CN107871265A - Order splits processing method, the device and system of scheme - Google Patents

Abstract

The application proposes that a kind of order splits processing method, the device and system of scheme, wherein, this method includes：According to default multiple quantitative criterias, scheme is split to order and calculated, obtains multiple quantized results；The multiple quantized result is normalized respectively；According to multiple quantized results after the normalized, the comprehensive quantification result that the order splits scheme is calculated.Hereby it is achieved that the good and bad degree that scheme is split to order carries out quantitative analysis, the selection that scheme is split for order provides accurate objective judging basis.

Description

Order splits processing method, the device and system of scheme

Technical field

The application is related to storage information processing technology field, more particularly to a kind of order splits the processing method of scheme, dress Put and system.

Background technology

Due to the presence of shopping cart, consumer once submits after can choosing product.Due to consideration that physical holding of stock, paving The factors such as goods cost, product provider can not possibly concentrate on all products in same warehouse, so a transaction list In product be likely distributed in several different warehouses, so relate to an order splitting into multiple small packets never The demand that same warehouse is sent.

In correlation technique, order fractionation is typically carried out according to the filter condition of setting, for example, an order is received, The storehouse that product in order is stored is split to order, the product provider couple belonging to the product in order Order is split etc..

For example, an order has three refrigerator, soy bean milk making machine and hot-water bottle products, and two can be split into according to storehouse difference List, refrigerator and soy bean milk making machine are one single in same storehouse, and hot-water bottle is one single in another storehouse.Due to not considering refrigerator The factors such as volume and weight, the delivery cost ratio of one parcel of refrigerator and soy bean milk making machine is caused to separate the cost of two parcel deliveries It is high.Thus, the fractionation mode of this good and bad degree quantitative analysis that a variety of orders are not split with scheme, causes to tear open for order The selection of offshoot program provides accurate objective judging basis.

The content of the invention

The application is intended to one of technical problem at least solving in correlation technique to a certain extent.

Therefore, the first aspect of the application proposes that a kind of order splits the processing method of scheme, the method achieve to ordering Single good and bad degree for splitting scheme carries out quantitative analysis, for order split scheme selection provide accurate objectively judge according to According to.

The second aspect of the application proposes that a kind of order splits the processing unit of scheme.

The third aspect of the application proposes that a kind of order splits the processing system of scheme.

The fourth aspect of the application proposes a kind of processing method of product.

To reach above-mentioned purpose, the order that the application first aspect embodiment proposes splits the processing method of scheme, including： According to default multiple quantitative criterias, scheme is split to order and calculated, obtains multiple quantized results；To the multiple quantization As a result it is normalized respectively；According to multiple quantized results after the normalized, the order fractionation side is calculated The comprehensive quantification result of case.

To reach above-mentioned purpose, the order that the application second aspect embodiment proposes splits the processing unit of scheme, including： First computing module, for according to default multiple quantitative criterias, splitting scheme to order and calculating, obtain multiple quantization knots Fruit；Processing module, for the multiple quantized result to be normalized respectively；Second computing module, for according to institute Multiple quantized results after normalized are stated, calculate the comprehensive quantification result that the order splits scheme.

To reach above-mentioned purpose, the order that the application third aspect embodiment proposes splits the processing system of scheme, including： Shipping Center, the Shipping Center include：

First computing unit, for calculating every kind of order according to default multiple quantitative criterias, traversal and splitting scheme, obtain Multiple quantized results corresponding with every kind of order fractionation scheme；Processing unit, it is corresponding for splitting scheme to every kind of order Multiple quantized results be normalized respectively；Second computing unit, for splitting scheme normalization according to every kind of order Multiple quantized results after processing, calculate the comprehensive quantification result that every kind of order splits scheme；Determining unit, for according to it is every Comprehensive quantification result corresponding to kind order fractionation scheme, selection target splits scheme from a variety of order fractionation schemes；Split single Member, order fractionation is carried out for splitting scheme according to the target.

In summary, the application splits scheme to order and calculated, obtain multiple according to default multiple quantitative criterias Quantized result；The multiple quantized result is normalized respectively；According to multiple quantizations after the normalized As a result, the comprehensive quantification result that the order splits scheme is calculated.Hereby it is achieved that a variety of orders are split with the good and bad journey of scheme Degree carries out quantitative analysis, and the selection that scheme is split for order provides accurate objective judging basis.

To reach above-mentioned purpose, the processing method for the product that the application fourth aspect embodiment proposes, including：Receive production Product order, obtain product information to be delivered；A variety of orders according to corresponding to the product information determines the product order are torn open Offshoot program；According to default multiple quantitative criterias, scheme is split to each order and carries out quantification treatment, is torn open from a variety of orders Determine that target splits scheme in offshoot program；The product order is split according to target fractionation scheme and product is defeated Go out.

The aspect and advantage that the application adds will be set forth in part in the description, and will partly become from the following description Obtain substantially, or recognized by the practice of the application.

Brief description of the drawings

Of the invention above-mentioned and/or additional aspect and advantage will become from the following description of the accompanying drawings of embodiments Substantially and it is readily appreciated that, wherein：

Fig. 1 is the flow interaction figure of the processing method of the product of the application one embodiment；

Fig. 2 is the flow chart that the order of the application one embodiment splits the processing method of scheme；

Fig. 3 is the flow chart that the order of the application another embodiment splits the processing method of scheme；

Fig. 4 is the flow chart that the order of the application another embodiment splits the processing method of scheme；

Fig. 5 is the flow chart that the order of the application another embodiment splits the processing method of scheme；

Fig. 6 is the flow chart that the order of the application another embodiment splits the processing method of scheme；

Fig. 7 is the flow interaction figure of the order deconsolidation process of the application another embodiment；

Fig. 8 is the structural representation that the order of the application one embodiment splits the processing unit of scheme；

Fig. 9 is the structural representation that the order of the application another embodiment splits the processing unit of scheme；

Figure 10 is the structural representation that the order of the application another embodiment splits the processing unit of scheme；

Figure 11 is the structural representation that the order of the application one embodiment splits the processing system of scheme；

Figure 12 is the structural representation that the order of the application one embodiment splits the processing system of scheme；

Figure 13 is the structural representation that the order of the application another embodiment splits the processing system of scheme；

Figure 14 is the structural representation that the order of the application another embodiment splits the processing system of scheme；

Figure 15 is the structural representation that the order of the application another embodiment splits the processing system of scheme.

Embodiment

Embodiments herein is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning to end Same or similar label represents same or similar element or the element with same or like function.Below with reference to attached The embodiment of figure description is exemplary, it is intended to for explaining the application, and it is not intended that limitation to the application.

Below with reference to the accompanying drawings the order for describing the embodiment of the present application splits processing method, the device and system of scheme.

Fig. 1 is the flow interaction figure of the processing method of the product of the application one embodiment.

Referring to Fig. 1, the present embodiment includes：Product provider, order processing platform and delivery processing platform.

The flow of the processing for the product that the present embodiment is provided by information exchange citing description the present embodiment between equipment Concrete application scene, be described as follows：

Step 1.01, order is sent.

Step 1.02, product order is received, obtains product information to be delivered.

Step 1.03, a variety of orders split scheme according to corresponding to product information determines product order.

Specifically, product order is sent to order processing platform by product provider, and order processing platform is receiving production After product order, product information to be delivered is got from product order.

And then warehouse information, one kind in the package weight information of product etc. that the product in product information is located at Or several determine a variety of orders fractionation schemes corresponding with product order.It is illustrated below：

Product order includes tri- kinds of products of A, B, C, and feasible a variety of fractionation schemes are determined according to product information to be delivered Including three kinds：The first fractionation scheme is：A and B delivers from No. 1 warehouse, and C delivers from No. 2 warehouses；Second of fractionation scheme be：A Delivered from No. 1 warehouse, C delivers from No. 2 warehouses, and B delivers from No. 3 warehouses；The third fractionation scheme is：A and C is sent out from No. 3 warehouses Goods, B deliver from No. 2 warehouses.

