CN107274095A - The order allocation method and device of component order, storage medium, Order splitting server - Google Patents
The order allocation method and device of component order, storage medium, Order splitting server Download PDFInfo
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- CN107274095A CN107274095A CN201710452491.7A CN201710452491A CN107274095A CN 107274095 A CN107274095 A CN 107274095A CN 201710452491 A CN201710452491 A CN 201710452491A CN 107274095 A CN107274095 A CN 107274095A
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Abstract
The order allocation method and device of a kind of component order, storage medium, Order splitting server, methods described include：Component order set is obtained, the set of component order includes at least one component order that at least one user terminal is sent in preset time period；The component that each component order in component order set includes is classified according to component parameter；Primary matching is carried out to sorted component according to the respective component production capacity in multiple production bases, to obtain allocation result, allocation result includes the relations of distribution between each sorted component and the production base with the component production capacity matched；According at least to the remaining production capacity of each production base, allocation result is modified, to obtain amended allocation result；Amended allocation result is sent to the server of each production base.The technical scheme provided by the present invention can optimize Order splitting logic, preferably reduce cost, the operating efficiency of the raising both sides of supply and demand of systematization.
Description
Technical field
The present invention relates to big data analysis field, order allocation method and device more particularly to a kind of component order,
Storage medium, Order splitting server.
Background technology
Existing prefabricated components (hereinafter referred to as component) are still by factory (alternatively referred to as production base) using traditional
Production model is produced, i.e., produced according to the real needs of project under construction (hereinafter referred to as project).For example, the order of the project
After arrival, the production base scope that can be selected is drawn a circle to approve according to the construction location of project, further according to the production task of production base
The features such as saturation degree, technology speciality, the production base of whole project is selected, so as to produce the item order in the production base
In all components for listing.
But, in actual applications, the component purchased in an order generally includes the polytypes such as beam, plate, post, and
And, even same type of component, it may also need to purchase sizes in an order.This results in undertaking, and this is ordered
Single prefabricated components factory needs the component involved by order to develop suitable mould one by one, not only causes component production effect
Rate is low, and the skill of labour of workman also is difficult to improve, and then the component quality for causing final production to come out is unstable.Enter one
Step ground, if scale of the project is smaller, also results in that mould repeat usage is low, and then virtually causing the big of component production cost
Width rises.
On the other hand, it is existing that manual allocation pattern, assigning process are depended on to the distribution that prefabricated components produce order
Lacking information-based means causes inefficiency, easily malfunctions.
In summary, at this stage, in most cases, the distribution of prefabricated components item order still is limited to manual allocation
Pattern, also, can only be allocated in units of project entirety, causes during the project construction that economy is low, low production efficiency
Under, quality is also difficult to ensure that, is the main cause for causing the production cost of prefabricated components factory to be substantially increased, especially in factory
In the case of portfolio very saturation, the duration will be delayed in indefinite duration, have a strong impact on the operating efficiency of both sides of supply and demand.
The content of the invention
Present invention solves the technical problem that being the distribution logic for how optimizing component order, preferably to reduce cost, it is
The operating efficiency of the raising both sides of supply and demand of systemization.
In order to solve the above technical problems, the embodiment of the present invention provides a kind of order allocation method of component order, including：Obtain
Component order set is taken, the component order set includes at least one structure that at least one user terminal is sent in preset time period
Part order；The component that each component order in the component order set includes is classified according to component parameter；According to many
The individual respective component production capacity in production base carries out primary matching to sorted component, to obtain allocation result, described point
Include the relations of distribution between each sorted component and the production base with the component production capacity matched with result, its
In, the multiple respective component production capacity in production base is produced according to collection from the component of the server of each production base
Data are determined；According at least to the remaining production capacity of each production base, the allocation result is modified, it is amended to obtain
Allocation result, wherein, the remaining production capacity of the production base is determined according to the component creation data；By described amended point
Sent with result to the server of each production base.
Optionally, the remaining production capacity according at least to each production base, the allocation result is modified including：
For each component, according to the remaining production capacity of each production base and geographical position, judge whether the component meets the component
The additional goal-selling of said members order；If be unsatisfactory for, the relations of distribution to the component are modified, until each
Component all meets the additional goal-selling of the component said members order.
Optionally, the component creation data includes production equipment type and production history statistics, the multiple
The respective component production capacity in production base is determined according to collection from the component creation data of the server of each production base
Refer to：For each production base, gone through according to collection from the production equipment type of the server of the production base and production
History statistics determines the component production capacity of the production base.
Optionally, the manufacturing schedule of the component of the component creation data including online production, the production base it is surplus
Remaining production capacity determines to refer to according to the component creation data：According to the manufacturing schedule of the component of the online production of each production base
And default aggregated capacity, determine the remaining production capacity of the production base.
Optionally, the manufacturing schedule of the component of the online production is obtained by default identity label on the members
Take, the identity label is corresponded with the component.
Optionally, the component parameter at least includes any of following element or appointed a variety of：Element type；Component chi
Very little modulus；Component unit price scope；Project process.
