CN102004948A - Method and device for controlling mould exchanging time - Google Patents
Method and device for controlling mould exchanging time Download PDFInfo
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Abstract
The invention provides a method for controlling mould exchanging time, which comprises the following steps: inputting orders in the step 102; sequencing the orders according to the predefined resources, a mould exchanging scheme and a shortest algorithm of the mould exchanging time so that the mould exchanging time is the shortest when the products corresponding to the order are generated through the predefined resources. The invention also provides a device for controlling the mould exchanging time. In the invention, the total mould exchanging time in the production course is greatly reduced through the shortest algorithm of the mould exchanging time according to the technical scheme; the requirements of enterprises on the service level are satisfied; the mould exchanging time of the order can be simulated; and the result is checked and modified.
Description
Technical field
The present invention relates to order process control technology, relate in particular to the mould replacing time control method and the device of order.
Background technology
Modern manufacturing industry changes the buyer's market into from the seller's market gradually along with global competition gos deep into, and causes the enterprise profit space to be continued to force down.The price that customer requirement is cheaper, higher quality, and delivered product faster.This just requires enterprise effectively to improve and manufactures flow process and process flow, to reduce cost shortening manufacturing cycle, the dirigibility that raising is manufactured.Mainly by queuing (Queue), mould replacing time (Setup) is produced (Run) time in advance of the manufacturing, and product waits for that (Wait) time and product move (Moving) and form.And set up the length of mould replacing time, and usually and technology, flow process, mould, material, zero one do, method of work, the mould that uses before the machine, the skilled grade of workman has certain relation.The product that most of manufacturing enterprises produce can only not be one or two kinds, and tens of kinds at least, tens thousand of kinds also have at most, and this will cause the frequent in process of production die change of enterprise.Mould replacing time can be because the increasing of product category produces increasing of quantity on order, the minimizing of production lot and constantly increasing." die change " consumed time is loss for factory at every turn.
In order to reduce this loss, the settling mode that many people expect is exactly the production lot that strengthens each product, and the kind that reduces product, and the apportioned average die change loss of each product will reduce like this.In other words, the batch of production is big more, and the die change cost of sharing is just low more.If but batch has surpassed the requirement in market, unnecessary product just must store keeping.The cost of " keeping " has also just improved.This way is only considered the minimizing of the cost of switching own, but ignores the whole efficiency of factory.For example: make waste, the defective products of too much waste, wait waste, to produce long, logistics of delivery time muddy or the like, especially the trend of existing market trend is the many kinds of small batch, high-quality, short delivery period.
Now a lot of enterprises enhance productivity by shortening mould replacing time in " quick die change " technology of carrying out.But need the increase personnel usually, improve equipment, or introduce more advanced equipment and reduce mould replacing time, need to increase greatly corresponding the input or cost.
Definite method, the Apparatus and system of a kind of visual mould exchanging standard time have been proposed in the correlation technique.Invention is analyzed by Principle of Statistics automatically by a certain actual production flow process is carried out automatic measurement, revises automatically, and the mould replacing time in the realization system infinitely approaches actual value.And by warning system record with get rid of extra uncertain factor, stablize flow process by analyzing these uncertain factors, continue the shortening mould replacing time.But this method needs manual analysis reason and improvement to how shortening mould replacing time.
Therefore, need a kind of mould replacing time control mode, do not need the manual analysis reason and calculate mould replacing time, rationally arrange the production order of each order, reduce mould replacing time and cost.
Summary of the invention
In view of more than, technical scheme of the present invention technical matters to be solved is, a kind of mould replacing time control method and device are provided, and does not need the manual analysis reason and calculates mould replacing time, rationally arranges the production order of each order, reduces mould replacing time and cost.
The invention provides a kind of mould replacing time control method, comprising: step 102, input order; Step 104 according to predefined resource, die change scheme and the shortest algorithm of mould replacing time, sorts to described order, so that the mould replacing time when producing the corresponding product of described order by described predefined resource is the shortest.By this technical scheme, can calculate the shortest mould replacing time, rationally the scheduling order order.
