65results about How to "Remote control implementation" patented technology

This invention provides a remote control study device including a receiving unit for receiving information sent by users, a storage unit for storing study information including remote control instruction information of controlled devices, control instructions controlling the controlled device and the corresponding relation of them, a processor unit receiving information transferred by the receiving unit, if said information is for study, then it is stored in the related region of the storage unit, if it is the control instruction controlling the local one, then the local one is controlled based on it, if the information is the control instruction controlling controlled device, then control data corresponding to the controlled device are read to the storage unit, an emission unit used in receiving the control data read by the process unit to generate remote control instructions. This invention provides a remote control study system and a family intelligent control system and a method.

The invention relates to a laser remote-controlled signal receiver and an assorted laser remote controlled signal transmitter pertaining to an optical signal receiving system, in particular to the laser remote controlled signal receiver and the laser remote controlled signal transmitter. By adopting a structure of a diffusion sheet, the laser remote controlled signal receiver has the advantages of large sensitization area, low cost and additional space-free; by adopting a signal processing device which is capable of performing a complicated signal processing, the laser remote controlled signal receiver has a function of receiving a laser actuating signal; the laser remote controlled signal transmitter has a ring-like fixed structure and is capable of cooperating with a hand of a people well and sending various control signals by utilizing a gesture of the people. By using the device suite of the invention, an electric apparatus within the line of sight can be remote controlled complicatedly by the gesture.

The embodiment of the invention discloses a remote control method which comprises the following steps of: when a first special key signal of a remote controller of a television is received, switching the remote control channel of the television to the remote control channel of a device connected with the television; and according to the matching relation between the preset key signal of the remote controller of the television and the remote control signal of the device, remotely controlling the device by utilizing the remote controller of the television based on the switched remote control channel of the device. The embodiment of the invention also discloses a television. By adopting the invention, the remote controller of the television can be used for independently controlling the device connected with the television, thereby realizing the scheme of independently controlling two or more household appliances by using one remote controller, simplifying the user operation, and improving the user experience.

The invention discloses a remote control realizing method and device of electrical equipment; the remote control realizing method comprises the following steps: a mobile terminal receives an operating command which is input by a user through a remote control operating interface provided by the mobile terminal; the mobile terminal obtains a remote control command which corresponds to the operating command, wherein the remote control command can be identified by the electrical equipment and controls the electrical equipment; and the mobile terminal transmits the obtained remote control command to the electrical equipment through a communication function of an operating system of an application program calling terminal. According to the remote control realizing method, as the remote control operating interface provided by the mobile terminal is used for receiving the command input by the user, calls and transmits the remote control command corresponding to the operating command input by the user to the electrical equipment, the remote control on the electrical equipment can be realized, and the user operation can be simplified, thereby the user does not need to memory and input complex commands, the success rate of the user operation is improved, and the user experience is promoted.

The embodiment of the invention provides a method for controlling electrical equipment based on a mobile terminal, and the mobile terminal. The method comprises the steps as follows: the mobile terminal determines a remote control command set matched with the current electrical equipment via a third-party specific application program; the remote control command set is displayed; when the condition that a user operation of triggering a certain remote control command in the remote control command set is detected, a control command is generated based on the remote control command; the control command is sent to the corresponding electrical equipment to control the electrical equipment to execute the operation corresponding to the control command. According to the method provided by the embodiment of the invention, remote control on the electrical equipment can be achieved via the third-party specific application program, so that the common electrical equipment has the characteristic of intelligence, remote control environment of the electrical equipment is simplified, and concentrated management of the electrical equipment is facilitated.