The embodiment of the present invention also provides a kind of Order splitting device of component order, including：First acquisition module, for obtaining
Component order set is taken, the component order set includes at least one structure that at least one user terminal is sent in preset time period
Part order；Sort module, for entering according to component parameter to the component that each component order in the component order set includes
Row classification；Primary matching module, for being carried out according to the respective component production capacity in multiple production bases to sorted component
Primary matching, to obtain allocation result, the allocation result includes each sorted component and produced with the component matched
The relations of distribution between the production base of ability, wherein, the multiple respective component production capacity in production base is according to collection
Determined from the component creation data of the server of each production base；Modified module, for according at least to each production base
Remaining production capacity, modifies to the allocation result, to obtain amended allocation result, wherein, the production base it is surplus
Remaining production capacity is determined according to the component creation data；Sending module, for the amended allocation result to be sent to each
The server of production base.
Optionally, the modified module includes：Judging submodule, for each component, according to the surplus of each production base
Remaining production capacity and geographical position, judge whether the component meets the additional goal-selling of the component said members order；Modification
Module, if be unsatisfactory for, the relations of distribution to the component are modified, until each component all meets the affiliated structure of the component
The additional goal-selling of part order.
Optionally, the component creation data includes production equipment type and production history statistics, the multiple
The respective component production capacity in production base is determined according to collection from the component creation data of the server of each production base
Refer to：For each production base, gone through according to collection from the production equipment type of the server of the production base and production
History statistics determines the component production capacity of the production base.
Optionally, the manufacturing schedule of the component of the component creation data including online production, the production base it is surplus
Remaining production capacity determines to refer to according to the component creation data：According to the manufacturing schedule of the component of the online production of each production base
And default aggregated capacity, determine the remaining production capacity of the production base.
Optionally, the manufacturing schedule of the component of the online production is obtained by default identity label on the members
Take, the identity label is corresponded with the component.
Optionally, the component parameter at least includes any of following element or appointed a variety of：Element type；Component chi
Very little modulus；Component unit price scope；Project process.
The embodiment of the present invention also provides a kind of storage medium, is stored thereon with computer instruction, the computer instruction fortune
The step of above method being performed during row.
The embodiment of the present invention is also provided on a kind of Order splitting server, including memory and processor, the memory
Be stored with the computer instruction that can be run on the processor, and the processor is performed when running the computer instruction
The step of stating method.
Compared with prior art, the technical scheme of the embodiment of the present invention has the advantages that：
In the scheme of the embodiment of the present invention, component order set is obtained, the component order set includes preset time period
At least one component order that at least one interior user terminal is sent；According to component parameter to each structure in the component order set
The component that part order includes is classified；Sorted component is carried out according to the respective component production capacity in multiple production bases
Primary matching, to obtain allocation result, the allocation result includes each sorted component and produced with the component matched
The relations of distribution between the production base of ability, wherein, the multiple respective component production capacity in production base is according to collection
Determined from the component creation data of the server of each production base；According at least to the remaining production capacity of each production base, to institute
Allocation result is stated to modify, to obtain amended allocation result, wherein, the remaining production capacity of the production base is according to described
Component creation data is determined；The amended allocation result is sent to the server of each production base.
All components included than an existing component order are intensively allocated to what a production base was produced
Order splitting scheme, the technical scheme of the embodiment of the present invention is divided the component that a component order includes according to component parameter
Class, and the respective component production capacity progress primary in sorted component and multiple production bases is matched, based on such side
Case, the component that a component order includes can be allocated to multiple different production bases.It will be appreciated by those skilled in the art that this
The multiple production base is integrated and managed concentratedly by the technical scheme of inventive embodiments, according to component production capacity pair
The component of the daily production in each production base is laid out again so that be finally allocated to the component order of each production base
In component be all the daily production in the production base component, reduce the production cost of production base, improve production base
Mould utilization factor for producing component, is also beneficial to improve the degree of being skilled in technique of producers.In addition, complete than existing
Based on the artificial technical scheme for carrying out component Order splitting, the technical scheme of the embodiment of the present invention can also be according to production base
Remaining production capacity changes the allocation result obtained after primary matching automatically, it is to avoid be finally allocated to the component production task of production base
Reality beyond the production base can performance, it is ensured that the completion that the component for being assigned to each production base can on schedule, according to quantity,
The operating efficiency of the raising both sides of supply and demand of systematization.
Further, for each component, according to the remaining production capacity of each production base and geographical position, the component is judged
Whether the component said members order additional goal-selling is met；If be unsatisfactory for, the relations of distribution to the component are entered
Row modification, until each component all meets the additional goal-selling of the component said members order.It will be appreciated by those skilled in the art that
User terminal in send component order, can on the component order additional goal-selling, for example, cost is minimum, efficiency most
The high, duration is most short etc., can be according to each production base using the Order splitting server of the technical scheme of the embodiment of the present invention
The information such as remaining production capacity, geographical position, with reference to big data analysis and GIS-Geographic Information System (Geographic Information
System, abbreviation GIS) location technology, it is more flexible that the allocation result is modified, so that amended allocation result
(relations of distribution for each component order that the i.e. amended component order includes) meet the goal-selling, meet not
With the individual demand of user.
Brief description of the drawings
Fig. 1 is a kind of flow chart of the order allocation method of component order of first embodiment of the invention；
Fig. 2 is a kind of structural representation of the Order splitting device of component order of second embodiment of the invention；
Fig. 3 is a kind of principle schematic of the order distribution system of component order using the embodiment of the present invention.
