Abstract: An automatic light regulating power supply device, connected between an AC power supply and a light-emitting-diode (LED) light string, to drive said LED light string to emit light, comprising: a sensing-and-setting unit, and a digital power control unit. Wherein, the sensing-and-setting unit is used to sense infrared signals, and generate a plurality of brightness selection signal. An AC/DC conversion circuit is provided in the digital power control unit, to convert the received AC power into DC power and output the DC power. The digital power control unit is connected to the sensing-and-setting unit, and regulates its power output based on infrared signals of the sensing-and-setting unit and the brightness selection signals, to vary illumination of the LED light string, in achieving energy conservation and lower power consumption.

Abstract: An intelligent power control system connects with a LED power adaptor and a LED light string and drives the LED light string to emit light. The intelligent power control system comprises a sensing-modulating-setting (SMS) unit and a digital power control unit. The SMS unit detects an infrared signal and generates a plurality of brightness-selection signals. The digital power control unit connects with the SMS unit and regulates the output power thereof according to the infrared signal and the brightness-selection signal of the SMS unit to modulate the brightness of the light emitted by the LED light string. The intelligent power control system can stepwise modulate the brightness of the LED light string to reduce power consumption without using any expensive sensor.

Abstract: An automatic light regulating power supply device, connected between an AC power supply and a light-emitting-diode (LED) light string, to drive said LED light string to emit light, comprising: a sensing-and-setting unit, and a digital power control unit. Wherein, the sensing-and-setting unit is used to sense infrared signals, and generate a plurality of brightness selection signal. An AC/DC conversion circuit is provided in the digital power control unit, to convert the received AC power into DC power and output the DC power. The digital power control unit is connected to the sensing-and-setting unit, and regulates its power output based on infrared signals of the sensing-and-setting unit and the brightness selection signals, to vary illumination of the LED light string, in achieving energy conservation and lower power consumption.

Abstract: An intelligent power control system connects with a LED power adaptor and a LED light string and drives the LED light string to emit light. The intelligent power control system comprises a sensing-modulating-setting (SMS) unit and a digital power control unit. The SMS unit detects an infrared signal and generates a plurality of brightness-selection signals. The digital power control unit connects with the SMS unit and regulates the output power thereof according to the infrared signal and the brightness-selection signal of the SMS unit to modulate the brightness of the light emitted by the LED light string. The intelligent power control system can stepwise modulate the brightness of the LED light string to reduce power consumption without using any expensive sensor.

Abstract: A lamp set remote control system is constructed to include a handheld remote controller, which has a key module for signal entry, a first address-setting switch for setting address serial code, and a radio transmitter for transmitting a control signal by radio subject to the remote control signal from the key module and the address serial code signal from the first address-setting switch, and a lamp set control box, the lamp set control box having a radio receiver for receiving the control signal from the radio transmitter, an address comparator circuit for recognizing the address serial code of the control signal, and a lamp set control module, which controls flash of lamp sets connected thereto subject to the nature of the control signal from the remote controller.

Abstract: A wireless remote-controlled lighting system is composed of a remote controller module and a remote control receiver installed in each of at least one addressable light bulb. Each addressable light bulb has assigned thereto a unique address, which is stored in a memory at each bulb. The remote controller module is used to emit a remote control signal to be received by the remote control receiver, the address for which has been entered into the remote controller module by a user. Once it has been determined that a transmitted address code matches the unique address stored in one of the addressable light bulbs, the bulb will be triggered into the applicable on/off state responsive to a control code transmitted with the address code.

Abstract: The present invention is to provide a wireless remote time socket apparatus. The wireless remote time socket apparatus comprises a wireless remote time socket module and a remote control module for emitting the remote signals to the wireless remote time socket module. The wireless remote time socket module includes a central process unit to perform comparing and confirming the remote signal of a wireless receiving module with a storage data in the memory. After confirming correctly, the central process unit is transferring a control signal to a power control electric circuit to control whether a power source of the AC power input end is to timely provide to the domestic socket according to the control signal, wherein the domestic socket is connecting with the power control electric circuit and the AC power input end. Besides, the present invention further includes another power supply electric circuit to rectify and transform the AC power to a DC power for providing a required power of mentioned elements.

Abstract: An RF wireless remote-control brightness-adjustable energy-saving lamp is provided which includes a brightness-adjustable energy-saving lamp and a RF remote-control module. The brightness-adjustable energy-saving lamp has a RF wireless receiver circuit therein to receive a remote-control signal and transmit it to a CPU. The CPU is used to discriminate the remote-control signal, convert it into a PWM signal, and output the PWM signal to a pulse-to-DC-voltage-level output circuit. The RF remote-control module can learn the internal code of the brightness-adjustable energy-saving lamp and transmit out a remote-control signal to the brightness-adjustable energy-saving lamp through pressing a key.

Abstract: The present invention provides a RF wireless remote-control brightness-adjustable energy-saving lamp, which comprises a brightness-adjustable energy-saving lamp and a RF remote-control module. The brightness-adjustable energy-saving lamp has a RF wireless receiver circuit therein to receive a remote-control signal and transmit it to a CPU. The CPU is used to discriminate the remote-control signal, convert it into a PWM signal, and output the PWM signal to a pulse-to-DC-voltage-level output circuit. The pulse-to-DC-voltage-level output circuit is used to convert the PWM signal into a DC voltage level. A VCO circuit connected to a starter power source circuit and a lamp tube lighting driving circuit is also provided. The lamp tube lighting driving circuit is connected to a lamp tube. The VCO circuit is used to drive the lamp tube lighting driving circuit according to the DC voltage level for adjusting the luminescent brightness of the lamp tube.

