CN103150781B - The supervising device of automatic insertion equipment, method and system - Google Patents
The supervising device of automatic insertion equipment, method and system Download PDFInfo
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- CN103150781B CN103150781B CN201110404885.8A CN201110404885A CN103150781B CN 103150781 B CN103150781 B CN 103150781B CN 201110404885 A CN201110404885 A CN 201110404885A CN 103150781 B CN103150781 B CN 103150781B
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Abstract
The invention discloses a kind of supervising device, method and system of automatic insertion equipment.The supervising device of this automatic insertion equipment comprises: signal gathering unit, be connected with automatic insertion equipment, for gathering the signal that automatic insertion equipment exports, wherein, automatic insertion equipment exports the first signal when running automatic insertion, export secondary signal during shutdown, wherein, the first signal and secondary signal are different signals; Clock unit, for rise time information; And microprocessor, be connected with clock unit with signal gathering unit, for when automatic insertion equipment exports secondary signal, export information stop time of automatic plug-in component equipment according to the temporal information of clock unit.By the present invention, can automatic monitoring automatic insertion equipment downtime, obtain stop time accurately in real time, save human resources.
Description
Technical field
The present invention relates to electronic device field, in particular to a kind of supervising device, method and system of automatic insertion equipment.
Background technology
In Electronic Assemblies production industry, especially large-scale production, need to use AI equipment (the i.e. automatic insertion equipment of electronic devices and components, comprise vertical cutting, sleeping to insert, braid etc.) replace artificial plug-in unit, to make the production automation, enhance productivity, consistance of ensuring the quality of products.The AI equipment of these costlinesses usually can cause shutdown because of faults itself or human factor, not only causes the wasting of resources, and causes output not up to standard, affect the normal production schedule.Concerning shop equipment supvr, must the stop time of accurate perception AI equipment every day and the output of board, consider the utilization factor of equipment, making corresponding strategy with correct basic data for instructing, meeting lean production needs.
In current industry, AI equipment downtime statistics is adopted usually to the mode of complicate statistics, namely stop time is filled in by operating personnel voluntarily according to shutdown situation, the drawback of this mode is: on the one hand, record data are not objective, untrue, often there will be the situation of error of omission, cause differing comparatively large the stop time of recording with equipment downtime in actual production process, actual conditions can not be reflected by objective reality; On the other hand, waste of manpower resource.
For monitoring in correlation technique, automatic insertion equipment downtime is inaccurate, and the problem of waste of manpower resource, at present effective solution is not yet proposed.
Summary of the invention
Fundamental purpose of the present invention is the supervising device, the method and system that provide a kind of automatic insertion equipment, inaccurate to solve monitoring automatic insertion equipment downtime, and the problem of waste of manpower resource.
To achieve these goals, according to an aspect of the present invention, a kind of supervising device of automatic insertion equipment is provided.
Supervising device according to automatic insertion equipment of the present invention comprises: signal gathering unit, be connected with automatic insertion equipment, for gathering the signal that automatic insertion equipment exports, wherein, automatic insertion equipment exports the first signal when running automatic insertion, export secondary signal during shutdown, the first signal and secondary signal are different signals; Clock unit, for rise time information; And microprocessor, be connected with clock unit with signal gathering unit, for when automatic insertion equipment exports secondary signal, export automatic plug-in component equipment information stop time according to the temporal information of clock unit.
Further, the first signal is pulse signal, and secondary signal is low level signal.
Further, microprocessor also for when automatic insertion equipment output pulse signal, the number of statistics pulse signal and calculate working time of automatic insertion equipment.
Further, when microprocessor also for continuing to export secondary signal when automatic insertion equipment in Preset Time, information stop time of automatic plug-in component equipment is exported.
Further, this supervising device also comprises: display unit, is connected with microprocessor, for show automatic insertion equipment stop time information and automatic insertion equipment run time the pulse signal number that produces.
Further, this supervising device also comprises: the first input block, be connected with microprocessor, for receiving the querying command of user's input, wherein, microprocessor for receiving the querying command of the first input block, and controls the information and the pulse signal number that produces when running of automatic insertion equipment stop time of display unit display automatic insertion equipment; And second input block, be connected with microprocessor, for receiving the setting command of user's input, wherein, microprocessor for receiving the setting command of the second input block, and arranges working time and the communications protocol of automatic insertion equipment.
