Abstract: The invention relates to a folding cooling rack for baking food, including the main frame and the cooling rack, the main frame as mentioned is equipped with legs and connecting rod component on its left and right ends, the legs as mentioned are equipped with first fixing rail at its front and back ends, the first fixing rail as described is connected respectively at both of its ends to the legs as mentioned by the first nut device, the legs as mentioned are also equipped with a chute.

Abstract: A folding canopy with a layered roof includes canopy leg tubes, a beam assembly connected between the canopy leg tubes, and a roof assembly for supporting a tarpaulin. The roof assembly includes a first roof unit in a middle portion of the roof assembly and a second roof unit surrounding the first roof unit. The first roof unit includes a first tarpaulin, a tarpaulin stay for supporting the first tarpaulin, and a linkage rod for linkage of the tarpaulin stay. A middle portion of the tarpaulin stay is hinged with a first strut, one end of the tarpaulin stay is hinged with an end of the linkage rod and the other end of the tarpaulin stay is a free end, and the other end of the linkage rod is hinged with a second strut.

Abstract: A wheeled collapsible canopy with foldable support frame. The wheeled collapsible canopy includes at least two wheeled legs and also at least two non-wheeled legs. A protective cover covers the top of the collapsible canopy when the collapsible canopy is in a folded state. The protective cover extends only partially down the length of the folded support frame.

Abstract: A tent support includes a plurality upright rods, a top module provided at a center of a top of the tent support, a plurality of side rod assemblies each connected to every adjacent two of the upright rods, and a plurality of top rod assemblies connected to the side rod assemblies and the top module. At least one positioning hole is provided at a junction of two adjacent side walls of each upright rod. A sliding seat provided on each upright rod includes a positioning member which is selectively engaged in the positioning hole, a spring, a positioning pin and an outward protruding button therein. The tent support, as a whole, is simple in structure, easy to assemble, and stable in positioning.

Abstract: Aspects are directed to a collapsible privacy structure that has a low profile when in an un-deployed state to preserve the sight lines of observers. The collapsible privacy structure may then be deployed causing a canopy structure to extend upwardly forming an internal volume that provides privacy and seclusion to the user of the structure. The internal volume may be used for a bathroom, a shower, a medical evaluation/treatment space, and/or a changing space. Upon the departure of the user from the internal volume, the collapsible privacy structure may return to the low-profile nature provided by the un-deployed state.

Abstract: An expandable canopy tent frame includes two sets of four-bar linkage with overlapping and staggered central axial lines. The central axial hinge point and the side edge hinge point of the two linkage sets are aligned. The central axial hinge points have a lateral bar. The two ends of the lateral bar pass through the slide bushings on the side edge hinge points, and the slide bushings form the support with both sides of the lateral bar. The main structure has at least one fixed end and can be fixed on objects by utilizing that fixed end.

Abstract: A collapsible shelter is presented. The collapsible shelter includes a bracket. The bracket include a socket for receiving an end of a pole for supporting the collapsible shelter. The bracket also includes a handle for receiving a fastener. The collapsible shelter also includes multiple legs for supporting the collapsible shelter. The bracket is coupled to one of the multiple legs.

Abstract: A folding hexagonal tent includes: posts (2) disposed on respective vertices of a tent, and configured to support the tent; side frames (3) formed in rectilinear shapes, and coupled such that both ends of each of the side frames (3) are hinged to adjacent two of the posts and such that each of the side frames (3) is connected to selectively increase and decrease a distance between the adjacent two posts (2); a roof frame (4) configured to vertically support the center portion of the tent; and connecting frames (5) formed in rectilinear shapes, and coupled such that the first ends thereof are hinged to the respective tops of the posts (2) and the second ends thereof are hinged to the bottom of the roof frame (4) and such that the connecting frames (5) are connected to selectively increase and decrease distances between the posts and the roof frame.

Abstract: The present invention is a loading dock rail shelter with an inflatable canopy and a dual stabilizing and passive retraction support assembly. The canopy has an outer end that moves between inflated and retracted positions. The support assembly includes a rigid frame secured around the perimeter of the canopy, and a pivoting support mechanism that allows the frame to ride with the canopy while supporting and guiding the canopy. The shelter has a lower panel assembly that close the bottom of the canopy. The lower panel has lateral support rods and a front panel support assembly secured to the frame. The support assembly supports the canopy and its lower panel so they do not drag along the ground. The rigid frame stabilizes and guides the inflating canopy to seal around a railcar doorway. The support assembly and frame swing back to passively retract and hold the canopy against the building.

