CN109902960A - Cultivate task management method and device, cultivation task management equipment and system - Google Patents
Cultivate task management method and device, cultivation task management equipment and system Download PDFInfo
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Abstract
This application provides a kind of cultivation task management method, cultivation task management device, cultivation task management equipment and cultivation task management systems.Cultivation task management method include: according to the first trigger action enter whole nest post into task, the whole nest post into task include predetermined order generate multiple tasks node, multiple task nodes include that whole nest posts ingress；And the whole nest is executed according to the second trigger action and posts ingress.It the cultivation task management method of the application, cultivation task management device, cultivation task management equipment and cultivates task management system and provides whole nest for user and post record platform into operation, user can be used cultivation task management equipment record whole nest post into the relevant information of whole nest piglet (quantity of such as whole nest piglet, age in days, reception post into sow information), convenient for subsequent user on this platform conveniently and efficiently to whole nest post into relevant information the operation such as inquired, traced, be conducive to the intelligent management of cultivation.
Description
Technical field
This application involves cultural technique field, in particular to a kind of cultivation task management method, cultivation task management device,
Cultivate task management equipment and cultivation task management system.
Background technique
Sow is after childbirth since physical reason is for example sick, on the verge of being replaced, even death etc. causes milk wretched insufficiency to be asked
When topic, the whole nest piglet given birth to need whole nest post into in addition without progress lactation sow at breast-feed, whole nest post into
Piglet information and receiving post into sow information often rely on manual record, and these information are usually not integrated into a system
In one platform, lead to not conveniently and efficiently to whole nest post into relevant information the operation such as inquired, traced, be unfavorable for supporting
The intelligent management grown.
Summary of the invention
Embodiments herein provides a kind of cultivation task management method, cultivation task management device, cultivation task pipe
Manage equipment and cultivation task management system.
The cultivation task management method of the application embodiment include: according to the first trigger action enter whole nest post into appoint
Business, the whole nest post into task include predetermined order generate multiple tasks node, multiple task nodes include whole nest
Post ingress；And the whole nest is executed according to the second trigger action and posts ingress.
The cultivation task management device of the application embodiment includes entering module and execution module.Root is used for into module
According to the first trigger action enter whole nest post into task, the whole nest post into task include predetermined order generate multiple tasks section
Point, multiple task nodes include that whole nest posts ingress；Execution module is used to execute the whole nest according to the second trigger action
Post ingress.
The cultivation task management equipment of the application embodiment includes processor.The processor is used for according to the first triggering
Whole nest is operated into post into task, the whole nest post into task include predetermined order generate multiple tasks node, Duo Gesuo
Stating task node includes that whole nest posts ingress；And the whole nest is executed according to the second trigger action and posts ingress.
The cultivation task management system of the application includes cultivation task management equipment and the outside of any of the above-described embodiment
Equipment.The external equipment and the cultivation task management equipment communicate to connect.
Cultivation task management method, cultivation task management device, cultivation task management equipment and the cultivation task of the application
Management system provides whole nest for user and posts record platform into operation, and user can be used cultivation task management equipment and record whole nest
Post into the relevant information of whole nest piglet (quantity of such as whole nest piglet, age in days, reception post into sow information), convenient for subsequent
User on this platform conveniently and efficiently to whole nest post into relevant information the operation such as inquire, trace, be conducive to cultivate
Intelligent management.
The additional aspect and advantage of the application will be set forth in part in the description, and will partially become from the following description
It obtains obviously, or recognized by the practice of the application.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of application for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the flow diagram of the cultivation task management method of the application certain embodiments；
Fig. 2 is the module diagram of the cultivation task management device of the application certain embodiments；
Fig. 3 is the structural schematic diagram of the cultivation task management equipment of the application certain embodiments；
Fig. 4 to Fig. 7 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；
Fig. 8 is the flow diagram of the cultivation task management method of the application certain embodiments；
Fig. 9 is the module diagram of the cultivation task management device of the application certain embodiments；
Figure 10 to Figure 15 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；
Figure 16 is the flow diagram of the cultivation task management method of the application certain embodiments；
Figure 17 is the module diagram of the cultivation task management device of the application certain embodiments；
Figure 18 to Figure 21 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；
Figure 22 is the flow diagram of the cultivation task management method of the application certain embodiments；
Figure 23 is the module diagram of the cultivation task management device of the application certain embodiments；
Figure 24 to Figure 26 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；
Figure 27 is the flow diagram of the cultivation task management method of the application certain embodiments；
Figure 28 is the module diagram of the cultivation task management device of the application certain embodiments；
Figure 29 is the flow diagram of the cultivation task management method of the application certain embodiments；
Figure 30 is the module diagram of the cultivation task management device of the application certain embodiments；
Figure 31 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；With
Figure 32 is the structural schematic diagram of the cultivation task management system of the application certain embodiments.
