31results about How to "Improve the effect of intelligent control" patented technology

The invention discloses an air conditioner opening and closing control method, a control device and an air conditioner. The method comprises the steps of: monitoring an area to be measured and judging human body signal information according to level signals; obtaining a real-time operation state of the air conditioner; and adjusting a subsequent operation state of the air conditioner according to the human body signal information and the real-time operation state of the air conditioner. The control method can monitor the human body signals in the use area of the air conditioner, and can combine with self operation state detection of the air conditioner to flexibly adjust such working states as opening and closing, operation modes and operation temperature of the air conditioner, so that the intelligent control performance of the air conditioner is enhanced, and the actual use effect of the air conditioner is improved.

The invention discloses a low power consumption data acquisition transmission system based on a clock chip and an implementation method. A micro control chip communicates with a clock chip module through an I2C bus; an interrupt pin in the micro control chip is connected with an interrupt control pin of the clock chip module; the micro control chip communicates with a sensor module through a universal interface; the micro control chip communicates with a wireless communication module through a serial peripheral interface; and the micro control chip communicates with a storage circuit module through the serial peripheral interface. According to the data acquisition transmission system, the micro control chip is controlled by virtue of the clock chip module, so that automatic startup and shutdown of the micro control chip and switch of timed wake-up operating modes can be realized, the lower power consumption aim of the data acquisition transmission system is achieved, energy-saving processing is realized, and the intelligent control ability of the data acquisition transmission system is enhanced. According to the lower power consumption design, the power consumption problem is solved, the service life of the product is prolonged, and the various using requirements of users are met.

The invention relates to an intelligent control system for a planting protection unmanned aerial vehicle. The intelligent control system comprises a general controller, a driving module, a steering module, an auxiliary module, and a spraying module; the driving module is used for controlling the flight of the plant protection unmanned aerial vehicle according to operation instructions of the general controller; the steering module is used for controlling steering of the plant protection unmanned aerial vehicle according to the operation instructions of the general controller; the auxiliary module is used for assisting the driving module and the steering module for flight and steering; the spraying module comprises a spraying control unit, a liquid pump, a nozzle of a medicine box, and a spraying detection unit; the spraying control unit is used for receiving the operation instructions of the general controller and controlling the operation of the liquid pump according to the operationinstructions, and liquid or clean water in the medicine box is uniformly sprayed from the nozzle of the medicine box; and the spraying detection unit is used to detect the operating status of the spraying module. The intelligent control system for the planting protection unmanned aerial vehicle has the beneficial effects that the operation of the plant protection unmanned aerial vehicle can be controlled in real time, the safety is high, the degree of intellectualization is high, and variable spraying can also be realized to improve the precision of spraying.

The invention relates to a beauty and health care bathtub and liquid medicine; wherein the bathtub comprises a shell and a cylinder body; the cylinder body is composed of an internal cylinder and an external cylinder which are superposed and clearance is reserved between the two cylinders; a supersonic generator component is arranged on the cylinder wall of the external cylinder for generating ultrasonic wave to facilitate water in the external cylinder to vibrate, so as to drive the liquid medicine in the internal cylinder to vibrate; with the liquid medicine placed in the internal cylinder, beauty and health care can be carried out all over the human body, and when the users soak in the liquid medicine, the supersonic generator component is adopted to drive the liquid medicine to vibrate, so that the liquid medicine can be more effectively led into human body; a recycle pump is adopted to facilitate the liquid medicine to flow in a circular manner, thus preventing the temperature of the liquid medicine from becoming too high; hot water in the external cylinder is used to heat the liquid medicine in the internal cylinder, thus achieving the effect of safely retaining heat; according to practical conditions and requirements of the users, the supersonic generator can be controlled accordingly to realized individualized record and control of the users and facilitate the beauty and health care bathtub to be more intelligently controllable.