Abstract: An arthritic-assisting one-person-deploying canopy includes: an adjustable ring canopy, a central intersector, foldable top trusses attached to the central intersect and the adjustable ring canopy, top-truss connectors bolted to the foldable top trusses, foldable corner trusses bolted to the foldable top trusses, foldable side trusses, four upper corner intersectors bolted to the foldable top trusses and the foldable side trusses, four upper posts attached to the four upper corner intersectors, four lower corner intersectors slid on the four upper posts and bolted to the foldable corner trusses and the foldable side trusses, four arthritic-a hooks, four lower posts inserted inside the four upper posts, post-height-adjusting holes drilled in the four upper posts and the four lower posts, an adjustable central canopy, a central post attached to the central intersector, a central-post hole formed in the central post, a central-innersurface-locking spring inserted inside the central post, an arthritic-assisting s

Abstract: Disclosed are tent frames, and centralized locking and unlocking mechanisms for tent frames. A centralized locking mechanism includes a slider coupled with the first connector movably disposed on a central pole, and a fastening assembly coupled with the slider. The fastening assembly includes a fastener configured to selectively couple the second hole of the slider with the first restricting hole of the central pole and thus restrict the slider from moving along the central pole, and decouple the second hole of the slider from the first restricting hole of the central pole and thus allow the slider to move along the central pole. An unlocking mechanism is disposed at the lower end of the central pole for selectively unlocking the centralized locking mechanism.

Abstract: A high-ceiling tent frame includes one or more frame units. Each frame unit includes three or more vertical poles and a center pole connected by supporting pole groups. Each frame unit also includes vertical pole fixed and slidable connecting bases installed at the vertical poles, and center fixed and slidable connecting bases installed at the center pole. Each supporting top pole group includes one or more first connecting pole units pivotally connected to each other. Each first connecting pole unit includes two first connecting poles pivotally connected to each other and forms an X-shape when the tent frame is unfolded. Adjacent frame units are connected to each other by sharing at least two vertical poles.

Abstract: A variable shape frame includes: a plurality of extendable arms to form a frame; and a coupling mechanism that couples ends of adjoining extendable arms. Each extendable arm includes cross units having by two rigid members crossing in an X-shape and pivotally coupled by a middle coupling shaft, and an end coupling portion pivotally coupling ends of adjoining cross units. The end coupling portion includes inner and outer end coupling shafts. Each rigid member has a curved shape. The coupling mechanism includes first bent members each pivotally coupling the inner end coupling shaft of one extendable arm and the outer end coupling shaft of the other extendable arm, second bent members each pivotally coupling the outer end coupling shaft of the one extendable arm and the inner end coupling shaft of the other extendable arm, and bent portion coupling shafts each pivotally coupling the first and second bent members.

Abstract: A tent frame includes supporting poles and an upper frame connected to the supporting poles. The upper frame includes a guide pole, first and second connectors, upper connecting units, and a driving mechanism. The first and second connectors are coupled with the guide pole. Each upper connecting unit includes one or more upper pole pairs. Each upper pole pair includes two upper poles pivotally connected to each other and forming an “X” shape when unfolded. Of the upper pole pair proximal the guide pole, one upper pole is pivotally connected to the first connector and the other upper pole is pivotally connected to the second connector. The driving mechanism includes a motor for moving one or both of the first and second connectors along the guide pole, a power source for providing power to the motor, and a controlling device for controlling the motor.

Abstract: A structural module includes a first strut pair including a first strut and a second strut pivotably connected to each other at a first strut pair pivotable connection point, a second strut pair including a third strut and a fourth strut pivotably connected to each other at a second strut pair pivotable connection point, a first hub, a first end of the first strut and a first end of the third strut being pivotably connected to the first hub, a second hub, a first end of the second strut and a first end of the fourth strut being pivotably connected to the second hub, and a stop arrangement attached to at least one of the first hub, the first strut, and the third strut, the stop arrangement including an abutment end. The structural module is movable between a closed position in which longitudinal axes of struts of the first strut pair and the second strut pair are substantially parallel to one another. A collapsible structure and a method of erecting a collapsible structure are also disclosed.

