Modular air wall workstation

Abstract

The utility model relates to the technical field of guarantee workstation, and disclose a modularization air wall workstation, the utility model scheme, including inflatable pad, the outside of inflatable pad has the air door wall, inflatable window wall and two groups of inflatable side wall and stick, the top of air door wall, inflatable window wall and two groups of inflatable side wall has the air top wall and stick, the top of air top wall has first fixed cloth and stick, the utility model discloses a air wall formula material " overall rigidity, partial flexibility " characteristics, the overall structure is stable after inflating, can resist plateau strong wind, guarantee the safety of personnel rest and equipment, ammunition storage, at the same time partial flexibility design can adapt to the slight deformation of plateau complex terrain, avoid because rigid material collides and damages, and the air wall structure has certain heat preservation, can alleviate the influence of plateau low temperature to internal environment, and each component is through magic tape, buckle quick splicing, and one person or two people can complete erecting.

Description

Technical Field

[0001] This utility model belongs to the technical field of support workstations, specifically a modular airwall workstation. Background Technology

[0002] In high-altitude and plateau regions, due to the characteristics of low temperature, lack of oxygen, strong winds and complex terrain, squads and groups face the problem of a lack of temporary rest places when carrying out missions. At the same time, there is a lack of suitable facilities for the temporary storage of equipment and ammunition.

[0003] Current mainstream temporary support facilities (such as traditional tents and metal-framed workstations) have significant shortcomings: First, the setup and dismantling process is cumbersome, requires multiple people to work together, and is time-consuming, making it difficult to meet the needs of "rapid deployment and immediate transfer" in high-altitude missions; second, traditional tents have weak wind resistance and poor insulation, while metal-framed facilities lack portability and mobility, making them unable to flexibly match the mobile operation scenarios of small-scale units at the squad or group level; third, some facilities are made of materials that are too rigid, making them prone to damage from collisions in the complex terrain of high-altitude areas, or are too flexible, resulting in insufficient overall stability, making it difficult to simultaneously meet the comfort of personnel rest and the safety of equipment storage. Therefore, we propose a modular air-wall workstation. Utility Model Content

[0004] The purpose of this invention is to provide a modular airwall workstation to solve the problems mentioned in the background art.

[0005] To achieve the above objectives, this utility model provides the following technical solution: a modular airwall workstation, comprising an inflatable cushion, an inflatable door wall, an inflatable window wall, and two sets of inflatable side walls attached to the outer side of the inflatable cushion; an inflatable top wall attached to the top of the inflatable door wall, the inflatable window wall, and the two sets of inflatable side walls; a first fixing cloth attached to the top of the inflatable top wall; the first fixing cloth is attached to the outer side of the connection between the inflatable top wall and the inflatable door wall, the inflatable window wall, and the two sets of inflatable side walls; and the two sets of inflatable side walls are connected to the inflatable door wall and the inflatable window wall... A second fixing cloth is fastened to the outside of the connection point. A floor mat is fastened to the bottom of the inflatable cushion. The floor mat is fastened to the outside of the inflatable door wall, the inflatable window wall, and the two sets of inflatable side walls, and is located outside the second fixing cloth. Velcro straps, pull rings, male plastic buckles, and female plastic buckles are evenly installed between the inflatable top wall and the inflatable door wall and the inflatable window wall, and between the two sets of inflatable side walls and the inflatable door wall and the inflatable window wall. An outer cover is fastened to the outside of the first fixing cloth, the inflatable door wall, the inflatable window wall, the floor mat, and the two sets of inflatable side walls.

[0006] Preferably, the inflatable door wall and inflatable window wall are respectively attached to the front and rear sides of the inflatable pad, the two sets of inflatable side walls are respectively attached to the left and right sides of the inflatable pad, and the inflatable door wall and inflatable window wall are attached between the two sets of inflatable side walls.

[0007] Preferably, the outer cover has an inlet / outlet and a vent on its front and rear sides, respectively. The inlet / outlet and the vent correspond to the doorway of the inflatable door wall and the window of the inflatable window wall, respectively. The doorway of the inflatable door wall is filled with an inflatable door panel, and the window of the inflatable window wall is filled with an inflatable window panel. A door curtain and a first gauze curtain are sewn to the top of the inner wall of the inlet / outlet. The first gauze curtain is located behind the door curtain. A curtain and a second gauze curtain are sewn to the top of the inner wall of the vent. The second gauze curtain is located in front of the curtain. Zippers are sewn between the door curtain and the first gauze curtain and the inlet / outlet, and between the curtain and the second gauze curtain and the vent.

