CN107679755A

CN107679755A - Goods delivery method based on balanced cutting order

Info

Publication number: CN107679755A
Application number: CN201710929596.7A
Authority: CN
Inventors: 谢静; 龚隆有; 张磊; 邹泓兵; 姚远; 冷燕; 曲江磊
Original assignee: CHONGQING CHANG'AN MINSHENG APLL LOGISTICS Co Ltd
Current assignee: CHONGQING CHANG'AN MINSHENG APLL LOGISTICS Co Ltd
Priority date: 2017-10-09
Filing date: 2017-10-09
Publication date: 2018-02-09

Abstract

The invention discloses a kind of goods delivery method based on balanced cutting order, for making supplier's square requirement according to demand, logistics side warehouse will be distributed to per a kind of goods equilibrium and be distributed to party in request for the equilibrium of logistics side, comprised the following steps：Logistics side obtain in the working time section of party in request by the order cutting data after balanced cut；Logistics side is shared to the supplier by the order cutting data；Supplier and logistics r.m.s. play corresponding print dispatching label according to the order cutting data, wherein, corresponding number of labels is identical with dispensed amounts under each dispatching moment T per a kind of goods；The dispatching label is affixed on corresponding dispensed amounts goods by the supplier and logistics Fang Jun correspondingly；The logistics side transports corresponding goods to party in request according to the mark content of the dispatching label on time, while the supplier transports corresponding goods to the logistics side according to the mark content of the dispatching label on time.

Description

Goods delivery method based on balanced cutting order

Technical field

The present invention relates to a kind of goods delivery method based on balanced cutting order.

Background technology

The logistic pattern of P chains is carried out in Chang'an car factory fish mouth base, on condition that workshop carries out equalization production, therefore The pulling of plan need to be carried out equalizing cutting and dispensed, then the material requirement with regard to that can meet workshop.

It please supplement logistics distribution scheme of the prior art and (dispense the logistics transportation under order is how to enter in lack of balance Row transport) and prior art lack of balance dispatching order caused by defect.

The content of the invention

For above-mentioned the deficiencies in the prior art, the technical problems to be solved by the invention are：One kind is provided to cut based on equilibrium The goods delivery method of order is cut, logistics side or supplier can be made to transport the freight all kinds required for party in request to need on demand The side of asking, can solve peak period goods congestion stacking, low peak period order caused by traditional non-equilibrium order dispatching for should not The problem of asking.

In order to solve the above technical problems, one aspect of the present invention is：A kind of cut based on equilibrium is provided to order Single goods delivery method, comprises the following steps：

A kind of goods delivery method based on balanced cutting order, will be every for making supplier's square requirement according to demand A kind of goods equilibrium is distributed to logistics side warehouse and is distributed to party in request for the equilibrium of logistics side, comprises the following steps：

Logistics side obtain in the working time section of party in request by the order cutting data after balanced cut, wherein, institute State order cutting data and include per a kind of CN, per dispatching frequency N of a kind of goods in the working time section, with it is every One dispatching frequency N dispenses moment T and dispensed amounts correspondingly, wherein, the dispatching frequency N and the dispatching moment T group Into distribution time value TP of the goods in the working time section；

Logistics side is shared to the supplier by the order cutting data；

Supplier plays corresponding print dispatching label according to the order cutting data, wherein, the supplier is according to described Order cutting data prints dispatching label corresponding with each dispatching moment T per a kind of goods, described to dispense on label at least The respective class CN and dispatching moment are identified with, wherein, corresponding mark under each dispatching moment T per a kind of goods It is identical with dispensed amounts to sign quantity；

The dispatching label is affixed on corresponding dispensed amounts goods by the supplier correspondingly；

The logistics side according to it is described dispatching label mark content by the corresponding goods deposited in warehouse transport on time to Party in request, while the supplier transports corresponding goods to the logistics according to the mark content of the dispatching label on time Side, to fill logistics Fang Yin by corresponding goods vacancy after corresponding cargo transport to the party in request in its warehouse, so that described The goods in logistics side warehouse disclosure satisfy that the supply of material demand of party in request at any time.

Further, the step by the order cutting data after balanced cut in the working time section obtained in party in request In rapid, including following sub-step：

Obtain the dispatching frequency N of the every a kind of goods for being distributed to party in request in party in request's working time section and described The demand M of every a kind of goods in working time section needed for the party in request；

It is that distribution time value TP is set per a kind of goods according to the dispatching frequency N, during the dispatching per a kind of goods Between value TP include the dispatching frequency N and dispatching moment T that dispenses each time；

The demand M of every a kind of goods according to needed for the party in request in the working time section and such goods Distribution time value TP is carried out the cutting of such goods to such goods by frequency N, to obtain the order cutting data of such goods, The order cutting data includes dispensing moment T and dispensed amounts each time correspondingly with the dispatching frequency N of such goods.

Further, the dispatching frequency N is obtained by below equation：

Dispense frequency N=party in request's working times/[(maximum inventory-stock minimum) * SNP/BOM/JPH] (1)

In formula (1), the maximum inventory represents to be used for the maximum storehouse for accommodating respective class goods on party in request's production station Deposit capacity；The stock minimum represents that party in request's production station is used for the stock minimum for accommodating the corresponding goods, The stock minimum is more than feed supplement cycle consumption；The SNP represents the packaging quantity per a kind of goods；The BOM is represented Party in request is when manufacturing each product, dosage of each product to each goods；The JPH represents production line per hour Output.

Further, in the step of being to set distribution time value TP per a kind of goods according to the dispatching frequency N, bag Include：

It is that setting exists per a kind of goods per a kind of goods according to the dispatching frequency N and the working time section of party in request Distribution time value TP, the distribution time value TP per a kind of goods in the working time section of the party in request are included in described Dispatching frequency N in the working time section of the party in request and dispatching moment T dispensed each time.

Further, the demand M of every a kind of goods according to the working time section needed for the party in request with And the distribution time value TP of such goods is carried out the cutting of such goods to such goods by frequency N, to obtain such goods In the step of order cutting data, further comprise：

It is described per the dispensed amounts of a kind of goods each time by the working time section party in request to such goods The demand M of the thing divided by dispatching frequency N of such goods and obtain.

Further, after the dispensed amounts of every a kind of goods each time are obtained, in addition to：

Judge whether the dispensed amounts of such goods each time are integer, if not integer, then by such goods each time Dispensed amounts round；

Dispensed amounts after the described goods is rounded each time are added to yield less than the numerical value Z of the demand M；

The numerical value Z and the absolute value Y of the difference of the demand M are divided equally in units of numerical value 1, by each numerical value 1 it is one-to-one add to Y round after dispensed amounts in so that N number of dispensed amounts quilt corresponding to the N frequencys of the goods It is divided into higher value dispensed amounts part and smaller value dispensed amounts part, wherein, Y is the integer less than N and more than or equal to 1；

Dispatching moment T of the higher value dispensed amounts of such goods is arranged on before the dispatching moment T of smaller value dispensed amounts.