Specific embodiment
Presently filed embodiment is described further below in conjunction with attached drawing.Same or similar label is from beginning in attached drawing
To the same or similar element of expression or element with the same or similar functions eventually.In addition, the sheet described with reference to the accompanying drawing
The embodiment of application is exemplary, and is only used for explaining presently filed embodiment, and should not be understood as the limit to the application
System.
Referring to Fig. 1, the cultivation task management method of the application embodiment includes:
011: whole nest being entered according to the first trigger action and is posted into task, it includes what predetermined order generated that whole nest, which is posted into task,
Multiple tasks node, multiple tasks node include that whole nest posts ingress；And
012: whole nest being executed according to the second trigger action and posts ingress.
Referring to Fig. 2, the cultivation task management device 10 of the application embodiment includes entering module 11 and execution module
12.It is used to enter whole nest according to the first trigger action into module 11 and post into task, it includes predetermined order that whole nest, which is posted into task,
The multiple tasks node of generation, multiple tasks node include that whole nest posts ingress.Execution module 12 is used to be grasped according to the second triggering
Make the whole nest of execution and posts ingress.In other words, step 011 can be by realizing that step 012 can be by execution module into module 11
12 realize.
Referring to Fig. 3, the cultivation task management equipment 100 of the application embodiment includes processor 30.Processor 30 is used
According to the first trigger action enter whole nest post into task, whole nest post into task include predetermined order generate multiple tasks section
Point, multiple tasks node include that whole nest posts ingress；And whole nest is executed according to the second trigger action and posts ingress.In other words,
Step 011 and step 012 can be realized by processor 30.
Specifically, animal or plant, animal such as pig, ox, sheep etc., plant such as flowers, veterinary antibiotics can be by material culture
Deng the embodiment of the present application is to be animal by material culture: being illustrated for pig, principle when by material culture being other animal or plants
Identical, details are not described herein.
Pig, generally can be by the basic information typing of pig in order to subsequent management, wherein pig when entering farm
Basic information only may include physiological periods, kind, weight, age in days etc., and a pig is many from birth to that can be undergone by sale
Cultivation task, cultivation task include nursing task, detection of oestrus task, breeding task, pregnant inspection task, look into feelings task of returning, upper production
Bed task, childbirth task, miscarriage registration task, piglet health care and sow health care task, sow be immune and piglet immunological task, turn
Column task, Preweaning death task, sow wean task, weaned piglet task, sow death task, entrust one's child to the care of sb. task, whole nest is posted
Enter task, back fat measurement task, sow record of deaths task, sow eliminate task, whole nest post into task, sow turn group's task,
Individual treatment task, feeding task turn weight tire task dispatching, it will be understood that the cultivation task of pig not only includes that above-mentioned cultivation is appointed
Business can also include more cultivation tasks so that the production management of pig is more fine and standardizes.
Before carrying out whole nest and posting task, need to first determine whether whole nest piglet needs to carry out whole nest and post into task.One
As, after the complete a brood of piglet of Farrowing, by the current sow lactation nest piglet within nursing period, however, due to current female
When the physical reason of pig is for example sick, on the verge of being replaced, even death etc. leads to milk wretched insufficiency problem, current sow can not
The whole nest piglet of lactation needs to carry out at this time whole nest and posts into task.
Judge whether whole nest piglet needs to carry out whole nest and post to may is that into task and artificially to judge currently to give a birth by user
It determines the need for carrying out whole nest after the physical condition of sow posting into task.For example, user has found that puerperal sow is sick, food
It is intended to depressed, leads to milk water wretched insufficiency, whole nest can be carried out at this time and posted into task.
Judge whether whole nest piglet needs to carry out whole nest and post point that may also is that into task according to sow acquisition of information sow
Childbirth number, such as 7 to 8 tire of general Farrowing after can eliminate, be illustrated by taking 8 tires as an example, if the sow currently given a birth
Whole nest can be carried out after being given a birth 8 times to post into task；Or the health condition by external equipment real-time monitoring sow, such as pass through
Camera shoots the image of sow, is matched according to sow image with the image template prestored with whether real-time judge sow goes out
Existing physical health issues, carry out whole nest after health problem occurs in sow and post into task.
Judging that whole nest piglet needs to carry out to create whole nest when whole nest is posted into task and post into task and push, user is receiving
After posting task to whole nest, whole nest is entered according to the first trigger action and is posted into task.Incorporated by reference to Fig. 4 to Fig. 7, in an example
In, the first trigger action can be whole nest shown in the taskbar of the left side user successive touch-control Fig. 4 and post into task icons P1, Fig. 5 master
" continuation " icon P2 shown in interface or " entrance " icon P3, " continuation " icon P4 shown in fig. 6 and " beginning " shown in Fig. 7
Icon P5.After user clicks Fig. 6 " continuation " icon P4, Fig. 7 will show that whole nest posts the multiple tasks node into task, multiple tasks
Node may include start, whole nest post into, one or more of summarize, suspend.After user has clicked " beginning " icon P5, depending on
The first trigger action for user's input is completed, and processor 30 starts whole nest and posts into task.