Abstract: A shelter that includes a slider and a strut mechanism mounted on support posts of the shelter that automatically actuate and extend from the side of the support posts when the shelter is expanded from its collapsed state. The strut mechanism provides support for an eave that extends outside from all or a portion of the perimeter of the shelter defined by the corners of the support posts. An automatic hard-stop mechanism is incorporated into the support posts that prevent the eave sliders and strut mechanisms from becoming over-extended. The support posts are configured and oriented relative to the other components of the shelter frame and shelter boundary so to minimize the footprint or size of the shelter when in the collapsed state.

Abstract: A collapsible picnic table canopy device removably attaches a canopy to an existing picnic table. The device includes a pair of support posts each having a top end and a bottom end. A frame is coupled and extends between the support posts. The frame is selectively expandable and collapsible. A canopy is coupled to the frame such that the canopy covers the frame. Each of a pair of clamps is positioned at the bottom end of a respective one of the support posts wherein the support posts are configured for being coupled to a picnic table such that the canopy is supported over the picnic table.

Abstract: A collapsible misting tent is configured to cool an animal. The collapsible misting tent includes a structure sufficiently large to accommodate the animal, and having a first vertical support arm expendably attached to a cap. A second vertical support arm expendably attached to the cap and the first vertical support arm. A third vertical support arm expendably attached to the cap and the second vertical support arm. A fourth vertical support arm expendably attached to the cap, the first vertical support arm and the third vertical support arm. A water distribution system is attached to the structure has a hose attached to a tube mechanically further attached to the cap and configured to transport the water to the cap. A nozzle is attached to the cap and configured to dispense the water from the tube such that the animal enters the structure and is cooled by the water.

Abstract: A node for a solar frame including an elongate portion having a channel extending through it in which a structural element is disposed or a solid elongate portion on to which a structural element is disposed. The node comprises a fin extending radially outward from the elongate portion where at least 5% of the volume of the fin is replaced by at least a single void extending essentially in parallel with the channel or the extrusion direction of the solid elongate portion. An apparatus for transmitting torque in a solar frame having structural elements and a support. A system for solar mirrors. A node for a solar frame. A method for connecting a structural element with a strut having a strut end piece of a solar mirror support frame. A method for producing a node for solar mirror frame.

Abstract: The quickly erectable dome shelter includes an extendible perimeter truss assembly with link members connected between adjacent legs, a central truss assembly of link members, and a roof framework, including pairs of curved upper and lower peak truss members, that is movable between a lowered, collapsed configuration and a raised, upwardly arching position. The shelter also includes telescoping peak pole members coupled to the central truss assembly of link members and the roof framework, and may also include telescoping peak truss brace members connected between a peak truss member and a link member of the perimeter assembly of link members.

Abstract: An erectable canopy framework comprising a base frame and a roof frame. The roof frame is operative to support a canopy above the base frame and is removably mountable to the base frame. The base frame includes a plurality of upright support members, a plurality of cross members, each interconnecting adjacent upright support members, and a plurality of mounts disposed on the upright support members. Each mount includes a mount opening and each cross member includes a scissor assembly to permit movement of the base frame between expanded and a collapsed states. The mounts are operative to fasten the cross members to the upright support members. The roof frame includes a plurality of rafters each connectable to a corresponding mount opening. The framework comprises a plurality of rafter fittings each adapted for insertion into a corresponding mount opening and connectable to a corresponding rafter.

Abstract: The quickly erectable dome shelter includes an extendible perimeter truss assembly with link members connected between adjacent legs, a central truss assembly of link members, and a roof framework, including pairs of curved upper and lower peak truss members, that is movable between a lowered, collapsed configuration and a raised, upwardly arching position. The shelter also includes telescoping peak pole members coupled to the central truss assembly of link members and the roof framework, and may also include telescoping peak truss brace members connected between a peak truss member and a link member of the perimeter assembly of link members.

Abstract: A collapsible shelter frame including members articulated by pivot means and having a pair of opposed pivot members, such as plates, joined at a common axle about which a surface of a first pivot member of the pair is slidingly rotatable over a surface of a second pivot member of the pair in parallel opposition thereto.

