CN109872068A - 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.The cultivation task management method of the application embodiment is applied to cultivation task management system, and the cultivation task management system includes feeding instrument, and the cultivation task management method includes: the residual feed amount obtained in the feeding instrument；Feeding instruction is generated when the residual feed amount is less than the first predetermined threshold；And push feeding task is instructed according to the feeding.Cultivation task management method, cultivation task management device, cultivation task management equipment and the cultivation task management system of the application issues feeding through the residual feed amount in detection feeding instrument and when residual feed amount is less than the first predetermined threshold and instructs to instruct push feeding task according to feeding, the feeding task push of automation can be realized without artificial detection record, manpower and production cost have been saved, the intelligent management of feeding task is realized.
Description
Technical field
This application involves cultivation field, in particular to a kind of cultivation task management methods, cultivation task management device, cultivation
Task management equipment and cultivation task management system.
Background technique
Often be managed to by material culture by personal experience in existing cultivation field, as the feeding of sow, nursing,
Breeding, feeding, childbirth etc. are to go to judge by personal experience, when by material culture it is larger when, gone by personal experience
A large amount of manpower can be wasted to all be managed by material culture, high production cost, and it is easy error influence culture efficiency.
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 is applied to cultivation task management system, the cultivation task pipe
Reason system includes feeding instrument, and the cultivation task management method includes: the residual feed amount obtained in the feeding instrument；Described
Feeding instruction is generated when residual feed amount is less than the first predetermined threshold；And push feeding task is instructed according to the feeding.
The cultivation task management device of the application embodiment is applied to cultivation task management system, the cultivation task pipe
Reason system includes feeding instrument, and the cultivation task management device includes the first acquisition module, generation module and the first pushing module.
The first acquisition module is used to obtain the residual feed amount in the feeding instrument；The generation module is used in the remaining feeding
Feeding instruction is generated when doses is less than the first predetermined threshold；And first pushing module, for being pushed away according to feeding instruction
Feeding task.
The cultivation task management equipment application of the application embodiment is in cultivation task management system, the cultivation task pipe
Reason system includes feeding instrument, and the cultivation task management equipment includes processor.The processor is for obtaining the feeding instrument
Interior residual feed amount；Feeding instruction is generated when the residual feed amount is less than the first predetermined threshold；And according to the feeding
Instruction push feeding task.
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 by the residual feed amount in detection feeding instrument and issues feeding when residual feed amount is less than the first predetermined threshold
To instruct push feeding task according to feeding, the feeding task that automation can be realized without artificial detection record is pushed away for instruction
It send, has saved manpower and production cost, realize the intelligent management of feeding task.
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 is the structural schematic diagram of the cultivation task management system of the application certain embodiments；
Fig. 5 is the structural schematic diagram of the external equipment of the application certain embodiments；
Fig. 6 is the flow diagram of the cultivation task management method of the application certain embodiments；
Fig. 7 is the module diagram of the cultivation task management device of the application certain embodiments；
Fig. 8 to Figure 11 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；
Figure 12 is the flow diagram of the cultivation task management device of the application certain embodiments；
Figure 13 is the module diagram of the cultivation task management method of the application certain embodiments；
Figure 14 to Figure 22 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；
Figure 23 is the flow diagram of the cultivation task management method of the application certain embodiments；
Figure 24 is the module diagram of the cultivation task management device of the application certain embodiments；
Figure 25 is the flow diagram of the cultivation task management method of the application certain embodiments；
Figure 26 is the module diagram of the cultivation task management device of the application certain embodiments；
Figure 27 is the schematic diagram of a scenario of the cultivation task management method of the application certain embodiments；
Figure 28 is the flow diagram of the cultivation task management method of the application certain embodiments；
Figure 29 is the module diagram of the cultivation task management method of the application certain embodiments；
Figure 30 is the flow diagram of the cultivation task management method of the application certain embodiments；With
Figure 31 is the schematic diagram of a scenario of the cultivation task management granting 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 is applied to cultivation task management system 1000
(as shown in Figures 4 and 5), cultivation task management system 1000 include feeding instrument 202, and cultivation task management method includes:
011: obtaining the residual feed amount in feeding instrument 202；
012: feeding instruction is generated when residual feed amount is less than the first predetermined threshold；And
013: push feeding task is instructed according to feeding.
