CN107168250A - 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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- CN107168250A CN107168250A CN201610127806.6A CN201610127806A CN107168250A CN 107168250 A CN107168250 A CN 107168250A CN 201610127806 A CN201610127806 A CN 201610127806A CN 107168250 A CN107168250 A CN 107168250A
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- 238000001514 detection method Methods 0.000 title claims abstract description 295
- 238000004806 packaging method and process Methods 0.000 title claims abstract description 186
- 238000000034 method Methods 0.000 title claims abstract description 49
- 230000004888 barrier function Effects 0.000 description 5
- 238000007689 inspection Methods 0.000 description 4
- 230000000704 physical effect Effects 0.000 description 4
- 238000007789 sealing Methods 0.000 description 4
- 239000005022 packaging material Substances 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
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- 238000012986 modification Methods 0.000 description 1
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- 230000006641 stabilisation Effects 0.000 description 1
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G05B19/41865—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by job scheduling, process planning, material flow
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/30—Nc systems
- G05B2219/32—Operator till task planning
- G05B2219/32252—Scheduling production, machining, job shop
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
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Abstract
The invention discloses a kind of auto-allocation method and server of packaging detection task, the distribution method includes step (1)：Server receives packaging detection task and detecting instrument status information of equipment；The detecting instrument status information of equipment includes free time degree, fatigue strength and the matching degree related to packaging detection task；Step (2)：Method of the server using detecting instrument status information of equipment with being overlapped again after its respective weights fac-tor, 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 the mission planning of the detecting instrument equipment of the executable packaging detection task of generation is simultaneously stored, and performs mission planning.
Description
Technical field
The present invention relates to a kind of auto-allocation method and server of packaging detection task.
Background technology
With the continuous progress of social economy and science and technology, people are to the quality requirement of commodity packaging and the performance of packaging material
With security requirement more and more higher.Therefore, in order to ensure the stabilization of packaging actual effect, packaging material detection industry arises at the historic moment,
And plastic package material detection is then a key areas in packaging material detection.
No matter at present for enterprise or tissue self-built laboratory, testing agency of government or other third party testing agencies,
Detection task distribution purpose be：In order to be distributed by Detection task, whole Detection task is conveniently and efficiently completed, is finally given
Accurate testing result.Therefore, it is necessary to consider the idle degree and fatigue of detecting instrument equipment during Detection task is distributed
Degree, and detecting instrument equipment and the matching degree of Detection task, to obtain optimal allocative decision, reach saving detecting instrument money
The purpose in source.
However, the mode of current Detection task distribution is to use manual allocation Detection task, generally detection supervisor is divided
With Detection task.There is following drawback in the mode of this traditional Detection task manual allocation：On the one hand add distribution personnel's
Work load, another aspect manual allocation is placed one's entire reliance upon the experience of distribution personnel, and detecting instrument equipment can not be considered comprehensively
Idle degree and fatigue strength, obtained allocative decision may be unreasonable, so as to cause the waste of detecting instrument resource.
In addition, during perform detection task, the idle degree and fatigue strength of detecting instrument equipment easily have greatly changed,
Along with the time of indivedual Detection tasks is unpredictable, it the availability of the resource of Detection task to be allocated such as can so influence.And
And when task has priority and order, if in the mission planning of pre-assigned detecting instrument, event occurs for a certain detecting instrument
Barrier can not be detected that the object time of next task will also be postponed, it is impossible to distribute new detecting instrument equipment in time
To replace fault detect instrument equipment, the utilization rate of detecting instrument equipment is reduced.
The content of the invention
The purpose of the present invention is exactly that there is provided a kind of auto-allocation method and server of packaging detection task in order to solve the above problems.
The auto-allocation method of the packaging detection task of the present invention considers the idle degree and fatigue strength of detecting instrument equipment, and detection comprehensively
The matching degree of instrument and equipment and Detection task carries out the distribution of Detection task；Always according to packaging detection task and detecting instrument equipment
More new state information be adjusted the mission planning of detecting instrument equipment, be finally reached the utilization rate that improves detecting instrument equipment
Purpose.
To achieve these goals, the present invention is adopted the following technical scheme that：
A kind of auto-allocation method of packaging detection task, including step are as follows：
Step (1)：Server receives packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment state
Information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Step (2)：Server is using the side being overlapped again after detecting instrument status information of equipment and its respective weights fac-tor
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
Perform the mission planning of the detecting instrument equipment of packaging detection task and stored, complete the automatic distribution of packaging detection task.
