CN115841362A - Order flow processing method and system - Google Patents
Order flow processing method and system Download PDFInfo
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Abstract
The invention provides a method and a system for processing order flow. The order flow processing method comprises the following steps: the e-commerce platform terminal acquires order quantity generation amount in unit time corresponding to each merchant and monitoring the order quantity corresponding to each merchant; according to the order generation quantity, combining a first threshold generation model and a second threshold generation model to obtain a first order quantity threshold and a second order quantity threshold; and determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value. The system comprises modules corresponding to the method steps.
Description
Technical Field
The invention provides a order flow processing method and system, and belongs to the technical field of internet.
Background
With the development of science and technology, the living standard of people is gradually improved, and the network is widely applied to social life, wherein the e-commerce platform gradually appears in the shopping life of people. Every merchant who registers in the electricity merchant platform all has a plurality of merchant terminals to supply merchant's staff to carry out transaction monitoring and management, however, merchant's terminal quantity is often fixed, leads to merchant's terminal quantity limited to lead to the staff to increase when the order volume increases suddenly, and then leads to the problem of order management efficiency reduction to take place.
Disclosure of Invention
The invention provides an order flow processing method and system, which are used for solving the problem that the number of merchant terminals corresponding to merchants cannot be automatically increased or decreased under the condition that the order quantity suddenly increases or decreases by an e-commerce platform terminal in the prior art, and adopt the following technical scheme:
a order flow processing method comprises the following steps:
the e-commerce platform terminal acquires order quantity generation amount in unit time corresponding to each merchant and monitoring the order quantity corresponding to each merchant;
according to the order generation quantity, combining a first threshold generation model and a second threshold generation model to obtain a first order quantity threshold and a second order quantity threshold;
and determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value.
Further, the step of acquiring, by the e-commerce platform terminal, an order quantity corresponding to each merchant by the e-commerce platform terminal in unit time and monitoring the order generation quantity includes:
the e-commerce platform terminal sets order quantity monitoring unit time for a merchant after a merchant registers a platform, wherein the value range of the order quantity monitoring unit time is 2-3 months;
and the E-commerce platform terminal monitors the order quantity generated by each merchant in the order quantity monitoring unit time according to the preset order quantity monitoring unit time, and acquires the order quantity generated in the unit time.
Further, the step of obtaining the first order quantity threshold value and the second order quantity threshold value according to the order quantity generation combined with the first threshold value generation model and the second threshold value generation model includes:
extracting the order quantity generated when the unit time of the order quantity monitoring of the merchant staying in the e-commerce platform terminal is cut off to obtain the order quantity;
acquiring a first order quantity threshold value by using the order quantity generation model and a first threshold value generation model;
acquiring a second order quantity threshold value by using the order quantity generation model and a second threshold value generation model;
the second order quantity threshold value is larger than the first order quantity threshold value, and the first order quantity threshold value and the second order quantity threshold value are used for judging whether the number of merchant terminals corresponding to a merchant in a next order quantity monitoring unit time after the merchant is parked in the e-commerce platform terminal is increased or decreased in quantity.
Further, the first and second threshold generative models are as follows:
wherein R is 1 And R 2 Respectively representing the first order quantity threshold value and the second order quantity threshold value; n represents the number of months contained in the order quantity monitoring unit time; r max The single-month order generation amount corresponding to one month with the largest order generation amount in the months included in the order amount monitoring unit time is represented; r min The single-month order generation amount corresponding to the month with the minimum order generation amount in the months included in the order amount monitoring unit time is represented; r i The single-month order generation amount corresponding to the ith month in the months included in the order amount monitoring unit time is represented; MAX (R) i -R i-1 ) The maximum difference value of the order generation amount of two adjacent months in the month contained in the order amount monitoring unit time is represented; MIN (R) i -R i-1 ) The minimum difference value of the order generation quantity of two adjacent months in the month contained in the order quantity monitoring unit time is represented; r is p Indicating the generated quantity of the order in the single month corresponding to the month adjacent to the month in which the generated quantity of the order is smaller, among the months included in the order quantity monitoring unit time, and when MAX (R) is satisfied i -R i-1 )＝(R max -R p ) Then MAX (R) i -R i-1 )/(R max -R p )＝0.68。
Further, the determining, by using the first order quantity threshold and the second order quantity threshold, a corresponding quantity of increase or decrease in the quantity of merchant terminals corresponding to merchants includes:
according to the order generation amount of the last order quantity monitoring unit time, determining the number of merchant terminals of the current merchant in order quantity monitoring unit time, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
monitoring the order generation amount of the next order amount in real time, and judging the quantity relation between the order generation amount of the order amount monitoring unit time and the first order amount threshold value and the second order amount threshold value;
when the order generation quantity in the unit time monitored according to the order quantity does not reach the first order quantity threshold value, setting the number of staff reduction of the merchant terminal according to the current order generation quantity, and carrying out staff reduction adjustment on the number of the current merchant terminal according to the number of staff reduction of the merchant terminal; the number of the members of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-down merchant terminals, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value, keeping the number of the current merchant terminals unchanged;
when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the second order amount threshold value, setting the number of additional members of the merchant terminal according to the current order generation amount, and performing additional member adjustment on the number of the current merchant terminal according to the number of the additional members of the merchant terminal, wherein the number of the additional members of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of increased members of the merchant terminal, and, Δ M z Rounding up; and R represents the order generation amount of the current order amount monitoring unit time.