[0008] Preferably, drawstring bags are evenly sewn on both sides of the outer cover, and a first annular band is sewn on the inner side of the drawstring bags. A second annular band is evenly sewn on both sides of the floor mat. The outer cover, drawstring bags, door curtain, and window curtain are all made of camouflage fabric. A set of inflation valves and deflation valves are embedded and connected on the outer sides of the inflatable mat, inflatable side walls, inflatable door walls, inflatable window walls, inflatable roof walls, inflatable door panels, and inflatable window panels.

[0009] Preferably, pull rings and plastic female buckles are evenly provided on opposite sides of the inflatable door wall and inflatable window wall, and Velcro straps and plastic male buckles are evenly provided on the front and rear sides of the inflatable side wall and inflatable top wall, with the plastic male buckles and plastic female buckles interlocking.

[0010] Preferably, the side of the Velcro strap with the Velcro loop sewn on passes through the pull ring and is fastened to the side of the Velcro strap with the Velcro hook on. The first fixing cloth covers the outside of the Velcro strap, pull ring, male plastic buckle, and female plastic buckle between the inflatable side wall and the inflatable door wall and the inflatable window wall. The second fixing cloth covers the outside of the Velcro strap, pull ring, male plastic buckle, and female plastic buckle between the inflatable top wall and the inflatable door wall and the inflatable window wall.

[0011] Compared with existing technologies, the advantages of this utility model are as follows: By adopting the characteristics of "overall rigidity and local flexibility" of the air wall material, the overall structure is stable after inflation, which can withstand strong winds at high altitudes and ensure the safety of personnel rest and equipment and ammunition storage; the local flexible design can adapt to slight deformations in the complex terrain of the plateau, avoiding damage caused by collisions of rigid materials. At the same time, the air wall structure has a certain degree of heat preservation, which can alleviate the impact of low temperatures at high altitudes on the internal environment; and the components (inflatable pad, inflatable side walls, top wall, etc.) can be quickly spliced ​​with Velcro and buckles, and with the inflation valve and electric / manual inflation machine, one or two people can complete the setup; when dismantling, only the deflation valve needs to be released, and the folded volume is small, which solves the problem of "multiple people working together and taking a long time" in traditional facilities, and meets the needs of "immediate deployment and rapid transfer" in plateau missions.

[0012] Equipped with inflatable door panels, window panels, and outer curtains and screens, the system ensures a stable internal environment when closed, and allows for ample ventilation and insect control when opened, providing both comfort for personnel and a dry, clean temporary environment for equipment and ammunition storage. This adapts to the diverse needs of high-altitude missions. Furthermore, the system utilizes ground stakes, ropes, and ground anchors in conjunction with a double-ring design for grounding and fixation, ensuring secure anchoring in complex high-altitude terrain. This further enhances wind resistance, prevents displacement due to strong winds, and guarantees stability during use. Attached Figure Description

[0013] The accompanying drawings are provided to further understand the present invention and form part of the specification. They are used together with the embodiments of the present invention to explain the present invention and do not constitute a limitation thereof.

[0014] In the attached diagram: Figure 1 This is a structural schematic diagram of a modular airwall workstation according to the present invention; Figure 2 This is a rear view of a modular airwall workstation according to the present invention. Figure 3 This is a right-side sectional view of a modular airwall workstation according to the present invention. Figure 4 This is a front sectional view of a modular airwall workstation according to the present invention. Figure 5 This is a structural diagram of a modular airwall workstation of this utility model when the outer casing is removed; Figure 6 This is a structural diagram of a modular airwall workstation of this utility model when the fixing cloth is removed.

[0015] In the diagram: 1. Outer cover; 11. Drawstring bag; 111. First ring belt; 12. Door curtain; 121. First gauze curtain; 13. Second ring belt; 14. Floor mat; 141. First fixing fabric; 142. Second fixing fabric; 15. Curtain; 151. Second gauze curtain; 2. Inflatable cushion; 21. Inflatable side wall; 22. Inflatable door wall; 23. Inflatable window wall; 24. Inflatable top wall; 25. Inflatable door panel; 26. Inflatable window panel; 3. Velcro strap; 31. Pull ring; 32. Plastic male buckle; 33. Plastic female buckle; 36. Inflation valve; 37. Deflator valve. Detailed Implementation

[0016] The technical solutions of the present utility model will be clearly and completely described below with reference to the accompanying drawings of the embodiments. Obviously, the described embodiments are only some embodiments of the present utility model, and not all embodiments. Based on the embodiments of the present utility model, all other embodiments obtained by those of ordinary skill in the art without creative effort are within the protection scope of the present utility model.

