CN108876087A - A kind of cloud platform of the hangar system based on technology of Internet of things - Google Patents
A kind of cloud platform of the hangar system based on technology of Internet of things Download PDFInfo
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- CN108876087A CN108876087A CN201810345397.6A CN201810345397A CN108876087A CN 108876087 A CN108876087 A CN 108876087A CN 201810345397 A CN201810345397 A CN 201810345397A CN 108876087 A CN108876087 A CN 108876087A
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Abstract
The present invention relates to a kind of cloud platforms of hangar system based on technology of Internet of things, belong to clothing internet of things field.Cloud platform is connect with several hanging terminals for being distributed in the different geographical manufacturing side, including information acquisition module, data management module；Information acquisition module include for acquire hanging terminal enter the station, the process status acquisition unit of exit signal and according to hanging terminal workstation transmission clothes hanger identification signal formed clothes hanger transmission route hanging terminal clothes hanger transmission path line formed unit；The progress control submodule of data management module includes order process monitoring unit, according to process status acquisition unit acquisition enter the station, exit signal analyze order completion status；Order process computing unit, according to enter the station, exit signal, clothes hanger transmit route, calculate the order deadline.The present invention efficiently supervises the progress of single factory and multiple inter-plant progresses coordinate and more factory's big data collection analysis, forms apparel manufacture, logistics, marketing integration intelligent management.
Description
Technical field
The present invention relates to clothing internet of things field more particularly to a kind of clouds of the hangar system based on technology of Internet of things
Platform.
Background technique
Clothing manufacturing at present is divided into multiple links, successively includes fabric transport, cutting, cut-parts storage and transportation, line outer process, vehicle
The links such as seam, rear whole, storage, sorting, and only realized in sewing, rear whole, storage link using intelligent hangar system, other links
It is not by manually realizing to be exactly such as fabric storage and transportation intelligence system, such as to sort intelligence system realization by individual intelligence system.It is existing
Technology, can not be from global monitoring clothing manufacturing process status there has been no a whole set of orderly, retrospective intelligent managing and control system is formed
It is to be in fabric transfer phase, hanging stage, sorting stage etc., and then the global administration of order process can not be carried out.Existing list
The end PC of every production line is needed to be equipped with an administrator in a factory, multiple factories will need more administrators, simultaneously due to each link
Not formed unified global administration, so that personal management redundancy and inefficient.
Production and sales data are obtained from the manufacturing side and produce and sell strategy so that manager formulates, but at present can only be to single
Factory is analyzed, and the data of more inter-plants can not be shared, and can not carry out region big data analysis, can not formulate regional production,
Sales tactics.In the case of order completes difficult, since each factory's information can not be shared, inter-plant order taking responsibility can not be completed into
Degree effectively, is in time supervised, and then can not optimize scheduling in due course.Cause the resource of each manufacturing side can not be rationally sharp in this way
With influencing to produce and sell quantity, and increase production cost.
Summary of the invention
In view of the problems of the existing technology the present invention, proposes a kind of progress for efficiently supervising single factory and multiple inter-plants
Progress coordinates and the cloud platform of the hangar system based on technology of Internet of things of more factory's big data collection analysis.
The technical scheme is that：
A kind of cloud platform of the hangar system based on technology of Internet of things of the present invention, the cloud platform are distributed in difference with several
The hanging terminal of the region manufacturing side connects,
The cloud platform includes：
Information acquisition module, including：
Process status acquisition unit enters the station, exit signal for acquiring hanging terminal；
It hangs terminal clothes hanger transmission path line and forms unit, formed according to the clothes hanger identification signal of hanging terminal workstation transmission
Clothes hanger transmits route；And
Data management module, including progress control submodule,
The progress control submodule includes：
Order process monitoring unit, according to process status acquisition unit acquisition enter the station, exit signal analysis order complete
State；
Order process computing unit, according to process status acquisition unit acquisition enter the station, exit signal and hanging terminal
The clothes hanger that clothes hanger transmission path line forms unit transmits route, calculates the order deadline.
Preferably, the data management module further includes coordinated management submodule,
The coordinated management submodule includes：
Storage unit, for storing each production client information, the manufacturing side information includes product content, production process shape
State, throughput rate；
The order for failing to complete is distributed to by scheduling unit according to the production client information that the memory cell is stored up
The manufacturing side that can be completed in order estimated completion time；
The progress control submodule further includes order process judging unit, if the order that order process computing unit calculates
Deadline is more than order estimated completion time, then triggers the coordinated management submodule.