In technique scheme, preferably, also comprise: step 101, the described resource of predefine, described die change scheme and the shortest algorithm of described mould replacing time, wherein, described resource comprises the equipment of producing described corresponding product.
In technique scheme, preferably, also comprise: step 106, ordering order is carried out simulation process, and the simulation process result is shown to the user with the interface form; Step 108, the ordering and the described simulation process result that preserve described order.By this technical scheme, can simulate in proper order according to calculating good mould replacing time and order, more visual.
In technique scheme, preferably, also comprise: step 105, described user carries out manual modification to the ordering of described order.
In technique scheme, preferably, also comprise: step 107, described user judges whether manual modification is carried out in the ordering of described order according to described simulation process result, after described user carries out manual modification to the ordering of described order, enter described step 106, when described user does not carry out manual modification to the ordering of described order, enter described step 108.By this technical scheme, can make amendment according to analog result, hommization more makes mould replacing time more accurate.
The present invention also provides a kind of mould replacing time control device, comprising: the order load module receives the order of importing; The mould replacing time computing module according to predefined resource, die change scheme and the shortest algorithm of mould replacing time, sorts to described order, so that the mould replacing time when producing the corresponding product of described order by described predefined resource is the shortest.By this technical scheme, can calculate the shortest mould replacing time, rationally the scheduling order order.
In technique scheme, preferably, also comprise: the predefine module, the described resource of predefine, described die change scheme and the shortest algorithm of described mould replacing time, wherein, described resource comprises the equipment of producing described corresponding product.
In technique scheme, preferably, also comprise: simulation calculation module, the ordering order that described mould replacing time computing module is produced carries out simulation process; Display module, the simulation process result that described simulation calculation module is produced is shown to the user with the interface form; Preserve module, the ordering and the described simulation process result that preserve described order.By this technical scheme, can simulate in proper order according to calculating good mould replacing time and order, more visual.
In technique scheme, preferably, also comprise: first modified module, after described user carried out manual modification to the ordering of the described order of die change Time Calculation module generation, simulation calculation module was carried out simulation process according to the ordering of described order to described order again.
In technique scheme, preferably, also comprise: second modified module, described user judges whether manual modification is carried out in the ordering of described order according to the described simulation process result that described display module shows earlier, after described user carries out manual modification to the ordering of described order, once more described order is carried out simulation process by described simulation calculation module, when described user does not carry out manual modification to the ordering of described order, the ordering and the described simulation process result that preserve described order by described preservation module.By this technical scheme, can make amendment according to analog result, hommization more makes mould replacing time more accurate.
By technique scheme, can realize a kind of mould replacing time control method and device, by the shortest algorithm of mould replacing time, significantly reduce mould replacing time total in the production run, rationally the scheduling order order satisfies the requirement of enterprise to service level.
Description of drawings
Fig. 1 is the process flow diagram of mould replacing time control method according to an embodiment of the invention;
Fig. 2 is the block diagram of mould replacing time control device according to an embodiment of the invention;
Fig. 3 is the workflow diagram of mould replacing time control device according to an embodiment of the invention;
Fig. 4 is the definition resource interfaces sectional drawing of mould replacing time control device according to an embodiment of the invention;
Fig. 5 is the definition of the mould replacing time control device according to an embodiment of the invention scheme interface sectional drawing of changing planes;
Fig. 6 is the definition of the mould replacing time control device according to an embodiment of the invention dimension interface sectional drawing of changing planes;
Fig. 7 is the manual interface sectional drawing of revising the order order of mould replacing time control device according to an embodiment of the invention;
Fig. 8 is the analog result interface sectional drawing of mould replacing time control device according to an embodiment of the invention; And
Fig. 9 is the manual interface sectional drawing of revising analog result of mould replacing time control device according to an embodiment of the invention.
