CN113762889A

CN113762889A - O2O central station system for pharmacy management and control method thereof

Info

Publication number: CN113762889A
Application number: CN202110933802.8A
Authority: CN
Inventors: 宋莉莉; 马健; 余江
Original assignee: Shanghai Daotuo Medicine Co ltd
Current assignee: Shanghai Daotuo Medicine Co ltd
Priority date: 2021-08-15
Filing date: 2021-08-15
Publication date: 2021-12-07
Anticipated expiration: 2041-08-15
Also published as: CN113762889B

Abstract

The invention provides an O2O central system for pharmacy management and a control method thereof, which are used for comparing and checking a medicine purchase order and an electronic prescription from a customer terminal so as to determine whether the medicine information of the medicine purchase order is consistent with the medicine information of the electronic prescription or not and updating the medicine purchase order according to the comparison and checking result; and according to the updated medicine purchase order, screening out a target pharmacy for delivering medicines to a customer from all pharmacies, estimating the change condition of the number of customers on site of the pharmacy in the time period of medicine delivery required by the customer in the target pharmacy, determining the expected time of medicine delivery to the destination, and finally feeding back a reminding message about the expected time to a customer terminal, so that the customer can conveniently select and purchase the medicines on line in different pharmacies and instruct the pharmacies to deliver the medicines on line in time through the terminal, and rapid and personalized delivery service is provided according to the delivery time required by the customer.

Description

O2O central station system for pharmacy management and control method thereof

Technical Field

The invention relates to the technical field of pharmacy management, in particular to an O2O central station system for pharmacy management and a control method thereof.

Background

O2O is an abbreviation of Online To Offline, which means that the opportunity of Offline commerce is combined with the internet To make the internet the foreground of Offline transaction, so that Offline service can be used for soliciting customers and customers can also screen merchants Online. In a chain pharmacy in the prior art, an internet transaction platform is provided for a customer by using a wechat public number or a wechat applet, so that the customer can screen a proper shop owner in the wechat public number or the wechat applet and perform operations such as medicine purchase and settlement, and the corresponding shop owner can perform medicine distribution by himself after the transaction is determined, thereby providing an online and offline combined medicine purchasing mode for the customer. However, this method is limited to purchasing medicines at different stores in the same chain of pharmacies, and it cannot uniformly manage all pharmacies in the area where the customer is located, i.e. it cannot provide a centralized O2O central management mode for all pharmacies, which cannot provide customers with more expensive medicines and different pharmacy choices, and also cannot provide fast and personalized delivery service according to the delivery time required by the customer.

Disclosure of Invention

Aiming at the defects in the prior art, the O2O central station system for pharmacy management and the control method thereof are provided, wherein a medicine purchase order from a customer terminal and an electronic prescription are compared and audited, so that whether the medicine information of the medicine purchase order is consistent with that of the electronic prescription is determined, and the medicine purchase order is updated according to the comparison and audit result; and according to the updated medicine purchase order, screening out a target pharmacy for delivering medicines to the customer from all pharmacies, estimating the change situation of the number of customers on site of the pharmacy in the time period required by the customer for medicine delivery of the target pharmacy, determining the expected time for medicine delivery to reach the destination, and finally feeding back a reminding message about the expected time to the customer terminal, so that the customer can conveniently select and purchase the medicines on line in different pharmacies and instruct the pharmacies to deliver the medicines timely on line through the terminal, thereby uniformly and intensively managing all pharmacies in the area where the customer is located, and providing rapid and personalized delivery service according to the delivery time required by the customer.

The invention provides an O2O Chinese platform system for pharmacy management, which is characterized by comprising a medicine purchase order auditing and updating module, a target pharmacy determining module, a medicine delivery arrival time determining module and a delivery reminding module; wherein the content of the first and second substances,

the medicine purchase order auditing and updating module is used for acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining medicine information contained in the medicine purchase order, so that all medicine areas contained in the medicine purchase order are divided into prescription medicines or non-prescription medicines; matching and checking prescription medicines contained in the medicine purchase order according to the electronic prescription, so that the medicine purchase order is updated;

the target pharmacy determining module is used for comparing the medicine information contained in the updated medicine purchase order with the respective spot medicine lists of all the pharmacies, so as to determine the pharmacy which can provide the updated medicine purchase list and contains the corresponding spot medicines, and the pharmacy is used as a corresponding selectable pharmacy; determining a target pharmacy for delivering the medicines to the customer according to the respective medicine price information and the medicine delivery cost information of all the selectable pharmacies;

the medicine delivery arrival time determining module is used for estimating the change situation of the number of customers in the site of the pharmacy in the time period when the customers require medicine delivery of the target pharmacy; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination;

the delivery reminding module is used for feeding back the expected time to the customer terminal in a reminding message mode;

further, the medicine purchase order auditing and updating module is used for acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining medicine information contained in the medicine purchase order, so that the medicine purchase order containing all medicine areas is divided into prescription medicines or non-prescription medicines; and matching and auditing prescription drugs contained in the drug purchase order according to the electronic prescription, so that updating the drug purchase order specifically comprises:

acquiring a medicine purchase order from a customer terminal, and extracting identity information of a customer from the medicine purchase order; comparing the identity information of the customer with the patient identity information of the electronic prescription; if the identity information of the customer is the same as the identity information of the patient, determining the medicine purchase list as an effective medicine purchase list, otherwise, determining the medicine purchase list as an ineffective medicine purchase list, and deleting the ineffective medicine purchase list;

extracting all medicine information required to be purchased from the effective medicine purchase order; identifying the name of each medicine, so as to distinguish the medicine corresponding to each medicine information into prescription medicine or non-prescription medicine;

comparing all prescription drug information contained in the electronic prescription with prescription drug information in the effective drug purchase order; if one of the prescription drug information of the valid drug purchase order is contained in the electronic prescription, retaining the corresponding prescription drug information; if one of the prescription drug information of the valid drug purchase order is not contained in the electronic prescription, deleting the corresponding prescription drug information, thereby updating the valid drug purchase order;

further, the target pharmacy determination module is configured to compare the medicine information included in the updated medicine purchase order with the respective spot-shipment medicine lists of all pharmacies, so as to determine a pharmacy which can provide the updated medicine purchase list and includes the corresponding spot-shipment medicine, and thus the pharmacy serves as a corresponding selectable pharmacy; then, according to the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, determining a target drugstore for distributing the medicines to the customer specifically comprises:

comparing all the medicine information contained in the updated medicine purchase order with the respective spot-product medicine lists of all the pharmacy; if the spot-shipment medicine list of a certain pharmacy contains at least one piece of medicine information of the updated medicine purchase order, identifying the corresponding pharmacy as an optional pharmacy;

acquiring the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, and determining the selectable drugstore with the lowest sum of the medicine price and the medicine distribution cost as a target drugstore for distributing the medicines to the customer; the business time information of the target pharmacy is fed back to the customer terminal so as to determine the time period when the customer requires the target pharmacy to carry out medicine distribution;

further, the drug delivery arrival time determining module is used for estimating the change of the number of customers in the target pharmacy on the spot of the pharmacy within the time period that the customers require drug delivery; determining an estimated time for the drug delivery to reach the destination based on the estimated change in the number of customers and the distance between the target pharmacy and the drug delivery destination may include:

acquiring a pharmacy internal monitoring image of the target pharmacy within a period of time preset in the past; identifying the number of customers in the pharmacy internal monitoring image in different time periods in one day; estimating the change situation of the number of customers in the target pharmacy on the spot of the pharmacy in the time period when the customers require to carry out medicine distribution according to the number of the customers in different time periods in the day;

determining the time length required for medicine delivery according to the distance between the target pharmacy and the medicine delivery destination; determining a time point of the medicine store site with the minimum number of customers in the medicine delivery time period according to the change situation of the number of customers in the medicine store site in the time period of the medicine delivery required by the customers; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period for which the customers require to carry out medicine distribution is greater than or equal to the time length required by the medicine distribution, taking the time point with the minimum number of the customers as the starting time point of medicine distribution of the pharmacy; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period when the customers require to carry out the medicine distribution is less than the time length required by the medicine distribution, searching another time point with the minimum number of the customers between the earliest time point corresponding to the time period when the customers require to carry out the medicine distribution and the latest time point corresponding to the time period when the customers require to carry out the medicine distribution until the time interval between the another time point and the latest time point is more than or equal to the time length required by the medicine distribution, and taking the another time point as the starting time point of the medicine distribution of the pharmacy;

and determining the predicted time for the medicine delivery to reach the destination according to the starting time point of the medicine delivery of the pharmacy and the time length required for the medicine delivery.

The invention also provides a control method of the O2O central station system for pharmacy management, which is characterized by comprising the following steps:

step S1, acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining medicine information contained in the medicine purchase order, so as to divide all medicine areas contained in the medicine purchase order into prescription medicines or non-prescription medicines; matching and checking prescription medicines contained in the medicine purchase order according to the electronic prescription, so that the medicine purchase order is updated;

step S2, comparing the medicine information contained in the updated medicine purchase order with the respective spot-shipment medicine lists of all the pharmacy so as to determine the pharmacy which can provide the updated medicine purchase list and contains the corresponding spot-shipment medicines, and then taking the pharmacy as the corresponding selectable pharmacy; determining a target pharmacy for delivering the medicines to the customer according to the respective medicine price information and the medicine delivery cost information of all the selectable pharmacies;

step S3, estimating the change of the number of the customers in the target pharmacy in the pharmacy site in the time period when the customers require the medicine delivery; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination; feeding back the predicted time to the customer terminal in the form of a reminding message;

further, in step S1, acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining medicine information included in the medicine purchase order, so as to classify all medicine areas included in the medicine purchase order into prescription medicines or non-prescription medicines; and matching and auditing prescription drugs contained in the drug purchase order according to the electronic prescription, so that updating the drug purchase order specifically comprises:

step S101, acquiring a medicine purchase order from a customer terminal, and extracting identity information of a customer from the medicine purchase order; comparing the identity information of the customer with the patient identity information of the electronic prescription; if the identity information of the customer is the same as the identity information of the patient, determining the medicine purchase list as an effective medicine purchase list, otherwise, determining the medicine purchase list as an ineffective medicine purchase list, and deleting the ineffective medicine purchase list;

