Bearing device for transportation of new energy batteries

Abstract

The invention discloses a bearing device for transportation of new energy batteries. The bearing device comprises a bottom plate, a bearing plate, a top plate, a helium air bag, a sealing cap, a connecting short tube, a first fixing sleeve, a supporting rod, a threaded sleeve, a rocker, a second fixing sleeve, a first reinforcing rib plate, a pressing plate, a rubber plate, a through hole, a silica gel sleeve, outer threads, a pressing block, a spring, a pressing rod, a silica gel base plate, inner threads, an adhesive layer, a second reinforcing rib plate and a matching hole. According to thebearing device, the structure is reasonable, the bearing support can be provided for transportation of the new energy batteries, the energy batteries can be placed in multiple layers through a plurality of bearing plates and the bottom plate, so that accumulation among box bodies is avoided, and then the problem that the stress of the lower-layer box body is larger is solved; and due to the arrangement of a telescopic structure, the distances among the bearing plates, the bottom plate and the top plate can be adjustable so as to be suitable for placing the box bodies with different heights.

Description

technical field [0001] The invention relates to a carrying device, in particular to a carrying device for new energy battery transportation, and belongs to the technical field of new energy battery transportation application. Background technique [0002] New energy batteries are used to store electricity for new energy power generation, and can store electricity; generally, lithium-ion batteries are used; after production, they are usually packed in cardboard boxes, and the lithium-ion batteries are packed, and then transported by truck. [0003] During the transportation process, the boxes are generally piled up together, and the boxes at the bottom may be subject to greater gravity and may be damaged; and the boxes lack limit and shock absorption, may collide with the carriage, and may be prone to damage; And when placed, the center of gravity may be high and the stability is poor. When placed, there may be a gap with the top of the compartment, which is prone to collisio...

AI Technical Summary

Problems solved by technology

[0003] During the transportation process, the boxes are generally piled up together, and the boxes at the bottom may be subject to greater gravity and may be damaged; and the boxes lack limit and shock absorption, may collide with the carriage, and may be prone to damage; And when placed, the center of gravity may be high and the stability is poor. When placed, there may be a gap with the top of the carriage, which is prone to collisions

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