869 results about "Remote control command" patented technology

The present invention is directed towards systems and methods for providing a framework for providing one or more applications to a user set top device. The method according to one embodiment of the present invention comprises providing a minimized state wherein installed applications are displayed as one or more minimized widgets on an output device in communication with to the user device wherein the list of the installed applications comprises one or more indications of passively updated content associated with the installed applications. In response to the selection of a minimized widget command, a widget state is provided wherein a portion of the output device is allocated for the display of additional widget content in response to the selection of a minimized widget. In response to a remote control command, a full-screen state is provided wherein full-screen version of the minimized widget may be displayed. Finally, an installed application is displayed in a minimized, widget or full-screen state in response to a user action

A remote control system for a hearing aid (9) comprises a mobile telephone (1) and a plug-in device (5). The mobile telephone (1) is executing hearing aid remote control software and transmitting commands to the hearing aid (9) via the plug-in device (5). The plug-in device (5) comprises means for transmitting remote control commands or audio to the hearing aid (9) wirelessly. The invention provides a system, a plug-in device and a mobile telephone.

A wireless system is provided for monitoring environmental, soil, or climate conditions and/or controlling irrigation or climate control systems at an agricultural or landscape site. In some embodiments, the wireless system includes at least one wireless nodes for monitoring environmental, soil, or climate conditions and/or for controlling one or more irrigation or climate control systems at the site. The wireless system also includes a server computer system located remotely from the site. The server computer system is coupled to the node/s over a communications network for receiving data from and controlling operation of the node/s. The server computer system is also coupled to a device operated by an end-user over a communications network for transmitting the data to and receiving remote control commands or queries from the end-user.

The invention discloses a micro/nano satellite measure and control communication integral transmitting and receiving system and a realization method thereof. The method comprises the following steps: 1) uplink signal processing: 11) receiving and processing radio-frequency signals to obtain analog intermediate-frequency signals; and 12) carrying out analog to digital conversion and digital underlocking on the analog intermediate-frequency signals and dividing into two paths of uplink digital intermediate-frequency signals, namely, one path of the signals is sent to a satellite-mounted computer by QPSK (quadrate phase shift keying) demodulation and uplink protocol processing so as to finish uplink data transmission, and the other path of the signals is subjected to the PM (phase modulation) demodulation to obtain side sound signals and PSK (phase shift keying) remote signals, and the PSK remote signals are subjected to BPSK (binary phase shift keying) demodulation to convert into a remote control command which is sent to the satellite-mounted computer so as to finish the remote control; and 2), downlink signal processing: 21), acquiring two paths of data from the satellite-mounted computer and a storage unit, namely, one path of data which is subjected to downlink protocol processing, BPSK modulation, combination with the side sound signals and downlink measure and control carrier PM modulation is combined with the other path of data which is subjected to the downlink protocol processing and the QPSK modulation to enter a satellite-ground radio-frequency emission channel; and 22) converting into radio-frequency signals to finish the remote measure and the downlink data transmission.

The invention discloses a comprehensive test method of a small satellite power subsystem. In the method, a solar cell array is replaced by a solar matrix simulator; a ground wired test and control platform of a satellite comprehensive test system is used to transmit wired instructions and collect important parameters; and ground test and control equipment, a remote measurement and control front end and a test computer are used to transmit remote control instructions and collect remote test data. After the satellite is electrified, the on operation time, off operation time and remote control command transmission time of the solar matrix simulator are reasonably controlled, the working state of a power subsystem is set, various parameters and states are monitored and interpreted, and thus, various test items are accomplished. In addition, a method of injecting normal or fault data blocks and program blocks is adopted to test the up injection function, reliability and fault tolerance are tested. The method has high test coverage, clear and definite flow, simple and reliable operation and convenient construction.