Referring to Fig. 2, the cultivation task management device 10 of the application embodiment is applied to cultivation task management system
1000, cultivation task management device 10 includes the first acquisition module 11, generation module 12 and the first pushing module 13.First obtains
Module 11 is used to obtain the residual feed amount in feeding instrument 202.Generation module 12 is used for predetermined less than first in residual feed amount
Feeding instruction is generated when threshold value.First pushing module 12 is used to be appointed according to the physiological period push feeding for executing time and sow
Business.In other words, step 011 can realize that step 012 can be realized by generation module 12, step by the first acquisition module 11
013 can be realized by the first pushing module 13.
Referring to Fig. 3, the cultivation task management equipment 100 of the application embodiment is applied to cultivation task management system
1000, cultivation task management equipment 100 includes processor 30.Processor 30 is used to obtain the residual feed amount in feeding instrument 202；
Feeding instruction is generated when residual feed amount is less than the first predetermined threshold；And push feeding task is instructed according to feeding.
Fig. 4 and Fig. 5 are please referred to, the feeding management system 1000 of the application embodiment includes cultivation task management equipment
100 and external equipment 200.External equipment 200 includes feeding instrument 202.External equipment 200 and cultivation task management equipment 100 are logical
Letter connection.
In other words, step 011, step 012 and step 013 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, feeding 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, batch pig 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, batch pig sales task, batch pig 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.
Generally, pig farm includes house, column home and field.It include multiple column homes inside house, each column home has different
Function, such as breeding house, for disposing the sow of breeding and breeding to sow, gestation house placement farrowing sow, childbirth house is then
Dispose the sow of nursing period with for feeding piglet, in other words, every kind of column home has disposed the sow of physiological period.It can be with
Understand, for the sow of physiological period, the feed needed is also different, needed for the sow for instance in heat period
Feed more may need to be improved the effect of pregnancy rate, and feed needed for the sow in gestational age then needs miscarriage prevention
Effect, and feed needed for the sow in nursing period is required to effect for promoting milk to generate etc., according to the difference of sow
Physiological periods, which convey different types of feed, can realize that fining is fed, to maximumlly improve the culture efficiency of sow.Often
A column home includes multiple fields, and general each field is provided with a feeding instrument 202 for feeding the pig in field.Feeding
Instrument 202 is generally stored with the forage volume for meeting and repeatedly feeding, such as each feeding instrument 202 stores the feed fed twice enough
Amount, every time under expect the feed of feed bunk half at present.Feeding instrument 202 can detect the residual feed amount of itself, such as feeding instrument
202 may include weighing apparatus 208, and weighing apparatus 208 can weigh to the residual feed amount in feeding instrument 202, and processor 30 can be with
Obtain the weighing data of weighing apparatus 208 in real time to obtain the residual feed amount of feeding instrument 202.Processor 30 is in residual feed amount
Feeding instruction is generated when less than the first predetermined threshold, or feeding instrument 202 can detect that residual feed amount is predetermined less than first
Feeding is transmitted when threshold value to instruct to processor 30.Then corresponding feeding task is established according to feeding instruction and pushed.In this way, can
Feeding task is pushed in time according to the residual feed amount of feeding instrument 202, guarantees the feeding effect of pig.
It is appreciated that feeding task is all based on manually to manage at present, i.e., pig farm employee is when having found feed deficiency
Actively carry out feeding.Farm's scale can carry out the management of feeding task by the way of labor management when smaller.But when feeding
Grow field it is larger when, column home and field are more, only rely on personal monitoring and and different column homes are actively sent different types of
Feed, it may be desirable to consume a large amount of manpowers, lead to that the production cost increases, influence culture efficiency.
