquitoes early, and improve human comfort.

[0062] like Figure 3 As shown in Figure 4, the present invention also provides a cloud platform intelligent mosquito repellent system based on ecological data management. The above-mentioned implementation method is adopted, and the system includes a cloud server, a host control device, an infrared sensor, and mosquito repellent electrical products; the mosquito repellent electrical products are mosquito repellent terminal devices, including mosquito repellent lamps, electric mosquito liquid dispensers, etc., which are all provided with wireless Internet access devices, connected to the host control device, and receive control instructions to perform unified work.

[0063] The cloud server is used to store local environment and weather data over the years, and is connected to multiple data platform centers to update the latest mosquito repellent ecological data in real time, manage multiple host control devices, store virtual SIM card data, and check device information exchange data;

[0064] The host control device is used to exchange data information with the cloud server, obtain a variety of mosquito repellent ecological data, and use the heartbeat interval frequency analysis method and the visual analog score (VAS) to comprehensively analyze and control the opening of the mosquito repellent lamp and the electric mosquito liquid dispenser according to the weighted logical order;

[0065] The infrared sensor is used to sense whether there is someone in the room and transmit data to the host control device;

[0066] The mosquito repellent electrical products include mosquito repellent lamps, electric mosquito liquid dispensers, and products, electrical appliances, equipment, etc. used to achieve mosquito repellent functions, all of which are equipped with wireless Internet access devices, connected to the host control device, and receive control instructions to perform unified work.

[0067] In order to deal with termite infestation in South China, the termite repellent specially developed by the present invention adopts a mixed liquid that is easily volatile by electronic heating, and the specific ingredients are 23-25% by weight of phenoxyethanol, 70-73% of polypropylene glycol, 1-2% of camphor oil, and the rest is a trace amount of solubilizer. A large amount of experimental data has found that after the polypropylene glycol with this percentage is used as a solvent and an activator to fully mix phenoxyethanol and camphor oil, a more volatile odor is formed, which can effectively repel and kill termites flying around during the breeding period, and the repelling success rate is increased by about 45% compared with existing termite repelling products, and it is particularly suitable for Guangdong, Guangxi, and Yunnan.

[0068] like Figure 4As shown in the figure, the schematic diagram of the structure of the host control device has 3 WIFI antennas and 2 network interfaces on the shell, with a wide signal coverage area. It uses 4GCat1 module electronic components, which can automatically identify the working status of the 3G / 4G / 5G network according to the local network environment, and maximize the guarantee that the wireless card communication device can connect to the network. The host control device can also access the home smart system through the universal data interface protocol, obtain the time period data of the user using smart home appliances, and make a comprehensive judgment to control the opening of mosquito repellent lamps and electric mosquito liquid dispensers. Smart home appliances include smart TVs, smart air conditioners, smart door locks, etc. They are all connected to the host control device through the Internet. By sensing the use of smart home appliances, it can determine whether there is someone in the room and where they are.

[0069] The multiple data platform centers connected to the cloud server include: National Weather Forecast Center, Alibaba website, Huawei data website, JD data website, etc., which realize the interconnection of multiple systems and share weather, geographic location, and mosquito warning data.

[0070] The host control device comprises:

[0071] A wireless card communication device, used to establish communication with the cloud server; after establishing communication with the cloud card pool, receiving the cloud SIM card information allocated by the cloud card pool, and transmitting the cloud SIM card information to the cloud SIM card Internet access device;

[0072] A cloud SIM card Internet access device, used to register and authenticate the cloud SIM card information received from the wireless card communication device; after successful registration and authentication, dynamically adjust the cloud SIM card resources of the shared cloud card pool to dial up the Internet and communicate with the host control device;

[0073] The control chip is used to exchange data information with the cloud server, obtain a variety of mosquito repellent ecological data, and adopt the heartbeat interval frequency analysis method and the visual analog score (VAS) to comprehensively analyze and control the activation of mosquito repellent electrical products in accordance with the logical order of weights.

[0074] The control chip integrates a gateway business function SDK, adopts the Android system, and integrates a central engine and an intelligent AI module to complete the management of smart home devices, including infrared sensors, mosquito repellent electrical products, user mobile phones, etc. The intelligent AI module includes an intelligent AI management SDK and an intelligent AI APP, which can be compatible with existing smart home systems, wherein the intelligent AI management SDK provides external data timing collection and synchronous transmission services; the intelligent AI APP communicates with the intelligent AI management SDK through a binding module in the Android system, transmits the signal collected by the intelligent AI management SDK to the cloud server, then receives the control signal fed back by the cloud server, and transmits the control signal to the central engine to realize the intelligent AI management function.

[0075] The intelligent mosquito repellent system of the present invention can be combined with cloud data analysis based on a variety of environmental factors, such as the local address, weather conditions, and the historical time when mosquitoes are active. The cloud server sends these data to the host control device, and then scientifically sets the weight logic order and weight coefficient value. When it is judged that the cumulative weight coefficient value exceeds the set threshold, it determines whether to turn on the mosquito repellent lamp and electric mosquito liquid device. In this way, the purpose of efficient mosquito repellent is achieved, mosquitoes are repelled more accurately, and electricity is saved, so that users have a more comfortable high-end service experience.

[0076] Moreover, tens of thousands of host control devices can be connected to the same cloud server to exchange data through cloud SIM card Internet technology for precise matching control. There is no need to insert a hardware SIM card into each host control device to access the Internet, which saves hardware resources and makes control and software upgrades more flexible. It can also be connected to multiple IoT systems to realize large-scale IoT home intelligent control, providing technical support for modern comfortable life.