Embodiment
It will be appreciated by those skilled in the art that as background technology is sayed, it is existing to prefabricated components (hereinafter referred to as component) order
Order splitting logic still be limited to all components that a component order includes being intensively allocated to the progress of production base
Production, and existing Order splitting scheme is still based primarily upon manual work completion.On the one hand, lack between existing production base
Weary effective social logistics, the technical threshold that the management style of extensive style also result in building trade is low, and huge market is needed
Ask and lure constantly there is new production base to add into, cause the scale of operation of production base in whole building industry smaller, industry
Concentration degree is low, it is difficult to form industrial chain joint development with joint efforts.On the other hand, mostly at present is to carry out component using manual means
The distribution and management of order, cause the production cost of production base to remain high.
For example, in actual applications, existing prefabricated components factory (alternatively referred to as production base) still uses and commodity
Concrete sells same pattern, i.e., produce component, still, a structure according to the demand of Specific construction project (i.e. component order)
The element type that part order may relate to frequently includes the polytypes such as beam, plate, post, and a component order is also possible to bag
The component of same element type sizes is included, if based on existing Order splitting logic, a production base needs life
All components that a component order includes are produced, then the production base needs each the component class included for component order
Type, the component of each size design corresponding mould, and this, which results in production base, needs to spend substantial amounts of manpower and materials next life
Mould is produced, the component production efficiency of production base has been had a strong impact on, also, the skill of labour of workman also is difficult to improve, and leads
Cause the component quality of production unstable.Further, if the scale of component order is smaller, it is low to may result in mould repeat usage,
And then cause component production cost to be substantially increased.
In order to solve this technical problem, the technical scheme of the embodiment of the present invention obtains component order set, the component
Order set includes at least one component order that at least one user terminal is sent in preset time period；According to component parameter to institute
The component that each component order includes in component order set is stated to be classified；According to the respective component production in multiple production bases
Ability carries out primary matching to sorted component, and to obtain allocation result, the allocation result includes each sorted structure
The relations of distribution between part and the production base with the component production capacity matched, wherein, the multiple production base is each
Component production capacity determined according to collection from the component creation data of the server of each production base；According at least to each life
The remaining production capacity in base is produced, the allocation result is modified, to obtain amended allocation result, wherein, the production
The remaining production capacity in base is determined according to the component creation data；The amended allocation result is sent to each production base
The server on ground.
It will be appreciated by those skilled in the art that the technical scheme of the embodiment of the present invention component that includes a component order according to
Component parameter is classified, and the respective component production capacity of sorted component and multiple production bases is carried out into primary
Match somebody with somebody, based on such scheme, the component that a component order includes can be allocated to different production bases.Further,
The multiple production base is integrated and managed concentratedly by the technical scheme of the embodiment of the present invention, according to component production capacity
The component of the daily production in each production base is laid out again so that the component for being finally allocated to each production base is ordered
Component in list is all the component of the daily production in the production base, reduces the production cost of production base, improves production base
Ground is used for the mould utilization factor for producing component, is also beneficial to improve the degree of being skilled in technique of producers.Further, it is of the invention
The technical scheme of embodiment can also change the allocation result obtained after primary matching automatically according to the remaining production capacity of production base,
Avoiding being finally allocated to the reality of the component production task of production base beyond the production base can performance, it is ensured that be assigned to each
The component of individual production base can on schedule, according to quantity completion, the operating efficiency of the raising both sides of supply and demand of systematization.
Further, for each component, according to the remaining production capacity of each production base and geographical position, the structure is judged
Whether part meets the additional goal-selling of the component said members order；If be unsatisfactory for, to the relations of distribution of the component
Modify, until each component all meets the additional goal-selling of the component said members order.Those skilled in the art manage
Solution, user terminal in send component order, can on the component order additional goal-selling, for example, cost is minimum, efficiency
Highest, duration are most short etc., can be according to each production base using the Order splitting server of the technical scheme of the embodiment of the present invention
The information such as remaining production capacity, the geographical position on ground, with reference to big data analysis and GIS-Geographic Information System (Geographic
Information System, abbreviation GIS) location technology, it is more flexible that the allocation result is modified, so that after modification
Allocation result (relations of distribution for each component order that the i.e. amended component order includes) meet described default
Target, meets the individual demand of different user.
It is understandable to enable above-mentioned purpose, feature and beneficial effect of the invention to become apparent, below in conjunction with the accompanying drawings to this
The specific embodiment of invention is described in detail.
Fig. 1 is a kind of flow chart of the order allocation method of component order of first embodiment of the invention.Wherein, this implementation
Example can be that the Order splitting flow to the component order is described from Order splitting server side；The Order splitting server
Can be concentrated setting, the component order sent dedicated for processing user terminal, for example, the Order splitting server can
To be high in the clouds, or, the Order splitting server can also be provided in the background server at each user terminal；It is described to use
Family end can be application program (application, abbreviation APP), and the APP may be mounted at the mobile phone, IPAD, computer of user
Deng on smart machine；The user can the presence of people, colony or company of component procurement demand etc..
Specifically, in the present embodiment, the order allocation method of the component order can be implemented in accordance with the following steps：
Step S101, obtains component order set, and the component order set includes at least one use in preset time period
At least one component order that family end is sent.
Step S102, is divided the component that each component order in the component order set includes according to component parameter
Class.
Step S103, primary is carried out to sorted component according to the respective component production capacity in multiple production bases
Match somebody with somebody, to obtain allocation result, the allocation result includes each sorted component with having the component production capacity matched
The relations of distribution between production base, wherein, the multiple respective component production capacity in production base according to collection from each
The component creation data of the server of production base is determined.
