300 results about "Wireless remote-control switch" patented technology

A control system for turning conventional AC electric window lights on and off particularly during the holiday season by means of a central, wireless remote control is herein disclosed. Specifically, the apparatus provides for the remote control of traditional, electric, window candlelight fixtures. Each lighting fixture has its own integral receiver which responds to on / off commands issued by a programmable remote control transmitter. Each lighting fixture comprises a manual switching means. The remote transmitter is also equipped with frequency learning firmware, a countdown timer, and a conventional timer to allow for the unattended operation of the window lighting fixtures.

A radio-frequency (RF) load control system includes both two-way and one-way (e.g., transmit-only) remote control devices, and provides a simple, reliable process for configuring the one-way devices into the system. The one-way device may be programmed to operate at one of a predetermined number of radio frequencies as part of a frequency-selection procedure, during which, the one-way device transmits a test command to a signal repeater of the system. If the test command is transmitted at the same frequency as the repeater, the repeater emits an audible beep to inform the user that the remote control is transmitting at the appropriate frequency. To associate the two-way devices with the system, the signal repeater streams an “enter address mode” command. To allow the one-way device to be associated with the system, the signal repeater pauses the transmission of the enter address mode command to allow the one-way device to transmit an activation request message to the signal repeater.

U-turn signaling device for vehicles is disclosed, which includes an LED array, and an integrated circuit control circuit which is produces LED activation control signals. These control signals activate the LED array to produce at least three modes of activity including a tail light mode, a turn mode and a U-turn mode in response to activation signals from the tail light, turn signal and U-turn signal respectively. The LED array can be a portable LED array, an embedded LED array or a double-sided LED array. The LED array is a preferably a combo LED array and further includes a monitor screen, which may be mounted in the dashboard of the vehicle, and may include a multi-position turn signal switch. Also disclosed is a flexible U-turn signal device, which may be activated by a wireless remote control switch.

A supplemental remote control system for a materials handling vehicle includes a wireless remote control device that is useable by an operator interacting with the materials handling vehicle. Actuation of a travel control on the remote control device causes a wireless transmitter on the device to transmit a travel request to the vehicle. The remote control system further includes a receiver for receiving transmissions from the wireless transmitter at the vehicle and a controller at the vehicle in communication with the receiver for implementing the travel request. The wireless remote control device further includes an input component, wherein actuation of the input component causes the wireless transmitter to wirelessly transmit a second type of request to the receiver on the vehicle requesting the controller to implement a second vehicle function other than to advance the vehicle.

A marine device, such as a trolling motor, a trim tab, a downrigger or a sonar device, is operated based upon commands generated by a wireless remote control device. The marine device is connected to a controller that provides commands to the marine device. The controller communicates with the remote control through a bidirectional wireless communication link to receive commands and to provide status information on the operation of the motor. The remote control includes user inputs for generating commands that are sent wirelessly to the controller to control operation of the marine device. The remote control also includes a display for displaying real time status information that is received wirelessly from the controller.

An electrical power strip with multiple outlets capable of being controlled by a wireless remote controller is herein disclosed. The handheld wireless controller is used to control the operation of the power strip via a radio frequency (RF). As such, the power strip is particularly advantageous for use under desks, behind shelves and in otherwise inaccessible locations, as the user can turn the entire power strip on and off without reaching it. Additionally, individual bypass switches are provided for each receptacle to turn it on permanently.

The invention relates to a lamp wireless mutual control switch which comprises a control unit and a power supply unit, wherein the control unit includes a transmitting circuit used for transmitting wireless RF signals according to an outer instruct and a receiving circuit used for receiving the wireless RF signals, the power supply unit controls opening or close of an external lamp according the signals received by the receiving circuit, and has single live wire accession without null line accession; and the control unit also includes a backlight circuit used for providing noctilucence display for the lamp wireless mutual control switch. The invention also provides a lamp mutual control system. The lamp wireless mutual control switch and the system have the beneficial effect that a total standby power dissipation current is 40-75 microamps, this index enables that the lamps such as energy saving lamps, the LED lamps or the like do not flicker so as to suit different lamps under the conduction that the single live wire switch and loads are tandem.

