Abstract: A connecting device includes a housing, connector module, and a cover. The housing has a first end and a second end, a container is disposed inside the housing, the inner wall of the housing is formed with a stop portion and a first buckle portion. The connector module includes a connector and a printed circuit board, the printed circuit board has a first surface and a second surface, the connector module is disposed in the container of the housing, and the second surface of the printed circuit board is abutted against a stop portion of the housing. A cover is disposed inside the container and near the first end, the cover has a first opening. An outer wall of the cover comprises a second buckle portion, and the second buckle portion is engaged with the first buckle portion, so the cover is fixed to the housing.

Abstract: A plug connector comprises a terminal module and a connecting module. The connecting module comprises a shelter having a bump arranged on an outer wall thereof, a fixing nut screwing on one end of the shelter, a socket holder having a ridge arranged on an inner wall thereof, and a spring. The terminal module is inserted into the shelter. The shelter is inserted into the socket holder, and the ridge is disposed between the bump and the fixing nut for enabling the socket holder to move relative to the shelter. The shelter, the fixing nut, and the socket holder define an accommodating space. The spring is arranged in the accommodating space, wherein two opposite ends of the spring are respectively abutted on the ridge and the fixing nut for providing an elastic force.

Abstract: A plug connector comprises a terminal module and a connecting module. The connecting module comprises a shelter having a bump arranged on an outer wall thereof, a fixing nut screwing on one end of the shelter, a socket holder having a ridge arranged on an inner wall thereof, and a spring. The terminal module is inserted into the shelter. The shelter is inserted into the socket holder, and the ridge is disposed between the bump and the fixing nut for enabling the socket holder to move relative to the shelter. The shelter, the fixing nut, and the socket holder define an accommodating space. The spring is arranged in the accommodating space, wherein two opposite ends of the spring are respectively abutted on the ridge and the fixing nut for providing an elastic force.

Abstract: A woven fabric with a color glitter effect is woven from plurality A directional yarn sets and B directional yarn sets perpendicular the A directional yarns, wherein each A directional yarn set includes at least one yarn, a shrinkage of which is more than 3%, and the at least one yarn at least contains two successive organizing points for a downward arrangement when it is woven, such that each B directional yarn set is compressed to form a convex structure and has at least two yarns with different colors, a central level position of one of the at least two yarns of a peak portion of the convex structure, at which the B directional yarn set is located, is higher than a top level position of a lowest yarn of a valley portion of a concave structure, at which the B directional yarn set is located.

Abstract: A woven fabric with a color glitter effect is woven from plurality A directional yarn sets and B directional yarn sets perpendicular the A directional yarns, wherein each A directional yarn set includes at least one yarn, a shrinkage of which is more than 3%, and the at least one yarn at least contains two successive organizing points for a downward arrangement when it is woven, such that each B directional yarn set is compressed to form a convex structure and has at least two yarns with different colors, a central level position of one of the at least two yarns of a peak portion of the convex structure, at which the B directional yarn set is located, is higher than a top level position of a lowest yarn of a valley portion of a concave structure, at which the B directional yarn set is located.

Abstract: A seesaw-typed inflatable puppet has an inflatable and seesaw-typed main body, a first envelope, a second envelope, a blower generating air and being connected to the main body and a valve assembly being connected between the first envelope and the second envelope. The air generated by the blower flows into the main body to inflate the main body, selectively flows into the first envelope to deflate the second envelope and flows into the second envelope to deflate the first through the valve assembly. Thus, the first envelope and the second envelope inflate and deflate alternatively. The main body swings back and forth like a seesaw and performs entertaining and novel movements.

Abstract: A color-varying decorative lamp has a hollow body. A luminous member is received in the hollow body and emitting lights with at least two monochromatic colors. A control unit is electrically connected with the luminous member for controlling brightness of the luminous member and times to power on/off the luminous member. Thus, various mixed colors can be seen outside the hollow body.

Abstract: A color-varying decorative lamp has a hollow body. A luminous member is received in the hollow body and emitting lights with at least two monochromatic colors. A control unit is electrically connected with the luminous member for controlling brightness of the luminous member and times to power on/off the luminous member. Thus, various mixed colors can be seen outside the hollow body.

Abstract: An internal telescopic stand mounted inside an inanimate object to support the inanimate object includes a top bracket assembly, a medial bracket assembly, a base assembly, an upper spring-loaded telescopic tube assembly and multiple lower spring-loaded telescopic tube assemblies. The telescopic tube assemblies connect the top bracket assembly, the medial bracket assembly and the base assembly together. Each telescopic tube assembly has spring-loaded telescopic tubes that can be overlapped to allow the internal telescopic stand to be variable in height between an extended position and a retracted position. In addition, the top bracket has two pivotal hooks. The medial bracket assembly has two sliding locks. The pivotal hooks will lock the sliding locks when the internal telescopic stand is adequately retracted to hold the internal telescopic stand in a retracted position.

Abstract: A movable mechanical doll has a bottom seat and two legs upright formed on the bottom seat. A shoulder-arm part is mounted at tops of the legs, and has two arms respectively mounted at two sides of the shoulder-arm part. A housing covering the shoulder-arm part is pivotally mounted on the shoulder-arm part by a pivot pin. A driving assembly with a first motor is mounted in the housing to drive the housing to swing about the pivot pin. At the same time, the arms can be swung forwards and backwards. By this means, the movable mechanical doll can achieve an action of moving shoulders and arms.

Abstract: A mechanical swing doll has a housing having a first chamber defined therein. A seat is mounted in the housing, and has a second chamber defined at a lower part thereof. A gear assembly is installed in the second chamber. A motor is mounted between the housing and the seat for driving the gear assembly. Two sector gears are respectively provided at two sides of the gear assembly and engaged with the gear assembly. Two shanks are pivotally mounted on the seat and respectively driven by the sector gears. A cloth covering the housing, the seat, and the shanks are hung on a suspender.

Abstract: A movable mechanical doll has a seat. A shoulder-arm part and a head part (40) are mounted on the seat. A hollow body covers the seat and the shoulder-arm part (20). A headpiece (60) covers the head part (40) and has a mouth. When motors of the doll are actuated, the doll can swing the shoulders and the arms, turn the head and open/close the mouth.

Abstract: A telescopic mascot includes a head core, a shoulder supporting the head core and a body having a pair of upright telescopic tube assemblies adapted to support the shoulder. Each of the upright telescopic tube assemblies has a plurality of tubes, slidable one in another, to allow the upright telescopic tube assembly to be variable in length between an elongated position and a shortened position, and the tubes are further spring-loaded so as to urge the upright telescopic tube assembly to the elongated position. In addition, a pair of retainers is formed on the lowest tubes and the shoulder is provided with a pair of pivotal hooks adapted to be locked with the retainers when the telescopic tube assemblies is adequately shortened, so as to retain the telescopic tube assemblies in their shortened position.