It should be noted that a variety of feasible order fractionation sides that basis listed above product information to be delivered determines Case is merely illustrative, and has other applicable orders to split scheme according to different product informations in actual applications, this Place no longer illustrates one by one.

Step 1.04, according to default multiple quantitative criterias, scheme is split to each order and carries out quantification treatment, from a variety of Determine that target splits scheme in order fractionation scheme.

Step 1.05, scheme is split according to target to split product order and output of products.

Step 1.06, delivery result is returned.

Specifically, it is determined that after a variety of order fractionation schemes corresponding with identical product order, by obtaining every kind of order Multiple quantized results corresponding with default multiple quantitative criterias in fractionation scheme；Place is normalized to the plurality of quantized result Reason obtains multiple normalization quantized results；Obtained according to the plurality of normalization quantized result corresponding with every kind of order fractionation scheme Comprehensive quantification result, according to comprehensive quantification result corresponding with every kind of order fractionation scheme, selected from a variety of order fractionation schemes Select target and split scheme, and scheme is split according to the target and carries out order fractionation.

Continuation is illustrated with above-mentioned example, is first according to default multiple quantitative criterias, and above-mentioned three kinds are split respectively Scheme carries out quantification treatment, obtains every kind of order and splits multiple quantized results corresponding to scheme difference.

Because multiple quantitative criterias have different quantization units and scope, if every kind of order simply is split into scheme pair The multiple quantized results answered simply are added or weighting processing, and some larger quantization result can be allowed to have influence on less quantization knot Fruit, and then scheme can not be then split to order and carries out accurate objective quantitative analysis.

And then, it is necessary to multiple quantized results corresponding to every kind of order fractionation scheme are normalized respectively, so as to So that there is comparativity between multiple quantized results corresponding with every kind of order fractionation scheme.Scheme is split according to every kind of order to return One change processing after multiple quantized results, calculate with every kind of order fractionation scheme respectively corresponding comprehensive quantification result be respectively X, Y and Z.

It should be noted that comprehensive quantification result meaning corresponding to quantitative criteria difference is different, it is illustrated below：

Example one, comprehensive quantification result corresponding with every kind of order fractionation scheme can be compared, will be with comprehensive quantification result Order corresponding to maximum splits scheme and splits scheme as target.And then scheme is split according to the target and carries out order fractionation.

Example two, comprehensive quantification result corresponding with every kind of order fractionation scheme can be compared, will be with comprehensive quantification result Order corresponding to minimum value splits scheme and splits scheme as target.And then scheme is split according to the target and carries out order fractionation.

And then can through the above way in one kind can from a variety of order fractionation schemes selection target fractionation side Case, continue by taking above-mentioned example as an example, every kind of order split scheme respectively corresponding to comprehensive quantification result be respectively X, Y and Z, its In, choosing order fractionation scheme corresponding to comprehensive quantification result maximum Z, (A and C are delivered from No. 3 warehouses, and B is sent out from No. 2 warehouses Goods) as target fractionation scheme.

As long as being required it should be noted that comprehensive quantification result meets to split, then the order can be used to split scheme pair Order carries out deconsolidation process.It is not limited to know in above-described embodiment that order corresponding to comprehensive quantification result maximum splits scheme and made Scheme is split for target, as long as determining that the order splits scheme and meets that default split requires, then the order can be used to split Scheme carries out deconsolidation process to order.

Specifically, after order processing platform determines target fractionation scheme, target fractionation scheme is sent to delivery processing Platform, product order is split according to target fractionation scheme for delivery processing platform and output of products, and will finally deliver result Return to product provider.

Continuation is illustrated with above-mentioned example, and it is A and C from No. 3 warehouses that delivery processing platform, which receives target and splits scheme, Delivery, B is delivered from No. 2 warehouses, and then product A and C are packaged as into a parcel and delivered from No. 3 warehouses, and product B is wrapped up from 2 for one The delivery of number warehouse.

The processing method of the product of the present embodiment, Shipping Center is according to comprehensive quantification corresponding with every kind of order fractionation scheme As a result, selection target splits scheme from a variety of order fractionation schemes；Scheme is split according to target and carries out order fractionation.Thus, Realize the good and bad degree progress quantitative analysis that a variety of orders are split with scheme, and the selection mesh optimized according to quantitative analysis results Mark fractionation scheme and carry out deconsolidation process, improve the overall performance of order fractionation.

Fig. 2 is the flow chart that the order of the application one embodiment splits the processing method of scheme.

As shown in Fig. 2 the processing method that the order splits scheme includes：

Step 101, according to default multiple quantitative criterias, scheme is split to order and calculated, obtain multiple quantization knots Fruit.

Specifically, quantitative analysis is carried out in order to split scheme to order, pre-set excellent for evaluating order fractionation scheme Multiple quantitative criterias of bad degree.Wherein, the particular content of multiple quantitative criterias can need to be selected according to practical application Or set.In order to which explanation is further explained, it is illustrated below：

The first example：Multiple independent quantitative standards are pre-set, are exemplified below：

Example one, two independent quantitative standards include：Warehouse priority, parcel cost.

Example two, three independent quantitative standards include：Wrap up cost, warehouse priority, package weight.

Example three, four independent quantitative standards include：Wrap up cost, warehouse priority, package weight, parcel volume.

Example four, five independent quantitative standards include：Wrap up cost, warehouse priority, package weight, parcel volume, with And warehouse distance.

It should be noted that above example is only for example, going for more to default multiple quantitative criterias More quantitative criterias.But it is succinct for explanation, hereafter just using parcel cost, warehouse priority and package weight three Quantitative criteria is deployed to illustrate.But one of skill in the art will understand that go for other related to order fractionation Quantitative criteria.

Second of example：Pre-set multiple independent quantitative standards, and the synthesis related to multiple independent quantitative standards Quantitative criteria, it is exemplified below：

Example one, two independent quantitative standards include：Warehouse priority, parcel cost；One comprehensive quantification standard is：Storehouse Storehouse priority+parcel cost.

Example two, three independent quantitative standards include：Wrap up cost, warehouse priority, package weight；Two comprehensive quantifications Standard includes：Warehouse priority+parcel cost, package weight+parcel cost.

It should be noted that above example is only for example, multiple quantitative criterias to default multiple quantitative criterias Particular content can according to practical application need be adjusted, the present embodiment is not restricted to this.

And then according to the multiple quantitative criterias pre-set, scheme is split to order and calculated, obtains multiple quantization knots Fruit.

It should be noted that it can be needed in different ways to calculate order fractionation scheme according to practical application Multiple quantized results are obtained, the form of expression for the quantized result that different calculations obtains is also different.In order to further solve Explanation is released, is illustrated below：

The first example, by quantization function corresponding with each quantitative criteria, to each quantifying in order fractionation scheme The relevant parameter of standard is calculated, and obtains multiple quantized results corresponding with multiple quantitative criterias.Wherein, multiple quantized results It can be identified by quantization level set in advance, such as, it is I levels between 0 to 30 to pre-set quantized result, is quantified As a result the II levels between 30 to 60, quantized result are III level etc. between 60 to 90 to identify different quantized results.

Second of example, mark is quantified to each in order fractionation scheme by processing platform corresponding with each quantitative criteria Accurate relevant parameter is calculated, and obtains multiple quantized results corresponding with multiple quantitative criterias.Wherein, multiple quantized results can To be identified by score value set in advance, such as, pre-set the number range that score value is 0-100 and identify difference Quantized result.