The invention relates to a probe vehicle for hidden roadbed danger detection and a detection method thereof. The probe vehicle is composed of a vehicle body, a control system, a seismometer, a seismic focus, a seismic sensor, and a stroke collection device. The control system consists of a CPU, an input port, and an output port, wherein the input port and the output port are connected with the CPU; the input port is connected with the stroke collection device; and the output port is connected with the seismometer, a seismic focus, and a brake system of the vehicle body. The seismic focus includes an impact device and a focus motor. According to the invention, travelling-stopping-travelling-stopping cyclic work can be completed automatically; and instability and inaccuracy due to a manual or mechanical way for controlling a vibrator vehicle for working can be avoided. Two processes of travelling and stopping for waiting can be completed within one travelling-stopping working period, the travelling-stopping motion and seismic data collection motion of the probe vehicle can be carried out simultaneously, and the seismic focus power storage can be completed simultaneously, so that the working efficiency of the probe vehicle can be improved. In addition, the invention also provides a detection method of the probe vehicle.

The invention discloses a matching method and a matching device of a client code of a remote control. The matching method of the client code of the remote control comprises the following steps that when a client code verifying signal is received, if a received client code is different from an existing client code, a client code cache timer and a client code updating timer are started; when the timing of the client code cache timer is over, if the client code verifying signal is still received, the received client code is cached; when the timing of the client code updating timer is over, if the client code verifying signal is still received, the existing client code is updated into the received client code and the updated client code is displayed on a display screen. Due to the adoption of the matching method and the matching device of the client code of the remote control, a user can change the client code preset in a player conveniently by using the remote control, so that the remote control of a plurality of players with one remote control becomes possible.

The invention relates to control technology, in particular to control technology for engineering machinery, which is used for remotely controlling the engineering machinery. An embodiment of the invention provides a control system for the engineering machinery and a control method for the engineering machinery. An electronic accelerator pedal is connected onto a remote controller, and an operatorcan remotely control an accelerator by stepping on the remote control accelerator pedal with feet when the operator cannot free two hands. The structure of the electronic accelerator pedal is identical with that of an accelerator pedal in a driving cab, the operator steps on the electronic accelerator pedal when needing to control the accelerator, and control signals of the electronic acceleratorpedal are transmitted to an engineering machinery controller through the remote controller, so that the accelerator is remotely controlled without affecting operation of the two hands of the operator, the operator can remotely control the engineering machinery by means of coordination of the hands and the feet, and the requirements of human engineering and operational humanization are met.

The invention discloses a remote control pen used for remotely controlling an intelligent device. The remote control pen comprises a pen holder; the remote control pen further comprises a controller, a first pressure sensor and a track collecting instrument; the first pressure sensor and the track collecting instrument are arranged in the pen holder; the first pressure sensor comprises a pressure sensing point exposed at one end of the pen holder; the controller is respectively electrically connected with the first pressure sensor and the track collecting instrument and is used for receiving signals delivered by the first pressure sensor and the track collecting instrument. The invention also discloses an intelligent device control method based on the remote control pen. According to the remote control pen and the intelligent device control method based on the same, the remote control pen can control the intelligent device, the operation is simple and convenient, and the remote control requirement of a user for the intelligent device is met.

The invention discloses a light beam remote signal receiver and equipment using the light beam remote signal receiver and relates to a light signal receiving system, in particular to a light beam remote signal receiver and a laser remote signal emitter. As a light diffusion plate structure is adopted, the light beam remote signal receiver has the characteristics of large light-sensing area, low cost and no occupation of additional space; as a signal processing device capable of performing complex processing on a signal is adopted, the light beam remote signal receiver has the function of receiving a laser actuating signal; as a ring-shaped fixed structure is used, the laser remote signal emitter can be well matched with hands of people, and a variety of control signals are given by using gestures of people. With the adoption of the set of devices, electric appliances within sight can be complexly and remotely controlled by using the gestures.

The invention relates to the technical field of a remote controller product, in particular to a non-contact remote controller with a touch control screen electronic product matching function. The non-contact remote controller with the touch control screen electronic product matching function comprises a sensor and a controller, wherein the sensor is used for receiving light signals of a light emitting region on an electronic product touch control screen, the controller is used for receiving signals of the sensor and emitting remote control signals to outside, the sensor and the controller are provided with fixing devices capable of being fixed with an electronic product, the sensor and the controller are not provided with interfaces or butt joint devices capable of being electrically connected with the electronic product. The application of using intelligent electronic products with touch control screens, such as iPhone and the like as remote controllers can be realized without improving the traditional remote control product, in addition, any electric connection is not adopted between the remote controller and the electronic product, the product cost is reduced, meanwhile, the performance stability of the intelligent electronic product is ensured, and the problems of interface incompatibility, dysfunction and the like cannot occur.

