CN101369327A - Workpiece integrated processing scheduling system and method - Google Patents
Workpiece integrated processing scheduling system and method Download PDFInfo
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- CN101369327A CN101369327A CNA2007102013576A CN200710201357A CN101369327A CN 101369327 A CN101369327 A CN 101369327A CN A2007102013576 A CNA2007102013576 A CN A2007102013576A CN 200710201357 A CN200710201357 A CN 200710201357A CN 101369327 A CN101369327 A CN 101369327A
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Abstract
The invention provides a workpiece assembly processing schedule method, comprising: setting parameters; scheduling main workpieces through the set parameters and obtaining a starting point and an end point of a assembly workshop section; scheduling process before the workshop section through the starting point and the end point of the assembly workshop section scheduled by the main workpiece; assembling the main workiece and the assistant workpiece of the assembly workshop section; scheduling the process on the assembly workshop section of the assistant workpiece after the workshop section through the end point of the assembly workshop section. The invention also provides a workpiece assembly processing schedule system. According to the invention, the main workpiece and the assistant workpiece reach the station of the assembly process, thereby reducing waiting time of a plurality of workpieces.
Description
Technical field
The present invention relates to a kind of processing arranging system and method, relate in particular to a kind of Workpiece integrated processing scheduling system and method.
Background technology
At present, the work flow of the processing deploying in the factory is generally as follows: business department sends three kinds of orders (customer order, client ForeCast, production ForeCast) and gives traffic control; Traffic control is according to the production capacity at present order situation, worker station, and thing control personnel advance factory's plan according to what order form delivery time provided material, calculates the delivery schedule of order, if do not satisfy the friendship phase then reply the business personnel and consult the friendship phase; When the traffic control planner determined kinds of goods around after the plan of dispatching from the factory, give birth to the pipe planner then according to kinds of goods the dispatch from the factory production schedule and the ForeCast production schedule of latter two month around the plan, calculate the production schedule of every day simultaneously.
There are the following problems for the work flow of above-mentioned deploying: owing to the reason of product, must and process a worker station with some workpiece together, since main workpiece with from the asynchronism(-nization) of workpiece deploying, can not arrive the worker station of closing simultaneously with addition of the worker, main workpiece can occur can wait for and can wait for from workpiece or from workpiece and to cause the situation of main workpiece and can not finish production before the friendship phase.
Summary of the invention
In view of above content, be necessary to provide a kind of Workpiece integrated processing scheduling system, can make main workpiece and arrive the worker station of closing simultaneously, to reduce the stand-by period of workpiece with addition of the worker from workpiece.
In addition, also be necessary to provide a kind of Workpiece integrated processing scheduling method, can make main workpiece and arrive the worker station of closing simultaneously, to reduce the stand-by period of workpiece with addition of the worker from workpiece.
A kind of Workpiece integrated processing scheduling system, this system comprises main frame and database, store client's production order etc. in the described database, can comprise in the described production order: the predetermined friendship phase and the procedure for processing information of order, described procedure for processing information comprises: the processing procedure of main workpiece, the processing procedure of main workpiece estimate the chief engineer time and the minimum clearance value; From the processing procedure of workpiece, from the processing procedure of workpiece estimate the chief engineer time and the minimum clearance value; Described main frame comprises: main workpiece deploying module, module is set, closes and join module and judge module from workpiece deploying module, the wide phase of putting.
Described main workpiece deploying module, be used for the deploying starting point of current time as main workpiece, according to the processing procedure information of this main workpiece, with the processing procedure of this main workpiece estimate the chief engineer time and main workpiece processing procedure between the summation of minimum clearance value, determine to close the starting point of allotment of labor's section and close the terminal point of allotment of labor's section.
Described from workpiece deploying module, be used for this from activity duration of first processing procedure of workpiece as deploying starting point from workpiece, according to this processing procedure information from workpiece, with this from workpiece close processing procedure before allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value, determine that this closes deploying terminal point before allotment of labor's section from workpiece.