An order flow processing system, the order flow processing system comprising:
the order quantity acquisition module is used for acquiring the order quantity generation quantity of each merchant in the unit time by the e-commerce platform terminal aiming at each merchant;
the threshold value setting module is used for acquiring a first order quantity threshold value and a second order quantity threshold value according to the order quantity generation combined with the first threshold value generation model and the second threshold value generation model;
and the increase and decrease adjustment module is used for determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value.
Further, the order quantity acquisition module includes:
the unit time setting module is used for setting order quantity monitoring unit time for a merchant by the e-commerce platform terminal after a merchant registration platform, wherein the value range of the order quantity monitoring unit time is 2-3 months;
and the order quantity monitoring and acquiring module is used for monitoring the order quantity generated by each merchant in the order quantity monitoring unit time by the E-commerce platform terminal according to the preset order quantity monitoring unit time, and acquiring the order quantity generated in the unit time.
Further, the threshold setting module includes:
the extraction module is used for extracting the order quantity generated by the merchant after the merchant is resident in the e-commerce platform terminal and acquiring the order quantity when the unit time of the order quantity monitoring is cut off;
the first threshold value setting module is used for acquiring the first order quantity threshold value by utilizing the order quantity and the first threshold value generation model;
the second threshold value setting module is used for acquiring a second order quantity threshold value by utilizing the order quantity and a second threshold value generation model;
the second order quantity threshold value is larger than the first order quantity threshold value, and the first order quantity threshold value and the second order quantity threshold value are used for judging whether the number of merchant terminals corresponding to a merchant in a next order quantity monitoring unit time after the merchant is parked in the e-commerce platform terminal is increased or decreased in quantity.
Further, the first and second threshold generative models are as follows:
wherein R is 1 And R 2 Respectively representing the first order quantity threshold value and the second order quantity threshold value; n represents the number of months contained in the order quantity monitoring unit time; r max The order generation amount of a single month corresponding to a month with the largest order generation amount in the months included in the order amount monitoring unit time is shown; r is min The single-month order generation amount corresponding to the month with the minimum order generation amount in the months included in the order amount monitoring unit time is represented; r is i The order quantity monitoring unit time comprises a month number and a month number, wherein the month number is used for monitoring the order quantity of the month; MAX (R) i -R i-1 ) The maximum difference value of the order generation amount of two adjacent months in the month contained in the order amount monitoring unit time is represented; MIN (R) i -R i-1 ) The minimum difference value of the order generation quantity of two adjacent months in the months included in the order quantity monitoring unit time is represented; r p Indicating the generated quantity of the order in the single month corresponding to the month adjacent to the month in which the generated quantity of the order is smaller, among the months included in the order quantity monitoring unit time, and when MAX (R) is satisfied i -R i-1 )＝(R max -R p ) Then MAX (R) i -R i-1 )/(R max -R p )＝0.68。
Further, the increase/decrease adjustment module includes:
the quantity determining module is used for monitoring the order generation quantity in unit time according to the previous order quantity and determining the number of merchant terminals in unit time of the order quantity monitored by the current merchant, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
the judging module is used for monitoring the order generation amount of the next order amount monitoring unit time in real time and judging the quantity relation between the order generation amount of the order amount monitoring unit time and the first order amount threshold value and the second order amount threshold value;
the staff reducing module is used for setting the staff reducing quantity of the merchant terminal according to the current order generation quantity and carrying out staff reducing adjustment on the current merchant terminal quantity according to the staff reducing quantity of the merchant terminal when the order generation quantity in the unit time monitored according to the order quantity does not reach the first order quantity threshold value; the number of staff reduction of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-off of the merchant terminal, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
the maintaining module is used for maintaining the number of the current merchant terminals unchanged when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value;
and the member adding module is used for setting the number of member adding members of the merchant terminal according to the current order generation amount when the order generation amount in the unit time reaches or exceeds the second order amount threshold value according to the order amount monitoring, and performing member adding adjustment on the number of the current merchant terminal according to the number of the member adding members of the merchant terminal, wherein the number of the member adding members of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of increased members of the merchant terminal, and, Δ M z Is to round up upwards; and R represents the current order generation amount in the order amount monitoring unit time.
