CN105373021B - The control method of intelligence manufacture interface routine system - Google Patents

Abstract

The control method of intelligence manufacture interface routine system of the present invention, S0：First modular program sends request signal；S1：Signal is sent to the first module interface program；S2：Signal data deposit interim data storehouse；S3：Signal data is extracted, and judges whether to need to be transmitted to the second module or the 3rd module；Judged result is that signal data is transmitted to the second module, then carries out step S4；Judged result is that signal data is transmitted to the 3rd module, then carries out step S7；S4：Signal data is delivered in the monitoring signal catalogue of the second module interface program；S5：Signal data is delivered to the second modular program, awaiting reply；S6：After answer, signal replies to the second module interface program；S7：Signal data is delivered in the monitoring signal catalogue of the 3rd module interface program；S8：Signal data is delivered to the 3rd modular program；S9：After answer, signal replies to the 3rd module interface program.Efficiency of transmission is high, stability is high, maintenance cost is low.

Description

The control method of intelligence manufacture interface routine system

Technical field

The present invention relates to intelligence manufacture field, specifically a kind of control method of intelligence manufacture interface routine system.

Background technology

Under the background of industry 4.0, manufacturing is developed to automation direction, but to intelligent, informationChange direction to develop.Traditional automatic production line, reason, is likely to result in and produces due to data transmission fault or not in time etc.Substantial amounts of defective products, reduces the yields of producing line, and reduces the profit of enterprise；In addition the original of the appearance of defective products is causedBecause being the management for not carrying out system, company manager timely can not improve and trace.

Therefore, it is necessary to a kind of control method of new intelligence manufacture interface routine system is provided to solve above-mentioned askTopic.

The content of the invention

It is an object of the invention to provide a kind of control for the intelligence manufacture interface routine system that efficiency of transmission is high, stability is highMethod.

The present invention is achieved through the following technical solutions above-mentioned purpose：

The control method of intelligence manufacture interface routine system, comprises the following steps：

S0：First modular program sends request signal；

S1：Signal is sent to the first module interface program；

S2：Signal data deposit interim data storehouse；

S3：Signal data is extracted, and judges whether to need to be transmitted to the second module or the 3rd module；Judged result is signal numberAccording to the second module is transmitted to, then step S4 is carried out；Judged result is that signal data is transmitted to the 3rd module, then carries out step S7；

S4：Signal data is delivered in the monitoring signal catalogue of the second module interface program；

S5：Signal data is delivered to the second modular program, awaiting reply；

S6：After answer, signal replies to the second module interface program；

S7：Signal data is delivered in the monitoring signal catalogue of the 3rd module interface program；

S8：Signal data is delivered to the 3rd modular program；

S9：After answer, signal replies to the 3rd module interface program.

Further, first module, second module and the 3rd module are respectively equipment, MES and displayOne in terminal, the equipment, the MES and the display terminal are built-in with device program, MES programs and display eventually respectivelyHold program, the device program, the MES programs and the display terminal program respectively with equipment interface program, MES interface journeysSequence, the connection of display terminal interface routine signal.

Further, entered between the display terminal program and the display terminal interface routine by SingalR modesRow signal transmission.

Further, signal biography is carried out by Socket modes between the device program and the equipment interface programPass.

Further, signal biography is carried out by WebService modes between the MES programs and the MES interface routinesPass.

Further, it is all provided with the MES interface routines, the display terminal interface routine and the equipment interface programThere is the monitoring signal catalogue for receiving file.

Further, the title of the file includes the command information of request of data and the time of request command.

Further, the content of the file is missed the stop result including product ID, device name and equipment.

Further, the display terminal includes display terminal and mobile phone.

Compared with prior art, the beneficial effect of the control method of intelligence manufacture interface routine system of the present invention is：Pass throughAn interface routine is developed for each data source, between routine interface, by agreement file format by way of efficient stableTo transmit data, creation data efficiency of transmission and stability are improved, when an interface has sent out change, whole program only needs to repairChange the part with the docking of this interface, other two interfaces need not change, and when a program there is a problem, also not interfere with itIts two program, reduces maintenance cost.