Judge module, be used to judge whether this surpasses the described allotment of labor's of closing section starting point from the deploying terminal point of workpiece before closing allotment of labor's section, if surpass the starting point of closing allotment of labor's section, then described from workpiece deploying module with this from workpiece close deploying terminal point before allotment of labor's section as the ground zero that closes allotment of labor's section, with this starting point add the above before workpiece closes allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value as the new terminal point that closes allotment of labor's section.
The described wide phase of putting is provided with module, being used for judging the described deploying terminal point before allotment of labor's section of closing from workpiece when described judge module does not surpass when closing allotment of labor's section starting point, the wide phase mean allocation of putting is set between each processing procedure, makes this close terminal point before allotment of labor's section and arrive and close allotment of labor's section starting point from workpiece.
Close and join module, be used for closing with the processing procedure that closes allotment of labor's section from workpiece according to the starting point of the described allotment of labor's of closing section and the main workpiece that closes the involutory allotment of labor's section of terminal point of allotment of labor's section and join, described to close the main workpiece of allotment of labor's section identical with processing procedure from workpiece.
Whether described judge module also is used to judge described main workpiece and closes to need to take apart after joining from workpiece again and continue processing separately, if need, then closes the deploying after allotment of labor's section.
Described from workpiece deploying module, also be used for the terminal point that closes allotment of labor's section as should closing starting point after allotment of labor's section from workpiece, with close after allotment of labor's section should from the workpiece processing procedure estimate the chief engineer time and the summation of minimum clearance value determine this deploying terminal point after allotment of labor's section of closing from workpiece.
Described judge module is used to also to judge whether the described deploying terminal point that closes after allotment of labor's section from workpiece surpasses the friendship phase, if surpass the friendship phase, then describedly closes deploying terminal point allotment of labor section after as new friendship phase with this from workpiece from workpiece deploying module.
The described wide phase of putting is provided with module, also be used for judging the described deploying terminal point that closes after allotment of labor's section and surpass friendship during the phase from workpiece when described judge module, the wide phase mean allocation of putting is set between each processing procedure, makes this summation that when workpiece is estimated the chief engineer, adds the minimum clearance value postpone till the friendship phase from workpiece.
A kind of Workpiece integrated processing scheduling method, this method may further comprise the steps:
A. main workpiece is carried out deploying, with the deploying starting point of current time as main workpiece, according to the processing procedure information of this main workpiece, with the processing procedure of this main workpiece estimate the chief engineer time and main workpiece processing procedure between the summation of minimum clearance value, determine to close the starting point of allotment of labor's section and close the terminal point of allotment of labor's section;
B. with this from activity duration of first processing procedure of workpiece as deploying starting point from workpiece, according to this processing procedure information from workpiece, with this from workpiece close processing procedure before allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value, determine that this closes deploying terminal point before allotment of labor's section from workpiece;
C. judge whether this surpasses the described allotment of labor's of closing section starting point from the deploying terminal point of workpiece before closing allotment of labor's section, if surpass the starting point of closing allotment of labor's section, then with this from workpiece close deploying terminal point before allotment of labor's section as the ground zero that closes allotment of labor's section, with this starting point add the above before workpiece closes allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value as the new terminal point that closes allotment of labor's section;
D. do not surpass when closing allotment of labor's section starting point when described the deploying terminal point before allotment of labor's section of closing, the wide phase mean allocation of putting is set, make this close terminal point before allotment of labor's section and arrive and close allotment of labor's section starting point from workpiece between each processing procedure from workpiece;
E. close with the processing procedure that closes allotment of labor's section from workpiece according to the starting point of the described allotment of labor's of closing section and the main workpiece that closes the involutory allotment of labor's section of terminal point of allotment of labor's section and join, described to close the main workpiece of allotment of labor's section identical with processing procedure from workpiece;
F. judge described main workpiece and close whether to need to take apart again after joining and continue processing separately,, then close the deploying after allotment of labor's section if need from workpiece;
G. with the terminal point that closes allotment of labor's section as should closing starting point after allotment of labor's section from workpiece, with close after allotment of labor's section should from the workpiece processing procedure estimate the chief engineer time and the summation of minimum clearance value determine this deploying terminal point after allotment of labor's section of closing from workpiece;
H. judge whether the described deploying terminal point that closes after allotment of labor's section from workpiece surpasses the friendship phase,, then close deploying terminal point after allotment of labor's section as the new friendship phase from workpiece with this if surpass the friendship phase;
I. judge the described deploying terminal point that closes after allotment of labor's section when described judge module and surpass friendship during the phase, the wide phase mean allocation of putting is set, make this summation that when workpiece is estimated the chief engineer, adds the minimum clearance value postpone till the friendship phase from workpiece between each processing procedure from workpiece.