Further, be arranged on to the dispatching of smaller value dispensed amounts dispatching moment T of such goods delivery amount higher value In the step of before moment T, specifically include：

If higher value dispensed amounts are multiple and smaller value dispensed amounts are multiple, by the higher value dispensed amounts with compared with Small dispensed amounts make first in working time section to dispense moment T as higher value dispensed amounts and make every by dispatching moment T alternate arrangement Dispatching moment T of one higher value dispensed amounts is located at before the dispatching moment T of corresponding smaller value dispensed amounts；

If higher value dispensed amounts to be multiple, when smaller value dispensed amounts are one, during by the dispatchings of all higher value dispensed amounts T is carved to be arranged at before the smaller value dispensed amounts.

Further, the higher value dispensed amounts and smaller dispensed amounts by dispatching moment T alternate arrangement, are made it is each compared with In the step of dispatching moment T of big value dispensed amounts be located at before the dispatching moment T of corresponding smaller value dispensed amounts, specifically wrap Include：

Judge (dispensed amounts+smaller value dispensed amounts corresponding to the first dispatching moment T during higher value dispensed amounts-do not round)> =dispensed amounts when not rounding；

If more than or equal to dispensed amounts when not rounding, making the dispatching moment T of the smaller value dispensed amounts, to be arranged in this larger Be worth after dispensed amounts, and calculate this time dispatching moment T arrange after dispatching value P, the dispatching value P=of this arrangement compared with Small value dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

If less than dispensed amounts when not rounding, the dispatching moment T of a higher value dispensed amounts is arranged in the higher value and matched somebody with somebody After the dispatching moment T for the amount of sending, and the dispatching value P of this arrangement is calculated, the dispatching value P=higher values of this arrangement Dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

Judge (dispensed amounts+smaller value dispensed amounts when the current dispatching value P- is not rounded)>=when not rounding Dispensed amounts；

If more than or equal to dispensed amounts when not rounding, the dispatching moment T of a smaller value dispensed amounts is arranged in and currently matched somebody with somebody After sending dispatching moment T corresponding to value P；If less than dispensed amounts when not rounding, also unappropriated another higher value is matched somebody with somebody The dispatching moment T for the amount of sending was arranged in after dispatching moment T corresponding to current dispatching value P；Until the multiple higher value dispenses The dispatching moment T alternate arrangements of amount and multiple smaller value dispensed amounts finish.

First dispatching moment T of a wherein higher value dispensed amounts for such goods is arranged in the working time section Secondary dispatching moment T；

Further, the party in request is product manufacturing side.

The goods delivery method based on balanced cutting order of the present invention, the logistics can know the every of party in request at any time Individual workaday demand, order cutting number is cut to so as to carry out equilibrium to same day goods according to daily workload According to.After cutting data is formed, order cutting data is shared to each supplier related to the party in request, it is described each The order data of the goods related to them is printed as label, then will beat by supplier according to shared order cutting data Marking label are labelled on corresponding goods, and logistics side is distributed to according still further to dispatching moment T.And simultaneously, logistics side is also cut according to order Data-printing is cut into label, it is so, right in the warehouse of logistics side equally by the cargo transport at identical dispatching moment T to party in request The goods at the cargo location of party in request, which should be distributed to, just to be reduced, then supplier is again as requested immediately by reduction Goods is supplemented to logistics side.In this way, every a kind of goods in the warehouse of logistics side is at the sufficient state of goods amount at any time, together When again will not be as the irregular an unbounded quantity of means of distribution of conventional art, it may appear that goods occurs because supplier's dispatching is too many Goods do not have sufficient space storage, it is stifled buy securities with all one's capital storehouse situations such as, or there is the situation of goods supply shortage.This logistics transportation method energy Enough avoid afore-mentioned, no matter when goods is ordered into ground, is balancedly sent to logistics side, logistics side equally in an orderly manner, it is balanced Requirement square as desired be sent to party in request, ensure that the manufacture of party in request is smoothed out, being not in that delivery amount is unbalanced leads The station of cause can not stack goods situation, supply shortage caused by the production cycle grow situation.

Brief description of the drawings

Fig. 1 is the flow chart of goods delivery embodiment of the method for the present invention based on balanced cutting order.

Fig. 2 is to obtain order cutting data method first in fact in goods delivery method of the present invention based on balanced cutting order Apply the flow chart of mode.

Fig. 3 is to obtain order cutting data method second in fact in goods delivery method of the present invention based on balanced cutting order Apply the flow chart of mode.

Fig. 4 is to obtain order cutting data method the 3rd in fact in goods delivery method of the present invention based on balanced cutting order Apply the flow chart of mode.

Fig. 5 is to obtain order cutting data method the 4th in fact in goods delivery method of the present invention based on balanced cutting order Apply the flow chart of mode.

Fig. 6 is the flow chart of goods delivery method second embodiment of the present invention based on balanced cutting order.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made Embodiment, belong to the scope of protection of the invention.

Fig. 1 is referred to, Fig. 1 is the flow of goods delivery method first embodiment of the present invention based on balanced cutting order Figure.The goods delivery method based on balanced cutting order of the present embodiment, comprises the following steps：

S1, obtain in the working time section of party in request by the order cutting data after balanced cut, wherein, it is described to order Single cutting data includes every a kind of CN, the dispatching frequency N per a kind of goods in the working time section, matched somebody with somebody with each Frequency N is sent to dispense moment T and dispensed amounts correspondingly, wherein, the dispatching frequency N should with the dispatching moment T composition Distribution time value TP of the goods in the working time section；

The present embodiment illustrates using automobile as product as example, and the party in request then mutually should be vehicle complete vehicle manufacture Business, goods then mutually should be auto-parts.Intelligible, in other examples, the product is not limited to automobile, described Product can refer to the product that parts are supplied outside any needs that can be manufactured on the market.The working time of the party in request is with day For unit, the working time section is then the period risen to end to be worked daily with the party in request, such as party in request is every The darg period is 8:30-17:00, the working time of every day is then 8 hours.The table of the order cutting data Existing form can be such as following table 1-1：

CN

TP

Demand

8:30

9:30

10:30

11:30

13:30

14:30

15:30

16:30

17000101-A

1A1

13 casees

4001065-B

1C2

10 casees

5 casees

100407-A

2A4

20 casees

5 casees

3404100-B

2A9

16 casees

2 casees

Table 1-1

In table 1-1, the numbering per a kind of goods is unique number, and the distribution time value TP uses the first numerical value+word The mode of mother+second value embodies, wherein first the+the second data of numerical value integrally represent time, the third value agent-based delivery frequency N.1A, 1C, 2A i.e. in table 1 represent the time, and the numerical value after 1A, 1C, 2A represents to dispense frequency N.When the frequency of a certain goods It is secondary learn after, you can according to working time section and dispatching frequency N, obtain every time it is balanced with goods dispatching moment T so that supplier Can be balanced by the goods of dispensed amounts each time, temporally require deliver to the party in request.