Preferably, the progress control submodule further includes order surplus computing unit, when the order process judges
When unit judges go out the manufacturing side and can not complete order in order estimated completion time, the order surplus computing unit is calculated not
The remaining time that the order volume and order that can be completed are completed；
The coordinated management submodule further includes scheduling recommendation unit, is believed according to the manufacturing side of memory cell storage
Breath and the remaining time generation manufacturing side recommendation list for failing the order volume completed and order completion；
The order for failing to complete is distributed to excellent by the scheduling unit according to the manufacturing side recommendation list of scheduling recommendation unit
Select the manufacturing side.
Preferably, the data management module includes area data statistical analysis submodule；
The area data statisticallys analyze submodule：
Statistic unit, for counting output, the production content of each manufacturing side different product；
Analytical unit analyzes point of each manufacturing side production content, position, quantity according to the statistical information of the statistic unit
Cloth situation forms order and distributes recommended models.
Preferably, the data management module includes area data statistical analysis submodule；
The area data statisticallys analyze submodule：
Statistic unit, for counting output, the production content, production time, cost of each manufacturing side different product；
Analytical unit analyzes point of each manufacturing side production content, position, quantity according to the statistical information of the statistic unit
Cloth situation, production time, cost form order and distribute recommended models.
Preferably, the area data statistical analysis submodule further includes standard block, according to the statistic unit needle
The preferred manufacturing side is gone out to different production Content Selections and forms standard production mode.
Preferably, the cloud platform further includes that order distributes module, properly given birth to according to the standard production model selection
It produces end and distributes production order.
Preferably, the cloud platform further includes：
Order request module, the order request sent for receiving demand end, the order request include product content,
Quantity, delivery date；
Order respond module, the order responded for receiving the manufacturing side for the order request information of order request module
Request；
Order distributes module, filters out preferred life between the manufacturing side for sending order request according to the standard production mode
It produces end and then distributes production order.
Preferably, the data management module further includes logistics speed computational submodule, in conjunction with the manufacturing side and demand end
Geographic distance calculate the logistics distribution time；
The order distributes module, is matched according to the logistics that the standard production mode and logistics speed computational submodule calculate
The time is sent, the preferred manufacturing side is filtered out between the manufacturing side for sending order request and then distributes production order.
Preferably, the data management module further includes logistics process monitoring submodule, it is located at each object for acquiring
The logistics package identification for flowing node, for monitoring logistics process status.
The invention has the advantages that：
It is raw to share each item in single factory using cloud for a kind of cloud platform of the hangar system based on technology of Internet of things of the present invention
Producing line data and the production line data of multiple factories, convenient for supervising the manufacturing schedule between the manufacturing schedule of single factory, more factories,
And each factory's manufacturing schedule is coordinated according to order demand；And collected more factory's data can be subjected to region big data analysis,
Different product is solved in the production distribution situation in region, sales volume situation, production efficiency situation, and then forms optimization production plan
Slightly.
Detailed description of the invention
Fig. 1 is the system block diagram of prior art intelligence hangar system；
Fig. 2 is the structural frames under a kind of one embodiment of cloud platform of the hangar system based on technology of Internet of things of the present invention
Figure；
Fig. 3 is that the cloud based on technology of Internet of things constructed using Fig. 2 cloud platform controls the system block diagram of hangar system；
Fig. 4 is the structural frames under a kind of another embodiment of cloud platform of the hangar system based on technology of Internet of things of the present invention
Figure；
Fig. 5 is that the cloud based on technology of Internet of things constructed using Fig. 4 cloud platform controls the system block diagram of hangar system；
Fig. 6 is the frame of progress control submodule in a kind of cloud platform of the hangar system based on technology of Internet of things of the present invention
Figure；
Fig. 7 is the frame that submodule is coordinated and managed in a kind of cloud platform of the hangar system based on technology of Internet of things of the present invention
Figure；
Fig. 8 is that area data statisticallys analyze submodule in a kind of cloud platform of the hangar system based on technology of Internet of things of the present invention
The block diagram of block.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
Many ready-made clothes clothes production enterprises improve production efficiency, such as Fig. 1 using the hangar system of Computerized intelligent at present
Shown in prior art intelligence hangar system.The hangar system is applied in single factory, and the hangar system of every production line is all matched
A standby PC machine, is connected between hangar system and PC machine by CAN-BUS fieldbus；And the hangar system of a plurality of production line
Between do not interfere with each other.Production line each in this way needs to be equipped with an administrative staff, and a plurality of production line then needs multiple administrative staff.