Brief description of the drawings

Fig. 1 is the structured flowchart of the present invention.

Fig. 2 is the control method flow chart that equipment sends request signal.

Fig. 3 is the control method flow chart that MES sends request signal.

Fig. 4 is the control method flow chart that display terminal sends request signal.

Embodiment

Referring to Fig. 1, intelligence manufacture interface routine system, including MES (production information management system), equipment and displayTerminal, MES are built-in with MES programs, and equipment is built-in with device program, and display terminal is built-in with display terminal program, MES programs withMES interface routines signal is connected, and device program is connected with equipment interface program singal, display terminal program and display terminal interfaceProgram singal connects.

Referring to Fig. 2, when equipment sends request signal, system control method is：

Step S10, equipment sends request signal by device program；

Wherein, when equipment produces a request signal, this signal is equipment collection or manual entry.This information is generalIt is stored in a text form in the buffer area of equipment.

Step S11, device program sends signal to equipment interface program；

Wherein device program sends this signal to equipment interface program in a manner of Socket, then to this information atReason.

Step S12, signal data is stored in interim data storehouse；

Wherein, signal data is stored in Oracle interim datas storehouse.

Step S13, the signal data in interim data storehouse is extracted, and judges whether to need to be transmitted to MES or display terminal；

Wherein, display terminal be billboard, mobile phone or other there is the equipment of display function.

If step S13 judged result, which is signal data, is transmitted to MES, step S14 is carried out.

Step S14, signal data is delivered in the monitoring signal catalogue of MES interface routines；

Wherein, caused filename contains the command information of request of data and the timestamp of request command, to have preventedThe data repeated occur, such as LotSNRequest_20151020131020.data.Caused file content then includes requestThe details of information, such as product ID, device name, equipment are missed the stop result etc., such as Line_code=AL9；Eq=EQ001, Lot=Lot01；Qty=2.

Step S15, signal data is delivered to MES programs, awaiting reply by MES interface routines；

Wherein, MES interface routines lead to FileWatcher technologies, and monitoring new information in real time needs to handle, by fileMonitoring period control is analyzed in Millisecond, then reading signal file, command request type is parsed by filename, with choosingSelect handle this message file with any programmed logic.It is then followed by reading the content of file.And with specified letterForm transmission MES is ceased, waits MES answer.

Step S16, after MES programs reply, signal is replied into MES interface routines；

Wherein, MES interface routines receive signal in a manner of WebService, and then this information is handled, is stored inIn Oracle interim datas storehouse.

If step S13 judged result, which is signal data, is transmitted to display terminal, step S17 is carried out.

Step S17, signal data is delivered in the monitoring signal catalogue of display terminal interface routine；

Wherein, caused filename contains the command information of request of data and the timestamp of request command, to have preventedThe data repeated occur, such as LotSNRequest_20151020131020.data.Caused file content then includes requestThe details of information, such as product ID, device name, equipment are missed the stop result etc., such as Line_code=AL9；Eq=EQ001, Lot=Lot01；Qty=2.

Step S18, signal data is delivered to display terminal program, awaiting reply by display terminal interface routine；

Wherein, the logical FileWatcher technologies of display terminal interface routine, which monitor new information, needs to handle, then readsSignal file is analyzed, command request type is parsed by filename, should be located with selection with any programmed logicThis message file is managed, is then followed by reading the content of file, and by specified information format by sending in a manner of SingleRTerminal device, wait the answer of terminal device.

Step S19, after display terminal's program replies, signal is replied into terminal device interface program；

Wherein, terminal device interface program receives signal in a manner of SingleR, and then this information is handled, and preservesIn Oracle interim datas storehouse.

Referring to Fig. 3, when MES sends request signal, system control method is：

Step S20, MES sends request signal by MES programs；

Step S21, MES programs send signal to MES interface routines；

Wherein MES programs send this signal to MES interface routines in a manner of WebService, and then this information is carried outProcessing.

Step S22, signal data is stored in interim data storehouse；

Wherein, signal data is stored in Oracle interim datas storehouse.