The invention belongs to the technical field of intelligent cleaner equipment, and discloses an intelligent cleaner based on Internet of Things. The intelligent cleaner comprises a shell and a control chamber, wherein the shell is fixedly connected with the control chamber; the shell is a semicircular shell; driving wheels are arranged at the bottom of the shell; driven wheels are arranged at one side of the driving wheels; a cleaning hole is formed at the other side of the driving wheels; a cleaner is fixedly connected with one side of the cleaning hole; a dust storage box is fixedly connected with one side of the cleaner; a data receiver is arranged inside the control chamber; a communication transmitter is arranged on one side of the data receiver; a micro-computer is arranged inside the control chamber; the micro-computer is used for controlling a cleaner switch; the cleaner switch is electrically connected with the cleaner; the micro-computer is electrically connected with a data receiving system; a data receiver is arranged in the data receiving system; the data receiving system is in sensitive connection with a mobile control terminal. As the micro-computer is arranged inside the control chamber, the intelligent control effect can be greatly improved.

The invention provides a multi-coil binding machine for hot-rolled narrow strip steel. The multi-coil binding machine comprises a platform and a transverse track arranged on the platform, wherein an uncoiler is arranged on the right side of the platform; a coil conveying trolley on which steel coil carrier rollers are arranged is arranged on a longitudinal track configured with the platform; a coil penetrating trolley positioned on the left side and a trolley positioned on the right side are arranged on the transverse track; the coil penetrating trolley is provided with a coil penetrating trolley driving mechanism; the trolley is provided with a trolley positioning hydraulic cylinder; a binding belt bending mechanism, a binding belt head clamping and pulling mechanism and a follow-up chassis are arranged on the trolley; and a two-roller clamping and conveying mechanism, a clamping roller straightening mechanism, a binding belt shearing and bending mechanism, an electromechanical limiting switch and a welding machine are arranged on the follow-up chassis. The multi-coil binding machine can replace manual binding, and the automation degree of binding, the safety and reliability of work, the binding quality and the binding speed are greatly improved.

The invention discloses a fiber spinning and winding processing structure, and relates to the field of spinning and winding structures. The structure comprises that tows pass a tow pressing rod, a pre-network nozzle, a first tow roller mechanism, a second tow roller mechanism, a tow guiding hook, a pulling rod, a tensioning roller and a winding head in sequence; the tows pass a second separating roller in the second tow roller mechanism and then pass through the tow guiding hook to enter the winding head; a tow broken alerting mechanism is arranged in the path where the tows are conveyed from the second separating roller to the tow guiding hook; the tow broken alerting mechanism consists of a crochet hook, a spring, a micro switch and an alert lamp; the tows are hooked by the front end of the crochet hook, and the spring is mounted at the back end of the crochet hook in a sleeving mode; the micro switch is further arranged on the axial back side of the crochet hook; the distance between a touch piece of the micro switch and the tail end of the crochet hook is not larger than the deformation length of the spring; a circuit of the alert lamp is controlled to switch on by the micro switch; the tensioning roller is further arranged between the tow guiding hook and the winding head and driven by a frequency modulation motor; the tensioning roller rotates to drive two branch rollers to wind the tows.

The invention discloses a system for controlling a range hood by utilizing a cooker sensor. The system is characterized by comprising an information processing circuit, a heating sensing circuit, a pan temperature sensing circuit, a heating control circuit and a range hood control circuit, wherein the heating sensing circuit, the pan temperature sensing circuit, the heating control circuit and the range hood control circuit are connected with the information processing circuit, and the information processing circuit is used for controlling the heating control circuit and the range hood control circuit to operate according to feedback information of the heating sensing circuit, the pan temperature sensing circuit and the heating control circuit. According to the system, the pan temperature sensing circuit is arranged, so that a sensor for oil smoke does not need to be additionally arranged on the range hood, the judgment is accurate, the reliability is high, and the service life is long; the current cooking condition can be sensed, and the subsequent cooking condition can be automatically controlled, so that the variation trend of the oil smoke is indirectly sensed, intelligent control modes of a cooker and the range hood can be conveniently corrected in time, the condition that the air quantity changes before the oil smoke quantity changes is realized, and the intelligent control effect of the range hood is increased.