The invention has the beneficial effects that:
the order flow processing method and the order flow processing system provided by the invention are used for acquiring the first order quantity threshold value and the second order quantity threshold value by setting the order quantity generated in the unit time according to the previous order quantity monitoring in combination with the first threshold value generation model and the second threshold value generation model, and determining whether to perform additional member and less member adjustment processing on the merchant terminal or not by using the first order quantity threshold value and the second order quantity threshold value and the actual order quantity generated in the unit time of the current order quantity monitoring, so that the self-adaptive adjustment performance of the additional member quantity of the merchant terminal is effectively improved, the actual matching performance of the number of the merchant terminal and the actual order quantity generated by the merchant is effectively improved, and the self-adaptive adjustment accuracy of the additional member quantity of the merchant terminal is further improved.
Drawings
FIG. 1 is a flow chart of the method of the present invention;
fig. 2 is a system block diagram of the system of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
An embodiment of the present invention provides an order flow processing method, and as shown in fig. 1, the order flow processing method includes:
s1, the E-commerce platform terminal acquires order quantity generation amount in unit time corresponding to each merchant and monitoring the order quantity corresponding to the merchant for each merchant;
s2, according to the order generation quantity, combining a first threshold value generation model and a second threshold value generation model to obtain a first order quantity threshold value and a second order quantity threshold value;
and S3, determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value.
The method for acquiring the order quantity corresponding to each merchant by the E-commerce platform terminal in unit time and monitoring the order generation quantity in unit time comprises the following steps:
s101, the E-commerce platform terminal sets order quantity monitoring unit time for a merchant after a merchant registration platform, wherein the value range of the order quantity monitoring unit time is 2-3 months;
s102, the E-commerce platform terminal monitors the order quantity generated by each merchant in the order quantity monitoring unit time according to the preset order quantity monitoring unit time, and the order quantity generated in the unit time is obtained.
The working principle of the technical scheme is as follows: firstly, the E-commerce platform terminal acquires an order quantity generation quantity in a unit time corresponding to each merchant for each merchant; then, according to the order generation amount, combining a first threshold generation model and a second threshold generation model to obtain a first order amount threshold and a second order amount threshold; and finally, determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value.
The effect of the above technical scheme is: the order flow processing method provided by this embodiment acquires the first order quantity threshold value and the second order quantity threshold value by setting the order quantity generated in the previous order quantity monitoring unit time according to the combination of the first threshold value generation model and the second threshold value generation model, and determines whether to perform additional member adjustment and depreciation adjustment on the merchant terminal by using the first order quantity threshold value and the second order quantity threshold value and the actual order quantity generated in the current order quantity monitoring unit time, so as to effectively improve the adaptive adjustment performance of the number of additional members of the merchant terminal, and simultaneously improve the actual matching performance of the number of the merchant terminal and the actual order quantity generated by the merchant, thereby improving the adaptive adjustment accuracy of the number of additional members of the merchant terminal.
According to an embodiment of the present invention, obtaining a first order quantity threshold value and a second order quantity threshold value according to the order quantity generation amount by combining a first threshold generation model and a second threshold generation model includes:
s201, extracting the order quantity of the merchant after the merchant is resident in the e-commerce platform terminal, and acquiring the order generation quantity when the unit time is monitored;
s202, obtaining a first order quantity threshold value by utilizing the order quantity and a first threshold value generating model;
s203, obtaining a second order quantity threshold value by using the order quantity and a second threshold value generation model;
the second order quantity threshold value is larger than the first order quantity threshold value, and the first order quantity threshold value and the second order quantity threshold value are used for judging whether the number of merchant terminals corresponding to a merchant in a next order quantity monitoring unit time after the merchant is parked in the e-commerce platform terminal is increased or decreased in quantity.
The first and second threshold generative models are as follows:
wherein R is 1 And R 2 Respectively representing the first order quantity threshold value and the second order quantity threshold value; n represents the number of months contained in the order quantity monitoring unit time; r max The order generation amount of a single month corresponding to a month with the largest order generation amount in the months included in the order amount monitoring unit time is shown; r min The single-month order generation amount corresponding to the month with the minimum order generation amount in the months included in the order amount monitoring unit time is represented; r i The single-month order generation amount corresponding to the ith month in the months included in the order amount monitoring unit time is represented; MAX (R) i -R i-1 ) The maximum difference value of the order generation amount of two adjacent months in the month contained in the order amount monitoring unit time is represented; MIN (R) i -R i-1 ) The minimum difference value of the order generation quantity of two adjacent months in the months included in the order quantity monitoring unit time is represented; r p Indicating the generated quantity of the order in the single month corresponding to the month adjacent to the month in which the generated quantity of the order is smaller, among the months included in the order quantity monitoring unit time, and when MAX (R) is satisfied i -R i-1 )＝(R max -R p ) Then MAX (R) i -R i-1 )/(R max -R p )＝0.68。
The working principle of the technical scheme is as follows: firstly, extracting the order quantity generated when the unit time of the order quantity monitoring of the merchant staying in the merchant platform terminal is cut off; then, obtaining the first order quantity threshold value by using the order quantity generation model and a first threshold value generation model; and then, acquiring a second order quantity threshold value by using the order generation quantity and a second threshold value generation model.