Step S23, the signal data in interim data storehouse is extracted, and judges whether to need to be transmitted to equipment or display terminal；

Wherein, display terminal be billboard, mobile phone or other there is the equipment of display function.

If step S23 judged result, which is signal data, is transmitted to equipment, step S24 is carried out.

Step S24, signal data is delivered in the monitoring signal catalogue of equipment interface program；

Wherein, caused filename contains the command information of request of data and the timestamp of request command, to have preventedThe data repeated occur, such as LotSNRequest_20151020131020.data.Caused file content then includes requestThe details of information, such as product ID, device name, equipment are missed the stop result etc., such as Line_code=AL9；Eq=EQ001, Lot=Lot01；Qty=2.

Step S25, signal data is delivered to device program, awaiting reply by equipment interface program；

Wherein, signal data is delivered to device program by equipment interface program by Socket modes.

Step S26, after device program replies, signal is replied into equipment interface program；

Wherein, equipment interface program receives signal in a manner of Socket, and then this information is handled, is stored inIn Oracle interim datas storehouse.

If step S23 judged result, which is signal data, is transmitted to display terminal, step S27 is carried out.

Step S27, signal data is delivered in the monitoring signal catalogue of display terminal interface routine；

Wherein, caused filename contains the command information of request of data and the timestamp of request command, to have preventedThe data repeated occur, such as LotSNRequest_20151020131020.data.Caused file content then includes requestThe details of information, such as product ID, device name, equipment are missed the stop result etc., such as Line_code=AL9；Eq=EQ001, Lot=Lot01；Qty=2.

Step S28, signal data is delivered to display terminal program, awaiting reply by display terminal interface routine；

Wherein, the logical FileWatcher technologies of display terminal interface routine, which monitor new information, needs to handle, then readsSignal file is analyzed, command request type is parsed by filename, should be located with selection with any programmed logicThis message file is managed, is then followed by reading the content of file, and by specified information format by sending in a manner of SingleRTerminal device, wait the answer of terminal device.

Step S29, after display terminal's program replies, signal is replied into terminal device interface program；

Wherein, terminal device interface program receives signal in a manner of SingleR, and then this information is handled, and preservesIn Oracle interim datas storehouse.

Referring to Fig. 4, when display terminal sends request signal, system control method is：

Step S30, display terminal sends request signal by display terminal program；

Wherein, display terminal be billboard, mobile phone or other there is the equipment of display function.

Step S31, display terminal program sends signal to display terminal interface routine；

Wherein device program sends this signal to equipment interface program in a manner of SingleR, and then this information is carried outProcessing.

Step S32, signal data is stored in interim data storehouse；

Wherein, signal data is stored in Oracle interim datas storehouse.

Step S33, the signal data in interim data storehouse is extracted, and judges whether to need to be transmitted to equipment or MES；

If step S33 judged result, which is signal data, is transmitted to equipment, step S34 is carried out.

Step S34, signal data is delivered in the monitoring signal catalogue of equipment interface program；

Wherein, caused filename contains the command information of request of data and the timestamp of request command, to have preventedThe data repeated occur, such as LotSNRequest_20151020131020.data.Caused file content then includes requestThe details of information, such as product ID, device name, equipment are missed the stop result etc., such as Line_code=AL9；Eq=EQ001, Lot=Lot01；Qty=2.

Step S35, signal data is delivered to device program, awaiting reply by equipment interface program；

Wherein, signal data is delivered to device program by equipment interface program by Socket modes.

Step S36, after device program replies, signal is replied into equipment interface program；

Wherein, equipment interface program receives signal in a manner of Socket, and then this information is handled, is stored inIn Oracle interim datas storehouse.

If step S33 judged result, which is signal data, is transmitted to MES, step S37 is carried out.

Step S37, signal data is delivered in the monitoring signal catalogue of MES interface routines；

Wherein, caused filename contains the command information of request of data and the timestamp of request command, to have preventedThe data repeated occur, such as LotSNRequest_20151020131020.data.Caused file content then includes requestThe details of information, such as product ID, device name, equipment are missed the stop result etc., such as Line_code=AL9；Eq=EQ001, Lot=Lot01；Qty=2.

