Method for automatically searching optical assemble path of components of products with subordinate relations

A technology for automatically finding the best path, applied in special data processing applications, instruments, and electrical digital data processing, etc., can solve problems such as lagging production plans, large randomness in production arrangements, and many uncertain factors in production schedules. The effect of eliminating overproduction, realizing quick response, and shortening the product manufacturing cycle

Active Publication Date: 2013-03-20
NANJING NORTH OPTICAL ELECTRONICS
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Problems solved by technology

The production plan lags behind, the production arrangement is random, th

Method used

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  • Method for automatically searching optical assemble path of components of products with subordinate relations
  • Method for automatically searching optical assemble path of components of products with subordinate relations

Examples

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[0242] Example

[0243] One, in figure 1 The structure diagram of the method to automatically find the best route for the assembly of components with subordinate products;

[0244] Enter or import the product list, assembly process table, production schedule, and missing parts replenishment schedule data;

[0245] Adjust the product priority, the number of workers in each process during normal working hours and the number of workers in each process during overtime;

[0246] According to product affiliation, product assembly process, production planning time, product matching time, missing parts replenishment time, abnormal delay time, actual completion time, product priority, normal working hours, the number of workers in each process, and overtime for each process Factors such as the number of operators, automatically complete the calculation of the parts schedule;

[0247] Two, in figure 2 The method of automatically finding the best path for the assembly of components with subordi...

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Abstract

The invention discloses a method for automatically searching an optical assembly path of components of products with subordinate relations. Discrete type enterprises adopting multi-breed and small-batch mode of production are divided into ten production units according to similarity. Each unit is arranged with work stations with number controllable. Half of a day is calculated as 210 minutes. According to multiple meters with information of various elements included, an optimal time point of each component assembled on each work station is searched and controlled, wherein the each component belongs to the products with subordinate relations. Each optimal time point is expressed through component schedules with three fields included, wherein the three fields comprise start time, end time and a sequence number showing work station sequences of the work stations of each component. The method for automatically searching the optical assembly path of the components of products with subordinate relations automatically searches the optical assembly path of the components of the products with unfixed levels, is capable of eliminating waste like excessive production, waiting time, transport, inventory, process, motion, product defects at utmost and shortening manufacturing cycle of the products and improving work efficiency.

Description

technical field [0001] The invention belongs to the intelligent operation control technology, in particular to a method for automatically finding the best path for assembling parts of products with affiliation relations. Background technique [0002] Modern enterprises must improve the level of production control in order to increase productivity and ensure compliance. In a discrete enterprise, facing a variety of products with unfixed levels of affiliation and assembly parts with a certain sequence, the product is often used as a project, and the components, sub-components, and final devices in the product are often used. , Parts, and components are treated at the same level, and the sub-items of the manual split into projects are treated equally. Manual splitting takes a lot of time, and the results of splitting are specific to a specific model, which is not universal, and is not conducive to classification and aggregation in a positive sense. [0003] At present, the pr...

Claims

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Application Information

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IPC IPC(8): G06Q10/06G06F17/30
Inventor 郭俊文何军胡文花陈国胜王龙莹聂永海唐晓冬张云龙郭晓丹吴庆钱军
Owner NANJING NORTH OPTICAL ELECTRONICS
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