Manual process productivity determination method

Abstract

The invention relates to a method for determining the productivity of a manual process, and the method comprises the steps: carrying out the decomposition of a production process of a product, obtaining a plurality of sub-processes, and enabling the product and the sub-processes to form a mapping relation; defining standard production time for each sub-process; forming a standard process library;and according to the mapping relationship between the products and the sub-processes, calling each sub-process for producing the products and the standard production time associated with the sub-process from a standard process library to form a complete production process for producing the products and the sum of the standard production time. The method has the advantages that each product is subjected to production procedure splitting, standard production time is defined for each split sub-procedure, a standard procedure library is obtained through storage, in actual production, a plurality of sub-procedures are called from the standard procedure library to be reassembled to obtain a finished production procedure, the expected yield is obtained through calculation, and the production efficiency is improved. And an accurate manual procedure productivity budget is obtained, and accurate manual scheduling is facilitated.

Description

technical field [0001] The present application relates to the field of production scheduling, in particular to a method for determining the capacity of a manual process. Background technique [0002] With the advancement of science and technology, robots or high-end CNC machining centers have emerged with mechanization and intelligence, and any shape and requirement can be completed by the machine. More and more production processes have been replaced by machines from manual work, which has greatly improved production efficiency. At the same time, since the production efficiency per unit time of the machine is certain, it is convenient to calculate the output in production or production scheduling. [0003] However, in actual production, there are situations in which machine production cannot replace manual work in many fields. For example, production companies do not have enough purchasing power for automated production equipment, the performance of products produced by aut...

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Problems solved by technology

[0003] However, in actual production, there are situations in which machine production cannot replace manual work in many fields. For example, production companies do not have enough purchasing power for automated production equipment, the performance of products produced by automated equipment is lower than those produced by hand, or automated equipment cannot produce certain handmade products etc.

Whether it is manual production or machine production, production scheduling will be carried out after production. However, it is difficult to determine the output in the form of manual production.

[0004] In view of the related technologies mentioned above, the inventor believes that insufficient production capacity of the manual process is obviously not enough, but when scheduling products, the amount required for production is certain, and it is not that the more production the better, so the accurate determination of the production capacity of the manual process waiting to be solved

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