CN111144748A - Control list model based on historical work saturation and backlog list quantity - Google Patents
Control list model based on historical work saturation and backlog list quantity Download PDFInfo
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Abstract
The invention relates to the technical field of a sheet control system, and discloses a sheet control model based on historical work saturation and backlog sheet quantity, which comprises a strategy center system, wherein a signal output end of the strategy center system is electrically connected with a computer, a signal output end of the computer is electrically connected with a real-time data module, a calculation module, a Promise system module, a merchant system module and an EHR system module, a signal output end of the Promise system module is electrically connected with a 15-minute sheet control module, and a signal output end of the 15-minute sheet control module is electrically connected with a sheet stop control module. This accuse list model based on historical work saturation and backlog list volume, the calculation module includes the strategy switch module, the signal output part electricity of calculation module is connected with the strategy switch module, and the data transmission that calculates through the calculation module is to the strategy switch module in, and then can judge whether accuse list through the data of shop, and then make the efficiency of accuse list obtain improving.
Description
Technical Field
The invention relates to the technical field of order control systems, in particular to an order control model based on historical work saturation and backlog single quantity.
Background
The store management system can help enterprises to manage wide-area distribution channels quickly, solve the problems of sales and production disjointed and unbalanced inventory in each region, help enterprise managers to master logistics information accurately in real time, and help business processes, business data and problems in each link of sales management, and enable managers to evaluate according to the data, make positive and active decisions in time, and regulate and manage sales business macroscopically. At present, a control order system in a plurality of store management systems often generates delayed control orders, and information cannot be timely obtained on the sales and transportation fees of coupons and commodities in stores, so that the operation of the stores is influenced, and customers cannot be timely informed when the stores are in rest.
Disclosure of Invention
Technical problem to be solved
Aiming at the defects of the prior art, the invention provides a control order model based on historical work saturation and backlog amount, which has the advantages that the store can control orders in time on the control order, control the information of the sales rising and transportation cost of coupons and store commodities, and timely inform the clients of the rest of the store, and the like, and solves the problems that the store cannot control orders in time, cannot well inform the information of the sales rising and transportation cost of coupons and store commodities, and cannot inform the clients of the rest of the store.
(II) technical scheme
In order to achieve the purpose, the invention provides the following technical scheme: the sheet control model based on historical work saturation and backlog sheet amount comprises a strategy center system, wherein a signal output end of the strategy center system is electrically connected with a computer, a signal output end of the computer is electrically connected with a real-time data module, a calculation module, a Promise system module, a merchant system module and an EHR system module, a signal output end of the Promise system module is electrically connected with a 15-minute sheet control module, and a signal output end of the 15-minute sheet control module is electrically connected with a sheet stopping control module;
the signal output end of the real-time data module is electrically connected with the signal receiving end of the computing module, the signal output end of the computing module is electrically connected with the strategy switch module, the signal output end of the strategy switch module is electrically connected with the non-triggering module and the standard reaching module, the signal output end of the standard reaching module is electrically connected with the judgment index threshold module, the signal output end of the judgment index threshold module is electrically connected with a screening strategy indicating module, the signal output end of the standard reaching module and the signal output end of the judgment index threshold module are commonly and electrically connected to the receiving end of the non-triggering module, the signal output end of the screening strategy indicating module is electrically connected with a time-sharing single control module, the signal output end of the time-sharing single control module is electrically connected with an acquisition module and an expansion stopping single control module, and the signal output end of the expansion stopping single control module is electrically connected with the signal receiving end of the acquisition module;
the signal output end of the merchant system module is electrically connected with the receiving end of the acquisition module, the signal output end of the calculation module is electrically connected with the receiving end of the acquisition module, the signal output end of the EHR system module is electrically connected with the id acquisition module, the signal output end of the acquisition module is electrically connected with the receiving end of the id acquisition module, and the signal end of the id acquisition module is electrically connected with the sending module.
Preferably, the data calculated by the calculation module is transmitted to the policy switch module, so as to control whether the policy switch is turned on.
Preferably, the policy switch module transmits the data up to standard so that the data up to standard is received by the module up to standard, and the data not up to standard is directly transmitted to the module not to be triggered.
Preferably, the data up to standard transmitted by the module up to standard is transmitted into the judgment index threshold module, and then is judged by the judgment index threshold module;
and the data with the index threshold value not meeting the standard are directly transmitted into the non-triggering module, and the data with the index threshold value meeting the standard are transmitted into the screening strategy indicating module, so that the screening of the index threshold value is carried out.