S2, printing dispatching label corresponding with each dispatching moment T per a kind of goods, described dispense at least are marked on label Knowledge has the respective class CN and dispatching moment T, wherein, corresponding mark under each dispatching moment T per a kind of goods It is identical with dispensed amounts to sign quantity；

Table 1-1 is specifically combined, corresponding number of labels and the dispatching under each dispatching moment T per a kind of goods Measure identical refer to：By taking the goods that numbering is 4001065-B as an example, dispatching moment T is 8:Number of labels corresponding to the 30=dispatching Dispensed amounts under moment T, that is, it is 8 to dispense moment T:Number of labels=5 corresponding to 30.Five labels are so can print, so as to 5 labels is affixed on correspondingly corresponding to dispatching moment T in the outer packing of five casees goods, so, pass through label Goods just can know that the dispatching moment T and dispensed amounts of the goods, that is, just can know that dispatching the moment be 8:When 30, The goods that the numbering labelled is 4001065-B is required to 8:30 deliver to party in request.

S3, by it is described dispatching label be affixed on correspondingly on corresponding dispensed amounts goods；

S4, according to the mark content of the dispatching label by corresponding cargo transport to party in request.

This step can be transported to the party in request using existing any means of transportation, and therefore, here is omitted.

In this first embodiment, the party in request refers to product manufacturing side.Above-mentioned S1 to S4 steps be with logistics distribution Side be main body, logistics distribution side need to obtain in the working time section of party in request by the order cutting data after balanced cutting；Thing Stream distribution side prints dispatching label, so as to which dispatching label to be affixed on to the corresponding goods in warehouse correspondingly；Can be in storehouse It will be stored classifiedly in storehouse per a kind of goods, subregion then is carried out to every a kind of goods again by the dispatching frequency on dispatching label Domain is placed, and is put the generally the least expensive access of the goods at nearest dispatching moment T, can so be improved picking efficiency, entrucking efficiency etc. Deng.

Fig. 2 is referred to, Fig. 2 is to obtain order cutting data in goods delivery method of the present invention based on balanced cutting order The flow chart of method first embodiment.Above-mentioned acquisition being cut by the order after balanced cut in the working time section of party in request Cutting data includes following sub-step：

S101, obtain the dispatching frequency N of the every a kind of goods for being distributed to party in request in party in request's working time section with And the demand M of every a kind of goods in the working time section needed for the party in request；

The present embodiment illustrates using automobile as product as example, and the party in request then mutually should be vehicle complete vehicle manufacture Business, goods then mutually should be auto-parts.Intelligible, in other examples, the product is not limited to automobile, described Product can refer to the product that parts are supplied outside any needs that can be manufactured on the market.The working time of the party in request is with day For unit, the working time section is then the period risen to end to be worked daily with the party in request, such as party in request is every The darg period is 8：30-17:00, the working time of every day is then 8 hours.

The correctly dispatching frequency N of setting inside plants, it just can guarantee that and be averaged dispensed amounts each time (hereinafter referred to as each time Dispensed amounts) can the just right inventory matching with party in request (i.e. described vehicle complete vehicle manufacturer) station, be improve match somebody with somebody Send being effectively ensured for efficiency.In this instantiation, the dispatching frequency N can be obtained by below equation：

In formula (1), the maximum inventory represents to be used for the maximum storehouse for accommodating respective class goods on party in request's production station Capacity is deposited, is generally represented in units of storage container number；The stock minimum represents that party in request's production station is used to hold Receive the stock minimum of the corresponding goods, the stock minimum is more than feed supplement cycle consumption, generally with storage container number Represented for unit；The SNP represents the packaging quantity per a kind of goods；The BOM represents that party in request is manufacturing each product When (automobile), each product is to the dosage of each goods, i.e., every dosage of a kind of goods on each product；It is described JPH represents production line output hourly, and the JPH represents production line output hourly.

Demand M=JPH* parties in request working time * BOM.The dispatching frequency N refers to each work in party in request Make the corresponding number that party in request is delivered to per a kind of goods in the period (i.e. every day).Such as：First kind goods (part A it is) four times in the dispatching frequency of same day working time section, then then=4, the second class goods (part B) was in the working time on the same day by N The dispatching frequency of section is once, then then=1, the 3rd class goods (part C) is five in the dispatching frequency of same day working time section to N It is secondary, N then=5 ... ..., by that analogy.

S102, according to the dispatching frequency N it is that distribution time value TP, the matching somebody with somebody per a kind of goods are set per a kind of goods Time value TP is sent to include the dispatching frequency N and dispatching moment T dispensed each time；

It is that setting is each per a kind of goods according to the dispatching frequency N and the working time section of party in request in this step Distribution time value TP of the class goods in the working time section of the party in request, the distribution time value TP bags per a kind of goods The dispatching moment T for including the dispatching frequency N in the working time section of the party in request and dispensing each time.Per the binding of class goods One TP value, then this part daily dispatching frequency N and corresponding dispatching moment (define TP values to this TP value with regard to specification It is the harmony that need to consider the time, the harmony of supplier's arrival could be met), therefore to impart each part frequency N timely by TP Between the concept put.Example specifically is combined, the setting of the distribution time value TP per a kind of goods can be as shown in table 1 below to table 3：

Table 1

Table 2

Table 3

Above-mentioned table 1 embodies to table 3 is merely exemplary to TP values, and table 1 represents a kind of goods that dispatching frequency N is 1, Table 2 represents a kind of goods that dispatching frequency N is 2, and table 3 represents a kind of goods that same day dispatching frequency N is 3.Wherein：1A、1B、 1C, 1D, 2A, 2B, 2C, 2D, 3A, 3B etc. represent to dispense moment T, and the numeral after alphabetical A, B, C, D represents the dispatching frequency N。

S103, every a kind of goods according to needed for the party in request in the working time section demand M and such The distribution time value TP of goods is carried out the cutting of such goods to such goods by frequency N, is cut with obtaining the order of such goods Cut data, the order cutting data include dispensing each time correspondingly with the dispatching frequency N of such goods moment T and Dispensed amounts.

It is described to pass through the party in request in the working time section per the dispensed amounts of a kind of goods each time in this step The dispatching frequency N of demand M divided by such goods to such goods and obtain, i.e., per a kind of goods dispensed amounts each time= Demand M/ dispatching frequencys N.

Example specifically is combined, such as party in request's same day is 100 casees to the demand M of a certain goods, according to above-mentioned formula meter It is 5 that calculation, which obtains dispensing frequency N, then then represent to need the supply of material 5 times on the day of logistics side to party in request, according to demand square SNP, The parameters such as BOM, JPH are available dispatching moment T during the working time, you can obtain such goods at each dispatching moment T dispensed amounts.

Embodiment of the present invention, according to demand factory each goods is obtained to parameters such as the capacity of respective class goods per station The dispatching frequency N of thing, the stock minimum of respective class goods, the time for being distributed to demand factory etc. are obtained according to each station Each dispatching moment, according to the demand M and dispatching frequency of the same day (so that above-mentioned one day is working time section as an example) demand factory Secondary N obtains the dispensed amounts of every a kind of goods each time, and then the same day is cut or cut by the dispatching frequency per a kind of goods, Cut into N parts, dispensed amounts obtain as stated above each time, so as to making the dispensed amounts each time of each goods balanced or Close to equilibrium.Such benefit is so that the corresponding part being distributed to each time on demand factory station is balanced, will not be in heaps It is deposited at demand factory, is not in as traditional manual allocation, asking for demand factory is blocked in dispatching peak period Topic, is not in low peak period so that goods is endlessly sent to demand factory so that resource is utilized effectively.The present invention Patent optimizes the order optimum management of demand factory, and disassembles formulation by order, simplifies order and disassembles process.Specification Supplier dispenses each batch and distribution time of part, and has equalized the dispatching of supplier, reduces the peak period of dispatching And low peak period, it is effectively utilized resource.

