41results about How to "Add remote control function" patented technology

The invention discloses an upper limb rehabilitation system based on biological signals. The upper limb rehabilitation system based on the biological signals is characterized in that a brain electric cap is attached to the surface of a brain, brain electric signals can be sensed through the brain electric cap, features of the brain electric signals are extracted and classified sequentially through a CSP feature extraction algorithm and a classifier with an adaptive LDA classification algorithm after amplification, filtering and noise reduction are performed on the brain electric signals, and then the brain electric signals are translated into drive instructions used to control drive motor equipment and pneumatic tendon auxiliary equipment, a system central processing unit fuses and sorts the drive instructions and motion state data collected by a motion state collector, and then feeds the drive instructions and the motion state data, which are fused and sorted, back to the drive motor equipment, the pneumatic tendon auxiliary equipment and a mobile terminal, and therefore a mechanical arm is driven to perform rehabilitation exercise. Work personnel remotely monitor motion and rehabilitation states of patients through the mobile terminal, and the patients also can invoke rehabilitation games in a display platform through a voice input and output device so as to perform auxiliary rehabilitation training. Accordingly, the upper limb rehabilitation system based on the biological signals improves training effectiveness of the patients, and simultaneously guarantees safety and stability in the training.

The invention discloses a remote control method of a multi-mode remote controller, comprising the following steps of: determining a current control mode, wherein the remote controller comprises various control modes; obtaining a touch control signal of a user on a touch screen; and analyzing the touch control signal, generating a remote control instruction corresponding to the touch control signal to a user terminal under a current control mode, and operating a currently displayed content through a user terminal. The invention further provides a multi-mode remote controller, a user terminal and a system. The invention can realize seamless automatic conversion of multiple control modes in the remote controller with the touch screen to meet interaction requirements of various users.

The invention discloses a remote control method, which comprises the following steps of: determining a current control mode of a remote controller, wherein the remote controller comprises a plurality of control modes; and when a remote control command of the remote controller is received, determining an operation mode for currently displayed contents according to the determined control mode and the remote control command. The invention also provides a display control device, the remote controller and a system. The invention aims to provide the remote control method, the display control device, the remote controller and the system, so as to implement switching of a plurality of control modes in the multi-mode remote controller and meet different requirements of various users.

Described is a remote control method of a multi-mode remote controller, comprising the following steps of: determining a current control mode, the remote controller comprising various control modes; obtaining a touch control signal of a user on a touch screen; and analyzing the touch control signal, generating a remote control instruction corresponding to the touch control signal under the current control mode, and sending the instruction to a user terminal, so that the user terminal operates currently displayed content. It is further provided a multi-mode remote controller, a user terminal and a system. Seamless automatic switching among multiple control modes in the remote controller with a touch screen can be realized, so as to meet various interaction requirements of different kinds of users.

The invention discloses an off-state power supply circuit for a two-wire system electronic switch. The off-state power supply circuit comprises a separate excitation switching power supply and a self-closing type starting circuit, wherein the separate excitation switching power supply comprises a transformer T2, a first switching tube, a switching tube control circuit controlling the first switching tube, and an output voltage detection circuit detecting the output voltage of the transformer T2; the transformer T2 comprises a primary winding and a secondary winding; the self-closing type starting circuit comprises a second switching tube and a voltage stabilizer tube Z1. The off-state power supply circuit is simple and reasonable in design, good in using effect, and stable in working performance. The invention further discloses an intelligent switch. The intelligent switch comprises a mechanical switch, a remote controller and a remote control module, wherein the remote control module comprises an electronic switch, an on-off state detection circuit, an on-off control circuit, a wireless communication module, the off-state power supply circuit of the two-wire system electronic switch and an on-state power supply circuit; the intelligent switch is additionally provided with the remote control function while retaining the operation manner of the mechanical switch.

The invention discloses a mobile illumination lamp capable of rapidly replacing a battery and relates to the field of field illumination tools. The mobile illumination lamp provided capable of rapidly replacing a battery comprises a portable power box, a telescopic lamp post and an angle-rotatable lamp holder. The portable power box adopts a storage battery, and the storage battery can be rapidly replaced; the telescopic lamp post can be folded on the handle of the power box when not used; the angle of the lamp holder can be adjusted, and the lamp holder can even illuminate vertically downwards; a USB power supply is provided, thereby supplying power to other mobile equipment; and all operation can be manually finished, and the remote control function is added, so that great convenience is brought to practical use.