Claims

1. A cloud platform intelligent mosquito repellent system based on ecological data management, characterized in that: It includes a cloud server, a host control device, an infrared sensor, and an electrical product for mosquito repellent; the cloud server is used to store data on local environment and weather conditions over the years, and is connected to multiple data platform centers to update the latest mosquito repellent ecological data in real time, manage multiple host control devices, store virtual SIM card data, and check device information exchange data; The host control device is used to exchange data information with the cloud server, obtain a variety of mosquito repellent ecological data, and comprehensively analyze and control the opening of mosquito repellent electrical products according to the weighted logical order; the infrared sensor is used to sense whether there is someone in the room and transmit data to the host control device; the mosquito repellent electrical products include mosquito repellent lamps and electric mosquito liquid dispensers, which are equipped with wireless Internet access devices, connected to the host control device, and receive control instructions to work in a unified manner; The host control device includes: a wireless card communication device for establishing communication with the cloud server; after establishing communication with the cloud card pool of the cloud server, receiving cloud SIM card information allocated by the cloud card pool, and transmitting the cloud SIM card information to the cloud SIM card Internet access device; A cloud SIM card Internet access device, used to register and authenticate the cloud SIM card information received from the wireless card communication device; after successful registration and authentication, dynamically adjust the cloud SIM card resources of the shared cloud card pool to communicate with the host control device; The control chip is used to exchange data information with the cloud server, obtain a variety of mosquito repellent ecological data, and conduct comprehensive analysis and control of the start of mosquito repellent electrical products according to the logical order of weights; Through virtual cloud SIM card technology, the optimal network is dynamically identified to ensure network stability, and the CAT1 module is used to replace the 3G module to automatically identify and switch to the 4G / 5G network; the control chip integrates the gateway business function SDK, uses the Android system, and integrates the central engine and intelligent AI module to complete the management of smart home devices; The logical order of weights set in the host control device is: local environment>seasonal weather>people>daily time>usage of smart home appliances, and the accumulated weight coefficient values ​​are counted; the accumulated weight coefficient values ​​are comprehensively judged. When the accumulated weight coefficient value exceeds the set threshold, the infrared sensor is used to determine which room the person is in, and then the mosquito repellent lamp and electric mosquito liquid dispenser in the corresponding room are turned on. If the threshold is not exceeded, they will not be turned on.

2. According to claim 1, a cloud platform intelligent mosquito repellent system based on ecological data management is characterized in that: The host control device can also be connected to the home intelligent system through the universal data interface protocol to obtain the time period data and user instructions of the user using the intelligent household appliances, and make comprehensive judgments to control the opening of the mosquito repellent lamp and the electric mosquito liquid dispenser.

3. The cloud platform intelligent mosquito repellent system based on ecological data management according to claim 1, characterized in that: The multiple data platform centers connected to the cloud server include: National Weather Forecast Center, Alibaba website, Huawei data website, and JD data website.

4. The cloud platform intelligent mosquito repellent system based on ecological data management according to claim 1, characterized in that: The mosquito repellent appliance also includes a termite repellent electric heater, and the termite repellent contains phenoxyethanol, polypropylene glycol, and camphor oil.

5. A cloud platform intelligent mosquito repellent control method based on ecological data management, characterized in that: A cloud platform intelligent mosquito repellent system based on ecological data management as claimed in any one of claims 1 to 4 is adopted, comprising the steps of: (1) The cloud server and the host control device perform authentication matching and establish communication, and the host control device obtains relevant mosquito repellent ecological data, which includes historical data on the local environment, weather conditions, and mosquito activity time; (2) Use infrared sensors to collect information about whether there are people in each room, and based on the current time, use a mobile phone or computer to set the weight logic order of turning on multiple mosquito repellent electrical appliances: local environment > seasonal weather > people > daily time > usage of smart home appliances, and calculate the accumulated weight coefficient values; (3) Comprehensively judge the size of the accumulated weight coefficient value. When the accumulated weight coefficient value exceeds the set threshold, the infrared sensor is used to determine which room the person is in, and the mosquito repellent lamp and electric mosquito repellent dispenser in the corresponding room are turned on. If the value does not exceed the threshold, they are not turned on.

6. The cloud platform intelligent mosquito repellent control method based on ecological data management according to claim 5, characterized in that: The host control device can also be connected to the home intelligent system through the universal data interface protocol to obtain the time period data of the user using the intelligent home appliances, and make a comprehensive judgment to control the opening of the mosquito repellent electrical products.

7. The cloud platform intelligent mosquito repellent control method based on ecological data management according to claim 5, characterized in that: Step (1) The cloud server and the host control device perform authentication matching and establish communication, which specifically includes: The wireless card communication device of the host control device is used to establish communication with the cloud server; after establishing communication with the cloud card pool of the cloud server, receive the cloud SIM card information allocated by the cloud card pool, and transmit the cloud SIM card information to the cloud SIM card Internet access device; The cloud SIM card Internet access device is used to register and authenticate the cloud SIM card information received from the wireless card communication device; after successful registration and authentication, dynamically adjust the cloud SIM card resources of the shared cloud card pool to dial up the Internet and communicate with the host control device.

8. The cloud platform intelligent mosquito repellent control method based on ecological data management according to claim 5, characterized in that: The multiple data platform centers connected to the cloud server include: National Weather Forecast Center, Alibaba website, Huawei data website, and JD data website.

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