Abstract: A frame structure having a truss comprising three longitudinal members the longitudinal alignment of which is facilitated by a stopper member that prevents a junction of the three members from pivoting beyond a desired angle.

Abstract: A collapsible shelter assembly includes legs, a truss system, a cover, cover supporting rods and mounting brackets. Each of the legs has an upper and a lower end. The truss system is configured to link each pair of legs together and define a base perimeter. The brackets are adapted for mounting to the upper ends of the legs, for attaching to the rods at a predefined distance distal to ends of the rods and for defining an outer perimeter greater than the base perimeter. The cover is adapted for attaching about the ends of the rods for covering the outer perimeter.

Abstract: A canopy shelter link point for increased structural integrity particularly when subject to bending forces about the link point. The canopy shelter link point can include an increased overlap distance between two cross members, reduced spacing between adjacent cross members, and/or extension features located about an end of the cross members to reduce the misalignment angle between two cross members. Such features can be provided using spacers, inserts to be inserted into a cross member and/or sleeves to be placed around the cross member. A reduction in the misalignment angle can reduce the amount of bending forces about the link point.

Abstract: A shelter includes a number of vertical support legs, and a mounting member coupled to vertical support legs. A collapsible truss section interconnects the vertical support legs to support a canopy. At least one buckle mechanism comprising a first releasably engageable body and a second releasably engageable body. The first releasably engageable body is attached to the collapsible truss section and is configured to receive the second releasably engageable body attached to the canopy thereby coupling the canopy to the collapsible truss section. Additional examples include a cable that spans between an adjacent pair of vertical support legs around a periphery of the shelter. The cable is seated within the channel of the mounting member. At least one curtain coupled to the cable by a releasably engageable fastener. The fastener is slidable along the cable to facilitate movement of the curtain.

Abstract: A collapsible shelter includes an improved attachment of the roof poles to the legs. A shelter frame has a leg at each corner. Each leg may have an angled top edge or surface. A scissor assembly attaches adjacent legs to each other. An offset link pivotally attaches the roof poles to the legs, adjacent to the top of each leg. The roof poles can be rigidly attached to the offset link. Extension poles are attached to the roof poles with a bungee or similar elastic element.

Abstract: A bag support apparatus has a first support member, a first arm slidably received in the first support member so as to be movable between a retracted position and an extended position, a second support member, and a second arm slidably received in the second support member so as to be movable between a retracted position and an extended position. The first arm is linked to the second arm such that a movement of the first support member toward the second support member causes the first and second arms to move toward the retracted position and such that a movement of the first support member away from the second support member causes and first and second arms to move to the extended position. A scissor mechanism is linked to the first and second support members and to the first and second arms.

Abstract: A shelter that includes a slider and a strut mechanism mounted on support posts of the shelter that automatically actuate and extend from the side of the support posts when the shelter is expanded from its collapsed state. The strut mechanism provides support for an eave that extends outside from all or a portion of the perimeter of the shelter defined by the corners of the support posts. An automatic hard-stop mechanism is incorporated into the support posts that prevent the eave sliders and strut mechanisms from becoming over-extended. The support posts are configured and oriented relative to the other components of the shelter frame and shelter boundary so to minimize the footprint or size of the shelter when in the collapsed state. Accordingly, the protected and shaded area offered by the shelter is greatly increased without sacrificing the stability and strength of the shelter, complicating the operation of the shelter, or increasing the weight, storability or cost of the shelter.

Abstract: Detent actuators may comprise an elongate arm member, a detent button actuating surface, a receiving region, and a mounting structure. The detent button actuating surface may be sized and configured to actuate a detent button. The receiving region may be sized and configured to receive at least one of a finger and a thumb. The mounting structure may be sized and configured to facilitate mounting of the elongate arm to a structure that is selectively slidable relative to a structure comprising the detent button. Additionally, foldable apparatus may comprise a post comprising a detent button, a fitting slidably coupled to the post, and a detent button actuator coupled to the fitting. Methods of operating a detent button may comprise applying a force to a receiving region of a detent button actuator and depressing the detent button with a detent button actuating surface.

