54results about How to "Solve remote control" patented technology

In the invention, the master station installed in the remote monitor center makes data communication with the far-end station installed in the solar PV power station; the master station sends the configuration instruction of the remote end monitor center to the far end station through the satellite repeater, and receives the data of far end station through the satellite repeater; the far end station is used for collecting the data about the running state of the PV power station, and converting the collected analog data into the digital data, and sends the digital data through antenna; under the control of the master station, the service channel sends the collected digital data to the master station through satellite; the administration computer processes the data and provides the data for the remote monitor center.

The invention provides an automated testing method and a mobile cloud testing system. The automated testing method comprises following steps of installing and starting an application to be tested on a mobile device in an on-line mobile device list; obtaining all elements on the home page of the application and storing the elements in a container, setting the container as the current container, and creating a root node; selecting an effective element according with the element rule in the current container and generating an automation execution instruction; obtaining all elements on the current page after the mobile device executes the instruction, comparing the element on the page with the element in the current container and an element in an existing container, and determining whether the page is a similar page; creating a new container and newly increasing a sub-node when the page is a dissimilar page; selecting a next effective element in the current container and continuing the similar judgement until all effective elements in the use-case tree module execute the similar judgement, and generating a testing report after analysis. According to the invention, an on-line sharing mobile device can be remotely controlled for automated testing.

The invention relates to an intelligent evacuation indicating system with the positioning function and an evacuation method. The system is composed of an escape RFID tag, positioning evacuation indicating nodes, an information processing transmission terminal and a monitoring display terminal. An implementing hardware platform is set up for acquiring position information, evacuation indicating node information and the like of trapped persons in the escaping process, a monitoring center can know the position information of trapped persons in a building in the escaping process in real time, the display direction of the evacuation indicating nodes can be comprehensively controlled according to the positions of persons, the fire source position and the like, the persons can be distributed and evacuated in assembly occupancies, and meanwhile, decision supporting is provided for rescue activities. The system integrates the evacuation indication function and the positioning function, and project cost is greatly saved. The system can also achieve remote control, meets the actual fire control requirement and is higher in practicability degree. The monitoring range can be adjusted by changing the wireless signal power. The system is more flexible to use.

The method defines management information base of physical layer and link layer in IEEE 802.15.4 standard. Sequence from back to front is adopted for encoding SNMP PDU. The sequence is as following fields: variables binding list, error pointer, error state, request ID, type of protocol data unit, community, and version. Since node storage management objects will occupies lots of data area, the invention stores object ID in program area statically in order to save limited data area. Object instance is accessed through method of accurate matching lookup. The invention solves management of nodes based on IEEE 802.15.4. Without need of configuring terminal interface at each node, only need of installing terminal interface at a concourse node or a remote node, where management program is installed, user can start up SNMP management program to manage proxy node.

The invention provides an intelligent management terminal of a circuit breaker, which comprises a power supply module, an interface module, a wireless module and a monitoring module. The power supply module is used for supplying power to the interface module, the wireless module and the monitoring module; one end of the interface module is connected with the circuit breaker and the other end of the interface module is connected with the monitoring module; the wireless module is connected with the monitoring module; the monitoring module is used for acquiring real-time data from the circuit breaker through the interface module and triggering the wireless module to send alarm information if the circuit breaker goes wrong; the wireless model can receive information containing a remote control command and inform the monitoring module; and the monitoring module sends the remote control command to the circuit breaker through the interface module. The wireless communication can be based on the existing GSM (Global System for Mobile Communications) wireless network and a mobile phone of a manager can be used as a wireless transceiver, so that the manager can remotely control the circuit breaker by a mode of sending a short message by the mobile phone, and thus, the maintenance cost of power equipment is greatly saved.

The invention discloses a marine monitoring early warning terminal based on Beidou navigation communication. The terminal comprises a shell and a main circuit board in the shell, the main circuit board comprises a Beidou positioning module, a processor, a sensor module, a 4G transmission device, a touch screen module, an audio module and a Beidou short message communication module, and the Beidoupositioning module, the processor, the sensor module, the 4G transmission device, the touch screen module and the audio module are respectively connected with the processor. Under a condition where mobile network communication is good, the terminal can communicate with the server through the 4G transmission device; when the terminal is in a dead zone of a mobile network, the terminal can communicate with a satellite through the Beidou positioning module, and thus, a problem of navigation and remote control of the dead zone of the mobile network is solved; moreover, the terminal can plan a route again according to early warning information of a remote monitoring center and avoid dangerous areas, also can perform dangerous situation alarming for the remote monitoring center, and can improvesafety of sailing of ships.

