Abstract: A multi-vacuum mount type support device includes a multi-end connection bar, multiple supporting arms each having one end thereof horizontally pivotally connected to a respective end of the multi-end connection bar by a respective pivot lock, multiple vacuum mount assemblies vertically pivotally connected to the other ends of the supporting arms by respective pivot lock for securing to a flat surface by a vacuum suction force, and a mount connected to one front end of the multi-end connection to hold a holder member for holding an electronic apparatus.

Abstract: A dual vacuum mount type support device includes a support arm, two vacuum mount assemblies pivotally connected to the two distal ends of the support arm for securing to the flat surface of a support wall and the flat surface of an object to be supported on the support wall, and two pivot locks for locking the vacuum mount assemblies to the support arm in the respective adjusted position.

Abstract: A vacuum mount type support device includes a vacuum mount base member having a multilateral upright shaft, a hard vacuum mount cap member having a cup-like body capped on the top side of the rubber disk of the vacuum mount base member and a through hole for the passing of the multilateral upright shaft, a control device threaded onto the multilateral upright shaft and rotatably to impart a pressure to the vacuum mount cap member against the vacuum mount base member for causing formation of a vacuum suction force, and a device holder fastened to the connector of the vacuum mount base member above the control device for holding an external device.

Abstract: A variable pressure reducing device includes a hollow housing body formed with an inlet opening, an outlet opening spaced apart from the inlet opening, and an inner wall surface. The variable pressure reducing device further includes an intake tube that extends into the housing body from the inlet opening. The intake tube is formed with an inlet channel and is further formed with an outer tube surface that cooperates with the inner wall surface to form an outlet channel in fluid communication with the outlet opening. The variable pressure reducing device also includes a redirection structure movably mounted in the housing body and movable relative to the intake tube between a redirecting state and a sealing state.

Abstract: A speed control device which is adapted to be used in connection with a derailleur type bicycle has one operation mode for up-shifting the speed and another operation mode for down-shifting the speed. The two operation modes can be affected by an operation lever, and with the operation lever being pivoted in a first plane for the up-shifting operation and in a second plane for the down-shifting operation.

Abstract: A car computer/LCD monitor holder includes a bracket for holding a car computer/LCD monitor and a vehicle computer/LCD monitor arm mountable on a part inside a car to support the bracket. The bracket includes a platform, two clamping plates slidably mounted in a respective bottom sliding groove on the bottom side of the platform and movable relative to each other, two compression springs respectively mounted in the bottom sliding grooves of the platform to force the clamping plates apart, two stop members respectively pivotally mounted on the bottom side of the platform and engaged with a respective longitudinal series of sloping teeth on each clamping plate, and two biasing springs respectively mounted in the bottom side of the platform to force the stop members into engagement with the longitudinal series of sloping teeth of the clamping plate.

Abstract: A vacuum mount type support device includes a vacuum mount base member having a multilateral upright shaft, a hard vacuum mount cap member having a cup-like body capped on the top side of the rubber disk of the vacuum mount base member and a through hole for the passing of the multilateral upright shaft, a control device threaded onto the multilateral upright shaft and rotatably to impart a pressure to the vacuum mount cap member against the vacuum mount base member for causing formation of a vacuum suction force, and a device holder fastened to the connector of the vacuum mount base member above the control device for holding an external device.

Abstract: A pedal assembly for a bicycle comprises a pedal body, a shaft, an anti-leakage unit and an engaging unit. The pedal body is provided in one side thereof with a first through hole for an accommodation of a first shaft sleeve, and in the other opposite side thereof with a second through hole for an accommodation of a second shaft sleeve. The shaft is provided with a flange and penetrates the first shaft sleeve and the second shaft sleeve. The anti-leakage unit including a first elastic element is mounted on the shaft. The engaging unit including a second elastic element is mounted on the distal end of the shaft. By such arrangements, since the first and the second elastic elements have the function of elastic recovery, the clearance caused due to abrasion can be effectively eliminated, and the rotating speed of the pedal body can be suppressed.

Abstract: A bicycle head set includes a first ring having an outer periphery secured to an inner periphery of a head tube of the bicycle. A bush is rotatably and horizontally mounted within the first ring. The bush has a ring structure with an outer annular side and an inner annular side, wherein at least one of the outer annular side and the inner annular side has a self-lubricating layer applied thereon for use as a rotating medium of the head set. A buckling ring is mounted to the bush. The buckling ring has an inner resisting surface securely surround a steering tube of the bicycle and an outer contact surface contacting with the inner annular side of the bush.

Abstract: A bicycle wire supporting frame includes a ring cover capable of being assembled to a head rod of a bicycle; the ring cover having an axial through hole for receiving the head rod; an extension portion extended from one end of the ring cover; and a wire hole penetrating through the extension portion along an axial direction. An upper opening of the through hole is connected to an inclined ring for receiving a receiving lower edge of a C ring so that the head rod is tightly engaged to the through hole of the ring cover. An inner side of the through hole is formed with an inclined surface so as to receive an inclined surface of the tapered ring so that the head rod is tightly engaged to the through hole of the ring cover. A slit penetrates through the extension portion.