Embodiment
Below in conjunction with the drawings and specific embodiments the present invention is further described in detail.
Set forth a lot of details in the following description so that fully understand the present invention, still, the present invention can also adopt other modes that are different from this content of describing to implement, and therefore, the present invention is not limited to the restriction of following public specific embodiment.
Fig. 1 is the process flow diagram of mould replacing time control method according to an embodiment of the invention.
As shown in Figure 1, the mould replacing time control method comprises according to an embodiment of the invention: step 102, input order; Step 104 according to predefined resource, die change scheme and the shortest algorithm of mould replacing time, sorts to described order, so that the mould replacing time when producing the corresponding product of described order by described predefined resource is the shortest.By such technical scheme, can calculate the shortest mould replacing time, rationally the scheduling order order.
In technique scheme, preferably, can also comprise: step 101, the described resource of predefine, described die change scheme and the shortest algorithm of described mould replacing time, wherein, described resource comprises the equipment of producing described corresponding product.
In technique scheme, preferably, can also comprise: step 106, ordering order is carried out simulation process, and the simulation process result is shown to the user with the interface form; Step 108, the ordering and the described simulation process result that preserve described order.Therefore, can simulate in proper order according to calculating good mould replacing time and order, more visual.
In technique scheme, preferably, can also comprise: step 105, described user carries out manual modification to the ordering of described order.
In technique scheme, preferably, can also comprise: step 107, described user judges whether manual modification is carried out in the ordering of described order according to described simulation process result, after described user carries out manual modification to the ordering of described order, enter described step 106, when described user does not carry out manual modification to the ordering of described order, enter described step 108.Like this, just can make amendment according to analog result, hommization more makes mould replacing time more accurate.
Fig. 2 is the block diagram of mould replacing time control device according to an embodiment of the invention.
As shown in Figure 2, mould replacing time control device 200 comprises according to an embodiment of the invention: order load module 202 receives the order of importing; Mould replacing time computing module 204 according to predefined resource, die change scheme and the shortest algorithm of mould replacing time, sorts to described order, so that the mould replacing time when producing the corresponding product of described order by described predefined resource is the shortest.By such technical scheme, can calculate the shortest mould replacing time, rationally the scheduling order order.
In technique scheme, preferably, can also comprise: the predefine module, the described resource of predefine, described die change scheme and the shortest algorithm of described mould replacing time, wherein, described resource comprises the equipment of producing described corresponding product.
In technique scheme, preferably, can also comprise: simulation calculation module, the ordering order that described mould replacing time computing module is produced carries out simulation process; Display module, the simulation process result that described simulation calculation module is produced is shown to the user with the interface form; Preserve module, the ordering and the described simulation process result that preserve described order.Therefore, can simulate in proper order according to calculating good mould replacing time and order, more visual.
In technique scheme, preferably, can also comprise: first modified module, after described user carried out manual modification to the ordering of the described order of die change Time Calculation module generation, simulation calculation module was carried out simulation process according to the ordering of described order to described order again.
In technique scheme, preferably, can also comprise: second modified module, described user judges whether manual modification is carried out in the ordering of described order according to the described simulation process result that described display module shows earlier, after described user carries out manual modification to the ordering of described order, once more described order is carried out simulation process by described simulation calculation module, when described user does not carry out manual modification to the ordering of described order, the ordering and the described simulation process result that preserve described order by described preservation module.Like this, just can make amendment according to analog result, hommization more makes mould replacing time more accurate.
By technique scheme, can realize a kind of mould replacing time control method and device, by the shortest algorithm of mould replacing time and analog computation, significantly reduced mould replacing time total in the production run, rationally the scheduling order order satisfies the requirement of enterprise to service level.
Before the explanation another embodiment of the present invention, reasonable scheduling order order is described to reducing the importance of total mould replacing time.
