Air-supported membrane structure building revolving door

Abstract

The utility model discloses an air-supported membrane structure building revolving door, which is characterized in that a movable sealing door assembly is arranged at the entrance of the revolving door, specifically, a movable arc-shaped door is arranged between a lower arc-shaped guide rail and an upper arc-shaped guide rail, and a first sealing piece is arranged between the arc-shaped door and a curved wall and between the arc-shaped door and an upper partition plate; when the movable sealing door assembly is located at one end, in a building, of the entrance and exit of the revolving door, the arc-shaped door is in a closed state, and when the door leaf rotates in the process that a person enters the revolving door leaf firstly, the sealing performance can be almost consistent with that of the revolving door leaf in a static state (when the door leaf makes contact with a curved wall); after the rotating door leaf is rotated in place (when the door leaf is in contact with the curved wall), the arc-shaped door is pushed to be opened, and then the arc-shaped door is closed.

Description

Technical Field

[0001] This utility model belongs to the field of air-supported membrane structure architecture, and particularly relates to a revolving door for air-supported membrane structure architecture. Background Technology

[0002] Currently, revolving doors are commonly used for personnel access in air-supported membrane structures. A typical revolving door includes a frame, upper and lower partitions, a rotating door panel, two curved walls, and an entrance / exit. The upper and lower partitions are fixed to the frame, the tops of the two curved walls are fixed to the upper partition and frame, and the bottoms of the two curved walls are fixed to the lower partition and frame. The rotating door panel is located within the space enclosed by the upper and lower partitions and the two curved walls, forming the entrance / exit between the two curved walls. The frame is the fixed outer frame of the entire door, sealed and fixedly connected to the air-supported membrane structure. The rotating door panel is rotatably connected to the frame via upper and lower bearings. (See CN212927574U, China Utility Model Application Publication). This patented design allows the revolving door to minimize airflow (the revolving door is not completely sealed, because the air-supported membrane structure needs to both inflate the internal space and vent air outwards; both inlet and outlet have dedicated channels, so a complete seal is unnecessary). The revolving door panels have brushes and sealing strips around their perimeter, between the upper and lower partitions, and between the curved walls, providing a sealing effect. Revolving doors typically have four panels (more panels result in better sealing, but rotation is also more laborious; air-supported membrane structures generally use manual rotation). However, when people are entering or exiting, the door's sealing performance decreases when the panels rotate to the entrance / exit position, making increasing the number of panels clearly impractical. Utility Model Content

[0003] (1) Technical problem to be solved: Provide an air-supported membrane structure building revolving door, which aims to compensate for the defect that the sealing performance of the revolving door will be reduced when the door leaf rotates to the entrance / exit position when people enter and exit.

[0004] (2) The technical solution adopted by this utility model is as follows:

[0005] A revolving door for an air-supported membrane structure includes a frame, an upper partition, a lower partition, a revolving door leaf, and two curved walls. The revolving door leaf is located within the space enclosed by the upper partition, the lower partition, and the two curved walls. An entrance / exit is formed between the two curved walls. A movable sealing door assembly is installed at the outer end of the entrance / exit. The movable sealing door assembly includes an arc-shaped door, a lower arc-shaped guide rail, and an upper arc-shaped guide rail. The upper arc-shaped guide rail is fixed to the upper partition, and the lower arc-shaped guide rail is fixed to the lower partition or the ground. The top of the arc-shaped door is movably connected to the upper arc-shaped guide rail, and the bottom of the arc-shaped door is movably connected to the lower arc-shaped guide rail. A first sealing element is installed between the arc-shaped door and the curved walls and the upper partition. The lower arc-shaped guide rail and the upper arc-shaped guide rail are coaxially arranged with the revolving door leaf.

[0006] A further technical solution is that the lower arc-shaped guide rail is a plate structure, and the bottom of the arc-shaped door is provided with a first sliding groove that matches the lower arc-shaped guide rail, with the lower arc-shaped guide rail located inside the first sliding groove.