More specifically, as shown in figure 4, user terminal receive push whole nest post task after, display 40 (figure
3 show) the whole nest of display posts into task, pig farm employee click the whole nest in the task list on the left of Fig. 4 post it is laggard into task icons P1
The whole nest for entering Fig. 5 posts task list interface into task, and task list interface display has all whole nests that current employee can be performed
It posts into task.The whole nest task of posting includes that the whole nest during the whole nest not started is posted task and handled is posted into task, is not started
Whole nest is posted starts the task into task presentation employee not yet, and the whole nest in processing is posted to have carried out before into task presentation employee
Processing is crossed, but the whole nest being not fully completed is posted into task.Such as whole nest post it is fashionable have burst thing to handle, can first temporarily
Stop then being handled, the continuation icon P2 in click Fig. 5 can handle the whole nest again and post into task.Present embodiment with
It handles for the whole nest not started posts task and is illustrated.Enter task shown in fig. 6 after the entrance icon P3 for clicking Fig. 5
Details interface, task details interface display receive post into piglet field information (including field number), corresponding sow information
(sow number, ear lacking number etc.) and process state information, wherein the sow for receiving the whole nest piglet posted is the mother after wean
Pig, because the sow after wean wants lactation without other piglets, and the sow of other nursing periods is in lactation brood piglet,
So whole nest piglet is generally posted at the sow after wean.Whole nest shown in fig. 6, which is posted, includes totally 3, respectively field into task
The whole nest of A1 is posted the whole nest that the whole nest into task, field A2 is posted into task and field A3 and is posted into task.Employee click in Fig. 6 after
Continuous icon P4 enters task execution interface shown in Fig. 7, and the beginning icon P5 for clicking Fig. 7 can start whole nest and post into task.Appoint
Business execute interface include it is multiple according to predesigned order arrange task node, multiple tasks node include start, whole nest post into, always
Knot, pause one or more of, predesigned order can be posted according to whole nest into execution step determine.Such as whole nest is posted in Fig. 7
Entering task includes that start node, whole nest post ingress and total nodal point.In this way, the task that employee can show according to display 40
Instruction carries out whole nest and posts into task, and when executing corresponding task node, and the execution task section can be shown by executing below interface
The director information of point, such as the interface display of Fig. 7 " click start icon begin a task with " prompt employee how to start whole nest post into
Task reduces and understands the learning cost that whole nest posts the specific execution step into task.
After starting whole nest and posting task, processor 30 according to the second trigger action executes whole nest, and to post ingress whole to obtain
Nest is posted into information.After the registration for completing whole nest and posting information employee whole nest piglet can be posted into corresponding field to complete
Whole nest is posted into task.
It is appreciated that whole nest is posted and is all based on manually to manage into task at present, i.e. the manually recorded whole nest of pig farm employee
Post into relevant information.Whole nest can be carried out by the way of labor management when farm's scale is smaller and posts pipe into task
Reason.But when farm it is larger when, whole nest is posted more into task, only relies on manpower to record, and not only needs to consume a large amount of
Manpower, leads to that the production cost increases, and whole nest post into relevant information inquiry and retrospect is difficult easily loses.
Cultivation task management method, cultivation task management device 10 and the cultivation task management equipment 100 of the application is to use
Family provides whole nest and posts record platform into operation, user can be used cultivation task management equipment 100 record whole nest post into it is whole
The relevant information of nest piglet (quantity of such as whole nest piglet, age in days, reception post into sow information), convenient for subsequent user at this
On a platform conveniently and efficiently to whole nest post into relevant information the operation such as inquired, traced, be conducive to the intelligence of cultivation
Management.
Example shown in Fig. 3 is two different views for cultivating task management equipment 100, cultivates task management equipment 100
For a terminal, the function element such as processor 30, display 40, information acquisition device 50 (that is, camera) are integrated in terminal, are supported
Growing task management equipment 100 can be mobile phone, tablet computer, a laptop etc., and employee can be by cultivating task pipe
It manages equipment 100 and manages farm.Wherein, processor 30 can be the application processor of terminal, display 40 can be terminal
Display screen.Employee passes through operating terminal, that is, enforceable cultivation task management method.
Referring to Fig. 8, in some embodiments, before posting task into whole nest, cultivation task management method is also wrapped
Include following steps:
013: according to the first triggering input starting visioning procedure；
014: determining that task type is that whole nest is posted into task according to the first operation input；
015: obtain receive whole nest piglet post into sow information and field information with sow binding；And
016: being posted according to sow information and the whole nest of field information creating into task.
Referring to Fig. 9, in some embodiments, cultivation task management device 10 further includes starting module 13, determines mould
Block 14 obtains module 15 and creation module 16.Before posting task into whole nest, starting module 13 is used for defeated according to the first triggering
Enter to start visioning procedure.Determining module 14 is used to determine that task type is that whole nest is posted into task according to the first operation input.It obtains
Module 15 be used to obtain receive whole nest piglet post into sow information and the field information bound with sow.Creation module 16 is used for
It is posted according to sow information and the whole nest of field information creating into task.In other words, step 013 can be realized by starting module 13,
Step 014 can be realized that step 015 can be realized that step 016 can be by creation module by acquisition module 15 by determining module 14
16 realize.