The effect of the above technical scheme is: the method comprises the steps of obtaining a first order quantity threshold value and a second order quantity threshold value according to an order quantity generated in a previous order quantity monitoring unit time by combining a first threshold value generation model and a second threshold value generation model, determining whether to perform additional member and member reduction adjustment processing on a merchant terminal by using the first order quantity threshold value and the second order quantity threshold value and an actual order quantity generated in the current order quantity monitoring unit time, effectively improving adaptive adjustment performance of the additional member quantity of the merchant terminal, simultaneously effectively improving actual matching performance of the number of the merchant terminal and the actual order quantity generated by the merchant, and further improving adaptive adjustment accuracy of the additional member quantity of the merchant terminal. Meanwhile, the first order quantity threshold value and the second order quantity threshold value obtained through the first threshold value generation model and the second threshold value generation model can be set by combining the actual situation of the order quantity generated in each unit time of the merchant, the reasonability of the setting of the first order quantity threshold value and the second order quantity threshold value and the matching between the setting of the first order quantity threshold value and the second order quantity threshold value and the actual order quantity generated can be effectively improved, and further the reasonability and the accuracy of subsequent merchant terminal increase and decrease are effectively improved.
In an embodiment of the present invention, the determining, by using the first order quantity threshold and the second order quantity threshold, a corresponding quantity of increase or decrease of the quantity of merchant terminals corresponding to merchants includes:
s301, according to the order generation amount of the last order amount monitoring unit time, determining the number of merchant terminals of the current merchant in order amount monitoring unit time, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
s302, monitoring the order generation amount of the next order amount in real time, and judging the quantity relation between the order generation amount of the order amount monitoring unit time and the first order amount threshold value and the second order amount threshold value;
s303, when the order generation quantity in the unit time monitored according to the order quantity does not reach the first order quantity threshold value, setting the number of staff reduction of the merchant terminal according to the current order generation quantity, and carrying out staff reduction adjustment on the number of the current merchant terminal according to the number of staff reduction of the merchant terminal; the number of the members of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-off of the merchant terminal, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
s303, when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value, keeping the number of the current merchant terminals unchanged;
s304, when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the second order amount threshold value, setting the number of additional members of the merchant terminal according to the current order generation amount, and performing additional member adjustment on the number of the current merchant terminal according to the number of additional members of the merchant terminal, wherein the number of additional members of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of added members of the merchant terminal, and, Δ M z Is to round up upwards; and R represents the current order generation amount in the order amount monitoring unit time.
The working principle of the technical scheme is as follows: firstly, according to the order generation amount of the last order quantity monitoring unit time, determining the number of merchant terminals of the current merchant in order quantity monitoring unit time, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
then, monitoring the order generation amount of the next order amount in real time, and judging the quantity relation between the order generation amount of the order amount monitoring unit time and the first order amount threshold value and the second order amount threshold value;
then, when the order generation amount in the unit time monitored according to the order amount does not reach the first order amount threshold value, setting the number of staff-reducing members of the merchant terminal according to the current order generation amount, and carrying out staff-reducing adjustment on the number of the current merchant terminal according to the number of the staff-reducing members of the merchant terminal; the number of the members of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-off of the merchant terminal, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
then, when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value, keeping the number of the current merchant terminals unchanged;
and finally, when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the second order amount threshold value, setting the number of additional members of the merchant terminal according to the current order generation amount, and performing additional member adjustment on the number of the current merchant terminal according to the number of the additional members of the merchant terminal, wherein the number of the additional members of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of increased members of the merchant terminal, and, Δ M z Is to round up upwards; and R represents the order generation amount of the current order amount monitoring unit time.
The effect of the above technical scheme is: by acquiring the number of increase/decrease persons of the merchant terminal by monitoring the order generation amount in unit time in the above manner, the matching of the number of increase/decrease persons of the merchant terminal between the actual order generation amounts and the reasonability of the number of increase/decrease persons of the merchant terminal can be effectively improved. The problem that due to the fact that the number of the increase and decrease members of the merchant terminal is set too much, the number of the merchant terminal after the decrease members is insufficient, order management and operation and maintenance of the merchant are affected, and due to the fact that the number of the increase members of the merchant terminal is too much, resource waste is caused is effectively solved.