The invention relates to a toy aircraft employing light-beam remote control. The toy aircraft comprises a remote controller and an aircraft, wherein the aircraft comprises an actuator used for driving the aircraft to execute the remote control action, the remote controller launches a beam of remote control light beam and moves on the body of the aircraft according to remote control intention; the aircraft receives and recognizes the moving direction of the remote control light beam so as to control the actuator to execute the corresponding remote control action. The toy aircraft employing light-beam remote control is characterized in that the remote controller only needs to send out a beam of light beam without using an operating button or an operating rod, so that an operator can directly wave the remote controller to make the light beam to scan the aircraft from different directions so as to control the action of the aircraft according to the remote control intention. The toy aircraft employing light-beam remote control has the characteristics that the toy aircraft is extremely visualized, simple and convenient to operate, so that the remote control of the toy aircraft is more full of interestingness and playability..

This method discloses a multi-channel remote control design method for Internet TV, and aims to provide users with a method of expanding the use function of the existing remote control to maximize the effectiveness of the device and the content resources output by the device. ground control. Utilize the minimum cost, maximize the convenience for users, improve the user experience and the efficiency of system equipment.

The invention discloses a high-efficiency compression algorithm for an infrared remote control code library of a universal air conditioner. The method comprises an encoding step and a decoding step, the method of the coding step comprises the following steps: firstly, dividing an infrared code of a to-be-compressed encoding protocol into an encoding region and a waveform region, wherein a basic code group, a control code rule and position information of a control code in the basic code group are stored in the encoding region, and carrier frequency, a modulation mode, a bit sequence, the numberand pulse width of guide codes, 0 code and 1 code high-low level pulse width of data codes and other information of infrared codes are stored in the waveform region. According to the high-efficiencycompression algorithm for the infrared remote control code library of the universal air conditioner, the infrared code block can be restored in an undistorted mode after the control code block obtained through operation of the encoding region is operated through the waveform region, finally, the infrared code waveform is obtained according to the carrier frequency numerical value in the waveform region, and corresponding control over the air conditioner is achieved. A universal infrared code library is established, and conditions are provided for intelligent control of smart home, smart hotels, the Internet of Things and the like.

The invention relates to a laser remote control signal receiver and application thereof. The invention relates to an optical signal receiving system, in particular to a laser remote control signal receiver and a laser remote control signal transmitter. By adopting a light diffusing board structure, the laser remote control signal receiver has the characteristics of large light-sensing area, extremely low cost and no extra occupation of space. By adopting a signal processing device capable of carrying out complex processing on signals, the laser remote control signal receiver has the function of receiving laser motion signals. The laser remote control signal transmitter has a ring-shaped fixed structure, and can be well matched with a human finger and transmit diversified control signals by means of human gestures. By adopting the receiver and the transmitter, huamns can carry out complex remote control on electrical appliances in view by means of gestures.

The invention provides an intelligent remote-control socket. The intelligent remote-control socket comprises a socket body and an infrared receiving RF (Radio Frequency) emitter, wherein the socket body comprises a plug, an infrared receiving module, a main controller, a power supply module, a relay module, an RF receiving module and a socket, the plug is connected with the power supply module and the relay module, the relay module is connected with the socket, and the main controller is connected with the power supply module, the infrared receiving module, the RF receiving module and the relay module; and the infrared receiving RF emitter comprises a subsidiary controller, a battery, an infrared receiving module, an RF transmitting module and a keystroke module, the subsidiary controller is connected with the battery, the infrared receiving module, the RF transmitting module and the keystroke module, and the infrared receiving RF emitter is connected with the socket body through the RF transmitting module and the RF receiving module of the socket body via RF signals.