The present invention discloses a wireless remote control lighting unit and a wireless remote control lighting system and a control method thereof. The wireless remote control lighting unit comprises a power on detection circuit, which detects and counts the power on times of a power source during a predetermined period. When the power on times reach a threshold number, the wireless remote control lighting unit enters an address setting mode to set its address.

The invention discloses a wireless remote control socket assembly comprising a wireless remote control and two or more than two sockets controlled by the wireless remote control, wherein, the wireless remote control comprises a remote control controlling chip, a transmitting module, a press key module, a display module and a power supply module; the socket comprises a mains supply input interface, an electricity fetching end and an electricity fetching end switching control; the electricity fetching end switching control comprises a receiving module, a control module, a study press key, a storing module, a performing module and a power supply unit. The invention can simply and conveniently control switching in fixed time and control switching manually so as to realize the effective management of electrical appliances connected with the socket; because the wireless remote control can control a plurality of sockets once, each socket can be provided with a plurality of controlled faucets, so that the invention can intensively control a plurality of electrical appliances; in addition, each socket can perform distinguished identification by studying different remote control codes, which can avoid control chaotic situation.

The invention relates to the technical field of switch control, particularly to a remote control switch which is applicable to a household switch box. The remote control switch comprises a casing, wherein the casing is matched with the switch box in shape and is arranged on the switch box; a storage battery, an overturning mechanism and a wireless control circuit are arranged in the casing; the storage battery provides a working power supply for the wireless control circuit and the overturning mechanism; the wireless control circuit receives wireless control signals and controls overturning of the overturning mechanism; the overturning mechanism overturns to touch a seesaw button or a thumb button on the switch box to swing the seesaw button or the thumb button from a first direction to a second direction opposite to the first direction, so as to realize on / off control over a lamp. The remote control switch performs overturning control over the position of the seesaw button or the thumb button on the conventional 86 switch box so as to realize remote on / off control; the remote control switch adopts the storage battery to realize passive remote on / off control, is safe and reliable, is convenient to mount and doesn't need to change the conventional circuit layout.

U-turn signaling device for vehicles is disclosed, which includes an LED array, and an integrated circuit control circuit which is produces LED activation control signals. These control signals activate the LED array to produce at least three modes of activity including a tail light mode, a turn mode and a U-turn mode in response to activation signals from the tail light, turn signal and U-turn signal respectively. The LED array can be a portable LED array, an embedded LED array or a double-sided LED array. The LED array is a preferably a combo LED array and further includes a monitor screen, which may be mounted in the dashboard of the vehicle, and may include a multi-position turn signal switch. Also disclosed is a flexible U-turn signal device, which may be activated by a wireless remote control switch.

The invention discloses a device for a wireless remote control tire burst test, comprising a wheel. A wheel hub is provided with a deflation port, a deflation tube is welded at the deflation port, and the deflation tube is provided with an electromagnetic valve; and the electromagnetic valve supplies power through a direct current power source, and the on-off of the magnetic valve is controlled through a wireless remote control switch. The device is additionally provided with an accessory device on a tire wheel hub of a conventional automobile and uses the electromagnetic valve as a control unit to deflate the tire so as to achieve the test effect same as the tire burst without damaging the tire, thereby saving the cost and being favorable for repeated tests. Because the wireless remote control switch remotely controls the electromagnetic valve, the burstiness of the test is increased so that the device is particularly suitable for training drivers in special industries.

