Bench type container

Abstract

The invention discloses a bench type container which comprises a bench body, wherein the bench body is provided with a plurality of beams comprising two side beams, two end beams and a plurality of bottom cross beams arranged between the two side beams; each of the corner ends of the bench body is provided with a connecting piece for lifting and stacking the bench type container; and a safety device is also arranged on the bench body outside the connecting piece and comprises a base and a connecting lock rod, wherein the base and the connecting lock rod are respectively arranged in opposite positions. When the bench type container is connected with other bench type containers with the same structure in a stacking mode, the base and the connecting lock rod are respectively matched with a connecting lock rod and a base on an adjacent bench type container to be connected with each adjacent bench type container in a dismountable mode. The safety device can prevent the condition that people forget to lock the container or prevent the container from falling because of the fault of a locking device in the processes of stacking and lifting the container, and the like.

Description

technical field [0001] The invention relates to a platform container, in particular to a device for interlocking the platform containers. Background technique [0002] Usually, in the long-distance transportation of existing containers, in order to reduce transportation costs, stacking transportation is often used, that is, through locking devices such as twist locks, each adjacent container is locked and connected as a whole for transportation; especially When transporting empty containers such as platform boxes or folding boxes, because the space occupied by platform boxes or folding boxes is small, in order to reduce transportation costs and simplify operating procedures, the existing popular practice is to put them together Stacking, and then connect them as a whole through locking devices such as twist locks between adjacent containers, and then perform operations such as lifting and stacking on the whole, which simplifies the operating procedures and improves labor eff...

AI Technical Summary

Problems solved by technology

[0005] The above two locking devices, theoretically, are relatively safe and reliable when stacking and locking multiple containers, but in practice, it has been found that due to the large number of containers stacked on each other, when the operator locks the containers, Individual containers are often locked due to personal negligence; or due to defects formed during the manufacturing process and long-term use of the locking device itself, the locking function of the locking device itself fails, thus, in the process of lifting or transportation, the container may be damaged. Therefore, in order to make the container more safe and reliable in the process of stacking and transportation, and to prevent the occurrence of serious accidents in which the container falls off due to missing locks or other reasons during the stacking or lifting of the container, it is necessary to Improvements to existing container structures

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