172results about How to "Realize remote control function" patented technology

The invention discloses a multi-unmanned aerial vehicle cooperative task planning simulation system based on a VR-Forces simulation platform. The multi-unmanned aerial vehicle cooperative task planning simulation system is characterized by consisting of n unmanned aerial vehicle simulation subsystems, a ground control center simulation subsystem and a task planning simulation scene management subsystem, wherein the unmanned aerial vehicle simulation subsystems are used for simulating the cooperative task planning of unmanned aerial vehicles, and displaying the state information of each unmanned aerial vehicle in real time; the ground control center simulation subsystem is used for simulating the remote control on the unmanned aerial vehicles; the task planning simulation scene management subsystem is used for creating, loading and displaying a task planning simulation scene. Different cooperative task planning scenes of the unmanned aerial vehicles can be rapidly and effectively simulated, the consistency of the simulation entity state information and the simulation time of each unmanned aerial vehicle can be ensured, the task planning simulation scene is displayed in a real-time two-dimensional image way, and the research and development efficiency of the cooperative task planning system of the unmanned aerial vehicles is thus improved.

The invention discloses a digitized information system and a digitized information method for remotely and comprehensively monitoring urban inspection wells. The digitized information system comprises a plurality of anti-theft inspection well covers, wireless network nodes, a general packet radio service (GPRS) module and a digitized information system center, wherein the anti-theft inspection well covers are in remote communication connection with the digitized information system center through the wireless network nodes and the GPRS module. The environment information of the inspection wells and the states of the well covers are acquired in real time through wireless terminal nodes and then uploaded to the digitized information system center; and in case that the well covers are thieved and damaged, correlative departments or managers can be timely informed in an acousto-optic alarm and short-message mode, the well covers can be remotely controlled, and the problems of potential safety hazard of people and vehicles and loss of underground cables and equipment caused by theft or damage of the inspection well covers are solved. Meanwhile, by publishing the monitored inspection well data through web, data sharing is realized, an integrated comprehensive information management platform for inspection, processing and supervision is constructed, the level of digitized urban construction is improved, and urban image and urban competitiveness are improved.

The invention relates to a gesture controlling intelligent switch capable of controlling a domestic appliance. The gesture controlling intelligent switch comprises a wireless communication module or a wired communication module, a microprocessor, or a wireless communication module with a microprocessor, an infrared transmitting module, an infrared receiving module, a power module and a mobile phone APP (application). The infrared transmitting module consists of a plurality of infrared transmitting tubes and is connected with an infrared transmitting port of the microprocessor; the infrared receiving module is connected with an infrared receiving port of the microprocessor; the wireless communication module or the wired communication module is connected with a communication port of the microprocessor; and the mobile phone APP is provided with an operation interface and an operation button which correspond to an infrared remote controller of the domestic appliance. The intelligent switch is controlled by multidirectional and multi-angle gesture action information inputting; by the intelligent switch, a mobile phone has a remote control function and an anti-theft function on the domestic appliance with an infrared function, cross infection of viruses and bacteria is avoided owing to contact-free gesture control, and a user feels good and convenience when using the gesture controlling intelligent switch.

The invention relates to an automatic allocation method for serial device communication addresses, which comprises the following steps: after an instruction is received from a device, setting an address recognition output pin to be high or low, and judging whether the levels of the output pin and an input pin are consistent or not; and if the levels of the input pin and the output pin are inconsistent, setting the own equipment address to be 1, sending the equipment address to the gateway, and outputting two pulses to the next equipment at the output pin after delaying for a period of time; ifthe level of the output pin is consistent with the level of the input pin, enabling the slave equipment to configure the address recognition input pin to be in an edge or level triggering interrupt mode; accumulating the number of the pulses in the interruption, setting the number of the pulses as the address of the device itself after the number of the pulses is transmitted, sending the addressto the gateway, and then adding one pulse to the number of the addresses output by the address recognition output pin to the next device. Therefore, the method for automatically allocating the addresses of the gateway and the following slave devices in the serial port mode is realized, and the flexibility and convenience of allocating the addresses of the plurality of slave devices are improved.

