CN107168250B - A kind of auto-allocation method and server of packaging detection task - Google Patents
A kind of auto-allocation method and server of packaging detection task Download PDFInfo
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- CN107168250B CN107168250B CN201610127806.6A CN201610127806A CN107168250B CN 107168250 B CN107168250 B CN 107168250B CN 201610127806 A CN201610127806 A CN 201610127806A CN 107168250 B CN107168250 B CN 107168250B
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Abstract
The invention discloses the auto-allocation method and server of a kind of packaging detection task, which includes step (1): server receives packaging detection task and detecting instrument device status information；The detecting instrument device status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；Step (2): server obtains the detecting instrument equipment of executable packaging detection task using the method being overlapped again after detecting instrument device status information and its respective weights fac-tor；Step (3): server distributes packaging detection task to the detecting instrument equipment of executable packaging detection task, generates the mission planning of the detecting instrument equipment of executable packaging detection task and is stored, executes mission planning.
Description
Technical field
The present invention relates to the auto-allocation methods and server of a kind of packaging detection task.
Background technique
As social economy and scientific and technical are constantly progressive, quality requirement and packaging material of the people to commodity packaging
Performance and security requirement it is higher and higher.Therefore, in order to ensure the stabilization of packaging actual effect, packaging material detection industry is answered
It transports and gives birth to, and plastic package material detection is then a key areas in packaging material detection.
No matter self-built for enterprise or tissue at present laboratory, testing agency, government or other third party testing agencies
For, the purpose of Detection task distribution is: in order to distribute by Detection task, conveniently and efficiently completing entire Detection task, most
Accurate detection result is obtained eventually.Therefore, during Detection task distributes, need to consider the idle degree of detecting instrument equipment
And the matching degree of fatigue strength and detecting instrument equipment and Detection task reaches saving detection to obtain optimal allocation plan
The purpose of instrument resource.
However, the mode that current Detection task distributes is using manual allocation Detection task, generally detection supervisor
It is allocated Detection task.On the one hand the mode of this traditional Detection task manual allocation, which suffers from the drawback that, to be increased point
Work load with personnel, another aspect manual allocation place one's entire reliance upon the experience of the personnel that distribute, can not consider to detect comprehensively
The idle degree and fatigue strength of instrument and equipment, obtained allocation plan may be unreasonable, so as to cause the waste of detecting instrument resource.
In addition, the idle degree and fatigue strength of detecting instrument equipment are easy to happen larger during executing Detection task
Variation the resource of Detection task to be allocated such as will affect in this way along with the time of individual Detection tasks is unpredictable
Availability.And when task is there are when priority and sequence, if in the mission planning of pre-assigned detecting instrument, a certain detection
Instrument, which breaks down, not can be carried out detection, and the object time of next task will also will receive delay, cannot distribute in time new
Detecting instrument equipment replaces fault detection instrument equipment, reduces the utilization rate of detecting instrument equipment.
Summary of the invention
The purpose of the present invention is to solve the above-mentioned problems, provide a kind of packaging detection task auto-allocation method and
Server.The auto-allocation method of packaging detection task of the invention considers the idle degree and fatigue of detecting instrument equipment comprehensively
Degree and detecting instrument equipment and the matching degree of Detection task carry out the distribution of Detection task；Also according to packaging detection task with
And the more new state information of detecting instrument equipment is adjusted the mission planning of detecting instrument equipment, is finally reached raising detector
The purpose of the utilization rate of device equipment.
To achieve the goals above, the present invention adopts the following technical scheme:
A kind of auto-allocation method of packaging detection task, comprises the following steps that
Step (1): server receives packaging detection task and detecting instrument device status information；The detecting instrument equipment
Status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Step (2): server is folded again after using detecting instrument device status information and its respective weights fac-tor
The method added obtains the detecting instrument equipment of executable packaging detection task；
Step (3): server distributes packaging detection task to the detecting instrument equipment of executable packaging detection task, raw
At the detecting instrument equipment of executable packaging detection task mission planning and stored, complete packaging detection task it is automatic
Distribution.
