An improved pole frame structure of a foldable tent includes upright poles, side cross support rod assemblies, and a top support rod unit. The top support rod unit includes a top module provided with a limiting component, top support rod assemblies, and oblique support rods. One end of each oblique support rod is connected to the respective top support rod assembly by means of a slider provided with a stopper, and the other end of the oblique support rod is pivotally connected to the respective side cross support rod assembly. The structure enhances, by means of the stopper and the limiting component, the stability of the oblique support rods supporting tent cloth, and prevents the tent cloth from being damaged by the oblique support rods.

The present invention relates to the technical field of outdoor equipment, in particular to an easily extendable and retractable canopy mechanism comprising two center hubs arranged up and down and several carrier rods. The first and second center hubs are arranged on the same vertical line. One end of the carrier rods is rotatably connected to the first center hub with equal angle between any two adjacent carrier rods. It also comprises equal number of support rods and carrier rods. One end of the support rods is rotatably connected to the second center hub and the other end is fixed on the side of the carrier rods. The angle between any two adjacent support rods is equal. The carrier rods have stop blocks at the upper part of the fixed connection between the carrier rods and the support rods. The present invention improves the existing tent roofs and removes the self-locking structure commonly used in the prior art to achieve the current effect with more convenience and less effort based on simpler mechanism, which is applicable to tents and other outdoor equipment.

A portable structure including a solar shade is disclosed. The portable structure includes a frame comprising at least two beams, a main panel extending between the at least two beams, and a solar shade. The solar shade includes at least one solar shade panel spaced above the main panel by at least one inflatable beam to create a space between the solar shade panel and the main panel. The space creates an insulative layer to help regulate an interior temperature of the portable structure.

A portable structure including a solar shade is disclosed. The portable structure includes a frame comprising at least two beams, a main panel extending between the at least two beams, and a solar shade. The solar shade includes at least one solar shade panel spaced above the main panel by at least one inflatable beam to create a space between the solar shade panel and the main panel. The space creates an insulative layer to help regulate an interior temperature of the portable structure.

An outdoor shelter and a rail system for the outdoor shelter are disclosed herein. The outdoor shelter includes a plurality of corner support members disposed at respective corners of the outdoor shelter, the plurality of corner support members comprising a first corner support member, a second corner support member, a third corner support member, and a fourth corner support member; a plurality of peripheral beam members, a first one of the plurality of peripheral beam members configured to extend in a longitudinal direction between the first and third corner support members, and a second one of the plurality of peripheral beam members configured to extend in a transverse direction between the first and second corner support members; and a shade member disposed above at least one of the first and second ones of the plurality of peripheral beam members.

A multi-sectional tent structure system using interconnectable tent sections or modules is disclosed that allows users to configure the shape and size of a tent system and configuration for a wide variety of uses and applications. The multi-section tent structure comprises at least two modules or tent sections that are connectable by removably attaching one side panel of a module to a side panel of a separate module. The connecting elements may be one or more of hook and loop sections, a zipper, a plurality of snaps or buttons, or pole elements within loops or sleeves. The separate modules may be of different sizes and/or different configurations and shapes. The ready connection and separation of tent sections allows users to expand or reconfiguration tent modules and systems to accommodate varied needs, including separate rooms or expanded tent structures.

A multi-sectional tent structure system using interconnectable tent sections or modules is disclosed that allows users to configure the shape and size of a tent system and configuration for a wide variety of uses and applications. The multi-section tent structure comprises at least two modules or tent sections that are connectable by removably attaching one side panel of a module to a side panel of a separate module. The connecting elements may be one or more of hook and loop sections, a zipper, a plurality of snaps or buttons, or pole elements within loops or sleeves. The separate modules may be of different sizes and/or different configurations and shapes. The ready connection and separation of tent sections allows users to expand or reconfiguration tent modules and systems to accommodate varied needs, including separate rooms or expanded tent structures.

An inflatable structure for covering a space, includes a plurality of inflatable support members arranged in a framework according to an intended final inflated shape of the structure, a plurality of connector members for directly or indirectly connecting at least two adjacent support members of the plurality of inflatable support members, and a plurality of anchor units positioned at an end of each of the plurality of inflatable support members. The anchor units are arranged to establish ground locations of the plurality of inflatable support members. When inflated, the inflatable support members provide total structural support for the inflatable structure without assistance of any rigid structural members or positive air pressure within the space. A secondary support structure can be disposed below the plurality of inflatable support members, without any interconnection. Each of the anchor units includes a housing and each of air supply units is provided in one of the housings

An inflatable structure for covering a space, includes a plurality of inflatable support members arranged in a framework according to an intended final inflated shape of the structure, a plurality of connector members for directly or indirectly connecting at least two adjacent support members of the plurality of inflatable support members, and a plurality of anchor units positioned at an end of each of the plurality of inflatable support members. The anchor units are arranged to establish ground locations of the plurality of inflatable support members. When inflated, the inflatable support members provide total structural support for the inflatable structure without assistance of any rigid structural members or positive air pressure within the space. A secondary support structure can be disposed below the plurality of inflatable support members, without any interconnection. Each of the anchor units includes a housing and each of air supply units is provided in one of the housings

The embodiments disclose a method including providing a first trailer side tent, coupling a first arched top to the first trailer side tent, attaching a first trailer side tent doorway connection to a first trailer gutter rail, coupling at least four first solid panel walls to the first trailer side tent, coupling at least four first screen room panels to the first trailer side tent, providing a second trailer side tent, coupling a second arched top to the second trailer side tent, attaching a second trailer side tent doorway connection to a second trailer, coupling at least four second solid panel walls to the second trailer side tent, and coupling at least four second screen room panels to the second trailer side tent.