CN113642956A - Fresh stewed beverage order management method - Google Patents
Fresh stewed beverage order management method Download PDFInfo
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- CN113642956A CN113642956A CN202110868218.9A CN202110868218A CN113642956A CN 113642956 A CN113642956 A CN 113642956A CN 202110868218 A CN202110868218 A CN 202110868218A CN 113642956 A CN113642956 A CN 113642956A
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- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention discloses a fresh stewed beverage order management method, which belongs to the technical field of logistics management and comprises the following steps: acquiring user order information through a mobile phone number; judging that the state of the undelivered order meets a first sequencing condition; if the first sequencing condition is met, combining the orders which are not delivered and meet the first sequencing condition to generate a first delivery period order group; if the order contains the gift, the gift information is listed in the first round of periodic order of the delivery order group according to the group; judging remark information, an order address and the like of an undelivered order; the method optimizes the periodic order query of the fresh stewed beverage, the sorting rule and method of the fresh stewed beverage products and the sorting rule and method of the fresh stewed beverage products of different types; starting from the order period, the timeliness of order management is improved, and the defects in the original management mode are overcome.
Description
Technical Field
The invention belongs to the technical field of logistics management, and particularly relates to a fresh stewed beverage order management method.
Background
The order management of the fresh stewed drinks is taken as the most important link in the operation process and is taken as the beginning of business in the whole practical operation, and the importance and the criticality of the order management are obvious. The reason is that fresh stewed drink orders are often delivered periodically according to the month, week and year, and the orders are arranged according to the requirements of customers; the fresh stewed beverage commodity is placed for order and delivered, which often brings trouble and pressure to the fresh stewed beverage operation. Whether the order is reasonable or not directly influences the success and quality of the operation of the fresh stewed drinks, so that the order management method is very important for the effective management of the order.
Disclosure of Invention
Technical problem to be solved
(1) Optimizing the order query of the fresh stewed beverage period;
(2) ordering rules and methods of fresh stewed beverage products;
(3) sorting rule and method for different types of fresh stewed beverage products
(4) And managing the order address and remark information of the fresh stewed drinks.
(II) technical scheme
The invention is realized by the following technical scheme: a fresh stewed beverage order management method is used for an online background management terminal and is applied to delivery management of periodic orders of fresh stewed beverage orders,
the method comprises the following steps:
acquiring user order information through a mobile phone number;
judging that the state of the undelivered order meets a first sequencing condition;
if the first sequencing condition is met, combining the orders which are not delivered and meet the first sequencing condition to generate a first delivery period order group;
if the order contains the gift, the gift information is listed in the first round of periodic order of the delivery order group according to the group;
judging the remark information and the order address of the undelivered order;
if the remark information is not checked, updating once in 0.5 day;
if the order address changes, the modified address is used for delivery;
and (4) delivering according to the delivery cycle order group, and updating the real-time inventory information after the order is delivered.
As a further explanation of the above scheme, the order information includes all relevant mobile phone numbers and order information corresponding to the relevant mobile phone numbers;
the order information comprises product details, a shipped order and a non-shipped order;
wherein the product detail is sorted in time order;
wherein the shipped order generates a completed sub-tab.
As a further explanation of the above scheme, the determining that the status of the non-delivery order satisfies the first ordering condition further includes:
when the first ordering condition is not met, combining the unsatisfied orders which are not delivered to generate a second delivery cycle order group;
if the order contains the gift, the gift information is listed in the first round of periodic order of the delivery order group according to the group;
judging the remark information and the order address of the undelivered order;
if the remark information is not checked, updating once in 0.5 day;
if the order address changes, the modified address is used for delivery;
and (4) delivering according to the delivery cycle order group, and updating the real-time inventory information after the order is delivered.
As a further explanation of the above scheme, the first sequencing condition is determined according to the following formula:
d = a S, or S = a D
Wherein D represents delivery days, S represents the number of products in the order information, and a represents any positive integer;
and when the first sequencing condition is met, generating a first delivery period order group.
As a further explanation of the above solution, the orders in the order group of the second shipping period are shipped according to the following method:
1) fermenting 2m of the stewed beverage in 3 bottles every n days or fermenting 1m of the stewed beverage in 7 bottles every n days (m is more than or equal to 1);
2) fermenting 1 box of 3 bottles of fresh stewed beverage every n days or fermenting 1 box of 7 bottles of fresh stewed beverage every 2n days.