Compared to prior art, Workpiece integrated processing scheduling system provided by the invention and method can make main workpiece and arrive the worker station of closing with addition of the worker simultaneously from workpiece, to reduce the stand-by period of workpiece.
Description of drawings
Fig. 1 is the hardware structure figure of Workpiece integrated processing scheduling system preferred embodiment of the present invention.
Fig. 2 is the functional block diagram of main frame among Fig. 1.
Fig. 3 is the basic flow sheet of the preferred embodiment of Workpiece integrated processing scheduling method of the present invention.
Fig. 4 be close among Fig. 3 join before from workpiece deploying module to closing the particular flow sheet that carries out deploying from workpiece of joining.
Fig. 5 be close among Fig. 3 join the back from workpiece deploying module to closing the particular flow sheet that carries out deploying from workpiece of joining.
Embodiment
As shown in Figure 1, be that the present invention closes with addition of the hardware structure figure of worker's arranging system preferred embodiment.Described close to join be meant at least one from the workpiece a main workpiece b that packs into, the process of processing in same workshop section.This system mainly comprises main frame 1 and coupled database 2.Described database 2 stores client's production order etc., can comprise in the described production order: the essential information of order, the quantity required of order, and the information such as predetermined friendship phase of order.The essential information of described order can comprise: order number, type of merchandize, dimensions, procedure for processing information etc., described procedure for processing information comprises: the processing procedure of main workpiece, the processing procedure of main workpiece estimate the chief engineer time and the minimum clearance value; From the processing procedure of workpiece, from the processing procedure of workpiece estimate the chief engineer time and the minimum clearance value.
Described main frame 1 is used for the essential information according to described production order, carries out the deploying with addition of the worker of closing of the production schedule with closing the workpiece of joining in the order.
Described main frame 1 also connects display 3, keyboard 4 and mouse 5, when being used for the workpiece processing deploying, as the input and the output device of related data.
As shown in Figure 2, be the functional block diagram of main frame 1.Described main frame 1 comprises: main workpiece deploying module 10, from workpiece deploying module 12, close and join module 14, judge module 16 and the wide phase of putting module 18 is set.The alleged module of the present invention is to finish the computer program code segments of a specific function, be more suitable in describing the implementation of software in computing machine than program, therefore below the present invention to all describing in the software description with module.
Main workpiece deploying module 10, be used for the current time as closing the deploying starting point of joining main workpiece, close the processing procedure information of joining main workpiece according to this, with this close the processing procedure of joining main workpiece estimate the chief engineer time and main workpiece processing procedure between the summation of minimum clearance value, determine to close the starting point of allotment of labor's section and close the terminal point of allotment of labor's section.Minimum clearance value between the described processing procedure is the logistics time of workpiece, stands the required estimated time as workpiece is delivered to another worker from a worker station.For example, if the processing procedure of main workpiece b is: M-G-FM-CNC-WE-FM-QC, closing the processing procedure from workpiece a of joining with it is: M-FM-CNC-WE-FM-G-QC, then main workpiece deploying module 16 with the current time as closing the deploying starting point of joining main workpiece b, the i.e. operation starting time of the first processing procedure M of this main workpiece, processing procedure according to this main workpiece, with each processing procedure in the stand summation of estimating the minimum clearance value between man-hour and the processing procedure of processing of worker separately, determine to close the starting point of allotment of labor's section and close the terminal point of allotment of labor's section, promptly the operation starting time with first processing procedure FM of this main workpiece is the starting point of closing allotment of labor's section, and the operation deadline that is with processing procedure FM of Hou is the terminal point that closes allotment of labor's section.