step S102, all the medicine information needing to be purchased is extracted from the effective medicine purchase order; identifying the name of each medicine, so as to distinguish the medicine corresponding to each medicine information into prescription medicine or non-prescription medicine;

step S103, comparing all prescription medicine information contained in the electronic prescription with the prescription medicine information in the effective medicine purchase order; if one of the prescription drug information of the valid drug purchase order is contained in the electronic prescription, retaining the corresponding prescription drug information; if one of the prescription drug information of the valid drug purchase order is not contained in the electronic prescription, deleting the corresponding prescription drug information, thereby updating the valid drug purchase order;

further, in step S2, the updated medicine purchase order includes medicine information that is compared with the existing medicine lists of all the pharmacy, so as to determine the pharmacy that can provide the updated medicine purchase list including the corresponding existing medicines, and thus the pharmacy serves as a corresponding selectable pharmacy; then, according to the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, determining a target drugstore for distributing the medicines to the customer specifically comprises:

step S201, comparing all the medicine information contained in the updated medicine purchase order with the respective spot medicine lists of all the pharmacy; if the spot-shipment medicine list of a certain pharmacy contains at least one piece of medicine information of the updated medicine purchase order, identifying the corresponding pharmacy as an optional pharmacy;

step S202, acquiring the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, and determining the selectable drugstore with the lowest sum of the medicine price and the medicine distribution cost as a target drugstore for distributing the medicines to the customer; the business time information of the target pharmacy is fed back to the customer terminal so as to determine the time period when the customer requires the target pharmacy to carry out medicine distribution;

further, in step S3, it is estimated that the target pharmacy has a change in the number of customers on the pharmacy site during the time period when the customer requests the medication delivery; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination; and feeding back the predicted time to the customer terminal in the form of a reminder message specifically comprises:

step S301, acquiring a pharmacy internal monitoring image of the target pharmacy within a period of time preset in the past; identifying the number of customers in the pharmacy internal monitoring image in different time periods in one day; estimating the change situation of the number of customers in the target pharmacy on the spot of the pharmacy in the time period when the customers require to carry out medicine distribution according to the number of the customers in different time periods in the day;

step S302, determining the time length required by medicine delivery according to the distance between the target pharmacy and the medicine delivery destination; determining a time point of the medicine store site with the minimum number of customers in the medicine delivery time period according to the change situation of the number of customers in the medicine store site in the time period of the medicine delivery required by the customers; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period for which the customers require to carry out medicine distribution is greater than or equal to the time length required by the medicine distribution, taking the time point with the minimum number of the customers as the starting time point of medicine distribution of the pharmacy; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period when the customers require to carry out the medicine distribution is less than the time length required by the medicine distribution, searching another time point with the minimum number of the customers between the earliest time point corresponding to the time period when the customers require to carry out the medicine distribution and the latest time point corresponding to the time period when the customers require to carry out the medicine distribution until the time interval between the another time point and the latest time point is more than or equal to the time length required by the medicine distribution, and taking the another time point as the starting time point of the medicine distribution of the pharmacy;

step S303, determining the estimated time for the medicine delivery to reach the destination according to the starting time point of the medicine delivery of the pharmacy and the time length required by the medicine delivery; feeding back the estimated time to the customer terminal in the form of a reminding message;

further, in step S301, acquiring a pharmacy internal monitoring image of the target pharmacy within a period of time preset in the past; identifying the number of customers in the pharmacy internal monitoring image in different time periods in one day; estimating the change of the number of customers in the target pharmacy at the pharmacy site in the time period when the customer requires to carry out medicine delivery according to the number of the customers appearing in different time periods in the day specifically comprises the following steps:

step S3011, acquiring a pharmacy internal monitoring image of the target pharmacy within a preset period of time in the past, and performing human body recognition on the pharmacy internal monitoring image, thereby determining the number of customers who appear in the target pharmacy within the preset period of time in the past; determining the number of the customers who appear in rainstorm and the number of the customers who do not appear in rainstorm in each day in the past preset period of time by combining the respective time periods of the rainstorm and the rainstorm which do not appear in the past preset period of time, and determining the attenuation ratio lambda of the number of the customers who appear in rainstorm and the number of the customers who do not appear in rainstorm in each day in the past preset period of time by using the following formula (1),

in the above publicationFormula (1), D (t)_n) A decision value indicating whether or not rainstorm occurs at the time of the nth day and the time of the nth day within a preset period of time, and D (t) when the rainstorm occurs at the time of the nth day and the time of the nth day_n) 1, when rainstorm occurs on the nth day at time t, D (t)_n)＝0；m(t_n) Indicating the number of customers present at the time of the nth day t within a preset period of time in the past; n represents the total number of days contained in a preset period of time in the past;

step S3012, using the following formula (2), determines the specific gravity μ of the stormy weather occurring during the period of time when the customer requests the medication delivery,

in the above formula (2), D (t)_p) A decision value indicating whether or not rainstorm occurs in the weather forecast at the time point t in the time period when the customer requests the medication delivery, and D (t) when the weather forecast at the time point t in the time period when the customer requests the medication delivery_p) When weather forecast does not appear rainstorm at the time t in the time period when the customer requires the drug delivery, D (t)_p)＝0；