Preferably, the screening strategy indication module transmits the screened data into the time-interval single control module, a signal output end of the time-interval single control module is electrically connected with the 15-minute single control module, and the time-interval single control module transmits the data into the 15-minute single control module, the acquisition module and the expansion stop single control module respectively.
Preferably, the signal output end of the 15-minute single control module is electrically connected with the stop single control module, and the 15-minute single control module transmits data to the stop single control module to stop operating.
Preferably, the signal output end of the acquisition module is electrically connected with the id acquisition module, the signal output end transmission module of the id acquisition module is electrically connected with the id acquisition module, the business system and the operation name mailboxes are acquired through the id acquisition module, the EHR system is called through the operation name to acquire the userID, and the information is transmitted through the enterprise WeChat through the transmission module.
(III) advantageous effects
Compared with the prior art, the invention provides a control list model based on historical work saturation and backlog list quantity, and has the following beneficial effects:
1. this accuse list model based on historical work saturation and backlog list volume, the signal output part of real-time data module is connected with the signal receiving terminal electricity of calculation module, calculation module includes the strategy switch module, the signal output part electricity of calculation module is connected with the strategy switch module, and the data transmission that calculates through the calculation module is to the strategy switch module in, and then whether control the strategy switch and open, and then can judge whether accuse list through the data of store, and then make the efficiency of accuse list obtain improving.
2. The sheet control model based on historical work saturation and backlog sheet quantity is characterized in that a signal output end of a strategy switch module is electrically connected with a non-triggering module and a standard reaching module, the standard reaching data is transmitted through the strategy switch module so that the standard reaching module receives data, the non-standard data is directly transmitted to the non-triggering module, a signal output end of the standard reaching module is electrically connected with a judgment index threshold module, the standard reaching data transmitted through the standard reaching module is transmitted into the judgment index threshold module and is further judged through the judgment index threshold module, a signal output end of the judgment index threshold module is electrically connected with a non-triggering module and a screening strategy indicating module, the non-standard data of the index threshold is directly transmitted into the non-triggering module, the standard reaching data of the index threshold is transmitted into the screening strategy indicating module, and then screening of the index threshold is carried out, and the data of a store is screened and judged again, and further, the data of the order control is more accurate, and the data error rate of the shop order control time interval is reduced.
3. According to the sheet control model based on the historical work saturation and the backlog sheet quantity, the signal output end of the screening strategy indicating module is electrically connected with the time-sharing sheet control module, the screening strategy indicating module transmits the screened data into the time-sharing sheet control module, the signal output end of the time-sharing sheet control module is electrically connected with the acquisition module and the rising and stopping sheet control module, the signal output end of the time-sharing sheet control module is electrically connected with the 15-minute sheet control module, the data are respectively transmitted into the 15-minute sheet control module, the acquisition module and the rising and stopping sheet control module through the time-sharing sheet control module, various data are transmitted into different modules through the screening strategy indicating module, various data of stores are classified, and information meeting rising freight charges, stopping and subsidizing and store offline is classified, so that the sheet control system is more accurate.
4. This accuse list model based on historical work saturation and backlog list volume, the signal output part of stopping rising accuse list module is connected with the signal receiving terminal electricity of obtaining the module, the signal output part electricity of obtaining the module is connected with obtains the id module, the signal output part electricity that obtains the id module is connected with sending module, obtains business family system and the individual postbox of operation name through obtaining the id module, and then calls EHR system through the operation name and obtains userID, and then sends information through the little letter of enterprise through sending module, and then makes the customer can in time obtain the various information of shop, has increased the use convenience of shop, also makes the customer receive better service.