Fig. 3 is to obtain order cutting data method second in fact in goods delivery method of the present invention based on balanced cutting order Apply the flow chart of mode.In the present embodiment, being cut by the order after balanced cut in the working time section of party in request is obtained Data include following sub-step：

S111, obtain the dispatching frequency N of the every a kind of goods for being distributed to party in request in party in request's working time section with And the demand M of every a kind of goods in the working time section needed for the party in request；

S112, according to the dispatching frequency N it is that distribution time value TP, the matching somebody with somebody per a kind of goods are set per a kind of goods Time value TP is sent to include the dispatching frequency N and dispatching moment T dispensed each time；

S113, every a kind of goods according to needed for the party in request in the working time section demand M and such The distribution time value TP of goods is carried out the cutting of such goods to such goods by frequency N, is cut with obtaining the order of such goods Cut data, the order cutting data include dispensing each time correspondingly with the dispatching frequency N of such goods moment T and Dispensed amounts；

S111 steps~S113 the steps are same or similar with first embodiment, just no longer repeat one by one herein.

S114, judge whether the dispensed amounts of such goods each time are integer, if not integer, then by the every of such goods One time dispensed amounts round；For the ease of calculating, rounding described in the present embodiment refers to directly remove the rear numerical digit behind integer, i.e., Without the direct round numbers part that rounds up.

Specifically combine example：Assuming that to certain a kind of goods demand M=10, the dispatching frequency of certain a kind of goods on the day of party in request Secondary N=6,10/6 ≈ 1.67, represent the case of dispensed amounts 1.67 that is averaged each time.General logistics company or supplier be with case or Box is that unit is packed to parts, in transport to be transported with case or box unit.Therefore, dispatching obtained above Amount is not integer, then needs to round.1.67 decimal place is directly removed, the dispensed amounts that are averaged each time after rounding are then 1.

S115, the described goods is rounded each time after dispensed amounts be added to yield less than the numerical value of the demand M Z；

In this step, continue to be specifically described as example using above-mentioned 1.67 dispensed amounts.The goods is taken each time Dispensed amounts after whole are added：1+1+1+1+1+1=6, i.e. numerical value Z=6<10 (demand M).

S116, the absolute value Y of the numerical value Z and the difference of the demand M divided equally in units of numerical value 1, will be each Individual numerical value 1 adds in the dispensed amounts after Y is rounded correspondingly, so that N number of corresponding to the N frequencys of the goods match somebody with somebody The amount of sending is divided into higher value dispensed amounts part and smaller value dispensed amounts part, wherein, Y is the integer less than N and more than or equal to 1；

This step continues to be specifically described as embodiment using above-mentioned 1.67 dispensed amounts, above-mentioned known numeric value Z=6, number The amount 6 and absolute difference Y=4 of demand, 4 are divided into units of 14 deciles, i.e., and 1,1,1,1, by a pair of four numerical value 1 one Answer be added to four round after dispensed amounts in.Make four round after dispensed amounts be changed into 2, remaining two round after dispatching Amount is still 1, i.e.,：Total dispensed amounts=2+2+2+2+1+1=10 (demand M).Wherein, four for 2 dispensed amounts be divided into it is larger It is worth dispensed amounts part, two are divided into smaller value dispensed amounts part for 1 dispensed amounts.

S117, the dispatching moment T that dispatching moment T of the higher value dispensed amounts of such goods is arranged on to smaller value dispensed amounts Before, wherein, each higher value dispensed amounts be added after numerical value and each smaller value dispensed amounts be added after numerical value it With equal to the demand M in the working time section.

This step continues to carry out specifically so that six the dispatching frequencys, total dispensed amounts in above-mentioned instantiation are 10 casees as an example It is bright.Assuming that the dispatching moment of six dispatchings is：8:30、9:30、10:30、13:30、15:30、16:30, it is above-mentioned to match somebody with somebody higher value The goods that four dispensed amounts of the amount of sending part are 2 is arranged in above-mentioned preceding four moment according to sequencing, see the table below：

8:30	9:30	10:30	13:30	15:30	16:30
						2 casees	2 casees	2 casees	2 casees	1 case	1 case

Table 4

Using the above method, it is primarily due to during logistics transportation, all goods are with case or with packing box For unit, therefore, when the dispensed amounts that are averaged each time for learning a certain goods are not integer (FCL number), it is necessary to described a certain The dispensed amounts each time of goods are rounded.In order to ensure the production of demand factory, meet per a kind of goods in the dispatching on the same day The demand on frequency N Xia Manzhong demands factory's same day, it is therefore desirable to be added the dispensed amounts after rounding each time and be equal to the work Demand M in period.Further, in order to ensure the production of demand factory, during by the dispatchings of the higher value dispensed amounts Carve T to be placed in before the dispatching moment T of the smaller value dispensed amounts, be to ensure that the car loading needed for demand factory is always to locate On mean water.

In other examples,, will be all larger when smaller value dispensed amounts are one if higher value dispensed amounts are multiple The dispatching moment T of value dispensed amounts is arranged at before the smaller value dispensed amounts, to cause the dispatching of all higher value dispensed amounts Moment T arranging successively before the dispatching moment T of the smaller value dispensed amounts to evening by morning.

Embodiment of the present invention, there is provided the solution when dispensed amounts are not integer each time so that logistics transportation Side, supplier etc. need not take the production that packing case and can ensures product demand side apart, and when being unlikely to occur whole bag transport, goods is not The production requirement of product demand side can be met, supply shortage during party in request's production, production station water level occur less than needed for normal production The situation for the amount asked.Both having reached makes logistics transportation side, supplier parties etc. dispense the problem of facilitating, and the product of meet demand side Production procedure normally produces, while can also solve the problems, such as that first embodiment is solved, and reaches the effect described by first embodiment Fruit.

