Middle-high pressure inflatable amphibious membrane structure tent

Abstract

The utility model discloses a middle-high pressure inflatable amphibious membrane structure tent which is convenient to mount on site, high in speed, free of special hoisting and hoisting, high in structural strength, very light in weight and capable of being folded and stored. The inflatable tent comprises an inflatable air column (1), an inflatable cross beam (2) and a tent surface (3), space wiredrawing coating films are arranged outside the inflatable air column and the annular inflatable beam, gas with middle-high pressure intensity is filled into the inflatable air column and the annular inflatable beam, and the middle-high pressure intensity is larger than or equal to 100 kPa; the inflatable air columns and the inflatable cross beams form an integrated framework, the inflatable air columns form a circle, the tops of the inflatable air columns are gathered together, and the cross beams are bent and surround the middle parts and the bottom ends of the inflatable air columns; the edge of each tent face is provided with a drawing-inserting type clamping groove (4), the tent faces cover the framework and are connected with the framework through the drawing-inserting type clamping grooves, and each tent face comprises an inner tent layer, a heat preservation layer and a PVC tent face.

Description

Technical Field

[0001] This utility model relates to the technical field of construction and machinery, and in particular to a medium- and high-pressure inflatable amphibious membrane structure tent. Background Technology

[0002] Nowadays, with the improvement of people's living standards, more and more people are engaging in outdoor leisure and vacations. Most tents are constructed using steel or other metal structures, welded or fixed together. However, if a scenic area is deserted in winter, undergoes upgrades or renovations, or suffers partial damage, these existing tent hotels face the predicament of demolition or complete abandonment. Without professional personnel, they cannot be repaired, replaced, or moved. Furthermore, tent installation is slow, and the quality of on-site splicing or welding is difficult to guarantee. Summary of the Invention

[0003] To overcome the shortcomings of the existing technology, the technical problem to be solved by this utility model is to provide a medium- and high-pressure inflatable amphibious membrane structure tent, which is easy and quick to install on site, requires no special hoisting or transportation, has high structural strength, is very lightweight, and can be folded up.

[0004] The technical solution of this utility model is: this medium-high pressure inflatable amphibious membrane structure tent includes: inflatable air column (1), inflatable crossbeam (2), and tent surface (3);

[0005] The exterior of the inflatable air column and the annular inflatable beam are both coated with a spatial wire-drawing film, and the interior is filled with medium- and high-pressure gas, with a medium- and high-pressure intensity of ≥100 kPa.

[0006] Multiple inflatable columns and inflatable beams form an integrated frame. The inflatable columns are arranged in a circle and their tops converge. The beams are curved and wrap around the middle and bottom of the inflatable columns.

[0007] Each canopy panel has a pull-out slot (4) at its edge, which covers the frame and is connected by the pull-out slot. The canopy panel includes: an inner canopy layer, an insulation layer, and a PVC canopy panel.

[0008] The exterior of the inflatable air columns and the annular inflatable beams of this invention are both coated with a spatial wire-drawn film, and the interior is filled with medium-high pressure gas, with a pressure greater than or equal to 100 kPa. Multiple inflatable air columns and inflatable crossbeams form an integrated frame, with the air columns forming a circle and their tops converging together. The crossbeams curve around the middle and bottom of the air columns. Each canopy panel has a pull-out slot on its edge, which covers the frame and connects it through the pull-out slot. The canopy panel includes: an inner canopy layer, an insulation layer, and a PVC canopy panel. Therefore, on-site installation is convenient and fast, requiring no special hoisting or transportation. It has high structural strength, is very lightweight, and can be folded and stored. Attached Figure Description

[0009] Figure 1 This is a front view of the medium-high pressure inflatable amphibious membrane structure tent according to this utility model.

[0010] Figure 2 This is a perspective view of the medium- and high-pressure inflatable amphibious membrane structure tent according to this utility model. Detailed Implementation

[0011] like Figure 1-2 As shown, this medium-high pressure inflatable amphibious membrane structure tent includes: inflatable air columns 1, inflatable crossbeams 2, and tent surface 3;

[0012] The exterior of the inflatable air column and the annular inflatable beam are both coated with a spatial wire-drawing film, and the interior is filled with medium- and high-pressure gas, with a medium- and high-pressure intensity of ≥100 kPa.