Cultivation task management method, cultivation task management device 10 and the cultivation task management equipment 100 of the application passes through
Detection feeds the residual feed amount in instrument 202 and issues feeding instruction when residual feed amount is less than the first predetermined threshold to root
Push feeding task is instructed according to feeding, the feeding task push of automation can be realized without artificial detection record, saved people
Power and production cost realize the intelligent management of feeding task.
Example shown in Fig. 3 is the plan view for cultivating task management equipment 100, and cultivation task management equipment 100 is one
A terminal, the function element such as processor 30, display 40 are integrated in terminal, and cultivation task management equipment 100 can be one
Mobile phone, tablet computer, laptop etc., employee can manage farm by cultivation task management equipment 100.Wherein, locate
Device 30 can be the application processor of terminal to reason, display 40 can be the display screen of terminal.Employee passes through operating terminal
The cultivation task management method of implementation.
Referring to Fig. 6, in some embodiments, cultivation task management method is further comprising the steps of:
014: according to default trigger action to enter feeding task.
Referring to Fig. 7, in some embodiments, cultivation task management device 10 further includes entering module 14.Into mould
Block 14 is used for according to default trigger action to enter feeding task.In other words, step 014 can be by realizing into module 14.
Referring to Fig. 3, in some embodiments, processor 30 is also used to appoint according to default trigger action to enter feeding
Business.
In other words, step 014 can be realized by processor 30.
Specifically, incorporated by reference to Fig. 8 to Figure 11, in one example, trigger action can be the left side user successive touch-control Fig. 8
Shown in " continuation " icon P2 shown in feeding task icons P1, Fig. 9 main interface shown in taskbar or " entrance " icon P3, Figure 10
" continuation " icon P4 and Figure 11 shown in " beginning " icon P5.After user clicks Figure 10 " continuation " icon P4, Figure 11 will be shown
The multiple tasks node of feeding task, multiple tasks node may include beginning, feeding, discharge, summary, one in pause or
It is multiple.After user has clicked beginning icon P5, the trigger action for being considered as user's input is completed, and processor 30 starts feeding task.
More specifically, as shown in figure 8, display 40 is aobvious after the terminal of pig farm employee receives the feeding task of push
Show feeding task, pig farm employee clicks the feeding task for entering Fig. 9 after the feeding task icons P1 in the task list on the left of Fig. 8
Task list interface, task list interface display has all feeding tasks that current employee can be performed.Feeding task includes not
Feeding task in the feeding task and processing of beginning, the feeding task presentation employee not started start the task not yet, locate
The feeding task that feeding task presentation employee in reason had carried out processing, but be not fully completed before.Such as it is sent
Burst thing (sow is hurdled) is encountered when material task to need to handle, and can first be suspended feeding task, then handled burst
Unfinished feeding task is continued to complete after thing, can handle the feeding task again as clicked the continuation icon P2 in Fig. 9.
Present embodiment is illustrated for handling the feeding task not started.Enter Figure 10 after the entrance icon P3 for clicking Fig. 9
Shown in task details interface, task details interface display has the feed type of feeding task, material tower number and process state information,
Such as feed type in Figure 10: A1, material tower number: 1；Processing status: do not start.Employee clicks the continuation icon P4 in Figure 10 and enters figure
Task execution interface shown in 11, the beginning icon P5 for clicking Figure 11 can start feeding task.Task execution interface includes more
A task node arranged according to predesigned order, multiple tasks node include beginning, feeding, discharge, summary, one in pause
Or it is multiple, predesigned order can be determined according to the execution step of feeding.Such as feeding task includes start node, feeding in Figure 11
Node, discharge node and total nodal point.In this way, employee can carry out feeding task according to the task instruction that display 40 is shown,
And when executing corresponding task node, executes the process below interface and guide column that can show the guide letter for executing the task node
Breath such as " clicks beginning icon to begin a task with " how prompt employee starts feeding task in the interface display of Figure 11, reduces and understand
The learning cost of the specific execution step of feeding task.
Figure 12 is please referred to, in some embodiments, feeding task includes the multiple tasks section generated according to predesigned order
Point, multiple tasks node include feeding node and discharge node, cultivate task management method further include:
015: feeding node is executed according to the first triggering input；
016: being inputted according to the second triggering and determine that feeding node is completed；
017: input being triggered according to third and executes discharge node；And
018: being inputted according to the 4th triggering and determine that discharge node is completed.