Means that the delivery time is automatically extended when the weather forecast of a heavy rain occurs at the t-th time in the period of time when the customer requests the delivery of the medicine, i.e. the delivery time is automatically additionally increased

T represents the maximum delivery time which is allowed to be automatically prolonged in a preset mode; t is_p,maxIndicating an end time within a time period during which the customer requires medication delivery; t is_p,minIndicating an initial time instant within a time period during which a customer requests a medication delivery; t is t_pRepresents T_p,minAnd T_p,maxAny time in between;

step S3013, using the following formula (3), determines the change in the number of customers in the pharmacy during the time period when the customer requests the medication delivery,

in the above formula (3), Δ m_pA variation amount indicating the number of customers in the pharmacy site during a period of time in which the customer requests the medication delivery; m is_n(T_p,max) Indicating the end time T within the period of time in which the customer requests the delivery of the medication_p,maxThe number of customer occurrences; m is_n(T_n,p,min) Indicating an initial time instant T within a time period during which a customer requests a medication delivery_p,minNumber of customers present.

Compared with the prior art, the O2O central system for pharmacy management and the control method thereof compare and verify the medicine purchase order and the electronic prescription from the customer terminal, so as to determine whether the medicine information of the medicine purchase order is consistent with that of the electronic prescription, and update the medicine purchase order according to the comparison and verification result; and according to the updated medicine purchase order, screening out a target pharmacy for delivering medicines to the customer from all pharmacies, estimating the change situation of the number of customers on site of the pharmacy in the time period required by the customer for medicine delivery of the target pharmacy, determining the expected time for medicine delivery to reach the destination, and finally feeding back a reminding message about the expected time to the customer terminal, so that the customer can conveniently select and purchase the medicines on line in different pharmacies and instruct the pharmacies to deliver the medicines timely on line through the terminal, thereby uniformly and intensively managing all pharmacies in the area where the customer is located, and providing rapid and personalized delivery service according to the delivery time required by the customer.

Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.

The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

Fig. 1 is a schematic structural diagram of an O2O central station system for pharmacy management according to the present invention.

Fig. 2 is a schematic structural diagram of a control method of an O2O central station system for pharmacy management according to 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, a schematic structural diagram of an O2O central station system for pharmacy management according to an embodiment of the present invention is provided. The O2O Chinese platform system for pharmacy management comprises a medicine purchase order auditing and updating module, a target pharmacy determining module, a medicine delivery arrival time determining module and a delivery reminding module; wherein the content of the first and second substances,

the drug delivery arrival time determining module is used for estimating the change situation of the number of customers on the spot of the drug store in the time period when the customers require drug delivery of the target drug store; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination;

the delivery reminding module is used for feeding back the expected time to the customer terminal in the form of a reminding message.

The beneficial effects of the above technical scheme are: the O2O central system for pharmacy management compares and verifies a medicine purchase order and an electronic prescription from a customer terminal, so as to determine whether the medicine information of the medicine purchase order is consistent with the medicine information of the electronic prescription, and updates the medicine purchase order according to the comparison and verification result; and according to the updated medicine purchase order, screening out a target pharmacy for delivering medicines to the customer from all pharmacies, estimating the change situation of the number of customers on site of the pharmacy in the time period required by the customer for medicine delivery of the target pharmacy, determining the expected time for medicine delivery to reach the destination, and finally feeding back a reminding message about the expected time to the customer terminal, so that the customer can conveniently select and purchase the medicines on line in different pharmacies and instruct the pharmacies to deliver the medicines timely on line through the terminal, thereby uniformly and intensively managing all pharmacies in the area where the customer is located, and providing rapid and personalized delivery service according to the delivery time required by the customer.

Preferably, the medicine purchase order auditing and updating module is used for acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining the medicine information contained in the medicine purchase order, so that the medicine purchase order containing all medicine areas is divided into prescription medicines or non-prescription medicines; and matching and auditing prescription drugs contained in the drug purchase order according to the electronic prescription, so that updating the drug purchase order specifically comprises:

comparing all prescription drug information contained in the electronic prescription with prescription drug information in the effective drug purchase order; if one prescription drug information of the valid drug purchase order is contained in the electronic prescription, retaining the corresponding prescription drug information; if one of the prescription drug information of the valid drug purchase order is not included in the electronic prescription, the corresponding prescription drug information is deleted, thereby updating the valid drug purchase order.

The beneficial effects of the above technical scheme are: a customer may fill in and form a corresponding medicine purchase order on a corresponding APP, a public number or an applet through a mobile terminal such as a smart phone, where the medicine purchase order may include, but is not limited to, identity information (such as an identity document number) of the customer, delivery address information corresponding to a medicine purchased by the customer, respective medicine names of all medicines that the customer needs to purchase, and manufacturer information. Because the medicines such as prescription medicines need to be purchased in real name, in order to prevent a customer from falsely using the name of other people to purchase the medicines, the identity information of the customer in a medicine purchase order needs to be compared with the identity information of the patient in the electronic prescription, if the identity information of the customer in the medicine purchase order is consistent with the identity information of the patient in the electronic prescription, the current customer purchases the medicines in real name, and at the moment, the medicine purchase list is determined as an effective medicine purchase list; if the two are inconsistent, the current customer is not the real-name medicine purchase and does not accord with the corresponding medicine purchase regulations, the medicine purchase list is determined as an invalid medicine purchase list, and the invalid medicine purchase list is deleted at the same time, so that the invalid medicine purchase list can be prevented from being transmitted to a management terminal corresponding to a pharmacy, and the condition of medicine misdistribution is greatly reduced.

