Full-automatic intelligent acid adding and weighing system

Abstract

The invention discloses a full-automatic intelligent acid adding and weighing system, and relates to the technical field of battery production devices. The full-automatic intelligent acid adding and weighing system comprises two battery conveying mechanisms with opposite conveying directions, a battery feeding station is arranged at the intersection of the two battery conveying mechanisms, and at least one intelligent acid adding mechanism is arranged at one side of any battery conveying mechanism; the intelligent acid adding mechanism comprises one or two acid adding and conveying mechanisms, the upper portion of the end, close to the battery conveying mechanism, of each acid adding and conveying mechanism is provided with a first clamping displacement structure used for carrying a battery from the battery conveying mechanism to the acid adding and conveying mechanism, each acid adding and conveying mechanism is at least provided with an acid adding weighing station, and a water tank is arranged at one side of one end, away from the battery conveying mechanism, of the acid adding and conveying mechanism. Through the arrangement of the intelligent acid adding mechanism, the battery conveying mechanism and a tray putting mechanism, the battery putting, tray putting and battery acid adding operation can be automatically completed in the working process.

Description

technical field [0001] The invention belongs to the technical field of battery production equipment, in particular to a fully automatic intelligent acid adding weighing system. Background technique [0002] When adding acid to batteries, especially lead-acid batteries, acid-adding equipment is needed. The existing acid-adding equipment generally includes an acid injection head. The acid station is just below the acid injection head. The acid injection head corresponds to the acid injection hole of the battery to be injected, and then the acid injection head is lowered into the acid injection hole to complete the acid addition process. The battery output after the acid is completed, the acid adding mechanism of the existing acid adding equipment has the following problems: unreasonable structural design, low degree of automation, high labor intensity for the operator, low work efficiency, and safety accidents are prone to occur during the operation. Contents of the inventio...

AI Technical Summary

Problems solved by technology

[0002] Batteries, especially lead-acid batteries, need to use acid adding equipment when adding acid. The existing acid adding equipment generally includes an acid injection head. The belt first transports the acid injection battery to the acid injection station at the acid injection mechanism, which is directly below the acid injection head. The acid injection head corresponds to the acid injection hole of the acid injection battery, and then the acid injection head drops into the acid injection hole. After the acid addition process is completed and the acid injection is completed, the conveyor belt will output the battery after acid injection. The acid addition mechanism of the existing acid addition equipment has the following problems: unreasonable structural design, low degree of automation, and labor intensity of the operator. Large, low work efficiency, prone to safety accidents during operation

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