37results about How to "Improve remote control efficiency" patented technology

In order to provide an intelligent unmanned aerial vehicle remote control way and reducing unreliable and uncertain factors in the prior art, the invention provides a voice control method for an unmanned aerial vehicle. The method comprises: (1), a remote control unit receives a voice instruction; (2), the voice instruction is sent to a control unit of an unmanned aerial vehicle; (3), the control unit of the unmanned aerial vehicle is decomposed into a plurality of instructions of separate motions; (4), the control unit of the unmanned aerial vehicle carries out rehearsing on the plurality of instructions of separate motions; and (5), the unmanned aerial vehicle provides feedback information for the remote control unit according to the rehearsing result. According to the invention, the high-reliability transmission requirement of the flight parameter and working parameter of the unmanned aerial vehicle is eliminated; a feasible scheme can be estimated intelligently and can be executed automatically; and the remote control efficiency of the unmanned aerial vehicle is substantially improved. Besides, with the voice identification technology, safety of remote control of the unmanned aerial vehicle can be strengthened.

The invention discloses equipment and a remote control method and a remote control device thereof, a storage medium and a processor. The remote control method of the equipment comprises the steps as follows: the target equipment builds a communication connection with a server based on a narrowband Internet of Things of a cellular network; the target equipment receives a control command forwarded via the server, wherein the control command is sent by the target terminal to the server, and the target equipment is associated with a target terminal via identification information; and the target equipment executes target operation corresponding to the control command. According to the method and the device provided by the invention, the effect of improving the low remote control efficiency of the equipment is achieved.

The invention discloses an unstructured supplementary service data-based (USSD) intelligent household appliance remote control method, a USSD-based intelligent household appliance remote control device and a USSD-based intelligent household appliance remote control system. The device and the system comprise a household appliance control terminal and a household appliance wireless communication gateway, wherein the household appliance control terminal is used for transmitting a USSD household appliance operation request to the household appliance wireless communication gateway and receiving a USSD household appliance operation response returned by the household appliance wireless communication gateway; and the household appliance wireless communication gateway is used for determining a household appliance operation instruction represented by the received USSD household appliance operation request, performing corresponding operation on the household appliance under control thereof according to the household appliance operation instruction and returning the USSD household appliance operation response generated after the corresponding operation to the household appliance control terminal. The method, the device and the system provided by the invention improve the convenience of the intelligent household appliance control operation and the efficiency of the intelligent household appliance remote control.

The invention provides a vehicle control method, device and system, equipment and a storage medium. The vehicle control method comprises the steps of: receiving a road condition video of a road segment where a vehicle is located; sending the road condition video to a remote cockpit to enable the remote cockpit to display the road condition video; and under the condition that the operation instruction is received, sending the operation instruction to the vehicle so that the vehicle can execute corresponding operation, wherein the operation instruction is generated based on the driving operation of the remote cockpit, and is sent to an MEC server through the communication connection between a remote cockpit and the MEC server. According to the vehicle control method, the device and the system, the remote control efficiency of the vehicle can be effectively improved.

The invention discloses a somatosensory interaction system and method. The somatosensory interaction system comprises a somatosensory interaction apparatus and at least one controlled device, wherein the somatosensory interaction apparatus is remotely and wirelessly connected with the controlled device and used for acquiring human body image data, identifying the human body image data to obtain corresponding human body action information, determining a functional instruction according to human body action information and sending the functional instruction to the controlled device; and the controlled device is used for receiving the functional instruction and executing a functional operation corresponding to the functional instruction. The somatosensory interaction apparatus can be used for greatly reducing the influence of the environment on the control accuracy in a manner of remotely controlling the controlled device; and compared with the prior art, the system and the method have the advantages that the set position of the controlled device is no longer limited to a sensing range of a depth camera of the controlled device, so that the somatosensory interaction technology is better developed in hardware device control.

The invention discloses a method for quickly cutting off loads locked by ultra-high-voltage direct current in batches in a concurrence manner. A power grid dispatching automation system serves as a foundation, a switch sequence is selected according to a selection strategy and a filtering condition, a multi-turn control and standby channel control method is adopted, multi-turn control time intervals are adjusted flexibly, batch load cutting-off control success rate is increased greatly, batch loads are cut off quickly by a single-station serial and multi-station parallel combined remote-control mode, batch remote control efficiency is greatly improved, millions of loads can be cut off in minutes, the loads can be quickly controlled in batches on the premise that the safety and the accuracy are ensured when ultra-high-voltage direct current locking fails, and safe and stable running of a power grid is guaranteed.

The embodiment of the invention provides a processing machine remote control method, device and system based on a cloud platform. The method comprises the following steps: receiving a remote processing instruction sent by a remote network control end, wherein the remote processing instruction carries a processing machine address; determining processing data required by this processing and indicated by the remote processing instruction from the locally stored processing data, and serving the determined processing data as to-be-sent processing data; sending the remote processing instruction to the processing machine with the processing machine address according to the processing machine address, and sending the to-be-sent processing data to the processing machine in batches, wherein the datasize in each sending cannot more than the data storage size of the processing machine. By applying the control method provided by the embodiment of the invention, the remote control efficiency of theprocessing machine can be improved.

The invention provides a signal channel switching method, device and equipment and a storage medium, the method is applied to a vehicle-mounted mobile terminal, and the method comprises the following steps: establishing a first signal channel with a first underground base station through a first radio frequency module, and performing data transmission with a ground control center through the first signal channel; in the moving process, detecting wireless signals transmitted by a plurality of underground base stations through a second radio frequency module, and determining a second underground base station according to the signal strength of the detected wireless signals; and establishing a second signal channel with a second underground base station through a second radio frequency module, stopping sending the first data to the aboveground control center through the first signal channel, and continuing to receive the second data through the first signal channel when the second signal channel does not meet the receiving condition of the second data sent by the aboveground control center. In this way, in the signal channel switching process, it can be guaranteed that data sent by the ground control center to the vehicle-mounted mobile terminal cannot be lost.