Fig. 4 is to obtain order cutting data method the 3rd in fact in goods delivery method of the present invention based on balanced cutting order Apply the flow chart of mode.In the present embodiment, being cut by the order after balanced cut in the working time section of party in request is obtained Data include following sub-step：

S121, obtain the dispatching frequency N of the every a kind of goods for being distributed to party in request in party in request's working time section with And the demand M of every a kind of goods in the working time section needed for the party in request；

S122, according to the dispatching frequency N it is that distribution time value TP, the matching somebody with somebody per a kind of goods are set per a kind of goods Time value TP is sent to include the dispatching frequency N and dispatching moment T dispensed each time；

S123, every a kind of goods according to needed for the party in request in the working time section demand M and such The distribution time value TP of goods is carried out the cutting of such goods to such goods by frequency N, is cut with obtaining the order of such goods Cut data, the order cutting data include dispensing each time correspondingly with the dispatching frequency N of such goods moment T and Dispensed amounts；

S124, judge whether the dispensed amounts of such goods each time are integer, if not integer, then by the every of such goods One time dispensed amounts round；

S125, the described goods is rounded each time after dispensed amounts be added to yield less than the numerical value of the demand M Z；

S126, the absolute value Y of the numerical value Z and the difference of the demand M divided equally in units of numerical value 1, will be each Individual numerical value 1 adds in the dispensed amounts after Y is rounded correspondingly, so that N number of corresponding to the N frequencys of the goods match somebody with somebody The amount of sending is divided into higher value dispensed amounts part and smaller value dispensed amounts part, wherein, Y is the integer less than N and more than or equal to 1；

S127, the dispatching moment T that dispatching moment T of the higher value dispensed amounts of such goods is arranged on to smaller value dispensed amounts Before, wherein, if higher value dispensed amounts are multiple and when smaller value dispensed amounts are multiple, by the higher value dispensed amounts with Smaller dispensed amounts make the dispatching moment T of each higher value dispensed amounts be located at a corresponding smaller value by dispatching moment T alternate arrangement Before the dispatching moment T of dispensed amounts；If higher value dispensed amounts are multiple, when smaller value dispensed amounts are one, by all higher values The dispatching moment T of dispensed amounts is arranged at before the smaller value dispensed amounts.

The alternate arrangement includes：(1) dispatching moment T of each higher value dispensed amounts and matching somebody with somebody for each smaller value dispensed amounts Send moment T-shaped into one staggeredly group so that the dispatching moment T of each higher value dispensed amounts with each corresponding smaller value dispensed amounts Dispatching moment T interlock.Such as：Assuming that demand M=10 casees, dispatching frequency N=4 times, average dispensed amounts=2.5 each time Case, it is 2 after rounding, after above-mentioned steps are handled, there are two casees of higher value dispensed amounts 3,3 casees, there are two smaller values to match somebody with somebody The case of the amount of sending 2,2 casees, therefore, then it can interlock moment T is dispensed corresponding to five dispensed amounts, see the table below 5：

3 casees	2 casees	3 casees	2 casees
				8:30	10:30	13:30	15:30

Table 5

(2) dispatching moment T of each higher value dispensed amounts interlocks with the dispatching moment T of corresponding smaller value dispensed amounts, The situation is primarily referred to as the dispatching moment of multiple dispatching moment T and a smaller value dispensed amounts corresponding to multiple higher value dispensed amounts T-shaped into one staggeredly group so that dispatching moment T of the plurality of higher value dispensed amounts be respectively positioned on the dispatching moment of a smaller value dispensed amounts Before T, or dispatching moment T of a higher value dispensed amounts is set to be located at before the dispatching moment T of multiple smaller value dispensed amounts.Example Such as：Assuming that demand M=27 casees, frequency N=8 is dispensed, each time the average case of dispensed amounts=3.375, be 3 casees after rounding, warp Cross above-mentioned steps processing after, there are three casees of higher value dispensed amounts 4,4 casees, 4 casees, with five casees of smaller value dispensed amounts 3,3 casees, 3 casees, 3 casees, 3 casees, therefore, the dispatching moment T of five dispensed amounts can be interlocked, see the table below 6：

4 casees

3 casees

4 casees

3 casees

4 casees

3 casees

8:30

9:30

13:30

11:30

13:30

14:30

15:30

16:30

Table 6

Specifically, the S127 steps include following sub-step：

(dispensed amounts+smaller value corresponding to the first dispatching moment T during higher value dispensed amounts-do not round is matched somebody with somebody for S1271, judgement The amount of sending)>=dispensed amounts when not rounding；

If S1272, more than or equal to dispensed amounts when not rounding, it is arranged in the dispatching moment T of the smaller value dispensed amounts After the higher value dispensed amounts, and calculate the dispatching value P after this time dispatching moment T arrangement, the dispensed amounts of this arrangement Value P=smaller values dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

If S1273, less than dispensed amounts when not rounding, by the dispatching moment T of a higher value dispensed amounts be arranged in this compared with After the dispatching moment T of big value dispensed amounts, and calculate the dispatching value P of this arrangement, the dispatching value P=of this arrangement Higher value dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

S1274, judgement (dispensed amounts+smaller value dispensed amounts when the current dispatching value P- is not rounded)>=do not take Dispensed amounts when whole；

If S1275, more than or equal to dispensed amounts when not rounding, the dispatching moment T of a smaller value dispensed amounts is arranged in After dispatching moment T corresponding to current dispatching value P；If less than dispensed amounts when not rounding, will also it is unappropriated it is another compared with The dispatching moment T of big value dispensed amounts was arranged in after dispatching moment T corresponding to current dispatching value P；Until the multiple larger Value dispensed amounts and multiple smaller value dispensed amounts alternate arrangements finish.

Embodiment of the present invention, above-mentioned staggeredly rule are only illustrated as an example, it will be appreciated that, other real Apply in example, the staggeredly rule can be carried out calculating generation or is manually calculated by software with other rules, as long as making Dispensed amounts can be more than or equal to the average dispensed amounts plus a preceding surplus each time after must interlocking.The present embodiment removes Outside the beneficial effect with above-mentioned first embodiment and second embodiment, cutting dispatching order through the above way, moreover it is possible to Ensure as far as possible party in request station, logistics side warehouse storage as far as possible peak level or under, make to dispense each time Goods it is balanced as far as possible in the case where not devaning.

Fig. 5 is to obtain order cutting data method the 4th in fact in goods delivery method of the present invention based on balanced cutting order Apply the flow chart of mode.In the present embodiment, being cut by the order after balanced cut in the working time section of party in request is obtained Data include following sub-step：

S131, obtain the dispatching frequency N of the every a kind of goods for being distributed to party in request in party in request's working time section with And the demand M of every a kind of goods in the working time section needed for the party in request；

S132, according to the dispatching frequency N it is that distribution time value TP, the matching somebody with somebody per a kind of goods are set per a kind of goods Time value TP is sent to include the dispatching frequency N and dispatching moment T dispensed each time；

S133, every a kind of goods according to needed for the party in request in the working time section demand M and such The distribution time value TP of goods is carried out the cutting of such goods to such goods by frequency N, is cut with obtaining the order of such goods Cut data, the order cutting data include dispensing each time correspondingly with the dispatching frequency N of such goods moment T and Dispensed amounts；

S134, judge whether the dispensed amounts of such goods each time are integer, if not integer, then by the every of such goods One time dispensed amounts round；

S135, the described goods is rounded each time after dispensed amounts be added to yield less than the numerical value of the demand M Z；

S136, the absolute value Y of the numerical value Z and the difference of the demand M divided equally in units of numerical value 1, will be each Individual numerical value 1 adds in the dispensed amounts after Y is rounded correspondingly, so that N number of corresponding to the N frequencys of the goods match somebody with somebody The amount of sending is divided into higher value dispensed amounts part and smaller value dispensed amounts part, wherein, Y is the integer less than N and more than or equal to 1；

