Automatic electric cooker production line and process

Abstract

The invention provides an automatic electric cooker production line. The automatic electric cooker production line comprises a material stretching unit set, a multi-hole punching machine, an edge rolling punching machine and a finished product recycling device, wherein the multi-hole punching machine, the edge rolling punching machine and the finished product recycling device are arranged behind the material stretching unit set and are sequentially arranged side by side; the material stretching unit set comprises a stretching device, an oil smearing machine arranged at the front end of the stretching device and a positioning device arranged at the rear end of the stretching device; and a transferring manipulator is arranged in the interval between the material stretching unit set and the multi-hole punching machine, and a transferring manipulator is arranged in the interval between the multi-hole punching machine and the edge rolling punching machine. Meanwhile, the invention providesan automatic electric cooker production process. The process includes the steps that materials in stacks are divided by the oil smearing machine into single piece materials, oil smearing is performedon the single piece materials, and the materials are transferred to the stretching device; the stretching device performs stretching on the materials, and the device is transferred to the multi-hole punching machine; the multi-hole punching machine performs bottom hole punching and side hole punching on the materials, and the materials are transferred to the edge rolling punching machine; and theedge rolling punching machine performs edge rolling on the materials, the materials are transferred to the finished product recycling device, and material machining is completed.

Description

Technical field [0001] The invention relates to an automatic electric rice cooker production line and its process. Background technique [0002] With the development and progress of automation and mechanized production, factories are gradually developing towards automated production. However, there are still a large number of factories that have adopted the production line operation method, but they are still arranged at each station or between the intervals Production personnel, the main reason is that the production line adopts automated mechanized production and transformation, which is costly, heavy workload, and quite complicated, so that the factory has no power or sufficient cost time to carry out transformation and upgrading. In addition, the current production line after the upgrade has a complex structure and low versatility, and a large number of conveyor belt devices are installed between the processing station and the equipment or the corresponding conveyor rod devic...

AI Technical Summary

Problems solved by technology

[0002] With the development and progress of automation and mechanized production, factories are gradually developing towards automated production. However, although there are still a large number of factories that have adopted production line operations, they are still arranged between each station or the interval between stations. Production personnel, the main reason is that the production line adopts automated mechanized production transformation, which is costly, heavy workload, and the transformation is quite complicated, so that the factory has no motivation or enough cost and time to carry out transformation and upgrading

Moreover, the structure of the current upgraded production line is either complex and not universal, and there are a large number of conveyor belt devices between the processing stations and the equipment, or corresponding transmission rod devices need to be installed on the equipment, resulting in basically Completely replace the entire production line, which further increases the cost, cycle and difficulty of transformation and upgrading

[0003] In particular, for the rice cooker shell production line, the process is divided into multiple processes such as stretching, bottom hole punching, side hole punching, and edge curling. When automatic production is adopted, although manipulators can be used to replace manual loading and unloading, due to too many processes, The use of automated production requires multiple automated manipulators, which makes the automation of the production line difficult and expensive, and also leads to low production efficiency and more production quality problems.

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