Abstract: The quickly erectable dome shelter includes an extendible perimeter truss assembly with link members connected between adjacent legs, a central truss assembly of link members, and a roof framework, including pairs of curved upper and lower peak truss members, that is movable between a lowered, collapsed configuration and a raised, upwardly arching position. The shelter also includes telescoping peak pole members coupled to the central truss assembly of link members and the roof framework, and may also include telescoping peak truss brace members connected between a peak truss member and a link member of the perimeter assembly of link members.

Abstract: A collapsible truss assembly is described herein. One component includes a layered u-bracket including a first u-bracket connected to the collapsible truss assembly, having a first channel, a first surface opposing the channel, and a first aperture that spans from the first surface to the first channel and is of a particular diameter. The layered u-bracket also includes a second u-bracket having a second channel, a second surface opposing the second channel, and a second aperture that spans from the second surface to the second channel and is of the particular diameter. For the layered u-bracket, the second channel is flush with the first surface, and the first and second apertures are aligned.

Abstract: A collapsible shelter includes an improved attachment of the roof poles to the legs. A shelter frame has a leg at each corner. Each leg may have an angled top edge or surface. A scissor assembly attaches adjacent legs to each other. An offset link pivotally attaches the roof poles to the legs, adjacent to the top of each leg. The roof poles can be rigidly attached to the offset link. Extension poles are attached to the roof poles with a bungee or similar elastic element.

Abstract: A transportable field containment system with transparent hood. The transportable field containment system being easily and rapidly deployable and transportable by virtue of its relatively small size and light weight, a collapsible transparent hood that covers the containment area over a work site on the ground, the hood including detachable or folding side panels and removable door panels. The system preferably includes an exhaust component that creates negative air pressure in the containment area under the hood, thereby drawing air that contains hazardous substances, that may be released while the work is being conducted, through one or more off-gas filters.

Abstract: A collapsible tent structure includes a plurality of poles coupled with a plurality of linkages. The tent structure also includes a plurality of rods where each rod is pivotally coupled to each pole on one end and pivotally coupled to a hub on an opposite end. A plurality of struts are further included in the tent structure and each strut is pivotally coupled to each rod on one end and pivotally coupled to each pole on an opposite end, and a locking mechanism is coupled to each of the rods. A plurality of eaves, each pivotally coupled to a locking mechanism, extend radially outward beyond the poles when in an extended position and retracted radially inward of the poles when in a retracted position while the tent is in an open configuration.

Abstract: A canopy structure can comprise a frame comprising a base portion and a top portion. The top portion can comprise a plurality of support members configured to facilitate transition of the top portion between an extended position and a collapsed position. The top portion can comprise a low-friction bearing coupled to a first support member and a second support member so that the first support member and second support member are rotatable relative to one another. The bearing can comprise PTFE.

Abstract: A collapsible shelter assembly having a cover, a plurality of legs, a truss system linking each pair of legs together and forming a truss perimeter, rod for supporting the cover and having a plurality of rod segments, brackets having a base adapted for attachment to an upper end of a leg and a coupler pivotally mounted to the base adapted for attaching to one of the rods, each bracket having a locking mechanism configured for locking the rotatable coupler relative to the base, and one or more hubs each configured for coupling to the distal ends of two or more rods.

Abstract: A collapsible canopy support includes beams for supporting a canopy with each beam having a plurality of elongated beam segments coupled together to form the beam. A segment coupler provides for pivotally coupling a first beam segment to a second beam segment. A segment locking assembly is adapted for selectively securing the first beam segment relative to the second beam segment.

Abstract: A collapsible shelter is described herein. One embodiment includes at least three leg members, at least three base members, wherein the each base member includes an opening to receive one of the at least three leg members at an angle less than 90° relative to the bottom surface of the base member, at least two accordion-type collapsible truss assemblies connected to each leg via an upper corner connection mechanism and a lower corner connection mechanism, each accordion-type truss including at least four truss members interconnected by at least two pivotal v-joints and at least two pivotal x-joints, wherein the at least two pivotal v-joints each include two truss members coupled together with a coupling mechanism through openings in the two truss members, wherein the openings in the two truss members are configured to reduce shearing forces in the truss members by the coupling mechanism.

Abstract: A folding canopy has a canopy top made of flexible sheet material; and a canopy frame. The canopy top is adapted to attach onto the canopy frame, and the canopy frame includes a number of members. A pair of left cross support bars have a first left cross support bar, and a second left cross support bar. The first left cross support bar is pivotally connected to the second left cross support bar. A pair of right cross support bars includes a first right cross support bar, and a second right cross support bar. The first right cross support bar is pivotally connected to the second right cross support bar.