Referring to Fig. 3, in some embodiments, cultivation task management equipment 100 further includes information acquisition device 50,
Information acquisition device 50 be used to acquire receive whole nest piglet post into sow information and the field information bound with sow；It is whole entering
Before nest posts task, processor 30 is also used to according to the first triggering input starting visioning procedure；It is determined according to the first operation input
Task type is that whole nest is posted into task；Obtain sow information and the field information with sow binding；And according to sow information and column
The position whole nest of information creating is posted into task.In other words, step 013, step 014, step 015 and step 016 can be by processors
30 realize.
Specifically, whole nest is first created before posting task into whole nest to post into task, by artificially judgement or outside
Portion's equipment judges that puerperal sow needs to carry out to create whole nest when whole nest is posted into task and posts into task.Whole nest is created in user to post
When entering task, processor 30 is according to the first triggering input starting creation flow of task, for example, user clicks the "+" icon in Fig. 4
P6 starting creation flow of task (as shown in Figure 10).Then processor 30 determines that task type is whole nest according to the first operation input
It posts into task, for example, user clicks in Figure 10, sliding is found and whole nest is selected to post into task after task type choice box P7.So
Afterwards, at the beginning of user determines that whole nest posts task by selection of time frame P8.User, which clicks, later determines icon in Figure 10
After P9 into the addition interface of Figure 11 with add the whole nest piglet of reception post into sow information and field information.Addition manner includes
Barcode scanning addition and manually addition.When user adds sow information and field information by barcode scanning, user clicks barcode scanning addition figure
Enter the addition of barcode scanning shown in Figure 12 interface after marking P10, passes through and scan the field card being pre-configured with each field and/or feeding instrument
The pattern code (can be one-dimension code or two dimensional code or three-dimension code etc.) of binding can obtain corresponding sow information and tie up with sow
Fixed field information, specifically, user can be by (such as camera) the alignment pattern codes of information acquisition device 50 (that is, in Figure 12
Scan box S1 alignment pattern code) scanning is completed to obtain corresponding sow information and the field information with sow binding.It is scanning
Enter confirmation creation interface, the sow information and field information scanned shown in Figure 13 after pattern code to be shown in Figure 13, scheme
Field information in 13 includes: the location information of field: " childbirth SheA1Lan "；Sow information includes: sow number: " MZ001 ",
Ear lacking number: " EH001 ".In barcode scanning mistake, such as scan do not need to create whole nest post into task field card and/or feeding instrument
When, the sow information and field information for having scanned addition can be deleted by "-" icon P11 in figure.Whole nest son is received having added
After sow information and corresponding field information that pig is posted, after user can click confirmation creation icon P12, processor 30 can be obtained
The sow information added and the field information with sow binding are got, then completes to correspond to according to sow information and field information
Whole nest post the creation into task.When user is by adding sow information and field information manually, user can be clicked in Figure 11
Manual addition icon P13 enter and add interface shown in Figure 14 manually, then user passes through building choice box icon P14 and column
House choice box icon P15 selects building information and column home information respectively, and as shown in figure 14, user selects building: " 11, Jinggang Mountain
Layer ", column home: " childbirth house "；After having selected building information and column home information, it can show in childbirth house and all bind mother
The field information of pig and corresponding sow information, such as the first row in Figure 14: field: " A1 ", sow number: " MZ001 ", ear lack
Number: " EH001 "；Second row in Figure 14: field: " A2 ", sow number: " PZ002 ", ear lacking number: " EH000 "；Third in Figure 14
Row: field: " A3 ", sow number: " PZ003 ", ear lacking number: " EH003 "；By clicking corresponding " √ " figure of every a line in Figure 14
Mark P16 come select receive post into piglet sow and corresponding field, after sow information and field information have been selected, point
Task can be prompted to add successfully after the confirmation addition icon P17 hit in Figure 14, and (such as Figure 15 shows task creation success prompting frame
S2), processor 30 can get the sow information added and the field information with sow binding, then according to sow information
Corresponding whole nest, which is completed, with field information posts creation into task.In this way, can be rapidly completed by barcode scanning addition and manually addition
Whole nest posts the creation into task.
Please refer to Figure 16, in some embodiments, step 012 the following steps are included:
0121: ingress is posted into whole nest according to the second triggering input；
0122: obtain receive whole nest piglet post into sow information and field information with sow binding；
0123: whole nest being obtained according to the second operation input and is posted into information；And
0124: binding sow and whole nest are posted into information.