Figure 13 is please referred to, in some embodiments, cultivation task management device 10 further includes the first execution module 15, the
One determining module 16, the second execution module 17 and the second determining module 18.First execution module 15 is used for defeated according to the first triggering
Enter to execute feeding node.First determining module 16, which is used to be inputted according to the second triggering, determines that feeding node is completed.Second executes
Module 17, which is used to trigger input according to third, executes discharge node.Second determining module module 18 is used to be inputted according to the 4th triggering
Determine that discharge node is completed.In other words, step 015 can realize that step 016 can be by first by the first execution module 15
Determining module 16, step 017 can be realized by the second execution module 17, step 018 by the second determining module 18.
Referring to Fig. 3 to Fig. 5, in some embodiments, processor 30 is also used to be held according to the first triggering input
Row feeding node；It is inputted according to the second triggering and determines that feeding node is completed；Input, which is triggered, according to third executes discharge node；And
It is inputted according to the 4th triggering and determines that discharge node is completed.
In other words, step 015, step 016, step 017 and step 018 can be realized by processor 30.
Specifically, incorporated by reference to Fig. 5, external equipment 200 further includes material tower 204 and conveying pipeline diatom 206.Material tower 204 is used for
Different types of feed is stored, and feed is transported to by feeding instrument 202 (that is, feeding task) by conveying pipeline diatom 206, finally
Feed instrument 202 by under feed in feed bunk to feed pig.The general corresponding one or more material towers 204 of each column home, on column
When the residual feed amount in feeding instrument 202 in house is less than the first predetermined threshold, corresponding one or more material towers 204 are column home
Feeding.For example, column home is breeding house, required feed type is A1 type, then settable one is equipped with the material tower of A1 type feed
204 be breeding house feeding.For another example column home is childbirth house, required feed type is A2 type, A3 type and A4 type, is respectively cherished
Feed needed for pregnant early period, mid pregnancy and later stage of pregnancy, a settable material tower 204 are stored not respectively in different pregnancy periods
Same feed (that is, pregnancy storage early period A2 type, mid pregnancy storage A3 type and later stage of pregnancy store A4 type)；Or setting three
A material tower 204 stores the feed of A2 type, A3 type and A4 type respectively, and the sow in gestation house houses A2 when being in pregnancy early period
The material tower 204 of type feed carries out feeding, and the sow in gestation house houses the material tower 204 of A3 type feed when being in mid pregnancy
Feeding is carried out, the sow in gestation house houses A4 type feed material tower 204 when being in later stage of pregnancy carries out feeding, multiple dresses
The material tower 204 and different column homes for having different type feed match, and can carry out the feeding of multiple column homes simultaneously.In other implementations
In mode, all column homes carry out feeding by a material tower 204, and material tower 204 includes a variety of different types of feeds, the material tower 204
It is connect by conveying pipeline diatom 206 with the feeding instrument 202 of all column homes.In this way, can be all column homes by a material tower 204
Carry out feeding.