S137, the dispatching moment T of a wherein higher value dispensed amounts for such goods is arranged in the working time section Dispatching first time, T moment, will the dispatching moment T of a wherein higher value dispensed amounts be arranged to the first；Such as the same day The dispatching moment is 8 for the first time：30, then the dispatching moment T of a wherein higher value dispensed amounts is then arranged to 8：30；

S138, judgement (dispensed amounts+smaller value dispatching corresponding to the first dispatching moment T during higher value dispensed amounts-do not round Amount)>=average dispensed amounts when not rounding；

Example 1：Continue with above-mentioned demand M=10 casees, dispatching frequency N=6 times, average dispatching when not rounding each time Amount ≈ 1.67 casees is that example is illustrated to this step.2 casees are obtained according to above-mentioned steps, and 2 casees, 2 casees, 2 casees, 1 case matches somebody with somebody for 1 case The amount of sending, higher value dispensed amounts part are four groups, and smaller value dispensed amounts part is two groups, refers to above-mentioned table 4.The dispatching moment for the first time The case of higher value dispensed amounts corresponding to T=2, the average casees of dispensed amounts ≈ 1.67 when not rounding, smaller value dispensed amounts=1, according to this Judgment step：2-1.67+1=1.33 case, 1.33 casees<1.67 casees, therefore jump to S13A steps；

Example 2：With demand M=10 casees, dispense the frequency N=4 times, average dispensed amounts=2.5 when not rounding each time It is illustrated exemplified by case.3 casees are obtained according to above-mentioned steps, 3 casees, 2 casees, the dispensed amounts of 2 casees, higher value dispensed amounts part is two Group, smaller value dispensed amounts part are two groups.The case of higher value dispensed amounts=3 corresponding to moment T is dispensed each time, it is flat when not rounding The case of equal dispensed amounts=2.5, the case of smaller value dispensed amounts=2, according to this judgment step：3-2.5+2=2.5 case, the case of 2.5 casees=2.5 (average dispensed amounts when not rounding), therefore enter S139 steps.

If S139, more than or equal to dispensed amounts when not rounding, the dispatching moment T of the smaller value dispensed amounts is set to be arranged in this After higher value dispensed amounts, and calculate the dispatching value P, the dispatching value P of this arrangement after this time dispatching moment T arrangement =another smaller value dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding), go to S13B steps；It is described (previous Dispensed amounts during secondary higher value dispensed amounts-do not round) namely it is preceding be once distributed to party in request after, after party in request's normal use Surplus.

With reference to above-mentioned example 2, the dispatching moment T of one group of smaller value dispensed amounts (2) case therein is arranged in described first After secondary dispatching moment T, it is assumed that the dispatching moment T of 4 times is successively：8:30、10:30、13:30、15:30, then then by described in The dispatching moment of one of which smaller value dispensed amounts is arranged in 10:30.After calculating this time (for the second time) dispatching moment T arrangement simultaneously Dispatching value P, that is, dispatching value P=2+ (3-2.5)=2.5 case, calculated through this, it is secondary be dispensed into party in request after, Dispatching value P=2.5 casees at party in request, are exactly equal to the average dispensed amounts not rounded each time.

If S13A, less than dispensed amounts when not rounding, by the dispatching moment T of another higher value dispensed amounts be arranged in this compared with After the dispatching moment T of big value dispensed amounts, and calculate the dispatching value P of this arrangement, the dispatching value P=of this arrangement Another higher value dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

With reference to above-mentioned example 1, the dispatching moment of one group of higher value dispensed amounts (2) therein is arranged in when dispensing for the first time After quarter T, it is assumed that 6 times dispatching moment T priority is：8:30、9:30、10:30、13:30、15:30、16:30, then then by described in The dispatching moment of one of which smaller value dispensed amounts is arranged in 9:30.After calculating this time (for the second time) dispatching moment T arrangement simultaneously Dispatching value P (i.e. party in request receive when time dispensed amounts after, current total amount), namely：Dispense value P=2+ (2- 1.67)=2.33 case, is calculated through this, after being dispensed into party in request for the second time, the dispatching value P=2.33 casees at the party in request.

S13B, judgement (dispensed amounts+smaller value dispensed amounts when the current dispatching value P- is not rounded)>=do not round When dispensed amounts；

If S13C, more than or equal to dispensed amounts when not rounding, the dispatching moment T of a smaller value dispensed amounts is arranged in and worked as After dispatching moment T corresponding to preceding dispatching value P；Until the multiple higher value dispensed amounts and multiple smaller value dispensed amounts are interlocked Arrangement finishes.

If S13D, less than dispensed amounts when not rounding, by the dispatching moment T of also unappropriated another higher value dispensed amounts It is arranged in after dispatching moment T corresponding to current dispatching value P；Until the multiple higher value dispensed amounts and multiple smaller values are matched somebody with somebody The amount of sending alternate arrangement finishes.

With reference to above-mentioned example 1, value P=2+ (2-1.67)=2.33 case is dispensed, is calculated according to the formula of this step： Dispensed amounts (1.67 case)=0.66 case during the current dispatching value P (2.33 case)-do not round, 0.66 case+smaller value are matched somebody with somebody The case of the amount of sending (1) case=1.66,1.66 casees<1.67 casees (average dispensed amounts when not rounding), therefore still do not arranged residue Two groups of higher values in one of which arrangement to current dispatching value P values corresponding to dispense and (be arranged in second after moment T The secondary dispatching moment 9:After 30, namely it is arranged in 10:30)；Residue is calculated in a manner of S13B steps again not arrange to dispense moment T Dispensed amounts, until all higher value dispensed amounts and smaller value dispensed amounts arrange to finish.According to step S13B steps, calculate Dispensed amounts corresponding to each dispatching moment T gone out are shown in Table 4.

With reference to above-mentioned example 2, value P=2+ (3-2.5)=2.5 case is dispensed, is calculated according to the formula of this step：When Dispensed amounts (2.5 case)=0 case during the preceding dispatching value P (2.5 case)-do not round, 0 case+smaller value dispensed amounts (1) case= 2 casees, 2 casees<2.5 casees (average dispensed amounts when not rounding), thus arranged in the 1 group of higher value that still remaining will do not arranged to (second of dispatching moment 10 is arranged in after dispatching moment T corresponding to current dispatching value P values:After 30, namely it is arranged in 13:30)；The remaining dispensed amounts for not arranging to dispense moment T are calculated in a manner of S13B steps again, until all higher values dispense Amount and smaller value dispensed amounts arrange to finish.According to step S13B steps, dispensed amounts corresponding to each dispatching moment T calculated It is shown in Table 5.

Embodiment of the present invention, it is not necessary to first judge whether higher value quantity and smaller value quantity are multiple, with reference to above-mentioned Mode dispense the setting arrangement at moment T, simple flow, handles computer-internal more convenient, efficiency is more preferable.