Figure 17 is please referred to, in some embodiments, execution module 12 includes entering unit 121, first acquisition unit
122, second acquisition unit 123 and binding unit 124.Into unit 121 be used for according to second triggering input into whole nest post into
Node.First acquisition unit 122 be used to obtain receive whole nest piglet post into sow information and the field information bound with sow.
Second acquisition unit 123 is used to obtain whole nest according to the second operation input and post into information.Binding unit 124 for bind sow and
Whole nest is posted into information.In other words, step 0121 can be by realizing into unit 121, and step 0122 can be obtained single by first
Member 122 realizes that step 0123 can be realized that step 0124 can be realized by binding unit 124 by second acquisition unit 123.
Referring to Fig. 3, in some embodiments, cultivation task management equipment 100 further includes information acquisition device 50,
Information acquisition device 50 be used to acquire receive whole nest piglet post into sow information and the field information bound with sow；Processor 30
It is also used to post ingress into whole nest according to the second triggering input；Obtain sow information and the field information with sow binding；Root
Whole nest is obtained according to the second operation input to post into information；And binding sow and whole nest are posted into information.In other words, step 0121, step
Rapid 0122, step 0123 and step 0124 can be realized by processor 30.
Specifically, the beginning icon P1 for clicking Fig. 7 starts after whole nest posts task, and start node can become suspending node
(as shown in figure 18), current task node motion to whole nest post ingress (as shown in figure 18).It clicks after whole nest posts icon P18
Occur scan box S3 (as shown in figure 19), employee scan first with the whole nest piglet of reception post into sow the pattern bound of field
Code (can be one-dimension code, two dimensional code, three-dimension code etc.), by scan box S3 alignment pattern code to obtain sow information and field letter
Breath scans the pattern for example, the pattern code bound with the sow of field A1 can be scanned by information acquisition device 50 (such as camera)
Code indicates that the whole nest for carrying out field A1 is posted into task.Mistake field is scanned in order to prevent, and processor 30 is in scanning field
Pattern code after judge current field sow whether be current whole nest post received in task whole nest piglet post into sow
(that is, whether current field is posted in task in current whole nest) is that current whole nest is posted in task and connect in the sow of current field
When receiving sow (that is, current field is posted in task in current whole nest) that whole nest piglet is posted, posted into whole nest shown in Figure 20
Enter information registration interface and shows that corresponding whole nest is posted into information.It includes field information (" column in such as Figure 20 that whole nest, which posts information,
Position: A1 "), the ear lacking number (" ear lacking number: EH001 " in such as Figure 20) of sow, the quantity for posting piglet (" posts into head in such as Figure 20
Number: 15 ") and the age in days (" piglet age in days: 10 days " in such as Figure 20) of piglet posted, then processor 30 can be grasped according to second
Make input and obtain whole nest to post into information, as pass through posted shown in Figure 20 into number input frame P19 input whole nest post into piglet head
Number, such as " posting into a number: 15 " indicating that user wants whole nest to post into 15 piglets in Figure 20.And it is not in the sow of current field
When current whole nest posts sow (that is, current field is not posted in task in current whole nest) for receiving whole nest piglet in task and posting
Push current field sow can not whole nest post into prompt information (prompting frame S4 as shown in figure 21), can sweep again at this time
Code.Wrong field is being scanned, such as it includes posting respectively into a brood of piglet to field A1, field A2 and field that current whole nest, which is posted into task,
At the corresponding sow of A3, when the whole nest of the sow of progress field A1 posts the registration into information, the pattern code of field A2 is scanned, this
When posted in task in current whole nest due to current field, so processor 30 can't push current field can not whole nest post into
Prompting message.Employee can scan the pattern code of corresponding field by the icon P20 that rescans clicked in Figure 20 to guarantee
Whole nest is posted into information and field matching.Then it completes after whole nest posts the input of information and click the determination icon P21 in Figure 20,
Processor 30 can get whole nest and post into information, and whole nest is posted into information and the binding of current sow.Complete current field
The whole nest of A1 post can jump to again after task Figure 18 interface (but registered whole nest post into sow number become 1, it is unregistered
Whole nest post into sow number become 2) repeating completing after above-mentioned process the sow of field A2 and the sow of field A3 whole nest post into
Task.In this way, the whole nest that multiple fields can be rapidly completed is posted into task.
Figure 22 is please referred to, in some embodiments, step 015 includes:
0151: scanning field card and/or pattern code corresponding with feeding instrument are to obtain sow information and field information.
Figure 23 is please referred to, in some embodiments, obtaining module 15 further includes scanning element 151.Scanning element 151 is used
In scanning field card and/or pattern code corresponding with feeding instrument to obtain sow information and field information.In other words, step
0151 can be realized by scanning element 151.
Referring to Fig. 3, in some embodiments, field is pre-configured with field card and/or feeding instrument, information collection
Device is for scanning field card and/or pattern code corresponding with feeding instrument to obtain sow information and field information.In other words, it walks
Rapid 161 can be realized by information acquisition device 50.