The invention relates to a roof intelligent signal flight platform. The roof intelligent signal flight platform comprises a flight platform body and a vehicle-mounted recovery structure, wherein the flight platform body is a signal detecting, receiving and sending device for intelligent control of various vehicles and provides a detecting, receiving and sending position for flying at a low altitude on a roof; the flight platform body flies by adopting an unmanned aerial vehicle technology, is stored and charged by a vehicle-mounted recovery structure fixed on the roof, and realizes release, docking and fixation of take-off and landing; the vehicle-mounted recovery structure can be fixedly mounted on various vehicles or means of transportation; and detection, control and navigation data signals between the flight platform body and the vehicle-mounted recovery structure and between between the flight platform body and vehicle-mounted equipment are wirelessly transmitted. The invention provides a higher detection position for a vehicle intelligent control signal detecting, receiving and sending device, expands the range of vehicle signal detecting, receiving and sending, and effectively improves the intelligent control performance of a vehicle; the roof intelligent signal flight platform has flexible detection position control, is convenient to mount and apply, is suitable for various vehicles, and has a very wide application range in the fields of intelligent control, automatic driving and auxiliary driving of vehicles.

An improved self-learning modeling intelligent sweeping robot includes a robot; a blue-tooth device is arranged on the robot; the blue-tooth device is connected to a control blue-tooth arranged on a control machine; the control blue-tooth is connected to a central processor; the central processor is provided with an operation panel; a blue-tooth connection is established between the control machine and the robot; the control machine analyzes a whole sweeping path, establishes a spatial model of a room, and stores the spatial model; the control machine plans a working line according to the stored spatial model; when a new fixed barrier is added into the room, the control machine instructs the robot to go forward according to the planned working line; and after sweeping, the control machine analyzes path differences during a whole sweeping process, amends the spatial model and stores the amended the spatial model, and plans the working line in later according to the amended spatial model. The improved self-learning modeling intelligent sweeping robot is high in intelligent level, is even in sweeping, is high in efficiency, and is energy-saving.

The invention discloses a lamplight brightening intelligent control system based on a digital network, and particularly relates to the technical field of digital lamplight control. The lamplight brightening intelligent control system comprises an account authentication module, wherein the output end of the account authentication module is electrically connected with the input end of a central processing unit, and the output end of a data analysis module is electrically connected with the input end of a comparison module. According to the invention, by arranging a manual adjusting module and an infrared heat release sensor, the system can timely adjust, control and inquire lamplight according to the use condition and rule of a user in the use process, and can control indoor lamplight when the user goes out, so that the situation of intrusion due to the fact that the outside recognizes that no person is in the room is greatly reduced; and under the action of the infrared heat release sensor, when the system recognizes that no person is in the room for a long time, an outdoor mode is started, so that the intelligent control effect of the system is improved, the situation that the room is stolen when no person is in the room is reduced, and the electricity consumption of the lamp is saved to a certain extent.

The invention discloses a stage lamp with high heat dissipation performance and a dustproof effect. The stage lamp comprises a lamp shell, an exhaust hole, a controller, a light collecting arc plate and a wireless transceiver; an air inlet hole is formed in the outer wall of the right end of the lamp shell, a heat dissipation driving motor is installed in the lamp shell, the outer wall of the heat dissipation driving motor is connected with a fixed connecting rod, a heat dissipation fan is installed at the left side of the heat dissipation driving motor, exhaust holes are formed in the outer walls of the front side and the rear side of the lamp shell correspondingly, the controller is installed on the left side of the heat dissipation fan, a first adjusting rod is arranged on the left side of the controller, the light collecting arc plate is installed at the left end of the first adjusting rod, a light-emitting source is arranged on the left side of the light collecting arc plate, the wireless transceiver is arranged on the right side of a hoop, and a signal amplifier is arranged under the wireless transceiver. The LED lamp can have a good heat dissipation effect and can be prevented from being damaged due to high temperature, meanwhile, different irradiation angles can be adjusted according to actual use conditions, and the use diversity is improved.

The embodiment of the invention provides a method for controlling air conditioning equipment and the air conditioning equipment, and relates to the field of air conditioners. The method is used for improving the intelligent control performance of the air conditioning equipment and promoting the development of the air conditioning equipment of a van vehicle. The method is applied to the air conditioning equipment. The air conditioning equipment comprises at least two compressors. The method comprises the steps that whether access of a first power source is carried out or not is determined; the first power source is a power source for providing the running voltage of the first compressor; when it is determined that access of the first power source is carried out, the first compressor is started; or, when it is determined that access of the first power source is not carried out, whether access of at least one second power source is carried out or not is determined; when it is determined that access of at least one second power source is carried out, the second compressor is started; the second compressor is one of the compressors corresponding to at least one second power source; and the priority of the first compressor is higher than that of the second compressor. The method and the air conditioning equipment are suitable for the scene of starting an air conditioning system.