Step S104, according at least to the remaining production capacity of each production base, modifies to the allocation result, to obtain
Amended allocation result, wherein, the remaining production capacity of the production base is determined according to the component creation data.
Step S105, the amended allocation result is sent to the server of each production base.
Further, the component order that the component order set includes can be received from different user terminals.More enter one
Step ground, for each user terminal in the different user terminal, the user terminal can correspond to the component order set
In multiple component orders (the multiple structure order is all that the user terminal sends to described in the preset time period and ordered
Single distribution server).
In a change case, the component order set can also be by the Order splitting server actively from described
Obtained at least one user terminal.
Further, the preset time period can be preset by the user.Or, the preset time period also may be used
With the default value set by the APP, the user can change the default value according to the actual requirements.For example, described default
Period can be one month, then the Order splitting server was the cycle with one month, based on what is received in a cycle
Component order constitutes the component order set.
Further, the component parameter can at least include element type；Scantling modulus；Component unit price scope；
Any of these parameters of project process are appointed a variety of.
Wherein, the element type can be used for describing in building trade (or other relevant industries) for the logical of component
With classification, for example, the element type can include wallboard, beam, post, stair, air-conditioning plate, balcony slab etc..In a preference
In, the element type can also be refined as multiclass classification, for example, the wallboard may belong to first-level class, and the wallboard
Can also be refined as including sandwich heat preservation wallboard, veneer wallboard, overlapping wall, band float window the content such as special-shaped wallboard two fractions
Class.
Wherein, the size of mould needed for the scantling modulus can be used for description production component, that is, the component
Size modulus can be used for the size for describing the component.
Wherein, the monovalent scope of the component can be predefined by the order distribution system.In a preference, use
Family can provide one for each component in the component order and expect unit price, when the component order is used by described
Family end is sent to after the Order splitting server, and the expectation unit price that the Order splitting server is provided according to the user is looked into
The monovalent scope of corresponding component is looked for, to classify according to the monovalent scope of the component to the component that the component order includes.
In a change case, the user can determine every in its component order sent with directly according to the monovalent scope of the component
The expectation unit price of a kind of component, for example, the APP shows the monovalent scope of the component of each component, different components to user
Type, different scantling moduluses can correspond to the monovalent scope of different components, when the user needs to purchase a component
When, the element type and scantling modulus of the component can be selected on the APP, as described in the APP in transmission
Automatically the monovalent scope of the corresponding component of the component is added in component order.Further, the user can also be in the APP
Concrete numerical value is changed on the basis of the monovalent scope of the component of displaying, unit price is expected expected from user to determine to meet.
Wherein, the project process can be used for the expectation delivery time for describing the component that the component order includes.It is excellent
Selection of land, the expectation delivery time can be set by the user when generating the component order.
The sorted partial component list of table 1
| Element type | Scantling modulus | Project process (day month) | Component unit price scope (member/cubic meter) |
| Wallboard | 2 | 5/1 | 2500-2800 |
| Wallboard | 3 | 5/2 | 2500-2800 |
| Wallboard | 4 | 5/2 | 3000-4000 |
| Post | 3 | 1/1 | 3000-3500 |
| Post | 5 | 6/2 | 2800-3000 |
| Air-conditioning plate | 2 | 10/10 | 3500-4000 |
For example, table 1 lists the part obtained after classifying according to the component parameter to the component order set
Build list table, wherein, the element type illustrate only the classification results of first-level class.Further, the table 1 can also be wrapped
Each element type, each corresponding the number of components of scantling modulus are included, those skilled in the art can also be according to reality
Border needs change to dissolve more embodiments, will not be described here.
It will be appreciated by those skilled in the art that the meaning of the step S102 is the structure included to the component order set
Part is counted according to the component parameter, in favor of subsequently by same type of component (may be from different component orders)
It is assigned to same production base and carries out centralized production, so as to improves the operating efficiency of production base.
Further, the component creation data can include production equipment type and production history statistics.Its
In, the production equipment type is determined for the element type that the production base can be produced, for example, the production base
The size for the die station that ground is used；The production history statistics can determine the production base by way of big data is analyzed
The element type that ground is most often produced.In a preference, it can be produced according in the production base history preset time period
The qualification rates of all components, client to factors such as the evaluation satisfactions of every kind of component, pass through big data analysis and obtain the life
Produce historical statistical data.Preferably, these historical datas can pass through the Order splitting server and the production base
Information exchange between server is acquired.
In a preference, for each production base, the Order splitting server can be according to collection from institute
The production equipment type and production history statistics for stating the server of production base determine the component life of the production base
Production capacity power.For example, the size of the die station used according to the production base, it may be determined that the production base, which can not be produced, to be more than
The component of the size；In another example, if the production base uses automatic assembly line, it may be determined that the production base
The production efficiency for producing flat-type component is higher, and the production efficiency for producing sketch plate is relatively low, then the component life of the production base
Production capacity power can be based on wallboard.It will be appreciated by those skilled in the art that the component production capacity by determining the production base, can
With determine the production base be good at (or most normal) production component (component can be by element type and scantling
Modulus is defined), so that when performing the step S103, the sorted component can be assigned to the component with matching
The production base of production capacity, it is all the component of its daily production that component that each production base is assigned to is ensured as far as possible.
The partial component production capacity list in the part producing base of table 2
For example, table 2, which lists the partial component determined according to the component creation data in part producing base, produces base
The partial component production capacity on ground, wherein, the element type illustrate only the classification results of first-level class.