Before the step (1), further includes: server decomposes packaging detection task into several atom Detection tasks.
When the attribute information of packaging detection task in the step (1) includes: Detection task title, Detection task submission
Between, classification belonging to atom Detection task number and atom Detection task.
The process of the detecting instrument equipment of executable packaging detection task is obtained in the step (2), comprising:
Step (2.1): server searches the detecting instrument to match with packaging detection task according to atom Detection task
Equipment；
Step (2.2): server is examined by the idle degree of detecting instrument equipment, fatigue strength in step (2.1) and with packaging
It after the relevant matching degree of survey task is multiplied with respective weight factor respectively, then is overlapped, obtains detecting instrument equipment and wrapped
A possibility that filling Detection task value；
Step (2.3): the size of a possibility that server carries out packaging detection task according to detecting instrument equipment value, finally
Obtain the detecting instrument equipment of executable packaging detection task.
A kind of server of the auto-allocation method of application packages Detection task, comprising:
Receiving module: it is configured as receiving packaging detection task and detecting instrument device status information；The detector
Device device status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Computing module: its be configured as using after detecting instrument device status information and its respective weights fac-tor again into
The method of row superposition obtains the detecting instrument equipment of executable packaging detection task；
Mission planning generation module: it is configured as distributing packaging detection task to the inspection of executable packaging detection task
Instrument and equipment is surveyed, the mission planning of the detecting instrument equipment of executable packaging detection task is generated and is stored, packaging is completed
The automatic distribution of Detection task.
The computing module includes:
Matched and searched module is configured as searching the inspection to match with packaging detection task according to atom Detection task
Survey instrument and equipment；
Likelihood value computing module, be configured as the detecting instrument equipment for obtaining matched and searched module idle degree,
Fatigue strength and matching degree relevant to packaging detection task respectively multiplied by its respectively weight factor after, then be overlapped, obtain
Detecting instrument equipment carries out a possibility that packaging detection task value；
Executable equipment obtains module, is configured as a possibility that carrying out packaging detection task according to detecting instrument equipment
The size of value finally obtains the detecting instrument equipment of executable packaging detection task.
A kind of auto-allocation method of packaging detection task, comprises the following steps that
Step (1): server receives packaging detection task and detecting instrument device status information；The detecting instrument equipment
Status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Step (2): server is folded again after using detecting instrument device status information and its respective weights fac-tor
The method added obtains the detecting instrument equipment of executable packaging detection task；
Step (3): server distributes packaging detection task to the detecting instrument equipment of executable packaging detection task, raw
At the detecting instrument equipment of executable packaging detection task mission planning and stored；
Step (4): server receives and responds to execute and sets in mission planning about packaging detection task and detecting instrument
Standby more new state information corrects the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
Before the step (1), further includes: server decomposes packaging detection task into several atom Detection tasks.
The process of the detecting instrument equipment of executable packaging detection task is obtained in the step (2), comprising:
Step (2.1): server carries out searching the detector to match with packaging detection task according to atom Detection task
Device equipment；
Step (2.2): server is examined by the idle degree of detecting instrument equipment, fatigue strength in step (2.1) and with packaging
It after the relevant matching degree of survey task is multiplied with respective weight factor respectively, then is overlapped, obtains detecting instrument equipment and wrapped
A possibility that filling Detection task value；
Step (2.3): the size of a possibility that server carries out packaging detection task according to detecting instrument equipment value, finally
Obtain the detecting instrument equipment of executable packaging detection task.