Specifically, each field be pre-configured with field card and/or feeding instrument, can only configure field card with current column
Position information binding, can also only configure feeding instrument with current field bind, or configuration field card and feeding instrument, and all with work as
Preceding field binding.In the present embodiment, each field is configured with field card and feeding instrument, each correspondence one figure of field card and feeding instrument
Case code, employee can be scanned by information acquisition device 50 can obtain field information with the pattern code of field card and/or feeding instrument, such as scheme
Field interface is scanned shown in 19, whole nest shown in pop-up Figure 20 is posted whole to input into information interface after the pattern code of scanning field
Nest is posted into information.In this way, can quick obtaining field information by 50 barcode scanning of information acquisition device.In other embodiments, step
0122 also includes step 0151, and principle is similar with above embodiment, and details are not described herein.
In some embodiments, before entering next node, if current task node does not complete, current task section is pushed
The unfinished prompt information of point.
Specifically, task execution interface includes multiple task nodes arranged according to predesigned order, multiple tasks node packet
Include beginning, whole nest post into, one or more of summarize, suspend, predesigned order can be posted according to whole nest and execute step into task
It is rapid to determine.During whole nest is posted into task execution, when employee enters next node, processor 30 judges current task section
Whether point is completed, and during posting task execution such as whole nest, employee is currently at whole nest and posts ingress, needs 3 nest piglets
It is posted respectively at three sows, can be prompted after completing the whole nest of sow of field A1 and posting information registration current registered whole
Nest post into sow number and unregistered whole nest post into sow number, as of fig. 24 registered whole nest post into sow number: 1；
Unregistered whole nest post into sow number: 2；Employee enters interface shown in Figure 25 by clicking after next Head icon P22 in Figure 24,
Since the whole nest that employee only registers the sow of field A1 is posted into information, do not completed also then indicating that the whole nest is posted into task, this
If when employee click next node when (as click Figure 25 in summary icon P23 when) prompt information can be pushed, as shown in figure 26
Prompting interface, the unfinished prompt information of display current task node, employee can click the cancellation icon P24 in Figure 26 at this time
To complete to be again introduced into total nodal point after remaining whole nest posts task, or the determination icon P25 clicked directly in Figure 26 laggard
Enter total nodal point.In this way, the performance of employee's current task can be prompted, prevent employee from omitting.
Figure 27 is please referred to, in some embodiments, cultivation task management method is further comprising the steps of:
017: when executing current task node, if receiving need to suspend when executing whole nest and posting the instruction into task, suspending
Whole nest is executed to post into task.
Figure 28 is please referred to, in some embodiments, cultivation task management device 10 further includes pause module 17.Suspend mould
Block 17 is used for when executing current task node, if receiving when need to suspend the whole nest of execution and posting the instruction into task, suspends execution
Whole nest is posted into task.In other words, step 017 can be realized by pause module 17.
Referring to Fig. 3, in some embodiments, processor 30 is also used to when executing current task node, if
Reception need to suspend when executing whole nest and posting the instruction into task, then suspend and execute whole nest and post into task.
In other words, step 017 can be realized by processor 30.
Specifically, in one example, cultivation task management equipment 100 further includes timer, and timer can post whole nest
The entire implementation procedure for entering task carries out timing, i.e., when employee clicks the beginning icon of Fig. 7, timer starts timing, in member
Work is clicked when summarizing icon, and timer stops timing, and the timing time of timer is that whole nest posts execution time into task, place
Reason device 30 can read the timing time from timer.In another example, processor 30 can calculate whole nest post into
The execution time of task, i.e., employee click start icon at the time of, system that processor 30 records this practical start time
Time, at the time of employee clicks and summarizes icon, processor 30 records the system time of this practical cut-off time, processor 30
Whole nest is calculated according to the time difference between the system time of practical start time and the system time of practical cut-off time to post into appointing
The execution time of business.In this way, task management equipment 30 is cultivated in the implementation procedure that whole nest posts task, if encountering burst shape
Condition, employee can click the pause icon P26 in Figure 25 to suspend whole nest and post execution into task, at this point, timer times meter
When (or processor 30 record this intermediate cut-off time system time).After employee again taps on pause icon, timing
Device continue timing, and employee click summarize icon when stop timing to obtain whole nest post into task the execution time (or
Processor 30 records the system time of this intermediate initial time, the record practical cut-off time when employee clicks and summarizes icon
System time, and be according to the system time of practical initial time, the system time of intermediate initial time, intermediate cut-off time
The system time of system time and practical cut-off time calculate whole nest and post execution time into task).In this way, available to whole
Nest posts the real execution time into task.
Figure 29 is please referred to, in some embodiments, multiple tasks node includes summarizing, and cultivation task management method also wraps
Include following steps:
018: after executing and summarizing task node, delivering and the evaluation into task performance, defeated according to user is posted to whole nest
Enter summary to the task of execution and user at least one of the feedback of system operability.