An embodiment of the present invention provides an order flow processing system, and as shown in fig. 2, the order flow processing system includes:
the order quantity acquisition module is used for acquiring the order quantity generated in the order quantity monitoring unit time corresponding to each merchant by the e-commerce platform terminal;
the threshold value setting module is used for acquiring a first order quantity threshold value and a second order quantity threshold value according to the order quantity generation combined with the first threshold value generation model and the second threshold value generation model;
and the increase and decrease adjustment module is used for determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value.
Wherein, the order quantity acquisition module comprises:
the unit time setting module is used for setting order quantity monitoring unit time for a merchant by the e-commerce platform terminal after a merchant registration platform, wherein the value range of the order quantity monitoring unit time is 2-3 months;
and the order quantity monitoring and acquiring module is used for monitoring the order quantity generated by each merchant in the order quantity monitoring unit time by the E-commerce platform terminal according to the preset order quantity monitoring unit time, and acquiring the order quantity generated in the unit time.
The working principle of the technical scheme is as follows: firstly, an order quantity acquisition module controls the E-commerce platform terminal to acquire order quantity generation quantity in an order quantity monitoring unit time corresponding to each merchant for each merchant;
then, a threshold value setting module is used for obtaining a first order quantity threshold value and a second order quantity threshold value according to the order quantity generation and combining a first threshold value generation model and a second threshold value generation model;
and finally, determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value by adopting an increase/decrease adjustment module.
The operation process of the order quantity acquisition module comprises the following steps:
the method comprises the steps that a unit time setting module controls an E-commerce platform terminal to set order quantity monitoring unit time for a merchant after a merchant registration platform, wherein the value range of the order quantity monitoring unit time is 2-3 months;
and then, controlling the E-commerce platform terminal to monitor the order quantity generated by each merchant in the order quantity monitoring unit time according to the preset order quantity monitoring unit time by using an order quantity monitoring and acquiring module, and acquiring the order quantity generated in the unit time.
The effect of the above technical scheme is as follows: the order flow processing system provided by this embodiment acquires the first order quantity threshold value and the second order quantity threshold value by setting the order quantity generated in the unit time according to the previous order quantity monitoring in combination with the first threshold value generation model and the second threshold value generation model, and determines whether to perform the adjustment processing of adding and subtracting the number of the members on the merchant terminal by using the first order quantity threshold value and the second order quantity threshold value and the actual order quantity generated in the current order quantity monitoring unit time, so as to effectively improve the adaptive adjustment performance of the number of the members added to the merchant terminal, and simultaneously, effectively improve the actual matching performance of the number of the merchant terminal and the actual order quantity generated by the merchant, and further improve the accuracy of the adaptive adjustment of the number of the members added to the merchant terminal.
In one embodiment of the present invention, the threshold setting module includes:
the extraction module is used for extracting the order quantity generated by the merchant after the merchant is resident in the e-commerce platform terminal and acquiring the order quantity when the unit time of the order quantity monitoring is cut off;
the first threshold value setting module is used for acquiring the first order quantity threshold value by utilizing the order quantity and the first threshold value generation model;
the second threshold value setting module is used for acquiring a second order quantity threshold value by utilizing the order quantity and a second threshold value generation model;
the second order quantity threshold value is larger than the first order quantity threshold value, and the first order quantity threshold value and the second order quantity threshold value are used for judging whether the number of merchant terminals corresponding to a merchant in a next order quantity monitoring unit time after the merchant is parked in the e-commerce platform terminal is increased or decreased in quantity.
The first and second threshold generative models are as follows:
wherein R is 1 And R 2 Respectively representing the first order quantity threshold value and the second order quantity threshold value; n represents the number of months contained in the order quantity monitoring unit time; r max Represents the single month order corresponding to the month with the largest order generation amount in the months contained in the order amount monitoring unit timeSingle generation amount; r is min The single-month order generation amount corresponding to the month with the minimum order generation amount in the months included in the order amount monitoring unit time is represented; r i The single-month order generation amount corresponding to the ith month in the months included in the order amount monitoring unit time is represented; MAX (R) i -R i-1 ) The maximum difference value of the order generation amount of two adjacent months in the month contained in the order amount monitoring unit time is represented; MIN (R) i -R i-1 ) The minimum difference value of the order generation quantity of two adjacent months in the month contained in the order quantity monitoring unit time is represented; r p Indicating the generated quantity of the order in the single month corresponding to the month adjacent to the month in which the generated quantity of the order is smaller, among the months included in the order quantity monitoring unit time, and when MAX (R) is satisfied i -R i-1 )＝(R max -R p ) Then MAX (R) i -R i-1 )/(R max -R p )＝0.68。
The working principle of the technical scheme is as follows: the operation process of the threshold setting module comprises the following steps:
firstly, an order generation amount is obtained when the unit time of monitoring the order amount of the merchant after the merchant is resident in the e-commerce platform terminal is cut off through an extraction module;
then, a first threshold value setting module obtains the first order quantity threshold value by using the order quantity and a first threshold value generation model;
and finally, a second threshold value setting module is adopted to obtain a second order quantity threshold value by utilizing the order quantity and a second threshold value generation model.