[0013] Multiple inflatable columns and inflatable beams form an integrated frame. The inflatable columns are arranged in a circle and their tops converge. The beams are curved and wrap around the middle and bottom of the inflatable columns.

[0014] Each canopy panel has a pull-out slot 4 at its edge, which covers the frame and is connected through the pull-out slot. The canopy panel includes: an inner canopy layer, an insulation layer, and a PVC canopy panel.

[0015] The exterior of the inflatable air columns and the annular inflatable beams of this invention are both coated with a spatial wire-drawn film, and the interior is filled with medium-high pressure gas, with a pressure greater than or equal to 100 kPa. Multiple inflatable air columns and inflatable crossbeams form an integrated frame, with the air columns forming a circle and their tops converging together. The crossbeams curve around the middle and bottom of the air columns. Each canopy panel has a pull-out slot on its edge, which covers the frame and connects it through the pull-out slot. The canopy panel includes: an inner canopy layer, an insulation layer, and a PVC canopy panel. Therefore, on-site installation is convenient and fast, requiring no special hoisting or transportation. It has high structural strength, is very lightweight, and can be folded and stored.

[0016] The medium- and high-pressure inflatable air ribs utilize a spatially drawn wire-coated membrane structure material, featuring high pressure resistance and excellent arc-shaped structural forming, offering flexible configuration and convenient processing. The pointed roof structure is ideal for drainage and snow removal. The frame is a medium- and high-pressure inflatable air rib structure, which can be folded and stored, saving space and resulting in a small packing volume, suitable for transport and vehicle use. The pull-out slots allow for free combination and connection between tents.

[0017] Preferably, the inner canopy layer, insulation layer, and PVC canopy surface are integrated using hooks and loops, hangers, or stitching. The three-layer structure is then attached to the medium-high pressure inflatable frame using hooks and loops, hangers, or stitching. The canopy surface can be installed in sections according to the size of the tent, making it very convenient and easy.

[0018] Preferably, a wind hood 5 is also provided on the top of the medium-high pressure inflatable amphibious membrane structure tent. This provides ventilation and breathability, resulting in high comfort.

[0019] Preferably, when used on land, a moisture-proof ground cover is installed at the bottom of the medium-high pressure inflatable amphibious membrane structure tent.

[0020] Preferably, when used on water, a floating platform 6 is installed at the bottom of the medium-high pressure inflatable amphibious membrane structure tent.

[0021] Preferably, the floating platform is welded from a space-drawn coated fabric.

[0022] The above description is merely a preferred embodiment of the present utility model and is not intended to limit the present utility model in any way. Any simple modifications, equivalent changes, and alterations made to the above embodiments based on the technical essence of the present utility model shall still fall within the protection scope of the present utility model.

Claims

1. A medium- and high-pressure inflatable amphibious membrane structure tent, characterized in that: It includes: Inflatable air column (1), inflatable crossbeam (2), canopy (3); The exterior of the inflatable air column and the annular inflatable beam are both coated with a spatial wire-drawing film, and the interior is filled with medium- and high-pressure gas, with a medium- and high-pressure intensity of ≥100 kPa. Multiple inflatable columns and inflatable beams form an integrated frame. The inflatable columns are arranged in a circle and their tops converge. The beams are curved and wrap around the middle and bottom of the inflatable columns. Each canopy panel has a pull-out slot (4) at its edge, which covers the frame and is connected by the pull-out slot. The canopy panel includes: an inner canopy layer, an insulation layer, and a PVC canopy panel.

2. The medium-high pressure inflatable amphibious membrane structure tent according to claim 1, characterized in that: The inner canopy layer, insulation layer, and PVC canopy surface are integrated by fastening, hanging, or sewing.

3. The medium-high pressure inflatable amphibious membrane structure tent according to claim 2, characterized in that: A wind cap (5) is also installed on the top of the medium- and high-pressure inflatable amphibious membrane structure tent.

4. The medium-high pressure inflatable amphibious membrane structure tent according to claim 3, characterized in that: A moisture-proof ground cover is installed at the bottom of the medium- and high-pressure inflatable amphibious membrane structure tent.

5. The medium-high pressure inflatable amphibious membrane structure tent according to claim 3, characterized in that: A floating platform is installed at the bottom of the medium- and high-pressure inflatable amphibious membrane structure tent (6).

6. The medium-high pressure inflatable amphibious membrane structure tent according to claim 5, characterized in that: The floating platform is constructed by welding together a spatially drawn and coated fabric.

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