Before the step (1), in addition to：Server decomposes packaging detection task into several atom Detection tasks.
The attribute information of packaging detection task in the step (1) includes：Detection task title, Detection task submission time,
Classify 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), including：
Step (2.1)：Server searches the detecting instrument equipment matched 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
After the related matching degree of business is multiplied with respective weight factor respectively, then it is overlapped, obtains detecting instrument equipment and carry out packaging detection
The likelihood value of task；
Step (2.3)：Server carries out the size of the likelihood value of packaging detection task according to detecting instrument equipment, finally gives
The detecting instrument equipment of executable packaging detection task.
A kind of server of the auto-allocation method of application packages Detection task, including：
Receiving module：It is configured as receiving packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment
Status information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Computing module：It is configured as using detecting instrument status information of equipment with being overlapped again after its respective weights fac-tor
Method, obtain the detecting instrument equipment of executable packaging detection task；
Mission planning generation module：It is configured as distributing packaging detection task to the detecting instrument of executable packaging detection task
Equipment, the mission planning of the detecting instrument equipment of the executable packaging detection task of generation is simultaneously stored, and completes packaging detection task
Automatic distribution.
The computing module includes：
Matched and searched module, it is configured as searching the detecting instrument matched with packaging detection task according to atom Detection task
Equipment；
Likelihood value computing module, it is configured as the idle degree for the detecting instrument equipment for obtaining matched and searched module, fatigue strength
And the matching degree related to packaging detection task is multiplied by its each after weight factor respectively, then it is overlapped, obtains detecting instrument
Equipment carries out the likelihood value of packaging detection task；
Executable equipment acquisition module, its be configured as according to detecting instrument equipment carry out packaging detection task likelihood value it is big
It is small, finally give the detecting instrument equipment of executable packaging detection task.
A kind of auto-allocation method of packaging detection task, including step are as follows：
Step (1)：Server receives packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment state
Information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Step (2)：Server is using the side being overlapped again after detecting instrument status information of equipment and its respective weights fac-tor
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
Perform the mission planning of the detecting instrument equipment of packaging detection task and stored；
Step (4)：Server is received and responded in execution mission planning on 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.
Before the step (1), in addition to：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), including：
Step (2.1)：Server carries out searching the detecting instrument equipment matched 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
After the related matching degree of business is multiplied with respective weight factor respectively, then it is overlapped, obtains detecting instrument equipment and carry out packaging detection
The likelihood value of task；
Step (2.3)：Server carries out the size of the likelihood value of packaging detection task according to detecting instrument equipment, finally gives
The detecting instrument equipment of executable packaging detection task.
A kind of server of the auto-allocation method of application packages Detection task, including：
Receiving module：It is configured as receiving packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment
Status information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Computing module：It is configured as using detecting instrument status information of equipment with being overlapped again after its respective weights fac-tor
Method, obtain the detecting instrument equipment of executable packaging detection task；
Mission planning generation module：It is configured as distributing packaging detection task to the detecting instrument of executable packaging detection task
Equipment, the mission planning of the detecting instrument equipment of the executable packaging detection task of generation is simultaneously stored；
Correcting module：It is configured as receiving and responded in execution mission planning on packaging detection task and detecting instrument equipment
More new state information, correct 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 considers the idle degree and fatigue strength of detecting instrument equipment comprehensively,
Its each weight is multiplied by by the idle degree of detecting instrument equipment, fatigue strength and the matching degree related to packaging detection task respectively
After the factor, then the method being overlapped, obtain the likelihood value that detecting instrument equipment carries out packaging detection task；Likelihood value is big
Detecting instrument equipment, then be the detecting instrument equipment of executable packaging detection task；
(2) present invention is adjusted detecting instrument always according to the more new state information of packaging detection task and detecting instrument equipment and set
Standby mission planning, is finally reached the purpose for the utilization rate for improving detecting instrument equipment；
(3) present invention, which solves the distribution of traditional detection task, causes increase distribution person works' burden, mistake dependent on manual allocation
The problems such as degree relies on distribution personnel's experience, and make sharing out the work for Detection task more scientific and reasonable, packaging can be made full use of
Detecting instrument resource, adapts to the growth requirement that detection industry is information-based and automates completely.
