Abstract: A multi-function vehicle light assembly (MVLA) that incorporates in a single enclosure a plurality of LED modules. Each module produces a white light that indicates that a vehicle is in reverse, an amber light that indicates that a vehicle is making a right or a left turn, and a red light that functions as a vehicle tail-light and to indicate that the brakes are being applied. Two embodiments are disclosed, in the first embodiment the plurality of LED modules directly produce a set of white, amber and red lights. In the second embodiment an LED module is utilized that includes blue, green and red LEDs that are selectively combined by an LED control circuit to produce the white, amber and red lights. Each embodiment also includes a set of control units for selecting which of the input signal lines are to be activated.

Abstract: A multi-function vehicle light assembly (10) (MVLA 10) that is designed to provide a compact light assembly that incorporates in a single enclosure (24) a plurality of LED modules (16). Each module (16) produces a white light that indicates that a vehicle is in reverse, an amber light that indicates that a vehicle is making a right or a left turn, and a red light that functions as a vehicle tail light and to also indicate that the vehicle brakes are being applied. Two embodiments are disclosed in the first embodiment the plurality of LED modules (16) directly produce a set of white, amber and red lights. In the second embodiment an LED module (16) is utilized that includes a blue, green and red LEDs that are selectively combined by an LED control module (22) to provide the required white, amber and red lights.

Abstract: An electronic device case (10) for storing and protecting a portable electronic device (108). The case (10) has two design configurations. The first configuration comprises a device cover (12) with a first section (14) and a second section (30). The two sections (12,14) interface at a living hinge (46). The electronic device (108) is placed within the first section (14), which can be folded onto the second section (30) during travel or storage. The second configuration comprises a single, unitary device cover (70) into which the electronic device (108) is placed. Both configurations include a keyboard (110) that is located within a keyboard cavity (52 or 88), a first pocket (54 or 90) that holds a USB cable (112) for interfacing the keyboard to the electronic device, and a second pocket (56 or 92) that holds a power cable (114) for supplying power to the electronic device.

Abstract: An electronic device case (10) for storing and protecting a portable electronic device (108). The case (10) has two design configurations. The first configuration comprises a device cover (12) with a first section (14) and a second section (30). The two sections (12,14) interface at a living hinge (46). The electronic device (108) is placed within the first section (14), which can be folded onto the second section (30) during travel or storage. The second configuration comprises a single, unitary device cover (70) into which the electronic device (108) is placed. Both configurations include a keyboard (110) that is located within a keyboard cavity (52 or 88), a first pocket (54 or 90) that holds a USB cable (112) for interfacing the keyboard to the electronic device, and a second pocket (56 or 92) that holds a power cable (114) for supplying power to the electronic device.

Abstract: A solar illumination-and-surveillance device for a home garden includes a support post, a lamp positioned at the upper end of the support post for receiving a light source member, a surveillance camera installed at a preset location of the lamp and having a lens for receiving and picking up images, which are processed and then transmitted to a receiving device by an emission device, and a solar power supply module assembled at the topside of the lamp and disposed with a upper cover having its surface installed with a solar panel. The upper cover is provided inside with a battery and a driving circuit electrically connected with the solar panel, the lamp and the surveillance camera. Solar energy absorbed in the daytime is changed into electric energy through photoelectric conversion and the electric energy is stored in the battery to be used at night.

Abstract: A motor backing-up monitoring device includes a main body, an emitting device, a transmitting device, a receiving device and a displaying device. The main body is formed similarly as a hollow shell, having a power source connector at its one side and a lens connected at the other side. The emitting device is connected with the lens to transmit the images shot by the lens to the transmitting device, the receiving device and the displaying device orderly. Seeing from the displaying device to totally realize the situation behind a vehicle, a driver can easily and securely back up the vehicle.

Abstract: An automobile auxiliary lamp includes a lamp and a connector. The connector is installed at a proper location of an automobile and connected with the terminals of related control devices of the automobile for receiving electricity supplied by the automobile, and the lamp is engaged with the connector. When a user operates a related control device of the automobile, the lamp will synchronously be triggered through a control connecting line to function and emit light, able to enhance warning effect of the automobile lamp. In addition, the auxiliary lamp can also be removed from the automobile to be independently used as a common illuminating lamp, enabling a user to use the lamp for various purposes.

Abstract: A mobile illumination system for a golf course comprises a vehicle and a lamp set, the vehicle can move around while the lamp set illuminates the golf course at night time, the lamp set is composed of at least two spot lights and is able to adjust its angle individually for golfers to strike ball and to aim destination.