The effect of the above technical scheme is as follows: the method comprises the steps of obtaining a first order quantity threshold value and a second order quantity threshold value according to an order quantity generated in a previous order quantity monitoring unit time by combining a first threshold value generation model and a second threshold value generation model, determining whether to perform additional member and member reduction adjustment processing on a merchant terminal by using the first order quantity threshold value and the second order quantity threshold value and an actual order quantity generated in the current order quantity monitoring unit time, effectively improving adaptive adjustment performance of the additional member quantity of the merchant terminal, simultaneously effectively improving actual matching performance of the number of the merchant terminal and the actual order quantity generated by the merchant, and further improving adaptive adjustment accuracy of the additional member quantity of the merchant terminal. Meanwhile, the first order quantity threshold value and the second order quantity threshold value obtained through the first threshold value generation model and the second threshold value generation model can be set by combining the actual condition of the order quantity generated by the merchant in each unit time, the reasonability of the setting of the first order quantity threshold value and the second order quantity threshold value and the matching between the setting of the first order quantity threshold value and the second order quantity threshold value and the actual order quantity generated by the merchant can be effectively improved, and further the reasonability and the accuracy of subsequent merchant terminal increase and decrease of the number of persons are effectively improved.
In an embodiment of the present invention, the increase/decrease adjustment module includes:
the quantity determining module is used for monitoring the order generation quantity in unit time according to the previous order quantity and determining the number of merchant terminals in unit time of the order quantity monitored by the current merchant, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
the judging module is used for monitoring the order generation amount of the next order amount in real time and monitoring the order generation amount in unit time, and judging the quantity relation between the order generation amount in unit time of the order amount monitoring and the first order amount threshold value and the second order amount threshold value;
the staff-reducing module is used for setting the staff-reducing quantity of the merchant terminal according to the current order quantity when the order quantity generated in the monitoring unit time according to the order quantity does not reach the first order quantity threshold value, and carrying out staff-reducing adjustment on the current merchant terminal quantity according to the staff-reducing quantity of the merchant terminal; the number of the members of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-off of the merchant terminal, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
the maintaining module is used for maintaining the number of the current merchant terminals unchanged when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value;
and the member adding module is used for setting the number of member adding members of the merchant terminal according to the current order generation amount when the order generation amount in the unit time reaches or exceeds the second order amount threshold value according to the order amount monitoring, and performing member adding adjustment on the number of the current merchant terminal according to the number of the member adding members of the merchant terminal, wherein the number of the member adding members of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of increased members of the merchant terminal, and, Δ M z Is to round up upwards; and R represents the current order generation amount in the order amount monitoring unit time.
The working principle of the technical scheme is as follows: the operation of the increase and decrease adjustment module comprises the following steps:
firstly, a quantity determining module is used for monitoring the order generation quantity in unit time according to the previous order quantity, and determining the number of merchant terminals in unit time of the order quantity monitoring of the current merchant, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
then, a judging module is used for monitoring the order generation amount of the next order amount in real time and monitoring the order generation amount in unit time, and the quantity relation between the order generation amount in unit time and the first order amount threshold value and the second order amount threshold value is judged;
then, adopting a staff reducing module to set the staff reducing quantity of the merchant terminal according to the current order generation quantity when the order generation quantity in the unit time monitored according to the order quantity does not reach the first order quantity threshold value, and carrying out staff reducing adjustment on the current merchant terminal quantity according to the staff reducing quantity of the merchant terminal; the number of the members of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-off of the merchant terminal, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
then, using a holding module to keep the number of the terminals of the current merchant unchanged when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value;
and finally, adopting an additional member module to set the additional member number of the merchant terminal according to the current order generation amount when the order generation amount in the unit time of monitoring according to the order amount reaches or exceeds the second order amount threshold value, and performing additional member adjustment on the current merchant terminal number according to the additional member number of the merchant terminal, wherein the additional member number of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of increased members of the merchant terminal, and, Δ M z Is to round up upwards; and R represents the current order generation amount in the order amount monitoring unit time.
