Vertical forming cabinet

Abstract

The invention discloses a vertical forming cabinet. The vertical forming cabinet comprises a cabinet body, layer board mechanisms layered in the cabinet body layer by layer, and counterweight mechanisms which are set in the cabinet body to offset the self-weight of the layer board mechanisms. Each counterweight mechanism comprises a hanging wheel assembly, a limit guide assembly arranged below thehanging wheel assembly, and a weight piece which slidingly matches the limit guide assembly. Each weight piece is connected with the corresponding layer board mechanism through a pulling rope wound on a hanging wheel assembly. According to the vertical forming cabinet designed in the structure, each limit guide assembly is arranged in a counterweight mechanism, which makes a weight piece more stable during the rising or lowering process; mutual collision between adjacent weight pieces or entanglement between adjacent pulling ropes can be effectively avoided; and the reliability of the vertical forming cabinet is effectively improved.

Description

technical field [0001] The invention relates to the technical field of chemical conversion cabinets, in particular to a vertical chemical conversion cabinet. Background technique [0002] In the prior art, the chemical formation equipment used for battery detection is mostly installed on the laminates when testing the batteries, and then the laminates are stacked layer by layer, so as to detect the batteries on the laminates , in this way, due to the uneven force between the layers in this process, the cells located on the lower layer will bear greater pressure from the upper layer, which will easily cause the cells on the lower layer to squeeze deformation, which in turn affects the normal test of the battery cell. In related technologies, although there is also a plan to offset the self-weight of the laminate by setting the corresponding counterweight for the corresponding laminate, this kind of counterweight mechanism is too simple due to the structure. There is no effec...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the chemical formation equipment used for battery detection is mostly installed on the laminates when testing the batteries, and then the laminates are stacked layer by layer, so as to detect the batteries on the laminates , in this way, due to the uneven force between the layers in this process, the cells located on the lower layer will bear greater pressure from the upper layer, which will easily cause the cells on the lower layer to squeeze deformation, which in turn affects the normal test of the battery cell. In related technologies, although there is also a plan to offset the self-weight of the laminate by setting the corresponding counterweight for the corresponding laminate, this kind of counterweight mechanism is too simple due to the structure. There is no effective limit between the heavy parts, it is easy to cause the counterweight to swing, and then cause the traction rope on the adjacent counterweight to be entangled, thus greatly reducing the structural stability of the formation cabinet

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