It should be noted that how above example is merely illustrative of according to default multiple quantitative criterias, order is torn open Offshoot program is calculated, and obtains multiple quantized results, can be needed to select different acquisition modes to be counted according to practical application Calculate, obtain multiple quantized results, the present embodiment is not restricted to this.

Step 102, the multiple quantized result is normalized respectively.

Specifically, because multiple quantitative criterias have different quantization units and scope, if simply by above-mentioned acquisition Multiple quantized results corresponding with multiple quantitative criterias are simply added or weighting processing, can allow some larger quantization result shadow Ring and arrive less quantized result, and then scheme can not be then split to order and carries out accurate objective quantitative analysis.In order to further Ground illustrates, and is described as follows exemplified by wrapping up cost and warehouse priority：

According to single parcel into the several parcel deliveries of one's duty, it is originally a few members to be rolled into；And the configuration of warehouse priority General all very littles, it is assumed that be divided into ten priority levels of 1-10.Now, if individually considering warehouse priority, it is likely that due to It is too big to wrap up the numerical value of cost, the quantized result advantage of warehouse priority is masked, ultimately resulted in and every kind of order fractionation side Total scoring corresponding to case is inaccurate.

As can be seen here, accurate objective quantitative analysis is carried out in order to split scheme to every kind of order, to multiple quantitative criterias Corresponding multiple quantized results are normalized, so that between multiple quantized results corresponding with multiple quantitative criterias With comparativity.

It it should be noted that can be needed that multiple quantized results are normalized in different ways according to practical application Processing.In order to which explanation is further explained, by illustrating exemplified by the processing procedure of quantized result corresponding to three quantitative criterias It is as follows：

The first example：Using data area corresponding to first quantitative criteria as term of reference, by second quantitative criteria It is mapped to the 3rd quantized result corresponding to quantitative criteria in data area corresponding to first quantitative criteria and carries out normalizing Change is handled, so as to which quantized result corresponding to three quantitative criterias has comparativity.

Second of example：, will be corresponding with three quantitative criterias using the normal data scope pre-set as term of reference Three quantized results, which are mapped in normal data scope, to be normalized, so as to quantify knot corresponding to three quantitative criterias Fruit has comparativity.

It should be noted that how above example carries out normalizing to the quantized results of a variety of quantitative criterias if being merely illustrative of Change is handled, and can be needed to select different processing modes according to practical application, the present embodiment is not restricted this.

Step 103, according to multiple quantized results after the normalized, the synthesis that the order splits scheme is calculated Quantized result.

And then according to multiple quantized results after normalized corresponding with multiple quantitative criterias, calculate order and split The comprehensive quantification result of scheme.

It should be noted that it can be needed according to practical application in different ways according to multiple after normalized Quantized result, calculate the comprehensive quantification result that order splits scheme.In order to which explanation is further explained, by being normalized to three It is described as follows exemplified by the processing procedure of multiple quantized results after processing：

The first example：Multiple quantized results after three normalizeds are summed, order is calculated and splits the comprehensive of scheme Close quantized result.

Second of example：Pre-set quantization weight corresponding with three quantitative criterias.It is corresponding to calculate each quantitative criteria Quantization weight with normalize quantized result product acquisitions it is corresponding normalize weight results.It is pair corresponding with three quantitative criterias The summation of normalization weight results, obtain corresponding with order fractionation scheme comprehensive quantification result.

How to quantify to tie according to the normalization of a variety of quantitative criterias it should be noted that above example is merely illustrative of Fruit, calculate the comprehensive quantification result that the order splits scheme.It can be needed to select different processing modes according to practical application, The present embodiment is not restricted to this.

The order of the present embodiment splits the processing method of scheme, by according to default multiple quantitative criterias, being torn open to order Offshoot program is calculated, and obtains multiple quantized results, and the multiple quantized result is normalized respectively；According to described Multiple quantized results after normalized, calculate the comprehensive quantification result that the order splits scheme.Hereby it is achieved that to ordering Single good and bad degree for splitting scheme carries out quantitative analysis, for order split scheme selection provide accurate objectively judge according to According to.

In order to clearly illustrate each step in embodiment illustrated in fig. 2, enter one by Fig. 3-embodiment illustrated in fig. 5 The implementation process of each step of refinement of step, is described as follows：

Fig. 3 is the flow chart that the order of the application another embodiment splits the processing method of scheme.

As shown in figure 3, for the step 101 in embodiment illustrated in fig. 2, comprise the following steps：

Step 201, multiple quantization functions corresponding with multiple quantitative criterias are set respectively；

Step 202, using the multiple quantization function, scheme is split to order and calculated, obtains multiple quantized results.

Specifically, multiple quantitative criterias of scheme quality degree are split for default evaluation order, according to each quantization The parameter information of standard sets quantization function corresponding with each quantitative criteria.

In order to which explanation is further explained, it is exemplified below：

Example one, quantization function corresponding with parcel cost independent quantitative standard is set.

Because the totle drilling cost that every kind of order splits scheme is the cost sum of each parcel, different unpacks corresponding to scheme Totle drilling cost is different.

Wherein it is possible to the cost each wrapped up is obtained by different modes, for example, calculating what is each wrapped up by formula Cost, or by preset model, input the relevant parameter each wrapped up and obtain cost of each parcel etc..

It is described as follows below exemplified by calculating the cost each wrapped up by formula：

Set and be with wrapping up the corresponding quantization function of cost：

Wherein,It is the cost of l-th of parcel in j-th of order fractionation scheme,Be in j-th of order fractionation scheme with Wrap up quantized result corresponding to cost.

Example two, quantization function corresponding with parcel cost+warehouse priority comprehensive quantification standard is set.

Specifically, parcel cost+warehouse priority comprehensive quantification standard is different corresponding to different schemes of unpacking.

Wherein it is possible to parcel cost+warehouse priority comprehensive quantification standard is obtained by different modes, for example, passing through Formula calculates parcel cost+warehouse priority comprehensive quantification standard, or excellent by preset model, input parcel cost+warehouse The relevant parameter of first level comprehensive quantification standard obtains wrapping up cost+warehouse priority comprehensive quantification standard etc..

It is described as follows below exemplified by calculating parcel cost+warehouse priority comprehensive quantification standard by formula：

For warehouse priority and parcel cost, warehouse priority value is smaller, and priority is higher, and scoring should be higher；Bag It is bigger to wrap up in cost, scoring should be smaller, therefore, sets quantify corresponding with parcel cost+warehouse priority comprehensive quantification standard Function is：

Wherein,It is quantized result corresponding with parcel cost in j-th of order fractionation scheme,It is that j-th of order is torn open Quantized result corresponding with warehouse priority in offshoot program.

It should be noted that quantization function example corresponding with quantitative criteria listed above is merely illustrative of, this reality Example is applied not to be restricted this.Such as：It is independent quantitative standard that package weight, which can also be set, then in the case, sets and wrap Wrap up in quantization function corresponding to weight independent quantitative standard；It is comprehensive quantification standard that package weight+parcel cost, which can also be set, then In the case, quantization function corresponding with package weight+parcel cost comprehensive quantification standard is set.Can be according to practical application Need to set corresponding with more quantitative criterias quantization function, it is succinct for explanation, no longer repeat one by one.

And then parameter corresponding to quantization function corresponding with each quantitative criteria is obtained, with quantization function corresponding to application The parameter is calculated, obtains quantized result corresponding with each quantitative criteria.

The order of the present embodiment splits the processing method of scheme, quantifies letter by the way that application is corresponding with each quantitative criteria Number, calculate quantized result corresponding with each quantitative criteria in order fractionation scheme.Hereby it is achieved that scheme is split to order Each quantitative criteria carries out quantitative analysis.