A kind of server of the auto-allocation method of application packages Detection task, comprising:
Receiving module: it is configured as receiving packaging detection task and detecting instrument device status information；The detector
Device device status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Computing module: its be configured as using after detecting instrument device status information and its respective weights fac-tor again into
The method of row superposition obtains the detecting instrument equipment of executable packaging detection task；
Mission planning generation module: it is configured as distributing packaging detection task to the inspection of executable packaging detection task
Instrument and equipment is surveyed, the mission planning of the detecting instrument equipment of executable packaging detection task is generated and is stored；
Correction module: it is configured as receiving and responding executing in mission planning about packaging detection task and detector
The more new state information of device equipment corrects the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
Beneficial effects of the present invention:
(1) auto-allocation method of packaging detection task of the invention consider comprehensively detecting instrument equipment idle degree and
Fatigue strength, by the idle degree of detecting instrument equipment, fatigue strength and matching degree relevant to packaging detection task respectively multiplied by
Its is respectively after weight factor, then the method being overlapped, and obtains a possibility that detecting instrument equipment carries out packaging detection task value；
The big detecting instrument equipment of likelihood value is then the detecting instrument equipment of executable packaging detection task；
(2) present invention is adjusted detection also according to the more new state information of packaging detection task and detecting instrument equipment
The mission planning of instrument and equipment is finally reached the purpose for improving the utilization rate of detecting instrument equipment；
(3) present invention solves the distribution of traditional detection task causes increase distribution person works negative dependent on manual allocation
The problems such as carrying on a shoulder pole, depending on distribution personnel's experience unduly, and keep sharing out the work for Detection task more scientific and reasonable, it can be sufficiently sharp
With packaging detection instrument resource, the growth requirement that detection industry is information-based and automates is adapted to completely.
Detailed description of the invention
Fig. 1 is the auto-allocation method flow chart of the packaging detection task of the embodiment of the present invention one；
Fig. 2 is the process flow diagram flow chart of the detecting instrument equipment for obtaining executable packaging detection task of the invention；
Fig. 3 is the auto-allocation method flow chart of the packaging detection task of the embodiment of the present invention two.
Specific embodiment
The invention will be further described with embodiment with reference to the accompanying drawing.
As shown in Figure 1, the auto-allocation method of packaging detection task of the invention, comprises the following steps that
Step (1): server receives packaging detection task and detecting instrument device status information；The detecting instrument equipment
Status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Step (2): server is folded again after using detecting instrument device status information and its respective weights fac-tor
The method added obtains the detecting instrument equipment of executable packaging detection task；
Step (3): server distributes packaging detection task to the detecting instrument equipment of executable packaging detection task, raw
At the detecting instrument equipment of executable packaging detection task mission planning and stored, complete packaging detection task it is automatic
Distribution.
Before the step (1), further includes: server decomposes packaging detection task into several atom Detection tasks.
When the attribute information of packaging detection task in the step (1) includes: Detection task title, Detection task submission
Between, classification belonging to atom Detection task number and atom Detection task.
Example:
1) server-side receives 4 detecting instrument equipment: detecting instrument equipment a at present, detecting instrument equipment b, detection
Instrument and equipment c, detecting instrument equipment d.
Wherein detecting instrument equipment a, b are barrier class detection device；Detecting instrument equipment c is physical property detection device；
Detecting instrument equipment d is sealing performance detection device.
Currently, detecting instrument equipment a is in idle condition, detecting instrument equipment b has 2 Detection tasks, and detecting instrument is set
Standby c has 1 Detection task, and detecting instrument equipment d has just completed 1 Detection task.
2) server-side receives the Detection task of the entitled α of Detection task, and splits to the Detection task, obtains original
Sub- Detection task 1, atom Detection task 2, atom Detection task 3, atom Detection task 4.Wherein divide belonging to atom Detection task 1
Class is barrier class, and barrier class is classified as belonging to atom Detection task 2, is classified as physical property class belonging to atom Detection task 3, former
Sealing performance class is classified as belonging to sub- Detection task 4；
3) server-side successively calculates a possibility that detecting instrument equipment carries out atom Detection task 1~4 value P according to formula
(i), the maximum detecting instrument equipment i of P (i) value and task is distributed to, the range of i is the detector that number is a~d in this example
Device.