Figure 30 is please referred to, in some embodiments, cultivation task management device 10 further includes publication module 18.Deliver mould
Block 18 is used for after executing summary task node, is delivered and is posted the evaluation into task performance, according to user's input pair to whole nest
At least one of the feedback of the summary of execution task and user to system operability.In other words, step 018 can be by sending out
Table module 18 is realized.
Referring to Fig. 3, in some embodiments, processor 30 is also used to after executing summary task node, hair
Table is posted the evaluation into task performance to whole nest, is inputted to the summary of the task of execution and user according to user to system operatio
At least one of the feedback of property.
In other words, step 018 can be realized by processor 30.
Specifically, whole nest is posted in user after task finishes, i.e., unregistered whole nest post into sow number be 0 when, use
After the summary icon P23 in Figure 25 is clicked at family, interface can jump to total junction interface of Figure 31.Total junction interface includes delivering to whole nest
Post the evaluation into task performance, according to user's input to the summary of the task of execution and user to the feedback of system operability
At least one of or it is multiple.
Wherein, delivering the evaluation for posting whole nest into task performance refers to cultivation task management equipment 100 to user
It executes whole nest and posts evaluation into task.The foundation of evaluation includes at least one of the following: whole nest posts the duration used into task,
Whole nest post into task completeness (for example, each task node whether have execution, whole nest post ingress whether to all to
Whole nest, which is posted, to carry out the whole nest that whole nest is posted into, registration into sow and posts into whether accurate selection of information etc.).Evaluation can be to appoint
The form of business score is shown, for example, 100 points, 95 points, 80 points, 60 points, 40 points, 0 point etc., can also be further displayed
Specific evaluation, for example 100 points of specific evaluation is " Good job ", 40 points specifically evaluate be " unregistered whole nest post into mother
Pig number: 1 ", i.e., for may indicate that the defects of task execution process place etc. in the evaluation for not the obtaining full marks of the task.It supports
Growing task management equipment 100 can be by these evaluation as employee's KPI Key Performance Indicator (KPI, Key Performance
Indicator performance assessment criteria), and the KPI of quantization is formed as a result, and with intuitive way after doing analysis processing to these evaluations
It shows, facilitates management of the enterprise to employee.
Refer to that gains in depth of comprehension, experience after user executes this subtask etc. are believed to summarys of appointed task according to user's input
Breath.What user can be summarized by way of being manually entered or voice inputs fills in, and processor 30 is inputted according to user and controlled
Display 40 processed shows the summary content of user.The summary of the appointed task can will be stored by cultivating task management equipment 100
Get up, check, analyze and learn for other employees, especially new employee, is conducive to the sharing and succession of experience.
User refers to evaluation of the user to system, such as the convenience of the operation to system to the feedback of system operability
Property, the integrality of task node, interface aesthetics etc. evaluation.By taking the convenience of the operation of system as an example, interface can be shown
Show the icons such as " facilitating handy ", " general ", " very poor " for selection by the user, a box can also be shown for user's input pair
The improved suggestion of management system.
Referring to Fig. 3, in some embodiments, information acquisition device 50 is also used to acquire the sow letter for sending whole nest piglet
Breath and the field information bound with sow, multiple tasks node further includes sending node, sends the whole nest of node registration by executing
Information is sent, it includes the sow information for sending whole nest piglet and the field information with sow binding that whole nest, which sends information,.
Specifically, it when the whole nest of execution is posted into task, before carrying out whole nest and posting information registration, executes whole nest and sends information
Registration is registered by the sow information for sending whole nest piglet and with the field information of sow binding, to allow user can be with
Solving whole nest piglet is sent from the sow of which field, is conducive to whole nest and is posted management into task.
Figure 32 is please referred to, the cultivation task management system 1000 of the application embodiment includes any of the above-described embodiment
Task management equipment 100 and external equipment 200 are cultivated, external equipment 200 and cultivation task management equipment 100 communicate to connect.Tool
Body, external equipment 200 may include camera, sensor etc., external equipment 200 for acquire data and with cultivation task management
Equipment 100 is communicated.
Please continue to refer to Figure 32, in other embodiments, cultivation task management system 1000 may also include server
300, and cultivate task management equipment 100, external equipment 200 and 300 three of server and communicate two-by-two.At this point, server 300
The institute that the processor 30 in cultivation task management equipment 100 can be executed is functional, and the data that external equipment 200 acquires are by servicing
The processing of device 300, processing result is transferred to after having handled and cultivates task management equipment 100 by server 300, by cultivation task management
Display 40 in equipment 100 is shown.Certainly, the data that external equipment 200 acquires can be a part of by server 300
Reason, a part are handled by the processor 30 of cultivation task management equipment 100, can be with speed up processing.
The cultivation task management system 1000 of the application provides whole nest for user and posts record platform into operation, and user can be with
Using cultivation task management equipment 100 record whole nest post into the relevant information of whole nest piglet (quantity of such as whole nest piglet, day
Age, reception post into sow information etc.), convenient for subsequent user on this platform conveniently and efficiently to whole nest post into related believe
It ceases and the operation such as is inquired, traced, be conducive to the intelligent management of cultivation.