The invention provides a method of intelligent large-scale seeding, seedling raising and direct seeding planting of leaf vegetables. The method comprises the steps that raw materials are sent to material piling openings of a proportionally-mixed material stirring machine after fermentation for work; the four base materials enter the material stirring machine simultaneously, and are mixed and sent to a continuous material loading machine; the continuous material loading machine conveys the base materials to a continuous disinfection cabinet for heating; material discharging is started; the materials are sent to a continuous strong cooling waste heat recovery machine for air cooling and waste heat is recovered to a material feeding end of the continuous disinfection cabinet for reuse; the base materials are cooled in the continuous strong cooling waste heat recovery machine and discharged from the continuous strong cooling waste heat recovery machine at the same time, the material discharging speed being adjustable; when the cooled base materials are sent to a material loading machine, a tray delivering machine system and a tray filling machine system work simultaneously; a seeding system can work and perform watering; trays then enter a slideway machine and slide to a water conveying track; after seeding, if seeds need germination accelerating, the trays are sent to a germination accelerating chamber first. The method achieves an automatic mechanical planting mode of a whole planting process and solves the problem of labor shortage.

The invention provides a displacement experiment fluid control method and a displacement experiment device. The displacement experiment fluid control method comprises the steps that saturated fluid is poured into an inner model hole channel through an inlet connecting pipe communicated with an inner model of the displacement experiment device until the saturated fluid step is finished, the displacement fluid is directly poured into the inner model hole channel through a pipeline directly communicated with the inner model to achieve the displacement step. The displacement experiment device comprises an outer model and the inner model arranged in the outer model. One end of the inner model hole channel is connected with the inlet connecting pipe which is connected with a saturated fluid conveying device, a fluid switch is arranged on the portion, close to the inlet connecting pipe, of the inner model hole channel, and a control device capable of controlling the fluid switch to be opened and closed is arranged outside the outer model. According to the displacement experiment fluid control method and the displacement experiment device, the displacement fluid can be directly conveyed to the inner model hole channel through the pouring pipeline, the displacement experiment speed is improved, and the experiment precision is improved. The displacement experiment fluid control method and the experiment device are particularly suitable for microcosmic displacement experiments.

The invention discloses a facility agriculture cloud service system based on Internet Plus. The system comprises a perception layer, the perception layer is connected with a cloud server through a base station gateway, the cloud server comprises a communication server, a data server and a Web server, and the cloud server is also connected with an application layer. The invention further discloses a control method of a facility agriculture cloud service system based on Internet Plus. The method is realized according to the following specific steps: step 1, arranging parameters; step 2, acquiring, storing and transmitting data; step 3, a client terminal realizing revertive control; and step 4, the client terminal realizing electronic commerce. The problems of large labor consumption, heavy workload, low efficiency and asymmetrical information in an agricultural product circulation link existing in agricultural production in the prior art are solved.

The invention discloses a search and rescue robot utilizing SMS (Short Messaging Service) for communication. A controller and a human body sensing module are arranged in a robot body, a movement mechanism comprise a chassis with wheels or caterpillar bands, the robot body is arranged on the chassis, the wheels or the caterpillar bands are symmetrically arranged on the two sides of the chassis, and two groups of separated driving mechanisms are respectively connected with the wheels or the caterpillar bands on the two sides of the chassis; an environment monitoring module consists of a sensor arranged below the chassis and at the upper part of the robot body, and an analysis processing module; a GSM (Global System For Mobile Communication) module and a GPS (Global Positioning System) module are arranged in the robot body; and the controller is connected with the environment monitoring module and the human body sensing module respectively so as to receive the detection information and analyze the detection information. The control and the communication of search and rescue robot can be realized by applying SMS through a GSM network, so that the cost of the search and rescue task can be lowered effectively. The robot moves flexibly and can effectively avoid the possibility of casualties of the search and rescue personnel in the search and rescue task.