The invention provides an anti-explosion intelligent measurement device. The anti-explosion intelligent measurement device is characterized in that an anti-explosion main body shell, a remote control transmitter and a remote control receiver are included; the anti-explosion main body shell is provided with the remote control receiver, and the remote control receiver comprises a remote control receiving circuit and a state display light. A first main control mainboard is arranged in the anti-explosion main body shell and comprises a microprocessor, a storage unit, a control circuit, a state display circuit, a reset circuit, a wireless transmission unit and a positioning unit. The remote control receiver is connected with the first main control mainboard, and the main control mainboard is connected with the state display light. The wireless transmission unit comprises at least one of an infrared ray wireless transmission module, a Bluetooth wireless transmission module, a WEIFI wireless transmission module, an NFC wireless transmission module, a GSM wireless transmission module, a GPRS wireless transmission module, a UWB wireless transmission module, a 3G wireless transmission module, a 4G wireless transmission module and a 5G wireless transmission module. The positioning unit comprises at least one of a global positioning system (GPS), a Beidou satellite navigation system (BDS), a Glonass satellite navigation system (GLONASS) and a Galileo satellite positioning system (GALILEO).

The invention discloses a television control method and a television control system. The television control method comprises the steps that a mobile terminal acquires television pictures of a television terminal; the mobile terminal processes the television pictures so as to form a mapping relation between the mobile terminal and the television terminal; the mobile terminal receives an operating instruction; and the television terminal executes the operating instruction according to the mapping relation. An intelligent mobile phone provided by the invention can acquire television pictures of a television set, and a mapping relation between the intelligent mobile phone and the television set is formed, so that a purpose of operating the television set through the intelligent mobile phone is achieved. According to the invention, a television remote control function is added to the intelligent mobile phone, a user can find a target location on which an operation is required to be performed through the intelligent mobile phone quickly and accurately, and thus the television set is controlled in a remote manner. Therefore, the technical scheme provided by the invention realizes more accurate and more effective control for the television set, the user experience on the aspect of remote control for the television set is improved, and constant switching of the eyes between a screen of the television set and a remote controller when the user performs remote control on the television set is avoided at the same time.

The invention provides a circuit and a control method for the remote control of a plurality of electrical devices by using a pair of buttons. A power source L1 is connected in series with a circuit terminal 2-4 via an on-site master stop button SB10 and a monitoring room master stop button SB30. The circuit terminal 2-4 is connected in series with a power source N via a monitoring room start button SB20 and the paralleled coil groups of a on-site electric relay KR1-KRn. The circuits of a plurality of paralleled control motor contactors are arranged between the circuit terminal 2-4 and a power supply neutral line NN. The circuit of each control motor contactor is implemented by connecting an on-site start button SB11 in parallel with a pair of movably-engaged self-protection auxiliary contacts KM1-1 of a contactor KM1 and a pair of movably-engaged contacts KR1-1 of the on-site electric relay and connecting in series with a stop button SB21 and the coil of a contactor KM1. The main contactor KM1-2 and the moving contact of each motor contactor are connected with the motor, and the static contact thereof is connected with the power source. The invention can control the plurality of electrical devices in the working place with high safety and reliability and facilitates the installation and maintenance.

The invention discloses a transformation method for explosive machining using a numerical control machine tool. The transformation method can increase the remote control function of a machine tool through the Profinet network and Profibus bus, so that the machine tool can realize remote security control and isolation operation, which solves the problem that man and machine must be isolated during the machining of explosive and applies to the numerical control machine tool which communicates with the Profinet network. The numerical control machine tool has the simple control circuit and stable operation performance, and has the advantage of safety interconnected control during the machining process of explosive.

The invention discloses an operation method, device and system for remote control of a heat pump unit. The method comprises the steps of adding a heat pump unit control mainboard with the program upgraded in a remote transmission module, then receiving heat pump unit identification information entered by a management terminal, wherein the heat pump unit identification information comprises uniqueunit identifier information corresponding to the heat pump unit; according to a preset communication mode, sending the unit identifier information to the corresponding remote transmission module; andreceiving and writing the unit identifier information by the control mainboard through the remote transmission module, then receiving write success information fed back by the control mainboard through the remote transmission module. Through adoption of the method, the unit identifier can be written in the control mainboard remotely, so that the operation difficulty is lowered effectively, and labor cost and the unit upgrade cost are lowered.

The invention discloses an intelligent JP cabinet, a control system and a governing method, and relates to the technical field of power distribution equipment. The intelligent JP cabinet comprises a cabinet body, wherein a three-phase alternating current bus line, a zero line, a wire inlet unit, a voltage measuring unit, a wire inlet switch, a feed line unit, a protection unit, a first current transformer and at least one SVG module are arranged in the cabinet body; when the SVG module completes reactive power compensation and governs the three-phase unbalance, the functions of governing harmonic waves, governing voltage deviation and the like are also realized by the rest volume; the effect of comprehensively improving the electric energy quality is achieved. The intelligent JP cabinet control system can solve the problems of complicated and heavy operation task and operation risk caused by field operation and maintenance and operation of the conventional JP cabinet can be solved.