The invention belongs to the field of wireless remote control and particularly relates to an intelligent switch control system which can control a load by wireless remote control and a common mechanical switch simultaneously. The system comprises a RF remote controller a, an RF receiver module 1, a learning key 2, a CPU 3, a control module 4 and a double-control switch 5. The invention solves the technical problem by adopting the technical scheme and has the advantages that firstly, one remote controller key can control a plurality of intelligent switches, and vice versa, a plurality of remote controller keys can control the same intelligent switch; secondly, ganged control to the load is realized by the common mechanical switch and a relay, and thereby free control to the load can be realized even a certain circuit fails; and thirdly, a double-coiled delay is changed into a single-coiled relay, thereby simplifying a circuit structure and reducing failure probability. In addition, the invention has simple structure and stable and reliable performance.

The invention discloses a wireless remote control power-stealing detector, which consists of a master control central processing unit (CPU), a crystal oscillation circuit, a reset circuit, a communication interface circuit, a buzzer control circuit, a keyboard control circuit, a liquid crystal display circuit, a power circuit, a wireless data transmitting circuit and a wireless data receiving circuit. A remote control transmitting code can be generated under normal remote control frequency according to remote control transmitting parameters which are preset by detection personnel and is automatically and sequentially transmitted, when an illegal remote control receiving device in a power-stealing electricity meter receives a matched code, the action is performed, the operation of the electricity meter is stopped or started, and the detection personnel can discover the power-stealing electricity meter, so that a remote control power-stealing behavior is effectively forbidden; and meanwhile, an ambient abnormal remote control transmitting device can be automatically scanned in a standby monitoring mode, abnormal wireless data transmitted by the abnormal remote control transmitting device into air is decoded, various technical parameters of the abnormal remote control transmitting device can be timely and effectively discovered, and a technical support is provided for preventing from stealing power in a remote control mode.

The invention discloses a wireless control device and an access control system. The access control system comprises the wireless control device and an access controller for controlling community access and / or a garage access controller for controlling garage access. The wireless control device, the access controller and the garage access controller compose the access control system. The wireless remote control device comprises a connection input unit, a memory unit, a wireless signal transceiving unit and a master control unit, and according to the type of a signal inputted by a user which is received by the input unit, the master control unit sends out an access control opening signal through the wireless signal transceiving unit or retrieves user-related information from the memory unit and then periodically sends out the user-related information through the wireless signal transceiving unit. The access control system has the characteristics of convenience in use, security, reliability, high compatibility and the like, and is suitable for wide popularization.

The invention relates to an energy saving wireless remote control electric arc welder at least comprising a detection unit, a main control unit and a remote control unit, wherein the detection unit is used for detecting feedback sampling voltage signals; the main control unit is used for judging a current state according to the feedback sampling voltage signals detected by the detection unit; when the welder is not in a welding state, protection voltage is outputted, and a blower is controlled to stop running at the same time; when the welder is in the welding state, the protection voltage is converted into normal welding voltage, and the blower is controlled to run; the remote control unit is connected to the output end of the control unit; when the welder is not in the welding state, the remote control unit is used for regulating welding parameters (such as welding current); and when the welder is in the welding state, the remote control unit goes out of service. The energy saving wireless remote control electric arc welder achieves the effect of energy saving, realizes the function of protection against electric shock, and has the function as a wireless remote controller.

The invention provides a wireless control device comprising at least one wireless control switch and a wireless remote control which controls the wireless control switch; the wireless control switch comprises a control module and an on / off switch; the control module is connected with the on / off switch and controls the state thereof based on a state control signal which is sent by the wireless remote control; the on / off switch is serially connected into a line so as to control the on / off of the line; and the wireless remote control sets the address information of the wireless control switch and correspondingly encodes the address signals of the wireless control switch and buttons on the wireless remote control, so as to correspondingly control at least one wireless control switch. Compared with the prior art, the device and the lighting system have the advantages that the on / off switch only needs to be serially connected into the line without detaching a manual switch on the original line, so that the cost is low; and on the other hand, the wireless remote control can correspondingly encode a plurality of wireless control switches, so as to control the wireless control switches, and the control is convenient.