The invention provides a satellite attitude track control test system and method. The satellite attitude track control test system comprises a simulator head, a simulator intelligent controller and a simulator remote client side, wherein the simulator head is used for outputting simulation signals in a test and simulating the operating environment of a satellite to be tested; the simulator intelligent controller is connected with the simulator head, controls the operation of the simulator head and collects the work state of the simulator head, and the simulator remote client side is connected with the simulator intelligent controller, controls the operation of the simulator intelligent controller remotely and displays the work state of the simulator head; the simulator remote client side is connected with the simulator intelligent controller through a bus. The satellite attitude track control test system and method can realize a simulator remote control function, carry out remote control and state display through the simulator remote client side, realize unattended operation of a test site, and improve work efficiency.

The invention provides an intelligent planting box, which relates to the technical field of a planting apparatus. The intelligent planting box comprises a planting box body, wherein the planting box body is provided with an air inlet, an air outlet, a hot air inlet and a cool air inlet, the air outlet is provided with a ventilation apparatus, the air inlet, the air outlet, the hot air inlet and the cold air inlet are respectively provided with an air valve, and the air valve is provided with an automatic opening and closing apparatus; the hot air inlet and the cold air inlet are respectively connected with a hot air source and a cold air source; at least one planting unit is arranged in the planting box body; a power supply module, a control module, a carbon dioxide sensor and a temperature sensor are installed in the planting box body; and the ventilation apparatus, the automatic opening and closing apparatus, the carbon dioxide sensor and the temperature sensor are all connected withthe power supply module and the control module, and the power supply module is connected with the control module. By adopting the intelligent planting box, a plant growth environment in the plantingbox is precisely adjusted, and an optimum cultivation effect can be achieved.

The invention discloses a smart household control system which at least includes a smart object module, an easy module, and a timing module. The smart object module includes available smart household appliance devices. The timing module includes a countdown function which, based on working hours corresponding to the selected one or more than one smart household appliance devices and the time when a user arrives at a smart home, conducts countdown on the starting time of the smart household appliance device or devices. The smart object module and/or the smart household devices, the easy module, and the timing module that are available for selection therein sets and are selection-operatably displayed in an internet-connectable smart device terminal. The internet-connectable smart device terminal is connected to the smart household, and controls the smart household. According to the invention, the smart household control system can determine the starting time of the smart household in a more precise manner in accordance with the distance between a user and the smart household, which increases intelligence of the smart household and is much closer to user's life.

The invention discloses a multi-sensor integration based automotive transport monitoring system which comprises a background monitoring server and at least one vehicular multi-sensor monitoring terminal. The background monitoring server and the multi-sensor monitoring terminals are connected through a wireless network and TCP (transmission control protocol)/IP (internet protocol), the background monitoring server comprises an application program server, a WEB server, a database server, each multi-sensor monitoring terminal comprises a MCU (microprogrammed control unit), a gas monitoring function module, a safety monitoring function module, a transport condition monitoring function module and a wireless communication function module, and the gas monitoring function module, the safety monitoring function module, the transport condition monitoring function module and the wireless communication function module are electrically connected with the MUC respectively. By adopting the multi-sensor integration based automotive transport monitoring system, monitoring can be realized by starting different sensors according to different automotive conditions, so that the monitoring problem of unsafe factors such as drunk driving, fatigue driving and resting in automobiles with doors closed in cold weather of long-distance transport drivers is solved.

The present invention provides a water-jet-flow continuously-drilling directional drilling machine. It is formed from winding mechanism, continuous steel pipe, steel pipe driving mechanism, steel pipe coalignment mechanism, water-jet-flow drilling bit, inclinometer while drilling, direction control system, high-pressure water pump and oil pump.