Here cite a plain example: enterprise will produce 5 kinds of products.MO1 (diameter 1cm, goods class A), MO2 (5cm, goods class B), MO3 (diameter 1cm, goods class A), MO4 (1cm, goods class B), MO5 (diameter 1cm, goods class A).The diameter and the goods class of the every kind of product of numerical value representative in the bracket.As shown in the table:
Production as fruit product is MO1 in proper order, MO2, and MO3, MO4, MO5 calculates by mould replacing time, and mould replacing time is respectively 2,2,1,1, total mould replacing time=6 hours.If adjust the production order of product, become MO1, MO3, MO5, MO4, MO2, mould replacing time is respectively 0,0,0,1,1, total mould replacing time=2 hours.
The production order that this shows the order of reasonably arranging production can reduce the mould replacing time of enterprise greatly.But because in the enterprise practical scene, the dimension that influences mould replacing time is a lot, the quantity of producing order is also very big, the artificial minimum mould replacing time of calculating that is difficult to.And under specific scene, enterprise also will consider to produce the dilivery date of order simultaneously, and the priority of order is calculated and become very complicated, and artificial being difficult to calculated.
Based on described above, mould replacing time control method of the present invention can reasonably define the mould replacing time between the product, considering under the product prerequisite of dilivery date, by calculating the production order of each product, and calculating ending the phase on work day of each product.
Fig. 3 is the workflow diagram of mould replacing time control device according to an embodiment of the invention.
At first, in step 302, the various resources of using in the predefine module predefine production run, its definition interfaces sectional drawing mainly is to produce required various machinery and equipment as shown in Figure 4.Can define the speed that it produces different product for each equipment.Simultaneously, can define the scheme of changing planes (die change scheme) of each equipment correspondence, its definition interfaces sectional drawing as shown in Figure 5.The scheme of changing planes has mainly been described for this equipment, the mould replacing time between the different product.Mould replacing time is named the time of changing the outfit again, refers to the setup time of needs when producing a finished product and switch to another finished product.Mould replacing time is relevant with many factors, is decided by enterprise, and when for example switching between like product, mould replacing time is shorter, and when switching between the inhomogeneity product, mould replacing time is longer.Wherein, die change dimension (dimension of changing planes), with the factor that decides mould replacing time, its interface sectional drawing is as shown in Figure 6.The die change dimension is relevant with material, and can only be the arbitrary fields (containing the section of forming the elasticity territory) of material archives itself.The die change dimension is specified by enterprise, can specify maximum 10 die change dimensions.The value of each die change dimension is: identical, different, empty.Mould replacing time control device of the present invention support increases field (elasticity territory field) dynamically to material, and this field as the die change latitude.The die change scheme refers to one group of mould replacing time under different die change dimension values.Usually enterprise only need define cover " standard " die change scheme.If but mould replacing time is relevant with resource, then needs to define many cover die change schemes, and specify the die change scheme on resource.
In addition, this predefine module also provides " definition of die change scheme " function, is used for describing the mould replacing time when producing different product.
In step 304, order load module 202 is collected all production orders for the treatment of scheduling, determines the material of these orders, produces on which platform machine, and whether substitute machine is arranged, and what substitute machine is, produces the dilivery date of order in addition.To the order processing of sorting, and show the production order list.
In step 306, mould replacing time computing module 204 calls the shortest algorithm of mould replacing time order is carried out the shortest calculating of mould replacing time then, sorts to producing order by dilivery date.
In step 308, first modified module provides the user to carry out manual adjustment to the order that die change Time Calculation module 204 produces in proper order.Treat that the scheduling interface can show the production order that all wait for scheduling, produce order and sort by the shortest optimized Algorithm of mould replacing time.
At this interface, as shown in Figure 7, the user can manual setting produces the clooating sequence of order.Simulation calculation module can be by last priority orders to the order calculating of sorting.Do not revise, then the result by Computing calculates.
If the user wants to improve the priority of producing order, can up move order.Want to reduce produce order priority then order toward moving down.