When needing to adjust other production line regulations such as hangar system speed of service, then need multiple administrative staff respectively to each life
Producing line is regulated and controled by respective PC machine, can not in real time, efficiently accomplish global management of process in entire factory and production line it
Between coordinated management.Also, total data integration or even multiple factory's Data Integrations in factory, and the data of integration are analyzed
Management, the prior art cannot achieve.
For this purpose, the present invention is based on internet of things technology and cloud control to propose a kind of cloud platform of novel intelligent hangar system,
The hangar system of the cloud platform combination manufacturing side realizes single factory, the management of process of multiple factories, big data analysis.Every production line
Hangar system be no longer individually equipped with PC machine, but pass sequentially through CAN-BUS fieldbus, Industrial Ethernet bus and cloud platform
Connection, so that the data sharing on production line is in cloud platform daily.
Fig. 2 shows a kind of system frames of one embodiment of cloud platform of the hangar system based on technology of Internet of things of the invention
Figure.Fig. 3 shows a kind of system frame for the cloud control hangar system based on technology of Internet of things realized according to Fig. 2 cloud platform
Figure.The system comprises cloud platform and several hanging terminals for being distributed in the different geographical manufacturing side, several hanging terminals respectively with
Cloud platform connection.The hanging terminal can acquire the creation data on production line and carry out data analysis, cloud platform root to cloud platform
According to analysis result or order request control hanging terminal.
The hanging terminal includes hanging transport mechanism, multiple work stations in hanging transport mechanism, set on described
Hang the signal sensor of transport mechanism head end and end work station and the information decoding device set on other work stations.
The hanging transport mechanism is for transmitting clothes hanger, and transport has cut-parts to be processed, the dress material of machined part, ready-made clothes on clothes hanger
It is equipped with information recognition device Deng, the clothes hanger, can be RFID memory chip or electronic information label, be held for recording the clothes hanger
Carry the machining information of product.The signal sensor can be light emitting head and light-receiving head, come head by clothes hanger transmission
Hold work station or the signal of blocking signal sensing device receive when the work station of end, such as infrared light-receiving, then it is assumed that clothes hanger into
It stands or outbound, is then that signal sensor transmission is entered the station or exit signal is to cloud platform.The information decoding device, for reading
The machining information for recording clothes hanger carrying product is uploaded to cloud by the information in signal recognition device.For example, machining information is
[clothes hanger 1, workbench 2- suture sleeve-are completed, and workbench 4- sewing buttons-do not complete ...], cloud receives this machining information
It can be appreciated that the manufacturing procedure of clothes hanger 1 machining state and next link, and send and stitch the instruction that clothes hanger is transported to workbench 4
Button process.Other than clothes hanger 1 needs to carry out sewing buttons process, there is also clothes hangers 2, clothes hanger 3, and workbench 14 can also carry out
Sewing buttons process, then cloud makes clothing to the progress for collecting clothes hanger information control the entire production line, intelligent scheduling processing work platform
Frame is no longer transmitted to original workbench in busy condition, but is transferred to another vacant working platform progress same processes and adds
Work, the information in refreshing information identification device after the completion of execution, if clothes hanger 1 completes sewing buttons in workbench 14, machining information is
[clothes hanger 1, workbench 2- suture sleeve-are completed, workbench 14- sewing buttons-completion ...].
The cloud platform includes information acquisition module, data management module.The information acquisition module comes from for receiving
The creation data that sends of hanging terminal, including signal sensor send enter the station, exit signal and information solution
The machining information that code device is sent.The data management module is carried out according to the received creation data of the information acquisition module
Data management analysis.