The invention belongs to the field of intelligent buildings, and particularly discloses an edge computing building fire-fighting smoke exhaust collection control system which comprises an edge computing Internet of Things terminal system, an intelligent building elastic Internet of Things comprehensive wiring system and a cloud server. Each edge computing Internet of Things terminal system is composed of a fire-fighting smoke exhaust data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building joint arrangement system software, and the multiple groups of edge computing Internet of Things terminal systems are distributed in a building, each group of edge computing internet-of-things terminal system is a functional unit capable of independently controlling a certain area, and is internally provided with a plurality of groups of multi-type fire-fighting smoke exhaust data acquisition subsystems and sub-control subsystems. The system is high in integration, intellectualization and integration degree, can realize integrated, comprehensive and intelligent regulation and control of a fire-fighting smoke exhaust system in a building, and is higher in intellectualization degree.

The invention provides a multifunctional intelligent traffic electronic control cabinet, which comprises a partitioning plate, a main cabinet body, an adjustable quick dismounting shell, a radiating ventilating cover structure, an alarm warning light structure, a cabinet door structure, a connecting hinge, an air inlet, an air outlet and an intelligent monitoring plate structure; the partitioningplate is crossly welded to the inner part of the main cabinet body; the space between the partitioning plates is 3-5cm; the main cabinet bolt is installed at the inner part of the adjustable quick dismounting shell. Through the temperature sensor, the humidity sensor and the smoke sensor, the temperature and humidity in the cabinet and the safety hidden trouble of smoke can be detected intelligently so that the using safety of the electric control cabinet is improved; the protective cover main body applies a semispherical stainless steel cover with a hollow outer wall; a rainproof cover adoptsan arc stainless steel plate or an arc PVC hard plastic plate, and can play good sun-proof and rainproof function; the electric control cabinet can electrically control for a long time, and the service life is prolonged.

The air conditioner air outlet automatic control method specifically comprises the following steps that S1, the air conditioner air outlet temperature, the indoor temperature and the return air temperature are detected, the day and night state is judged, and the angle V of a human body relative to the air conditioner air outlet is detected; s2, the seasonal state is judged according to the outdoor temperature, and the boundary value of the set temperature of the air conditioner is determined; s3, the difference value between the indoor temperature and the outdoor temperature is calculated, and the air conditioner air supply amount is determined by combining the carbon dioxide concentration; and S4, whether the air conditioner conducts dehumidification or humidification operation or not is determined according to the indoor humidity condition. S5, the air conditioner air outlet mode and temperature control are adjusted by judging the day and night conditions; and S6, when the temperature change of the air conditioner is accelerated, in order to prevent the air humidity from being reduced, the temporary dehumidification effect is supplemented and started. And compared with a common air conditioner, the temperature of the preset value is more intelligent, so that the effects of being cooler in summer and warmer in winter are achieved, and the overall comfort is improved.

The invention belongs to the field of intelligent buildings, and particularly discloses an edge computing building fire hydrant water supply system data collecting and monitoring system which comprises an edge computing internet-of-things terminal system, an intelligent building elastic internet-of-things comprehensive wiring system and a cloud server. Each edge computing Internet of Things terminal system is composed of a fire hydrant water supply data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building joint arrangement system software, and multiple groups of edge computing Internet of Things terminal systems are distributed in a building; each group of edge computing internet-of-things terminal system is a functional unit capable of independently controlling a certain area, and a plurality of groups of multi-type fire hydrant water supply data acquisition subsystems and sub-control subsystems are arranged in each group of edge computing internet-of-things terminal system. The fire hydrant water supply monitoring system is high in integration, intelligence and integration degree, can realize integrated comprehensive intelligent data acquisition and monitoring of a fire hydrant water supply system in a building, and is higher in intelligence degree.