Step S38, signal data is delivered to MES programs, awaiting reply by MES interface routines；

Wherein, MES interface routines lead to FileWatcher technologies, and monitoring new information in real time needs to handle, by fileMonitoring period control is analyzed in Millisecond, then reading signal file, command request type is parsed by filename, with choosingSelect handle this message file with any programmed logic.It is then followed by reading the content of file.And with specified letterForm transmission MES is ceased, waits MES answer.

Step S39, after MES programs reply, signal is replied into MES interface routines；

Wherein, MES interface routines receive signal in a manner of WebService, and then this information is handled, is stored inIn Oracle interim datas storehouse.

The creation data of the control method of intelligence manufacture interface routine system can be transmitted to MES in real time, and production line exists at any timeThe information that MES is sent back is monitored, then timely feeds back to production line, performs assigned operation, display terminal can timely be shownThe condition of production of production line, display terminal can timely show the signal that MES is sent.Such design advantage is just the reduction ofCoupling between system.Interface such as one of MES offers has sent out change, and whole program only needs modification and MES dockingPart, other two interfaces need not change.Which also improves the efficiency of exploitation.If in process of production a, journeySequence there is a problem, also not interfere with other two programs, according to the file record of centre interaction, also easily looks for segmentation to find and asksThe reason for topic.

Above-described is only some embodiments of the present invention.For the person of ordinary skill of the art, notOn the premise of departing from the invention design, various modifications and improvements can be made, these belong to the protection model of the present inventionEnclose.

Claims (9)

1. the control method of intelligence manufacture interface routine system, it is characterised in that：Comprise the following steps：

S0：First modular program sends request signal；

S1：Signal is sent to the first module interface program；

S2：Signal data deposit interim data storehouse；

S3：Signal data is extracted, and judges whether to need to be transmitted to the second module or the 3rd module；Judged result passes for signal dataTo the second module, then step S4 is carried out；Judged result is that signal data is transmitted to the 3rd module, then carries out step S7；

S4：Signal data is delivered in the monitoring signal catalogue of the second module interface program；

S5：Signal data is delivered to the second modular program, awaiting reply；

S6：After answer, signal replies to the second module interface program；

S7：Signal data is delivered in the monitoring signal catalogue of the 3rd module interface program；

S8：Signal data is delivered to the 3rd modular program；

S9：After answer, signal replies to the 3rd module interface program.

2. the control method of intelligence manufacture interface routine system according to claim 1, it is characterised in that：First mouldBlock, second module and the 3rd module are respectively one in equipment, MES and display terminal, the equipment, describedMES and the display terminal are built-in with device program, MES programs and display terminal program respectively, the device program, describedMES programs and the display terminal program respectively with equipment interface program, MES interface routines, display terminal interface routine signalConnection.

3. the control method of intelligence manufacture interface routine system according to claim 2, it is characterised in that：The display is eventuallySignal transmission is carried out by SingalR modes between end program and the display terminal interface routine.

4. the control method of intelligence manufacture interface routine system according to claim 2, it is characterised in that：The equipment journeySignal transmission is carried out by Socket modes between sequence and the equipment interface program.

5. the control method of intelligence manufacture interface routine system according to claim 2, it is characterised in that：The MES journeysSignal transmission is carried out by WebService modes between sequence and the MES interface routines.

6. the control method of intelligence manufacture interface routine system according to claim 2, it is characterised in that：The MES connectsThe monitoring signal mesh for receiving file is equipped with mouth program, the display terminal interface routine and the equipment interface programRecord.

7. the control method of intelligence manufacture interface routine system according to claim 6, it is characterised in that：The fileTitle includes the command information of request of data and the time of request command.

8. the control method of intelligence manufacture interface routine system according to claim 6, it is characterised in that：The fileContent is missed the stop result including product ID, device name and equipment.

9. the control method of intelligence manufacture interface routine system according to claim 2, it is characterised in that：The display is eventuallyEnd includes display terminal and mobile phone.