Brief description of the drawings
Fig. 1 is the auto-allocation method flow chart of the packaging detection task of embodiments of the invention one；
Fig. 2 is the process flow diagram flow chart for obtaining can perform the detecting instrument equipment of packaging detection task of the invention；
Fig. 3 is the auto-allocation method flow chart of the packaging detection task of embodiments of the invention two.
Embodiment
The invention will be further described with embodiment below in conjunction with the accompanying drawings.
As shown in figure 1, the auto-allocation method of the packaging detection task of the present invention, including step are as follows：
Step (1)：Server receives packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment state
Information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Step (2)：Server is using the side being overlapped again after detecting instrument status information of equipment and its respective weights fac-tor
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
Perform the mission planning of the detecting instrument equipment of packaging detection task and stored, complete the automatic distribution of packaging detection task.
Before the step (1), in addition to：Server decomposes packaging detection task into several atom Detection tasks.
The attribute information of packaging detection task in the step (1) includes：Detection task title, Detection task submission time,
Classify belonging to atom Detection task number and atom Detection task.
Example：
1) service end is received has 4 detecting instrument equipment at present：Detecting instrument equipment a, detecting instrument equipment b, detector
Device 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；Detection
Instrument and equipment d is sealing property detection device.
At present, detecting instrument equipment a is in idle condition, and detecting instrument equipment b has 2 Detection tasks, detecting instrument equipment
C has 1 Detection task, and detecting instrument equipment d just completes 1 Detection task.
2) service end receives the entitled α of Detection task Detection task, and the Detection task is split, and obtains atom inspection
Survey 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, is categorized as obstructing class belonging to atom Detection task 2, and physical property class is categorized as belonging to atom Detection task 3, former
Sealing property class is categorized as belonging to sub- Detection task 4；
3) service end calculates the likelihood value P (i) that detecting instrument equipment carries out atom Detection task 1~4, and handle according to formula successively
The scope that task distributes to i in the maximum detecting instrument equipment i of P (i) values, this example is the detecting instrument that numbering is a~d.
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):Detection device instrument i matching degree, completely matching are 1, can match as 0.5, mismatch as 0；
Idle(i):Detection device instrument i idle degree, span is [0,1], wherein idle is 1；
Fatigue(i):Detection device instrument i fatigue strength, span is [0,1], and the wherein bigger value of workload is smaller.
4) according to the calculation formula in 3), show that atom Detection task 1 distributes to detecting instrument equipment a, atom Detection task
2 distribute to detecting instrument equipment a, 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 following three
Individual step：
Step (2.1)：Server searches the detecting instrument equipment matched 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
After the related matching degree of business is multiplied with respective weight factor respectively, then it is overlapped, obtains detecting instrument equipment and carry out packaging detection
The likelihood value of task；
Wherein, detecting instrument equipment carries out the likelihood value P (i) of Detection task, and 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):Detection device instrument i matching degree；
Idle(i):Detection device instrument i idle degree；
Fatigue(i):Detection device instrument i fatigue strength；
Wherein, i is the numbering of detecting instrument.
Step (2.3)：Server carries out the size of the likelihood value of packaging detection task according to detecting instrument equipment, finally gives
The detecting instrument equipment of executable packaging detection task.
The auto-allocation method of the packaging detection task of the present invention considers the idle degree and fatigue strength of detecting instrument equipment comprehensively, leads to
Cross detecting instrument equipment idle degree, fatigue strength and the matching degree related to packaging detection task be multiplied by respectively its each weight because
After son, then the method being overlapped, obtain the likelihood value that detecting instrument equipment carries out packaging detection task；Likelihood value is big
Detecting instrument equipment, then be the detecting instrument equipment of executable packaging detection task.Relatively reasonable allocative decision can be so obtained,
So as to make full use of the waste of detecting instrument resource.
Using the server of distribution method as shown in Figure 1, including：
Receiving module：It is configured as receiving packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment
Status information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Computing module：It is configured as using detecting instrument status information of equipment with being overlapped again after its respective weights fac-tor
Method, obtain the detecting instrument equipment of executable packaging detection task；
Mission planning generation module：It is configured as distributing packaging detection task to the detecting instrument of executable packaging detection task
Equipment, the mission planning of the detecting instrument equipment of the executable packaging detection task of generation is simultaneously stored, and completes packaging detection task
Automatic distribution.