The invention discloses a pair of intelligent glasses and a control method for controlling an unmanned aerial vehicle, and belongs to the field of unmanned aerial vehicle application. The pair of intelligent glasses comprises a remote control command sender, a telemetry data receiver, an image display device, an eyeball motion monitoring device and a controller, wherein the eyeball motion monitoring device is arranged on the image display device and is used for transmitting aerial images of a shooting device carried on the unmanned aerial vehicle to the image display device for displaying; the controller is electrically connected with the eyeball motion monitoring device and the remote control command sender respectively, and is applicable to generating a control command and transmitting the control command to the unmanned aerial vehicle according to user eyeball motions detected by the eyeball motion monitoring device; and the shooting device is controlled according to the control command to perform corresponding actions. The invention provides a conception of adjusting the direction of the shooting device carried on the unmanned aerial vehicle by using the eyeball motions, and the natural motions of eyeballs during observation are fully utilized to automatically adjust the best field of view. Meanwhile, the eyeball motions are combined with the flight path control of the unmanned aerial vehicle.

The invention discloses a wave energy and solar energy driven unmanned monitoring ship for a marine environment, which comprises a ship body and an unmanned control system, wherein the ship body has a shape of rigid inflatable boat; the unmanned control system comprises a ground remote control system and a ship-loaded system which are coupled with each other through a wireless data link; the ground remote control system comprises a remote control computer, a wireless network bridge and corresponding top-layer application software; the ground remote control system is used for receiving, analyzing and displaying a ground remote control command and data; a serial port of the remote control computer is connected to the wireless network bridge; and the ship-loaded system comprises a navigationcontrol subsystem, a communication subsystem, a navigation information sensing and collecting subsystem, a wave energy and solar energy power generating and supplying subsystem and a data collecting subsystem. No diesel motor is required in the wave energy and solar energy driven unmanned monitoring ship, a wave energy generating system and a solar energy generating device of the ship are directly used for supplying power, the quality of output electric energy is stable and the electromagnetic compatibility is excellent, thereby ensuring the normal work of ship-loaded equipment under a complex marine environment.

The invention relates to an unmanned aerial vehicle system with in-site virtual-actual coupling. The system comprises an environment detection module, a virtual flight simulation module, an unmanned aerial vehicle remote control module, an unmanned aerial vehicle ground station module and an unmanned aerial vehicle flight module, wherein the environment detection module is used for detecting varied environmental parameters of the actual flight environment of the site; the virtual flight simulation module is used for generating virtual training environment and a virtual unmanned aircraft; the unmanned aerial vehicle remote control module is used for generating and transmitting remote control commands for an unmanned flight unit, and the remote control commands can be received by the unmanned aerial vehicle flight module and the virtual flight simulation module; the unmanned aerial vehicle flight module is an actually-mounted unmanned aircraft; an unmanned aerial vehicle ground station is equipment which is placed on the ground, and use staff perform initialization and real-time information treatment on the actually-mounted unmanned aircraft or the virtual unmanned aerial vehicle aircraft through the unmanned aerial vehicle ground station, so that the initial route of the actually-mounted unmanned aircraft or the virtual unmanned aerial vehicle aircraft is programmed, and the position, the attitude parameter and the obtained video signal of the actually-mounted unmanned aircraft or the virtual unmanned aerial vehicle aircraft are received.

A telemetering, remote signaling and remote controlling method of road lamps supporting the ZigBee and an electronic ballast are provided by the invention, which is characterized in that an embedded type processor/controller supporting the ZigBee is adopted and the invention is provided with a wireless communication module supporting the ZigBee and connected with a microcontroller by an SPI bus interface. The wireless communication module supporting the ZigBee is connected with an administration and monitoring center by the ZigBee and a group controller. By the wireless communication module, the microcontroller receives a telemetering command and a remote control command to remotely control a single lamp or a group of road lamps and measure the parameters and states of the road lamps, and sends a remote signaling report and a remote controlling report to the administration and monitoring center by the wireless communication module. Due to the low price of the hardware of network node equipment, not only network maintenance cost, labor power and time can be greatly reduced, but also the powerful data acquisition capacity and the error self-recovery capacity of networks can be guaranteed. Furthermore, normal operation can be available even in the condition that individual nodes are out of operation.

