Abstract: A system and methods for the storage, and preservation of mechanical assets, including collectable automobiles, small airplanes and watercraft in a storage unit. The storage unit includes a plurality of asset modules. The volume of each asset module is variable. The atmosphere of each asset module may be controlled by a control system. Control of the atmosphere of each asset module includes control of parameters including the type of gas each atmosphere is composed of and the temperature, the pressure and relative humidity of each atmosphere. These parameters may be monitored and controlled from a remote location.

Abstract: Improvements in a linear guide self-tracking modular telescoping structure is disclosed. The cover can be sized and fabricated to provide protection to a number of different uses from covering vehicles to offices, storage and operating rooms. The structure provides a fairly rigid shell to protect from objects falling on the cover and also to protect from snow loads. It uses a telescoping enclosure that retracts to occupy a small footprint when retracted. It may also include a side access door to allow a person to access the side of the structure. A power mechanism can extend and retract the cover as it is guided by the self-tracking rails. Seals not only protect from wind, snow, sand storm, extreme temperature or weather and rain, but also from rodents and insects that can accumulate within the structure if it is left unattended for a period of time.

Abstract: A system for providing an enclosure system with automated light deprivation shade deployment and retraction is described. The system includes a plurality of trusses oriented parallel to each other and including at least a horizontal interior member with two diagonal members extending downwardly from ends thereof and two vertical members extending downwardly from the diagonal members on portions thereof opposite said horizontal member; a shade structure having a fixed edge fixed to one of the trusses and a leading edge; a leader arch coupled to the leading edge and including a horizontal bar extending between two or more diagonal bars at opposite ends thereof, and with vertical bars extending downwardly from the diagonal bars on portions of the diagonal bars opposite the horizontal bar; wires extending longitudinally between the truss members and along lines perpendicular to planes in which the truss members are oriented, and inboard of shade curtains.

Abstract: A retractable enclosure includes at least two displaceable structural bow frames which each define a roof section and opposed upwardly extending side sections. These sections are interconnected by joint connectors. The sections are also formed of extruded profiled straight metal tubes which have extruded interconnection channels. The tarp sections of flexible material are engaged by channels of some of the bow frames and collapse and expand as the bow frames are displaced closer or away from one another. Access to the enclosure can be provided from all sides thereof for access to its interior.

Abstract: A manual or motor activated enclosure, appropriate for any surface to be enclosed, comprising matching opposite cross-linked structures containing a set of profiles that fits in the field of telescopic modular pivoting roof structures, that upon retraction it is housed underground such that none of its components are visible above ground, and upon deployment it achieves complete enclosure of the area while proving for openings.

Abstract: An aircraft boarding bridge or stairs with a bellows attached to a head frame of the aircraft boarding bridge or stairs by a fastening device. The fastening device has a positive connection acting at least in to spatial directions, wherein the positive connection is fixable by an at least non-positive connection member.

Abstract: A cover mechanism includes a support frame with base supports and a multi-part expandable cover engaged with the base supports by grappling members or other means. The expandable cover may have a pliable exterior cover and a set of integral ribs, the expandable cover being foldable when not deployed and being expandable to form a self-supporting structure when deployed. The base supports may provide a sliding track for the grappling members to facilitate expansion of the cover. The base supports may be adapted to rest on the ground or buoyant so that the cover can be used with watercraft. The expandable cover may be deployed by pivoting it from a folded position to an upright position, sliding the cover along the base support tracks, and pivoting the cover from the front of the base supports downwards, forming an enclosure thereby.

Abstract: This disclosure relates to an apparatus configured to transform from a retracted configuration to a protruded configuration, and vice versa, by rotating via one or more guides disposed on a base. The apparatus may be formed in different sizes, from various materials depending on the intended use of the apparatus. In some implementations, the apparatus may include one or more of guides, a base, one or more members, a coupler, and/or other components.