From workpiece deploying module 12, be used for according to stating the starting point of closing allotment of labor's section and closing the terminal point of allotment of labor's section to carrying out deploying from workpiece.Wherein, from the workpiece deploying be divided into after closing allotment of labor Duan Qiancong workpiece deploying and closing allotment of labor's section from the workpiece deploying.
Close and join module 14, the main workpiece that is used for allotment of labor's section is closed in arrival closes with the processing procedure that closes allotment of labor's section from workpiece joins.
Described judge module 16 also is used to judge close and adds when described processing procedure from workpiece is estimated the chief engineer after allotment of labor's section whether the summation of closing the minimum clearance value of processing procedure after allotment of labor's section surpasses the friendship phase, if summation does not surpass the friendship phase, then comprise two kinds of situations: summation just arrives the friendship phase and summation does not also arrive the described friendship phase, if summation just arrives friendship during the phase, then described from workpiece deploying module 12 with the terminal point of the described allotment of labor's of closing section as should be from the starting point of closing the deploying after allotment of labor's section of workpiece, with the friendship phase should be after allotment of labor's section as closing from terminal point of workpiece deploying, with the processing procedure of time period mean allocation to this from workpiece between the described terminal point after the closing the starting point after allotment of labor's section and close allotment of labor's section of workpiece, the time of this processing procedure comprises when processing procedure is estimated the chief engineer and the summation of processing procedure minimum clearance value; If summation surpasses the friendship phase, then described from workpiece deploying module 12 with the terminal point that closes allotment of labor's section as should be from the deploying starting point after allotment of labor's section of closing of workpiece, when processing procedure is estimated the chief engineer after workpiece closes allotment of labor's section with this and the summation of minimum clearance value as should be from the deploying terminal point after allotment of labor's section of closing of workpiece, this is carried out deploying from workpiece, at this moment, close deploying terminal point after allotment of labor's section as the friendship phase with this from workpiece.
The wide phase of putting is provided with module 18, be used for when judge module 16 judge described from workpiece close deploying before allotment of labor's section estimate the chief engineer time add the minimum clearance value summation also do not arrive when not closing allotment of labor's section starting point, the wide phase mean allocation of putting is set between each processing procedure, this summation that adds the minimum clearance value when workpiece is estimated the chief engineer is arrived close allotment of labor's section starting point.The described wide phase of putting be provided with module 18 also be used for described judge module 16 judge from workpiece close deploying after allotment of labor's section estimate the chief engineer time add that the summation of minimum clearance value does not also arrive friendship during the phase, the wide phase mean allocation of putting is set between each processing procedure, makes this summation that when workpiece is estimated the chief engineer, adds the minimum clearance value postpone till the friendship phase from workpiece.
As shown in Figure 3, be that the present invention closes with addition of the basic flow sheet of the preferred embodiment of worker's deploying method.At first, 10 pairs of main workpiece deploying modules will be closed the main workpiece of joining and be carried out deploying, particularly, with the current time as closing the deploying starting point of joining main workpiece, close the processing procedure information of joining main workpiece according to this, with this close the processing procedure of joining main workpiece estimate the chief engineer time and main workpiece processing procedure between the summation of minimum clearance value, determine to close the starting point of allotment of labor's section and close the terminal point of allotment of labor's section.Minimum clearance value between the described processing procedure is the logistics time of workpiece, stands the required estimated time (step S30) as workpiece is delivered to another worker from a worker station.Carry out deploying (step S32) according to the starting point of the described allotment of labor's of closing section to closing the processing procedure that closes before allotment of labor's section from workpiece of joining from workpiece deploying module 12.Close the main workpiece of joining module 14 involutory allotment of labor's sections and join with closing, close the main workpiece of allotment of labor's section and processing procedure identical (step S34) from workpiece from workpiece.Close join end after, whether judge module 16 judge that this closes and join main workpiece and need to take apart respectively to process from workpiece, if do not need to take apart, and then delivery (step S36), if need take apart, then the processing procedure from workpiece after workpiece deploying module 12 involutory allotment of labor's sections carries out deploying (step S38).
