Abstract: The invention relates to a composite motion robot based on springtail movement mechanism, which includes a body, a jumping mechanism, a balance wheel and a control module. The body includes a right pallet, a U-shaped frame, a curved slide, a casing, a fixing plate, a left pallet and a pin block; the control module is installed on the body. Based on springtail jumping motion mechanism and by setting the jumping mechanism and the balance wheel, the invention enables the robot to have capability of movement, such as jumping over obstacles, balance wheeled translation, flipping posture reset, and self-balance resetting which is otherwise difficult to be achieved by traditional balancing carts, etc.

Abstract: The invention relates to a composite motion robot based on springtail movement mechanism, which includes a body, a jumping mechanism, a balance wheel and a control module. The body includes a right pallet, a U-shaped frame, a curved slide, a casing, a fixing plate, a left pallet and a pin block; the control module is installed on the body. Based on springtail jumping motion mechanism and by setting the jumping mechanism and the balance wheel, the invention enables the robot to have capability of movement, such as jumping over obstacles, balance wheeled translation, flipping posture reset, and self-balance resetting which is otherwise difficult to be achieved by traditional balancing carts, etc.

Abstract: An automatic focusing camera base has a seat, a motor, a focusing device and a transmission device. The motor is mounted and horizontally lies on the seat and has a shaft. The focusing device is mounted on the seat and can move relative to the seat. The transmission device is mounted between the motor and the focusing device and has an active member mounted around the shaft and being movable along the shaft and a passive member mounted pivotally on the seat, abutting and driven by the active member to pivot and move the focusing device. The transmission device are designed especially to cooperate with and allow the motor to horizontally lie on the seat instead of upright standing and therefore a thickness of the automatic focusing camera base along a linear line perpendicular to an axis of the motor is reduced.

Abstract: An automatic focusing camera base has a seat, a motor, a focusing device, a contact set, and a transmission device. The motor is mounted on the seat and has a shaft. The focusing device is mounted on the seat, which can move relative to the seat. The contact set is mounted on the seat, connected to the motor and a detecting circuit for the zero adjustment of the focusing device and has a first conductive member connected to the shaft and a second conductive member. The transmission device is mounted between the motor and the focusing device and has an active member selectively contacts the second conductive member. The active member and the motor are responsible for driving the focusing device and activating the detecting circuit without a ray-emitter and a ray-interceptor. The structure of the automatic focusing camera base is simple and compact.

Abstract: An exemplary testing device (2) includes plural lenses (22) for inspecting a display of a liquid crystal display (LCD) display (90), and analyzing devices (25) for receiving data obtained by the lenses and analyzing the data. The testing device including the plural lenses can collect a group of data simultaneously, and all needed data can be obtained in a short period. This helps assure that an accurate determination regarding true parameters of the brightness and uniformity of the display is made.

Abstract: An automatic transmission apparatus (200) includes a transmission floor (210), at least one board (220), a first stopping unit (230), a second stopping unit (240), a plurality of inspecting units (250, 251, 252), and a controlling unit (260). The transmission floor has a plurality of rollers positioned at two long sides thereof. The at least one board is positioned on the rollers. The first and seccond stopping units are positioned along a path of movement of the at least one board along the transmission floor. The second stopping unit is along a predetermined distance from the first stopping unit. The inspecting units generate a plurality of inspecting signals according to a current position of the board. The controlling unit receives the inspecting signals and controls the first and second stopping units according to the inspecting signals. The first and second stopping units stop the at least one board from moving.

Abstract: An auto-focusing camera has a base, a focusing element, a lens, a motor and a transmission assembly. The focusing element is mounted movably on the base. The lens is mounted on the focusing element. The motor is mounted and lies flatly on the base and has a shaft mounted rotatably to the motor. The transmission assembly connects to the shaft on the motor and the focusing element and allows the motor to move the focusing element through the transmission assembly. The motor lying on the base decreases a thickness of the auto-focusing camera along an axis of the lens and makes the auto-focusing camera thin and compact. The electrical appliance with the auto-focusing camera is thin, compact and salable.