Further, can also be according to the component creation data of the secondary classification of the element type to each production base
Make further screening, to determine that the component of the predetermined number of production is most good in each production base.For example, being set based on the production
Standby type can determine that a production base is daily and be good at ten several components of production, if but by the component class of described ten several components
Type and scantling modulus possibly can not maximize the production efficiency of the production base as the component production capacity,
Production cost can not be effectively reduced, so, the technical scheme of the present embodiment can be further according to the production of the production base
Historical statistical data is screened to described ten several components, for example, can be according to component qualification rate and customer evaluation satisfaction
Described ten several components are ranked up, and the component of selected and sorted most forward predetermined number is used as the component production capacity
The component of production is most good in the production base pointed to, and is improved so that the efficiency collection of the production base is neutralized, and favorably
Mould in optimization production base.
Preferably, the predetermined number can be determined by the production base and/or Order splitting server.For example, institute
It can be 5 to state predetermined number, and those skilled in the art can also become according to actual needs dissolves more embodiments, not superfluous herein
State.
Preferably, the component production capacity can be predefined and be maintained in before the structure order set is obtained
In the Order splitting server.
Further, the component creation data includes the manufacturing schedule of the component of online production.In a preference,
The manufacturing schedule of the component of the online production can be obtained by default identity label on the members, the body
Part label is corresponded with the component.For example, the identity label can be radio frequency identification (Radio Frequency
Identification, abbreviation RFID) label, or, the identity label can also be Quick Response Code, and those skilled in the art can
More embodiments are dissolved to become according to actual needs, be will not be described here.
Manufacturing schedule and default total yield it is possible to further the component of the online production according to each production base
Can, determine the remaining production capacity of the production base.For example, for each production base, can be in advance in the production base
Server on the identity label of the aggregated capacity of the production base and the component for the online production that upgrades in time, the order point are set
The aggregated capacity of the production base and the online production can be obtained from the server of the production base with server
Component identity label, by tracking the machining state that the identity label obtains the component of the online production in real time, enter
And the remaining production capacity for obtaining the production base is calculated according to the machining state and the aggregated capacity.
Or, the respective aggregated capacity in each production base can also be maintained in Order splitting server end, institute in advance
Order splitting server is stated after the manufacturing schedule of component of the production base online production is collected, its can be combined advance
The aggregated capacity of the corresponding production base of maintenance faster determines the remaining production capacity of the production base.
Further, the step S104 can include：For each component, according to the remaining production capacity of each production base
And geographical position, judge whether the component meets the additional goal-selling of the component said members order；If be unsatisfactory for,
The relations of distribution to the component are modified, until each component all meets the additional default mesh of the component said members order
Mark.Preferably, the geographical position of the production base can be obtained based on the GIS location technologies.Preferably, the default mesh
Mark can be determined by the user when generating the component order.For example, the goal-selling can include it is closest, into
This minimum, efficiency highest, duration are most short etc., and those skilled in the art can become according to actual needs dissolves more embodiments,
It will not go into details for this.
For example, when the goal-selling is closest, the matching result obtained according to the step S103, a structure
The component (Ru Liang, plate, stair) that part order includes is respectively necessary in three production base productions, then according on the component order
The order delivery position (such as construction address) of setting and the respective geographical position in three production bases, the Order splitting
System can be modified to allocation result automatically, and all member arrangements that the component order includes are handed over apart from order
The nearest production base in position is paid to be produced.
In another example, when the goal-selling is that cost is minimum, the matching result obtained according to the step S103, one
The component (Ru Liang, plate, stair) that component order includes is respectively necessary in three production base productions, then according to described three productions
The quotation in base, with reference to transportation range, can obtain the minimum allocative decision of cost so that amended allocation result meets institute
State goal-selling.
For another example when the goal-selling be efficiency highest and it is best in quality when, according to the step S103 obtain
Matching result, the component (Ru Liang, plate, stair) that a component order includes is respectively necessary in three production base productions, then root
The product quality data such as qualification rate are produced according to the history of three production bases and project completes the historical datas such as speed, can
With obtain product quality preferably and production efficiency highest allocative decision so that amended allocation result meets the default mesh
Mark.
In another example, when the goal-selling is that progress is most fast, the matching result obtained according to the step S103, one
The component (Ru Liang, plate, stair) that component order includes is respectively necessary in three production base productions, then according to described three productions
The existing production task amount in base, can obtain manufacturing schedule most fast allocative decision so that amended allocation result expires
The foot goal-selling.
Or, the goal-selling can also be the focus sequence that the user is set, and such as the first priority is cost,
Second priority is quality, and third priority is progress, then the Order splitting server sorts according to the focus and changed
The allocation result, to cause amended allocation result to meet the goal-selling.
Preferably, the life that the production base involved by amended allocation result can be determined in the allocation result
Is produced from base, or, or better meet the goal-selling and the first beginning and end are included to the production of the allocation result
Base is used as the production base involved by the amended allocation result.
As a change case, the goal-selling can also be after the allocation result is obtained, by being used with described
What the real-time, interactive at family end was obtained.For example, after step S103 described in performing the present embodiment obtains the allocation result, it is described
Order splitting server can be shown the allocation result by the user terminal to user, and in the display of the user terminal
The select button of the minimum cost, efficiency highest, duration most short etc. goal-selling is provided on interface, by user according to actual need
Selected, according to user, this goal-selling selected changes the allocation result to the Order splitting server, and will
Amended allocation result is presented to user and browsed.