The invention discloses a rainfall sensor online calibration system based on a peristaltic pump. The system comprises an upper computer and a calibrator, the calibrator is connected with a tipping bucket type rain gauge; the upper computer is in wireless connection with the calibrator; and the calibrator comprises a single-chip microcomputer, a peristaltic pump and an electromagnetic valve. One end of the peristaltic pump is connected with a water storage chamber through a water inlet pipe, the other end of the peristaltic pump is connected with a water receiver of the tipping bucket type raingauge through a water outlet pipe, the electromagnetic valve is arranged between the tipping bucket type rain gauge and the water storage chamber, and the peristaltic pump and the electromagnetic valve are electrically connected with the single-chip microcomputer. According to the invention, automatic simulation and verification of various rain intensities are realized, finally signals are collected for data processing, and an upper computer can perform unified management of multi-site information; and moreover, the remote control problem is solved by using a wireless communication technology, the verification precision and the working efficiency are effectively improved, and better outdoor adaptability is achieved.

The invention provides an Internet of Things device remote control method and system. The method comprises the following steps: a terminal device without the fixed IP address sending a pipeline connection request for establishing an SSH pipeline with a server to the server with the fixed IP address based on an SSH protocol; enabling the server to establish a connection port used for communicatingwith the terminal device and a monitoring port used for monitoring the remote control equipment to remotely control the terminal device in the server according to the pipeline connection request; andthe terminal device receiving the remote control command sent by the server through the connection port, and controlling the Internet of Things equipment connected to the terminal device according tothe remote control command. According to the method and the system, the terminal device without the fixed IP address and the remote control equipment without the fixed IP address establish the SSH connection through the server with the fixed IP address. Therefore, the problem that the Internet of Things equipment is remotely controlled under the big background that the public network address is not enough and the number of the Internet of Things terminal device is continuously increased at present is solved.

The invention discloses a special center four-constant processing air conditioner for smart home. The air conditioner comprises a shutter exhaust port, an air conditioner chassis and a cross-flow fan; a water outlet is embedded in the left side of the air conditioner chassis; the cross-flow fan is mounted on the left side in the air conditioner chassis; active carbon filter screens are arranged at the external of blades of the cross-flow fan; an evaporator is arranged in the air conditioner chassis near the left side position of the cross-flow fan; an air purifier is arranged in the air conditioner chassis near the right side position of a temperature sensor; and the shutter exhaust port is embedded in the right side of the air conditioner chassis. The air conditioner is scientific and reasonable in structure, is safe and convenient to use, achieves breakthrough and innovation, breaks the tradition, is provided with a network control switch based on a traditional air conditioner for operating through a mobile phone or other screen to realize remote control, and realizes intelligence to prevent the problem of complex operations in use of the air conditioner and to solve the remote control problem of the air conditioner.

The invention relates to a low-delay 5G communication system applied to an unmanned aerial vehicle, which is characterized by comprising unmanned aerial vehicle data acquisition equipment, a communication module, airborne 5G video data equipment and a quantum encryption card, and is characterized in that the communication module comprises a 5G communication module and a 5G base station; after theunmanned aerial vehicle data acquisition device and the airborne end 5G video data device are encrypted through a quantum encryption card, an encrypted file is transmitted to a 5G base station througha 5G communication module and then transmitted to a cloud data live broadcast platform through the 5G base station, and the cloud data live broadcast platform is connected with an AI data analysis and recognition system. The AI data analysis and recognition system intelligently analyzes the data and transmits the data to a user use platform through a 5G base station, and a quantum data decryptionmodule is arranged on the user use platform. The system has the advantages that data can be analyzed in real time and live broadcast in real time, the overall working efficiency and accuracy are improved, and quantum encryption transmission can be customized for some units needing data protection.