Fig. 4 is the flow chart that the order of the application another embodiment splits the processing method of scheme.

As shown in figure 4, being based on above-described embodiment, for the step 102 in embodiment illustrated in fig. 2, comprise the following steps：

Step 301, multiple normalized functions corresponding with multiple quantitative criterias are set respectively；

Step 302, using the multiple normalized function, the multiple quantized result is respectively mapped to unified value model It is normalized in enclosing, obtains multiple quantized results after normalized.

Specifically, because multiple quantitative criterias have different quantization units and scope, if simply by above-mentioned acquisition Multiple quantized results corresponding with multiple quantitative criterias are simply added or weighting processing, can allow some larger quantization result shadow Ring and arrive less quantized result, and then scheme can not be then split to order and carries out accurate objective quantitative analysis.

As can be seen here, accurate objective quantitative analysis is carried out in order to split scheme to order so that with multiple quantitative criterias There is comparativity between corresponding multiple quantized results, pre-set normalized function corresponding with each quantitative criteria.

And then using normalized function corresponding with each quantitative criteria, corresponding with each quantitative criteria it will quantify knot Fruit is mapped in unified span and is normalized, obtain it is corresponding with each quantitative criteria normalize quantized result, So that there is comparativity, so as to according to corresponding with each quantitative criteria between multiple quantized results corresponding with multiple quantitative criterias Quantized result is normalized, obtains the comprehensive quantification result that order splits scheme.

In order to which explanation is further explained, continue to be exemplified below with the example in embodiment illustrated in fig. 3：

For the parcel cost quantitative criteria shown in embodiment illustrated in fig. 3, according to corresponding quantization functionUnderstandSpan be

For the parcel cost shown in embodiment illustrated in fig. 3+warehouse priority comprehensive quantification standard, according to corresponding amount Change functionUnderstandSpan be

As can be seen here, two quantitative criterias are not in another span, between the two without comparativity.

Therefore, setting normalized function corresponding with parcel cost quantitative criteria is

C_aTo adjust constant

Pass through function f_cConversion, it is ensured that parcel cost quantitative criteria corresponding to the whole span of quantized result be

Set and be with wrapping up the corresponding normalized function of cost+warehouse priority comprehensive quantification standardTo adjust constant

Pass through function f_pcConversion, it is ensured that with parcel cost+warehouse priority comprehensive quantification standard it is corresponding quantify As a result whole span is

It should be noted that above example is merely illustrative of, can need to set and different amounts according to practical application Normalized function corresponding to change standard, the present embodiment are not restricted to this.

The order of the present embodiment splits the processing method of scheme, and letter is normalized by the way that application is corresponding with each quantitative criteria Number, quantized result corresponding with each quantitative criteria is mapped in unified span and is normalized, obtain with often Normalization quantized result corresponding to individual quantitative criteria.Hereby it is achieved that the evaluating data of different dimensions is carried out with dimension Quantitative analysis.

Fig. 5 is the flow chart that the order of the application another embodiment splits the processing method of scheme.

As shown in figure 5, being based on above-described embodiment, for the step 103 in embodiment illustrated in fig. 2, comprise the following steps：

Step 401, multiple quantization weights corresponding with multiple quantitative criterias are set respectively；

Step 402, according to multiple quantized results after the normalized and the multiple quantization weight, described in calculating Order splits the comprehensive quantification result of scheme.

Specifically, according to default processing policy priority level corresponding with order fractionation scheme, set and quantify to mark with each Quantization weight corresponding to standard, wherein it is possible to be needed to set different processing policy priority levels according to practical application.In order to further Explanation for example including：

Assuming that processing policy priority level includes：Timeliness is preferential, cost priority, timeliness cost synthesis, three quantitative criteria bags Include：Warehouse priority, parcel cost and warehouse priority+parcel cost；

Example one：It is with the preferential corresponding quantization weight corresponding with three quantitative criterias of timeliness：With warehouse priority pair The quantization weight answered is that 0.8, quantization weight corresponding with parcel cost is 0.1, amount corresponding with warehouse priority+parcel cost It is 0.1 to change weight.

Example two：Quantization weight corresponding with three quantitative criterias corresponding with timeliness cost synthesis is：It is preferential with warehouse Quantization weight corresponding to level is 1/3, with wrap up cost corresponding to quantization weight be 1/3, it is corresponding with warehouse priority+parcel cost Quantization weight be 1/3.

It should be noted that above example is merely illustrative of, can need to set and different amounts according to practical application Quantization weight corresponding to change standard, the present embodiment are not restricted to this.

And then calculate product acquisition of the quantization weight corresponding to each quantitative criteria with normalizing quantized result and corresponding return One changes weights.Pair corresponding with three quantitative criterias normalization weights summation, obtains the comprehensive quantification result that order splits scheme.

The order of the present embodiment splits the processing method of scheme, by according to default place corresponding with order fractionation scheme Policy priority level is managed, quantization weight corresponding with each quantitative criteria is set；According to normalization corresponding with each quantitative criteria Quantized result and quantization weight, obtain the comprehensive quantification result that order splits scheme.Hereby it is achieved that scheme is split to order Good and bad degree carries out quantitative analysis, and the selection that scheme is split for order provides accurate objective judging basis.

In order to clearly illustrate that the order proposed in above-described embodiment splits the processing method of scheme, for three amounts Change standard includes：It is described as follows exemplified by warehouse priority, parcel cost and warehouse priority+parcel cost.

Include in the present embodiment for three quantitative criterias：Warehouse priority, parcel cost and warehouse priority+be rolled into Exemplified by this, the processing method for the order fractionation scheme how detailed description provides using above-described embodiment calculates order fractionation scheme Comprehensive quantification result.

Specifically, being provided for evaluating the scoring algorithm that a variety of orders split scheme quality degree, scoring algorithm is general Formula is expressed as (1)

Wherein, S^jBe jth kind order split scheme quantized result, ω_kIt is quantization weight corresponding to k-th of quantitative criteria, M is the sum of quantitative criteria,It is that jth kind splits the quantized result after normalization of the scheme in k-th of quantitative criteria.

Above formula (1) can be embodied as：

The explanation of each parameter is referring to follow-up table 1 in formula (2).

Wherein,It is that jth kind splits the quantized result after normalization of the scheme in k-th of quantitative criteria,It is jth kind Quantized result of the fractionation scheme in k-th of quantitative criteria, f_kIt is the normalized function in default k-th of quantitative criteria.

Further,And f_kSpecific function representation can pre-set, different quantitative criterias can set difference Quantization function and normalized function, see the specific descriptions of above-described embodiment, here is omitted.

Include for three quantitative criterias：Exemplified by warehouse priority, parcel cost and warehouse priority+parcel cost, no With in quantitative criteriaAnd f_kCalculation formula can be as follows：

(1) for the independent quantitative standard of warehouse priority.

Specifically, scheme is each split, priority value is smaller, and priority is higher, and scoring should be higher；Parcel number is got over More, priority is lower, and scoring should be lower.Therefore draw the scoring formula for individually considering priority：

Consequently, it is possible toSpan be exactlyPass through function f_pConversion, it is ensured that it is whole Individual span is

Wherein, priority refers to the priority in warehouse.There is the shipment priority of oneself in each warehouse, and warehouse priority is high, So have warehouse of the bigger probability by the selection of this warehouse for delivery.Such as 3 products of a parcel, it can close simultaneously Into a parcel from the very low warehouse hair of same priority, it is very high from two priority respectively that two parcels can also be split into Warehouse delivery.If only consider warehouse priority, it is likely that selection splits into the scheme of two parcels.

(2) for the independent quantitative standard of parcel cost.