Specifically, such as Fig. 6, the data management module includes progress control submodule.The progress control submodule packet
Include order process monitoring unit, order process computing unit.The order process monitoring unit is transmitted according to signal sensor
Come enter the station, exit signal analysis order completion status.Order information is pre-stored in data management module, including in order
Appearance, quantity, estimated completion time.It enters the station whenever clothes hanger transmits, order process monitoring unit is fed back to after home signal is acquired,
Order process monitoring unit statistics has entered the clothes hanger quantity of processing；When clothes hanger transmits outbound, feedback after exit signal is acquired
Order process monitoring unit is given, order process monitoring unit counts the clothes hanger quantity of machined completion, obtains order for analyzing
The quantity of completion, the quantity processed, still unprocessed quantity.The order process computing unit, fills according to sensing
Set transmission come enter the station, exit signal, and according to information decoding device formed clothes hanger transmit route, calculate order complete when
Between.Processing flow with like products in a batch order be it is consistent, for the product of processing is completed, the whether letter on clothes hanger
Breath identification device or cloud, which record, product processing flow, and then can pass through the hanging terminal clothes hanger in information acquisition module
Transmission path line forms the clothes hanger transmission route that unit forms the product, and the spacing distance of each work station presets, then knows
Cover the distance of entire clothes hanger transmission route.The order process computing unit transmits route according to clothes hanger transmission speed and clothes hanger
Calculate and complete entire order Estimated Time Of Completion, and in conjunction with enter the station, exit signal come know backlog it is estimated complete when
Between.Cloud platform can know ordering for single factory and multiple factories by the order process monitoring unit, order process computing unit
One process state, order deadline etc..
The data management module further includes coordinated management submodule.The progress control submodule further includes order process
Judging unit.The order process judging unit is used to judge that the order deadline that order process computing unit calculates to be more than to order
Single estimated completion time then triggers the coordinated management submodule.For example, order process judging unit judge it is calculated entire
Whether the order deadline is more than entire order estimated completion time, if so, when task is distributed by a complete order point
Two or more is splitted into multiple manufacturing sides, carries out more factory end coordination management in advance.In another example order process judging unit
Judge that calculated backlog Estimated Time Of Completion is more than that (i.e. order has made a reservation for the predetermined remaining pot life completed of order
The past time is subtracted at the time, if order estimated completion time is 15 days, 6 days machined, then order makes a reservation for completion
Remaining pot life is 9 days), then intervention schedule is carried out during order executes, original production end continues to execute according to present rate
Quantity on order, and it is the 80% of former quantity that quantity, which is only completed, remaining 20%, which deploys other manufacturing sides by cloud platform, undertakes.Allotment
The manufacturing side selected can or busy and throughput rate whether idle according to other current production process states of the manufacturing side, in turn
Preferentially choose the manufacturing side that remaining order taking responsibility can be completed in remaining pot life.
Such as Fig. 7, the coordinated management submodule includes storage unit, scheduling unit.The storage unit is each for storing
Client information is produced, the manufacturing side information includes product content, production process state, throughput rate.The product content includes
Style, it is such as men or for women；Style, such as shirt with short sleeves, long-sleeved undershirt, skirt, western clothes；Quantity.The production process state letter
It is to read update in real time by signal sensor and information decoding device to obtain that breath, which is obtained, updated,.Such as it is located at first work station
Signal sensor upload home signal, then the production process of the product be enter hanging machining state；As clothes hanger 1 completes work
Make the process of platform 2- suture sleeve, but not yet carries out subsequent processing, and the information decoding device at subsequent work platform is also unidentified
The clothes hanger come to transmission, the cloud platform also not sent control instruction into subsequent processing, then the production process of clothes hanger 1 is suture sleeve
Pipe completion status, and clothes hanger 1 rests on 2 position of workbench.The throughput rate calculates order according to order process computing unit
Deadline determines the average production rate that certain class product is completed in a manufacturing side, so that whether cloud platform assesses the manufacturing side
It can complete order taking responsibility, if being capable of the remaining order taking responsibility of other manufacturing sides of scheduling support completion.The scheduling unit according to
The production client information of the memory cell storage, the order for failing to complete is distributed to can in order estimated completion time
The manufacturing side of completion realizes the trans-regional intelligent coordinated management in ground distal end of more factories.In addition, the coordinated management submodule can also be used for list
In a factory between multiple production lines, the coordination of the multiple work stations of production line.
