Tank container

Abstract

The invention relates to a tank container. The tank container comprises a tank body, two end frames and two supporting structures, the two supporting structures are symmetrically arranged between the two end frames, each supporting structure comprises two base plates, two supporting plates, reinforcing pieces and two supporting beams, the two supporting plates are vertically connected to the outer peripheral wall of the bottom of the tank body and extend in the longitudinal direction of the tank body, each reinforcing piece is vertically connected between the two supporting plates, the two supporting beams are connected with the two bottom corner portions of the corresponding end frames respectively, the supporting beams extend from the bottom corner portions of the end frames to be connected with the supporting plates, and the supporting beams are connected to the faces, back on to the reinforcing pieces, of the supporting plates. When the end frames are subjected to transverse stress, the transverse stress is transmitted to the reinforcing pieces through the supporting beams, and the transverse stress mostly acts on the reinforcing pieces, so that the transverse stress transmitted to the tank body is reduced, the supporting beams are prevented from generating large transverse acting force on the tank body, and transverse deformation of the tank body is avoided.

Description

technical field [0001] The present invention relates to containers, in particular to a tank container. Background technique [0002] Tank containers are mainly composed of a tank body and a frame. The tank body is used to transport the goods to be stored, and is widely used in the logistics and transportation industry due to its large volume. The frame is connected to the frame of the transport vehicle, and the tank container is mounted on the frame and moves under the drive of the transport vehicle. [0003] Swap body tank container (SWAP BODY tank) is a large-volume, ultra-high and ultra-wide tank. Considering the operating cost, more and more customers pay attention to the self-weight of the tank. Currently, the inclined support structure is often used for the tank to reduce the self-weight of the tank. However, when the inclined support structure is subjected to force, whether the force can be effectively decomposed to avoid the problem that the inclined support struct...

AI Technical Summary

Problems solved by technology

However, when the oblique support structure is stressed, whether the force can be effectively decomposed to avoid the large impact of the oblique support structure on the tank needs to be considered.

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