The invention provides a wirelessly-controlled patch board connected onto a power supply. the wirelessly-controlled patch board comprises a shell; an intelligent interface, a relay and a socket are integrated in the shell; one end of the intelligent interface is connected with a WIFI control module, and the other end is connected with the relay; the relay is serially connected with the socket, the socket is externally connected with a load, the WIFI control module can receive WIFI network wireless signals and control on and off of the relay through the intelligent interface according to signal indication, on and off of the relay control opening and closing of the external load, the shell is also provided with a general switch and a socket timer, and the general switch and the socket timer are respectively connected with the relay via wires and control on and off of the relay. Opening and closing of the socket can be remotely controlled by using a mobile phone, regular starting can also be realized, the power supply can be cut off for energy conservation in an idle situation, overload protection is provided, and the safety performance is good.

The invention discloses an intelligent illumination system, and particularly relates to an intelligent illumination system which integrates voice control, manual control and automatic light intensitycontrol. The intelligent illumination system consists of a control box, an acquisition box and an LED lamp, and is formed by a voice recognition module, a voice synthesis module, a Wifi module, a GSMmodule, a clock module, a light intensity acquisition module, an alarm module, a voltage sensor module, a current sensor module and an LED lamp bank by taking a data processing module as a processingcenter. On the basis of inheriting the current illumination system control manner, the intelligent illumination system is provided with a voice control function, an intelligent overhauling function, an automatic dimming function and a remote control function, so that the illumination system control manner is more diversified, the illumination management is more scientific and intelligent, the phenomenon that the current illumination systems do not save electric energy obviously and even waste electric energy is solved, and the problem that the current illumination systems are not high in intelligence degree is solved.

The invention relates to a recharging control method and system for a robot and a chip, and the method comprises the following steps: enabling a robot to start a recharging mode, searching a chargingseat, when the electric quantity of the robot is lower than a preset value, by the robot, judging whether a guide signal sent by the charging seat is detected or not, if the robot detects the guide signal, directly carrying out seating according to the guide signal, if the robot does not detect the guide signal, sending a remote control seat returning request signal to the intelligent terminal ofthe user, when the robot receives the remote control seat returning agreement request signal, starting the camera, synchronously transmitting a real-time image shot by the camera to the intelligent terminal, and receiving and executing corresponding operation according to the remote control signal sent by the intelligent terminal. The remote control function of the robot is expanded, and the practicability and the recharging efficiency of the robot are improved.

The invention discloses a control system used for environment-friendly and sanitation treatment equipment. The system comprises a micro controlling unit, a pipe detection probe unit, a remote control receiving unit, a key-press unit, a switch unit, a variable pressure power supply unit and a commercial power input port; the commercial power input port is connected with the switch unit and the variable pressure power supply unit through commercial power cords; the switch unit is connected with the environment-friendly and sanitation treatment equipment through the commercial power cords; the variable pressure power supply unit is connected with the micro controlling unit, the pipe detection probe unit, the remote control receiving unit and the switch unit through low pressure power cords; and the micro controlling unit is connected with the pipe detection probe unit, the remote control receiving unit, the key-press unit and the switch unit through signal lines. The invention further discloses a control method for the control system of the environment-friendly and sanitation treatment equipment. The control system has the advantages of intellectualization, convenient use, safety and reliability, low cost and high comprehensive property, can prevent misoperation, and executive the safety function.

The invention discloses a tester for a secondary polarity test of a remotely-controllable mutual inductor. The tester comprises an operation test monitor and a signal generator. The signal generator is in electrical connection with a primary winding of the mutual inductor and is used for applying an instantaneous voltage to the primary winding of the mutual inductor. The operation test monitor comprises a remote control instruction module and a polarity test monitoring module. The remote control instruction module is used for emitting an instruction to the signal generator in a wireless mode so as to control the signal generator to apply the instantaneous voltage to the primary winding of the mutual inductor. The polarity test monitoring module is in electrical connection with a secondary winding of the mutual inductor and is used for measuring a current generated at the secondary winding of the mutual inductor. According to the invention, the tester for the secondary polarity test of the remotely-controllable mutual inductor is mainly used for measuring the secondary polarity of the mutual inductor, original two groups of test personnel are reduced to one group by adding a remote control function, the manpower and material resources are saved, the using is convenient, the efficiency is high, and the performance is reliable.

