Order grouping processing method for personalized customized furniture

Abstract

The invention belongs to the technical field of furniture processing and system planning, and particularly relates to an order grouping processing method for personalized customized furniture. According to the multi-order personalized customized furniture production system, the order classification and gathering, part marking, part clustering and grouping, part sorting according to orders and part packaging according to orders are carried out in sequence, and the purpose that multi-order personalized customized furniture can be integrally and efficiently machined and produced is achieved. The method has the following advantages that 1, order products are divided into parts, the parts are produced in groups according to a plurality of division standards, and it is guaranteed that when the parts in the same group are produced, the stack cutting rate is high, the raw material plate utilization rate is high, and the overall production efficiency is high; 2, the processing cycles of the groups are reasonably matched, and the whole processing cycle of all orders is shortened; and 3, the overall planning of part grouping processing is reasonable and efficient, the subsequent sorting and packaging operation is simple and convenient, and finally finished orders are low in cost, high in quality and short in delivery time.

Description

technical field [0001] The invention belongs to the technical field of furniture processing and system planning, and in particular relates to an order grouping processing method for personalized customized furniture. Background technique [0002] Personalized customized furniture refers to the situation that there are differences in materials, structures and sizes between the furniture of multiple orders, which leads to the complicated production process of this batch of furniture. The common production method of personalized customized furniture is group processing, that is, multiple orders start production together, and through the adjustment of the number of parts and the coordination of production steps, it is guaranteed that all order products can be produced in the fastest and most economical manner. [0003] But on the other hand, most of the existing grouping processing methods have the following problems to a certain extent. [0004] First, the production efficienc...

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Problems solved by technology

[0004] First, the production efficiency is low, that is, the time required for the production of parts is not well controlled. For example, the production of part a has been completed, but the production of part b has not been completed, and the production rhythm is finally slowed down by part b.

[0005] Second, the utilization rate of materials is low. For example, when parts c, d and e are originally produced together on a raw material board, 90% utilization rate can be achieved, but e and f use up a raw material board separately, which means Cause c and d to produce the rest of the wood material is wasted

[0006] Third, the sorting of parts is very difficult, that is, a certain workshop is assigned to produce several kinds of plates with different sizes and even different materials, so it is very troublesome to select specific plate parts, and it is necessary to search intensively

[0009] However, the batch combination optimization method in this invention patent only considers the parameter of the plate size, but it is very inefficient when adjusting the entire production method of a batch of multi-order customized furniture, and there will still be customized furniture parts. The problem of out-of-synchronization between the production cycles will eventually make the efficiency of the entire processing and production process difficult to improve.

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