Further, this supervising device also comprises: storage unit, is connected with microprocessor, for store automatic insertion equipment stop time information and automatic insertion equipment run time the pulse signal number that produces.
To achieve these goals, according to an aspect of the present invention, a kind of supervisory system of automatic insertion equipment is provided.
The supervisory system of automatic insertion equipment of the present invention comprises: monitoring exchange; And one or more supervising device; be connected from different automatic insertion equipment respectively; wherein; each supervising device includes transmitting element; transmitting element is used for information stop time of automatic insertion equipment to be sent to monitoring exchange; wherein, one or more supervising device is the supervising device of any one automatic insertion equipment provided by the invention.
Further; this supervisory system also comprises: the webserver, is connected, wherein with monitoring exchange; monitoring exchange is used for information stop time of automatic insertion equipment to be sent to the webserver, inquires about information stop time to enable user by the webserver.
To achieve these goals, according to an aspect of the present invention, a kind of method for supervising of automatic insertion equipment is provided.
Method for supervising according to automatic insertion equipment of the present invention comprises: gather the signal that automatic insertion equipment exports, wherein, automatic insertion equipment operates in when running automatic insertion and exports the first signal, exports secondary signal during shutdown, wherein, the first signal and secondary signal are different signals; Judge the signal type that automatic insertion equipment exports; And when automatic insertion equipment exports secondary signal, export information stop time of automatic plug-in component equipment.
Further, the first signal is pulse signal, and secondary signal is low level signal.
Further, after judging the signal type that automatic insertion equipment exports, the method also comprises: when automatic insertion equipment output pulse signal, and the number of statistics pulse signal also calculates working time of automatic insertion equipment.
Further, when automatic insertion equipment exports secondary signal, information stop time exporting automatic plug-in component equipment comprises: when automatic insertion equipment continues to export secondary signal in Preset Time, export information stop time of automatic plug-in component equipment.
Further, export the stop time of automatic plug-in component equipment after information, the method also comprises: the querying command receiving user's input; And information stop time of display automatic insertion equipment.
Pass through the present invention, adopting comprises with the supervising device of the automatic insertion equipment of lower part: the signal gathering unit gathering automatic insertion apparatus output signal, wherein, automatic insertion equipment exports the first signal when running automatic insertion, export secondary signal during shutdown, the first signal and secondary signal are different signals; The clock unit of rise time information; And the microprocessor to be connected respectively with signal gathering unit and clock unit; this microprocessor is used for when automatic insertion equipment exports secondary signal; automatic plug-in component equipment information stop time is exported according to the temporal information of clock unit; achieve automatic insertion equipment downtime data real-time, accurately and automatically gather; solve the inaccurate and problem of waste of manpower resource of monitoring automatic insertion equipment downtime; and then reach the stop time of accurately monitoring automatic insertion equipment, make monitor procedure realize the effect of robotization.
Accompanying drawing explanation
The accompanying drawing forming a application's part is used to provide a further understanding of the present invention, and schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the block diagram of the supervising device of automatic insertion equipment according to a first embodiment of the present invention;
Fig. 2 is the block diagram of the supervising device of automatic insertion equipment according to a second embodiment of the present invention;
Fig. 3 is the schematic diagram of the automatic insertion equipment monitoring apparatus display unit according to the embodiment of the present invention;
Fig. 4 is the schematic diagram of the supervisory system of automatic insertion equipment according to a first embodiment of the present invention;
Fig. 5 is the schematic diagram of the supervisory system of automatic insertion equipment according to a second embodiment of the present invention;
Fig. 6 is the process flow diagram of the method for supervising of automatic insertion equipment according to a first embodiment of the present invention; And
Fig. 7 is the process flow diagram of the method for supervising of automatic insertion equipment according to a second embodiment of the present invention.
Embodiment
It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the present invention in detail in conjunction with the embodiments.
Fig. 1 is the block diagram of the supervising device of automatic insertion equipment according to a first embodiment of the present invention, as shown in Figure 1, this supervising device 10 is for monitoring automatic insertion equipment (i.e. AI equipment) 30, and this supervising device 10 comprises: microprocessor 101, signal gathering unit 102 and clock unit 108.
