Abstract:
The present invention relates to a folding mechanism of an exercise treadmill having a treadmill frame and a support frame. A connecting rod is mounted on the support frame and extends to the front lower side of the exercise treadmill such that the other end of the connecting rod is pivotally connected the front portion of the treadmill frame. In addition, a ground touching roller is mounted to either side of the front end of the bottom of the treadmill frame. When the rear end of the treadmill frame is lifted to perform a folding action, the ground touching rollers are operative to facilitate the lifting action of an operator such that the operation is easy and has a labor-saving effect.
Abstract:
The present invention relates to a magnetic control multifunctional exercise apparatus and includes a base frame, an upright rod connected to a bottom of the base frame, a seat pad, a back pad, two hollow supporting arms pivotably connected at a top of the upright rod, a resisting arm pivotably connected at a front of the base frame and a magnetic control resisting mechanism connected to the base frame. A plurality of pulleys are utilized in combination with two ropes to connect the supporting arms, the resisting arm, and the magnetic control resisting mechanism so that a user can pull the ropes of the supporting arms or push the resisting arm. A flywheel of the magnetic control resisting mechanism will unidirectionally turn to achieve the expected magnetic resistance.
Abstract:
The present invention relates to a folding unit of a motorized treadmill which includes a main body, a deck, a deck transmission assembly and a folding mechanism. Mainly, an auxiliary folding assembly is pivotably connected to the slide shaft, and a movable support fixed at the rear end of the auxiliary folding assembly 50 is able to make a to-and-fro sliding movement on the main body with the slide shaft so that the movable support of the auxiliary folding assembly is permanently situated behind the center of gravity of the deck 20 when the deck folds up.
Abstract:
The present invention relates to a geared scooter comprising a deck assembly, a handlebar, a front wheel assembly and a rear wheel assembly. The front wheel assembly and the rear wheel assembly are arranged at front and rear ends of the deck assembly. The handlebar is pivotably disposed at the front end of the deck assembly and pivotably connected to one end of the coupling mechanism while the other end of the coupling mechanism is mounted on the drive mechanism of the rear wheel assembly. The drive mechanism is pivotably mounted on the rear wheel assembly in one body. In swinging the handlebar, the rear wheel assembly is driven with the drive mechanism by the coupling mechanism to create a forward power.
Abstract:
The present invention relates to a skateboard-like exerciser primarily comprising a blocking connecting rod interposed between a braking unit behind the deck and the main frame. When the blocking connecting rod is not touched first, the braking unit can't be pressed for reaching an expected braking effect. Consequently, a danger can be avoided when the braking plate is unintentionally pressed. Moreover, a resilient body is disposed at a proper position between the deck and the main frame, and the main frame contains a plurality of locking holes so that the locking position of the resilient body can be adjusted backwards or forwards. In addition to obtaining the cushioning effect, the touch sensitivity of the braking plate is synchronically adjustable.
Abstract:
A RCA data transmission connector and transmission cable mounting arrangement includes a connector holder having a front hollow shell and a rear holder base, a RCA data transmission connector, a circuit board fastened to the holder base of the connector holder by a hook joint and partially inserted into the hollow shell to hold the RCA data transmission connector in the hollow shell in alignment with a front insertion hole on the hollow shell for receiving a matching electric connector, a data transmission cable, an insulation displacement connector welded to the circuit board, a data transmission cable connected to the data transmission cable, and a holding down cap fastened to the insulation displacement connector to hold down the wires of the data transmission cable in contact with respective terminals in respective wire slots in the insulation displacement connector.
Abstract:
A top-press steering device for a skateboard primarily includes a front supporting bar. A height-adjustable handle in cooperation with an adjusting knob is inserted into the top of the front supporting bar. The front supporting bar is attached to a main frame while a deck is hinged with the main frame. Thereafter, one end of the main frame is hinged with a first wheel assembly while the other end thereof is hinged a locating member. In addition, the lower end of the locating member is hinged with an axle shaft of a second wheel assembly. When the front supporting bar is turned by the handle to the right and the left direction or when the deck is inclined to the side by making use of the shift of the center of gravity of the body, the main frame will also be made in a sloping state with the deck, and wherein the top-press members disposed at the bottom of the deck press against the axle shaft of the second wheel assembly to create a direction-turning effect so that the expected goal of turning the wheels can be reached.
Abstract:
A folding front support for a skateboard, in which the front support has a longitudinal groove at two sides near the bottom end including an expansion ring at the top and middle positions. Two pivoting ears each with a throughhole are fitted on the connection part between the frame and the front support. A turning pin with an oval member is inserted into the throughholes of the pivoting ears, and a fixing effect will then be created by means of a fixing ring. A deep groove is disposed between the pivoting ears so that the front support whose outer diameter is smaller than the inner diameter of the deep groove can be plugged into the deep groove in a telescopic state for adjusting the upright height of the front support. Furthermore, the front support can be folded in direction toward the rear side of the frame.
Abstract:
The present invention is related to an auxiliary steering device for a skateboard comprising a front supporting bar, a front wheel assembly, a main shaft, a deck and two rear wheels, wherein the steering device is characterized by the main shaft having two extension bars at the end thereof, each the extension bars having a soft packing ring and a bearing; thereafter, a rear wheel being respectively pivoted on each the extension bars and wherein, when the user controls the direction by means of a handle of the front supporting bar and exerts pressure upon one side of the deck, the two extension bars of the main shaft will squeeze the soft packing ring to be in a side-sloping shape, and this will cause a loading difference between two rear wheels; accordingly, an auxiliary steering function is created and the radius of gyration of the skateboard can be reduced.
Abstract:
The invention relates to an improved adjustment mechanism to the anchoring angle of the rear supporting beam in a treadmill. It has two positioning plates along the two sides near the bottom of a treadmill frame. That bottom surface near the outer edge is equipped with a stop piece. The rear supporting beam is then attached via the holes on the extended parts to the positioning plates. Two connecting pieces are used to mount a coupling over a through axle, placed between two corresponding holes on the two extensions from the rear supporting beam. The two connecting pieces are connected to a threaded bar and the other end of the threaded bar is put through a punched hole on the supporting beam. A turn knob is threaded over the bar exposed outside the supporting beam to complete the assembly. By turning the turn knob on the threaded beam, it could be used to shift the rear beam's anchoring angle can be adjusted to further achieve the fine-tuning of the slanting angle of a treadmill frame.