Abstract: The rail skirt system includes a top rail, a skirt that hangs from the top rail, formed from rail bar members connected together at their inner ends by a middle connector tube connectable to a locking support leg, to provide support for the top rail on a side of a shelter. The outer ends of the rail bar members are connected to legs of the shelter by fixed corner connecting brackets.

Abstract: The quickly erectable dome shelter includes an extendible perimeter truss assembly with link members connected between adjacent legs, a central truss assembly of link members, and a roof framework, including pairs of curved upper and lower peak truss members, that is movable between a lowered, collapsed configuration and a raised, upwardly arching position. The shelter also includes telescoping peak pole members coupled to the central truss assembly of link members and the roof framework, and may also include telescoping peak truss brace members connected between a peak truss member and a link member of the perimeter assembly of link members.

Abstract: A collapsible truss assembly is described herein. One component includes a layered u-bracket including a first u-bracket connected to the collapsible truss assembly, having a first channel, a first surface opposing the channel, and a first aperture that spans from the first surface to the first channel and is of a particular diameter. The layered u-bracket also includes a second u-bracket having a second channel, a second surface opposing the second channel, and a second aperture that spans from the second surface to the second channel and is of the particular diameter. For the layered u-bracket, the second channel is flush with the first surface, and the first and second apertures are aligned.

Abstract: A collapsible truss assembly is described herein. One component includes a layered u-bracket including a first u-bracket connected to the collapsible truss assembly, having a first channel, a first surface opposing the channel, and a first aperture that spans from the first surface to the first channel and is of a particular diameter. The layered u-bracket also includes a second u-bracket having a second channel, a second surface opposing the second channel, and a second aperture that spans from the second surface to the second channel and is of the particular diameter. For the layered u-bracket, the second channel is flush with the first surface, and the first and second apertures are aligned.

Abstract: A frame structure comprising a plurality of leg members, a plurality of top-corner fittings, a plurality of slide fittings and a plurality of flexible-pole members. Each leg member comprises a first end and a second end. A top-corner fitting is attached to the first end of each leg member. A slide fitting is coupled to each leg member and is adjustably movable along a length of the leg member between the first end and the second end of the leg member. Each flexible-pole member corresponds to a leg member, and each flexible-pole member comprises a first end and a second end. The first end of each flexible-pole member is coupled to a slide fitting, and a second end of each flexible-pole member is coupled to a central hub member. Each flexible-pole member forms an arching shape when the frame structure is in an erect, unfolded position.

Abstract: A collapsible canopy frame having an improved roof and support structure. A collapsible canopy frame according to one embodiment includes a plurality of side poles; a plurality of edge scissor assemblies coupling adjacent side poles of the plurality of side poles to one another; a center pole for supporting a covering; a plurality of center pole ribs each coupling the center pole to a respective side pole of the plurality of side poles; and a plurality of center scissor assemblies coupling the plurality of edge scissor assemblies to the center pole.

Abstract: A collapsible shelter assembly includes plurality of legs with each of the legs having an upper, a lower end and an axis. A truss system links each pair of legs together and defines a perimeter. Rods are adapted for supporting a cover and brackets are adapted for attaching the rods to the legs. Each of the brackets has a base adapted for attachment to the upper end one of the legs and a coupler mounted to the base for attaching one of the rods. Each bracket is configured so that at least one of the base and the coupler is rotatable relative to the leg axis.

Abstract: A collapsible shelter frame (1) including members (2, 5, 7, 8) articulated by pivot means (17, 18, 19) comprising a pair of opposed pivot members, such as plates, joined at a common axle about which a surface of a first pivot member of the pair is slidingly rotatable over a surface of a second pivot member of the pair in parallel opposition thereto.

Abstract: The invention envisions a multi-purpose expandable-collapsible frame apparatus that may be used as a bed frame. The apparatus utilizes a telescoping central support apparatus designed such that when a force is applied to the central support apparatus a plurality of floating arm assemblies expand outwardly from the central support apparatus. Furthermore, support straps and a covering member add stability and utility to the frame apparatus.