After the beginning icon P5 that user clicks Figure 11 starts feeding task, start node can become suspending node, currently
Task node is moved to feeding node (as shown in figure 14).Start after clicking feeding icon P6 (that is, first triggering input)
Feeding interface (as shown in figure 15) is then clicked and enters feeding list interface shown in Figure 16 after starting feeding icon P7, then
By the feed type of choice box P8 selection feeding and for the material tower 204 of feeding, such as the feed type in Figure 16: A1；Expect tower
Number: 1.Then it clicks to enter after confirming icon P8 and confirms that interface is completed in feeding shown in Figure 17, at this point, the control pair of processor 30
The material tower 204 answered starts in all feeding instrument 202 being fed in corresponding column home (such as gestation house), such as No. 1 material tower of control
204 send in the feed of A1 type to all feeding instrument 202 of gestation house.Employee can artificially detect whether that feeding is completed, for example, feeding
Instrument 202 may also include display screen (not shown) and controlled valve (not shown), and the controllable feeding instrument 202 of controlled valve receives conveying
The feed of pipe line 206 or the feed for stopping receiving conveying pipeline diatom 206, feeding instrument 202 receives defeated after opening controlled valve
The feed of expects pipe diatom conveying stops receiving the feed that conveying pipeline diatom 206 conveys after turning off the switch valve.Display screen can be shown
Show residual feed amount, employee can reach the second predetermined threshold in the remaining scale of feeding in feeding instrument 202, and (such as feeding instrument 202 is total
The percent of amount of storage 80) when determine that feeding is completed or processor 30 reaches the second predetermined threshold getting remaining amount of storage
Feeding completed prompt (such as Figure 18) is pushed when value.After the completion of feeding, feeding instrument 202 turns off the switch valve, guarantees every
Forage volume in a feeding instrument 202 is in the second predetermined threshold.Then employee clicks the confirmation feeding in Figure 17 and figure is completed
P10 (that is, second triggering input) is marked to enter discharge interface shown in Figure 19, clicks discharge icon P11 (that is, third triggering is defeated
Enter) enter beginning discharge interface shown in Figure 20 afterwards, it is complete that click beginning discharge icon P12 enters confirmation discharge shown in Figure 21
At interface and start discharge.Since material tower 204 carries out feeding by conveying pipeline diatom 206, so after the completion of feeding, conveying pipeline
Certain feed residual is had in diatom 206, can proceed with feeding at this time, since feeding instrument 202 has been switched off controlled valve,
So feed can come back to material tower 204 along conveying pipeline diatom 206 to complete discharge (as shown in Figure 5).After discharge is complete
Since conveying pipeline diatom 206 does not have feed, so material tower 204 can not receive the feed ejected again, therefore, processor 30
Feed can be not received by the given time to determine whether discharge is completed, and is prompted after the completion of discharge by expecting tower 204
(as shown in figure 22) is completed in discharge.Alternatively, employee by check material tower 204 whether in the predetermined time all without feed enter with
Judge whether that discharge is completed.Confirmation discharge shown in Figure 21 is clicked after the completion of discharge, and icon P13 is completed (that is, the 4th triggering
Input) confirmation completion discharge.In this way, feeding task can be rapidly completed.
Figure 23 is please referred to, in some embodiments, step 016 includes:
0161: stopping receiving feed when residual feed amount is greater than the second predetermined threshold；And
0162: determining that feeding node is completed when all feeding instrument 202 stop and receive feed.
Figure 24 is please referred to, in some embodiments, cultivation task management device 10 further includes stop unit 161 and determines
Unit 162.Stop unit 161 is also used to stop when residual feed amount is greater than the second predetermined threshold to receive feed；Determination unit
162 for determining that feeding node is completed when all feeding instrument 202 stop and receive feed.In other words, step 0161 can be with
It is realized by stop unit 161, step 0162 can be realized by determination unit 162.
Referring to Fig. 3 to Fig. 5, in some embodiments, feeding instrument 202 is used to be greater than second in residual feed amount
Stop receiving feed when predetermined threshold.Processor 30 is also used to determine feeding section when all feeding instrument 202 stop and receive feed
Point is completed.
In other words, step 0161 and step 0162 can be realized by processor 30.
Specifically, incorporated by reference to Fig. 5, in feeding, feeding instrument 202 includes controlled valve, and controlled valve is for controlling feeding
Instrument 202 receives the feed of conveying pipeline diatom 206 or stops receiving the feed of conveying pipeline diatom 206, raises after opening controlled valve
The feed that instrument 202 receives the conveying of conveying pipeline diatom is fed, stops receiving the feeding that conveying pipeline diatom 206 conveys after turning off the switch valve
Material.Detect that residual feed amount reaches the second predetermined threshold (such as the feeding total scale of feeding of instrument 202 in the weighing apparatus 208 of feeding instrument 202
Percent 80) when turn off the switch valve (that is, stop receive feed).Then all feedings of the processor 30 in current column home
Instrument 202 stops can determine that feeding is completed after receiving feed.In this way, can accurately determine, whether feeding is completed.All
When feeding instrument 202 stops receiving feed, illustrate that this is not needed further to feed 202 feeding of instrument, feeding node is complete
At.