Wherein, probable value P (i)=Match (i) * a1+Idle (i) * a2+Fatigue (i) * a3
A1: the weight factor of detecting instrument equipment matching degree is defaulted as 85%；
A2: the weight factor of detecting instrument equipment free time degree is defaulted as 10%；
A3: the weight factor of detecting instrument equipment fatigue strength is defaulted as 5%；
Match (i): the matching degree of detection device instrument i, exactly matching is 1, and can match is 0.5, and mismatching is 0；
Idle (i): the idle degree of detection device instrument i, value range are [0,1], wherein idle is 1；
Fatigue (i): the fatigue strength of detection device instrument i, value range are [0,1], and wherein the bigger value of workload is more
It is small.
4) according to the calculation formula in 3), show that atom Detection task 1 distributes to detecting instrument equipment a, atom detection is appointed
Detecting instrument equipment a is distributed in business 2, and atom Detection task 3 distributes to detecting instrument equipment c, and atom Detection task 4 distributes to inspection
Survey instrument and equipment d.
As shown in Fig. 2, the process of the detecting instrument equipment of executable packaging detection task is obtained in step (2), including with
Lower three steps:
Step (2.1): server searches the detecting instrument to match with packaging detection task according to atom Detection task
Equipment.
Step (2.2): server is examined by the idle degree of detecting instrument equipment, fatigue strength in step (2.1) and with packaging
It after the relevant matching degree of survey task is multiplied with respective weight factor respectively, then is overlapped, obtains detecting instrument equipment and wrapped
A possibility that filling Detection task value；
Wherein, detecting instrument equipment carries out a possibility that Detection task value P (i), specific formula is as follows:
P (i)=Match (i) * a1+Idle (i) * a2+Fatigue (i) * a3
Wherein,
A1: the weight factor of detecting instrument equipment matching degree；
A2: the weight factor of detecting instrument equipment free time degree；
A3: the weight factor of detecting instrument equipment fatigue strength；
Match (i): the matching degree of detection device instrument i；
Idle (i): the idle degree of detection device instrument i；
Fatigue (i): the fatigue strength of detection device instrument i；
Wherein, i is the number of detecting instrument.
Step (2.3): the size of a possibility that server carries out packaging detection task according to detecting instrument equipment value, finally
Obtain the detecting instrument equipment of executable packaging detection task.
The auto-allocation method of packaging detection task of the invention considers the idle degree of detecting instrument equipment and tired comprehensively
Lao Du, by the idle degree of detecting instrument equipment, fatigue strength and matching degree relevant to packaging detection task respectively multiplied by it
After respective weight factor, then the method being overlapped, obtain a possibility that detecting instrument equipment carries out packaging detection task value；It can
The big detecting instrument equipment of energy property value is then the detecting instrument equipment that packaging detection task can be performed.It can obtain and more close in this way
The allocation plan of reason, to make full use of the waste of detecting instrument resource.
Using the server of distribution method as shown in Figure 1, comprising:
Receiving module: it is configured as receiving packaging detection task and detecting instrument device status information；The detector
Device device status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Computing module: its be configured as using after detecting instrument device status information and its respective weights fac-tor again into
The method of row superposition obtains the detecting instrument equipment of executable packaging detection task；
Mission planning generation module: it is configured as distributing packaging detection task to the inspection of executable packaging detection task
Instrument and equipment is surveyed, the mission planning of the detecting instrument equipment of executable packaging detection task is generated and is stored, packaging is completed
The automatic distribution of Detection task.
Wherein, computing module includes:
Matched and searched module is configured as searching the inspection to match with packaging detection task according to atom Detection task
Survey instrument and equipment；
Likelihood value computing module, be configured as the detecting instrument equipment for obtaining matched and searched module idle degree,
Fatigue strength and matching degree relevant to packaging detection task respectively multiplied by its respectively weight factor after, then be overlapped, obtain
Detecting instrument equipment carries out a possibility that packaging detection task value；
Equipment obtains module, is configured as the big of a possibility that carrying out packaging detection task according to detecting instrument equipment value
It is small, finally obtain the detecting instrument equipment of executable packaging detection task.
