Abstract: An auxiliary handle assembly for an exercise bike includes an extension handle, a first clamp, a second clamp, a first positioning unit, a second positioning unit, a grip and a bar end. The auxiliary handle assembly is removably mounted to the handlebar of the exercise bike. The user holds the grip and contacts the bar end to feel like holding a bicycle handlebar.

Abstract: A kids bicycle balance training handle is provided, including a fastening base, a handle bar, and a grip cover. The fastening base includes a handle clamp portion and a seat-post clamp portion. The handle clamp portion and the seat-post clamp portion are arranged opposite to each other. The seat-post clamp portion is movably clamped on and fixed to a seat post of a bicycle. The handle clamp portion is movably clamped on and fixed to a fixed section of the handle bar. The handle bar includes the fixed section and a sleeved section, and the fixed section is arranged non-coaxially with respect to the sleeved section. The grip cover is sleeved on an outer surface of the sleeved section. The seat-post clamp portion can be clamped on an outer surface of the seat post, and the handle clamp portion can be clamped on the handle bar.

Abstract: A kickstand includes a head, a leg pivotably connected to the head, a clamp connected to the head and a first pad located at the inside of the clamp and facing the head. Multiple screws are threadedly connected to the clamp and each screw includes a contact end. The contact ends of the multiple screws extend beyond the clamp and contact against the first pad to partially deform the first pad. The tube of the chainstay is clamp between the head and the clamp, and the first pad contacts the tube of the chainstay to avoid the kickstand from pivoting or loosening relative to the chainstay.

Abstract: A clipless bicycle pedal auxiliary tool includes two cramp bodies, each cramp body includes a pivot part, a holding section and a clamping section, the two pivot parts are pivoted with each other, and the holding sections and the clamping sections are disposed on two sides of the pivot parts, respectively. Each clamping section includes a clamping pin and a pushing pin protruded thereon. The two holding sections can be operated to pivotally swing the two clamping section relative to each other, and make the two clamping pins and the two pushing pins move close to and away from each other, so that the two clamping pins can clamp the two inner sides of the clamping fastener of the clipless bicycle pedal, and the two pushing pins push the two outer sides of the clamping fastener to form a force pivot.

Abstract: A quick replacement Structure for a seat cushion of an exercise hike is disclosed. The quick replacement structure includes an adaptor member, a rotation unit and a quick release assembly. The rotation unit is assembled between the adaptor member and seat bows of the seat cushion, and the adaptor member can be conveniently fastened on the exercise bike in cooperation with the quick-release assembly so that a user can quickly replace the preferred seat cushion.

Abstract: A vehicle-tail-mounted bicycle pad includes a main pad body, a blocking plate, a bicycle frame securing set and a securing band set. The main pad body includes an in-vehicle part and an out-vehicle part connected to each other, and the out-vehicle part includes an opening. The blocking plate has a side connected to the main pad body, and another side movably connected to the main pad body through a zipper set. The blocking plate can movably block the opening and includes a first Velcro, the in-vehicle part includes a second Velcro, and the first Velcro and the second Velcro are movably attached with each other. The bicycle frame securing set is disposed on a top surface of the in-vehicle part. The securing band set includes a band body and a buckle ring disposed on sides of the out-vehicle part and the in-vehicle part.

Abstract: A shoe rack for an exercise bike includes a shoe rack body and a connection holder. The shoe rack body includes a first shoe placing portion and a second shoe placing portion, the connection holder is connected to the shoe rack body, the connection holder can be disposed on a base member of an exercise bike, and the first shoe placing portion and the second shoe placing portion can be used to place shoes. Therefore, when the exercise bike is mounted with the shoe rack, a rider can place the shoes, required for riding the exercise bike, in the shoe rack body, so that the rider does not need to carry the shoes when planning to ride the exercise bike, and the conventional problem is effectively solved.