The invention discloses a vertical oil-fired hot water boiler with a high utilization rate and a use method of the vertical oil-fired hot water boiler. The vertical oil-fired hot water boiler comprises a bottom plate, an efficient heat treatment assembly, a hot water treatment assembly and a water treatment assembly; a tank is detachably connected to the surface of the bottom plate; a control box is detachably connected to one side of the tank; a connecting end is connected to the top of the tank in an embedded mode; and the efficient heat treatment assembly comprises a box body. The overall heating efficiency is greatly increased through a plate heat exchanger; when the plate heat exchanger is used for heat exchange,the heat transfer coefficient of the plate heat exchanger is 3-5 times higher than that of a tubular heat exchanger, the occupied area of the plate heat exchanger is one third of that of the tubular heat exchanger, the heat recovery rate of the plate heat exchanger can reach 90% or above; water flow is discharged through a water outflow pipe detachably connected with one end of the plate heat exchanger, water returning work is conducted through a water returning pipe, and therefore, the overall water returning and discharging efficiency is improved, and the overall using effect is improved, the product advantages are increased, and resource waste is reduced; the vertical oil-fired hot water boiler can provide heating as a whole; and hot water is subjected to hot galvanizing treatment, so that the requirement for sanitary hot water is completely met.

The invention belongs to the field of intelligent buildings, and particularly discloses an edge computing building exhaust collection control system which comprises an edge computing Internet of Things terminal system, an intelligent building elastic Internet of Things comprehensive wiring system and a cloud server. The edge computing Internet of Things terminal system is composed of an exhaust data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building joint arrangement system software, and multiple groups of edge computing Internet of Things terminal systems are distributed in a building; each group of edge computing Internet of Things terminal system is a functional unit capable of independently controlling a certain area, and a plurality of groups of multi-type exhaust data acquisition subsystems and sub-control subsystems are arranged in each group of edge computing Internet of Things terminal system. The system is high in integration, intellectualization and integration degree, integrated comprehensive intelligent regulation and control of the exhaust system in the building can be achieved, and the intellectualization degree is higher.

The invention discloses a multifunctional medical cart which comprises a base, universal wheels, a supporting column, a storage mechanism, a storage table, a probe disinfection assembly, a high-temperature disinfection mechanism, a transverse partition plate, a storage box, a pushing handrail and a medical waste placement box. Then alcohol is used for leaching the medical probe so as to play a role in cleaning and disinfection, and an alcohol disinfection box can be used for collecting the used alcohol so as to facilitate later unified treatment; the used gastroscope tube can be wound on the winding column for storage after being cleaned, and after the outer side door is closed, the ultraviolet disinfection lamp can be turned on for disinfection and sterile storage of the gastroscope tube; after the switch is turned on, the coupling temperature controller base heats water in the disinfection vessel, the used medical instruments can be placed in the disinfection vessel for high-temperature disinfection, and the disinfection effect is improved by inactivation in a high-temperature disinfection mode.

The invention belongs to the field of smart building connection, and particularly discloses a smart building elastic Internet of Things comprehensive control system which comprises an edge computing Internet of Things terminal system, a smart building elastic Internet of Things comprehensive wiring system and a cloud server. Each edge computing Internet of Things terminal system is composed of a data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building elastic Internet of Things arrangement system software, and the multiple groups of edge computing Internet of Things terminal systems are distributed in a building; each group of edge computing internet-of-things terminal system is a functional unit capable of independently controlling a certain area, and a plurality of groups of multi-type data acquisition subsystems and sub-control subsystems are arranged in each group of edge computing internet-of-things terminal system. The system is high in integration, intellectualization and integration degree, can achieve the integrated comprehensive intelligent regulation and control of all systems of a building, and achieves the all-dimensional no-dead-corner fine control of the building.

The invention discloses a permanent magnet synchronous motor with a buffer type rotating speed intelligent speed control structure. The permanent magnet synchronous motor comprises a motor shell, a stator is mounted on the inner side of the motor shell, an electromagnetic coil is mounted on the inner side of the stator, a driver is mounted at the top of the motor shell, a butt joint is installed at one end of the second rotating shaft, a first protective cover is installed at one end of the motor shell, an inductive head is installed on the inner side of a rotating speed detector, a second protective cover is installed on the outer side of the rotating speed detector, and a cable is installed between the rotating speed detector and a buffer flow controller. The rotating speed detector is installed at one end of the motor shell, the inductive head is installed on the inner side of the rotating speed detector, a second rotating shaft is installed at one end of the rotor, the butt joint is installed on the second rotating shaft, the butt joint is located in the rotating speed detector, and the butt joint and the inductive head interact with each other.