Figure 25 is please referred to, in some embodiments, feeding task includes the multiple tasks section generated according to predesigned order
Point, cultivation task management method are further comprising the steps of:
019: when judgement enters next task node, whether current task node is completed；And
020: if current task node does not complete, pushing the unfinished prompt information of current task.
Figure 26 is please referred to, in some embodiments, cultivation task management device 10 further includes judgment module 19 and second
Pushing module 20.When judgment module 19 is for judging to enter next task node, whether current task node is completed.Second pushes away
Send module 20 for when current task node does not complete, then pushing the unfinished prompt information of current task.In other words, it walks
Rapid 019 can be realized by judgment module 19, and step 020 can be realized by the second pushing module 20.
Referring to Fig. 3, in some embodiments, when processor 30 is also used to judge to enter next task node,
Whether current task node is completed；And if current task node does not complete, and pushes the unfinished prompt information of current task.
In other words, step 019 and step 020 can be realized by processor 30.
Specifically, task execution interface shown in figure 15 includes multiple task nodes arranged according to predesigned order, multiple
Task node includes one or more of beginning, feeding, discharge, summary, pause, and predesigned order can be according to feeding task
Step is executed to determine.During feeding task execution, when employee enters next node, processor 30 judges current task
Whether node is completed, and during feeding task execution, employee clicks directly on next section after having clicked beginning feeding icon P6
Prompt information can be pushed (as when clicking the discharge node in Figure 15) when point, prompting interface as shown in figure 27, display is as predecessor
The unfinished prompt information of business node, after employee can click the cancellation icon P14 in Figure 27 to complete remaining feeding task at this time
It is again introduced into discharge node, or enters discharge node after clicking directly on the determination icon P15 in Figure 27.In this way, can the person of prompt
The performance of work current task, prevents employee from omitting.
Figure 28 is please referred to, in some embodiments, feeding task includes the multiple tasks section generated according to predesigned order
Point, cultivation task management method are further comprising the steps of:
021: when executing current task node, if receive the instruction that need to suspend execution feeding task, suspending execution
Feeding task.
Figure 29 is please referred to, in some embodiments, cultivation task management device 10 further includes pause module 21.Suspend mould
Block 21 is used for when executing current task node, if receive the instruction that need to suspend execution feeding task, suspends execution feeding
Task.In other words, step 021 can be realized by pause module 21.
Referring to Fig. 3, in some embodiments, processor 30 is also used to when executing current task node, if
When receiving the instruction that need to suspend execution feeding task, then suspends and execute feeding task.
In other words, step 021 can be realized by processor 30.
Specifically, in one example, cultivation task management equipment 100 further includes timer, and timer can appoint feeding
The entire implementation procedure of business carries out timing, i.e., when employee clicks the beginning icon of Figure 11, timer starts timing, in employee's point
When hitting summary icon, timer stops timing, and the timing time of timer is the execution time of feeding task, and processor 30 can
To read the timing time from timer.In another example, when processor 30 can calculate the execution of feeding task
Between, i.e., at the time of employee clicks beginning icon, processor 30 records the system time of this practical start time, in employee's point
It hits at the time of summarize icon, processor 30 records the system time of this practical cut-off time, and processor 30 is according to actually starting
Time difference between the system time at moment and the system time of practical cut-off time calculates the execution time of feeding task.Such as
This cultivates task management equipment 30 in the implementation procedure of feeding task, if encountering emergency situations, employee can click Figure 14's
Suspend icon to suspend the execution of feeding task, at this point, timer times timing (or processor 30 records this intermediate cut-off
The system time at moment).After employee again taps on pause icon, timer continues timing, and clicks in employee and summarize icon
When stop timing to obtain feeding task the execution time (or processor 30 record the system of this intermediate initial time when
Between, the system time of record practical cut-off time when employee clicks and summarizes icon, and when according to the system of practical initial time
Between, the system time of intermediate initial time, the intermediate system time of cut-off time and the system time meter of practical cut-off time
Calculate the execution time of feeding task).In this way, the available real execution time to feeding task.
