一种火箭垂直总装测试平面布局结构

Abstract

本实用新型涉及火箭测试技术领域，公开了一种火箭垂直总装测试平面布局结构，包括：火箭总装测试大厅；核心筒；测试区及附属配套区和固定平台；火箭总装测试大厅包括火箭翻转起竖区和火箭总装测试区；火箭翻转起竖区向火箭翻转起竖区两侧凸出形成T字型平面。T字型平面设计不仅优化了空间利用率，结构更加紧凑合理，同时充分考虑了火箭子级翻转和起竖的特殊操作需求，在面对火箭翻转起竖区要求的长度与火箭测试区需要的宽度不成正比的增加时，确保大型部件的顺畅移动和精准定位，为火箭的高效垂直组装提供了可靠的硬件支持。

Claims

1. A vertical integration test planar layout structure of a rocket, characterized by, include: Rocket assembly and testing hall (1); Core tube (4), set on the test plane; The test area and its ancillary supporting area (5) and the fixed platform (6) are located outside the rocket assembly and test hall (1). The test area and its ancillary supporting area (5) are located outside the fixed platform (6). The rocket assembly and test hall (1) includes a rocket tilting and erection area (2) and a rocket assembly and test area (3). The rocket tilting and erection area (2) protrudes to both sides to form a T-shaped plane.

2. The vertical integration test floor plan of a rocket according to claim 1, wherein, The core tube (4) is located at the four corners and the middle of the test plane, and the core tube (4) is equipped with stairs and elevators.

3. The vertical integration test floor plan for a rocket as recited in claim 1, wherein, The rocket stage entrance is located on one side of the rocket tilting and erection area (2), and the spacecraft entrance is located on the other side. A horizontal transfer track (7) is laid on the ground.

4. The vertical integration test floor plan for a rocket as recited in claim 1, wherein, A vertical rocket transfer outlet is provided on one side of the rocket assembly and testing area (3), leading to the launch tower.

5. The vertical integration test floor plan for a rocket as defined in claim 1 wherein, The test area and its ancillary supporting area (5) are arranged on both sides of the rocket assembly test area (3) and connected to the rocket assembly test hall (1) through the fixed platform (6).

6. The vertical integration test floor plan of a rocket as recited in claim 5, wherein, Safety railings and maintenance stairs are provided between the fixed platform (6) and the rocket assembly and testing hall (1).

7. The rocket vertical assembly and testing planar layout structure according to claim 1, characterized in that, The rocket assembly and testing hall (1) is equipped with at least one crane (8) on its top, which is suitable for rocket sub-stage hoisting and testing operations.

8. The vertical integration test floor plan for a rocket as recited in claim 1, wherein, The floor of the rocket assembly and testing hall (1) is made of anti-static, non-sparking, heavy-duty floor.

9. The vertical integration test floor plan for a rocket as recited in claim 1, wherein, The size of the protruding part of the rocket flipping and erection area (2) is dynamically adjusted according to the space requirements for the flipping and erection of the rocket substage.

10. The vertical integration test floor layout of a rocket according to any one of claims 1 to 9, wherein, The overall layout of the rocket's vertical assembly and testing plan is T-shaped.

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