Further, the progress control submodule further includes order surplus computing unit.The coordinated management submodule is also
Including dispatching recommendation unit.The order surplus computing unit is judging that the manufacturing side can not when the order process judging unit
When completing order in order estimated completion time, the remaining time of the order volume for failing to complete and order completion is calculated.It is described
The production client information and fail the order volume completed and order completion that scheduling recommendation unit is stored up according to the memory cell
Remaining time generate manufacturing side recommendation list.The manufacturing side recommendation list can complete the speed of rate according to the manufacturing side,
Carry out priority arrangement.For the scheduling recommendation unit according to the manufacturing side recommendation list of stroke, can default will come first life
Is produced from end as the preferred manufacturing side, scheduling unit distributes the order for failing to complete to the preferred manufacturing side.The manufacturing side recommendation list
Can also according to the manufacturing side complete rate, the composite factors such as the geographic distance of the manufacturing side between demand end combine, formed preferentially
Grade arrangement.The composite factor is using comprehensive score as the foundation of priority arrangement, if rate Rank scores are multiplied by rate weight,
For geographic distance Rank scores multiplied by distance weighting, sum of the two is comprehensive score, wherein rate Rank scores, geographic distance row
Name score is successively decreased distribution from head to end with 10 score values by rank order.
The data management module further includes area data statistical analysis submodule.Such as Fig. 8, the area data statistical
Analysing submodule includes statistic unit and analytical unit.The area data statistically analyze submodule mainly to the data of each manufacturing side into
Row uniformly summarizes and carries out big data analysis, to understand the clothing condition of production, rationally to distribute clothing order, is conducive to single
The multiple manufacturing side conditions of production of manager global administration improve clothing efficiency, reduce loss, reduce production cost.Specifically, institute
Statistic unit is stated for counting output, the production content of each manufacturing side different product.The analytical unit is according to the statistics
The statistical information of unit analyzes the distribution situation of each manufacturing side production content, position, quantity, forms order and distributes recommended models.
For example, the order, which distributes recommended models, to be formed based on production end position, production content, if North of Yangtze River area A produces overcoat,
Quantity on order 600 can be completed, North of Yangtze River area B produces overcoat, can complete quantity on order 500, and C production in the Changjiang river areas to the south is big
Clothing, can complete quantity on order 200, and the Changjiang river areas to the south D produces shirt, can complete quantity on order 300.Then when having order for giving birth to
When producing overcoat, then it includes North of Yangtze River area A, North of Yangtze River area B, on the south the Changjiang river that order, which distributes recommended models recommendation,
The production content of area C, position, quantity information, and arranged according to quantity from more to low sequence.Then when have order be related to demand end position
In the Changjiang river areas to the south, then it includes the Changjiang river areas to the south C, North of Yangtze River area B, the Changjiang river that order, which distributes recommended models recommendation,
The production content of northern area A, position, quantity information, and according to geographical location distance requirement end by closely being arranged to remote sequence.
Further consider that production efficiency and cost factor, the statistic unit also count the production of each manufacturing side different product
Time, cost；The analytical unit analyzes each manufacturing side according to the statistical information of the statistic unit and produces content, position, number
Distribution situation, production time, the cost of amount form order and distribute recommended models.
The area data statistical analysis submodule further includes standard block.The standard block is according to the statistic unit
Go out the preferred manufacturing side for different production Content Selections and forms standard production mode.Such as according to completion rate in different productions
Hold and screen the preferred manufacturing side, then standard production mode is using this preferred manufacturing side as standard.For example, the preferred manufacturing side of shirt is the Changjiang river
Areas to the south D, throughput rate are that daily production quantity is 200, then cloud platform is according to the standard production mode in multiple shirts
When distributing new order task between the manufacturing side, the suitable manufacturing side is selected, or distributes order taking responsibility and completes rate with this standard production
Subject to mode, the manufacturing side for receiving task, which carries out production management in factory according to the standard production mode, to be coordinated.The standard production mould
Formula can also be according to throughput rate, the optimal formation of production cost, so that manager realizes that low cost is raw by cloud big data analysis
It produces.
The cloud platform further includes that order distributes module, and the order distributes module according to the standard production model selection
Properly/preferably manufacturing side distributes production order.The order distributes module and can carry out between the manufacturing side that cooperation has been established directly
Smart allocation.
