Integral detection cabinet with battery cabin

Abstract

The invention discloses an integral detection cabinet with a battery cabin. The technical problem needing to be solved is to save a placing space of the battery cabin, improve the heat dissipation capability, reduce the drop and breakage rate of connection wires and prolong the service life of the detection cabinet. The technical scheme of the invention is that: the integral detection cabinet with the battery cabin is provided with a cabinet frame, the cabinet frame is provided with a battery detection device with a pushing-pulling structure; the battery cabin is connected with the front end of the battery detection device; a tray is arranged in the battery cabin; clapboards are arranged in the tray in parallel; every two clapboards form a groove; plugs are arranged on a front panel of the battery detection device above the groove respectively; and a first radiating hole is arranged at a rear side plate of the battery cabin. Compared with the prior art, the drop and breakage rate of the connection wires caused by pushing and pulling many times is reduced, the mechanical location service life of the battery detection cabinet is prolonged, the space for placing the battery in the battery cabin is saved, the radiation capacity is improved and the reliable connection between the batteries and a charging port is ensured.

Description

Technical field [0001] The invention relates to a detection device in a battery manufacturing process, in particular to an integrated detection cabinet for detecting battery charging / discharging. Background technique [0002] In the prior art battery detection cabinet, the battery is placed in the battery drawer or tray at the lower end of the detection cabinet, or in other battery storage containers, and then the battery is connected to the battery detection device for charging and discharging detection. This kind of battery tray or container does not have a slot for separating the battery from the battery, so that multiple batteries are placed chaotically in the tray during use, and the connecting wires are easily intertwined. It is not convenient to accurately connect the battery to the test contact during the test. Correspondingly, it brings unnecessary trouble to the detection. In addition, the tray is usually not conducive to the heat dissipation of the battery. The battery...

AI Technical Summary

Problems solved by technology

[0002] In the prior art battery testing cabinet, the battery is placed in the battery drawer or tray at the lower end of the testing cabinet, or in other battery storage containers, and then the battery is connected to the battery testing device for charging and discharging testing. This kind of battery tray or container does not have a tank that separates the battery from the battery, so that multiple batteries are placed in the tray chaotically during use, and the connecting wires are easily intertwined and intertwined. Correspondingly, it brings unnecessary trouble to the test. In addition, the tray is usually not conducive to battery heat dissipation. The battery generates heat during charging / discharging. The heat accumulation will affect the test results and may cause battery damage, which is not conducive to the safety of battery testing. performance, heat dissipation of the battery, and the electrical connection between the battery detection charging and discharging unit and the battery drawer or tray are all connected by wires, so a large number of wires are needed, and the battery drawer or tray needs to move back and forth. The cables and wires connecting the charging and discharging unit to the drawer or tray will be aged or broken

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