The invention relates to a remote-control quantitative fish feeding mechanism, comprising a fish food channel assembly, automatic on-off door mechanisms, and a lifting platform. The fish food channel assembly is installed on the lifting platform. Two automatic on-off door mechanisms are fixedly connected with the upper position and the lower position of the fish food channel assembly through bolts. On-off doors are driven by two small motors which are controlled by a single-chip microcomputer. A wifi module solves problems of remote control and quantitative fish feeding through real-time communication of the internet and mobile phone software, so that intelligence and flexibility of control are improved. Using the fish feeding mechanism can control device to feed in a remote manner, and amount of fish food fed each time is ensured to be the same. The mechanism has good market prospect and application value.

The invention provides a method for realizing single-fiber bidirectional transmission between a play controller and a display terminal. The method comprises the following steps: an upper computer outputs parallel video data to an SDI (Serial Digital Interface) encoding chip; the upper computer generates a control command data packet according to a frame format and sends the control command data packet to a microprocessor; the microprocessor sends the control command data packet to the SDI encoding chip after verification; after being encoded, the control command data packet is sent to an OPS audio-video converter; the OPS audio-video converter converts an SDI signal embedded with the control command into an HDMI and serial port signal and sends the HDMI and serial port signal to a displayterminal; and the OPS audio-video converter receives the state data returned by the display terminal, generates a data packet according to a frame format, converts the data packet into an optical signal and sends the optical signal to the upper computer. The method has the advantages that an SDI single-fiber bidirectional transmission system realizes bidirectional remote transmission of high-speedvideo signals and low-speed serial port control signals, and the functions of audio and video signal transmission and remote control and state query on a display terminal are simultaneously realizedby using one optical fiber; and the system is simple in wiring, easy to install and deploy, and low in cost.

The invention discloses a control system for controlling an air conditioner through mobile telephone location. The control system comprises a network controller, a mobile phone, a cloud server and the air conditioner; the network controller is in network data connection with the cloud server through a wide area network; the network controller is in local data connection with the air conditioner; the mobile phone is in data connection with the cloud server; a mobile phone APP having a location function is built in the mobile phone; and when the change of the relative distance between the mobile phone and the network controller exceeds a preset value, the APP of the mobile phone gives a control instruction to the network controller through the cloud server, and the network controller implements control on the start and stop states and the like of the air conditioner. Through a mobile phone location mode, remote control and energy-saving management on the air conditioner are realized in a simple, convenient and low-cost manner, and the control system has higher practical value in the application aspects of intelligent home and wisdom hotels.

The invention provides a water heater control system based on a WIFI technology, and belongs to the field of remote control. The water heater control system based on the WIFI technology comprises a controller module, a display inquiry module, a water inlet control module, a heating module, a water tank module, a sensor module, a WIFI wireless communication module, a household router module and user terminal equipment, wherein the display inquiry module is connected with the controller module; the output end of the controller module is connected with the water tank module through the water inlet control module; the input end of the heating module is connected with the output end of the controller module; the output end of the heating module is connected with the water tank module; the input end of the sensor module is connected with the output end of the water tank module; the output end of the sensor module is connected with the input end of the controller module; the WIFI wireless communication module is connected with the controller module; the controller module is connected with the household router module in a wireless module; the household router module is connected with the user terminal equipment through a mobile communication network. Remote control over a water heater is achieved.

The invention discloses an aerosol automatic fire extinguishing system, comprising a computer, a core switch, a fire detector, an audible and visual alarm, a spraying indicator lamp, an emergency start-stop button, a manual start button, system wiring, a fire alarm controller, and an aerosol fire extinguishing device. Under the application background that a hot aerosol fire extinguishing agent has the advantages of no toxicity, no pollution, no corrosion, no pollution, high fire extinguishing efficiency and the like, a hot aerosol spraying device and an intelligent control system are matched, and a system capable of automatically monitoring the fire behavior and controlling the aerosol fire extinguishing device in the corresponding area to spray aerosol to extinguish fire is designed. The fire extinguishing efficiency is high; the flexibility is high; the precision is high; and compared with a traditional fire extinguishing system, a large number of pipe networks do not need to be laid, and therefore the construction labor cost and the material cost are saved.