Although presently filed embodiment has been shown and described above, it is to be understood that above embodiment is
Illustratively, it should not be understood as the limitation to the application, those skilled in the art within the scope of application can be right
Above embodiment is changed, modifies, replacement and variant, and scope of the present application is defined by the claims and their equivalents.
Claims (14)
1. a kind of cultivation task management method, which is characterized in that the cultivation task management method includes:
Enter whole nest according to the first trigger action to post into task, it includes the multiple of predetermined order generation that the whole nest, which is posted into task,
Task node, multiple task nodes include that whole nest posts ingress；And
The whole nest, which is executed, according to the second trigger action posts ingress.
2. cultivation task management method according to claim 1, which is characterized in that post into the whole nest into task
Before, the cultivation task management method further include:
According to the first triggering input starting visioning procedure；
Determine that the task type is that the whole nest is posted into task according to the first operation input；
Obtain receive whole nest piglet post into sow information and field information with sow binding；And
It is posted according to whole nest described in the sow information and the field information creating into task.
3. cultivation task management method according to claim 1, which is characterized in that described to be inputted according to the second trigger action
It executes the whole nest and posts ingress, comprising:
Ingress is posted into the whole nest according to the second triggering input；
Obtain receive whole nest piglet post into sow information and field information with sow binding；
Whole nest is obtained according to the second operation input to post into information；And
It binds the sow and the whole nest is posted into information.
4. cultivation task management method according to claim 2 or 3, which is characterized in that the current field is pre-configured with
Field card and/or feeding instrument, it is described obtain receive whole nest piglet post into sow information and believe with the field of sow binding
Breath, comprising:
The field card and/or the feeding instrument are scanned to obtain the sow information and the field information.
5. cultivation task management method according to claim 1, which is characterized in that the cultivation task management method also wraps
It includes:
When executing current task node, if receiving need to suspend when executing the whole nest and posting the instruction into task, suspend execution
The whole nest is posted into task.
6. cultivation task management method according to claim 1, which is characterized in that multiple task nodes include total
Knot, the cultivation task management method further include:
After executing the summary task node, delivers and the evaluation into task performance, defeated according to user is posted to the whole nest
Enter summary to the task of execution and user at least one of the feedback of system operability.
7. a kind of cultivation task management device, which is characterized in that the cultivation task management device includes:
It into module, posts for entering whole nest according to the first trigger action into task, it includes by predetermined that the whole nest, which is posted into task,
The multiple tasks node that order generates, multiple task nodes include that whole nest posts ingress；And
Execution module posts ingress for executing the whole nest according to the second trigger action.
8. a kind of cultivation task management equipment, which is characterized in that the cultivation task management equipment includes processor, the processing
Device is used for:
Enter whole nest according to the first trigger action to post into task, it includes the multiple of predetermined order generation that the whole nest, which is posted into task,
Task node, multiple task nodes include that whole nest posts ingress；And
The whole nest, which is executed, according to the second trigger action posts ingress.
9. cultivation task management equipment according to claim 8, which is characterized in that the cultivation task management equipment is also wrapped
Include information acquisition device, the information acquisition device be used to acquire receive whole nest piglet post into sow information and with sow binding
Field information；Before posting task into the whole nest, the processor is also used to:
According to the first triggering input starting visioning procedure；
Determine that the task type is that the whole nest is posted into task according to the first operation input；
Obtain the sow information and the field information with sow binding；And
It is posted according to whole nest described in the sow information and the field information creating into task.
10. cultivation task management equipment according to claim 8, which is characterized in that the cultivation task management equipment is also
Including information acquisition device, the information acquisition device be used to acquire the whole nest piglet of reception post into sow information and tie up with the sow
Fixed field information；The processor is also used to:
Ingress is posted into the whole nest according to the second triggering input；
Obtain the sow information and the field information with sow binding；
Whole nest is obtained according to the second operation input to post into information；And
It binds the sow and the whole nest is posted into information.
11. cultivation task management equipment according to claim 9 or 10, which is characterized in that the current field is pre-configured
There are field card and/or feeding instrument, the information acquisition device to obtain for scanning the field card and/or the feeding instrument described
Sow information and the field information.
12. cultivation task management equipment according to claim 8, which is characterized in that the processor is also used to executing
When current task node, if receiving need to suspend when executing the whole nest and posting the instruction into task, suspends and execute the whole nest and post
Enter task.
13. cultivation task management equipment according to claim 8, which is characterized in that multiple task nodes include total
Knot, the processor are also used to after executing the summary task node, deliver and post the whole nest into task performance
Evaluation is inputted to the summary of the task of execution and user according to user at least one of feedback of system operability.
14. a kind of cultivation task management system, which is characterized in that the cultivation task management system includes:
Cultivation task management equipment described in claim 8-13 any one；With
External equipment, the cultivation task management equipment are connect with the external device communication.
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