The invention discloses an intelligent restaurant service robot. The intelligent restaurant service robot comprises a body imitating a humanoid form, a head, double hands, a skirt and a walking base,wherein the walking base is installed below the skirt, a steering engine steering mechanism and a wheel motor driving mechanism are arranged in the walking base, the two hands extend forwards, a dinner plate is held on the two hands, the dinner plate is covered with a cover, and a cover opening driving mechanism is arranged between the dinner plate and the cover. The robot is internally provided with an intelligent service system, and the system structurally comprises a central controller, an information acquisition circuit, a driving circuit, a voice circuit and a display circuit so that thefunctions of greeting, dish ordering, vegetable feeding and dialogue entertainment can be achieved.

The invention discloses a polar roaming spherical robot, which comprises a spherical robot structure, a main control system, a high performance storage battery, an attitude sensing system, a task sensing system, a satellite positioning communication system and a heat preservation system, wherein the main control system is connected with the high performance storage battery to finish power supply and wind driving generation management functions; the main control system is connected with an attitude sensor to obtain the current attitude information of the robot; the main control system is connected with the task sensing system to obtain temperature humidity information, environment barrier information and the like of the current environment; the main control system is connected with the satellite positioning communication system to realize global satellite positioning information obtaining, satellite remote data communication and remote control functions and the like; and the main control system is connected with the heat preservation system to realize heat preservation control for the robot electronic parts and the battery, thereby ensuring normal running of the system under the low-temperature environment. The roaming spherical robot provided by the invention can be widely used for environment detection and application under the conditions such as a polar environment.

The invention discloses a communication network-based vehicle monitoring system, mainly comprising a vehicle-mounted control host, a user end carried by a user and a remote information interactive server. The vehicle-mounted control host comprises a micro-control unit, a warning device, an inductive circuit and a global system for mobile (GSM) communication module, wherein the warning device, the inductive circuit and the GSM communication module are connected with the micro-control unit; the remote information interactive server is mainly composed of an information detection unit, a real-time status analysis unit, a user information search unit, a user database and a GSM control unit, wherein the information detection unit is connected with the control host, and connected with the user information search unit through the real-time status analysis unit, the user information search unit is simultaneously connected with the user database and the GSM control unit, and the GSM communication module is connected with the user end; and the vehicle-mounted control host transmits the warning information of a vehicle to the remote information interactive server, and the remote information interactive server sends the specific warning information of the vehicle to the user end, thereby achieving the onsite warning and the remote warning of the vehicle.

The invention belongs to the field of etching process of crystalline silicon solar cell. In particular, the invention relates to a method for treating crystalline silicon etching waste water and a system used by the method. The method for treating the crystalline silicon etching waste water comprises: by heating the crystalline silicon etching waste water and after adjusting the pressure and pH value, blowing off the waste water in the vacuum state; and condensing gaseous mixture of isopropanol blown off from the waste water by a condenser, obtaining the isopropanol with certain concentration, completing the first treatment, and simultaneously reducing COD of the waste water to a lower level. Moreover, the isopropanol recovering liquor after the first treatment is subjected to secondary treatment to obtain the isopropanol recovering liquor with higher concentration. By the method for treating the crystalline silicon etching waste water, the isopropanol can be effectively recovered from the crystalline silicon etching waste water, and the COD of the waste water can also be reduced.

The invention discloses a remote control method and device, computer equipment and a storage medium, relates to the field of terminal control, and is used for reducing the engineering quantity of program development for realizing the remote control technology. The method provided by the invention comprises the following steps: configuring an identity label of controlled equipment in a browser pageaccording to a received configuration instruction; when a remote control instruction is received through the browser page, sending a remote control request message to the controlled equipment; receiving screen display content of the controlled equipment fed back by the controlled equipment in real time according to the request message; converting the received screen display content of the controlled equipment into a picture frame in real time, and displaying the picture frame in a browser page in real time; monitoring the mouse coordinates and the mouse event in the picture frame area in realtime, and sending the monitored mouse coordinates and mouse event to the controlled equipment corresponding to the identity label in real time, so that the controlled equipment executes the corresponding mouse event at the position of the received mouse coordinates.