Figure 30 is please referred to, in some embodiments, multiple tasks node includes summarizing, and cultivation task management method also wraps
Include following steps:
022: after executing summary task node, delivering the evaluation to feeding task performance, according to user's input pair
At least one of the feedback of the summary of execution task and user to system operability.
Referring to Figure 29, in some embodiments, cultivation task management device 10 further includes publication module 22.Hair
Table module 22 is used for after executing summary task node, delivers the evaluation to feeding task performance, according to user's input pair
At least one of the feedback of the summary of execution task and user to system operability.In other words, step 022 can be by sending out
Table module 22 is realized.
Referring to Fig. 3, in some embodiments, processor 30 is also used to after executing summary task node, hair
Table is inputted to the summary of the task of execution and user to the evaluation of feeding task performance, according to user to system operability
At least one of feedback.
In other words, step 022 can be realized by processor 30.
Specifically, after user finishes feeding task, that is, do not complete feeding: when 0, user clicks the summary in Figure 21
After icon, interface can jump to total junction interface of Figure 31.Total junction interface includes delivering the evaluation to feeding task performance, root
According to user's input to the summary of the task of execution and user at least one of feedback of system operability or multiple.
Wherein, it delivers and cultivation task management equipment 100, which executes user, to be referred to the evaluation of feeding task performance
The evaluation of feeding task.Evaluation foundation include at least one of the following: the duration used of feeding task, feeding task it is complete
Cheng Du (for example, whether each task node has execution, whether confirms that feeding is completed in feeding node).Evaluation can be with
It is shown in the form of task score, for example, 100 points, 95 points, 80 points, 60 points, 40 points, 0 point etc., it can also be further
The specific evaluation of display, for example 100 points of specific evaluation is " Good job ", 40 points of specific evaluation is " unfinished feeding ", 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.Cultivate task management
Equipment 100 can be by these examinations of the evaluation as employee's KPI Key Performance Indicator (KPI:KEY PERFORMANCEINDICATOR)
Index, and these evaluations are done with the KPI that quantization is formed after analysis processing as a result, and shown with intuitive way, facilitate enterprise
Management of the industry 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. 4 and Fig. 5, the cultivation task management system 1000 of the application embodiment includes any of the above-described reality
The cultivation task management equipment 100 and external equipment 200 of mode are applied, external equipment 200 is communicated with cultivation task management equipment 100
Connection.Specifically, external equipment 200 may include cultivation apparatus such as feeding instrument 202, material tower 204, conveying pipeline diatom 206, camera shooting
Head, sensor etc., external equipment 200 is for acquiring data and being communicated with cultivation task management equipment 100.
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 communicate two-by-two.At this point, server 300 can execute cultivation task pipe
The institute for managing the processor 30 in equipment 100 is functional, and the data that external equipment 200 acquires are handled by server 300, server
300 handled after by processing result be transferred to cultivation task management equipment 100, by the display in cultivation task management equipment 100
Device 40 is shown.Certainly, the data that external equipment 200 acquires a part of can be handled by server 300, and a part is appointed by cultivation
The processor 30 for management equipment 100 of being engaged in is handled, can be with speed up processing.
The application cultivates task management system 1000 by the residual feed amount in detection feeding instrument 202 and in residual feed
Feeding instruction is issued when amount is less than the first predetermined threshold to instruct push feeding task according to feeding, is recorded without artificial detection
The feeding task push that automation can be realized, has saved manpower and production cost, has realized the intelligent management of feeding task
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 (16)
1. a kind of cultivation task management method is applied to cultivation task management system, which is characterized in that the cultivation task management
System includes feeding instrument, and the cultivation task management method includes:
Obtain the residual feed amount in the feeding instrument；
Feeding instruction is generated when the residual feed amount is less than the first predetermined threshold；And
Push feeding task is instructed according to the feeding.
2. cultivation task management method according to claim 1, which is characterized in that the cultivation task management method also wraps
It includes:
According to default trigger action to enter the feeding task.