Fig. 4 shows a kind of frame of another embodiment of cloud platform of the hangar system based on technology of Internet of things of the present invention
Figure.Fig. 5 is that a kind of cloud based on technology of Internet of things realized according to Fig. 4 cloud platform controls the system block diagram of hangar system.Base
Under Fig. 2, the 3 cloud control hangar systems, the cloud platform further comprises order request module, order respond module.
The order request module for receiving the order request that demand end is sent, the order request include product content, quantity,
Delivery date.The demand end can be clothes company or shops.The order respond module, for receiving the manufacturing side for ordering
The order request that the order request information of single request module is responded.The manufacturing side is producer, is ordered when being known by cloud platform
When single content, for the order that can be completed, sends order and request to cloud platform.At this point, cloud platform is collected into multiple demands
The multiple order requests sent are held, while being also collected into the order request that multiple manufacturing sides are sent, one of order is asked
Ask corresponding multiple order requests, it is also possible to which an order request does not have order request response.In face of this situation, ordering in cloud platform
It singly distributes module progress intelligence and distributes production order, according to order request, response condition, in conjunction with above-mentioned standard production model in sound
It answers and filters out the preferred manufacturing side between the manufacturing side and then distribute production order.If not there is order response, cooperation is having been established
The manufacturing side between carry out direct smart allocation；Or original order is split into 2 or multiple is distributed respectively.
With demand end, for shops, when shops's Men's Shirt sales volume height leads to shortage of goods, shops side passes through equipped with application
The smart machine publication of software replenishes request to cloud platform, and cloud platform, which by order distributes module and carries out intelligently distributing production, to be ordered
It is single.The preferred manufacturing side can be allowed to complete the order taking responsibility that replenishes according to the multifactor consideration such as throughput rate, geographic distance, production cost.
Under the basis that system shown in Fig. 5 is realized, which further includes logistics end, and there are multiple logistics nodes at logistics end, often
A logistics node is equipped with the scanning means for scanning logistics package, and the scanning means is connect with information acquisition module.It is described
Data management module further includes logistics speed computational submodule, calculates logistics distribution in conjunction with the manufacturing side and the geographic distance at demand end
Time.When the order distributes the logistics distribution that module is calculated according to the standard production mode and logistics speed computational submodule
Between, the preferred manufacturing side is filtered out between the manufacturing side for sending order request and then distributes production order.The standard of screening is to calculate
Whether the sum of establishing criteria production model production required time and logistics distribution time are able to satisfy order Estimated Time Of Completion, if energy
Satisfaction then sends order with charge free to the manufacturing side.If the manufacturing side for meeting condition has multiple, recommendation list is formed, optimum selecting is preferred
The manufacturing side.If the manufacturing side for meeting condition is not present, need to split on order multiple, multiple sub- orders are distributed to different lifes
Is produced from end to complete.
In addition, the data management module further includes logistics process monitoring submodule, it is located at each logistics section for acquiring
The logistics package identification of point, for monitoring logistics process status.If there is logistics distribution delay, error message, can pass through
The logistics process monitoring submodule obtains, then the logistics process at cloud platform also tunable logistics end, such as sends short message and informs dispatching
Member's delivery error dispenses again, or dispatching time limit notice；Also such as dispatch the factory end of other closer distances or inventory's weight at shops end
New delivery dispatching.
The system is not only carried out in the hangar system of clothing (including sewing, rear whole, storage link), logistics links, also
The links such as the fabric storage and transportation of clothing, cutting, cut-parts storage and transportation, line outer process, sorting can be covered.Then each link is in processing component
The upper information recognition device being arranged on similar clothes hanger, records the machining information of each link, and similar information is arranged in each link
Decoding apparatus, for reading clothing schedule, updating cloud information, and each link process is supervised in distal end.In this way, clothing stream
Water efficiently deploys resource and trans-regional more inter-plant resources in factory from manufacture-logistics integration management, improves clothing efficiency, so that
Benefit optimizes.And the present invention is based on the clouds of technology of Internet of things to control hangar system, by logistics end, the manufacturing side, sales end
Based on analysis management in cloud platform realization data sharing, data set, clothing flowing water realizes manufacture-logistics-marketing integration pipe
Reason, solve traditional data can not intercommunication and the problems such as cause with high costs, the inefficient, wasting of resources.