Specifically, the totle drilling cost for each splitting scheme is the cost sum of each parcel, therefore：

Consequently, it is possible toSpan bePass through function f_cConversion, it is ensured that Entirely span is

(3) for the comprehensive quantification standard of warehouse priority+parcel cost.

Specifically, priority value is smaller, and priority is higher, and scoring should be higher；Cost is bigger, and scoring should be smaller, therefore Consider the comprehensive grading formula of priority and cost：

Span bePass through function f_pcConversion, it is ensured that whole value Scope is

The explanation of each parameter in above-mentioned formula may refer to table 1.

Table 1

In addition, the warehouse priority and parcel cost in above-mentioned parameter can obtain in the following way：In database (such as Mysql storage repository priority allocation list in), it is corresponding with warehouse priority that warehouse coding is recorded in warehouse priority allocation list Relation, warehouse priority (i.e. above-mentioned priority) is obtained so as to be encoded according to warehouse.Deposited in database (such as mysql) The cost table of comparisons is stored up, warehouse coding and ship-to id and the corresponding relation of cost are recorded in the cost table of comparisons, so as to root According to warehouse coding and ship-to id procurement costs.

Therefore, by above-mentioned each quantitative criteriaQuantization function, jth kind order fractionation side can be calculated Quantized result of the case in k-th of quantitative criteria, and according to the normalized function f in k-th of quantitative criteria_k, using formula (3) Jth kind can be calculated and split normalization quantized result of the scheme in k-th of quantitative criteriaDetermined again using formula (1) Quantization weight ω corresponding to each quantitative criteria gone out_k, the comprehensive quantification result S that jth kind splits scheme can be calculated^j。

Based on above-described embodiment, in order to more clearly illustrate how that order is split according to default multiple quantitative criterias Scheme is calculated, and obtains the implementation process of comprehensive quantification result, so that according to three quantitative criterias, order is split into five bags Described in detail exemplified by wrapping up in as follows：

Specifically, it is assumed that three quantitative criterias include：Warehouse priority independent quantitative standard, parcel cost independent quantitative mark Accurate and warehouse priority+parcel cost comprehensive quantification standard；

Scheme is split according to current order order is split into five parcels, five parcels marked as distinguish A, B, C, D, E, description five parcels of A, B, C, D, E acute pyogenic infection of finger tip below.

Step 1, for for the independent quantitative standard of warehouse priority, according toCalculating and storehouse Quantized result corresponding to the priority quantitative criteria of storehouse.

Specifically, inquiry warehouse priority allocation list obtains the priority of shipping room corresponding with A, B, C, D, E respectively.It is false If Query Result is：Warehouse corresponding to A is that warehouse corresponding to 0.1, B is that warehouse corresponding to 0.1, C is that warehouse corresponding to 0.3, D is Warehouse corresponding to 0.5, E is 0.2, and parcel sum is that the maximum of warehouse priority in 5,5 parcels is 0.5,

And then according toCalculating quantized result corresponding with warehouse priority quantitative criteria is：

0.5- (0.1+0.1+0.3+0.5+0.2)/5=0.26；

And then according toWherein, constant C is adjusted_aFor 5, calculate and warehouse priority quantitative criteria Corresponding normalized result is：

5*0.26/0.5=2.6.

Step 2, for the independent quantitative standard for wrapping up cost, according toCalculate and quantify with parcel cost Quantized result corresponding to standard.

Specifically, the carrying cost table of comparisons in database (such as mysql) is inquired about, is obtained respectively corresponding with A, B, C, D, E Wrap up cost.Wherein, warehouse coding and ship-to id and the corresponding relation of cost are recorded in the cost table of comparisons, so as to root According to warehouse coding and ship-to id procurement costs.Assuming that Query Result is：Parcel cost corresponding to A is to be wrapped up corresponding to 10, B Cost is that parcel cost corresponding to 10, C is that parcel cost corresponding to 13, D is that parcel cost is 12 corresponding to 15, E,

And then according toCalculating quantized result corresponding with parcel cost quantitative criteria is：

10+10+13+15+12=60；

And then according toWherein, constant C is adjusted_aFor 5, calculate and quantify to mark with parcel cost Normalized result is corresponding to standard：

5*60/60=5.

Step 3, for for the comprehensive quantification standard of warehouse priority+parcel cost, according toCalculating and warehouse Quantized result corresponding to the comprehensive quantification standard of priority+parcel cost.

Specifically, it is 0.26 to obtain corresponding with warehouse priority quantized result according to step 1, obtained according to step 2 and It is 60 to wrap up quantized result corresponding to cost；

And then according toCalculate quantized result corresponding with the comprehensive quantification standard of warehouse priority+parcel cost For：

0.26/60=0.004；

And then according toWherein, constant C is adjusted_aFor 5, calculate and parcel cost amount Normalized result is corresponding to change standard：

5*0.004*60/0.5=2.4.

Step 4：Assuming that it is that timeliness is preferential that order in this example, which splits processing policy priority level corresponding to scheme, then with when Preferentially corresponding quantization weight corresponding with three quantitative criterias is effect：Quantization weight corresponding with warehouse priority is 0.8, with Quantization weight corresponding to wrapping up cost is that 0.1, quantization weight corresponding with warehouse priority+parcel cost is 0.1.

And then according toObtain and split scheme pair with the order The comprehensive quantification result answered is：

0.8*2.6+0.1*5+0.1*2.4=2.82.

It should be noted that it these are only for example, can be needed according to practical application under different quantitative criterias Various orders split scheme and calculated, and obtain corresponding comprehensive quantification result, and quantitative analysis is carried out to split scheme to order.

Further, based on Fig. 2-Fig. 5 any embodiments, after step 103, in addition to：

Analyze whether the comprehensive quantification result meets to split requirement according to default Evaluation threshold；

Required if the comprehensive quantification result meets to split, splitting scheme using the order carries out order fractionation.

Specifically, comprehensive quantification result corresponding with order fractionation scheme can be analyzed according to the Evaluation threshold pre-set Whether satisfaction, which is split, requires, such as：If comprehensive quantification result is more than or equal to the threshold value pre-set, it is determined that meets to split and wants Ask；If comprehensive quantification result is less than the threshold value pre-set, it is determined that is unsatisfactory for splitting requirement.

Required if comprehensive quantification result meets to split, the order can be used to split scheme order is carried out at fractionation Reason.In order to more clearly illustrate above-mentioned implementation process, it is illustrated below：

Assuming that the threshold value pre-set is 60, if the comprehensive quantification result corresponding with order fractionation scheme being calculated For 75, compare and know that comprehensive quantification result is more than the threshold value pre-set, it is determined that the order splits scheme and meets default tear open Divide and require, so as to split scheme to order progress deconsolidation process using the order.

Fig. 6 is the flow chart that the order of the application another embodiment splits the processing method of scheme.

Referring to Fig. 6, based on Fig. 2-Fig. 5 any embodiments, after step 103, in addition to：

Step 501, according to default multiple quantitative criterias, other orders is calculated and split scheme, obtain ordering with described other It is single to split multiple quantized results corresponding to scheme difference；

Step 502, multiple quantized results corresponding to other described order fractionation schemes are normalized respectively；

Step 503, according to other described orders split scheme normalized after multiple quantized results, calculate with it is described Other orders split comprehensive quantification result corresponding to scheme difference.

Specifically, scheme is split for same order, also a lot of other orders, by performing step 501 to step Rapid 503 pairs of other orders split scheme and carry out calculating processing, obtain splitting scheme corresponding comprehensive amount respectively with other orders Change result.Wherein, step 501 is to the specific implementation process of step 503 referring to above-described embodiment, and here is omitted.