Abstract: A bicycle wheel positioning device includes a case and two positioning units. The two positioning units are respectively installed to the case and each include a roller unit and at least one spring. When the two roller units are applied by a force, the two roller units are pushed away from each other. When the force is removed, the roller units move back and toward each other by the at least one spring in each roller unit.

Abstract: An adaptor is connected to a bicycle shoe and includes an engaging portion and a base part. The engaging portion is formed on the first side of the base part, and protrudes from the first side of the base part so as to be connected to the underside of the bicycle shoe. A recess is defined in the second side of the base part and includes two first holes defined through its inner bottom. The two first holes are defined through the engaging portion. Two locking members extend through the two first holes and are connected to the bicycle shoe. A cleat is removably connected to the second side of the base part. The bicycle shoes with the cleat are used as mountain bike shoes, and used as road bike shoes by removing the cleats.

Abstract: A pedal thickness supplementary device is provided. The pedal thickness supplementary device includes two supplementary assemblies and a plurality of fasteners. The two supplementary assemblies disposed on two corresponding sides of the pedal respectively, in which the two supplementary assemblies clamp and couple to the pedal, so that the thickness of the two supplementary assemblies clamping to the pedal is thicker than the thickness of the pedal. Further, each of the two supplementary assemblies includes two anti-slip portions, a plurality of first fasten grooves, a plurality of second fasten grooves and a through hole.

Abstract: A platform is connected to the handle of a fitness equipment and includes a platform and two arms which are pivotably connected to the platform. The two arms are adjustably movable relative to the platform to change the distance between the two arms. The two arms are connected to the handle of the fitness equipment, and the angle of the platform is adjustable such that tablets or electronic devices can be put on the platform when using the fitness equipment.

Abstract: A sweat absorbing device includes at least one first strip which has a connection end, and the connection end is connected to a portion of the at least one first strip to form the at least one first strip as a loop. The at least one first strip is removably connected to the handlebar. A sweat absorbing pad has a top face for absorbing sweat, and a bottom face. The at least one first strip is removably connected to the bottom face of the sweat absorbing pad. The sweat absorbing pad can be adjusted relative to the stationary bike so as to properly absorb the rider's sweat.

Abstract: A bicycle parking rack includes a base with a first support unit and a second support unit connected thereto. The first support unit restricts one of two wheels of a bicycle that is not in upright pose. The second support unit is pivotably connected to the base and includes an outer tube pivotably connected to the base and an inner tube that is movably inserted in the outer tube. An extension rod is threadedly connected to the inner tube and movable with the inner tube relative to the outer tube, The extension rod is configured to extend through one of the two wheels of the bicycle, or to contact a seat post of the bicycle when the bicycle is in upright pose, while the first support unit supports another one of the two wheels of the bicycle.

Abstract: A water bottle holder assembly includes a board and a link extending from the board. The board includes two slots defined axially therethrough. The link includes a connection end which has a first toothed face. Two clamp units are connected to the board, and each clamp unit includes two blocks. Each of the blocks includes a passage through which a first bolt extends, and the first bolt extends through the slot and is connected with a nut. The two blocks are pivotably connected to each other at one end so as to clamp the seat rail between the two blocks. A support unit includes a plate with an extension extending laterally from the plate. A water bottle holder is connected to the plate. The extension includes an engaging part which has a second toothed face adjustably engaged with the first toothed face so that the holder is angularly adjustable.

Abstract: A bicycle rack includes a frame body, compartment bars, hose sleeves and a hanging shelf. The frame body includes two side frames, an upper frame bar and a lower frame bar which are connected between the two side frames. The compartment bars are movably disposed between the upper frame bar and the lower frame bar, and arranged in interval. The hose sleeves are movably mounted on the compartment bars, respectively. The hanging shelf is disposed on one of the two side frames. Each compartment bar can be movably disassembled to adjust an interval between the adjacent two compartment bars; each compartment bar is mounted with a hose sleeve, and even if a wheel width of a bicycle is slightly lower than the interval between the adjacent two compartment bars, the bicycle can be prevented from shaking when being tightened by the hose sleeves.