Fig. 6 is referred to, Fig. 6 is the flow of goods delivery method second embodiment of the present invention based on balanced cutting order Figure.The goods delivery method based on balanced cutting order of the present embodiment is used to making supplier's square requirement according to demand, will be every A kind of goods equilibrium is distributed to logistics side warehouse and the equilibrium of logistics side is distributed to party in request.It the described method comprises the following steps：

S20, logistics side obtain in the working time section of party in request by the order cutting data after balanced cut, its In, the order cutting data is included per a kind of CN, per the dispatching frequency of a kind of goods in the working time section N, moment T and dispensed amounts are dispensed correspondingly with each dispatching frequency N, wherein, when the dispatching frequency N is with the dispatching Carve T and form distribution time value TP of the goods in the working time section；

S22, logistics side share the order cutting data to the supplier；

S24, supplier play corresponding print dispatching label according to the order cutting data, wherein, the supplier according to Order cutting data printing dispatching label corresponding with each dispatching moment T of every a kind of goods, it is described to dispense on label The respective class CN and dispatching moment are at least identified with, wherein, it is corresponding under each dispatching moment T per a kind of goods Number of labels it is identical with dispensed amounts；

The supplier related to party in request is generally multiple, and the kinds of goods type that each possible supplier is supplied differs Sample.Therefore, logistics side can all share all order cutting datas to each supplier, also can targetedly by The order cutting data related with each supplier is sent to corresponding supplier.Such as：The order of A posts, B posts and other items is cut Data are cut to send to the first supplier, the order cutting data of air-conditioning and other items is sent to the second supplier etc..

The partial data of relative order cutting data is printed as dispensing label again by supplier, is then affixed on goods In outer packing, transported on time to logistics side according to the dispatching moment T identified on label, dispensed amounts etc. are dispensed.So, supplier is defeated After delivering to the logistics side, logistics side more efficiently can be stored classifiedly goods in warehouse by distribution time, such good Place is that logistics side can either be distributed to party in request on time, while the warehouse vacancy after dispatching can also mend because supplier dispenses on time Lack so that whole distribution chain almost slitless connection.

The dispatching label is affixed on corresponding dispensed amounts goods by S26, the supplier correspondingly；

S28, the logistics side are according to the mark content of the dispatching label by the corresponding goods deposited in warehouse by luck Party in request is transported to, while the supplier transports corresponding goods to the thing according to the mark content of the dispatching label on time Stream side, to fill logistics Fang Yin by corresponding goods vacancy after corresponding cargo transport to the party in request in its warehouse, so that institute The goods for stating logistics side warehouse disclosure satisfy that the supply of material demand of party in request at any time.

Embodiment of the present invention, the specific cutting step of the singulation cutting data can be found in the description of above-described embodiment, No longer repeat one by one herein.

Embodiment of the present invention, equally so that vehicle complete vehicle manufacturer is party in request as an example, the logistics can be party in request The logistics specified or under logistics (can be described as transfer side, storage side etc.), therefore, the logistics can know demand at any time The demand of the every workday of side, order is cut to so as to carry out equilibrium to same day goods according to daily workload Cutting data.After cutting data is formed, order cutting data is shared to each supplier related to the party in request, institute Each supplier is stated according to shared order cutting data, the order data of the goods related to them is printed as label, so Print label is labelled on corresponding goods afterwards, logistics side is distributed to according still further to dispatching moment T.Meanwhile logistics Fang Ze is to the supply of material The goods brought is transported to according to dispatching moment classification storage in warehouse, meanwhile, the goods of relevant position in the warehouse of logistics side Thing transports to party in request, so, to that should be distributed to the goods at the cargo location of party in request just in the warehouse of logistics side again Reduce, then the goods of reduction is supplemented to logistics side by supplier immediately as requested again.In this way, in the warehouse of logistics side It is at the sufficient state of goods amount at any time per a kind of goods, while again will not be as the irregular an unbounded quantity of distribution side of conventional art Formula is such, it may appear that and because supplier dispenses, goods that is too many and occurring does not have sufficient space storage, blocks up situations such as buying securities with all one's capital storehouse goods, Or there is the situation of goods supply shortage.This logistics transportation method can avoid afore-mentioned, no matter when goods be ordered into ground, Logistics side is balancedly sent to, the requirement square as desired of logistics side equally in an orderly manner, balanced is sent to party in request, ensures party in request Manufacture be smoothed out, be not in delivery amount it is unbalanced caused by station can not be raw caused by the situations of stack goods, supply shortage Produce the situation of cycle length.

Embodiments of the present invention are these are only, are not intended to limit the scope of the invention, it is every to utilize the present invention The equivalent structure or equivalent flow conversion that specification and accompanying drawing content are made, or directly or indirectly it is used in other related technologies Field, it is included within the scope of the present invention.

Claims

, will be each for making supplier's square requirement according to demand 1. a kind of goods delivery method based on balanced cutting order Class goods equilibrium is distributed to logistics side warehouse and is distributed to party in request for the equilibrium of logistics side, comprises the following steps：

Logistics side obtain in the working time section of party in request by the order cutting data after balanced cut, wherein, it is described to order Single cutting data includes every a kind of CN, the dispatching frequency N per a kind of goods in the working time section, matched somebody with somebody with each Frequency N is sent to dispense moment T and dispensed amounts correspondingly, wherein, the dispatching frequency N should with the dispatching moment T composition Distribution time value TP of the goods in the working time section；

Logistics side is shared to the supplier by the order cutting data；

Supplier plays corresponding print dispatching label according to the order cutting data, wherein, the supplier is according to the order Cutting data prints dispatching label corresponding with each dispatching moment T per a kind of goods, is at least identified on the dispatching label There are the respective class CN and dispatching moment, wherein, corresponding number of tags under each dispatching moment T per a kind of goods Amount is identical with dispensed amounts；

The dispatching label is affixed on corresponding dispensed amounts goods by the supplier correspondingly；

The corresponding goods deposited in warehouse is transported to demand on time according to the mark content of the dispatching label logistics side Side, while the supplier transports corresponding goods to the logistics side according to the mark content of the dispatching label on time, with Logistics Fang Yin is filled by corresponding goods vacancy after corresponding cargo transport to the party in request in its warehouse, so that the logistics side The goods in warehouse disclosure satisfy that the supply of material demand of party in request at any time.
2. the goods delivery method as claimed in claim 1 based on balanced cutting order, it is characterised in that obtaining in demand In the working time section of side by the step of order cutting data after balanced cut, including following sub-step：

Obtain the dispatching frequency N of the every a kind of goods for being distributed to party in request in party in request's working time section and the work The demand M of every a kind of goods in period needed for the party in request；

It is that distribution time value TP, the distribution time value per a kind of goods are set per a kind of goods according to the dispatching frequency N TP includes the dispatching frequency N and dispatching moment T dispensed each time；

The demand M and such goods of every a kind of goods according to needed for the party in request in the working time section dispatching Time value TP is carried out the cutting of such goods to such goods by frequency N, to obtain the order cutting data of such goods.
3. the goods delivery method as claimed in claim 2 based on balanced cutting order, it is characterised in that the dispatching frequency N is obtained by below equation：

Dispense frequency N=party in request's working times/[(maximum inventory-stock minimum) * SNP/BOM/JPH] (1)

