A device for collecting and treating waste battery electrolyte

Abstract

The invention discloses a waste storage battery electrolyte collection and treatment device, first gears and second gears are movably installed on the first L plate and the second L plate; a material collection tank is fixedly installed on the first L plate, and the second L plate A mixing tank is fixedly installed on the L plate; the adjustment mechanism includes a connecting piece and a rotating piece, the rotating piece is hingedly connected with the connecting piece, and the rotating piece is fixed on the second gear; The second hinge is hingedly connected with the rotating shaft. In this application, the electrolyte in the collection tank is channeled into the stirring tank for further stirring. This device controls the inflow speed of the electrolyte to prevent uneven stirring caused by excessive electrolyte flowing into the stirring tank at one time. The device is controlled by adding an adjustment structure. The opening and closing of the valve of the collecting tank further adjusts the stirring speed, and a certain amount of electrolyte is input at one time. At the same time, the opening and closing of the stirring shaft and the valve are controlled by the same motor, which effectively utilizes resources.

Description

technical field [0001] The invention belongs to the technical field of waste battery casing treatment, and in particular relates to a waste storage battery electrolyte collection and treatment device. Background technique [0002] The waste battery is transported from outside the factory to the sorting workshop by car. After being sorted, it is grabbed into the ground warehouse by driving with a grab bucket, and then grabbed from the ground warehouse to the feeding hopper on the belt conveyor, and evenly added to the belt conveyor through the vibrating feeder. The waste electrolyte is transported to the crusher on the machine for primary crushing. The waste electrolyte flows out of the waste battery, and is collected into the liquid collection tank through the trench. After stirring treatment, it is sent to the water treatment station for recycling. Excessive liquid delivery will cause the clogging of the mixing tank. At the same time, due to the lack of flow control of the ...

AI Technical Summary

Problems solved by technology

[0002] The waste battery is transported from outside the factory to the sorting workshop by car. After sorting, it is grabbed into the ground bin by driving with a grab bucket, and then grabbed from the ground bin to the feeding hopper on the belt conveyor, and evenly added to the belt conveyor through the vibrating feeder. The waste electrolyte flows out from the waste battery, collects it into the liquid collection tank through the ditch, and sends it to the water treatment station for recycling after stirring treatment. The waste electrolyte may be recycled when it enters the mixing tank. The mixing tank is clogged due to excessive liquid delivery. At the same time, due to the lack of flow control of the waste electrolyte during the transportation process, the automatic mixing tank often has uneven mixing.

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