Fig. 2 is a kind of structural representation of the Order splitting device of component order of second embodiment of the invention.This area
Technical staff understands that Order splitting device 2 described in the present embodiment is used to implement the method skill described in above-mentioned embodiment illustrated in fig. 1
Art scheme.Specifically, in the present embodiment, the Order splitting device 2 includes the first acquisition module 21, is ordered for obtaining component
Single set, the component order set includes at least one component order that at least one user terminal is sent in preset time period；
Sort module 22, for being divided according to component parameter the component that each component order in the component order set includes
Class；Primary matching module 23, for being carried out just to sorted component according to the respective component production capacity in multiple production bases
Level matching, to obtain allocation result, the allocation result includes each sorted component and produces energy with the component matched
The relations of distribution between the production base of power, wherein, the multiple respective component production capacity in production base according to collection from
The component creation data of the server of each production base is determined；Modified module 24, for according at least to each production base
Remaining production capacity, modifies to the allocation result, to obtain amended allocation result, wherein, the production base it is surplus
Remaining production capacity is determined according to the component creation data；Sending module 25, for the amended allocation result to be sent to each
The server of individual production base.
Further, the modified module 24 includes judging submodule 241, for each component, according to each production base
The remaining production capacity on ground and geographical position, judge whether the component meets the additional goal-selling of the component said members order；
Submodule 242 is changed, if be unsatisfactory for, the relations of distribution to the component are modified, until each component all meets this
The additional goal-selling of component said members order.
Further, the component creation data includes production equipment type and production history statistics, described many
The individual respective component production capacity in production base is determined according to collection from the component creation data of the server of each production base
Refer to：For each production base, the production equipment type from the server of the production base and production according to collection
Historical statistical data determines the component production capacity of the production base.
Further, the component creation data includes the manufacturing schedule of the component of online production, the production base
Remaining production capacity determines to refer to according to the component creation data：Entered according to the production of the component of the online production of each production base
Degree and default aggregated capacity, determine the remaining production capacity of the production base.
Preferably, the manufacturing schedule of the component of the online production is obtained by default identity label on the members
Take, the identity label is corresponded with the component.
Further, the component parameter at least includes any of following element or appointed a variety of：Element type；Component
Size modulus；Component unit price scope；Project process.
More contents of operation principle, working method on the Order splitting device 2, are referred to the phase in Fig. 1
Description is closed, is repeated no more here.
Fig. 3 is a kind of principle schematic of the order distribution system of component order using the embodiment of the present invention.Wherein, it is
It is easy to that a user terminal 4 and four production base a to d are only shown in statement, figure, in actual applications, the present invention is implemented
The technical scheme of example may be equally applicable for more users end and production base.
Specifically, the order distribution system 1 can include user terminal 4, for send component order；Order splitting is serviced
Device 3, for performing the method and technology scheme described in above-mentioned embodiment illustrated in fig. 1；Production base a to d, for producing component,
The component is distributed by the Order splitting server 3.
Further, the production base a carries out data interaction by server a and the Order splitting server 3, with
The manufacturing schedule of the component of online production is uploaded to the Order splitting server 3, and receives the Order splitting server 3
Allocation result.Similar, the production base b carries out data interaction, institute by server b and the Order splitting server 3
State production base c and data interaction is carried out by server c and the Order splitting server 2, the production base d passes through service
Device d carries out data interaction with the Order splitting server 2.Preferably, the server a to server d can be corresponded to respectively
To be arranged at the production base a local to production base d.
Further, the order distribution system 1 can also include order delivery position c, the order delivery position c bases
The component order sent in the user terminal 4 is determined.
In a typical application scenarios, the Order splitting server 3 can be by (such as one month in preset time period
It is interior) obtain all component orders collected, to obtain component order set.It is pointed out that in this application scene,
For the ease of statement, the component order that the component order set includes is all from the user terminal 4, but in actual applications,
The component order that the component order set includes could also be from different user terminals.
Further, after the component order set is obtained, the Order splitting server 3 can be according to the component
Parameter is classified to the component order set.Wherein, the component parameter can include element type, scantling mould
Number, project process etc..
With continued reference to Fig. 3, in this application scene, the Order splitting server 3 can be analyzed using big data, in advance
Collection obtains the component production number of the production base a to d at each self-corresponding server a to d of the production base a to d
According to.Further, for the production base a, the Order splitting server 3 can be according to being determined component creation data
Production base a component production capacity.Similar, the respective component production capacity of the production base b to d can also be determined.
Wherein, the component creation data can include production equipment type and production history statistics.
Further, for the production base a, the Order splitting server 3 can be according to its component production capacity
Preset the production base a be good at the predetermined number of production (in such as 5) component (by the element type of the component and
Scantling modular representation).Similar, it can also determine that the production base b to d is each good at the structure of the predetermined number of production
Part.
Further, the Order splitting server 3 can also calculate the kind for the component that the component order set includes
The quantity that class (can be determined according to element type and scantling modulus) and every kind of component need.