(III) advantageous effects
Compared with the prior art, the invention has the following beneficial effects: the invention optimizes the periodic order query of the fresh stewed drinks; the following single-phone number is used as a main inquiry, and the order number is used as a secondary inquiry; when the mobile phone number is inquired, displaying all relevant mobile phone numbers and orders of all the mobile phone numbers, sequencing the product details of the mobile phone numbers with the order according to the time sequence, and generating a finished product sub-page label by the finished product; order completion and order period query are efficient and quick; the sorting rule and the method of the fresh stewed beverage products are optimized, so that the loss caused by sale and the burden of management and warehouse are reduced; the sorting rule and the method of the fresh stewed beverage products of different types solve the conflict and the limitation of the delivery rule of the products of different types; the invention starts from the order period, improves the timeliness of order management and makes up the defects of the original management mode.
Detailed Description
Examples
The embodiment provides a fresh stewed beverage order management method, which is used for an online background management terminal, and is applied to delivery management of periodic orders of fresh stewed beverage orders, wherein in the embodiment, delivery sequencing management of the periodic orders with detailed two products is listed;
the method comprises the following steps:
step 100: acquiring user order information through a mobile phone number; the mobile phone number is used as a first inquiry order and the order number is used as a second inquiry when ordering. When the mobile phone number is inquired, displaying all relevant mobile phone numbers and orders of all the mobile phone numbers, sequencing the product details of the mobile phone numbers with the order according to the time sequence, and generating a finished product sub-page label by the finished product;
step 200: judging that the state of the undelivered order meets a first sequencing condition;
step 300: if the first sequencing condition is met, combining the orders which are not delivered and meet the first sequencing condition to generate a first delivery period order group;
step 400: if the order contains the gift, the gift information is listed in the first round of periodic order of the delivery order group according to the group;
step 500: judging the remark information and the order address of the undelivered order;
if the remark information is not checked, updating once in 0.5 day;
if the order address changes, the modified address is used for delivery;
step 600: and (4) delivering according to the delivery cycle order group, and updating the real-time inventory information after the order is delivered.
The first round of periodic orders mentioned in step 400 means that gifts of the orders are issued together with the products issued by the orders for the first time, and the rules of the gifts do not need to follow the above sorting rules and are processed uniformly according to the conditions of the orders;
the order information collected according to the mobile phone numbers comprises all relevant mobile phone numbers and order information corresponding to the relevant mobile phone numbers; the order information comprises product details, a shipped order and a non-shipped order; sorting the product details according to a time sequence; the shipped order generates a completed sub-tab.
In step 500, the same mobile phone number may occur, but the order address is different, and the rule in this case is performed according to the following rule:
if the address is different from the last order arranged, prompting is needed and manual arrangement is needed; the concrete steps are as follows:
1. the two products are not automatically arranged when the order is carried out, namely the addresses of the orders in the current period and the last week are different, the system does not automatically arrange and process the order, and manual arrangement is prompted;
2. the gift is sent out with the goods for the first time without processing; that is, the address of the gift is different from the address of the latest date, no processing is performed, because the gift is sent in the first date, and the address of the gift is not modified in the subsequent delivery process;
and updating the remark information in the order every half day, and for the order which is delivered and uploaded with the express order number by partial online sales channels, when the address is modified, the address on the order is not modified, but the address modified uniformly by the whole network order is adopted for delivery.
The determining that the status of the undelivered order meets the first ordering condition further comprises:
when the first ordering condition is not met, combining the unsatisfied orders which are not delivered to generate a second delivery cycle order group;
if the order contains the gift, the gift information is listed in the first round of periodic order of the delivery order group according to the group;
judging the remark information and the order address of the undelivered order;
if the remark information is not checked, updating once in 0.5 day;
if the order address changes, the modified address is used for delivery;
and (4) delivering according to the delivery cycle order group, and updating the real-time inventory information after the order is delivered.
Wherein the first sequencing condition is determined according to the following formula:
d = a S, or S = a D
Wherein D represents delivery days, S represents the number of products in the order information, and a represents any positive integer;
and when the first sequencing condition is met, generating a first delivery period order group.
The orders in the order group of the second delivery cycle are delivered according to the following method:
1) fermenting 2m of the stewed beverage in 3 bottles every n days or fermenting 1m of the stewed beverage in 7 bottles every n days (m is more than or equal to 1);
2) fermenting 1 box of 3 bottles of fresh stewed beverage every n days or fermenting 1 box of 7 bottles of fresh stewed beverage every 2n days.