[0007] A further technical solution is that the upper arc-shaped guide rail is a frame structure, and a second sliding groove matching the top of the arc-shaped door is opened in the middle of the upper arc-shaped guide rail, with the top of the arc-shaped door located inside the second sliding groove.

[0008] A further technical solution is that a frame is provided at the edge of the curved wall and the lower edge of the upper partition at the entrance / exit, a first sealing element is provided between the curved door and the frame, and a second sealing element is provided between the curved door and the lower partition or the ground.

[0009] (3) Due to the adoption of the above technical solution, the beneficial effect of this utility model is: by setting a movable sealing door assembly at the entrance and exit of the revolving door, specifically, a movable arc-shaped door is set between the lower arc-shaped guide rail and the upper arc-shaped guide rail, and a first sealing element is set between the arc-shaped door and the curved wall and the upper partition. When the movable sealing door assembly is located at one end of the building inside the revolving door entrance and exit, the arc-shaped door is in a closed state. When the door rotates during the process of personnel entering the revolving door, the sealing performance can be almost the same as when the revolving door is stationary (when the door is in contact with the curved wall). After rotating the revolving door to the position (when the door is in contact with the curved wall), the arc-shaped door is pushed to open it, and then the arc-shaped door is closed after entering.

[0010] The purpose of using an arc-shaped door is to avoid interfering with the operation of the revolving door itself. The arc-shaped door is coaxial with the revolving door leaf and its inner diameter is larger than the outer diameter of the curved wall. Attached Figure Description

[0011] Figure 1 This is a schematic diagram of the overall structure of this utility model;

[0012] Figure 2 This is a schematic diagram of the arc-shaped door of this utility model when closed;

[0013] Figure 3 This is a schematic diagram of the structure connecting the arc-shaped door described in this utility model with the lower arc-shaped guide rail and the upper arc-shaped guide rail;

[0014] Figure 4 yes Figure 3 Schematic diagram of the structure at point A;

[0015] Figure 5 This is a schematic diagram showing the installation position of the second seal. Detailed Implementation

[0016] To make the objectives, technical solutions, and advantages of this utility model clearer, the present utility model will be further described in detail below with reference to the accompanying drawings and embodiments.

[0017] like Figures 1-5 As shown.

[0018] Example 1: A revolving door for an air-supported membrane structure building. The revolving door includes a frame 1, an upper partition 2, a lower partition 3, a revolving door leaf 4, and two curved walls 5. The revolving door leaf 4 is located within the space enclosed by the upper partition 2, the lower partition 3, and the two curved walls 5. An entrance 6 is formed between the two curved walls 5. A movable sealing door assembly is provided at the outer end of the entrance 6. The movable sealing door assembly includes an arc-shaped door 7, a lower arc-shaped guide rail 8, and an upper arc-shaped guide rail 9. The upper arc-shaped guide rail 9 is fixed to the upper partition 2, and the lower arc-shaped guide rail 8 is fixed to the lower partition 3 or the ground. The top of the arc-shaped door 7 is movably connected to the upper arc-shaped guide rail 9, and the bottom of the arc-shaped door 7 is movably connected to the lower arc-shaped guide rail 8. A first sealing element 10 is provided between the arc-shaped door 7 and the curved walls and the upper partition 2. The lower arc-shaped guide rail 8 and the upper arc-shaped guide rail 9 are coaxially arranged with the revolving door leaf 4. The lower arc-shaped guide rail 8 is a plate structure, and the bottom of the arc-shaped door 7 is provided with a first groove 11 that matches the lower arc-shaped guide rail 8. The lower arc-shaped guide rail 8 is located inside the first groove 11. The upper arc-shaped guide rail 9 is a frame structure, and a second groove 12 that matches the top of the arc-shaped door 7 is opened in the middle of the upper arc-shaped guide rail 9. The top of the arc-shaped door 7 is located inside the second groove 12. At the entrance / exit 6, a frame 13 is provided at the edge of the curved wall 5 and the lower edge of the upper partition 2. A first sealing element 10 is provided between the arc-shaped door 7 and the frame 13, and a second sealing element 14 is provided between the arc-shaped door 7 and the lower partition 3 or the ground.