The present invention is in order to improve the utilization rate of detecting instrument equipment, also according to packaging detection task and detecting instrument equipment
More new state information be adjusted the mission planning of detecting instrument equipment.As shown in figure 3, the automatic distribution of packaging detection task
Method comprises the following steps that
Step (1): server receives packaging detection task and detecting instrument device status information；The detecting instrument equipment
Status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Step (2): server is folded again after using detecting instrument device status information and its respective weights fac-tor
The method added obtains the detecting instrument equipment of executable packaging detection task；
Step (3): server distributes packaging detection task to the detecting instrument equipment of executable packaging detection task, raw
At the detecting instrument equipment of executable packaging detection task mission planning and stored；
Step (4): server receives and responds to execute and sets in mission planning about packaging detection task and detecting instrument
Standby more new state information corrects the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
Example:
1) server-side receives 4 detecting instrument equipment: detecting instrument equipment a at present, detecting instrument equipment b, detection
Instrument and equipment c, detecting instrument equipment d.
Wherein detecting instrument equipment a, b are barrier class detection device；Detecting instrument equipment c is physical property detection device；
Detecting instrument equipment d is sealing performance detection device.
Currently, detecting instrument equipment a is in idle condition, detecting instrument equipment b has 2 Detection tasks, and detecting instrument is set
Standby c has 1 Detection task, and detecting instrument equipment d has just completed 1 Detection task.
2) server-side receives the Detection task of the entitled α of Detection task, and splits to the Detection task, obtains original
Sub- Detection task 1, atom Detection task 2, atom Detection task 3, atom Detection task 4.Wherein divide belonging to atom Detection task 1
Class is barrier class, and barrier class is classified as belonging to atom Detection task 2, is classified as physical property class belonging to atom Detection task 3, former
Sealing performance class is classified as belonging to sub- Detection task 4；
3) server-side successively calculates a possibility that detecting instrument equipment carries out atom Detection task 1~4 value P according to formula
(i), the maximum detecting instrument equipment i of P (i) value and task is distributed to, the range of i is the detector that number is a~d in this example
Device.
Wherein, probable value P (i)=Match (i) * a1+Idle (i) * a2+Fatigue (i) * a3
A1: the weight factor of detecting instrument equipment matching degree is defaulted as 85%；
A2: the weight factor of detecting instrument equipment free time degree is defaulted as 10%；
A3: the weight factor of detecting instrument equipment fatigue strength is defaulted as 5%；
Match (i): the matching degree of detection device instrument i, exactly matching is 1, and can match is 0.5, and mismatching is 0；
Idle (i): the idle degree of detection device instrument i, value range are [0,1], wherein idle is 1；
Fatigue (i): the fatigue strength of detection device instrument i, value range are [0,1], and wherein the bigger value of workload is more
It is small.
4) according to the calculation formula in 3), show that atom Detection task 1 distributes to detecting instrument equipment a, atom detection is appointed
Detecting instrument equipment a is distributed in business 2, and atom Detection task 3 distributes to detecting instrument equipment c, and atom Detection task 4 distributes to inspection
Survey instrument and equipment d.
5) when detecting instrument equipment b has completed 2 Detection tasks and detecting instrument equipment a is still executing atom detection
When task 1, server-side can recalculate likelihood value P (i) according to the last state of detecting instrument equipment, and finally atom is detected
Task 2 distributes to detecting instrument equipment b.
Before the step (1), further includes: server decomposes packaging detection task into several atom Detection tasks.
As shown in Fig. 2, obtaining the process of the detecting instrument equipment of executable packaging detection task in step (2), comprising:
Step (2.1): server carries out searching the detector to match with packaging detection task according to atom Detection task
Device equipment；
Step (2.2): server is examined by the idle degree of detecting instrument equipment, fatigue strength in step (2.1) and with packaging
It after the relevant matching degree of survey task is multiplied with respective weight factor respectively, then is overlapped, obtains detecting instrument equipment and wrapped
A possibility that filling Detection task value；
Wherein, detecting instrument equipment carries out a possibility that Detection task value P (i), specific formula is as follows:
P (i)=Match (i) * a1+Idle (i) * a2+Fatigue (i) * a3
Wherein,
A1: the weight factor of detecting instrument equipment matching degree；
A2: the weight factor of detecting instrument equipment free time degree；
A3: the weight factor of detecting instrument equipment fatigue strength；
Match (i): the matching degree of detection device instrument i；
Idle (i): the idle degree of detection device instrument i；
Fatigue (i): the fatigue strength of detection device instrument i；
Wherein, i is the number of detecting instrument；
Step (2.3): the size of a possibility that server carries out packaging detection task according to detecting instrument equipment value, finally
Obtain the detecting instrument equipment of executable packaging detection task.