[0017] Please see Figure 1-6 A modular airwall workstation includes an inflatable cushion 2. An inflatable door wall 22, an inflatable window wall 23, and two sets of inflatable side walls 21 are attached to the outer side of the inflatable cushion 2. An inflatable top wall 24 is attached to the top of the inflatable door wall 22, the inflatable window wall 23, and the two sets of inflatable side walls 21. A first fixing cloth 141 is attached to the top of the inflatable top wall 24 at the outer side of the connection between the inflatable top wall 24 and the inflatable door wall 22, the inflatable window wall 23, and the two sets of inflatable side walls 21. A second fixing cloth 14 is attached to the outer side of the connection between the two sets of inflatable side walls 21 and the inflatable door wall 22 and the inflatable window wall 23. 2. The bottom of the inflatable mat 2 is attached to a floor mat 14. The floor mat 14 is attached to the outside of the inflatable door wall 22, the inflatable window wall 23 and the two sets of inflatable side walls 21, and is located outside the second fixing cloth 142. Velcro straps 3, pull rings 31, plastic male buckles 32 and plastic female buckles 33 are evenly installed between the inflatable top wall 24 and the inflatable door wall 22 and the inflatable window wall 23, and between the two sets of inflatable side walls 21 and the inflatable door wall 22 and the inflatable window wall 23. The outer cover 1 is attached to the outside of the first fixing cloth 141, the inflatable door wall 22, the inflatable window wall 23, the floor mat 14 and the two sets of inflatable side walls 21.

[0018] Inflatable door wall 22 and inflatable window wall 23 are respectively attached to the front and rear sides of the inflatable pad 2. Two sets of inflatable side walls 21 are respectively attached to the left and right sides of the inflatable pad 2. Inflatable door wall 22 and inflatable window wall 23 are attached between the two sets of inflatable side walls 21. The front and rear sides of the outer cover 1 are respectively provided with inlet and outlet and ventilation opening. The inlet and outlet and ventilation opening correspond to the doorway of inflatable door wall 22 and the window of inflatable window wall 23, respectively. The doorway of inflatable door wall 22 is filled with inflatable door panel 25, and the window of inflatable window wall 23 is filled with inflatable window panel 26. The inflatable door panel 25 and the inflatable window panel 26 are connected together. 6 are respectively inserted into the doorway of the inflatable door wall 22 and the window of the inflatable window wall 23 to seal the doorway and window. A door curtain 12 and a first gauze curtain 121 are sewn to the top of the inner wall of the inlet and outlet, with the first gauze curtain 121 located behind the door curtain 12. A curtain 15 and a second gauze curtain 151 are sewn to the top of the inner wall of the vent, with the second gauze curtain 151 located in front of the curtain 15. Zippers are sewn between the door curtain 12 and the first gauze curtain 121 and the inlet and outlet, and between the curtain 15 and the second gauze curtain 151 and the vent. Opening the door curtain 12 and the curtain 15 allows air to pass through. The air wall workstation is fully ventilated. Simultaneously, the first and second screen curtains 121 and 151 prevent mosquitoes from entering the air wall workstation through the inlet / outlet and ventilation openings. Drawstring bags 11 are evenly sewn onto both sides of the outer cover 1. A first annular strap 111 is sewn onto the inside of each drawstring bag 11. Second annular straps 13 are evenly sewn onto both sides of the floor mat 14. Ground nails are inserted through the second annular straps 13 and into the ground. Then, a pull rope is attached to the outside of the first annular straps 111, and a ground anchor is inserted into the ground using a ground anchor puller, thus completing the grounding and securing of the air wall workstation. For the work, the outer cover 1, drawstring bag 11, door curtain 12, and curtain 15 are all made of camouflage fabric. The outer sides of the inflatable mattress 2, inflatable side wall 21, inflatable door wall 22, inflatable window wall 23, inflatable top wall 24, inflatable door panel 25, and inflatable window panel 26 are all embedded with a set of inflation valves 36 and deflation valves 37. The inflation valves 36 can be used to inflate the inflatable mattress 2, inflatable side wall 21, inflatable door wall 22, inflatable window wall 23, inflatable top wall 24, inflatable door panel 25, and inflatable window panel 26 with an electric or manual inflation machine, and the deflation valves 37 can be used to deflate the mattress.