The invention discloses a serial server system based on the Internet. The system comprises instant messaging (IM) servers, IM control ends and far-end devices, wherein IM is the English abbreviation of instant messaging, the IM servers are arranged on nodes of the public Internet and used for coordinately organizing the far-end devices to be communicated with the IM control ends and supporting an instant messaging protocol, the IM control ends are used for remote monitoring of the far-end devices, each far-end device comprises an IM client end and a serial port access module, the serial port access module is connected with industrial on-site devices through serial ports, the IM client end is accessed into the public Internet and supports the instant messaging protocol, and therefore communication between the IM client ends and the IM servers on the Internet nodes is achieved. Public Internet infrastructure construction is sufficiently utilized to achieve global remote control, moving control and the like, remote control efficiency is improved, and building comprehensive cost of a large-scale remote control system is lowered.

A vehicle remote control system and a vehicle control and management server are disclosed. The system comprises the vehicle control and management server, a vehicle control terminal and a user terminal, wherein the vehicle control and management server is used for issuing vehicle control instructions; when no reception feedback is received from the vehicle control terminal in preset time, a vehicle control task is canceled and a remote vehicle control request from a user terminal side is revoked, the corresponding execution state information indicating control instruction reception failure is sent; the vehicle control terminal is used for performing relevant control operation on a vehicle according to content of the instruction, and an instruction execution result concerning the vehicle is sent, and the user terminal is used for sending the corresponding remote vehicle control request and receiving the instruction execution state information or the execution result. Via the vehicle remote control system and the vehicle control and management server disclosed in a solution of the invention, a problem that a user cannot resend the control instruction when the control instruction is not received by the vehicle for a long time can be prevented, and user experience can be improved.

The invention provides a server remote control method and system. The server remote control system comprises a controller, a switch and at least a server; one end of the switch is connected with the controller while the other end thereof is connected with each server; and the controller is used for setting a control script. The server remote control method comprises the step of distributing an IPaddress to each server by utilizing the control script; and obtaining the IP address of a to-be-controlled server, accessing the BMC (Baseboard Management Controller) Web interface of the to-be-controlled server through the switch based on the IP address of the to-be-controlled server, and performing remote control on the to-be-controlled server by utilizing the BMC Web interface of the to-be-controlled server. The scheme provided by the invention can improve the remote control efficiency of the server.

An embodiment of the invention provides electronic equipment which comprises a first mainboard and a second mainboard, wherein the first mainboard comprises a communication module and a first controlmodule, the second mainboard comprises a second control module, and the second mainboard is provided with a startup structure and a state monitoring structure; the communication module is connected with the first control module; under the condition that the first mainboard is in a power-on state, the communication module is used for receiving a remote control instruction, the first control moduleis used for controlling the power-on structure to act, and the first control module is further used for establishing communication connection with the second control module under the condition that atarget signal sent by the state monitoring structure is received. The embodiment of the invention further provides a remote control method, terminal equipment and a readable storage medium. Accordingto the method disclosed in the embodiment of the invention, complexity of remote control for the electronic equipment is reduced, and remote control efficiency is improved.

The invention discloses a robot remote control system and relates to the field of robot control systems. The robot remote control system comprises a mobile robot hardware platform and an Android mobile terminal platform; the mobile robot hardware platform comprises a main control board, and a first wireless communication module, an infrared obstacle avoidance module, an image acquisition card, a lamp control module, a power module, a motor drive and a crawler motor electrically connected with the main control board; the data input end of the image acquisition card is electrically connected with a panoramic camera; the Android mobile terminal platform comprises an Android human-computer interface, an operation handle and a second wireless communication module; the Android mobile terminal platform and the mobile robot hardware platform are in network connection through the first wireless communication module and the second wireless communication module. The robot remote control system solves the problems that an existing robot remote control system is low in control efficiency and cannot realize data synchronization between a control terminal and the robot platform, and a robot cannot carry out efficient obstacle avoidance and intelligent human-computer interaction control.

The invention relates to an equipment remote control method and device, a storage medium and a remote control system. A resending instruction is received. The resending instruction represents that anoperation instruction sent to target equipment under the circulating mode is resent. The operation instruction is used for controlling the target equipment to execute corresponding operation. After the resending instruction is received, the operation instruction, sent to the target equipment, of the last time is obtained. The obtained operation instruction of the last time is sent to the target equipment. A user conducts resending operation, for example, a resending key is pressed to trigger remote control equipment to receive the resending instruction, the resending instruction represents that the operation instruction sent to the target equipment under the circulating mode is resent, and after the resending instruction is received, the operation instruction of the last time is obtained and directly sent to the target equipment. Operation is convenient and easy, the remote control efficiency is high, and the traditional problem that operation needs to be conducted for multiple times,the instruction sent just now can be sent again only by adjusting the remote control equipment into the state when the instruction sent just now is sent is avoided.

The invention relates to the field of electric power control, in particular to a power equipment operation background remote control method and system, computer equipment and a storage medium, and the method comprises the steps: obtaining current data information of power equipment, and remotely transmitting the obtained data information to a background, the data information comprising multiple pieces of attribute information; respectively setting preset thresholds based on the plurality of pieces of attribute information, and respectively comparing the attribute information with the corresponding preset thresholds based on a comparison program; if the attribute information is smaller than a preset threshold value, sending a power supply signal; on the basis of the power supply signal, starting a power control program to execute a first operation on the power equipment, the first operation comprising continuous power supply. The method has the effect of improving the remote control efficiency of the power equipment.