Abstract: A foldable solar energy collector has a base and a panel body. The base has an elevatable telescopic shaft mounted thereon. The panel body has a bottom board and multiple side panels pivotally mounted around a perimeter of the bottom board. Two foldable panels are respectively and pivotally mounted on two edges of each side panel. A link assembly is pivotally mounted between the panel body and the telescopic shaft and has multiple inside and outside links pivotally connected to each other. One end of each inside link away from a corresponding outside link is pivotally mounted on the telescopic shaft. One end of each outside link away from a corresponding inside link is pivotally mounted between adjacent two of the foldable panels. When the telescopic shaft is elevated, the link assembly is pulled to drive the panel body to unfold or fold, rendering convenience in operation and storage.

Abstract: A shelter for a motor vehicle or other movable object is moved from a fully retracted position to a fully deployed position by a combination of linear and pivotal movement. The shelter includes a frame assembly including parallel rails with pole holding subassemblies mounted on and movable along the rails. Arched poles with a collapsible canopy covering the poles are mounted on the pole holders, and linear movement of one pole holder on each rail will pull or push the poles into position because the poles are connected by the canopy. Poles on parallel rails will be moved simultaneously. Front and rear pole holders are pivoted to enclose both the front and rear of the shelter, and the entire assembly can be retracted to a generally horizontal storage position by movement of swing arms from a position aligned with the rails to a position in which the swing arms extend upright relative to the rails.

Abstract: A car cover apparatus which has a frame, a plurality of ribs moveably attached to the frame, and a cover attached to the plurality of ribs. Movement of the ribs allow the car cover to be opened and closed. When the ribs are pulled apart, the cover is expanded to cover an automobile. When the ribs are compressed, the user can access the automobile parked within the car cover. According to certain embodiments of the invention, the car cover can be motor-driven and operated by remote control.

Abstract: A car cover apparatus which has a frame, a plurality of ribs moveably attached to the frame, and a cover attached to the plurality of ribs. Movement of the ribs allow the car cover to be opened and closed. When the ribs are pulled apart, the cover is expanded to cover an automobile. When the ribs are compressed, the user can access the automobile parked within the car cover. According to certain embodiments of the invention, the car cover can be motor-driven and operated by remote control.

Abstract: A portable storage shelter storing, small vehicles and other items has a base, a support structure, and a shell. The base has a first and a second rail, and a first and second cross bar removably attached between said first and second rails. The support structure comprises a plurality of vertical members slidably received within the rails. The vertical members are each contiguous with shell support means and a second one of said vertical members thereby forming a plurality of substantially U-shaped vertical support members. A means is provided for extendably securing each of the U-shaped support members to one another. Means are provided for attaching the shell to the support structure. U-shaped transitional members are slidably, pivotally attachable to the two rails of the base, thereby permitting the pivotal movement of the shell between an open vertically oriented position and a closed horizontal position.

Abstract: The invention relates generally to a covering system for athletic courses. A movable framework straddles the athletic course and serves as a support for a cover. Inside, lighting and climate may be controlled. Also, possibly as a training aid or to facilitate competitive events, a timing system and/or PA system may be incorporated. Among the possible athletic courses suitable for covering are running courses, in-line skating courses, cycling courses, etc. The invention also includes a method of operating an outdoor exercise course.

Abstract: A foldable frame includes: inverted U-shaped rods aligned in a folding direction, each inverted U-shaped rod having opposite first and second upright portions; and first and second connecting units. Each of the first connecting units interconnects the first upright portions of two adjacent ones of the inverted U-shaped rods. Each of the second connecting units interconnects the second upright portions of two adjacent ones of the inverted U-shaped rods. Each of the first and second connecting units includes two connecting rods that intersect and that are pivoted to each other, and that are respectively pivotable with respect to the respective ones of the first and second upright portions of two adjacent ones of the inverted U-shaped rods, and two sleeves respectively and slidably sleeved on the respective ones of the first and second upright portions of the two adjacent ones of the inverted U-shaped rods, and respectively pivoted to the connecting rods.

Abstract: A foldable, deployable framework for a structure has a lower hub having a first central axis, sets of tracks, masts, and rafters connected pivotally to the lower hub, to one another, and to an upper hub in a manner that allows the framework to be folded into one, two or three small packages, and to be deployed into a structural frame supporting floors, walls, and roof for an enclosed structure. In different versions folding and deployment is accomplished in a different way. Structures based on the framework can be made for many and varied purposes.