The invention discloses a vehicle-mounted low-voltage storage battery remote charging method and system. The residual electric quantity of a battery is detected through a battery management unit, andthe residual electric quantity is actively reported to a user unit through a remote control unit when the electric quantity is lower than a threshold value. A remote control unit controls a high-voltage charging unit to charge the battery and sends the remote charging state information to the user unit through the remote control unit only when the remote control unit receives the starting confirmation information fed back by the user, and the voltage information of a battery end and the charging information of a charging end are monitored at the same time in the charging process. According tothe present invention, the charging state in the charging process is comprehensively monitored, after it is detected that charging of the battery is completed, the high-voltage charging unit stops charging the battery, and the remote control unit sends the charging completion information to the user unit, so that the problem that the remote control and operation experience of the user are affecteddue to the fact that an existing vehicle-mounted battery charging management method cannot actively and comprehensively upload the battery related information, is solved.

The invention discloses an intelligent optical fiber wiring system adopting two-dimensional (2D) adopting an optical switch matrix. The system comprises a power supply module, a communication control module, a matrix module and an optical fiber access module, wherein the power supply module, the communication control module and the matrix module are arranged in a shell; the optical fiber access module is arranged on the shell; the matrix module comprises a micro-lens array; and a plurality of 2D micro-lenses are arranged on the micro-lens array. 2D MEMS (Micro-electromechanical Systems) matrix technology serves as the key optical switch technology, so that the problems on remote monitoring, remote management and remote control of the optical fiber wiring system are solved; and an optical fiber is remotely connected through an instruction in a jumping way, so that a worker is not required to be dispatched to a working field, the intelligent optical fiber wiring system is real-time and high in efficiency, and a huge breakthrough in the aspects of port number, stability and the like is achieved.

The invention relates to an environmental-friendly water and soil pollution detection robot and an operating method. The environmental-friendly water and soil pollution detection robot comprises a robot and a central processing module, wherein the central processing module is in control connection with a power platform, a sensor system, a GPRS (General Packet Radio Service) communication module and a photographic device; the central processing module is positioned at a central part of the robot; a gas detection device is arranged on the top of the robot; a water quality detection device and asoil detection device are respectively arranged at bracket positions on two sides of the lower end of the robot; and aircrafts are distributed at the periphery of the middle of the robot. The mobile communication APP application program is connected with the GPRS communication module, the flight platform is controlled by the central processing module, the processing structure is transmitted to a mobile terminal by the central processing module, and the photographic device is used for monitoring, so that direction and positions of the aircrafts are conveniently controlled by people, and monitoring, result analysis and remote control in toxic and harmful environments in an unmanned manner can be realized.

The invention discloses a remote control system with a touch switch for front and back pasting lamps. The remote control system comprises a power supply module and a control module, the power supply module supplies power to the control module; the power supply module comprises an AC90-277V input end, an input protection circuit, an EMC (Electro Magnetic Compatibility) filter circuit, a power supply filter circuit I, a power supply filter circuit II, a transformer, a constant-current constant-voltage circuit and a DCDC (Direct Current-Direct Current) voltage stabilizing circuit; the control module comprises a main control chip, a touch switch circuit, a positive and negative pasting lamp control circuit, an infrared receiving circuit, a Bluetooth Mesh networking circuit, an RGB control circuit and a control output end. After the scheme is adopted, the problem that decorative lamp strings or bulbs in the current market are insufficient in brightness and cannot be remotely controlled is solved.

An intelligent optical fiber wiring system adopting a 3D optical switching matrix includes a power supply module, a communication control module and a matrix module all arranged inside a casing, and an optical fiber access panel arranged on the casing, wherein the matrix module includes a route micromirror array and a selecting micromirror array; and a plurality of 3D micromirrors are arranged on the route micromirror array and a selecting micromirror array. The system adopts the 3DMEMS matrix technology as the core optical switching technology, solves the problems of remote monitoring, remote management and remote control of the optical fiber wiring system, jumper connection of optical fibers can be realized remotely through commands, personnel do not need to be dispatched to the site, and the system is real-time and efficient, and makes great breakthrough in port amount, stability and the like.