[0019] Pull rings 31 and plastic female buckles 33 are evenly fixed on the opposite sides of the inflatable door wall 22 and the inflatable window wall 23. Velcro straps 3 and plastic male buckles 32 are evenly fixed on the front and rear sides of the inflatable side wall 21 and the inflatable top wall 24. The plastic male buckles 32 and plastic female buckles 33 are interlocked. The side of the Velcro strap 3 with the Velcro loop sewn on passes through the pull ring 31 and is fastened to the side of the Velcro strap 3 with the Velcro hook sewn on. The first fixing cloth 141 covers the outside of the Velcro straps 3, pull rings 31, plastic male buckles 32 and plastic female buckles 33 between the inflatable side wall 21 and the inflatable door wall 22 and the inflatable window wall 23. The second fixing cloth 142 covers the outside of the Velcro straps 3, pull rings 31, plastic male buckles 32 and plastic female buckles 33 between the inflatable top wall 24 and the inflatable door wall 22 and the inflatable window wall 23.

[0020] Working principle: The inflation valve 36 allows the electric or manual inflation machine to inflate the air mattress 2, inflatable side walls 21, inflatable door walls 22, inflatable window walls 23, inflatable top walls 24, inflatable door panels 25, and inflatable window panels 26. The deflation valve 37 allows for deflation. After inflation of the air mattress 2, inflatable side walls 21, inflatable door walls 22, inflatable window walls 23, inflatable top walls 24, inflatable door panels 25, and inflatable window panels 26, the air mattress 2 is attached to the bottom inner wall of the floor mat 14, and the inflatable door walls 25 are then deflated. 2 and the inflatable window wall 23 are respectively attached to the front and rear sides of the inflatable pad 2. Then, the two sets of inflatable side walls 21 are respectively attached to the left and right sides of the inflatable pad 2, the inflatable door wall 22, and the inflatable window wall 23. Then, the inflatable top wall 24 is attached to the top of the inflatable door wall 22, the inflatable window wall 23, and the two sets of inflatable side walls 21. Then, the plastic male buckle 32 and the plastic female buckle 33 are fastened together. And the side of the Velcro strap 3 with the Velcro loop is attached to the pull ring 31 and fastened to the side of the Velcro strap 3 with the Velcro hook.

[0021] The second fixing cloth 142 is fastened to the outside of the connection between the inflatable door wall 22, the inflatable window wall 23 and the two sets of inflatable side walls 21. The first fixing cloth 141 is fastened to the top of the inflatable top wall 24 and to the outside of the connection between the inflatable top wall 24 and the inflatable door wall 22, the inflatable window wall 23 and the two sets of inflatable side walls 21. At this time, the first fixing cloth 141 and the second fixing cloth 142 cover the outside of the Velcro strap 3, the pull ring 31, the male plastic buckle 32 and the female plastic buckle 33. Then, the inner sidewall of the floor mat 14 is fastened to the outside of the inflatable door wall 22, the inflatable window wall 23 and the two sets of inflatable side walls 21. Then, the outer cover 1 is fastened to the first fixing cloth 141, the inflatable door wall 22, the inflatable window wall 23 and the floor mat 14. The pad 14 and the outer sides of the two sets of inflatable sidewalls 21 form a complete air wall workstation. Ground nails are used to penetrate the second annular belt 13 and insert it into the ground. Then, a pull rope is tied to the outer side of the first annular belt 111 and ground anchor is inserted into the ground with the help of a ground anchor puller to complete the grounding and fixing of the air wall workstation. The inflatable door panel 25 and the inflatable window panel 26 are respectively inserted into the doorway of the inflatable door wall 22 and the window of the inflatable window wall 23 to seal the doorway and window. After opening the door curtain 12 and the curtain 15, and removing the inflatable door panel 25 and the inflatable window panel 26, the air wall workstation can be fully ventilated. At the same time, the first screen curtain 121 and the second screen curtain 151 can prevent mosquitoes from entering the air wall workstation through the inlet and outlet and the ventilation opening.

[0022] It is worth noting that the hook and loop connection between the two sets of components refers to the fact that hook and loop fasteners are installed on opposite sides of the two sets of components respectively, and the hook and loop fasteners are attached to each other to achieve the hook and loop connection between the two sets of components.