The effect of the above technical scheme is as follows: by acquiring the number of increase/decrease persons of the merchant terminal by monitoring the order generation amount in unit time in the above manner, the matching of the number of increase/decrease persons of the merchant terminal between the actual order generation amounts and the reasonability of the number of increase/decrease persons of the merchant terminal can be effectively improved. The problem that due to the fact that the number of the increase and decrease members of the merchant terminal is set too much, the number of the merchant terminal after the decrease members is insufficient, order management and operation and maintenance of the merchant are affected, and due to the fact that the number of the increase members of the merchant terminal is too much, resource waste is caused is effectively solved.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (10)
1. A order flow processing method is characterized by comprising the following steps:
the e-commerce platform terminal acquires order quantity generation amount in unit time corresponding to each merchant and monitoring the order quantity corresponding to each merchant;
according to the order generation amount, combining a first threshold generation model and a second threshold generation model to obtain a first order amount threshold and a second order amount threshold;
and determining the corresponding number of the increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value.
2. The order flow processing method according to claim 1, wherein the step of acquiring, by the e-commerce platform terminal, the order quantity corresponding to each merchant and monitoring the order generation quantity in unit time by the e-commerce platform terminal comprises:
the e-commerce platform terminal sets order quantity monitoring unit time for a merchant after a merchant registration platform, wherein the value range of the order quantity monitoring unit time is 2-3 months;
and the E-commerce platform terminal monitors the order quantity generated by each merchant in the order quantity monitoring unit time according to the preset order quantity monitoring unit time, and acquires the order quantity generated in the unit time.
3. The order flow processing method of claim 1, wherein obtaining a first order quantity threshold value and a second order quantity threshold value according to the order quantity in combination with a first threshold value generative model and a second threshold value generative model comprises:
extracting the order quantity generated when the unit time of the order quantity monitoring of the merchant staying in the e-commerce platform terminal is cut off to obtain the order quantity;
acquiring a first order quantity threshold value by using the order generation quantity and a first threshold value generation model;
acquiring a second order quantity threshold value by using the order quantity generation model and a second threshold value generation model;
the second order quantity threshold value is larger than the first order quantity threshold value, and the first order quantity threshold value and the second order quantity threshold value are used for judging whether the number of merchant terminals corresponding to a merchant in a next order quantity monitoring unit time after the merchant is parked in the e-commerce platform terminal is increased or decreased in quantity.
4. The order flow processing method according to claim 3, wherein the first threshold value generation model and the second threshold value generation model are as follows:
wherein R is 1 And R 2 Respectively representing the first order quantity threshold value and the second order quantity threshold value; n represents the number of months contained in the order quantity monitoring unit time; r max The single-month order generation amount corresponding to one month with the largest order generation amount in the months included in the order amount monitoring unit time is represented; r min The single-month order generation amount corresponding to the month with the minimum order generation amount in the months included in the order amount monitoring unit time is represented; r i The single-month order generation amount corresponding to the ith month in the months included in the order amount monitoring unit time is represented; MAX (R) i -R i-1 ) The maximum difference value of the order generation amount of two adjacent months in the month contained in the order amount monitoring unit time is represented; MIN (R) i -R i-1 ) The minimum difference value of the order generation quantity of two adjacent months in the month contained in the order quantity monitoring unit time is represented; r p Indicating the generated quantity of the order in the single month corresponding to the month adjacent to the month in which the generated quantity of the order is smaller, among the months included in the order quantity monitoring unit time, and when MAX (R) is satisfied i -R i-1 )＝(R max -R p ) Then MAX (R) i -R i-1 )/(R max -R p )＝0.68。
5. The order flow processing method according to claim 1, wherein the determining a corresponding number of merchant terminals corresponding to a merchant, which number is increased or decreased, using the first order quantity threshold and the second order quantity threshold includes:
according to the order generation amount of the last order quantity monitoring unit time, determining the number of merchant terminals of the current merchant in order quantity monitoring unit time, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
monitoring the order generation amount of the next order amount in real time, and judging the quantity relation between the order generation amount of the order amount monitoring unit time and the first order amount threshold value and the second order amount threshold value;
when the order generation amount in the unit time monitored according to the order amount does not reach the first order amount threshold value, setting the number of staff-reducing members of the merchant terminal according to the current order generation amount, and carrying out staff-reducing adjustment on the number of the current merchant terminal according to the number of the staff-reducing members of the merchant terminal; the number of the members of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-off of the merchant terminal, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value, keeping the number of the current merchant terminals unchanged;
when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the second order amount threshold value, setting the number of additional members of the merchant terminal according to the current order generation amount, and performing additional member adjustment on the number of the current merchant terminal according to the number of the additional members of the merchant terminal, wherein the number of the additional members of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of added members of the merchant terminal, and, Δ M z Is to round up upwards; and R represents the current order generation amount in the order amount monitoring unit time.
6. An order flow processing system, comprising:
the order quantity acquisition module is used for acquiring the order quantity generation quantity of each merchant in the unit time by the e-commerce platform terminal aiming at each merchant;
the threshold value setting module is used for acquiring a first order quantity threshold value and a second order quantity threshold value according to the order quantity generation combined with a first threshold value generation model and a second threshold value generation model;
and the increase and decrease adjustment module is used for determining the corresponding number of increase or decrease of the number of the merchant terminals corresponding to the merchant by using the first order quantity threshold value and the second order quantity threshold value.