Then in step 310, simulation calculation module continues to carry out analog computation in proper order according to adjusted order.
In step 312, display module is shown to the user with analog result with the interface form, and the user selects whether revise ordering, as shown in Figure 8, has shown the start time of all production orders, and the concluding time, each order is to the situation that takies of production equipment.Also has production equipment at the mould replacing time of producing between the different product, the size of mould replacing time and corresponding descriptor.
In step 314, if when the user does not carry out manual modification to the ordering of the order of being simulated, by preserving ordering and the simulation process result that module is preserved described order.
In step 316, if need to revise, second modified module carries out simulation process to order for after the user carries out manual modification to the ordering of described order once more by simulation calculation module.At interface sectional drawing as shown in Figure 9, the user can check the situation that takies of the time of changing planes, and each timeslice of changing planes made amendment, increase or reduce mould replacing time, after mould replacing time changes, the definite system of point can move forward or postpone the phase on work day of ending of follow-up order, and revises the mould replacing time of corresponding order.
After the calculating, system can be shown to the user to result of calculation with graphics mode, and at the scheduling worktable, the user can point " preservation " button, preserves module the result of calculation of mould replacing time is write database, and preserve producing ending between man-hour of order.
For clearer mould replacing time control device to technical scheme of the present invention describes, list following example.
The time that has needed when having write down different production order die change in the last table.
1. can utilize the calculating NEW ALGORITHM OF MINIMUM COST SPANNING TREE to calculate and produce 5 kinds of needed minimum mould replacing times of product is 2 hours.Production is in proper order: MO1, MO3, MO5, MO4, MO2.
The NEW ALGORITHM OF MINIMUM COST SPANNING TREE that adopts in the mould replacing time control device in this example is summarized as follows:
A) first is produced order and add in the set, and calculate the mould replacing time of it and all orders.
B) select the order of mould replacing time minimum to add in the set, and set up the sequencing that order is produced.
C) mould replacing time of all orders and other order in the set of computations.
D) repeat b.
E) in set, comprise all orders, calculate and finish.The order sequencing of setting up is exactly the production order of producing order.
2. it should be noted that before producing these 5 production orders do not have other to produce order and produce, can adopt 1 described computing method.If when also having other production orders producing, can not adopt NEW ALGORITHM OF MINIMUM COST SPANNING TREE, need travel through every order successively, look for minimum mould replacing time.
Suppose that the order of producing is MO6, MO6 and MO4 mould replacing time are the shortest.Next need traversal residue MO, judge that the mould replacing time which opens is the shortest.Obtain MO1, traversal residue order obtains MO3 again, travels through successively, obtains the shortest production of mould replacing time and is in proper order: MO6, MO4, MO1, MO3, MO5, MO2.Mould replacing time is 3 hours.
In addition, if considered dilivery date, the mould replacing time control device of this example can adopt following mould replacing time algorithm in this case.
For example: factory receives 5 SO, and concrete dilivery date is as follows respectively:
M10X35, the friendship phase is June 10,
M10X40, the friendship phase is June 10,
M10X45, the friendship phase is June 10,
M10X50, the friendship phase is June 7,
M10X60, the friendship phase is June 5.
More than five specifications can go up at uniform machinery (as 17B-1) and produce, on this board with the diameter product from short specification in-line arrangement (35-40-45-50-55-60) up, be numbered and be respectively: 1,2,3,4,5, as long as every specification mould replacing time is half an hour.
So when end row produces in may, these specification products of above five SO all are discharged on the 17B-1 board, have following several result:
If the date that five specification products are all produced completion before June 5, then will be by from the 1-2-3-4-5 in-line arrangement.
If the date that five specification products are all produced completion after June 5, but before June 7, then press 5-1-2-3-4 and arrange.