Wherein, computing module includes：
Matched and searched module, it is configured as searching the detecting instrument matched with packaging detection task according to atom Detection task
Equipment；
Likelihood value computing module, it is configured as the idle degree for the detecting instrument equipment for obtaining matched and searched module, fatigue strength
And the matching degree related to packaging detection task is multiplied by its each after weight factor respectively, then it is overlapped, obtains detecting instrument
Equipment carries out the likelihood value of packaging detection task；
Equipment acquisition module, it is configured as the size that the likelihood value of packaging detection task is carried out according to detecting instrument equipment, most
The detecting instrument equipment of executable packaging detection task is obtained eventually.
The present invention is in order to improve the utilization rate of detecting instrument equipment, always according to the renewal of packaging detection task and detecting instrument equipment
Status information is adjusted the mission planning of detecting instrument equipment.As shown in figure 3, the auto-allocation method of packaging detection task,
It is as follows including step：
Step (1)：Server receives packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment state
Information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Step (2)：Server is using the side being overlapped again after detecting instrument status information of equipment and its respective weights fac-tor
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
Perform the mission planning of the detecting instrument equipment of packaging detection task and stored；
Step (4)：Server is received and responded in execution mission planning on 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.
Example：
1) service end is received has 4 detecting instrument equipment at present：Detecting instrument equipment a, detecting instrument equipment b, detector
Device 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；Detection
Instrument and equipment d is sealing property detection device.
At present, detecting instrument equipment a is in idle condition, and detecting instrument equipment b has 2 Detection tasks, detecting instrument equipment
C has 1 Detection task, and detecting instrument equipment d just completes 1 Detection task.
2) service end receives the entitled α of Detection task Detection task, and the Detection task is split, and obtains atom inspection
Survey 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, is categorized as obstructing class belonging to atom Detection task 2, and physical property class is categorized as belonging to atom Detection task 3, former
Sealing property class is categorized as belonging to sub- Detection task 4；
3) service end calculates the likelihood value P (i) that detecting instrument equipment carries out atom Detection task 1~4, and handle according to formula successively
The scope that task distributes to i in the maximum detecting instrument equipment i of P (i) values, this example is the detecting instrument that numbering is a~d.
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):Detection device instrument i matching degree, completely matching are 1, can match as 0.5, mismatch as 0；
Idle(i):Detection device instrument i idle degree, span is [0,1], wherein idle is 1；
Fatigue(i):Detection device instrument i fatigue strength, span is [0,1], and the wherein bigger value of workload is smaller.
4) according to the calculation formula in 3), show that atom Detection task 1 distributes to detecting instrument equipment a, atom Detection task
2 distribute to detecting instrument equipment a, 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 performing atom Detection task
When 1, service end can recalculate likelihood value P (i) according to the last state of detecting instrument equipment, finally atom Detection task 2
Distribute to detecting instrument equipment b.
Before the step (1), in addition to：Server decomposes packaging detection task into several atom Detection tasks.
As shown in Fig. 2 the process of the detecting instrument equipment of executable packaging detection task is obtained in step (2), including：
Step (2.1)：Server carries out searching the detecting instrument equipment matched 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
After the related matching degree of business is multiplied with respective weight factor respectively, then it is overlapped, obtains detecting instrument equipment and carry out packaging detection
The likelihood value of task；
Wherein, detecting instrument equipment carries out the likelihood value P (i) of Detection task, and 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):Detection device instrument i matching degree；
Idle(i):Detection device instrument i idle degree；
Fatigue(i):Detection device instrument i fatigue strength；
Wherein, i is the numbering of detecting instrument；
Step (2.3)：Server carries out the size of the likelihood value of packaging detection task according to detecting instrument equipment, finally gives
The detecting instrument equipment of executable packaging detection task.
The server corresponding with Fig. 3, including：
Receiving module：It is configured as receiving packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment
Status information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Computing module：It is configured as using detecting instrument status information of equipment with being overlapped again after its respective weights fac-tor
Method, obtain the detecting instrument equipment of executable packaging detection task；
Mission planning generation module：It is configured as distributing packaging detection task to the detecting instrument of executable packaging detection task
Equipment, the mission planning of the detecting instrument equipment of the executable packaging detection task of generation is simultaneously stored；
Correcting module：It is configured as receiving and responded in execution mission planning on packaging detection task and detecting instrument equipment
More new state information, correct the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
Although above-mentioned the embodiment of the present invention is described with reference to accompanying drawing, not to the limit of the scope of the present invention
System, one of ordinary skill in the art should be understood that on the basis of technical scheme those skilled in the art need not pay
Go out various modifications or deform still within protection scope of the present invention that creative work can make.