It should be understood by those skilled in the art that foregoing description and the embodiment of the present invention shown in the drawings are only used as illustrating
And it is not intended to limit the present invention.The purpose of the present invention completely effectively realizes.Function and structural principle of the invention is in reality
It applies and shows and illustrate in example, under without departing from the principle, embodiments of the present invention can have any deformation or modification.
Claims (10)
1. a kind of cloud platform of the hangar system based on technology of Internet of things, which is characterized in that the cloud platform is distributed in several
The hanging terminal of the different geographical manufacturing side connects,
The cloud platform includes：
Information acquisition module, including：
Process status acquisition unit enters the station, exit signal for acquiring hanging terminal；
It hangs terminal clothes hanger transmission path line and forms unit, clothes hanger is formed according to the clothes hanger identification signal of hanging terminal workstation transmission
Transmit route；And
Data management module, including progress control submodule,
The progress control submodule includes：
Order process monitoring unit, according to process status acquisition unit acquisition enter the station, exit signal analyze order completion status；
Order process computing unit, according to process status acquisition unit acquisition enter the station, exit signal and hanging terminal clothes hanger
The clothes hanger that transmission path line forms unit transmits route, calculates the order deadline.
2. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 1, which is characterized in that described
Data management module further includes coordinated management submodule,
The coordinated management submodule includes：
Storage unit, for storing each production client information, the manufacturing side information includes product content, production process state, life
Produce rate；
The order for failing to complete is distributed in order by scheduling unit according to the production client information that the memory cell is stored up
The manufacturing side that can be completed in estimated completion time；
The progress control submodule further includes order process judging unit, if the order that order process computing unit calculates is completed
Time is more than order estimated completion time, then triggers the coordinated management submodule.
3. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 2, which is characterized in that described
Progress control submodule further includes order surplus computing unit, when the order process judging unit judges that the manufacturing side can not be
When completing order in order estimated completion time, the order surplus computing unit calculates the order volume for failing to complete and order is complete
At remaining time；
The coordinated management submodule further include scheduling recommendation unit, according to the memory cell storage production client information,
And fail the remaining time generation manufacturing side recommendation list of the order volume completed and order completion；
The order for failing to complete is distributed to preferred life according to the manufacturing side recommendation list of scheduling recommendation unit by the scheduling unit
Produce end.
4. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 1, which is characterized in that described
Data management module includes area data statistical analysis submodule；
The area data statisticallys analyze submodule：
Statistic unit, for counting output, the production content of each manufacturing side different product；
Analytical unit analyzes the distribution feelings of each manufacturing side production content, position, quantity according to the statistical information of the statistic unit
Condition forms order and distributes recommended models.
5. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 1, which is characterized in that described
Data management module includes area data statistical analysis submodule；
The area data statisticallys analyze submodule：
Statistic unit, for counting output, the production content, production time, cost of each manufacturing side different product；
Analytical unit analyzes the distribution feelings of each manufacturing side production content, position, quantity according to the statistical information of the statistic unit
Condition, production time, cost form order and distribute recommended models.
6. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 5, which is characterized in that described
It further includes standard block that area data, which statisticallys analyze submodule, excellent out for different production Content Selections according to the statistic unit
It selects the manufacturing side and forms standard production mode.
7. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 6, which is characterized in that described
Cloud platform further includes that order distributes module, distributes production order according to the suitable manufacturing side of standard production model selection.
8. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 6, which is characterized in that described
Cloud platform further includes：
Order request module, the order request sent for receiving demand end, the order request include product content, number
Amount, delivery date；
Order respond module is asked for receiving the order that the manufacturing side is responded for the order request information of order request module
It asks；
Order distributes module, filters out the preferred manufacturing side between the manufacturing side for sending order request according to the standard production mode
And then distribute production order.
9. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 7, which is characterized in that
The data management module further includes logistics speed computational submodule, is calculated in conjunction with the manufacturing side and the geographic distance at demand end
The logistics distribution time；
The order distributes module, when according to the logistics distribution of the standard production mode and the calculating of logistics speed computational submodule
Between, the preferred manufacturing side is filtered out between the manufacturing side for sending order request and then distributes production order.
10. a kind of cloud platform of hangar system based on technology of Internet of things according to claim 9, which is characterized in that institute
Stating data management module further includes logistics process monitoring submodule, for acquiring the logistics package identification for being located at each logistics node
Information, for monitoring logistics process status.
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