Step 504, according to comprehensive quantification result corresponding with every kind of order fractionation scheme, from a variety of order fractionation schemes Selection target splits scheme；

Step 505, scheme is split according to the target and carries out order fractionation.

Specifically, the order provided by above-described embodiment splits the processing method of scheme, obtains and is split with every kind of order Comprehensive quantification result corresponding to scheme.And then according to comprehensive quantification result corresponding with every kind of order fractionation scheme, ordered from a variety of Selection target splits scheme in single fractionation scheme.

It should be noted that because default quantitative criteria is different, therefore, corresponding comprehensive quantification result meaning is different, Such as：The higher explanation fractionation scheme of comprehensive quantification result corresponding to some quantitative criterias more optimizes, corresponding to some quantitative criterias The lower explanation fractionation scheme of comprehensive quantification result more optimizes, and therefore, can be needed according to practical application by different screening sides Formula selection target from a variety of order fractionation schemes splits scheme.Such as：

Example one, comprehensive quantification result corresponding with every kind of order fractionation scheme can be compared, will be with comprehensive quantification result Order corresponding to maximum splits scheme and splits scheme as target.And then scheme is split according to the target and carries out order fractionation.

Example two, comprehensive quantification result corresponding with every kind of order fractionation scheme can be compared, will be with comprehensive quantification result Order corresponding to minimum value splits scheme and splits scheme as target.And then scheme is split according to the target and carries out order fractionation.

Based on above-described embodiment, the order of the present embodiment splits the processing method of scheme, according to every kind of order fractionation side Comprehensive quantification result corresponding to case, selection target splits scheme from a variety of order fractionation schemes；According to the target fractionation side Case carries out order fractionation.Hereby it is achieved that the good and bad degree that a variety of orders are split with scheme carries out quantitative analysis, and according to quantitative The selection target of analysis result optimization splits scheme and carries out deconsolidation process, improves the overall performance of order fractionation.

Further, after obtaining the comprehensive quantification result that every kind of order splits scheme by step 501 to step 503, Also include：

Comprehensive quantification result corresponding with every kind of order fractionation scheme is sent to dispatching platform, so that the dispatching platform Selection target splits scheme and carries out order fractionation from a variety of order fractionation schemes.

Specifically, for the order deconsolidation process scheme that between in many ways interactive processing platform, the present embodiment provides, pass through The order that above-described embodiment provides splits the processing method of scheme, obtains comprehensive quantification knot corresponding with every kind of order fractionation scheme After fruit, comprehensive quantification result corresponding with every kind of order fractionation scheme can also be sent to dispatching platform, it is flat so as to dispense Platform selection target from a variety of order fractionation schemes splits scheme and carries out order fractionation.

Fig. 7 is the flow interaction figure of the order deconsolidation process of the application one embodiment.

Referring to Fig. 7, the present embodiment includes：Product provider, delivery platform, Shipping Center, RDS Route Control Center, storage are logical Know center and warehousing system.The order that the present embodiment is provided by information exchange citing description the present embodiment between equipment The concrete application scene of the flow of deconsolidation process, is described as follows：

Step 1.1：After platform of delivering receives the shipping order that product provider sends, sent to Shipping Center and call delivery Service；Wherein, the shipping order includes the information of product to be delivered in same order.

Step 1.1.1：Shipping Center is after the calling delivery service that delivery platform is sent is received, to RDS Route Control Center Send delivery route requests.Warehouse list letter of the RDS Route Control Center according to where delivery route requests obtain product to be delivered Breath.Wherein, warehouse list information includes：Warehouse priority allocation list, the priority for encoding to obtain warehouse by warehouse are matched somebody with somebody Put；And the warehouse cost table of comparisons：For inquiring about the unit price of parcel by warehouse coding and ship-to.

Step 1.1.2：After warehouse list information is got, the warehouse being located at according to product to be delivered is believed for Shipping Center Breath, it is determined that a variety of fractionation schemes corresponding with product to be delivered.Such as：

Order includes tri- kinds of products of A, B, C, and feasible a variety of fractionations are determined according to the warehouse information where product to be delivered Scheme includes three kinds：The first fractionation scheme is：A and B delivers from No. 1 warehouse, and C delivers from No. 2 warehouses；Second of fractionation scheme It is：A delivers from No. 1 warehouse, and C delivers from No. 2 warehouses, and B delivers from No. 3 warehouses；The third fractionation scheme is：A and C is from No. 3 storehouses Storehouse is delivered, and B delivers from No. 2 warehouses.

It should be noted that a variety of feasible the ordering of the warehouse information determination where basis listed above product to be delivered Single fractionation scheme is merely illustrative, and the warehouse information according to corresponding to different product has what others were applicable in actual applications Order splits scheme, no longer illustrates one by one herein.

Step 1.1.3：It is determined that with after the corresponding a variety of order fractionation schemes of delivery product, passing through in same order Obtain multiple quantized results corresponding with default multiple quantitative criterias in every kind of order fractionation scheme；To the plurality of quantized result It is normalized and obtains multiple quantized results；Obtained according to the plurality of normalization quantized result and split scheme with every kind of order Corresponding comprehensive quantification result, according to comprehensive quantification result corresponding with every kind of order fractionation scheme, from a variety of order fractionation sides Selection target splits scheme in case, and splits scheme according to the target and carry out order fractionation.

Continuation is described as follows with previous step 1.1.2 example, and the order according to Fig. 2 to Fig. 6 in the present embodiment is torn open After the processing method of offshoot program is analyzed above-mentioned three kinds of orders fractionation scheme, determine that the third fractionation scheme splits for target Scheme (i.e. optimal fractionation scheme described in Fig. 7), then Shipping Center implement to deliver product A and C from No. 3 warehouses, B is from No. 2 storehouses Deliver in storehouse.

Step 1.1.4：Shipping Center is it is determined that (target being related in equivalent to the present embodiment is torn open after complete optimal fractionation scheme Offshoot program), other operations related to delivery are further performed, such as：Write address information and user profile etc..

Step 1.1.5：Shipping Center creates warehousing and storage activities list to storage notice center, and the warehousing and storage activities list includes：Target The information (i.e. optimal fractionation scheme described in Fig. 7) of fractionation scheme

Continuation is described as follows with previous step 1.1.2 example, and the order that warehousing and storage activities list includes, which splits information, is：3rd Planting fractionation scheme is：A and C delivers from No. 3 warehouses, and B delivers from No. 2 warehouses.

Step 1.1.5.1：Notice center store in a warehouse according to the fractionation information notice warehouse system recorded in warehousing and storage activities list.

Step 1.1.6：When storage notice center notifies warehouse system according to the fractionation information recorded in warehousing and storage activities list Afterwards, Shipping Center returns to delivery result to delivery platform, and delivery result includes and tearing open in product provider order to be sent Divide information.

Step 1.1.6.1：The delivery result that Shipping Center returns is fed back to product provider by delivery platform.

In summary, the product provider provided by Fig. 7, deliver platform, Shipping Center, RDS Route Control Center, storage Interaction between notice center and warehousing system, Shipping Center is according to corresponding with every kind of order fractionation scheme comprehensive Quantized result, selection target splits scheme from a variety of order fractionation schemes；Scheme is split according to target and carries out order fractionation.By This, realizes the good and bad degree progress quantitative analysis that a variety of orders are split with scheme, and the choosing optimized according to quantitative analysis results Select target and split scheme progress deconsolidation process, improve the overall performance of order fractionation.

In order to realize above-described embodiment, the application also proposes that a kind of order splits the processing unit of scheme.

Fig. 8 is the structural representation that the order of the application one embodiment splits the processing unit of scheme.