The specific judgment criteria of the first delivery period order group and the second delivery period order group are as follows: the number of bottles and the number of delivery days are not integer multiples; if the number of bottles is integral multiple of the number of delivery days or the number of delivery days is integral multiple of the number of bottles in the first sequencing condition, listing the bottles in a first delivery period order group; otherwise, listing the order group in a second delivery period;
two products were designed in this example: beverage A and beverage B; the beverage A relates to two packaging categories, namely 3 bottles or 7 bottles; the beverage B relates to a packaging product, and is 6 bottles; according to the above rules, the present embodiment ranks the products according to the ranking condition as follows:
1. sending 2 capsules of 3 bottled beverages A < = > every week and sending 1 capsule of 7 bottled beverages A every week
2. Emitting 1 box of 3 bottled beverages A < = > and emitting 1 box of 7 bottled beverages A every 14 days every week;
3. emitting 2 boxes of 3 bottled beverages A < = > and 1 box of 7 bottled beverages A every week every 6 days;
4. emitting 1 box of 3 bottled beverages A < = > every 6 days, and emitting 1 box of 7 bottled beverages A every 14 days;
5. emitting 1 box of 3 bottled beverages A < = > 1 box of 7 bottled beverages A every week every 3 days;
6. sending 2 boxes of 3 bottled beverages A < = > every 10 days and sending 1 box of 7 bottled beverages A every 10 days
7. Sending 5 boxes of 6 bottled beverages B < = > every 6 days and 1 box of 6 bottled beverages A
8. Sending 5 boxes of 6 bottled beverages B < = > every 6 days and sending 2 boxes of 3 bottled beverages A every 30 days
9. 5 boxes of 6 bottled beverages B < = > are released every 30 days, and 1 box of 7 bottled beverages A are released every week.
According to the sorting of the above embodiment, the sorting conditions of different orders can be definitely determined, and the first delivery cycle order group and the second delivery cycle order group are distinguished by taking the first sorting condition as the first priority;
in the above example, "< = >" indicates that two delivery modes can be switched, and if the number of bottles is an integral multiple of the number of delivery days or the number of delivery days is an integral multiple of the number of bottles, the switching between 3-pack and 7-pack is also switched by the multiple. In example 4, if a 3-pack beverage a is dispensed every 6 days, the number of days is twice the number of beverages, and if 7-pack beverages are dispensed every 14 days, a 7-pack beverage a is dispensed; thus, one-to-one correspondence can be made.
If the number of bottles and the number of delivery days are not integral multiples, 2m boxes of 3 bottles of fresh stewing < = > are distributed every n days, and 1m boxes of 7 bottles of fresh stewing (m > = 1) are distributed every n days; as in example 6 above, the two modes can be freely switched so that n is 10 and m is 1, and the degree of freedom in order delivery is increased.
If the number of bottles and the delivery days are not integral multiples, sending 1 box of 3 bottles of fresh stewing < = > every n days, sending 1 box of 7 bottles of fresh stewing every 2n days; prompting manual intervention in other conditions; as in example 2 above, n is 7, in this way free switching of the two modes is achieved;
through the control of the multiple relation between the number of days and the number of bottles in the order, the delivery management of the order is realized, and the delivery disorder condition is reduced.