A data communication system for use in downhole applications wherein electrical energy is supplied over a multiple-conductor power cable to an ESP motor assembly. A downhole unit is AC-coupled to the conductors of the power cable through the wye point of the ESP motor assembly. A surface unit is AC-coupled to the conductors of the power cable. Uplink communication of telemetry data occurs over an AC communication scheme supported by the downhole unit and the surface unit. Downlink communication of remote control command data occurs over a different AC communication scheme supported by the surface unit and the downhole unit. These AC communication schemes provide an independent supply of power to the downhole environment. All communication between the surface and downhole environment is accomplished through the power cable without the use of additional communication lines. Data communication is maintained in the event of a ground fault on the power cable.

A system for remotely erasing data, a method, a server, and a mobile device thereof, and a computer program product are provided. The method is adapted for the mobile device having an internal storage unit and an external storage unit, wherein a user account of a service website is set up for the mobile device. In the method, a relationship between the user account and the mobile device is recorded in the server. The server receives a data erasing request corresponding to the user account through the service website, and sends a remote control command to the mobile device corresponding to the user account. Then, the mobile device erases data stored in the external storage unit thereof according to the remote control command.

The invention discloses a remote-control unit control method and device and a remote-control unit. The remote-control unit control method includes the steps that a voice awakening command reaches, a voice control mode is started, and a voice message is received; the voice message is identified, a remote control command is obtained from the voice message; and the remote control command is transmitted to a controlled plant. By means of the remote-control unit control method and device and the remote-control unit, the voice message is received and identified through the remote-control unit and converted into the remote control command to be transmitted to the controlled plant; voice control of the voice remote-control unit over the controlled plant is achieved; a user only needs to speak out the remote control command for the remote-control unit; control over the remote-control function of the remote-control unit can be achieved; operation of the remote-control unit is simplified; and the operation of the remote-control unit can be simple and convenient.

A method is provided for controlling a device by a portable terminal in a device automation system. Upon detecting an execution request for a single remote control mode for remotely controlling a device, the portable terminal sends a single remote control mode execution request message for requesting to execute the single remote control mode, to the device. Upon receiving from the device a single remote control mode execution response message being responsive to the single remote control mode execution request message, the portable terminal switches an operation mode thereof to the single remote control mode. Upon receiving from the device a device data message including device data output by the device, the portable terminal outputs the device data. Upon detecting a remote control command to remotely control the device while outputting the device data, the portable terminal sends a remote control message including the remote control command to the device.

The invention belongs to the technical field of vehicle remote control, and in particular relates to a method for remotely controlling a vehicle. The method comprises the steps: a client transmits a remote control command to an internet-of-vehicles service platform; after the internet-of-vehicles service platform receives the remote control command, a vehicle terminal is notified in the form of a short message command; after receiving the short message command, the vehicle terminal checks whether the short message command meets requirements; if the short message command meets the requirements, the vehicle terminal, according to the content of the short message command, executes a first processing manner or a second processing manner to control the vehicle and feeds back a vehicle execution result or a vehicle terminal state to the internet-of-vehicles service platform; after receiving the vehicle execution result or the vehicle terminal state, the internet-of-vehicles service platform feeds back a vehicle remote control result to the client. By adopting the method for remotely controlling the vehicle, on the premise of ensuring the property safety of a vehicle owner, remote control response time is shortened, and reliability of vehicle control is improved.

An unmanned surveillance device includes a robot control terminal configured to be loaded within a remote control robot under a surveillance environment, collect state information and surrounding circumstance information, operate the remote control robot in driving mode or surveillance mode according to a remote control command corresponding to the state information and surrounding circumstance information. Further, the unmanned surveillance device includes a remote control system configured to receive the state information and the surrounding circumstance information of the remote control robot from the robot control terminal, output the received state information and surrounding circumstance information of the remote control robot, and provide the remote control command to the robot control terminal.