In formula (1), the maximum inventory represents that the maximum stock for being used to accommodate respective class goods on party in request's production station holds Amount；The stock minimum represents that party in request's production station is used for the stock minimum for accommodating the corresponding goods, described Stock minimum is more than feed supplement cycle consumption；The SNP represents the packaging quantity per a kind of goods；The BOM represents demand Side is when manufacturing each product, dosage of each product to each goods；The JPH represents production line life hourly Yield.
4. the goods delivery method as claimed in claim 3 based on balanced cutting order, it is characterised in that match somebody with somebody according to In the step of sending frequency N to be the setting distribution time value TP per a kind of goods, including：

It is to be set per a kind of goods per a kind of goods described according to the dispatching frequency N and the working time section of party in request Distribution time value TP, the distribution time value TP per a kind of goods in the working time section of party in request are included in the demand Dispatching frequency N and the dispatching moment T that dispenses each time in the working time section of side.
5. the goods delivery method as claimed in claim 4 based on balanced cutting order, it is characterised in that according to the work Make the demand M of every a kind of goods in the period needed for the party in request and the distribution time value TP of such goods to such Goods is carried out the cutting of such goods by frequency N, the step of to obtain the order cutting data of such goods in, further bag Include：

It is described per the dispensed amounts of a kind of goods each time by the working time section party in request to such goods The dispatching frequency N of demand M divided by such goods and obtain.
6. the goods delivery method as claimed in claim 5 based on balanced cutting order, it is characterised in that obtaining every one kind After the dispensed amounts of goods each time, in addition to：

Judge whether the dispensed amounts of such goods each time are integer, if not integer, then by the dispatching each time of such goods Measure whole；

Dispensed amounts after the described goods is rounded each time are added to yield less than the numerical value Z of the demand M；

The numerical value Z and the absolute value Y of the difference of the demand M are divided equally in units of numerical value 1, by each numerical value 1 one Added to corresponding to one in the dispensed amounts after Y is rounded, so that N number of dispensed amounts are divided corresponding to the N frequencys of the goods For higher value dispensed amounts part and smaller value dispensed amounts part, wherein, Y is the integer less than N and more than or equal to 1；

Dispatching moment T of the higher value dispensed amounts of such goods is arranged on before the dispatching moment T of smaller value dispensed amounts.
7. the goods delivery method as claimed in claim 6 based on balanced cutting order, it is characterised in that by such goods In the step of dispatching moment T of dispensed amounts higher value is arranged on before the dispatching moment T of smaller value dispensed amounts, specifically include：

If higher value dispensed amounts are multiple and smaller value dispensed amounts are multiple, the higher value dispensed amounts are matched somebody with somebody with smaller The amount of sending by dispatching moment T alternate arrangement, make in working time section first dispense moment T be higher value dispensed amounts and make it is each compared with Dispatching moment T of big value dispensed amounts is located at before the dispatching moment T of corresponding smaller value dispensed amounts；

It is when smaller value dispensed amounts are one, the dispatching moment T of all higher value dispensed amounts is equal if higher value dispensed amounts are multiple It is arranged on before the smaller value dispensed amounts.
8. the order cutting method of balanced dispatching order as claimed in claim 7, it is characterised in that match somebody with somebody by the higher value The amount of sending, by dispatching moment T alternate arrangement, makes the dispatching moment T of each higher value dispensed amounts be located at corresponding one with smaller dispensed amounts In the step of before the dispatching moment T of smaller value dispensed amounts, specifically include：

Judge (dispensed amounts+smaller value dispensed amounts corresponding to the first dispatching moment T during higher value dispensed amounts-do not round)>=not Dispensed amounts when rounding；

If more than or equal to dispensed amounts when not rounding, the dispatching moment T of the smaller value dispensed amounts is arranged in the higher value and match somebody with somebody After the amount of sending, and calculate the dispatching value P after this time dispatching moment T arrangement, the dispatching value P=smaller values of this arrangement Dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

If less than dispensed amounts when not rounding, the dispatching moment T of a higher value dispensed amounts is arranged in the higher value dispensed amounts Dispatching moment T after, and calculate the dispatching value P of this arrangement, the dispatching value P=higher values dispatching of this arrangement Amount+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

Judge (dispensed amounts+smaller value dispensed amounts when the current dispatching value P- is not rounded)>=dispatching when not rounding Amount；

If more than or equal to dispensed amounts when not rounding, the dispatching moment T of a smaller value dispensed amounts is arranged in current dispensed amounts After dispatching moment T corresponding to value P；If, will also unappropriated another higher value dispensed amounts less than dispensed amounts when not rounding Dispatching moment T be arranged in after dispatching moment T corresponding to current dispatching value P；Until the multiple higher value dispensed amounts and The dispatching moment T alternate arrangements of multiple smaller value dispensed amounts finish.
9. the goods delivery method as claimed in claim 5 based on balanced cutting order, it is characterised in that obtaining every one kind After the dispensed amounts of goods each time, in addition to：

Judge whether the dispensed amounts of such goods each time are integer, if not integer, then by the dispatching each time of such goods Measure whole；

Dispensed amounts after the described goods is rounded each time are added to yield less than the numerical value Z of the demand M；

The numerical value Z and the absolute value Y of the difference of the demand M are divided equally in units of numerical value 1, by each numerical value 1 one Added to corresponding to one in the dispensed amounts after Y is rounded, so that N number of dispensed amounts are divided corresponding to the N frequencys of the goods For higher value dispensed amounts part and smaller value dispensed amounts part, wherein, Y is the integer less than N and more than or equal to 1；

The first time that dispatching moment T of a wherein higher value dispensed amounts for such goods is arranged in the working time section is matched somebody with somebody Send moment T；

Judge (dispensed amounts+smaller value dispensed amounts corresponding to the first dispatching moment T during higher value dispensed amounts-do not round)>=not Dispensed amounts when rounding；

If more than or equal to dispensed amounts when not rounding, the dispatching moment T of the smaller value dispensed amounts is arranged in the higher value and match somebody with somebody After the amount of sending, and calculate the dispatching value P after this time dispatching moment T arrangement, the dispatching value P=smaller values of this arrangement Dispensed amounts+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

If less than dispensed amounts when not rounding, the dispatching moment T of a higher value dispensed amounts is arranged in the higher value dispensed amounts Dispatching moment T after, and calculate the dispatching value P of this arrangement, the dispatching value P=higher values dispatching of this arrangement Amount+(a preceding higher value dispensed amounts-dispensed amounts when not rounding)；

Judge (dispensed amounts+smaller value dispensed amounts when the current dispatching value P- is not rounded)>=dispatching when not rounding Amount；

If more than or equal to dispensed amounts when not rounding, the dispatching moment T of a smaller value dispensed amounts is arranged in current dispensed amounts After dispatching moment T corresponding to value P；If, will also unappropriated another higher value dispensed amounts less than dispensed amounts when not rounding Dispatching moment T be arranged in after dispatching moment T corresponding to current dispatching value P；Until the multiple higher value dispensed amounts and The dispatching moment T alternate arrangements of multiple smaller value dispensed amounts finish.
10. the goods delivery method as claimed in any one of claims 1-9 wherein based on balanced cutting order, it is characterised in that： The party in request is product manufacturing side.