The invention discloses an AI universal remote controller control device and control method. The control device comprises an AI universal remote controller, a server and a mobile phone APP. An intelligent display screen is embedded in the top portion of the front surface of the AI universal remote controller; the center of the front surface of the AI universal remote controller is provided with aphysical key region; the center of the bottom portion of the front surface of the AI universal remote controller is movably connected with a touch key; and the inner cavity of the AI universal remotecontroller is fixedly connected with a TFT display module. Through cooperation of the AI universal remote controller, the server, the mobile phone APP, the intelligent display screen, the physical keyregion, the touch key, the TFT display module, a keyboard key control module, a lithium battery power management module, an MCU processing center module, a WIFI data transmission module, an infraredsensor data transmission / acquisition module, a FLASH storage module and interfaces, the device can operate and control multiple household appliances, thereby solving the problem that an existing remote control device does not have multi-purpose, remote control and search functions.

The invention provides an air conditioner control method and system based on intelligent wearing equipment. The method comprises the steps that a switching instruction input by a user is received, and a current control system of the intelligent wearing equipment is switched to the air conditioner control system according to the switching instruction, so that the air conditioner control system controls an air conditioner to execute corresponding operations according to the air conditioner control instruction input by the user. In other words, the user can switch the current control system of the intelligent wearing equipment into the air conditioner control system, and the air conditioner is controlled to execute the corresponding operations according to the air conditioner control instruction input by the user through the intelligent wearing equipment. As the intelligent wearing equipment is worn on the user, the problem that as a remote controller is not easy to carry and is lost easily, remote control over the air conditioner is affected is solved.

The invention provides an automated testing method and a mobile cloud testing system. The automated testing method comprises following steps of installing and starting an application to be tested on a mobile device in an on-line mobile device list; obtaining all elements on the home page of the application and storing the elements in a container, setting the container as the current container, and creating a root node; selecting an effective element according with the element rule in the current container and generating an automation execution instruction; obtaining all elements on the current page after the mobile device executes the instruction, comparing the element on the page with the element in the current container and an element in an existing container, and determining whether the page is a similar page; creating a new container and newly increasing a sub-node when the page is a dissimilar page; selecting a next effective element in the current container and continuing the similar judgement until all effective elements in the use-case tree module execute the similar judgement, and generating a testing report after analysis. According to the invention, an on-line sharing mobile device can be remotely controlled for automated testing.

The invention provides a printing equipment management system. The printing equipment management system comprises a user terminal, a server, printing equipment and a data acquisition device, and a printing equipment control device judges whether to stop working of the printing equipment or not according to control information; and under the condition that the judgment result is that the printing equipment stops working, the printing equipment is triggered to generate a printing equipment fault of a preset fault type so as to enable the printing equipment to stop working. Through the printing equipment control method and device, the problem that remote control over the printing equipment cannot be achieved in the prior art is solved, and remote control over the printing equipment is achieved.

The invention relates to an intelligent evacuation indicating system with the positioning function and an evacuation method. The system is composed of an escape RFID tag, positioning evacuation indicating nodes, an information processing transmission terminal and a monitoring display terminal. An implementing hardware platform is set up for acquiring position information, evacuation indicating node information and the like of trapped persons in the escaping process, a monitoring center can know the position information of trapped persons in a building in the escaping process in real time, the display direction of the evacuation indicating nodes can be comprehensively controlled according to the positions of persons, the fire source position and the like, the persons can be distributed and evacuated in assembly occupancies, and meanwhile, decision supporting is provided for rescue activities. The system integrates the evacuation indication function and the positioning function, and project cost is greatly saved. The system can also achieve remote control, meets the actual fire control requirement and is higher in practicability degree. The monitoring range can be adjusted by changing the wireless signal power. The system is more flexible to use.

The invention discloses a remote charging method and system for a low-voltage battery in a vehicle. The battery management unit detects the remaining power of the battery, and when the power is lower than a threshold, the remote control unit actively reports to the user unit. The high-voltage charging unit is controlled to charge the battery only when the feedback confirms the information is turned on, and the remote charging status information is sent to the user unit through the remote control unit. During the charging process, the voltage information of the battery terminal and the charging information of the charging terminal are monitored at the same time, and the charging is fully monitored. The charging state in the process, after detecting that the battery is charged, the high-voltage charging unit stops charging the battery, and the remote control unit sends the charging completion information to the user unit. It solves the problem that the current vehicle battery charging management method cannot actively and comprehensively upload battery-related information, which affects the user's remote control and operation experience.