Wherein, AI equipment 30 exports different signals when running automatic insertion and shutting down, and such as, AI equipment is when running automatic insertion, every plug-in unit once (is namely made a call to a point) and is exported a low and high level pulse signal, the output low level signal when stopped status; Signal gathering unit 102 is connected with AI equipment 30, for gathering the signal that automatic insertion equipment 30 exports; Clock unit 108 is for real-time rise time information; Microprocessor 101 is connected with clock unit 108 respectively with signal gathering unit 102; the feature of unlike signal is exported when running automatic insertion according to AI equipment and shut down; when the signal that signal gathering unit 102 collects is low level signal; information stop time of AI equipment 30 is determined according to the temporal information of the current generation of clock unit 108, and by this information output stop time.
The supervising device of the AI equipment adopting this embodiment to provide; the signal that real-time monitoring AI equipment exports; when AI equipment exports stopping signal (such as output low level signal); when being also AI equipment downtime; information stop time of automatic record AI equipment; thus obtain the stop time of AI equipment automatically, exactly, while having monitored the running status of AI equipment, save human resources.
Preferably, in order to monitor the board output of AI equipment in real time, microprocessor 101 is also for when AI equipment exports low and high level pulse signal, and the number of statistics pulse signal also calculates normal working hours of automatic insertion equipment.Because AI equipment is when running automatic insertion, every plug-in unit once (is namely made a call to a point) and is exported a low and high level pulse signal, so pulse signal number represents automatic insertion number of times, the temporal information that pulse signal number is multiplied by individual pulse more just obtains the normal working hours of automatic insertion equipment.By obtaining automatic insertion number of times, user can be made to make and correct to carry products, to put forward effect tactful, thus improving equipment yield as far as possible, to give full play to AI plant factor.
In the monitor procedure of AI equipment running process and supervising device 10, jitter may be there is due to interference or other situations, thus obtain the AI equipment downtime information of mistake.In order to avoid this problem; preferably, microprocessor 101 is for exporting stopping signal (as low level signal) at AI equipment and when lasting till Preset Time, calculating information stop time exporting AI equipment; wherein, this Preset Time can be determined according to the actual operating mode of AI equipment.
Fig. 2 is the block diagram of the supervising device of automatic insertion equipment according to a second embodiment of the present invention, as shown in Figure 2, this supervising device comprises: single-chip microcomputer (MCU, the microprocessor in namely embodiment illustrated in fig. 1) 101, signal processing unit 1022, signal gathering unit 102, indicating member 103, wireless transmitting unit 104, power supply 105, storage unit 106, display unit 107, clock unit 108 and push-button unit 109.
Concerning general AI (vertical cutting, sleeping to insert, braid etc.) equipment, all there is shutdowns/run signal 1021: if AI equipment is when running automatic insertion, every plug-in unit once (namely makes a call to a point) i.e. output low and high level signal; When stopped status, namely export a low level signal.The present embodiment delivers to signal processing unit 1022 after being drawn by this signal, carries out the isolation of optocoupler signal, high voltage to process such as low voltage transition.This processed signal of signal gathering unit 102 monitoring in real time, synchronously judgment device shutdown/open state and equipment yield export to coordinate clock unit 108.
Wherein, when AI equipment normally runs automatic insertion, every plug-in unit once (is namely made a call to a point) and is exported a low and high level pulse signal, pulse reaches signal gathering unit 102 after the process of signal processing unit 1022 settling signal, after signal gathering unit 102 data acquisition, information is delivered to single-chip microcomputer 101, single-chip microcomputer 101 coordinates clock unit 108 synchronously to judge, and the normal working hours of AI equipment and statistics pulse number carry out computing equipment production capacity, data are shown at display unit 107 by these information simultaneously, simultaneously, data also will be stored in storage unit 106, wherein, display unit 107 can adopt LCD display device to realize.
During AI equipment downtime, output signal as low level signal, this signal, after signal processing unit 1022 and data acquisition unit 102, delivers to single-chip microcomputer 101, and single-chip microcomputer 101 coordinates clock unit 108 synchronously to judge that AI equipment is in stopped status.Single-chip microcomputer 101 controls indicating member 103 and indicates AI equipment downtime; preferably; indicating member 103 is LED light; when AI equipment downtime; LED light synchronously lights; and calculating stop time, stop time shows at display unit 107, and stop time, information was also stored in storage unit 106 simultaneously.