In addition, prescription drugs are purchased with an electronic prescription from a doctor, whereas non-prescription drugs are purchased without a doctor's electronic prescription. The method comprises the steps of dividing all medicines into prescription medicines or non-prescription medicines according to the name of each medicine in a medicine purchase order, comparing all prescription medicine information contained in the electronic prescription with the prescription medicine information contained in the effective medicine purchase order, accurately determining whether the prescription medicines in the effective medicine purchase order are the prescription medicines in the electronic prescription, reserving the prescription medicines contained in the effective medicine purchase order and deleting the prescription medicines not contained in the effective medicine purchase order, and therefore, the method can effectively avoid the prescription medicines illegally purchased by a customer and furthest ensure the consistency of the prescription medicines in the order and the electronic prescription.

Preferably, the target pharmacy determination module is configured to compare the medicine information included in the updated medicine purchase order with the respective spot-shipment medicine lists of all the pharmacies, so as to determine the pharmacy which can provide the updated medicine purchase list and includes the corresponding spot-shipment medicine, and thus the pharmacy serves as the corresponding selectable pharmacy; then, according to the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, determining a target drugstore for distributing the medicines to the customer specifically comprises:

acquiring the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, and determining the selectable drugstore with the lowest sum of the medicine price and the medicine distribution cost as a target drugstore for distributing the medicines to the customer; and the business time information of the target pharmacy is fed back to the customer terminal so as to determine the time period when the customer requires the target pharmacy to deliver the medicine.

The beneficial effects of the above technical scheme are: the updated medication purchase order includes at least one medication, and although there are many pharmacies in the area where the customer is located, there is no guarantee that each pharmacy will be able to provide the medication needed in the customer order or will be able to provide the medication in stock. If these pharmacies receive a medication purchase order, there is no guarantee that the medication will be quickly and timely dispensed to the customer. At this time, all the medicine information contained in the updated medicine purchase order is compared with the respective spot medicine lists of all the pharmacy stores, the pharmacy stores which cannot provide the spot medicines are removed, only the pharmacy stores which can provide the spot medicines are reserved, and the pharmacy stores are marked as selectable pharmacy stores, so that the range of the pharmacy stores determined by the customer is greatly reduced. In practical operation, the store names and the store addresses of the selectable stores can be synchronously sent to the map application of the client terminal, so that the client can intuitively know the position distribution of each selectable store.

In addition, when a customer purchases a medication, the price and delivery cost of the medication are the main factors for the customer to decide whether to place an order for purchase. The price and the delivery cost of the medicine for each selectable pharmacy may be different, and at this time, the selectable pharmacy with the lowest sum of the price and the delivery cost of the medicine is determined as the target pharmacy for delivering the medicine to the customer, so that the pharmacy with higher medicine purchasing price can be automatically screened out for the customer. Meanwhile, the customer can select the corresponding time period for medicine delivery on the terminal, so that the experience of medicine delivery can be greatly improved.

Preferably, the drug delivery arrival time determining module is configured to estimate a change in the number of customers at the pharmacy site in the time period when the customer requests the drug delivery at the target pharmacy; determining the predicted time for the drug delivery to reach the destination based on the estimated change in the number of customers and the distance between the target pharmacy and the drug delivery destination specifically comprises:

acquiring a pharmacy internal monitoring image of the target pharmacy within a period of time preset in the past; identifying the number of customers in the internal monitoring image of the pharmacy in different time periods in one day; estimating the change condition of the number of customers in the target pharmacy on the spot of the pharmacy in the time period when the customers require to carry out medicine distribution according to the number of the customers in different time periods in the day;

determining the time length required for medicine delivery according to the distance between the target pharmacy and the medicine delivery destination; determining a time point of the medicine store site with the minimum number of customers in the medicine delivery time period according to the change situation of the number of customers in the medicine store site in the time period of the medicine delivery required by the customers; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period for which the customers require to carry out medicine distribution is greater than or equal to the time length required by the medicine distribution, taking the time point with the minimum number of the customers as the starting time point of medicine distribution of the pharmacy; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period for which the customers request to perform the medicine distribution is less than the time length required by the medicine distribution, searching another time point with the minimum number of the customers between the earliest time point corresponding to the time period for which the customers request to perform the medicine distribution and the time point with the minimum number of the customers until the time interval between the another time point and the latest time point corresponding to the time period for which the customers request to perform the medicine distribution is greater than or equal to the time length required by the medicine distribution, and taking the another time point as the starting time point for distributing the medicines of the pharmacy;

an estimated time for the drug delivery to reach the destination is determined based on the point in time at which the drug store began delivering the drug and the length of time required for the drug delivery.

