Anti-deformation container and container-type prefabricated house as well as container bottom beam deformation prevention device

Abstract

The invention discloses an anti-deformation container and a container-type prefabricated house as well as a container bottom beam deformation prevention device. The anti-deformation container and the prefabricated house are characterized in that a side framework is internally provided with a bottom beam deformation prevention structure capable of forming a stable geometrical shape; a bottom beam and an anti-deformation stiffening beam are connected in a vertical limiting manner by virtue of a suspension structure; the intermediate load of the bottom beam is dispersed to two sides by virtue of the bottom beam deformation prevention structure so as to restrict the bottom beam from bearing and bending downwards. The bottom beam deformation prevention device comprises the bottom beam deformation prevention structure which can be connected with the container bottom beam in a vertical limiting manner; two ends of the bottom beam deformation prevention structure are supported on container bottom frameworks on two sides of the bottom beam; the intermediate load of the bottom beam is dispersed to two sides by virtue of the deformation prevention structure so as to restrict the bottom beam from bearing and bending downwards. The container and the prefabricated house are capable of greatly improving the bearing capacity of the bottom beam; the bottom beam deformation prevention device can be used for refitting the container or prefabricated house so as to enhance the bearing capacity of the bottom beam, even transforming a waste container into a container which meets the requirements, and conforming to the industrial concept of energy conservation and emission reduction.

Description

technical field [0001] The invention relates to a container, a movable house and equipment for the container, in particular to a container, a container-type movable house and an anti-deformation device for the container. Background technique [0002] As the carrier of warehousing and transportation, containers have become more and more important in the modern logistics field. With the globalization of commerce and economy becoming more and more significant, the volume of container logistics is also growing. [0003] A container includes at least one side assembly, generally four side assemblies, the side assembly generally consists of a side frame and a panel wall, the side frame includes two corner posts and two side beams, the side The beams include top beams and bottom beams, and the main frame structure of the container is formed by the corner columns, top beams, and bottom beams fixedly connected to each other. Among them, the bottom beam is the most important load-bea...

AI Technical Summary

Problems solved by technology

Among them, the bottom beam is the most important load-bearing beam in the main structure of the container, and its structural strength directly determines the structural strength and service life of the container; with the continuous exploration and innovation of container materials in recent years, for The structural strength requirements of the bottom side beam profile are getting higher and higher, and the traditional bottom side beam profile structure can no longer meet the development of the industry

[0004] People began to study the use of lightweight metal materials such as aluminum alloys that are more environmentally friendly, corrosion-resistant and more recyclable, but at the same time they encountered the problem that the structural strength of the profiles was not enough to meet industrial standards, such as the problem when manufacturing 40-foot containers It is especially obvious that it may be difficult for the bottom and side beam profiles of light alloy to meet such a large span, so to some extent, the weak strength of light alloy material itself is a major factor hindering its large-scale industrialization in the container industry.

[0005] In actual production and use, many failures and deformations are caused by insufficient load-bearing performance of the bottom beam, which destroys the overall structure of the container and makes the container lose its use value.

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