Server corresponding with Fig. 3, comprising:
Receiving module: it is configured as receiving packaging detection task and detecting instrument device status information；The detector
Device device status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Computing module: its be configured as using after detecting instrument device status information and its respective weights fac-tor again into
The method of row superposition obtains the detecting instrument equipment of executable packaging detection task；
Mission planning generation module: it is configured as distributing packaging detection task to the inspection of executable packaging detection task
Instrument and equipment is surveyed, the mission planning of the detecting instrument equipment of executable packaging detection task is generated and is stored；
Correction module: it is configured as receiving and responding executing in mission planning about packaging detection task and detector
The more new state information of device equipment corrects the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
Above-mentioned, although the foregoing specific embodiments of the present invention is described with reference to the accompanying drawings, not protects model to the present invention
The limitation enclosed, those skilled in the art should understand that, based on the technical solutions of the present invention, those skilled in the art are not
Need to make the creative labor the various modifications or changes that can be made still within protection scope of the present invention.
Claims (10)
1. a kind of auto-allocation method of packaging detection task, which is characterized in that comprise the following steps that
Step (1): server receives packaging detection task and detecting instrument device status information；The detecting instrument equipment state
Information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Step (2): server using being overlapped after detecting instrument device status information and its respective weights fac-tor again
Method obtains the detecting instrument equipment of executable packaging detection task；
Step (3): server distributes packaging detection task to the detecting instrument equipment of executable packaging detection task, and generation can
It executes the mission planning of the detecting instrument equipment of packaging detection task and is stored, automatic point for completing packaging detection task
Match.
2. a kind of auto-allocation method of packaging detection task as described in claim 1, which is characterized in that in the step
(1) before, further includes: server decomposes packaging detection task into several atom Detection tasks.
3. a kind of auto-allocation method of packaging detection task as claimed in claim 2, which is characterized in that the step (1)
In packaging detection task attribute information include: Detection task title, Detection task submission time, atom Detection task number and
Classification belonging to atom Detection task.
4. a kind of auto-allocation method of packaging detection task as claimed in claim 3, which is characterized in that the step (2)
In obtain executable packaging detection task detecting instrument equipment process, comprising:
Step (2.1): server searches the detecting instrument equipment to match with packaging detection task according to atom Detection task；
Step (2.2): server is appointed by the idle degree of detecting instrument equipment, fatigue strength in step (2.1) and with packaging detection
It after relevant matching degree of being engaged in is multiplied with respective weight factor respectively, then is overlapped, obtains detecting instrument equipment and carry out packaging inspection
A possibility that survey task value；
Step (2.3): the size of a possibility that server carries out packaging detection task according to detecting instrument equipment value finally obtains
The detecting instrument equipment of executable packaging detection task.
5. a kind of server of the auto-allocation method of packaging detection task of application as described in claim 2-4 is any, special
Sign is, comprising:
Receiving module: it is configured as receiving packaging detection task and detecting instrument device status information；The detecting instrument is set
Standby status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Computing module: it is configured as being folded again using after detecting instrument device status information and its respective weights fac-tor
The method added obtains the detecting instrument equipment of executable packaging detection task；
Mission planning generation module: it is configured as distributing packaging detection task to the detector of executable packaging detection task
Device equipment generates the mission planning of the detecting instrument equipment of executable packaging detection task and is stored, completes packaging detection
The automatic distribution of task.