The invention provides a power supply control system for a Hall electric thruster of a spacecraft, and the power supply control system can be used for centralized power supply and centralized control and management. The power processing framework of the Hall electric thruster comprises an anode power module, a cathode power module and an ignition power module; each power module comprises an enable circuit; the working and turning-off of each power module are controlled through enable signals of a control unit which act on each power module in a centralized manner; the external enable signal acts on the enable control end of each power module, and the enable signal emitted under the centralized sequential control of the control unit controls each power module to work and be turned off sequentially; and therefore, the Hall electric thruster can ignite successfully, continuously and stably. Therefore, the operation control of the electric thrusting sub system can be finished under a preset timing sequence; redundancy switchover is performed by control commands, so that telemetry parameters are acquired, isolatedly-converted, and supplied to telemetering/telecontrol ports, and a telecontrol function is realized; and the power supply control and power supply efficiency of the system are effectively improved.

The invention relates to a community access control lock system with a remote control function. A door opening button simulation mechanism is connected to a door opening button of a conventional electronic lock and is further connected with an electronic lock control circuit to realize locking and unlocking of an access control lock. Further, the door opening button simulation mechanism is connected with an access control controller through a lock driving interface, the access control controller is connected with an access control gateway through a network, and accordingly a network connection function can be achieved, connection with an Internet of Things system can be realized, and remote control and intelligent management of access control are realized. Furthermore, by a cloud access control server, the system is capable of sending prompt messages to management personnel according to control signals of the electronic lock or linking with other Internet of Things devices to realize advanced management of access control.

The invention discloses an atmosphere pollutant automatic monitoring sample-reserving system. The atmosphere pollutant automatic monitoring sample-reserving system comprises an atmosphere pollutant on-line monitor, a main controller, a memory, a sample-reserving controller, and an automatic sample-reserving apparatus. When an atmosphere pollutant in a target environment of an atmosphere pollutanton-line monitor exceeds a standard or exceeds a preset value as a pollution source point location contribution value, the main controller controls the powering-on of the automatic sample-reserving apparatus by controlling the sample-reserving controller to collect the atmosphere pollutant in the target environment, and the automatic sample-reserving apparatus is turned off after collection is completed. The atmosphere pollutant automatic monitoring sample-reserving system uses characteristics of an atmosphere pollutant on-line traceability system and the automatic sample-reserving controller,and through combination of real-time on-line monitoring and off-line analysis, scientificity and accuracy of monitoring data are guaranteed.

The invention discloses a parking space management system and method. The system comprises a shell, a positioning unit and/or an emergency calling button. The shell is internally provided with an RFIDcard reader, a power module, a controller, a distance sensing unit, a sound-light alarm unit and an SIM communication unit; the RFID card reader, the sound-light alarm unit, the distance sensing unitand the SIM communication unit are connected with the controller separately, and the power module provides a power supply for other units. The positioning unit positions a parking space through a GPS; when the controller detects that the emergency calling button is switched on, the sound-light alarm unit is triggered to give an alarm, and meanwhile alarm information is sent to a corresponding remote terminal through the SIM communication unit. The parking space management system has the advantages that under the condition that a citizen needs emergency calling, the emergency calling button can be pressed, the sound-light alarm unit simulates alarm sound, and telephone alarm is conducted through the SIM communication unit.

The invention discloses a riot gun management system platform which comprises a back-end server, a front-end control center, terminal equipment and a monitoring and command center, the back-end server comprises a database server, a calculation server, a storage server and a backup server, the front-end control center comprises a PC, face recognition equipment, an RFID card reader and an alarming horn, and the terminal equipment comprises an intelligent handle device, a wireless remote controller and an intelligent handle charging base. According to the invention, the platform takes the place of paper recording in the prior art, the time of picking and giving back the gun is greatly reduced, one-to-one corresponding relations between guns and users are realized, in the picking and giving back process, the clarity and uniqueness of gun are realized, man-made gun confusion is avoided, real-time gun positioning is realized, the position, the track and the user of each gun are cleared, the gun safety and remote control functions are controlled and realized in whole process in real time, and the accidental discharge of the gun or a supercargo using the gun because of factors such as personal factor and the like are avoided.