Abstract: An inductive illumination structure of a lighting device is disclosed. The lighting device includes a main body having a lower accommodating chamber and an upper accommodating chamber and a mounting base vertically connected to the main body. The inductive illumination structure includes a moving object sensing unit, a lighting unit, and a signal processing unit. The moving object sensing unit is disposed inside the lower accommodating chamber of the main body, and includes a compartment seat having sector spaces and sensors disposed inside the sector spaces, respectively. The lighting unit is disposed inside the upper accommodating chamber of the main body, and includes a multi-segment folding plate and light sources disposed on an outer wall of the multi-segment folding plate. The signal processing unit is disposed inside the mounting base, and is electrically connected to the sensors and the light sources, respectively.

Abstract: A detachable video recording sensing lamp includes a light source body and at least one functional unit. The at least one functional unit is detachably electrically connected to the light source body. The user or the consumer can perform assembly according to the desired function. When one of the functional units is damaged, only the damaged functional unit is replaced without the need to replace the whole lamp. The simplification of the structure and the ease of assembly and disassembly can save costs and reduce the waste of components.

Abstract: An automatic sensing lamp capable of network transmission and long-distance surveillance/remote-control audio-video operations is provided for use with a computer or mobile phone. A network connector or wireless transceiver unit of an image-processing IC of the sensing lamp is connected via the Internet to a connection port of a long-distance surveillance/remote-control computer or to a mobile phone. After a software driver is activated, a username and a password built in the image-processing IC are input. When an image-sensing camera unit detects movement of a target, a light-emitting device emits light and a loudspeaker generates sounds to produce a warning and intimidating effect. Images and sounds currently taken by the image-sensing camera unit are transmitted by the image-processing IC to the computer or mobile phone for displaying and playing. The image-sensing camera unit and the light-emitting device can be turned by remote control by the computer or mobile phone.

Abstract: A wireless AV lighting fixture with automatic sensor includes a sensor, a light-emitting device, a camera, a connection port, a wireless remote-controlled unit, and a memory. The sensor is a passive infrared sensor. All of the light-emitting device, the camera, and the connection port are connected to the sensor. The wireless remote-controlled unit includes a transmitter and a receiver. The transmitter is connected to the sensor and transmits telecommunication signals to the receiver. The memory is connected to the sensor.

Abstract: An energy saving light structure includes a socket and an energy saving bulb mounted in the socket. The socket is provided with an oval spherical multi-reflector on the inner wall of the socket. The multi-reflector has a number of rectangular reflecting plates connected in series. The multi-reflector is formed with a concave oval spherical reflecting section. The inner wall of the reflecting section is formed with a corrugated reflecting surface to enhance the illumination effect and save energy.

Abstract: A wireless AV lighting fixture with automatic sensor includes a sensor, a light-emitting device, a camera, a connection port, a wireless remote-controlled unit, and a memory. The sensor is a passive infrared sensor. All of the light-emitting device, the camera, and the connection port are connected to the sensor. The wireless remote-controlled unit includes a transmitter and a receiver. The transmitter is connected to the sensor and transmits telecommunication signals to the receiver. The memory is connected to the sensor.

Abstract: A lighting device with night light and human body sensing capability includes a first illumination device, a second illumination device, a sensor and a main body. The first illumination device is designed to illuminate a local predetermined area, and the second illumination device is designed to illuminate an entire predetermined area. The sensor comprises a first sensing member and a second sensing member. The first sensing member is to detect the illumination status of the predetermined area and to activate the first illumination device. The second sensing member is to detect a human body approaching and to activate the second illumination device. The main body is provided with fixtures to dismantle a cover for replacing the second illumination device.

Abstract: A lighting device with night light and human body sensing capability includes a first illumination device, a second illumination device, a sensor and a main body. The first illumination device is designed to illuminate a local predetermined area, and the second illumination device is designed to illuminate an entire predetermined area. The sensor comprises a first sensing member and a second sensing member. The first sensing member is to detect the illumination status of the predetermined area and to activate the first illumination device. The second sensing member is to detect a human body approaching and to activate the second illumination device. The main body is provided with fixtures to dismantle a cover for replacing the second illumination device.

Abstract: A light-emitting diode (LED) shade is used with an LED and has an opening, a concave cavity and multiple brackets. The concave cavity is defined in the LED shade, communicates with the openings and has an inner surface and multiple annular sets of convex mirrors formed coaxially on the inner surface. The brackets are formed on the outer surface. The multiple annular sets of convex mirrors efficiently reflect the light radiated by the LED mounted in the shade in an appropriate direction. The LED with the LED shade concentrates illumination.

Abstract: A driving circuit for LED lamps includes a DC power unit, a control unit connected to a bank of LEDs, and a backup power unit. The DC power unit outputs DC power to the control unit, the bank of LEDs, and the backup power unit. When DC power from the DC power unit is interrupted, the backup power unit outputs DC power to the bank of LEDs. The driving circuit may be incorporated into various lamp types, including wall lamps, indicator lamps, and emergency lamps.

Abstract: A driving circuit for LED lamps has a DC power unit, a control unit connected to LEDs and a backup power unit. The DC power unit outputs DC power to the control unit, the LEDs and the backup power unit. When the DC power unit does not output DC power, the battery outputs DC power to continue to drive the LEDs. Therefore the driving circuit can be used with any type of lamp such as a wall lamp, an inductive lamp and an emergency lamp.

Abstract: A decorative lamp has a casing with a pervious to light plate, a light source and a control circuit having a power unit, a light detecting unit and an electronic switch. The power unit has at lease one solar battery and at least one rechargeable battery. The light detecting unit is able to detect changes in the level of ambient light around the casing to turn on or turn off the signal amplifier unit and the electronic switch. Therefore the lamp automatically turns on and does not need to be connected to external power.

Abstract: The present invention provides a multi-purpose control device with a remote controller and a sensor. The multi-purpose control device includes a detecting body, a remote controller for controlling the detecting body, and a receiver connected to a light. The detecting body is positioned at an entry way to form a sensing region, thereby the detecting body is not only able to receive a remote control signal emitted from the remote controller but also to sense human bodies entering the sensing region. After the detecting body receives the remote control signal or senses a human body entering the sensing region, the detecting body emits a signal to the receiver to actuate a light. The control device does not require reconfiguration of wiring. The present invention can sense a human body entering a sensing region in the dark to actuate a light automatically. The remote controller associated with the detecting body can provide multiple remote functions, including a lux level setting and a time setting.