As shown in figure 8, the processing unit that the order splits scheme includes：

First computing module 11, for according to default multiple quantitative criterias, splitting scheme to order and calculating, obtain Multiple quantized results；

Processing module 12, for the multiple quantized result to be normalized respectively；

Second computing module 13, for according to multiple quantized results after the normalized, calculating the order and tearing open The comprehensive quantification result of offshoot program.

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing unit of scheme, and its technique effect is similar with realization principle, and here is omitted.

Fig. 9 is the structural representation that the order of the application another embodiment splits the processing unit of scheme,

As shown in figure 9, above-described embodiment is based on, in addition to：

First setup module 14, for setting multiple quantization functions corresponding with the multiple quantitative criteria respectively；

First computing module 11, for applying the multiple quantization function, scheme is split to order and calculated, is obtained To multiple quantized results.

Further, with continued reference to Fig. 9, in another embodiment, described device also includes：

Second setup module 15, for setting multiple normalized functions corresponding with the multiple quantitative criteria respectively；

The processing module 12, for applying the multiple normalized function, the multiple quantized result is mapped respectively It is normalized in unified span, obtains multiple quantized results after normalized.

Further, with continued reference to Fig. 9, in another embodiment, described device also includes：

3rd setup module 16, for setting multiple quantization weights corresponding with the multiple quantitative criteria respectively；

Second computing module 13, for according to multiple quantized results after the normalized and the multiple amount Change weight, calculate the comprehensive quantification result that the order splits scheme.

Wherein, the 3rd setup module 16, for corresponding with the order fractionation scheme handling plan according to default Slightly priority, multiple quantization weights corresponding with the multiple quantitative criteria are set respectively.

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing unit of scheme, and its technique effect is similar with realization principle, and here is omitted.

Figure 10 is the structural representation that the order of the application another embodiment splits the processing unit of scheme,

As shown in Figure 10, also included based on embodiment, described device described in Fig. 8 or Fig. 9：

Determining module 17, for according to comprehensive quantification result corresponding with every kind of order fractionation scheme, being torn open from a variety of orders Selection target splits scheme in offshoot program；

Module 18 is split, order fractionation is carried out for splitting scheme according to the target.

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing unit of scheme, and its technique effect is similar with realization principle, and here is omitted.

Figure 11 is the structural representation that the order of the application another embodiment splits the processing unit of scheme,

As shown in figure 11, also included based on embodiment, described device described in Fig. 8 or Fig. 9：

Sending module 19, for comprehensive quantification result corresponding with every kind of order fractionation scheme to be sent into dispatching platform, So that dispatching platform selection target from a variety of order fractionation schemes splits scheme and carries out order fractionation.

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing unit of scheme, and its technique effect is similar with realization principle, and here is omitted.

Figure 12 is the structural representation that the order of the application one embodiment splits the processing system of scheme,

As shown in figure 12, the system includes：Shipping Center 1000, the Shipping Center 1000 include：

First computing unit 1001, for calculating every kind of order according to default multiple quantitative criterias, traversal and splitting scheme, Obtain multiple quantized results corresponding with every kind of order fractionation scheme；

Processing unit 1002, for carrying out normalizing respectively to multiple quantized results corresponding to every kind of order fractionation scheme Change is handled；

Second computing unit 1003, for according to every kind of order split scheme normalized after multiple quantized results, Calculate the comprehensive quantification result that every kind of order splits scheme；

Determining unit 1004, for basis comprehensive quantification result corresponding with every kind of order fractionation scheme, from a variety of orders Selection target splits scheme in fractionation scheme；

Split cells 1005, order fractionation is carried out for splitting scheme according to the target.

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing system of scheme, and its technique effect is similar with realization principle, and here is omitted.

Figure 13 is the structural representation that the order of the application another embodiment splits the processing system of scheme,

As shown in figure 13, also included based on Figure 12, the Shipping Center 1000：

First setting unit 1006, for setting multiple quantization functions corresponding with the multiple quantitative criteria respectively；

First computing unit 1001, for applying the multiple quantization function, scheme is split to every kind of order and carried out Calculate, obtain multiple quantized results.

Further, in another embodiment, the Shipping Center 1000 also includes：

Second setting unit 1007, for setting multiple normalized functions corresponding with the multiple quantitative criteria respectively；

The processing unit 1002, for applying the multiple normalized function, the multiple quantized result is reflected respectively It is mapped in unified span and is normalized, obtains multiple quantized results after normalized.

Further, in another embodiment, the Shipping Center 1000 also includes：

3rd setting unit 1008, for setting multiple quantization weights corresponding with the multiple quantitative criteria respectively；

Second computing unit 1003, for according to multiple quantized results after the normalized and the multiple Quantization weight, calculate the comprehensive quantification result that every kind of order splits scheme.

Further, in another embodiment, the Shipping Center 1000 also includes：

3rd setting unit, for corresponding with the order fractionation scheme handling policy priority according to default Level, multiple quantization weights corresponding with the multiple quantitative criteria are set respectively.

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing system of scheme, and its technique effect is similar with realization principle, and here is omitted.

Figure 14 is the structural representation that the order of the application another embodiment splits the processing system of scheme,

As shown in figure 14, also included based on Figure 12 or Figure 13, the system：

Product provider 2000 and delivery platform 3000；

The product provider 2000, for sending shipping order to the delivery platform 3000, wherein, the delivery is logical Know the information for including product to be delivered in same order；

The delivery platform 3000, after the shipping order sent for receiving the product provider 2000, to the hair Goods center 1000, which is sent, calls delivery service；

The Shipping Center 1000, the calling delivery service sent for receiving the delivery platform 3000, it is determined that A variety of orders corresponding with product to be delivered in same order split scheme, and determine mesh from a variety of order fractionation schemes Mark fractionation scheme.

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing system of scheme, and its technique effect is similar with realization principle, and here is omitted.

Figure 15 is the structural representation that the order of the application another embodiment splits the processing system of scheme,

As shown in figure 15, also included based on Figure 14, the system：RDS Route Control Center 4000；

The Shipping Center 1000, it is additionally operable to after the calling delivery service that the delivery platform 3000 is sent is received, Delivery route requests are sent to the RDS Route Control Center 4000；

The RDS Route Control Center 4000, the delivery route requests sent for receiving the Shipping Center 1000, obtains Warehouse list information corresponding with product to be delivered in same order, the warehouse list information is sent to the Shipping Center 1000。

It should be noted that the explanation of the foregoing processing method embodiment that scheme is split to order is also applied for the reality The order for applying example splits the processing system of scheme, and its technique effect is similar with realization principle, and here is omitted.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or the spy for combining the embodiment or example description Point is contained at least one embodiment or example of the application.In this manual, to the schematic representation of above-mentioned term not Identical embodiment or example must be directed to.Moreover, specific features, structure, material or the feature of description can be with office Combined in an appropriate manner in one or more embodiments or example.In addition, in the case of not conflicting, the skill of this area Art personnel can be tied the different embodiments or example and the feature of different embodiments or example described in this specification Close and combine.

In addition, term " first ", " second " are only used for describing purpose, and it is not intended that instruction or hint relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can be expressed or Implicitly include at least one this feature.In the description of the present application, " multiple " are meant that at least two, such as two, three It is individual etc., unless otherwise specifically defined.

Any process or method described otherwise above description in flow chart or herein is construed as, and represents to include Module, fragment or the portion of the code of the executable instruction of one or more the step of being used to realize specific logical function or process Point, and the scope of the preferred embodiment of the application includes other realization, wherein can not press shown or discuss suitable Sequence, including according to involved function by it is basic simultaneously in the way of or in the opposite order, carry out perform function, this should be by the application Embodiment person of ordinary skill in the field understood.