Claims (10)
1. a kind of auto-allocation method of packaging detection task, it is characterised in that as follows including step：
Step (1)：Server receives packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment state
Information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Step (2)：Server is using the side being overlapped again after detecting instrument status information of equipment and its respective weights fac-tor
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
Perform the mission planning of the detecting instrument equipment of packaging detection task and stored, complete the automatic distribution of packaging detection task.
2. a kind of auto-allocation method of packaging detection task as claimed in claim 1, it is characterised in that in the step (1)
Before, in addition to：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, it is characterised in that the step (1)
In the attribute information of packaging detection task include：Detection task title, Detection task submission time, atom Detection task number and
Classify belonging to atom Detection task.
4. a kind of auto-allocation method of packaging detection task as claimed in claim 3, it is characterised in that the step (2)
In obtain executable packaging detection task detecting instrument equipment process, including：
Step (2.1)：Server searches the detecting instrument equipment matched 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
After the related matching degree of business is multiplied with respective weight factor respectively, then it is overlapped, obtains detecting instrument equipment and carry out packaging detection
The likelihood value of task；
Step (2.3)：Server carries out the size of the likelihood value of packaging detection task according to detecting instrument equipment, finally gives
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 1-4 is any, its feature
It is, including：
Receiving module：It is configured as receiving packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment
Status information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Computing module：It is configured as using detecting instrument status information of equipment with being overlapped again after its respective weights fac-tor
Method, obtain the detecting instrument equipment of executable packaging detection task；
Mission planning generation module：It is configured as distributing packaging detection task to the detecting instrument of executable packaging detection task
Equipment, the mission planning of the detecting instrument equipment of the executable packaging detection task of generation is simultaneously stored, and completes packaging detection task
Automatic distribution.
6. distribution system as claimed in claim 5, it is characterised in that the computing module includes：
Matched and searched module, it is configured as searching the detecting instrument matched with packaging detection task according to atom Detection task
Equipment；
Likelihood value computing module, it is configured as the idle degree for the detecting instrument equipment for obtaining matched and searched module, fatigue strength
And the matching degree related to packaging detection task is multiplied by its each after weight factor respectively, then it is overlapped, obtains detecting instrument
Equipment carries out the likelihood value of packaging detection task；
Executable equipment acquisition module, its be configured as according to detecting instrument equipment carry out packaging detection task likelihood value it is big
It is small, finally give the detecting instrument equipment of executable packaging detection task.
7. a kind of auto-allocation method of packaging detection task, it is characterised in that as follows including step：
Step (1)：Server receives packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment state
Information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Step (2)：Server is using the side being overlapped again after detecting instrument status information of equipment and its respective weights fac-tor
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
Perform the mission planning of the detecting instrument equipment of packaging detection task and stored；
Step (4)：Server is received and responded in execution mission planning on 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, it is characterised in that in the step (1)
Before, in addition to：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, it is characterised in that the step (2)
In obtain executable packaging detection task detecting instrument equipment process, including：
Step (2.1)：Server carries out searching the detecting instrument equipment matched 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
After the related matching degree of business is multiplied with respective weight factor respectively, then it is overlapped, obtains detecting instrument equipment and carry out packaging detection
The likelihood value of task；
Step (2.3)：Server carries out the size of the likelihood value of packaging detection task according to detecting instrument equipment, finally gives
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, it is special
Levy and be, including：
Receiving module：It is configured as receiving packaging detection task and detecting instrument status information of equipment；The detecting instrument equipment
Status information includes free time degree, fatigue strength and the matching degree related to packaging detection task；
Computing module：It is configured as using detecting instrument status information of equipment with being overlapped again after its respective weights fac-tor
Method, obtain the detecting instrument equipment of executable packaging detection task；
Mission planning generation module：It is configured as distributing packaging detection task to the detecting instrument of executable packaging detection task
Equipment, the mission planning of the detecting instrument equipment of the executable packaging detection task of generation is simultaneously stored；
Correcting module：It is configured as receiving and responded in execution mission planning on packaging detection task and detecting instrument equipment
More new state information, correct the mission planning of detecting instrument equipment, the final utilization rate for improving detecting instrument equipment.
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