Abstract: The present invention provides a wireless remote-control light adjuster comprising a remote-control module and a light adjustment device connected to at least one light bulb. A key module for keying in internal codes of the light adjustment device and used as remote-control keys is disposed in the remote-control module so that the remote-control module can learn each internal code and simultaneously generates several remote-control digital codes. The remote-control module emits out a remote-control signal having different remote-control digital codes to the light adjustment device according to the change of pressed times of the remote-control keys on the key module. The light adjustment device outputs different degrees of electricity to the light bulb according to the remote-control digital code of the received remote-control signal. The present invention has the advantage of remotely controlling the brightness of light bulbs.

Abstract: The present invention provides a remote-control device of lamp series control box comprising a handheld remote controller, which is used to emit out a remote-control signal. An RF receiving device is installed in the lamp series control box connecting a plurality of lamp series. After the RF receiving device receives the remote-control signal, different glittering mode of lamp series and music melody are generated according to the operation of a control module in the lamp series control box. A manual serial code learning switch and a manual serial code reset switch are disposed on the lamp series control box to learn inbuilt remote-control serial codes of different remote controllers. The present invention has the advantage of remotely controlling different glittering modes of lamp series and music melodies, and can let different remote controllers control a plurality of control boxes simultaneously.

Abstract: The present invention provides a remote-control device of lamp series control box comprising a handheld remote controller, which is used to emit out a remote-control signal. An RF receiving device is installed in the lamp series control box connecting a plurality of lamp series. After the RF receiving device receives the remote-control signal, different glittering mode of lamp series and music melody are generated according to the operation of a control module in the lamp series control box. A manual serial code learning switch and a manual serial code reset switch are disposed on the lamp series control box to learn inbuilt remote-control serial codes of different remote controllers. The present invention has the advantage of remotely controlling different glittering modes of lamp series and music melodies, and can let different remote controllers control a plurality of control boxes simultaneously.

Abstract: The present invention provides a smart wireless fire site notifying device, which comprises a plurality of fire sensors, a plurality of route indicators, and at least a remote control master. The fire sensor gives an alarm and outputs a wireless alarming signal to other fire sensors when detecting abnormal situations. The route indicator receives the wireless alarming signal, discriminates the signal, and determines and displays the fire site and the best escape route. The remote control master sets the address serial code of each fire sensor and mutual learning of digital codes of the fire sensors and the route indicators to let them receive the wireless alarming signal simultaneously. The present invention not only has learning and regular self testing functions, it can also inform the users of the fire site and situation and the best escape direction and route to exactly ensure their properties and safety.

Abstract: The present invention provides a distant remote-control device of electric appliance, wherein an infrared signal of an electric appliance to be remotely controlled is learnt using a signal converter, and a corresponding address serial code is provided so that telephone tones can be matched for maneuvering a telephone remote-control mainframe and the signal converter can be used to convert signals for remotely controlling electric appliances remotely controlled by infrared rays. Wireless remote-control electric appliances originally designed according to the present invention can also be remotely controlled in wireless way simultaneously. The present invention directly learns remote-control signals of electric appliances to achieve distant remote control of electric appliances using a telephone. The present invention also has the advantages of simple operation and convenient use.

Abstract: The present invention provides a smart wireless fire site notifying device, which comprises a plurality of fire sensors, a plurality of route indicators, and at least a remote control master. The fire sensor gives an alarm and outputs a wireless alarming signal to other fire sensors when detecting abnormal situations. The route indicator receives the wireless alarming signal, discriminates the signal, and determines and displays the fire site and the best escape route. The remote control master sets the address serial code of each fire sensor and mutual learning of digital codes of the fire sensors and the route indicators to let them receive the wireless alarming signal simultaneously. The present invention not only has learning and regular self testing functions, it can also inform the users of the fire site and situation and the best escape direction and route to exactly ensure their properties and safety.

Abstract: The present invention proposes a remote control device of lamp tube for controlling the action of at least a lamp tube through wireless remote control way. The remote control device of lamp tube comprises a remote controller module, at least a base, and at least a remote control receiver inserted into the base. The remote controller module is used to emit a remote control signal to be received by the remote control receiver, of which the addressing code has been learned and set beforehand. After unmistakably recognized, the lamp tube will be triggered to generate the on or off action so that the effect of controlling lamp tubes through wireless remote control way can be achieved. The present invention has the characteristics of convenience and flexibility in use.

Abstract: The present invention proposes a voice device for a fire extinguisher. The voice device is installed on a fire extinguisher. The voice device comprises a power source, a control switch, a spring rocking switch, a capacitor, a voice IC, and a sound device. The spring rocking switch is connected to the power source. The voice IC is driven to output a specific signal when the spring rocking switch is on and electricity is conducted. The voice amplifying circuit receives the signal from the voice IC and outputs an amplified signal to the sound device for giving specific voices recorded in the voice IC. When the fire extinguisher is rocked, the voice device will automatically tell the user how to operate the fire extinguisher.