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 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 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 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: An elongated structural support member for truss sections of collapsible shelters having a cellular core structure including internal dovetailed wall portions and an internal medial wall portion joined at opposite ends to the dovetailed wall portions.

Abstract: A collapsible shelter of the type having a canopy and a frame, the frame having mounting members with a stabilizer reduced friction pivot shafts and an adjustable locking member having a spring providing for easy adjustment of the height and breadth of the canopy.

Abstract: A collapsible shelter of the type having a canopy and a frame, the frame having mounting members with a stabilizer reduced friction pivot shafts and an adjustable locking member having a spring providing for easy adjustment of the height and breadth of the canopy.

Abstract: A collapsible shelter of the type having a canopy and a frame, the frame having mounting members with a stabilizer, reduced friction pivot shafts and an adjustable locking member having a spring providing for easy adjustment of the height and breadth of the canopy.

Abstract: A collapsible tent structure includes a side frame and a top frame. The side frame comprises posts. Each post comprises an upper end and an upper section. The top frame comprises a top connector and top rods. Each top rod comprises an outer end and an inner end. The inner end of the top rod is pivotally connected to the top connector. Each top rod comprises two struts, a sliding bracket, a fixed bracket and a sliding socket. Each strut comprises an upper end and a lower end. The fixed bracket is secured to the upper section of the post. The sliding bracket is inserted onto the upper section of the post. The sliding socket is secured to the upper end of the post. The upper ends of the struts are pivotally connected to the top rod near the outer end of the top rod, while the lower ends of the struts are pivotally connected to the sliding bracket and the fixed bracket, respectively. The outer end of the top end is connected to the sliding socket.

Abstract: A collapsible tent structure includes a side frame and a top frame. The side frame comprises posts. Each post comprises an upper end and an upper section. The top frame comprises a top connector and top rods. Each top rod comprises an outer end and an inner end. The inner end of the top rod is pivotally connected to the top connector. Each top rod comprises two struts, a sliding bracket, a fixed bracket and a sliding socket. Each strut comprises an upper end and a lower end. The fixed bracket is secured to the upper section of the post. The sliding bracket is inserted onto the upper section of the post. The sliding socket is secured to the upper end of the post. The upper ends of the struts are pivotally connected to the top rod near the outer end of the top rod, while the lower ends of the struts are pivotally connected to the sliding bracket and the fixed bracket, respectively. The outer end of the top end is connected to the sliding socket.

Abstract: An elongated structural support member for truss sections of collapsible shelters having a cellular core structure including internal dovetailed wall portions and an internal medial wall portion joined at opposite ends to the dovetailed wall portions.

Abstract: A collapsible shelter of the type having a canopy and a frame, the frame having mounting members with a stabilizer, reduced friction pivot shafts and an adjustable locking member having a spring providing for easy adjustment of the height and breadth of the canopy.