As shown in Figure 4, be that step S32 closes the involutory particular flow sheet that carries out deploying from the processing procedure of workpiece of joining of allotment of labor Duan Qiancong workpiece deploying module 12 among Fig. 3.At first, judge module 16 judges to add from workpiece to close whether the summation of workshop section's minimum clearance value surpasses the described allotment of labor's of closing section starting point (step S40) before allotment of labor's section when workshop section estimates the chief engineer before workpiece closes allotment of labor's section.If summation surpasses described allotment of labor's section starting point of closing, then described judge module 16 is judged that this adds when workshop section estimates the chief engineer before workpiece closes allotment of labor's section from workpiece and is closed the starting point (step S42) whether the summation of workshop section's minimum clearance value before allotment of labor's section arrives the described allotment of labor's of closing section.If summation does not have to arrive the starting point of closing allotment of labor's section, the described wide phase of putting is provided with module 18 and the wide phase mean allocation of putting is set between each processing procedure, this summation that adds the minimum clearance value when workpiece is estimated the chief engineer is arrived close allotment of labor's section starting point (step S44).If summation arrives the starting point of closing allotment of labor's section, when promptly overlapping with this starting point of closing allotment of labor's section, described from workpiece deploying module 12 with this from activity duration of first processing procedure of workpiece as the deploying starting point before allotment of labor's section of closing from workpiece, with the starting point of the described allotment of labor's of closing section as the deploying terminal point before allotment of labor's section of closing from workpiece, to from the processing procedure of workpiece, the time of this processing procedure comprises when processing procedure is estimated the chief engineer and the summation (step S46) of processing procedure minimum clearance value with the time period mean allocation between the described deploying terminal point before the closing deploying starting point before allotment of labor's section and close allotment of labor's section of workpiece.In step S40, if described judge module 16 is judged when the summation that adds workshop section's minimum clearance value before workpiece closes allotment of labor's section when workshop section estimates the chief engineer before workpiece closes allotment of labor's section surpasses the described allotment of labor's of closing section starting point, described from workpiece deploying module 12 with activity duration of carrying out first processing procedure from workpiece as the deploying starting point before allotment of labor's section of closing from workpiece, with described from workpiece close processing procedure before allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value as carrying out deploying (step S48) to described from workpiece from the deploying terminal point that closes before allotment of labor's section of workpiece.With this deploying terminal point that closes before allotment of labor's section from workpiece is the ground zero that closes allotment of labor's section, and this starting point adds that the summation of closing the required time period of allotment of labor's section is as closing the new terminal point (step S50) of allotment of labor's section.