Storage medium mentioned above can be read-only storage, disk or CD etc..Although have been shown and retouch above Embodiments herein is stated, it is to be understood that above-described embodiment is exemplary, it is impossible to be interpreted as the limit to the application System, one of ordinary skill in the art can be changed to above-described embodiment, change, replace and become within the scope of application Type.

Claims (20)

1. a kind of order splits the processing method of scheme, it is characterised in that comprises the following steps：

According to default multiple quantitative criterias, scheme is split to order and calculated, obtains multiple quantized results；

The multiple quantized result is normalized respectively；

According to multiple quantized results after the normalized, the comprehensive quantification result that the order splits scheme is calculated.

2. the method as described in claim 1, it is characterised in that also include：

Multiple quantization functions corresponding with the multiple quantitative criteria are set respectively；

It is described scheme to be split to order and calculated, obtains multiple quantized results according to default multiple quantitative criterias, including：

Using the multiple quantization function, scheme is split to order and calculated, obtains multiple quantized results.

3. the method as described in claim 1, it is characterised in that also include：

Multiple normalized functions corresponding with the multiple quantitative criteria are set respectively；

It is described that multiple quantized results are normalized respectively, including：

Using the multiple normalized function, the multiple quantized result is respectively mapped to carry out normalizing in unified span Change is handled, and obtains multiple quantized results after normalized.

4. the method as described in claim 1, it is characterised in that also include：

Multiple quantization weights corresponding with the multiple quantitative criteria are set respectively；

Multiple quantized results according to after normalized, the comprehensive quantification result that the order splits scheme is calculated, bag Include：

According to multiple quantized results after the normalized and the multiple quantization weight, calculate the order and split scheme Comprehensive quantification result.

5. method as claimed in claim 4, it is characterised in that the setting respectively is corresponding with the multiple quantitative criteria more Individual quantization weight, including：

According to default processing policy priority level corresponding with the order fractionation scheme, set quantify to mark with the multiple respectively Multiple quantization weights corresponding to standard.

6. the method as described in claim 1-5 is any, it is characterised in that methods described also includes：

Analyze whether the comprehensive quantification result meets to split requirement according to default Evaluation threshold；

Required if the comprehensive quantification result meets to split, splitting scheme using the order carries out order fractionation.

7. the method as described in claim 1-5 is any, it is characterised in that methods described also includes：

According to default multiple quantitative criterias, calculate other orders and split scheme, obtain splitting scheme point with other described orders Not corresponding multiple quantized results；

Multiple quantized results corresponding to other described order fractionation schemes are normalized respectively；

Multiple quantized results after scheme normalized are split according to other described orders, calculates and is split with other described orders Comprehensive quantification result corresponding to scheme difference.

8. method as claimed in claim 7, it is characterised in that right respectively in the calculating and other described orders fractionation scheme After the comprehensive quantification result answered, in addition to：

According to comprehensive quantification result corresponding with every kind of order fractionation scheme, selection target is split from a variety of order fractionation schemes Scheme；

Scheme is split according to the target and carries out order fractionation.

9. method as claimed in claim 7, it is characterised in that right respectively in the calculating and other described orders fractionation scheme After the comprehensive quantification result answered, in addition to：

Comprehensive quantification result corresponding with every kind of order fractionation scheme is sent to dispatching platform, so that the dispatching platform is from more Selection target splits scheme and carries out order fractionation in kind order fractionation scheme.

10. a kind of order splits the processing unit of scheme, it is characterised in that including：

First computing module, for according to default multiple quantitative criterias, splitting scheme to order and calculating, obtain multiple amounts Change result；

Processing module, for the multiple quantized result to be normalized respectively；

Second computing module, for according to multiple quantized results after the normalized, calculating the order and splitting scheme Comprehensive quantification result.

11. device as claimed in claim 10, it is characterised in that

First computing module, scheme is split for according to default multiple quantitative criterias, calculating other orders, obtained and institute State other orders and split multiple quantized results corresponding to scheme difference；

The processing module, for place to be normalized respectively to multiple quantized results corresponding to other described order fractionation schemes Reason；

Second computing module, multiple quantized results after scheme normalized are split for other orders according to, Calculate and split scheme corresponding comprehensive quantification result respectively with other described orders.

12. device as claimed in claim 11, it is characterised in that also include：

Determining module, for according to comprehensive quantification result corresponding with every kind of order fractionation scheme, scheme to be split from a variety of orders Middle selection target splits scheme；

Module is split, order fractionation is carried out for splitting scheme according to the target.

13. a kind of order splits the processing system of scheme, it is characterised in that including：Shipping Center, the Shipping Center include：

First computing unit, for according to default multiple quantitative criterias, traversal to calculate every kind of order and splits scheme, obtain with often Multiple quantized results corresponding to kind order fractionation scheme；

Processing unit, for multiple quantized results corresponding to every kind of order fractionation scheme to be normalized respectively；

Second computing unit, for according to multiple quantized results after every kind of order fractionation scheme normalized, calculating every kind of Order splits the comprehensive quantification result of scheme；

Determining unit, for according to comprehensive quantification result corresponding with every kind of order fractionation scheme, scheme to be split from a variety of orders Middle selection target splits scheme；

Split cells, order fractionation is carried out for splitting scheme according to the target.

14. system as claimed in claim 13, it is characterised in that the Shipping Center also includes：

First setting unit, for setting multiple quantization functions corresponding with the multiple quantitative criteria respectively；

First computing unit, for applying the multiple quantization function, scheme is split to every kind of order and calculated, is obtained Multiple quantized results.

15. system as claimed in claim 12, it is characterised in that the Shipping Center also includes：

Second setting unit, for setting multiple normalized functions corresponding with the multiple quantitative criteria respectively；

The processing unit, for applying the multiple normalized function, the multiple quantized result is respectively mapped to unification It is normalized in span, obtains multiple quantized results after normalized.

16. system as claimed in claim 13, it is characterised in that the Shipping Center also includes：

3rd setting unit, for setting multiple quantization weights corresponding with the multiple quantitative criteria respectively；

Second computing unit, for being weighed according to multiple quantized results after the normalized and the multiple quantization Weight, calculate the comprehensive quantification result that every kind of order splits scheme.

17. system as claimed in claim 16, it is characterised in that

3rd setting unit, for according to default processing policy priority level corresponding with the order fractionation scheme, dividing She Zhi not multiple quantization weights corresponding with the multiple quantitative criteria.

18. the system as described in claim 13-17 is any, it is characterised in that the system also includes：Product provider and Fa Goods platform；

The product provider, for sending shipping order to the delivery platform, wherein, the shipping order includes same order The information of product to be delivered in list；

The delivery platform, after the shipping order sent for receiving the product provider, send and adjust to the Shipping Center Serviced with delivery；

The Shipping Center, for receive it is described delivery platform send the calling deliver service, it is determined that with same order A variety of orders corresponding to product to be delivered split scheme, and determine that target splits scheme from a variety of order fractionation schemes.

19. system as claimed in claim 18, it is characterised in that the system also includes：RDS Route Control Center；

The Shipping Center, it is additionally operable to after the calling delivery service that the delivery platform is sent is received, is controlled to the route Center processed sends delivery route requests；

The RDS Route Control Center, the delivery route requests sent for receiving the Shipping Center, in acquisition and same order Warehouse list information corresponding to product to be delivered, the warehouse list information is sent to the Shipping Center.

20. a kind of processing method of product, it is characterised in that comprise the following steps：

Product order is received, obtains product information to be delivered；

A variety of orders split scheme according to corresponding to the product information determines the product order；

According to default multiple quantitative criterias, scheme is split to each order and carries out quantification treatment, is split from a variety of orders Determine that target splits scheme in scheme；

Scheme is split according to the target to split the product order；

Product is delivered according to the product order after the fractionation.