Claims

1. A modular airwall workstation, characterized in that, The system includes an inflatable pad (2), with an inflatable door wall (22), an inflatable window wall (23), and two sets of inflatable side walls (21) attached to the outside of the inflatable door wall (22), the inflatable window wall (23), and the two sets of inflatable side walls (21). An inflatable top wall (24) is attached to the top of the inflatable top wall (24), with a first fixing cloth (141) attached to the top of the top of the inflatable top wall (24) at the outside of the connection between the inflatable top wall (24) and the inflatable door wall (22), the inflatable window wall (23), and the two sets of inflatable side walls (21). A second fixing cloth (142) is attached to the outside of the connection between the two sets of inflatable side walls (21) and the inflatable door wall (22) and the inflatable window wall (23). The bottom of the inflatable top wall (24) is fastened with a floor mat (14), which is fastened to the outside of the inflatable door wall (22), the inflatable window wall (23) and the two sets of inflatable side walls (21), and is located outside the second fixing cloth (142). Velcro straps (3), pull rings (31), plastic male buckles (32) and plastic female buckles (33) are evenly installed between the inflatable top wall (24) and the inflatable door wall (22) and the inflatable window wall (23), and between the two sets of inflatable side walls (21) and the inflatable door wall (22) and the inflatable window wall (23). The outer cover (1) is fastened to the outside of the first fixing cloth (141), the inflatable door wall (22), the inflatable window wall (23), the floor mat (14) and the two sets of inflatable side walls (21).

2. The modular airwall workstation according to claim 1, characterized in that: The inflatable door wall (22) and the inflatable window wall (23) are respectively attached to the front and rear sides of the inflatable pad (2), and the two sets of inflatable side walls (21) are respectively attached to the left and right sides of the inflatable pad (2). The inflatable door wall (22) and the inflatable window wall (23) are attached between the two sets of inflatable side walls (21).

3. A modular airwall workstation according to claim 1, characterized in that: The outer cover (1) has an inlet and an outlet and a vent on its front and back sides respectively. The inlet and outlet and the vent correspond to the door of the inflatable door wall (22) and the window of the inflatable window wall (23) respectively. The door of the inflatable door wall (22) is filled with an inflatable door panel (25), and the window of the inflatable window wall (23) is filled with an inflatable window panel (26). The top of the inner wall of the inlet and outlet is sewn with a door curtain (12) and a first gauze curtain (121). The first gauze curtain (121) is located behind the door curtain (12). The top of the inner wall of the vent is sewn with a curtain (15) and a second gauze curtain (151). The second gauze curtain (151) is located in front of the curtain (15). Zippers are sewn between the door curtain (12) and the first gauze curtain (121) and the inlet and outlet, and between the curtain (15) and the second gauze curtain (151) and the vent.

4. A modular airwall workstation according to claim 3, characterized in that: The outer cover (1) is evenly sewn with drawstring bags (11) on both sides. The drawstring bags (11) are sewn with a first annular band (111) on the inside. The floor mat (14) is evenly sewn with a second annular band (13) on both sides. The outer cover (1), drawstring bags (11), door curtain (12) and curtain (15) are all made of camouflage fabric. The inflatable mat (2), inflatable side wall (21), inflatable door wall (22), inflatable window wall (23), inflatable top wall (24), inflatable door panel (25) and inflatable window panel (26) are all embedded with a set of inflation valves (36) and deflation valves (37) on their outer sides.

5. A modular airwall workstation according to claim 1, characterized in that: Pull rings (31) and plastic female buckles (33) are evenly provided on opposite sides of the inflatable door wall (22) and inflatable window wall (23). Velcro straps (3) and plastic male buckles (32) are evenly provided on the front and rear sides of the inflatable side wall (21) and inflatable top wall (24). The plastic male buckles (32) and plastic female buckles (33) are fastened together.

6. A modular airwall workstation according to claim 5, characterized in that: The Velcro strap (3) with the Velcro loop sewn on one side is fastened to the pull ring (31) and the Velcro strap (3) with the Velcro hook side. The first fixing cloth (141) covers the outside of the Velcro strap (3), pull ring (31), male plastic buckle (32) and female plastic buckle (33) between the inflatable side wall (21) and the inflatable door wall (22) and the inflatable window wall (23). The second fixing cloth (142) covers the outside of the Velcro strap (3), pull ring (31), male plastic buckle (32) and female plastic buckle (33) between the inflatable top wall (24) and the inflatable door wall (22) and the inflatable window wall (23).

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