Auxiliary device for reinforcing container body

Abstract

The invention discloses an auxiliary device for reinforcing a container body. The device comprises a container panel. The device is characterized in that a threaded hole is formed in the container panel in advance; a cone penetrates through the threaded hole, and the threaded hole is linked to a thread of the cone; a ring-shaped cushion layer is arranged at the contacting position of the cone andthe threaded hole; the cone is provided with a pressure sensor; the contacting face of the wide face of the cone and the container panel is provided with a sensing member of the pressure sensor; the pressure sensor is linked to the alarming device; a threaded column is fixedly linked to the center of the wide face of the cone; the threaded column penetrates through the threaded hole to extend outof the container panel to be fixedly linked to a supporting body; the supporting body extends and is bent to form a leverage body; one end of the leverage body is a supporting body, and the other endis provided with a manual telescopic block; the leverage body is linked to the container panel through a cushion block.

Description

technical field [0001] The invention relates to an auxiliary device, in particular to an auxiliary device for strengthening a container body. Background technique [0002] In the prior art, the connecting parts between the container building boxes are mostly in the form of bolts, nuts and cushions. Generally, through holes are drilled at the bottom of the upper container box and the top of the lower container box, and the two boxes are connected with thick screws and nuts to achieve the purpose of reinforcement; or steel bars are welded outside the two container boxes, and then connected with screws and nuts to achieve purpose of reinforcement. [0003] ① Due to the large volume and manual installation of container buildings in the prior art, human resources are consumed in the process of installation, assembly and disassembly. [0004] ②The installation process of the prior art is cumbersome, resulting in greatly reduced installation efficiency. [0005] ③In the prior ar...

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Problems solved by technology

[0003] ① Due to the large volume and manual installation of container buildings in the prior art, human resources are consumed in the process of installation, assembly and disassembly

[0004] ②The installation process of the existing technology is cumbersome, resulting in a greatly reduced installation efficiency

[0005] ③In the prior art, when people connect container buildings, they only consider the installation effect in the early stage. However, due to the large load, especially the wind load, the container buildings are prone to loose bolts at the connection in the later stage of use, which affects the overall performance. Stability and Quality

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