3. cultivation task management method according to claim 2, which is characterized in that the feeding task includes according to predetermined
The multiple tasks node that order generates, multiple task nodes include feeding node and discharge node, the cultivation task pipe
Reason method further include:
The feeding node is executed according to the first triggering input；
Determine that the feeding node is completed according to the second triggering input；
Input, which is triggered, according to third executes the discharge node；And
Determine that the discharge node is completed according to the 4th triggering input.
4. cultivation task management method according to claim 3, which is characterized in that described to be determined according to the second triggering input
The feeding node is completed, comprising:
Stop receiving feed when the residual feed amount is greater than the second predetermined threshold；And
Determine that the feeding node is completed when all feeding instrument stop and receive the feed.
5. cultivation task management method according to claim 2, which is characterized in that the feeding task includes according to predetermined
The multiple tasks node that order generates, the cultivation task management method further include:
When judgement enters next task node, whether current task node is completed；And
If current task node does not complete, the unfinished prompt information of current task is pushed.
6. cultivation task management method according to claim 2, which is characterized in that the feeding task includes according to predetermined
The multiple tasks node that order generates, the cultivation task management method further include:
When executing current task node, if reception need to suspend the instruction for executing the feeding task, suspend described in execution
Feeding task.
7. cultivation task management method according to claim 5 or 6, which is characterized in that multiple task nodes include
It summarizes, the cultivation task management method further include:
After executing the summary task node, the evaluation to the feeding task performance is delivered, according to user's input pair
At least one of the feedback of the summary of execution task and user to system operability.
8. a kind of cultivation task management device is applied to cultivation task management system, which is characterized in that the cultivation task management
System includes feeding instrument, and the cultivation task management device includes:
First obtains module, for obtaining the residual feed amount in the feeding instrument；
Generation module, for generating feeding instruction when the residual feed amount is less than the first predetermined threshold；And
First pushing module, for instructing push feeding task according to the feeding.
9. a kind of cultivation task management equipment is applied to cultivation task management system, which is characterized in that the cultivation task management
System includes feeding instrument, and the cultivation task management equipment includes processor, and the processor is for obtaining in the feeding instrument
Residual feed amount；Feeding instruction is generated when the residual feed amount is less than the first predetermined threshold；And referred to according to the feeding
Enable push feeding task.
10. cultivation task management equipment according to claim 9, which is characterized in that the processor is also used to according to pre-
If trigger action is to enter the feeding task.
11. cultivation task management equipment according to claim 10, which is characterized in that the feeding task includes according to pre-
The multiple tasks node that graded generates, multiple task nodes include feeding node and discharge node, and the processor is also
For:
The feeding node is executed according to the first triggering input；
Determine that the feeding node is completed according to the second triggering input；
Input, which is triggered, according to third executes the discharge node；And
Determine that the discharge node is completed according to the 4th triggering input.
12. cultivation task management equipment according to claim 11, which is characterized in that the feeding instrument is used for described surplus
Remaining forage volume stops receiving feed when being greater than the second predetermined threshold；The processor is also used to connect in all feeding instrument stoppings
Determine that the feeding node is completed when receiving the feed.
13. cultivation task management equipment according to claim 10, which is characterized in that the feeding task includes according to pre-
The multiple tasks node that graded generates, the processor are also used to: when judgement enters next task node, current task node
Whether it is completed；And if current task node does not complete, and pushes the unfinished prompt information of current task.
14. cultivation task management equipment according to claim 10, which is characterized in that the feeding task includes according to pre-
The multiple tasks node that graded generates, the processor are also used to when executing current task node, are held if receiving to suspend
When the instruction of the row feeding task, then suspends and execute the feeding task.
15. cultivation task management equipment described in 3 or 14 according to claim 1, which is characterized in that multiple task node packets
Summary is included, the processor is also used to after executing the summary task node, delivers to the feeding 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.
16. 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 9-15 any one；With
External equipment, the external equipment include the feeding instrument, and the cultivation task management equipment and the external equipment are logical
Letter connection.
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Application publication date: 20190611 |