The beneficial effects of the above technical scheme are: after the customer confirms that the order is effective and the payment of the order fee is completed between the terminal and the target pharmacy, the target pharmacy needs to arrange a human hand to complete the drug delivery within a time period specified by the customer. Since the hands of the target pharmacy are usually fixed and the target pharmacy site may have a large number of customers within a time period specified by the customer, it is important to ensure that the hands of the customers are sufficient and that the medication delivery is completed on time at the same time.

Because the field passenger flow of the target pharmacy in one day is mainly influenced by the people flow condition of the area where the pharmacy is located, when the position of the target pharmacy is unchanged, the field passenger flow of the target pharmacy in one day is basically stable, and can not generate large fluctuation change on different days. According to the characteristics, the internal scenes of the target pharmacy (for example, 360-degree panoramic shooting) can be shot in a past preset period of time (for example, one month, two months or half a year) so as to obtain the corresponding internal monitoring images of the pharmacy. Then, the person body contour recognition processing is carried out on the internal monitoring influence of the pharmacy, so that the number of the customers in the pharmacy corresponding to different times or time periods can be determined, and the distribution situation of the number of the customers actually existing in the target pharmacy within a preset period of time in the past although the number of the customers changes with time (particularly changes with time in one day) can be obtained. Subsequently, the change of the number of the customers in the pharmacy site of the target pharmacy in the time period when the customer requires the medicine delivery can be estimated according to the number of the customers in different time periods in the day, for example, the number of the customers in the pharmacy site at different times in the morning time period, the afternoon time period and the evening time period in the day can be estimated.

Since there is a certain distance between the target pharmacy and the destination of the medication delivery, the length of time required to complete the medication delivery is directly determined by the length of the distance, and in general, the longer the distance, the longer the length of time required for the delivery. In actual delivery, the length of time required to complete the delivery of the medicine can be calculated from the distance between the target pharmacy and the destination of the medicine delivery and the speed of movement of the delivery person. In order to ensure that the delivery of the medication is completed within the time period specified by the customer, it is necessary to accurately determine the start time point for the delivery of the medication from the target pharmacy, and also to consider whether there are enough hands inside the target pharmacy to deliver the medication at the start of the delivery. When it is estimated that the number of customers on the spot of the pharmacy is small, it can be determined that the medication delivery can be performed by a sufficient number of hands. Specifically, if the drug delivery time specified by the customer is 14 to 16 points, it can be determined by estimation that the number of customers in the target pharmacy site is the least at 15 to 30 points within the 14 to 16 point time period, and at this time, the 15 to 30 points can be primarily considered as the starting time of drug delivery; then, if it is determined that the time required for the drug delivery from the target pharmacy to the destination is 20 minutes, which is less than 30 minutes, which is the time interval between 15 minutes and 30 minutes, which is the starting time of the preliminary consideration of the drug delivery, and 16 minutes, which is the latest time point of the specified delivery time period, the 15 minutes and 30 minutes may be finally determined as the starting time of the drug delivery; if it is determined that 30 minutes is required for the drug to be delivered from the target pharmacy to the destination, which is greater than 30 minutes, which is the time interval between 15 minutes and 30 minutes, which is the starting time of the preliminary consideration of the drug delivery, and 16 minutes, which is the latest time point of the specified delivery time period, then another time point at which the guest has visited again for the least number of times, from 14 to 30 minutes, is determined, and if it is determined that 15 minutes is required for the drug to be delivered from the target pharmacy to the destination, then 15 to 30 minutes may be finally determined as the starting time of the drug delivery, and so on. Thus, the situation that the hands in the pharmacy are sufficient and the medicine distribution is completed on time can be guaranteed.

And finally, the estimated time is fed back to the customer terminal in the form of a reminding message, so that the customer can be ensured to obtain the time for delivering the medicine in time, and the successful delivery of the medicine is realized.

Referring to fig. 2, a flowchart of a control method of an O2O central station system for pharmacy management according to an embodiment of the present invention is shown. The control method of the O2O central station system for pharmacy management comprises the following steps:

step S1, acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining the medicine information contained in the medicine purchase order, so as to divide all the medicine contained in the medicine purchase order into prescription medicines or non-prescription medicines; matching and checking prescription medicines contained in the medicine purchase order according to the electronic prescription, so that the medicine purchase order is updated;

step S3, estimating the change of the number of customers in the target pharmacy at the pharmacy site during the time period when the customer requests the medication delivery; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination; and feeds back the estimated time to the customer terminal in the form of a reminder message.

The beneficial effects of the above technical scheme are: the control method of the O2O central system for pharmacy management comprises the steps of comparing and checking a medicine purchase order and an electronic prescription from a customer terminal to determine whether the medicine information of the medicine purchase order is consistent with the medicine information of the electronic prescription or not, and updating the medicine purchase order according to the comparison and checking result; and according to the updated medicine purchase order, screening out a target pharmacy for delivering medicines to the customer from all pharmacies, estimating the change situation of the number of customers on site of the pharmacy in the time period required by the customer for medicine delivery of the target pharmacy, determining the expected time for medicine delivery to reach the destination, and finally feeding back a reminding message about the expected time to the customer terminal, so that the customer can conveniently select and purchase the medicines on line in different pharmacies and instruct the pharmacies to deliver the medicines timely on line through the terminal, thereby uniformly and intensively managing all pharmacies in the area where the customer is located, and providing rapid and personalized delivery service according to the delivery time required by the customer.