The present invention relates to a simplex or multiplex electron switch with high sensibility and tiny power consumption, which is capable of taking the place of common mechanical contact type two-wire system alternating current electric switch. The electric switch consists principally of a main control controlled silicon electron switch, a trigger of the main control controlled silicon electron switch, a remote control receiver connected to the triggering input terminal of the trigger and an alternating current electrified wire netting electrical leakage power supply circuit for the control circuit. The present invention is characterized in that it adopts a passive receiving sensor and a power consumption comparator, then the contravention between the tiny power consumption and the high-sensitivity of the remote control receiver is resolved, and the power consumption of said on-off control circuit is reduced to lower than 50 microampere. The electric switch can find uses in various energy conservation lamps and sun lamps, wherein it eliminates the stroboflash of energy conservation lamps and sun lamps, which caused by the electrical leakage and power supply at off states, and exhibits very high sensitivity at the same time. Its using effect can match a wireless remote control. The present invention is also characterized by its strong compatibility and low cost.

The invention discloses a road traffic signal controller. The road traffic signal controller comprises a main control module as well as a light-driven control center, a yellow light flashing control module and a servo system control center which are in communication connection with the main control module. The road traffic signal controller is characterized in that a current transformer circuit and a first voltage detection circuit are connected to the light-driven control center; an RJ45 interface module, an RS232 interface module, an RS485 interface module and a wireless communication modulewhich realize communication are connected to the main control module; a person walking button, a front door state switch and a rear door state switch are connected to the input end of the main control module; and the main control module communicates with wireless remote control equipment through a wireless communication module. The road traffic signal controller disclosed by the invention can realize current and voltage double detection and networking coordinated control of signal lights; by arranging the servo system control center, the signal controller can set information backup to ensuresystem security; and by arranging the yellow light flashing control module which is separately controlled by yellow light flashing, safe stable operation of the signal controller is ensured. The roadtraffic signal controller has the obvious beneficial effects and is suitable for application and popularization.

Provided is an intelligent power supply system which comprises an intelligent strip, multiple electricity-using devices with a wireless remote control function, and a remote controller. The multiple electricity-using devices are plugged into multiple jacks of the intelligent strip via power plugs of the multiple electricity-using devices. The intelligent strip comprises a processing unit, a wireless signal detecting unit and an on-off control circuit. The wireless signal detecting unit detects a wireless remote control signal in the intelligent power supply system in real time. The processing unit parses the detected wireless remote control signal, and after judgment that the wireless remote control signal comprises an induction for controlling startup or shutdown of the electricity-using devices, power of the jacks corresponding to the electricity-using devices to be controlled is connected or disconnected by the on-off control circuit through control. The invention also provides an intelligent power supply method. Power of the corresponding jacks is connected or disconnected via identifying the wireless remote control signal for startup and shutdown of the electricity-using devices so that synchronization of on / off of power of the electricity-using devices and remote control operation of startup and shutdown of the electricity-using devices is realized, and thus inconvenience in the manually-operated switching power supply is avoided.

The invention provides an electromagnetic bicycle pedal. The electromagnetic bicycle pedal comprises a pedal body, an electromagnetic device and a wireless controller. The electromagnetic device is positioned on the pedaling face of the pedal body, and the wireless controller is positioned on a bicycle handle and has on and off signals; the electromagnetic device comprises an iron core, an electricity-conductive winding, a battery, a wireless remote switch and a protective cover, wherein the electricity-conductive winding is wound around the iron core, the wireless remote switch is positioned between the battery and the electricity-conductive winding, the iron core and the electricity-conductive winding are positioned in the protective cover, and the wireless remote switch receives the on and off signals sent by the wireless controller. The electromagnetic bicycle pedal has the advantages of capability of controlling connection between the foot of a rider and the pedal body through manual on-off control of magnetic force, simple structure, low cost, wide application range, safety, reliability and capabilities of being directly applied to most of bicycles and meeting demands of professional or unprofessional riders for labor-saving bicycles.