The invention relates to a system and a method for remotely controlling a set-top box. The system comprises a television set-top box and a family network domain, wherein the television set-top box receives programme signals of various types, which are provided by operators; the home network domain comprises a home gateway, a television set-top box and a signal transformation device, wherein the television set-top box is connected with the signal transformation device and inputs programme signals to the signal transformation device, a mobile terminal accesses the home gateway through a mobile network and logs on after being verified by the home gateway, the programme signals sent by the signal transformation device are received by the mobile terminal, and the signal transformation device transforms remote control commands sent by the mobile terminal to infrared control signals which can be received and identified by the television set-top box so as to remotely control the mobile terminal of the television set-top box. The invention has the advantage that television programmes of a home television set-top box can be televiewed through a common mobile terminal provided with client-side software, thereby televiewing high-definition digital television programmes anywhere and anytime, and the television set-top box programmes are controlled by the mobile terminal.

Sensor data of respective controlled objects of a vehicle are collected by calling a vehicle remote-control system provided to the vehicle via a mobile phone, and then these data are displayed on an LCD display panel 11c of the mobile phone. In this state, the controlled object to be remotely controlled is selected by operating a cursor (30) and an ON/OFF setting button (31), and then its ON or OFF state is set. At this time, the remote-control command data are transmitted to the vehicle remote-control system from the mobile phone to set the corresponding controlled object. The condition is transmitted once again to the mobile phone as the sensor data, and is displayed on the LCD display panel (11c).

The invention discloses a system for remote control driving control. The system comprises a vehicle-mounted control device and a driving remote control device, wherein after receiving a remote controlrequest command, the vehicle-mounted control device obtains vehicle status information, integrates the remote control request command and the vehicle status information into uplink data and obtains driving environment information; the driving remote control device receives and analyzes the uplink data and the driving environment information, detects the operation of a current vehicle based on analytical results, obtains remote driving remote control commands for responding to the operation and generates downlink data containing remote driving remote control command information; further, the vehicle-mounted control device also obtains the remote driving remote control commands according to the received downlink data and converts the remote driving remote control commands into controlled quantity signals; each part of the vehicle is controlled to execute the corresponding remote control command to complete a remote control driving task in the case of automatic vehicle driving. The system disclosed by the invention realizes remote control driving, is low in cost, easy to realize and wide in commercial application, and reduces the complexity of equipment commissioning and installation.

The invention relates to an intelligent household robot. The intelligent household robot includes a robot body. The robot body is provided with a control circuit board and a household control system. The household control system comprises a household appliance control unit and a signal emitting and receiving unit, wherein the household appliance control unit is arranged on the control circuit board, and the signal emitting and receiving unit is connected with the household appliance control unit. A remote control command signal transmitted by a user is received by the signal emitting and receiving unit to the household appliance control unit. The household control unit stores, processes and analyzes received data to generate household appliance control signals of all household appliances, and the household appliance control signals are transmitted by the signal emitting and receiving unit to all the household appliances. The robot body is further provided with at least one of a remote monitoring system, an environment monitoring system and an entertainment system. The robot integrates four functions of the household control system, the remote monitoring system, the environment monitoring system and the entertainment system by integrating the different devices on the robot, so a full range of household requirements of the user are met, and household comfort and convenience are improved.

The invention relates to a wireless image transmission communication system for an unmanned aerial vehicle and a wireless image transmission communication method. The wireless image transmission communication system comprises a digital camera, a control module and a power module, and is characterized in that the wireless image transmission communication system further comprises a wireless communication module for real-time data transmission with a ground monitoring center, the wireless communication module comprises a reconfigurable high-speed digital modulation unit and a digital transmission transmitter, the reconfigurable high-speed digital modulation unit is used for selecting a digital modulation mode to digitally modulate serial data stream according to the modulation mode of a remote control command of the ground monitoring center, the digital transmission transmitter is used for transmitting data by the aid of microwaves, and the reconfigurable high-speed digital modulation unit comprises a series-to-parallel portion, a sampling control portion and a carrier wave multiplication portion. By adding the reconfigurable multi-mode modulator, modulation modes can be changed in an online manner according to the quality of a signal channel environment, and high-resolution image data can be transmitted in real time even in a severe transmission environment.