If the date that five specification products are all produced completion before June 10 or can not all finish fixture date, but as give priority in arranging for SO4 and SO5 add man-hour earlier, the time that these two SO complete can finish before June 5, then will be by arranging from 4-5-1-2-3.
4. other situations can be considered friendship phase principle formerly, by the production of giving priority in arranging for preceding of friendship phase.
Therefore, from client's scene as can be seen, whether change the outfit to optimize and need satisfy following condition:
A) need the order of optimization can complete before certain concrete time point, that is to say, completion date is not the constraint condition that changes the outfit and optimize;
B) for the order that definitely can not in time complete, must successively arrange product according to the friendship phase.
So, the algorithm that adopts in the mould replacing time control device to this example specifically describes as follows:
1. produce the order scheduling more to a plurality of production equipments, should determine at first which MO produces, and the method for determining is on which machine:, determine which production order each machine can both produce earlier to producing the order grouping.
2. at the production order of each machine, obtain the operation set.
A) the order set that will produce machine was sorted from small to large by dilivery date.And definite production capacity date of calculating.
B) all process steps of every order of acquisition carries out production capacity to operation and calculates, and judges whether operation can be finished before the date in production capacity.
C) the shortest computation optimization of mould replacing time is carried out in the production order set that can complete, calculate the processing sequence of producing order.
D) carry out production capacity calculating by processing sequence to producing order, and take production capacity.
E) cutting is carried out in set to original production order, removes the order set after the optimization, forms new production order and gathers, and get back to a;
F) if all are produced orders all sorts and finish, then return;
G) if exist the production order in time not complete, consider that whether order can be produced, if can and satisfy dilivery date completion date, is assigned to this order on the substitute machine and produces on other substitute machine.Otherwise the computation optimization that no longer changes the outfit, and directly return in proper order with the original friendship phase, carry out production capacity and calculate and take production capacity.
Further following table is that example describes.
| No. 1 | No. 2 | No. 10 | No. 13 | No. 20 | No. 22 | No. 25 | No. 27 |
| ?MO1 | MO2 | MO10 | MO13 | MO20 | MO22 | MO25 | MO27 |
Current date is July 15, all produces on the M1 board.
1. be August 1 the minimum completion date of order sequence; The order that can complete before July 15 to August 1 is MO1, MO2, three of MO10; Show that then these three orders are optimized and revised so can carry out die change no matter ordering how, should be satisfied the friendship phase, suppose that adjusted order is MO10-MO1-MO2;
2. residue order sequence is MO13～MO27, and be August 13 the minimum completion date of simple sequence; Do not have order can August 1 between August 13 completion order.Consider that whether these three orders can be produced, if can and satisfy dilivery date completion date, are assigned to this order on the substitute machine and produce this moment on other substitute machine.If cannot, investigate next Order Date, be that August 1 is between August 20, could satisfy MO13, MO20 and MO22, then this moment, MO13 delayed, so the fixing position of MO13 of system, for MO20 and MO22, can sort arbitrarily, adopt change the outfit optimized Algorithm to 20 and 22 this moment, determines ordering MO13-MO22-MO20;
3. residue order sequence is MO25, MO27;
4. the same processing determines that ordering is MO25-MO27.
So the ordering of last MO is: MO10-MO1-MO2-MO13-MO22-MO20-MO25-MO27;
Therefore, consider enterprise's friendship preferential requirement of phase, mould replacing time control method of the present invention has been done corresponding optimization to algorithm, satisfies the requirement of enterprise more neatly.
To sum up, describe technical scheme of the present invention in detail referring to figs. 1 to Fig. 9, can realize a kind of mould replacing time control method and device, it has the following advantages:
1. the shortest algorithm of mould replacing time by presetting reduces mould replacing time total in the enterprise production process widely, thereby has increased workman's effective production time, has improved enterprise's output.Simultaneously, the production cycle of product also further shortens, and the feedback of customer order is further strengthened.
