A bicycle stand includes a base, a connection unit and a support unit. The base has first and second arms non-parallel to each other. The connection unit is arranged between the first and second aims. The support unit is detachably mounted on the connection unit and is transformable between a folding position and a using position. The support unit is detached from the connection unit when the support unit is in the folding position. The support unit is attached on the connection unit and is adapted to engage with a spindle in a crank-arm of a bicycle to support the bicycle in an upright position on a surface when the support unit is in the using position.

A bicycle wall-mounted frame includes a storage cabinet and a hanger. A long rod of the hanger can be telescopically moved relative to a sliding groove of the storage cabinet, so that support arms of the hanger can be moved toward or away from the storage cabinet, thereby adjusting a position of the hanger to prevent a hung bicycle from touching a wall.

A bicycle wall-mounted frame includes a storage cabinet and a hanger. A long rod of the hanger can be telescopically moved relative to a sliding groove of the storage cabinet, so that support arms of the hanger can be moved toward or away from the storage cabinet, thereby adjusting a position of the hanger to prevent a hung bicycle from touching a wall.

A bicycle stand includes a base, a connection unit and a support unit. The base has first and second arms non-parallel to each other. The connection unit is arranged between the first and second aims. The support unit is detachably mounted on the connection unit and is transformable between a folding position and a using position. The support unit is detached from the connection unit when the support unit is in the folding position. The support unit is attached on the connection unit and is adapted to engage with a spindle in a crank-arm of a bicycle to support the bicycle in an upright position on a surface when the support unit is in the using position.

A bicycle stand includes a base, a connection unit and a support unit. The base has first and second arms non-parallel to each other. The connection unit is arranged between the first and second aims. The support unit is detachably mounted on the connection unit and is transformable between a folding position and a using position. The support unit is detached from the connection unit when the support unit is in the folding position. The support unit is attached on the connection unit and is adapted to engage with a spindle in a crank-arm of a bicycle to support the bicycle in an upright position on a surface when the support unit is in the using position.

The invention is an extension of a reversible motorcycle stand handle for the purpose of additional leverage that is itself reversible to accommodate various positions of the motorcycle stand handle. It is tailored specifically to work with a single-sided swingarm stand, known as the One-Armed Rear Stand. It addresses the unique geometry of that stand but can be used in other similar applications. It adds additional leverage to allow smaller/lighter persons to lift larger/heavier motorcycles with greater ease. It incorporates an angle such that the user's hand and fingers do not contact the ground regardless of whether it is configured for the handle to face forward or rearward with respect to the motorcycle. It incorporates a spring-loaded pin lock to allow it to be reversed 180 degrees or be removed from the motorcycle stand handle.

The invention is an extension of a reversible motorcycle stand handle for the purpose of additional leverage that is itself reversible to accommodate various positions of the motorcycle stand handle. It is tailored specifically to work with a single-sided swingarm stand, known as the One-Armed Rear Stand. It addresses the unique geometry of that stand but can be used in other similar applications. It adds additional leverage to allow smaller/lighter persons to lift larger/heavier motorcycles with greater ease. It incorporates an angle such that the user's hand and fingers do not contact the ground regardless of whether it is configured for the handle to face forward or rearward with respect to the motorcycle. It incorporates a spring-loaded pin lock to allow it to be reversed 180 degrees or be removed from the motorcycle stand handle.

A bicycle carrier having coupling means for mounting to a vehicle, a hinge shaft which, at a distance from the geometric centre of gravity of the coupling means, is connected to the coupling means; a bicycle support which can hinge around the hinge shaft between, on the one hand, a load position whereby a free end of the bicycle support faces towards the ground and, on the other hand, a transport position whereby the aforementioned free end of the bicycle support faces away from the ground; whereby the bicycle carrier is provided with locking means for locking the rotation of the bicycle support in the transport position.

A bicycle carrier having coupling means for mounting to a vehicle, a hinge shaft which, at a distance from the geometric centre of gravity of the coupling means, is connected to the coupling means; a bicycle support which can hinge around the hinge shaft between, on the one hand, a load position whereby a free end of the bicycle support faces towards the ground and, on the other hand, a transport position whereby the aforementioned free end of the bicycle support faces away from the ground; whereby the bicycle carrier is provided with locking means for locking the rotation of the bicycle support in the transport position.

An exercise training device for use with a motorcycle for working out to improve a rider's physical fitness is provided. The training device includes a base, a mounting plate, and a plurality of support legs extending from the base. A coil spring is vertically mounted between the base and the mounting plate. A motorcycle can be releasably affixed to the mounting plate with a plurality of hold downs. The coil spring deflects in response to lateral forces such that the affixed motorcycle can pitch and roll when subject to sufficient force.