一种反应釜转动测试装置

Abstract

本实用新型涉及反应釜技术领域，特别是涉及一种反应釜转动测试装置，包括测试机台上设置有釜体架，釜体架的底部与测试机台之间间隔设置，测试机台上设置有旋转基柱，旋转基柱上可转动的连接有釜体底座，釜体底座与釜体架之间可转动的连接，通过将釜体架的底部与测试机台之间间隔设置，能够方便釜体驱动件的使用，为釜体驱动件的装配提供装配空间，通过在旋转基柱上可转动的连接有釜体底座，并且将釜体底座的上侧嵌入反应釜体座内，这样在釜体驱动件带动釜体底座绕旋转基柱转动时，就能够实现反应釜体座在釜体架上往复转动，从而满足反应釜体座的往复运动的需求，釜体驱动件采用气缸驱动，使用成本更低，更可靠。

Claims

1. A reaction vessel rotation testing device, characterized by, include: A testing machine, wherein a vessel frame is provided on the testing machine, and the bottom of the vessel frame is spaced apart from the testing machine; A reactor body base, wherein the reactor body base is disposed on the upper side of the reactor body frame, and the reactor body base and the reactor body frame are rotatably coupled; A vessel driving component is provided, which is located in the space between the bottom of the vessel frame and the testing machine. The testing machine is provided with a rotating base column, and a vessel base is rotatably connected to the rotating base column. The upper side of the vessel base is embedded in the vessel seat, and the vessel base is rotatably connected to the vessel frame. The movable end of the vessel driving component is connected to the vessel base to drive the vessel seat to reciprocate on the vessel frame.

2. The rotating test device for a reactor vessel according to claim 1, wherein: The fixed end of the vessel driving component is connected to the testing machine platform. A connecting base is provided on the vessel base, and the connecting base extends out of the vessel base. A base sliding groove is provided on the connecting base. A connecting rod is provided on the movable end of the vessel driving component. The front end of the connecting rod is connected to the base sliding groove, and the front end of the connecting rod slides in a sliding fit with the base sliding groove.

3. The rotating test device for a reactor vessel according to claim 2, wherein: The front end of the connecting rod is provided with a sliding groove seat, which is a U-shaped seat. The front end of the connecting base extends into the opening end of the sliding groove seat. A sliding groove post is provided on the sliding groove seat, which passes through the base sliding groove and slides in cooperation with the base sliding groove.

4. The rotating test device for a reactor vessel according to claim 1, wherein: The testing machine platform is equipped with two sets of capping drive components on both sides of the reactor body frame. Each capping drive component is equipped with a capping column, which extends to the upper side of the reactor body seat to press the reactor body seat.

5. The rotating test device for a reactor vessel according to claim 4, wherein: The reactor body is provided with a reactor body cover, and a cover column sliding groove is provided on the upper side of the reactor body cover. The cover column extends into the cover column sliding groove, and the cover column and the cover column sliding groove are slidably engaged.

6. The rotating test device for a reactor vessel according to claim 4, wherein: The movable end of the capping drive is provided with a capping cantilever, and the capping cantilever supports the capping column extending to the upper side of the reactor body.

7. The rotating test device for a reactor vessel according to claim 1, wherein: An embedded base is provided on the upper side of the vessel body base, and the embedded base is a polygonal base.

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