Abstract: A power generating structure comprises a front magnetic disc, a rear magnetic disc, and a coil disc disposed between the front and the rear magnetic discs. The coil disc is provided with a plurality of coil units radially arranged. Each coil unit includes a plurality of coils each with different turns of insulated wire. The front and the rear magnetic discs are respectively provided with a plurality of magnetic elements radially arranged. The coil disc is fixed to a shaft at a center thereof. The shaft extends outwardly from the rear magnetic disc. A plurality of blades can be attached to a periphery of the front or the rear magnetic disc. Therefore, the blades can be driven to rotate the front and the rear magnetic discs to have the coils of coil units continuously induced different voltages by the magnetic elements to supply various equipment.

Abstract: A power generating structure comprises a front magnetic disc, a rear magnetic disc, and a coil disc disposed between the front and the rear magnetic discs. The coil disc is provided with a plurality of coil units radially arranged. Each coil unit includes a plurality of coils each with a specific turn. The front and the rear magnetic discs are respectively provided with a plurality of magnetic elements radially arranged. The coil disc is fixed to a shaft at a center thereof. The shaft extends outwardly from the rear magnetic disc. A plurality of blades can be attached to a periphery of the front or the rear magnetic disc. Therefore, the blades can be driven to rotate the front and the rear magnetic discs to have the coils of coil units continuously induced different voltages by the magnetic elements to supply wind power equipments, electrical cars and so on.

Abstract: The security device contains at least a main unit with a number of wired external sensors and detectors. The main unit itself has built-in image capturing and motion detection capabilities that can be operated independently or to provide additional confirmation to the events detected by the external sensors and detectors. The main unit contains a radio transceiver member capable of conducting two-way, real-time and message-based, mobile communications via a mobile communication network. As such, whenever some abnormality is detected, the main unit is able to dial a specific party to play pre-recorded voice message and/or send captured images or video clips in real time or in some messages.

Abstract: The security device contains at least a main unit with a number of wired external sensors and detectors. The main unit itself has built-in image capturing and motion detection capabilities that can be operated independently or to provide additional confirmation to the events detected by the external sensors and detectors. The main unit contains a radio transceiver member capable of conducting two-way, real-time and message-based, mobile communications via a mobile communication network. As such, whenever some abnormality is detected, the main unit is able to dial a specific party to play pre-recorded voice message and/or send captured images or video clips in real time or in some messages.

Abstract: The anti-theft device contains a control circuit housed in a casing. The control circuit contains a microprocessor, a memory, a detection unit, a radio unit, and a GPS unit, and is connected to a supersonic sensor, a microwave sensor, an air-pressure sensor, and one ore more image capturing elements. When the motor vehicle is broken in, the control circuit detects such an event by evaluating the multiple signals collected by the sensors, and by processing the images captured by the image capturing elements. The control circuit then dials a preset numbers and plays a pre-recorded voice message asking for help. In the mean time, the continuous images captured by the image capturing elements are delivered a predetermined mobile phone or a computer so that the owner of the motor vehicle or some other people could monitor what is happening at the scene.

Abstract: The fire alarming device contains a base member and a transparent dome member. A control circuit is housed inside the base member, and at least an infrared camera is housed inside the dome member. The camera can be manually adjusted so that it aims at a specific spot. The camera, as well as at least a smoke detector, is electrically and signally connected to the control circuit in the base member. The control circuit mainly contains a microprocessor, a memory for storing a control program executed by the microprocessor and other relevant data, and a radio transmitter and receiver unit. The radio transmitter and receiver unit is capable of making and receiving phone calls and sending and receiving messages (such as SMS or MMS or email) via a mobile communication network such as one of those supporting GSM and other appropriate protocols such as GPRS.

Abstract: A protective lock structure mainly including a main body, interior of which is disposed a control circuit assembled from a microprocessor, a memory, a high frequency transmitter circuit. The main body is connected to monitoring equipment, including an infrared camera, an infrared hot body sensing component, a sound pickup and speakers. Moreover, the main body is connected to an electric controlled lock, thereby enabling a cellular phone handset to dial out a telephone number and preset code, which the control circuit of the main body identifies and compares to ensure correctness before unlocking the electric controlled lock, thus providing a lock device with even greater safety and protective effectiveness.