With continued reference to Fig. 3, in this application scene, for each sorted component, the Order splitting server 3 will
The component is matched with the respective component production capacity of the production base a to b, is matched with determining to have with the component
Component production capacity production base, obtain allocation result.For example, a sorted component is that (element type is wallboard
3) wallboard, scantling modulus is, and the predetermined respective structures of production base a to b of the Order splitting server 3
Part production capacity shows to be good at production balcony slab by the production base a that (element type is that balcony slab plate, scantling modulus are
2), the production base b is good at production wallboard (element type is that wallboard, scantling modulus are 3), and the production base c arrogates to oneself
Long production wallboard (element type is that wallboard, scantling modulus are 5), the production base d is good at production staircase boards (component class
Type is that staircase boards, scantling modulus are that the component that 3) can then determine the sorted component and the production base b is given birth to
Production capacity power matches, and the distribution that the allocation result can be included between the sorted component and the production base b is closed
System.Similar, each described sorted component is respectively allocated to the production base of matching, so as to obtain to after the classification
Component primary matching result (i.e. described allocation result).
Further, the Order splitting server 3 can also be according to the production base a to d gathered in real time each
The respective default aggregated capacity of the manufacturing schedule of the component of online production and the production base a to d, determines the production base
The respective remaining production capacities of a to d, with reference to GIS location technologies, the respective geographical position of production base a to d, skill described in comprehensive analysis
The factors such as art condition, remaining production capacity, production degree of saturation, provide the user automatically minimum closest, cost, efficiency highest,
The Order splitting scheme of duration most short etc. different goal-sellings, selects different schemes, according to user for user according to self-demand
The selection modification allocation result, and amended allocation result is sent to the server of each production base, with completion pair
The distribution for the component order that the component order set includes.Preferably, it is necessary to send the life of the amended allocation result
Producing base can determine according to the relations of distribution included by the amended allocation result.
Preferably, the Order splitting server 3 shows institute by the data interaction with the user terminal 4 to the user
The Order splitting scheme of different goal-sellings is stated, and passes through the selection result of the user terminal 4 acquisition user.
In the application scenarios of a change, the user can be when being initially generated the component order just by described
User terminal 4 sends the goal-selling, then the Order splitting server 3, can direct root after the allocation result is obtained
The allocation result is modified according to the goal-selling, and amended allocation result is sent to each described production base
Ground.On the other hand, amended allocation result can also be presented to by the Order splitting server 3 by the user terminal 4
User.
It will be appreciated by those skilled in the art that the Order splitting scheme carried out using order distribution system described in the present embodiment 1, can
To realize in several element types often produced of single production base centralized production and scantling modulus, so as to allow order point
Production with 3 pairs of all production bases of server is laid out again, so as to more reasonably integrate the resource of each production base.
Further, the amended allocation result is sent to the server of each production base, the order
Distribution server can monitor the component manufacturing schedule of each production base in real time, and design to whole production process,
The information such as technique, producing and selling, stock and financial management carry out tracking statistics in real time.
For example, in this application scene, finished in component production and by quality testing after, the quality information can lead to
Default identity label Real-time Feedback on the members is crossed to the Order splitting server 3, the order distribution system 1 is whole
The component data received from each production base are closed, when all structures that either member order includes in the component order set
Part by quality inspection when, the Order splitting server 3 determines that the component order that early stage is decomposed can be reintegrated
And entering integration delivery link, then the Order splitting server 3 arranges each production base to be related to regard to the component order automatically
And component delivery availability, and the component tracked by the identity label transported from production base to order delivery position
Logistics transportation progress during c (can be determined by the user when sending the component order by the user terminal 4).Enter
One step, after all components that the component order includes smoothly are transported to the order delivery position c and complete examination,
The Order splitting server 3 can determine that the component order is completed.
Further, the result for tracking statistics can also be fed back to the user terminal 4 and supplied by the Order splitting server 3
User browses.Or, user can be by the user terminal 4 and entirely in production process between the server of each key node
Direct Communication obtains tracking data, and the Order splitting server 3 can be as the background server of the user terminal 4 to described
Tracking data is handled, to obtain the result of the tracking statistics.
Further, the user terminal 4 can also be communicated directly with the respective server a to d of the production base a to d
News, so that user obtains the component manufacturing schedule of each production base by the user terminal 4 in time.
For example, the user have sent a component order to the Order splitting server 3 by the user terminal 4,
, will be described after the technical scheme of the execution of Order splitting server 3 embodiment of the present invention is split to the component order
Three components that component order includes are respectively allocated to the production base b and production base d is produced.Further, exist
After the server d that above-mentioned allocation result is sent to the server b of the production base b and production base d, the Order splitting
The allocation result can also be fed back to the user terminal 4 and be browsed for user by server 3.Further, the user terminal 4 can
Communicated respectively with the server b with the production base b and the production base d server d, to monitor user's buying in real time
Manufacturing schedule of three components at the production base b and production base d.
Further, the embodiment of the invention also discloses a kind of storage medium, computer instruction, the meter are stored thereon with
The method and technology scheme described in above-mentioned embodiment illustrated in fig. 1 is performed during calculation machine instruction operation.Preferably, the storage medium can
With including computer-readable recording medium.The storage medium can include ROM, RAM, disk or CD etc..
Further, the embodiment of the invention also discloses a kind of Order splitting server, including memory and processor, institute
The computer instruction that is stored with and can run on the processor on memory is stated, the processor runs the computer and referred to
The method and technology scheme described in above-mentioned embodiment illustrated in fig. 1 is performed when making.
Although present disclosure is as above, the present invention is not limited to this.Any those skilled in the art, are not departing from this
In the spirit and scope of invention, it can make various changes or modifications, therefore protection scope of the present invention should be with claim institute
The scope of restriction is defined.