The invention discloses a method and wireless detection module for detecting electricity stealing of a wireless remote control device. The method comprises the following steps of: arranging the wireless detection module in an intelligent electric energy meter, wherein the wireless detection module is composed of a selective frequency amplification circuit, a detection circuit and a comparator; judging if the electricity stealing of the wireless remote control device is existent in combination with change conditions of output and power of the wireless detection module; and recording electricity stealing start time, electricity stealing stop time, electric quantity and power at the start time and electric quantity and power at the stop time. Therefore, technical and data support is provided for electricity stealing prevention and electric quantity reclaiming of power supply enterprises.

The invention discloses a wireless remote control intelligent control system for an electrical device. The wireless remote control intelligent control system adopts a wireless remote control console terminal and a wireless remote control drive control terminal to realize a wireless transmission and signal channelreception schemes, a one-to-one code and datum handshake error-free encryption mode isarranged, communication is more secure, data can be processed and exchanged in real time, the wireless remote control intelligent control of the electrical device is realized, adoption of complicatedcircuit layout is not needed, and safety hazards caused by the complicated circuit layout are reduced; meanwhileaccording to thewireless remote control intelligent control system,a weak voltage smallcurrent wirelessly data signaltransmitting method is used for driving and controllingoperation of the electrical device of strong voltage and large current, operating conditionmonitoringand power failure startingor protection modesof the electrical device are arranged to ensure safe operation of the electrical device and to prevent hidden dangers caused by damage to certain key components or electric leakage of a water pump to a human body, and usingis safer and more reliable.

A system and method for controlling the operation of a vacuum material handler providing secure communication between the wireless remote control and the receiver of a controller on the vacuum material handler. The system providing a haptic confirmation of a valid command. The system also providing a battery life extending sleep mode when left inactive for a predetermined length of time. The system further including a pendant remote in communication with the wireless remote control. The pendant remote being operable to command the vacuum material handler.

The present invention provides a wireless remote control method based on a low speed unmanned vehicle. The method comprises the steps of: respectively receiving, by a digital signal acquisition moduleand an analog signal acquisition module, a level signal generated when a function button of a remote controller is pressed and an analog signal when a joystick is toggled, and transmitting the levelsignal and the analog signal to a first MCU processor; generating, by the first MCU processor, an effective control signal according to the level signal, and generating a vehicle vertical and horizontal control signal of the vehicle according to the analog signal, and packaging the effective control signal and the vehicle vertical and horizontal control signal into a data packet; after receiving the data packet, performing, by a wireless receiving module, filtering and demodulation to generate the effective control signal and the vehicle vertical and horizontal control signal; and processing,by a second MCU processor, the effective control signal and the vehicle vertical and horizontal control signal to generate a first or second control command and sending the first or second control command to an underlying actuator. Thus, outside a customized area, the remote control mode can be used to control the vehicle, such as during transportation, when a fault occurs, the remote control modecan be entered to assist in controlling the vehicle.

The invention discloses a wireless high-voltage stun gun. The wireless high-voltage stun gun comprises a gun body (1) and a stun bullet, wherein a wireless remote-control switch (27) is arranged at the upper end of a side surface of a handle of the gun body (1); a wireless remote-control receiving device (5) which is matched with the stun bullet and few of power transformation subassemblies are arranged in the stun bullet; and a stun needle (13), a hanging needle (20) and various types of springs are arranged in a bullet cover (4). The wireless remote-control switch is arranged on the stun gun, the wireless remote-control receiving device is correspondingly arranged in a bullet body of the stun bullet, electronic elements such as a time-delay relay and a high-voltage stun generator are also arranged in the bullet body of the stun gun, the stun needle and the hanging needle are arranged in the bullet cover, current can be outputted momently and can also be outputted circularly, and the stun bullet can be reused. The wireless high-voltage stun gun is low in noise, novel in structure and low in cost, is environment-friendly, and can capture a target effectively and quickly.