Preferably, as shown in Figure 3, after AI equipment downtime, display unit 107 shows below information: current time information, comprises date and time; The time that AI equipment normally works; The time of AI equipment downtime; Get number (pulse number exported when namely AI equipment runs automatic insertion) ready; And the current state of AI equipment (now for shutting down).
If display unit 107 continues display information, cause energy dissipation, in order to save the energy and facilitate user to check, preferably, the querying command of user's input is received by input block 109, when input block 109 receives this querying command, single-chip microcomputer 101 controls display unit 107 and shows above-mentioned information.Meanwhile, user also arranges the working time, communications protocol etc. of automatic insertion equipment by input block 109.Preferably, input block 109 can be realized by external button, also display unit 107 can be set to touch screen, makes display unit become man-machine interaction screen.
In the embodiment shown in Fig. 1 and Fig. 2, supervising device is corresponding with AI equipment to be arranged, and obtains information stop time of AI equipment.When Electronic Assemblies production line having multiple AI equipment, in order to carry out unified monitoring to the stopped status of all AI equipment, this embodiment provides the supervisory system of automatic insertion equipment.
Fig. 4 is the schematic diagram of the supervisory system of automatic insertion equipment according to a first embodiment of the present invention, and as shown in Figure 4, this supervisory system comprises: monitoring exchange 20; And supervising device 10, be connected with AI equipment 30, the ruuning situation of monitoring AI equipment and stop time.Wherein, supervising device 10 comprises transmitting element (wireless transmitting unit 104 as shown in Figure 2); for by AI equipment stop time information and running status by wireless transmission be sent to monitoring exchange 20, make monitoring exchange 20 can to the operation unified monitoring of each AI equipment and management.
Wherein, monitor exchange 20 and comprise single-chip microcomputer 201, power supply 202, input block 203, display unit 204, radio receiving unit 205 and RS232 communication unit 206.Radio receiving unit 205 runs for each AI equipment receiving wireless transmitting unit transmission in each supervising device or shuts down data; Input block 203 is for receiving the querying command of user's input; After input block 203 receives this querying command, single-chip microcomputer 201 controls the data message that display unit 204 real-time display radio receiving unit 205 receives, and input block 203 is also for arranging the monitoring period of monitoring exchange, communications protocol etc.
Fig. 5 is the schematic diagram of the supervisory system of automatic insertion equipment according to a second embodiment of the present invention, as shown in Figure 5, the monitoring extension set (supervising device namely mentioned above) of single AI equipment identifies the stop time of AI equipment automatically, and programming count AI equipment gets number ready, real-time display device stop time on the same day and get number ready when running; Single AI monitoring of tools extension set forms wireless network by wireless transmission, and each monitoring extension set is a nexus; Monitor data is sent to monitoring exchange by wireless-transmission network by the timing of monitoring extension set; Monitoring exchange comprise RS232 communication unit 206 (as shown in Figure 4), obtain monitor extension set data after, by RS232 communication interface, data are delivered to PC, PC subsequently by LAN (Local Area Network) by data batchmove to the webserver; By the software program on deployment, runtime server, make user can inquire about the operation of each AI equipment by LAN (Local Area Network) access web server and shut down relevant information.
All monitoring extension sets (can be arranged voluntarily, as 10min) at set intervals by wireless transmitting unit 104 and current data be sent, and user is by the shutdown data of input inquiry order inquiry unit; At monitoring exchange end, single-chip microcomputer 201 shows relevant information at display unit 204, then by RS232 communication unit 206, data is delivered to PC after receiving the shutdown data of each monitoring extension set by radio receiving unit 205; PC is as data relay, data in RS232 communication interface are moved to the webserver by LAN (Local Area Network) by software automatically that run, webserver deploy has browser/server (B/S) mode software, user runs B/C mode software by input server address access services device, gets final product query-related information.
Wherein, browser/server (B/S) mode software and LAN server belong to prior art, do not repeat them here.Browser/server (B/S) mode software interface and function need to write corresponding functional module according to user, do not repeat them here.