For better describing the above combination rule when different product combination orders appear for the same mobile phone number, this embodiment considers the merging and sorting situations of all orders, and takes the following example (in the following embodiments, an order satisfying the first sorting condition is represented by a, and an order not satisfying the first sorting condition is represented by b):
if 2 boxes of 3 bottled beverages A are issued every week, 1 box of 3 bottled beverages A is left after the order a is issued, and the order b is also the 3 bottled beverage A, 1 box of beverage A of the order b needs to be issued together with the last 1 box of the order a, and then 2 boxes of 3 bottled beverages A are issued every week;
if 2 boxes of 3 bottled beverages A are issued every week, only 1 box of 3 bottled beverages A is left after the order a is issued, and the order b is 7 bottled beverages A, the order b starts to issue 1 box of 7 bottled beverages A every week in 4 days after the order a is issued;
thirdly, if 2 boxes of 3 bottled beverages A are dispensed every week, 1 box of 6 bottled beverages B are left after the order a is dispensed, and the order B is 6 bottled beverages B, 5 boxes of 6 bottled beverages B are dispensed every 30 days after the order a is dispensed in 4 days after the order B is dispensed;
if 5 boxes of beverage B are sent every 30 days, the last period of the order a is less than 5 boxes, and the order B is 3 bottles of beverage A, the order B does not delay the order a for 30 days, the order a remains 1 box, the order B first dates +6 days, and then the order B sends 2 boxes of 3 bottles of beverage A every 6 days; a, only remaining 2 boxes, b, only starting the date for the first time for +12 days, and then starting 2 boxes of 3 bottled beverages A every 6 days; a, only remaining 3 boxes, b, only taking the first date +18 days, and then, taking 2 boxes of 3 bottled beverages A every 6 days; a, only remaining 4 boxes, b, only taking the first date +24 days, and then sending 2 boxes of 3 bottled beverages A every 6 days;
if 5 boxes of beverage B are issued every 30 days, the last period of the order a is less than 5 boxes, and the order B is 7-bottled beverage A, the order B does not defer the order a for 30 days, the order a remains 1 box, the order B defers the first date for +6 days, and then the order B defers to issue 1 box of 7-bottled beverage A every week; a, only remaining 2 boxes, b, only the first date +12 days, and then, 1 box of 7 bottled beverage A is taken every week; a, only remaining 3 boxes, b, only the first date +18 days, and then, 1 box of 7 bottled beverage A is taken every week; a, only remaining 4 boxes, b, only the first date +24 days, and then, 1 box of 7 bottled beverage A is taken every week;
while there have been shown and described what are at present considered the fundamental principles and essential features of the invention and its advantages, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing exemplary embodiments, but is capable of other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.
Claims (5)
1. A fresh stewed beverage order management method is used for an online background management terminal, is applied to delivery management of periodic orders of fresh stewed beverage orders, and is characterized in that:
the method comprises the following steps:
acquiring user order information through a mobile phone number;
judging that the state of the undelivered order meets a first sequencing condition;
if the first sequencing condition is met, combining the orders which are not delivered and meet the first sequencing condition to generate a first delivery period order group;
if the order contains the gift, the gift information is listed in the first round of periodic order of the delivery order group according to the group;
judging the remark information and the order address of the undelivered order;
if the remark information is not checked, updating once in 0.5 day;
if the order address changes, the modified address is used for delivery;
and (4) delivering according to the delivery cycle order group, and updating the real-time inventory information after the order is delivered.
2. The fresh stew drink order management method of claim 1, wherein:
the order information comprises all relevant mobile phone numbers and order information corresponding to the relevant mobile phone numbers;
the order information comprises product details, a shipped order and a non-shipped order;
wherein the product detail is sorted in time order;
wherein the shipped order generates a completed sub-tab.
3. The fresh stew drink order management method of claim 1, wherein: the determining that the status of the undelivered order meets the first ordering condition further comprises:
when the first ordering condition is not met, combining the unsatisfied orders which are not delivered to generate a second delivery cycle order group;
if the order contains the gift, the gift information is listed in the first round of periodic order of the delivery order group according to the group;
judging the remark information and the order address of the undelivered order;
if the remark information is not checked, updating once in 0.5 day;
if the order address changes, the modified address is used for delivery;
and (4) delivering according to the delivery cycle order group, and updating the real-time inventory information after the order is delivered.
4. The fresh stew drink order management method of claim 1, wherein: the first sequencing condition is judged according to the following formula:
d = a S, or S = a D
Wherein D represents delivery days, S represents the number of products in the order information, and a represents any positive integer;
and when the first sequencing condition is met, generating a first delivery period order group.
5. The fresh stew beverage order management method of claim 3, wherein: the orders in the order group of the second delivery period are delivered according to the following method:
1) fermenting 2m of the stewed beverage in 3 bottles every n days or fermenting 1m of the stewed beverage in 7 bottles every n days (m is more than or equal to 1);
2) fermenting 1 box of 3 bottles of fresh stewed beverage every n days or fermenting 1 box of 7 bottles of fresh stewed beverage every 2n days.
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| CN202110868218.9A CN113642956A (en) | 2021-07-30 | 2021-07-30 | Fresh stewed beverage order management method |
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| CN202110868218.9A CN113642956A (en) | 2021-07-30 | 2021-07-30 | Fresh stewed beverage order management method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115860612A (en) * | 2023-02-14 | 2023-03-28 | 北京小仙炖生物科技有限公司 | Periodic order splitting method and management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115860612A (en) * | 2023-02-14 | 2023-03-28 | 北京小仙炖生物科技有限公司 | Periodic order splitting method and management system |
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