Claims (14)
1. a kind of order allocation method of component order, it is characterised in that including：
Component order set is obtained, the component order set includes at least one user terminal in preset time period and sent at least
One component order；
The component that each component order in the component order set includes is classified according to component parameter；
Primary matching is carried out to sorted component according to the respective component production capacity in multiple production bases, to obtain distribution knot
Really, the allocation result includes point between each sorted component and the production base with the component production capacity matched
With relation, wherein, the multiple respective component production capacity in production base is according to the server gathered from each production base
Component creation data determine；
According at least to the remaining production capacity of each production base, the allocation result is modified, to obtain amended distribution
As a result, wherein, the remaining production capacity of the production base is determined according to the component creation data；
The amended allocation result is sent to the server of each production base.
2. order allocation method according to claim 1, it is characterised in that described according at least to the surplus of each production base
Remaining production capacity, the allocation result is modified including：
For each component, according to the remaining production capacity of each production base and geographical position, judge whether the component meets this
The additional goal-selling of component said members order；
If be unsatisfactory for, the relations of distribution to the component are modified, until each component all meets the affiliated structure of the component
The additional goal-selling of part order.
3. order allocation method according to claim 1, it is characterised in that the component creation data includes production equipment
Type and production history statistics, the multiple respective component production capacity in production base are produced according to collection from each
The component creation data of the server in base determines to refer to：
For each production base, gone through according to collection from the production equipment type of the server of the production base and production
History statistics determines the component production capacity of the production base.
4. order allocation method according to claim 1, it is characterised in that the component creation data includes online production
Component manufacturing schedule, the remaining production capacity of the production base determines to refer to according to the component creation data：
According to the manufacturing schedule of the component of the online production of each production base and default aggregated capacity, the production base is determined
The remaining production capacity on ground.
5. order allocation method according to claim 4, it is characterised in that the manufacturing schedule of the component of the online production
It is to be obtained by default identity label on the members, the identity label is corresponded with the component.
6. the order allocation method according to any one of claim 1 to 5, it is characterised in that the component parameter is at least wrapped
Include any of following element or appoint a variety of：Element type；Scantling modulus；Component unit price scope；Project process.
7. a kind of Order splitting device of component order, it is characterised in that including：
First acquisition module, for obtaining component order set, the component order set is included at least one in preset time period
At least one component order that individual user terminal is sent；
Sort module, for being divided according to component parameter the component that each component order in the component order set includes
Class；
Primary matching module, it is primary for being carried out according to the respective component production capacity in multiple production bases to sorted component
Matching, to obtain allocation result, the allocation result includes each sorted component with having the component production capacity matched
Production base between the relations of distribution, wherein, the multiple respective component production capacity in production base is according to collection from each
The component creation data of the server of individual production base is determined；
Modified module, for the remaining production capacity according at least to each production base, modifies to the allocation result, to obtain
Amended allocation result, wherein, the remaining production capacity of the production base is determined according to the component creation data；
Sending module, for the amended allocation result to be sent to the server of each production base.
8. Order splitting device according to claim 7, it is characterised in that the modified module includes：
Judging submodule, for each component, according to the remaining production capacity of each production base and geographical position,
Judge whether the component meets the additional goal-selling of the component said members order；
Submodule is changed, if be unsatisfactory for, the relations of distribution to the component are modified, until each component all meets this
The additional goal-selling of component said members order.
9. Order splitting device according to claim 7, it is characterised in that the component creation data includes production equipment
Type and production history statistics, the multiple respective component production capacity in production base are produced according to collection from each
The component creation data of the server in base determines to refer to：
For each production base, gone through according to collection from the production equipment type of the server of the production base and production
History statistics determines the component production capacity of the production base.
10. Order splitting device according to claim 7, it is characterised in that the component creation data includes online raw
The manufacturing schedule of the component of production, the remaining production capacity of the production base determines to refer to according to the component creation data：
According to the manufacturing schedule of the component of the online production of each production base and default aggregated capacity, the production base is determined
The remaining production capacity on ground.
11. Order splitting device according to claim 10, it is characterised in that the production of the component of the online production is entered
Degree is obtained by default identity label on the members, and the identity label is corresponded with the component.
12. the Order splitting device according to any one of claim 7 to 11, it is characterised in that the component parameter is at least
Including any of following element or appoint it is a variety of：Element type；Scantling modulus；Component unit price scope；Project process.
13. a kind of storage medium, is stored thereon with computer instruction, it is characterised in that performed during the computer instruction operation
The step of any one of claim 1 to 6 methods described.
Can be in the processing 14. being stored with a kind of Order splitting server, including memory and processor, the memory
The computer instruction run on device, it is characterised in that when the processor runs the computer instruction perform claim requirement 1 to
The step of any one of 6 methods described.
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| CN110335102A (en) * | 2019-05-09 | 2019-10-15 | 中山易裁剪网络科技有限公司 | A kind of system that service platform configures order to clothes processing factory |
| CN113822549A (en) * | 2021-09-02 | 2021-12-21 | 西安隆基智能技术有限公司 | Order processing method and device |
| CN113822549B (en) * | 2021-09-02 | 2024-05-31 | 西安隆基智能技术有限公司 | Order processing method and device |
| CN114429381A (en) * | 2021-12-27 | 2022-05-03 | 广州盖盟达工业品有限公司 | Online shopping order processing method and system for industrial equipment |
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