2. consider enterprise's friendship preferential requirement of phase simultaneously, but automatic or manual has carried out corresponding optimization to the algorithm that presets, and satisfies the requirement of enterprise to service level.
3. by the mould replacing time of analog computation order, end between man-hour, the user can check analog result at visual interface, revises, and the content of revising is carried out analog computation again.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a mould replacing time control method is characterized in that, comprising:
Step 102, the input order;
Step 104 according to predefined resource, die change scheme and the shortest algorithm of mould replacing time, sorts to described order, so that the mould replacing time when producing the corresponding product of described order by described predefined resource is the shortest.
2. mould replacing time control method according to claim 1 is characterized in that, also comprises:
Step 101, the described resource of predefine, described die change scheme and the shortest algorithm of described mould replacing time, wherein, described resource comprises the equipment of producing described corresponding product.
3. mould replacing time control method according to claim 2 is characterized in that, also comprises:
Step 106 is carried out simulation process to ordering order, and the simulation process result is shown to the user with the interface form;
Step 108, the ordering and the described simulation process result that preserve described order.
4. mould replacing time control method according to claim 3 is characterized in that, also comprises:
Step 105, described user carries out manual modification to the ordering of described order.
5. according to claim 3 or 4 described mould replacing time control methods, it is characterized in that, also comprise:
Step 107, described user judges whether manual modification is carried out in the ordering of described order according to described simulation process result, after described user carries out manual modification to the ordering of described order, enter described step 106, when described user does not carry out manual modification to the ordering of described order, enter described step 108.
6. a mould replacing time control device is characterized in that, comprising:
The order load module receives the order of importing;
The mould replacing time computing module according to predefined resource, die change scheme and the shortest algorithm of mould replacing time, sorts to described order, so that the mould replacing time when producing the corresponding product of described order by described predefined resource is the shortest.
7. mould replacing time control device according to claim 6 is characterized in that, also comprises:
The predefine module, the described resource of predefine, described die change scheme and the shortest algorithm of described mould replacing time, wherein, described resource comprises the equipment of producing described corresponding product.
8. mould replacing time control device according to claim 7 is characterized in that, also comprises:
Simulation calculation module, the ordering order that described mould replacing time computing module is produced carries out simulation process;
Display module, the simulation process result that described simulation calculation module is produced is shown to the user with the interface form;
Preserve module, the ordering and the described simulation process result that preserve described order.
9. mould replacing time control device according to claim 8 is characterized in that, also comprises:
First modified module, after described user carried out manual modification to the ordering of the described order of die change Time Calculation module generation, simulation calculation module was carried out simulation process according to the ordering of described order to described order again.
10. according to Claim 8 or 9 described mould replacing time control device, it is characterized in that, also comprise:
Second modified module, described user judges whether manual modification is carried out in the ordering of described order according to the described simulation process result that described display module shows earlier, after described user carries out manual modification to the ordering of described order, once more described order is carried out simulation process by described simulation calculation module, when described user does not carry out manual modification to the ordering of described order, the ordering and the described simulation process result that preserve described order by described preservation module.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108197808A (en) * | 2017-12-29 | 2018-06-22 | 广东溢达纺织有限公司 | Production task distribution method, device and system |
| CN111915126A (en) * | 2020-06-10 | 2020-11-10 | 济南摩拜尔软件有限公司 | Automatic scheduling and optimizing method for artificial intelligent turret numerical control punch press |
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2010
- 2010-09-29 CN CN2010102998137A patent/CN102004948A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108197808A (en) * | 2017-12-29 | 2018-06-22 | 广东溢达纺织有限公司 | Production task distribution method, device and system |
| CN108197808B (en) * | 2017-12-29 | 2023-10-20 | 广东溢达纺织有限公司 | Production task distribution method, device and system |
| CN111915126A (en) * | 2020-06-10 | 2020-11-10 | 济南摩拜尔软件有限公司 | Automatic scheduling and optimizing method for artificial intelligent turret numerical control punch press |
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