Drawings
FIG. 1 is a block diagram of the system of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the present invention provides a new technical solution: the order control model based on historical work saturation and backlog order quantity comprises a strategy center system, a signal output end of the strategy center system is electrically connected with a computer, a signal output end of the computer is electrically connected with a real-time data module, a calculation module, a Promise system module, a merchant system module and an EHR system module, the real-time data module firstly judges whether a store id is a white list store or not, the real-time data module judges whether the store id is not the white list store or not and does not trigger the strategy center, the real-time data module judges that the store id is the white list store or not and triggers the strategy center, a signal output end of the real-time data module is electrically connected with a signal receiving end of the calculation module, data index raw data is provided through the real-time data module, the data index raw data comprises order picking overtime, order picking within 15 minutes and no order picking completion within 10 minutes, and the order picking overtime is (order picking overtime order quantity + total order quantity), the method comprises the following steps that (15 minutes of missed orders are obtained +15 minutes of total orders of logistics) and (10 minutes of missed orders are obtained +15 minutes of total orders of logistics), index calculation is carried out on real-time data transmitted by a real-time data module through a calculation module, the calculation module respectively calculates a 15 minute picking overtime rate which is a picking overtime order quantity/total orders quantity, a 15 minute missed orders rate which is a 15 minute missed orders quantity/15 minutes of total orders of logistics, a 10 minute missed orders completion rate which is a 10 minute missed orders quantity/home incomplete orders quantity, and the result is reserved to two decimal places, the calculation module comprises a strategy switch module, a signal output end of the calculation module is electrically connected with a strategy switch module, data calculated through the calculation module is transmitted into the strategy switch module, and a signal output end of the strategy switch module is electrically connected with a non-triggering module and a standard reaching module, the signal output end of the standard reaching module is electrically connected with an index judging threshold module, the signal output end of the index judging threshold module is electrically connected with a non-triggering module and a screening strategy indicating module, the signal output end of the screening strategy indicating module is electrically connected with a time-interval single control module, the signal output end of the time-interval single control module is electrically connected with a 15-minute single control module, an acquisition module and a stop-and-rise single control module, the signal output end of the 15-minute single control module is electrically connected with a stop-and-rise single control module, the signal output end of the stop-and-rise single control module is electrically connected with the signal receiving end of the acquisition module, the signal output end of the acquisition module is electrically connected with an id acquisition module, the signal output end of the id acquisition module is electrically connected with a sending module, whether the index reaches the standard is judged through a strategy, the strategy switch module judges whether the index reaches the standard, the strategy switch module is opened, then the strategy module transmits the confidence to the standard reaching module, the standard reaching module transmits the information to the judgment index threshold value module, the judgment index threshold value module transmits the signal into the screening strategy indicating module, further checks whether the threshold value is reached, judges whether the current picking overtime unit quantity is larger than the threshold value or not, judges whether the current 15-minute missed unit quantity is larger than the threshold value or not, judges whether the current 10-minute missed unit quantity is larger than the threshold value or not, if the judgment result is met, the time-sharing unit control module is triggered, the time-sharing unit control module transmits a 15-minute missed unit rate signal into the 15-minute unit control module, the 15-minute missed unit rate signal is transmitted into the 15-minute unit control module, the 15-minute missed unit rate signal is full in the effective period, the time-sharing unit control unit of the store is not called, further the confidence is transmitted into the stop unit control module through, the time-sharing control unit module transmits the rest information into the stop-and-rise control unit module, and further stops subsidy of the time-sharing control unit, the freight charge rises, the store offline judges whether the start is started, the goods picking overtime rate, the 15-minute non-order receiving rate, the 10-minute goods picking completion rate, each index checking switch and the corresponding threshold value are adopted, if the start is started, data is input in an input frame, the data can be modified, if the start is not started, frame ash is input, the data cannot be modified, n sections can be controlled through the time-sharing control unit module, and the n sections are positive integers, the indexes reach the standard and each index threshold value is correct, and then the data is input in a real-time index input frame: value range: 0 to 100 (including 0 and 100), and no decimal can be input;
the time-division single control module monitors the mq by sending the mq message and the promise
Mq information needs to contain the current time and the number n of single control segments
The Promise sets the estimated delivery times of the singleton times prior to the result to be approximately full based on the current time + (15 minutes n segments)
Setting the threshold to 0
Mq transmission failure
No trigger strategy
The Promise determines whether to prolong the controlled single-segment number according to the calculated time of MQ
Current time sent by x ═ mq + control single segment number and picking duration
a is the time of cutting off the order
a1＜＝x＜＝a2
x is a1, and the order-cutting time of the order control is a1
x is a2, and the order-cutting time of the order control is a2
a1 < x < a2, and the order-cutting time of the order control is a2
The current time transmitted by mq exceeds the business time of the store without calculating a control list
When the number of single segments is controlled to be 0, the mq is discarded
The relation between the policy center control order and the store manual control order is in a right order, and the policy center control order and the store manual control order play a role simultaneously to prevent the order from being exploded
o-minute time-interval control order/stop subsidy/freight expansion/store offline
Calling merchant system according to city id + merchant id
Get operation name and mailbox (Ex Shen)