Preferably, in the step S1, the medicine purchase order and the electronic prescription from the customer terminal are obtained, and the medicine information included in the medicine purchase order is determined, so that the medicine purchase order including all the medicines is classified as the prescription medicine or the over-the-counter medicine; and matching and auditing prescription drugs contained in the drug purchase order according to the electronic prescription, so that updating the drug purchase order specifically comprises:

step S103, comparing all prescription medicine information contained in the electronic prescription with the prescription medicine information in the effective medicine purchase order; if one prescription drug information of the valid drug purchase order is contained in the electronic prescription, retaining the corresponding prescription drug information; if one of the prescription drug information of the valid drug purchase order is not included in the electronic prescription, the corresponding prescription drug information is deleted, thereby updating the valid drug purchase order.

Preferably, in step S2, the updated medicine purchase order includes the medicine information and the respective spot-shipment medicine lists of all the pharmacy stores, so as to determine the pharmacy stores that can provide the updated medicine purchase list and include the corresponding spot-shipment medicines, and thus the pharmacy stores are taken as the corresponding selectable pharmacy stores; then, according to the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, determining a target drugstore for distributing the medicines to the customer specifically comprises:

step S202, acquiring the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, and determining the selectable drugstore with the lowest sum of the medicine price and the medicine distribution cost as a target drugstore for distributing the medicines to the customer; and the business time information of the target pharmacy is fed back to the customer terminal so as to determine the time period when the customer requires the target pharmacy to deliver the medicine.

Preferably, in step S3, the change in the number of customers in the target pharmacy is estimated at the pharmacy site during the time period when the customer requests the medication delivery; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination; and feeding back the estimated time to the customer terminal in the form of a reminder message specifically comprises:

step S301, acquiring a pharmacy internal monitoring image of the target pharmacy within a period of time preset in the past; identifying the number of customers in the internal monitoring image of the pharmacy in different time periods in one day; estimating the change condition of the number of customers in the target pharmacy on the spot of the pharmacy in the time period when the customers require to carry out medicine distribution according to the number of the customers in different time periods in the day;

step S302, determining the time length required for medicine delivery according to the distance between the target pharmacy and the medicine delivery destination; determining a time point of the medicine store site with the minimum number of customers in the medicine delivery time period according to the change situation of the number of customers in the medicine store site in the time period of the medicine delivery required by the customers; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period for which the customers require to carry out medicine distribution is greater than or equal to the time length required by the medicine distribution, taking the time point with the minimum number of the customers as the starting time point of medicine distribution of the pharmacy; if the time interval between the time point with the minimum number of the customers and the latest time point corresponding to the time period for which the customers request to perform the medicine distribution is less than the time length required by the medicine distribution, searching another time point with the minimum number of the customers between the earliest time point corresponding to the time period for which the customers request to perform the medicine distribution and the time point with the minimum number of the customers until the time interval between the another time point and the latest time point corresponding to the time period for which the customers request to perform the medicine distribution is greater than or equal to the time length required by the medicine distribution, and taking the another time point as the starting time point for distributing the medicines of the pharmacy;

step S303, determining the estimated time for the medicine delivery to reach the destination according to the starting time point of the medicine delivery of the pharmacy and the time length required by the medicine delivery; and then the predicted time is fed back to the customer terminal in the form of a reminding message.

Preferably, in the step S301, an internal monitor image of the target pharmacy within a period of time preset in the past is acquired; identifying the number of customers in the internal monitoring image of the pharmacy in different time periods in one day; estimating the variation of the number of customers in the target pharmacy at the pharmacy site in the time period when the customer requires to deliver the medicine according to the number of the customers appearing in different time periods in the day specifically comprises the following steps:

in the above formula (1), D (t)_n) A decision value indicating whether or not rainstorm occurs at the time of the nth day and the time of the nth day within a preset period of time, and D (t) when the rainstorm occurs at the time of the nth day and the time of the nth day_n) 1, when rainstorm occurs on the nth day at time t, D (t)_n)＝0；m(t_n) Indicating the number of customers present at the time of the nth day t within a preset period of time in the past; n represents the total number of days contained in a preset period of time in the past;

in the above formula (2), D (t)_p) A decision value indicating whether or not a weather forecast for a heavy rainy day occurs at the time point t during a period of time when a customer requests a medication deliveryPredicting the weather of rainstorm at the t moment in the distribution time period, and then D (t)_p) When weather forecast does not appear rainstorm at the time t in the time period when the customer requires the drug delivery, D (t)_p)＝0；

The beneficial effects of the above technical scheme are: analyzing the number of customers in the rainstorm weather time period of each day in a preset period of time in the past by using the formula (1) to obtain the attenuation ratio of the number of customers in the rainstorm weather and the number of customers in the same time period in non-severe weather, and further facilitating the subsequent estimation of the number of customers through the attenuation ratio; then, the proportion of the rainstorm weather of the target pharmacy in the time period required by the customer to carry out medicine distribution is obtained according to the weather forecast by using the formula (2), and whether the rainstorm weather exists during distribution and the proportion of the rainstorm weather to the distribution time are judged in advance according to the weather forecast, so that the accuracy of subsequent estimation is improved; and finally, obtaining the estimated change of the number of the customers of the drug store in the period of drug delivery required by the customer according to the proportion of the target drug store in the rainstorm weather in the period of drug delivery required by the customer and the attenuation ratio of the number of the customers in the rainstorm weather by using the formula (3), thereby effectively and accurately estimating the change of the number of the customers, and adding the factor of the rainstorm weather to effectively prevent the estimated number of the customers from being too large in deviation with the actual number of the customers due to the rainstorm weather.