Abstract: The present invention 10 discloses a plurality of movable transparent arcuate sections 12 that can roll on their own designated tracks 14 to enclose or expose a sun room or pool area 18. Thus, the present invention 10 is comprised of a plurality of overlapping transparent arcuate arches or sections 12 positioned on parallel tracks 14. The arches 12 can be selectively moved to any position on the parallel tracks 14. The two distal end arches have removable end closure panels 20. Each of the transparent panel members 22 or arch 12 are positioned within a frame member 16 having a plurality of wheels 36 engaging the spaced apart track members 14. Track members 14 are fixedly positioned to the ground or foundation structures 58 in a spaced-apart parallel configuration. Each side of an arch 12 consists of a plurality of wheels 36 fixedly positioned between spaced apart track elements 14 having hook-like terminations 53 to prevent dislocation of the frame member 16 from the track member 14.

Abstract: A side rail assembly including a side rail having two ends, and a fixture. The fixture is configured to be fixed at one end of the side rail, and defines a central hollow dimensioned to fit snugly around one of the plurality of uprights. The fixture further has a socket for receiving one end of the side rail, and hinged member. The hinged member defines one wall portion of the central hollow. The fixture is slidable around the upright when the hinged member is in an open position and fixture is fixed around the upright when the hinged member is in a closed position. A wedge portion of the hinged member defines a portion of the central hollow. A slot, dimensioned to receive the wedge portion of the hinged member when the hinged member is in the closed position, is also provided on the fixture. Lastly, a locking member is provided which is disposed to lock the hinged member in the closed position.

Abstract: A portable and collapsible sleeper apparatus for providing a comfortable and protective space for truck drivers to sleep when the truck doesn't have a conventional sleeper. The portable and collapsible sleeper apparatus includes a track assembly including first and second elongate track members being spaced apart and having first and second ends; and also includes a cover support assembly including a first support member being attached to the first ends of the first and second elongate track member, and also includes a second support member being movably mounted upon the first and second elongate track members; and further includes a cover assembly including a cover member having first and second ends and being securely attached to the first and second support members; and also includes a crank assembly being movably mounted upon the first and second elongate track members.

Abstract: A retractable truck canvas is provided for use with a truck having a cab and a bed defined by a bottom with a peripheral side wall coupled to a periphery of the bottom and extending upwardly therefrom for forming an interior space and an upper peripheral edge. Also included is a retractable frame assembly having a plurality of inverted U-shaped members each including a horizontally oriented upper portion and a pair of a vertically oriented side portions. Each vertically oriented side portion has a lower end that is slidably coupled to a side extent of the upper peripheral edge of the bed of the truck. Next provided is a canvas mounted on the inverted U-shaped members of the frame assembly.

Abstract: A retractable enclosure for moveable areas such as barges or trucks and for stationary areas such as swimming pools and areas which must be covered at one time and open at another time such as those housing telescopes, cranes, reactors, etc. The enclosure comprises a multiplicity of rail moveable frames having fabric covered peripheries and constructed to allow the frames to be moved close together at one time whereby the area is uncovered, and to be moved apart or extended to the extent allowed by the attached fabric, whereby the area is covered. A pair of parallel rails is positioned one on each side of the area to be covered. Each frame is supported by a pair of multi-axis trolleys, one trolley positioned at each frame end and engaging one of the rail pair, thereby allowing the frame to move readily.

Abstract: A collapsible cover system and kit therefore are removably mounted to a plurality of spaced stake sockets secured within longitudinally extending areas on opposite sides of a swimming pool or hot tub. Stakes, disposed in the stake sockets, are slidingly connected to two lengths of spaced guide tracks that extend along the sides of the pool or hot tub. Inverted bow-shaped members having free ends are removably secured to carrier means that slidingly connect the bow-shaped members to the guide.In additional embodiments the spaced guide tracks are deposed either in a trough that may be covered when the particular rail sections are not in use, or hingedly deposed adjacent a trough into which rail particular rail sections may be stored when they are not in use.

Abstract: The present invention relates to a revolving & horizontally sliding truck canopy and more particularly relate to a revolving platform which locates in a longitude chute-gap and can be controlled by an one-way controller with connecting to chute-gap. Once controlled by one-way controller, it can be revolved upward and slide horizontally to the top of the hood of a truck.