Abstract: A system for conveniently storing a wheel, tire or similar object. The invention allows a user to easily insert such an object into a support stand and establish a three point support of the object. Furthermore, the system has an actuation feature that allows a support stand to be easily and compactly configured for storage and shipment. The system uses a rotating support surface to establish contact with a wheel, tire or other similar object. In this fashion, a normal force can be exerted against the object while the support surface is free to turn. This allows an object with a rough surface area to be positioned by the force while not allowing the rough surface area to effect such positioning. A mechanism accommodates tires of different sizes, thereby allowing tires to be positioned on support settings unique to each sized tire. A self adjusting feature allows the movement arm to move in response to the tire size, thereby establishing the appropriate settings.

Abstract: A device and method of supporting a bicycle load in a workstand, wherein the workstand can be supported on only two members which establish three individual points of support. The workstand can utilize at least one rotatable leg to collapse the workstand into a portable and manageable configuration that facilitates transporting and storage. The load support member to which the bicycle is either directly or indirectly coupled can be coupled to the support base off-center from the geometric center of the support base to provide a more stable configuration for the stand as well as to establish the member out of the way of the bicycle which must be supported. In addition, a space saving footprint established by the support base allows the workstand to be positioned against walls and in corners.

Abstract: The present invention is for an improved stand (2) typically of the music variety. The improvements consist of a stabilizing cam (10) and a compact, centrally located, adjustable position memory element (16). The stabilizing cam (10) may be used in a variety of structures to micro adjust the level of the stand (2) to provide better support and stability. The adjustable position memory element (16) may be used on a variety of devices as well including an articulable support stand such that the support stand can be returned upon reuse to a preselected position from a plurality of preselected available positions.

Abstract: A support stand is described which is stackable with other similar stands. The base in one embodiment includes at least one inwardly extending slot, and an upright member is secured to the base. In another embodiment a microphone stand is described which includes two upright members which are telescoped together. The uppermost upright member can be locked in a desired position by a rotatable collar.

Abstract: A collapsible musical instrument stand is described which is light-weight and portable. The stand includes an upright spine with spaced-apart legs. A yoke member is pivotably attached to the upper end of the spine. A brace is attached between the legs and is pivotable between open and closed positions.

Abstract: A collapsible keyboard stand is described which also serves as its own carrying case. The keyboard stand includes (a) an upright support column which includes a cavity at each end, (b) a handle member attached to the column between its upper and lower ends, (c) an openable cover at the upper end of the column, (d) at least two arm members detachably mounted on the support column to define a horizontal support for a keyboard, (e) at least three leg members pivotably attached to the lower end of the support column. The leg members are pivotable to a position parallel to the longitudinal axis of the support column and can be slidably received within the lower end of the support column for storage. The arm members can be detached and placed into a cavity at the upper end of the column for storage and transport. The leg members support the column in a manner such that it leans forwardly.