The supervisory system of the automatic insertion equipment provided by this embodiment, can utilize the low level signal sent during AI equipment downtime accurately to calculate the stop time of AI equipment; Pulse signal got ready by the plug-in unit sent when AI equipment can be utilized to run, real-time monitoring equipment ruuning situation and board output; Utilize computer software to concentrate the stop time adding up each AI equipment, allow supvr's login system on the office computer of oneself find relevant information.
Adopt this supervisory system; AI equipment downtime automatic data collection (to AI equipment without particular/special requirement) can be realized; and the data collected are automatically stored to server; by the software of browser/server on deployment server (B/S) pattern; complete automatic data processing; user just can query-related information by network access server, makes supvr can grasp authentic and valid AI device-dependent message at any time by network.
Finally, the method for supervising of the automatic insertion equipment that this embodiment provides is described.
Fig. 6 is the process flow diagram of the method for supervising of automatic insertion equipment according to a first embodiment of the present invention, and as shown in Figure 6, the method comprises following step S102 to step S106:
Step S102: gather the signal that automatic insertion equipment exports; wherein; automatic insertion equipment operates in when running automatic insertion and exports the first signal; export secondary signal during shutdown, wherein, the first signal and secondary signal are different signals; such as; AI equipment is when running automatic insertion, and every plug-in unit once (is namely made a call to a point) and exported a low and high level pulse signal, the output low level signal when stopped status.
Step S104: judge whether the signal that automatic insertion equipment exports is stopping signal; when automatic insertion equipment exports stopping signal and secondary signal; perform step S106; otherwise in the operational process of automatic insertion equipment; return step S102; continue the signal gathering the output of automatic insertion equipment; wherein; in order to avoid information errors stop time caused due to AI apparatus output signal mistake; preferably, when automatic insertion equipment continues to perform step S106 when exporting secondary signal in Preset Time.
Step S106: information stop time exporting automatic plug-in component equipment; wherein; this step can when the shutdown of automatic insertion equipment; by reading the stop time of the temporal information determination automatic insertion equipment of clock chip; after exporting this of information stop time; by display screen display, also can store in memory in order to keeper's inquiry.
The method for supervising of the AI equipment adopting this embodiment to provide; the signal that Real-time Collection AI equipment exports; and the signal collected is judged; when AI equipment exports stopping signal (such as output low level signal); when being also AI equipment downtime, exporting information stop time of automatic plug-in component equipment, thus obtain the stop time of AI equipment automatically, exactly; while having monitored the running status of AI equipment, human resources are saved.
Fig. 7 is the process flow diagram of the method for supervising of automatic insertion equipment according to a second embodiment of the present invention, and as shown in Figure 7, the method comprises following step S200 to step S207:
Step S200: judged whether that button arranges (as setup times, communications protocol etc.), when there being user to arrange button, performs step S201, otherwise performs step S202.
Step S201: the button parameters receiving user's input, according to these parameters setup times, communications protocol etc., after arranging, performs step S202.
Step S202: gather the signal that automatic insertion equipment exports, wherein, automatic insertion equipment operates in when running automatic insertion and exports low and high level pulse signal, the output low level signal when shutting down.
Step S203: judge the signal type that automatic insertion equipment exports.
Step S204: when automatic insertion equipment output pulse signal, the number of statistics pulse signal, wherein, AI equipment is when running automatic insertion, every plug-in unit once (is namely made a call to a point) and is exported a low and high level pulse signal, the production capacity of automatic insertion equipment can be obtained by adding up the number of pulse signal, equipment normal working hours can be added up simultaneously.
Step S205: when automatic insertion equipment output low level signal, exports automatic plug-in component equipment information stop time.
Step S206: the querying command receiving user's input.
Step S207: the information and/or the number of pulse signal stop time of display automatic insertion equipment, by arranging man-machine interactive platform, can receive the order of user, and according to the corresponding data message of order display.
The method for supervising of the automatic insertion equipment adopting this embodiment to provide, utilizes the low level signal sent during automatic insertion equipment downtime accurately to calculate the stop time of AI equipment; Pulse signal got ready by the plug-in unit sent when utilizing automatic insertion equipment to run, real-time monitoring equipment ruuning situation and board output, the supvr of automatic insertion equipment is made to grasp authentic and valid AI device-dependent message at any time, make and correct carry product, carry effect strategy, improve equipment yield as far as possible, give full play to AI plant factor.