6. the server of the auto-allocation method of packaging detection task as claimed in claim 5, which is characterized in that the calculating
Module includes:
Matched and searched module is configured as searching the detector to match with packaging detection task according to atom Detection task
Device equipment；
Likelihood value computing module is configured as idle degree, the fatigue of the detecting instrument equipment for obtaining matched and searched module
Degree and matching degree relevant to packaging detection task respectively multiplied by its respectively weight factor after, then be overlapped, detected
Instrument and equipment carries out a possibility that packaging detection task value；
Executable equipment obtains module, is configured as a possibility that carrying out packaging detection task according to detecting instrument equipment value
Size finally obtains the detecting instrument equipment of executable packaging detection task.
7. a kind of auto-allocation method of packaging detection task, which is characterized in that comprise the following steps that
Step (1): server receives packaging detection task and detecting instrument device status information；The detecting instrument equipment state
Information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Step (2): server using being overlapped after detecting instrument device status information and its respective weights fac-tor again
Method obtains the detecting instrument equipment of executable packaging detection task；
Step (3): server distributes packaging detection task to the detecting instrument equipment of executable packaging detection task, and generation can
It executes the mission planning of the detecting instrument equipment of packaging detection task and is stored；
Step (4): server is received and is responded and executes in mission planning about packaging detection task and detecting instrument equipment
More new state information corrects the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
8. a kind of auto-allocation method of packaging detection task as claimed in claim 7, which is characterized in that in the step
(1) before, further includes: server decomposes packaging detection task into several atom Detection tasks.
9. a kind of auto-allocation method of packaging detection task as claimed in claim 8, which is characterized in that the step (2)
In obtain executable packaging detection task detecting instrument equipment process, comprising:
Step (2.1): server carries out the detecting instrument that lookup matches with packaging detection task according to atom Detection task and sets
It is standby；
Step (2.2): server is appointed by the idle degree of detecting instrument equipment, fatigue strength in step (2.1) and with packaging detection
It after relevant matching degree of being engaged in is multiplied with respective weight factor respectively, then is overlapped, obtains detecting instrument equipment and carry out packaging inspection
A possibility that survey task value；
Step (2.3): the size of a possibility that server carries out packaging detection task according to detecting instrument equipment value finally obtains
The detecting instrument equipment of executable packaging detection task.
10. a kind of server of the auto-allocation method of packaging detection task of application as described in claim 7-9 is any, special
Sign is, comprising:
Receiving module: it is configured as receiving packaging detection task and detecting instrument device status information；The detecting instrument is set
Standby status information includes free time degree, fatigue strength and matching degree relevant to packaging detection task；
Computing module: it is configured as being folded again using after detecting instrument device status information and its respective weights fac-tor
The method added obtains the detecting instrument equipment of executable packaging detection task；
Mission planning generation module: it is configured as distributing packaging detection task to the detector of executable packaging detection task
Device equipment generates the mission planning of the detecting instrument equipment of executable packaging detection task and is stored；
Correction module: it is configured as receiving and respond to execute setting in mission planning about packaging detection task and detecting instrument
Standby more new state information corrects the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610127806.6A CN107168250B (en) | 2016-03-07 | 2016-03-07 | A kind of auto-allocation method and server of packaging detection task |
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| CN201610127806.6A CN107168250B (en) | 2016-03-07 | 2016-03-07 | A kind of auto-allocation method and server of packaging detection task |
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| CN107168250A CN107168250A (en) | 2017-09-15 |
| CN107168250B true CN107168250B (en) | 2019-06-04 |
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| CN111105129B (en) * | 2019-11-07 | 2023-06-23 | 国网河北省电力有限公司电力科学研究院 | Detection task intelligent distribution method based on detection mechanism evaluation |
| CN112231528B (en) * | 2020-10-15 | 2023-07-11 | 四川长虹智能制造技术有限公司 | Battery packaging error-proofing method, terminal equipment and system |
| CN113921125A (en) * | 2021-10-14 | 2022-01-11 | 上海清赟医药科技有限公司 | Task synchronous execution method based on multi-terminal interaction |
| CN115952444A (en) * | 2023-03-10 | 2023-04-11 | 潍坊市平安消防工程有限公司 | Intelligent detection method and system for building fire-fighting facilities |
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