[0019] Working principle: This utility model is an improvement on the existing revolving door for air-supported membrane structure buildings. Specifically, a movable sealing door assembly is set at the outer end of the revolving door entrance 6. In this embodiment, the movable sealing door assembly is installed at the end of the revolving door entrance 6 located inside the building. When entering, the person first enters the revolving door and pushes the door leaf to rotate. After the person moves to the position of the curved door 7, the revolving door leaf 4 is rotated into place (when all door leaves are in contact with the curved wall 5), and then the curved door 7 is pushed to open it. After entering, the curved door 7 is closed. When leaving, the person first pushes open the curved door 7 to enter the revolving door, then closes the curved door 7, and then pushes the door leaf to rotate. The person moves to the outside of the revolving door and rotates the revolving door leaf 4 into place (when all door leaves are in contact with the curved wall 5).

[0020] The lower arc-shaped guide rail 8 can be fixed to the lower partition 3 (by bolts or welding). At this time, part of the lower partition 3 is located at the bottom of the arc-shaped door 7, or the lower arc-shaped guide rail 8 can be directly embedded into the ground and fixed thereto (the ground is concrete with a floor). The upper arc-shaped guide rail 9 is fixed to the upper partition 2 (by bolts or welding).

[0021] The first sealing element 10 is disposed between the curved door 7 and the frame 13. The first sealing element 10 is a brush seal and can be fixed to the curved door 7 or the frame 13. The curved door 7 can be a glass door with a metal frame.

[0022] A second sealing element 14 is provided between the curved door 7 and the lower partition 3 or the ground. The second sealing element 14 is a brush seal and is fixed to the bottom of the curved door 7.

[0023] A handle can be installed on the curved door 7 for easy pushing and pulling.

[0024] Example 2: Based on Example 1, another movable sealing door assembly is installed at the end of the revolving door entrance 6 located outside the building, which provides a better sealing effect than Example 1.

[0025] The above are merely preferred embodiments of this utility model.

Claims

1. A revolving door for an air-supported membrane structure building, the revolving door comprising a frame (1), an upper partition (2), a lower partition (3), a revolving door leaf (4), and two curved walls (5), the revolving door leaf (4) being located within the space enclosed by the upper partition (2), the lower partition (3), and the two curved walls (5), with an entrance (6) formed between the two curved walls (5), characterized in that, An active sealing door assembly is provided at the outer end of the entrance (6). The active sealing door assembly includes an arc-shaped door (7), a lower arc-shaped guide rail (8), and an upper arc-shaped guide rail (9). The upper arc-shaped guide rail (9) is fixed to the upper partition (2), and the lower arc-shaped guide rail (8) is fixed to the lower partition (3) or the ground. The top of the arc-shaped door (7) is movably connected to the upper arc-shaped guide rail (9), and the bottom of the arc-shaped door (7) is movably connected to the lower arc-shaped guide rail (8). A first sealing element (10) is provided between the arc-shaped door (7), the curved wall (5), and the upper partition (2). The lower arc-shaped guide rail (8) and the upper arc-shaped guide rail (9) are coaxially arranged with the rotating door leaf (4).

2. The revolving door of an air-supported membrane structure building according to claim 1, characterized in that, The lower arc-shaped guide rail (8) is a plate structure. The bottom of the arc-shaped door (7) is provided with a first slide groove (11) that matches the lower arc-shaped guide rail (8). The lower arc-shaped guide rail (8) is located inside the first slide groove (11).

3. A revolving door for an air-supported membrane structure building according to claim 1, characterized in that, The upper arc-shaped guide rail (9) is a frame structure. A second slide groove (12) matching the top of the arc-shaped door (7) is opened in the middle of the upper arc-shaped guide rail (9). The top of the arc-shaped door (7) is located inside the second slide groove (12).

4. A revolving door for an air-supported membrane structure building according to claim 1, characterized in that, The entrance (6) is provided with a frame (13) at the edge of the curved wall (5) and the lower edge of the upper partition (2). The first seal (10) is provided between the curved door (7) and the frame (13), and the second seal (14) is provided between the curved door (7) and the lower partition (3) or the ground.

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