From above description; can find out; present invention achieves following technique effect: the signal that Real-time Collection automatic insertion equipment exports; when automatic insertion equipment exports stopping signal; information stop time of record automatic insertion equipment; thus accurately can monitor the stop time of automatic insertion equipment, make monitor procedure robotization, save human resources.
It should be noted that, can perform in the computer system of such as one group of computer executable instructions in the step shown in the process flow diagram of accompanying drawing, and, although show logical order in flow charts, but in some cases, can be different from the step shown or described by order execution herein.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a supervising device for automatic insertion equipment, is characterized in that, comprising:
Signal gathering unit, be connected with automatic insertion equipment, for gathering the signal that described automatic insertion equipment exports, wherein, described automatic insertion equipment exports the first signal when running automatic insertion, exports secondary signal, wherein during shutdown, described first signal is pulse signal, and described secondary signal is low level signal;
Clock unit, for rise time information; And
Microprocessor; be connected with described clock unit with described signal gathering unit; for when described automatic insertion equipment exports described low level signal; information stop time of described automatic insertion equipment is exported according to the temporal information of described clock unit; and for when described automatic insertion equipment output pulse signal; add up the number of described pulse signal and calculate working time of described automatic insertion equipment
Wherein, when described microprocessor also for continuing to export described secondary signal when described automatic insertion equipment in Preset Time, information stop time of described automatic insertion equipment is exported.
2. the supervising device of automatic insertion equipment according to claim 1, is characterized in that, also comprise:
Display unit, is connected with described microprocessor, for show described automatic insertion equipment stop time information and described automatic insertion equipment run time the pulse signal number that produces.
3. the supervising device of automatic insertion equipment according to claim 2, is characterized in that, also comprise:
First input block, be connected with described microprocessor, for receiving the querying command of user's input, wherein, described microprocessor for receiving the querying command of described first input block, and controls the information and described automatic insertion equipment pulse signal number of producing when running stop time that described display unit shows described automatic insertion equipment; And
Second input block, is connected with described microprocessor, and for receiving the setting command of user's input, wherein, described microprocessor for receiving the setting command of described second input block, and arranges working time and the communications protocol of described automatic insertion equipment.
4. the supervising device of automatic insertion equipment according to claim 1, is characterized in that, also comprise:
Storage unit, is connected with described microprocessor, for store described automatic insertion equipment stop time information and described automatic insertion equipment run time the pulse signal number that produces.
5. a supervisory system for automatic insertion equipment, is characterized in that, comprising:
Monitoring exchange;
One or more supervising device; be connected from different automatic insertion equipment respectively; wherein; each supervising device includes transmitting element; described transmitting element is used for information stop time of automatic insertion equipment to be sent to described monitoring exchange; wherein, the supervising device of the automatic insertion equipment of described one or more supervising device according to any one of Claims 1-4.
6. supervisory system according to claim 5, is characterized in that, also comprises:
The webserver, is connected with described monitoring exchange,
Wherein, described monitoring exchange is used for information stop time of automatic insertion equipment to be sent to the described webserver, to enable user by described webserver inquiry information described stop time.
7. a method for supervising for automatic insertion equipment, is characterized in that, comprising:
Gather the signal that automatic insertion equipment exports, wherein, described automatic insertion equipment exports the first signal when running automatic insertion, and export secondary signal during shutdown, wherein, described first signal is pulse signal, and described secondary signal is low level signal;
Judge the signal type that described automatic insertion equipment exports;
When described automatic insertion equipment exports described low level signal, export information stop time of described automatic insertion equipment;
And for when described automatic insertion equipment output pulse signal, add up the number of described pulse signal and calculate working time of described automatic insertion equipment,
Wherein, when described automatic insertion equipment exports described low level signal, information stop time exporting described automatic insertion equipment comprises:
When described automatic insertion equipment continues to export described low level signal in Preset Time, export information stop time of described automatic insertion equipment.
8. the method for supervising of automatic insertion equipment according to claim 7, is characterized in that, exporting the stop time of described automatic insertion equipment after information, described method also comprises:
Receive the querying command of user's input;
Show the information and described automatic insertion equipment pulse signal number of producing when running stop time of described automatic insertion equipment.
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| CN110699863B (en) * | 2019-09-24 | 2022-02-25 | 杰克科技股份有限公司 | Timing method, system, computer readable storage medium and server |
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