As shown in Figure 5, be that step S38 closes 12 pairs of particular flow sheets that carry out deploying from workpiece of allotment of labor Duan Houcong workpiece deploying module among Fig. 3.At first, judge module 16 judges to close to add to close whether the summation of workshop section's minimum clearance value surpasses the friendship phase (step S380) after allotment of labor's section when workshop section estimates the chief engineer after allotment of labor's section.If this summation surpasses the described friendship phase, described judge module 16 judges to close to add to close whether the summation of workshop section's minimum clearance value arrives the friendship phase (step S382) after allotment of labor's section when workshop section estimates the chief engineer after allotment of labor's section.If this summation does not arrive the described friendship phase, the described wide phase of putting is provided with module 18 and the wide phase mean allocation of putting is set between each processing procedure, makes this summation that adds the minimum clearance value when workpiece is estimated the chief engineer from workpiece postpone till the friendship phase (step S384).If this summation just in time arrives the described friendship phase, described from workpiece deploying module 12 with the terminal point of the described allotment of labor's of closing section as should be from the starting point of closing the deploying after allotment of labor's section of workpiece, with the friendship phase should be after allotment of labor's section as closing from terminal point of workpiece deploying, with the processing procedure of time period mean allocation to this from workpiece between the described terminal point after the closing the starting point after allotment of labor's section and close allotment of labor's section of workpiece, the time of this processing procedure comprises when processing procedure is estimated the chief engineer and the summation (step S386) of processing procedure minimum clearance value.In step S380, add when workshop section estimates the chief engineer after allotment of labor's section and close that the summation of workshop section's minimum clearance value surpasses the friendship phase after allotment of labor's section if close, then described from workpiece deploying module 12 with the terminal point that closes allotment of labor's section as should be from the deploying starting point after allotment of labor's section of closing of workpiece, when processing procedure is estimated the chief engineer after workpiece closes allotment of labor's section with this and the summation of minimum clearance value as carrying out deploying (step S388) to this from workpiece from the deploying terminal point after allotment of labor's section of closing of workpiece.Close deploying terminal point after allotment of labor's section as the new friendship phase (step S400) with this from workpiece.
Claims (9)
1. Workpiece integrated processing scheduling system, this system comprises main frame and database, store client's production order in the described database, comprise in the described production order: the predetermined friendship phase and the procedure for processing information of order, described procedure for processing information comprises: the processing procedure of main workpiece, the processing procedure of main workpiece estimate the chief engineer time and the minimum clearance value; From the processing procedure of workpiece, from the processing procedure of workpiece estimate the chief engineer time and the minimum clearance value; It is characterized in that described main frame comprises:
Main workpiece deploying module, be used for the deploying starting point of current time as main workpiece, according to the processing procedure information of this main workpiece, with the processing procedure of this main workpiece estimate the chief engineer time and main workpiece processing procedure between the summation of minimum clearance value, determine to close the starting point of allotment of labor's section and close the terminal point of allotment of labor's section;
From workpiece deploying module, be used for this from activity duration of first processing procedure of workpiece as deploying starting point from workpiece, according to this processing procedure information from workpiece, with this from workpiece close processing procedure before allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value, determine that this closes deploying terminal point before allotment of labor's section from workpiece;
Judge module, be used to judge whether this surpasses the described allotment of labor's of closing section starting point from the deploying terminal point of workpiece before closing allotment of labor's section, if surpass the starting point of closing allotment of labor's section, then described from workpiece deploying module with this from workpiece close deploying terminal point before allotment of labor's section as the ground zero that closes allotment of labor's section, with this starting point add the above before workpiece closes allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value as the new terminal point that closes allotment of labor's section;
The wide phase of putting is provided with module, being used for judging the described deploying terminal point before allotment of labor's section of closing from workpiece when described judge module does not surpass when closing allotment of labor's section starting point, the wide phase mean allocation of putting is set between each processing procedure, makes this close terminal point before allotment of labor's section and arrive and close allotment of labor's section starting point from workpiece;
Close and join module, be used for closing with the processing procedure that closes allotment of labor's section from workpiece according to the starting point of the described allotment of labor's of closing section and the main workpiece that closes the involutory allotment of labor's section of terminal point of allotment of labor's section and join, described to close the main workpiece of allotment of labor's section identical with processing procedure from workpiece;
Whether described judge module also is used to judge described main workpiece and closes to need to take apart after joining from workpiece again and continue processing separately, if need, then closes the deploying after allotment of labor's section;
Described from workpiece deploying module, also be used for the terminal point that closes allotment of labor's section as should closing starting point after allotment of labor's section from workpiece, with close after allotment of labor's section should from the workpiece processing procedure estimate the chief engineer time and the summation of minimum clearance value determine this deploying terminal point after allotment of labor's section of closing from workpiece;
Described judge module is used to also to judge whether the described deploying terminal point that closes after allotment of labor's section from workpiece surpasses the friendship phase, if surpass the friendship phase, then describedly closes deploying terminal point allotment of labor section after as new friendship phase with this from workpiece from workpiece deploying module;
The described wide phase of putting is provided with module, also be used for judging the described deploying terminal point that closes after allotment of labor's section and surpass friendship during the phase from workpiece when described judge module, the wide phase mean allocation of putting is set between each processing procedure, makes this summation that when workpiece is estimated the chief engineer, adds the minimum clearance value postpone till the friendship phase from workpiece.