The invention discloses an intelligent centralized control device of intelligent street lamps, and relates to the technical field of intelligent street lamps. The system comprises a main control module arranged at a control center and branch control modules arranged on the street lamps. The main control module and the branch control modules establish data transmission and interaction through the NB-IOT communication module; each branch control module is connected with an intelligent lamp body through a data transmission module; the main control module is connected with a display module and analarm module through the data transmission module; the branch control module is connected with a power supply module, a detection module and a matching analysis module through a data transmission module; and the power supply module is used for providing power support for the branch control modules, the detection module and the matching analysis module. Based on the centralized control technology,the intelligent street lamp can be effectively controlled, and the intelligent street lamp control system has high market application value.

The invention belongs to the field of intelligent buildings, and particularly discloses an edge computing building water supply collection control system which comprises edge computing Internet of Things terminal systems, an intelligent building elastic Internet of Things comprehensive wiring system and a cloud server. Each edge computing Internet of Things terminal system is composed of a water supply data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building joint arrangement system software, and the multiple groups of edge computing Internet of Things terminal systems are distributed in a building; and each group of edge computing Internet of Things terminal system is a functional unit capable of independently controlling a certain area, and a plurality of groups of multi-type water supply data acquisition subsystems and sub-control subsystems are arranged in each group of edge computing Internet of Things terminal system. The system is high in integration, intelligentization and integration degree, can realize integrated comprehensive intelligent regulation and control of a water supply system in a building, and is higher in intelligentization degree.

The invention relates to a beauty and health care bathtub and liquid medicine; wherein the bathtub comprises a shell and a cylinder body; the cylinder body is composed of an internal cylinder and an external cylinder which are superposed and clearance is reserved between the two cylinders; a supersonic generator component is arranged on the cylinder wall of the external cylinder for generating ultrasonic wave to facilitate water in the external cylinder to vibrate, so as to drive the liquid medicine in the internal cylinder to vibrate; with the liquid medicine placed in the internal cylinder,beauty and health care can be carried out all over the human body, and when the users soak in the liquid medicine, the supersonic generator component is adopted to drive the liquid medicine to vibrate, so that the liquid medicine can be more effectively led into human body; a recycle pump is adopted to facilitate the liquid medicine to flow in a circular manner, thus preventing the temperature ofthe liquid medicine from becoming too high; hot water in the external cylinder is used to heat the liquid medicine in the internal cylinder, thus achieving the effect of safely retaining heat; according to practical conditions and requirements of the users, the supersonic generator can be controlled accordingly to realized individualized record and control of the users and facilitate the beauty and health care bathtub to be more intelligently controllable.

The invention belongs to the field of intelligent buildings, and particularly discloses an edge computing building power collection control system which comprises an edge computing Internet of Things terminal system, an intelligent building elastic Internet of Things comprehensive wiring system and a cloud server. Each edge computing Internet of Things terminal system is composed of a power data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building joint arrangement system software, and multiple groups of edge computing Internet of Things terminal systems are distributed in a building; each group of edge computing internet-of-things terminal system is a functional unit capable of independently controlling a certain area, and a plurality of groups of multi-type power data acquisition subsystems and sub-control subsystems are arranged in each group of edge computing internet-of-things terminal system. The system is high in integration, intellectualization and integration degree, can achieve the integrated and comprehensive intelligent regulation and control of a power system in a building, and is higher in intellectualization degree.

The invention belongs to the field of intelligent buildings, and particularly discloses an edge computing building illumination acquisition control system which comprises an edge computing Internet of Things terminal system, an intelligent building elastic Internet of Things comprehensive wiring system and a cloud server. Each edge computing Internet of Things terminal system is composed of a lighting data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building joint arrangement system software, and multiple groups of edge computing Internet of Things terminal systems are distributed in a building; each group of edge computing internet-of-things terminal system is a functional unit capable of independently controlling a certain area, and a plurality of groups of multi-type lighting data acquisition subsystems and sub-control subsystems are arranged in each group of edge computing internet-of-things terminal system. The system is high in integration, intellectualization and integration degree, can achieve the integrated and comprehensive intelligent regulation and control of a lighting system in a building, and is higher in intellectualization degree.