Calling EHR system to acquire userID according to operation name
Sending information through enterprise WeChat, and editing the information by time-phased control list as follows: "system prompt" the operation of honoring is good, for a certain store, the automatic order control function has been started at a certain point in a certain month in a certain year, the last n sections have been set as non-selectable, the current picking overtime rate has reached 70%, the 15-minute non-order receiving rate has reached 30%, and the 10-minute non-order receiving rate has reached 50%. Please give relief if there is a disturbance ";
the stop subsidy editing information is as follows: "system prompt" honored the operation you are good, for a store, you are advised to stop subsidy, the current picking timeout rate has reached 70%, 15-minute missed order rate has reached 30%, and 10-minute missed order rate is 50%. Please give relief if there is a disturbance ";
the freight charge editing information is as follows: "system prompt" honored the good of the operation, for a store, advised you to rise the shipping cost appropriately, the current time-out rate of picking up goods has reached 70%, the 15 minute missed rate of picking up the order has reached 30%, and the 10 minute missed rate of picking up the goods is 50%. Please give relief if there is a disturbance ";
the store offline editing information is as follows: "system prompt" honored the operation you are good, for a store, advise you to temporarily take the store offline, the current pick-up timeout rate has reached 70%, 15-minute missed order rate has reached 30%, 10-minute missed order rate is 50%. In case of a disturbance, please forgive the explanation "
By viewing real-time data metrics for a single store, the data metrics for the current day can be displayed by display.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (7)
1. The control order model based on historical work saturation and backlog single quantity comprises a strategy center system and is characterized in that: the signal output end of the strategy center system is electrically connected with a computer, the signal output end of the computer is electrically connected with a real-time data module, a calculation module, a Promise system module, a merchant system module and an EHR system module, the signal output end of the Promise system module is electrically connected with a 15-minute control unit module, and the signal output end of the 15-minute control unit module is electrically connected with a stop control unit module;
the signal output end of the real-time data module is electrically connected with the signal receiving end of the computing module, the signal output end of the computing module is electrically connected with the strategy switch module, the signal output end of the strategy switch module is electrically connected with the non-triggering module and the standard reaching module, the signal output end of the standard reaching module is electrically connected with the judgment index threshold module, the signal output end of the judgment index threshold module is electrically connected with a screening strategy indicating module, the signal output end of the standard reaching module and the signal output end of the judgment index threshold module are commonly and electrically connected to the receiving end of the non-triggering module, the signal output end of the screening strategy indicating module is electrically connected with a time-sharing single control module, the signal output end of the time-sharing single control module is electrically connected with an acquisition module and an expansion stopping single control module, and the signal output end of the expansion stopping single control module is electrically connected with the signal receiving end of the acquisition module;
the signal output end of the merchant system module is electrically connected with the receiving end of the acquisition module, the signal output end of the calculation module is electrically connected with the receiving end of the acquisition module, the signal output end of the EHR system module is electrically connected with the id acquisition module, the signal output end of the acquisition module is electrically connected with the receiving end of the id acquisition module, and the signal end of the id acquisition module is electrically connected with the sending module.
2. The historical operating saturation and backlog single-quantity-based control unit model according to claim 1, characterized in that: and the data calculated by the calculation module is transmitted into the strategy switch module, so as to control whether the strategy switch is turned on.
3. The historical operating saturation and backlog single-quantity-based control unit model according to claim 2, characterized in that: the strategy switch module transmits the data up to the standard so that the data up to the standard is received by the module up to the standard, and the data not up to the standard is directly transmitted to the module not to be triggered.
4. The historical operating saturation and backlog single-quantity-based control unit model according to claim 3, characterized in that: the data up to standard transmitted by the module up to standard is transmitted into a judgment index threshold module, and then is judged by the judgment index threshold module;
and the data with the index threshold value not meeting the standard are directly transmitted into the non-triggering module, and the data with the index threshold value meeting the standard are transmitted into the screening strategy indicating module, so that the screening of the index threshold value is carried out.
5. The historical operating saturation and backlog single-quantity-based control unit model according to claim 4, characterized in that: the screening strategy indicating module transmits screened data into the time-interval single control module, the signal output end of the time-interval single control module is electrically connected with the 15-minute single control module, and the time-interval single control module transmits the data into the 15-minute single control module, the acquisition module and the expansion stop single control module respectively.
6. The historical operating saturation and backlog single-quantity-based control unit model according to claim 1, characterized in that: the signal output end of the 15-minute single control module is electrically connected with the stop single control module, and the 15-minute single control module transmits data to the stop single control module so as to stop operating.
7. The historical operating saturation and backlog single-quantity-based control unit model according to claim 6, characterized in that: the signal output end of the acquisition module is electrically connected with the id acquisition module, the signal output end sending module of the id acquisition module is electrically connected with the id acquisition module, mailboxes of a merchant system and an operation name are acquired through the id acquisition module, then the EHR system is called through the operation name to acquire userID, and then information is sent through enterprise WeChat through the sending module.
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