2. Workpiece integrated processing scheduling system as claimed in claim 1, it is characterized in that, described from workpiece deploying module, also be used for when described judge module judges that described deploying terminal point before closing allotment of labor's section from workpiece just arrives the described allotment of labor's of closing section starting point, as should be, close deploying starting point before allotment of labor's section and the time period mean allocation between the deploying terminal point to from the processing procedure of workpiece from workpiece with this starting point of closing allotment of labor's section with described from the deploying terminal point before allotment of labor's section of closing of workpiece.
3. Workpiece integrated processing scheduling system as claimed in claim 1, it is characterized in that, described from workpiece deploying module, also be used for judging described deploying terminal point after closing allotment of labor's section from workpiece and just reach friendship during the phase when described judge module, with the described friendship phase should be as closing after allotment of labor's section from deploying terminal point of workpiece, close deploying starting point after allotment of labor's section and the time period mean allocation between the terminal point closing the processing procedure after allotment of labor's section with described from workpiece to this from workpiece.
4. Workpiece integrated processing scheduling system as claimed in claim 1 is characterized in that, the minimum clearance value between the described processing procedure is the logistics time of workpiece.
5. a Workpiece integrated processing scheduling method is characterized in that, this method may further comprise the steps:
Main workpiece is carried out deploying, with the deploying starting point of current time as main workpiece, according to the processing procedure information of this main workpiece, with the processing procedure of this main workpiece estimate the chief engineer time and main workpiece processing procedure between the summation of minimum clearance value, determine to close the starting point of allotment of labor's section and close the terminal point of allotment of labor's section;
With this from activity duration of first processing procedure of workpiece as deploying starting point from workpiece, according to this processing procedure information from workpiece, with this from workpiece close processing procedure before allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value, determine that this closes deploying terminal point before allotment of labor's section from workpiece;
Judge whether this surpasses the described allotment of labor's of closing section starting point from the deploying terminal point of workpiece before closing allotment of labor's section, if surpass the starting point of closing allotment of labor's section, then with this from workpiece close deploying terminal point before allotment of labor's section as the ground zero that closes allotment of labor's section, with this starting point add the above before workpiece closes allotment of labor's section estimate the chief engineer time and the summation of minimum clearance value as the new terminal point that closes allotment of labor's section;
When the described deploying terminal point before allotment of labor's section of closing from workpiece does not surpass when closing allotment of labor's section starting point, the wide phase mean allocation of putting is set between each processing procedure, make this close terminal point before allotment of labor's section and arrive and close allotment of labor's section starting point from workpiece;
Close with the processing procedure that closes allotment of labor's section from workpiece according to the starting point of the described allotment of labor's of closing section and the main workpiece that closes the involutory allotment of labor's section of terminal point of allotment of labor's section and to join, described to close the main workpiece of allotment of labor's section identical with processing procedure from workpiece;
Judge described main workpiece and close whether to need to take apart again after joining and continue processing separately,, then close the deploying after allotment of labor's section if need from workpiece;
With the terminal point that closes allotment of labor's section as should closing starting point after allotment of labor's section from workpiece, with close after allotment of labor's section should from the workpiece processing procedure estimate the chief engineer time and the summation of minimum clearance value determine this deploying terminal point after allotment of labor's section of closing from workpiece;
Judge whether the described deploying terminal point that closes after allotment of labor's section from workpiece surpasses the friendship phase,, then close deploying terminal point after allotment of labor's section as the new friendship phase from workpiece with this if surpass the friendship phase;
If the described deploying terminal point that closes after allotment of labor's section from workpiece surpasses friendship during the phase, the wide phase mean allocation of putting is set between each processing procedure, make this summation that when workpiece is estimated the chief engineer, adds the minimum clearance value postpone till the friendship phase from workpiece.