A contact-type hockey shoot training device based on wireless transmission relates to training equipment, and aims to solve the problem that the hockey shoot exercise and hockey special training can not be instructed by a coach directly due to a goalkeeper. A simulating goalkeeper is installed on a guiding element on a goalkeeper control line in front of a goal; edges of the bottom layer and the light-permeable surface layer are fixedly connected to form a hollow bag; a luminous body fixing layer and an elastic layer are positioned inside the hollow bag; a control signal input end of an LED (light-emitting diode) light-emitting point is connected with a luminous signal output end of a luminous body driving circuit; a luminous control signal input end of the luminous body driving circuit is connected with a luminous control signal output end of a control circuit; and a guiding control signal input end of a guiding element driving circuit is connected with a guiding control signal output end of the control circuit. By setting the stimulating goalkeeper and a remote-control function, a hitting area can be selected at any time, a hitting rhythm can be regulated, and a player can exercise according to the scheme of the coach.

The present invention relates to a robot recharging control method, system and chip, wherein the control method includes the following steps: the robot starts the recharging mode and searches for a charging stand; when the power of the robot is lower than a preset value, the robot judges whether Detect the guidance signal sent by the charging stand; if the robot detects the guidance signal, it will directly follow the guidance signal to get on the seat; if the robot does not detect the guidance signal, it will send a remote control seat return request signal to the user's smart terminal; When the remote control seat return request signal is turned on, the camera is turned on, the real-time images captured by the camera are synchronously transmitted to the smart terminal, and corresponding operations are received and performed according to the remote control signal sent by the smart terminal. The invention expands the remote control function of the robot and improves the practicability and recharging efficiency of the robot.

The invention relates to a circuit breaker with temperature detection function. The circuit breaker comprises a box body which is made from the insulating flame resistance material, wherein the box body also comprises a first circuit break unit containing an actuating mechanism used to realize the on-offs of the load and the power circuit in normal condition, a temperature sensor which is used to detect the inner temperature of the box body and output the detection signal of a characterization temperature value, and a second circuit break control unit which is used to control the first circuit break unit to generate the circuit break action, when the temperature value exceed a threshold.

The invention provides a circuit and a control method for the remote control of a plurality of electrical devices by using a pair of buttons. A power source L1 is connected in series with a circuit terminal 2-4 via an on-site master stop button SB10 and a monitoring room master stop button SB30. The circuit terminal 2-4 is connected in series with a power source N via a monitoring room start button SB20 and the paralleled coil groups of a on-site electric relay KR1-KRn. The circuits of a plurality of paralleled control motor contactors are arranged between the circuit terminal 2-4 and a power supply neutral line NN. The circuit of each control motor contactor is implemented by connecting an on-site start button SB11 in parallel with a pair of movably-engaged self-protection auxiliary contacts KM1-1 of a contactor KM1 and a pair of movably-engaged contacts KR1-1 of the on-site electric relay and connecting in series with a stop button SB21 and the coil of a contactor KM1. The main contactor KM1-2 and the moving contact of each motor contactor are connected with the motor, and the static contact thereof is connected with the power source. The invention can control the plurality of electrical devices in the working place with high safety and reliability and facilitates the installation and maintenance.

The invention discloses a portable Bluetooth control device which comprises a control end circuit. The control end circuit comprises a Bluetooth serial port module, a processor unit, a switch, a current-limiting resistor and a pull-up resistor. The switch is in a normally-open state. One end of the switch is connected with the ground potential in a coupled mode and the other end of the switch is connected with one end of the pull-up resistor and an input pin of the processor unit. A TX pin of the Bluetooth serial port module is connected with an RX pin of the processor unit. An RX pin of the Bluetooth serial port module is connected with a TX pin of the processor unit. A VDD pin of the Bluetooth serial port module and a VDD pin of the processor unit are connected with an input voltage through the current-limiting resistor. The portable Bluetooth control device can achieve interaction with an intelligent device and add a remote control function which can be defined by a user to the intelligent device and is used for controlling the intelligent device.

The invention discloses a multifunctional intelligent oxygen diffusion terminal which comprises a machine bin, a touch screen embedded in the front side of the machine bin and in communication connection with a main control panel, and a rear cover fixed on the rear side of the machine bin through a bolt. An inner groove is pressed in the middle of the rear cover; the rear cover is provided with an oxygen inlet interface and a water inlet interface on the two sides of the inner groove respectively; the oxygen inlet interface and the water inlet interface are respectively connected with an oxygen supply pipeline and a water supply pipeline; an atomizer inner machine box is fixed to the front side in the machine bin; an ultrasonic oscillator and a wastewater discharge valve are arranged at the bottom of the atomizer inner machine box; and the ultrasonic oscillator is electrically connected to an atomizer control panel. According to the multifunctional intelligent oxygen diffusion terminal provided by the invention, the oxygen concentration and the humidity can be automatically detected, diffusion oxygen supply and uninterrupted water supply humidification can be carried out, air quality parameters such as the oxygen content, the temperature, the humidity and PM2.5 can be detected, and a manual oxygen inhalation port and a remote control function are additionally arranged.