Automatic enveloping, jar mounting and welding device and method thereof

Abstract

The invention discloses an automatic enveloping, jar mounting and welding device and a method thereof. The device comprises a welding wire, a battery jar output conveyor, a jar mounting and enveloping auxiliary mechanism, a rotary plate mechanism and a battery jar mounting mechanism, wherein the rotary plate mechanism and the jar mounting and enveloping auxiliary mechanism are mounted in a matching manner; a horizontal motor is mounted on a mechanical hand bracket; a vertical motor is mounted at the lower part of the horizontal motor; a clamp is mounted at the lower part of the vertical motor; a plurality of enveloping tanks are mounted on a cluster conveyor belt; the battery jar output conveyor is mounted at the lower part of the rotary plate mechanism; one end of the battery jar output conveyor and the welding wire are mounted in a matching manner. The method comprises the following processes: cluster enveloping, cluster mounting clamps, cluster arrangement and clamping, conveying plastic battery jars, cluster mounting the battery jars, outputting the battery jars, flame welding and conversion operations of the batteries after welding. According to the automatic enveloping, jar mounting and welding device, the degree of automation of the device can be improved, the processes are arranged in a more reasonable manner and the production efficiency can be improved.

Description

【Technical field】 [0001] The invention relates to the technical field of storage battery production, in particular to the technical field of automatic coating and tank welding equipment and methods. 【Background technique】 [0002] With the popularization of electric vehicles, the demand for batteries is increasing. In addition to the wrapping process, the main process of battery assembly production also includes coating, slotting and welding. At present, the equipment used by many domestic battery manufacturers is relatively backward. The degree of automation is small and the efficiency is low. Although foreign battery production equipment has a high degree of automation, the equipment investment cost is very high. Many battery manufacturers have no funds to purchase. At present, the battery manufacturing process is relatively simple, and there is no effective use of mutual cooperation between processes. , to achieve the purpose of saving time and improving efficiency. The c...

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Problems solved by technology

[0002] With the popularization of electric vehicles, the demand for batteries is increasing. In addition to the wrapping process, the main process of battery assembly production also includes coating, slotting and welding. At present, the equipment used by many domestic battery manufacturers is relatively backward. The degree of automation is small and the efficiency is low. Although foreign battery production equipment has a high degree of automation, the equipment investment cost is very high. Many battery manufacturers have no funds to purchase. At present, the battery manufacturing process is relatively simple, and there is no effective use of mutual cooperation between processes. , to achieve the purpose of saving time and improving efficiency. The current process of coating, slotting and welding is independent, and some processes cannot be completed at the same time. The production efficiency is low, the labor intensity is high, and the heating energy consumption of the electric furnace for automatic casting and welding is high. , Poor welding quality directly affects battery performance

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