6. Workpiece integrated processing scheduling method as claimed in claim 5, it is characterized in that, this method also comprises step: when described deploying terminal point before closing allotment of labor's section from workpiece just arrives the described allotment of labor's of closing section starting point, as should be, close deploying starting point before allotment of labor's section and the time period mean allocation between the deploying terminal point to from the processing procedure of workpiece from workpiece with this starting point of closing allotment of labor's section with described from the deploying terminal point before allotment of labor's section of closing of workpiece.
7. Workpiece integrated processing scheduling method as claimed in claim 5, it is characterized in that, this method also comprises step: when described deploying terminal point after closing allotment of labor's section from workpiece just reaches friendship during the phase, with the described friendship phase should be as closing after allotment of labor's section from deploying terminal point of workpiece, close deploying starting point after allotment of labor's section and the time period mean allocation between the terminal point closing the processing procedure after allotment of labor's section with described from workpiece to this from workpiece.
8. Workpiece integrated processing scheduling method as claimed in claim 5 is characterized in that, this method also comprises step: if judge described main workpiece and close not need to take apart again after joining and continue processing separately from workpiece, and direct process ends then.
9. Workpiece integrated processing scheduling method as claimed in claim 5 is characterized in that, the minimum clearance value between the described processing procedure is the logistics time of workpiece.
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2007102013576A CN101369327A (en) | 2007-08-14 | 2007-08-14 | Workpiece integrated processing scheduling system and method |
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| CNA2007102013576A CN101369327A (en) | 2007-08-14 | 2007-08-14 | Workpiece integrated processing scheduling system and method |
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| CN101369327A true CN101369327A (en) | 2009-02-18 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104217365A (en) * | 2013-06-03 | 2014-12-17 | 富泰华工业（深圳）有限公司 | Production arrangement-distribution system and method |
| CN104408588A (en) * | 2014-12-31 | 2015-03-11 | 成都海三科技有限公司 | Production and sales management method for stone enterprises |
| CN105988443A (en) * | 2015-02-27 | 2016-10-05 | 中芯国际集成电路制造(上海)有限公司 | Method and device for processing manufacturing flow with time interval restriction |
| CN107194668A (en) * | 2017-05-25 | 2017-09-22 | 郑州云海信息技术有限公司 | A kind of assembling standard work force computational methods of homotype differentiation configuration server |
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2007
- 2007-08-14 CN CNA2007102013576A patent/CN101369327A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104217365A (en) * | 2013-06-03 | 2014-12-17 | 富泰华工业（深圳）有限公司 | Production arrangement-distribution system and method |
| CN104408588A (en) * | 2014-12-31 | 2015-03-11 | 成都海三科技有限公司 | Production and sales management method for stone enterprises |
| CN104408588B (en) * | 2014-12-31 | 2017-12-22 | 成都海三科技有限公司 | Stone material enterprise production and sales management method |
| CN105988443A (en) * | 2015-02-27 | 2016-10-05 | 中芯国际集成电路制造(上海)有限公司 | Method and device for processing manufacturing flow with time interval restriction |
| CN105988443B (en) * | 2015-02-27 | 2019-01-08 | 中芯国际集成电路制造(上海)有限公司 | Manufacturing process processing method and processing device for being limited with time interval |
| CN107194668A (en) * | 2017-05-25 | 2017-09-22 | 郑州云海信息技术有限公司 | A kind of assembling standard work force computational methods of homotype differentiation configuration server |
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