7. The order flow processing system according to claim 6, wherein the order amount acquiring module includes:
the unit time setting module is used for setting order quantity monitoring unit time for a merchant by the e-commerce platform terminal after a merchant registration platform, wherein the value range of the order quantity monitoring unit time is 2-3 months;
and the order quantity monitoring and acquiring module is used for monitoring the order quantity generated by each merchant in the order quantity monitoring unit time by the E-commerce platform terminal according to the preset order quantity monitoring unit time, and acquiring the order quantity generated in the unit time.
8. The order flow processing system of claim 6, wherein the threshold setting module comprises:
the extraction module is used for extracting the order quantity generated by the merchant after the merchant is resident in the e-commerce platform terminal and acquiring the order quantity when the unit time of the order quantity monitoring is cut off;
the first threshold value setting module is used for acquiring the first order quantity threshold value by utilizing the order quantity and the first threshold value generation model;
the second threshold value setting module is used for acquiring a second order quantity threshold value by utilizing the order quantity and a second threshold value generation model;
the second order quantity threshold value is larger than the first order quantity threshold value, and the first order quantity threshold value and the second order quantity threshold value are used for judging whether the number of merchant terminals corresponding to a merchant in a next order quantity monitoring unit time after the merchant is parked in the e-commerce platform terminal is increased or decreased in quantity.
9. The order flow processing system of claim 8, wherein the first and second threshold generative models are as follows:
wherein R is 1 And R 2 Respectively representing the first order quantity threshold value and the second order quantity threshold value; n represents the number of months contained in the order quantity monitoring unit time; r max The order generation amount of a single month corresponding to a month with the largest order generation amount in the months included in the order amount monitoring unit time is shown; r min The single-month order generation amount corresponding to the month with the minimum order generation amount in the months included in the order amount monitoring unit time is represented; r i The single-month order generation amount corresponding to the ith month in the months included in the order amount monitoring unit time is represented; MAX (R) i -R i-1 ) Monitoring unit for indicating order quantityThe maximum difference value of the order generation amount of two adjacent months in the months contained in the time; MIN (R) i -R i-1 ) The minimum difference value of the order generation quantity of two adjacent months in the month contained in the order quantity monitoring unit time is represented; r p Indicating the generated quantity of the order in the single month corresponding to the month adjacent to the month in which the generated quantity of the order is smaller, among the months included in the order quantity monitoring unit time, and when MAX (R) is satisfied i -R i-1 )＝(R max -R p ) Then MAX (R) i -R i-1 )/(R max -R p )＝0.68。
10. The order flow processing system of claim 6, wherein the add/drop adjustment module comprises:
the quantity determining module is used for monitoring the order generation quantity in unit time according to the previous order quantity and determining the number of merchant terminals in unit time of the order quantity monitored by the current merchant, wherein the number of the merchant terminals is obtained through the following formula:
wherein M is 0 The number of merchant terminals in unit time for monitoring the amount of orders currently located by the merchant, and M 0 The value of (1) is rounded up; m represents a preset reference value of the number of the merchant terminals, and M =4;
the judging module is used for monitoring the order generation amount of the next order amount in real time and monitoring the order generation amount in unit time, and judging the quantity relation between the order generation amount in unit time of the order amount monitoring and the first order amount threshold value and the second order amount threshold value;
the staff reducing module is used for setting the staff reducing quantity of the merchant terminal according to the current order generation quantity and carrying out staff reducing adjustment on the current merchant terminal quantity according to the staff reducing quantity of the merchant terminal when the order generation quantity in the unit time monitored according to the order quantity does not reach the first order quantity threshold value; the number of the members of the merchant terminal is obtained through the following formula:
wherein, Δ M j Indicates the number of staff-off of the merchant terminal, and, Δ M j To round up, and, Δ M j Must not exceed 3; r represents the order generation amount of the current order amount monitoring unit time;
the maintaining module is used for maintaining the number of the current merchant terminals unchanged when the order generation amount in the unit time according to the order amount monitoring reaches or exceeds the first order amount threshold value but does not reach a second order amount threshold value;
and the member adding module is used for setting the number of member adding members of the merchant terminal according to the current order generation amount when the order generation amount in the unit time reaches or exceeds the second order amount threshold value according to the order amount monitoring, and performing member adding adjustment on the number of the current merchant terminal according to the number of the member adding members of the merchant terminal, wherein the number of the member adding members of the merchant terminal is obtained through the following formula:
wherein, Δ M z Indicates the number of increased members of the merchant terminal, and, Δ M z Is to round up upwards; and R represents the current order generation amount in the order amount monitoring unit time.
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