As can be seen from the contents of the above embodiments, the O2O central office system for pharmacy management and the control method thereof compare and verify a medicine purchase order and an electronic prescription from a customer terminal, so as to determine whether the medicine information of the medicine purchase order is consistent with the medicine information of the electronic prescription, and update the medicine purchase order according to the comparison and verification result; and according to the updated medicine purchase order, screening out a target pharmacy for delivering medicines to the customer from all pharmacies, estimating the change situation of the number of customers on site of the pharmacy in the time period required by the customer for medicine delivery of the target pharmacy, determining the expected time for medicine delivery to reach the destination, and finally feeding back a reminding message about the expected time to the customer terminal, so that the customer can conveniently select and purchase the medicines on line in different pharmacies and instruct the pharmacies to deliver the medicines timely on line through the terminal, thereby uniformly and intensively managing all pharmacies in the area where the customer is located, and providing rapid and personalized delivery service according to the delivery time required by the customer.

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

1. The O2O central platform system for pharmacy management is characterized by comprising a medicine purchase order auditing and updating module, a target pharmacy determining module, a medicine delivery arrival time determining module and a delivery reminding module; wherein the content of the first and second substances,

the delivery reminding module is used for feeding back the expected time to the customer terminal in a reminding message mode.

2. The O2O central system for pharmacy management according to claim 1, wherein:

the medicine purchase order auditing and updating module is used for acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining medicine information contained in the medicine purchase order, so that all medicine areas contained in the medicine purchase order are divided into prescription medicines or non-prescription medicines; and matching and auditing prescription drugs contained in the drug purchase order according to the electronic prescription, so that updating the drug purchase order specifically comprises:

comparing all prescription drug information contained in the electronic prescription with prescription drug information in the effective drug purchase order; if one of the prescription drug information of the valid drug purchase order is contained in the electronic prescription, retaining the corresponding prescription drug information; if one of the prescription drug information of the valid drug purchase order is not included in the electronic prescription, deleting the corresponding prescription drug information, thereby updating the valid drug purchase order.

3. The O2O central system for pharmacy management according to claim 1, wherein:

the target pharmacy determining module is used for comparing the medicine information contained in the updated medicine purchase order with the respective spot medicine lists of all the pharmacies, so as to determine the pharmacy which can provide the updated medicine purchase list and contains the corresponding spot medicines, and the pharmacy is used as a corresponding selectable pharmacy; then, according to the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, determining a target drugstore for distributing the medicines to the customer specifically comprises:

4. The O2O central system for pharmacy management according to claim 1, wherein:

the medicine delivery arrival time determining module is used for estimating the change situation of the number of customers in the site of the pharmacy in the time period when the customers require medicine delivery of the target pharmacy; determining an estimated time for the drug delivery to reach the destination based on the estimated change in the number of customers and the distance between the target pharmacy and the drug delivery destination may include:

5. The control method of the O2O central station system for pharmacy management is characterized by comprising the following steps:

step S3, estimating the change of the number of the customers in the target pharmacy in the pharmacy site in the time period when the customers require the medicine delivery; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination; and feeding back the estimated time to the customer terminal in the form of a reminding message.

6. The control method of O2O central station system for pharmacy management according to claim 5, wherein:

in step S1, acquiring a medicine purchase order and an electronic prescription from a customer terminal, and determining medicine information included in the medicine purchase order, so as to distinguish all medicines included in the medicine purchase order into a prescription medicine or an over-the-counter medicine; and matching and auditing prescription drugs contained in the drug purchase order according to the electronic prescription, so that updating the drug purchase order specifically comprises:

step S103, comparing all prescription medicine information contained in the electronic prescription with the prescription medicine information in the effective medicine purchase order; if one of the prescription drug information of the valid drug purchase order is contained in the electronic prescription, retaining the corresponding prescription drug information; if one of the prescription drug information of the valid drug purchase order is not included in the electronic prescription, deleting the corresponding prescription drug information, thereby updating the valid drug purchase order.

7. The control method of O2O central station system for pharmacy management according to claim 5, wherein:

in step S2, the updated drug purchase order includes drug information that is compared with the existing drug lists of all drug stores, so as to determine the drug store that can provide the updated drug purchase list and includes the corresponding existing drug, and thus the drug store is used as the corresponding selectable drug store; then, according to the respective medicine price information and the medicine distribution cost information of all the selectable drugstores, determining a target drugstore for distributing the medicines to the customer specifically comprises:

8. The control method of O2O central station system for pharmacy management according to claim 5, wherein:

in step S3, the change in the number of customers in the target pharmacy is estimated in the pharmacy during the time period when the customer requests the medication delivery; determining the predicted time for the medicine delivery to reach the destination according to the estimated change of the number of the customers and the distance between the target pharmacy and the medicine delivery destination; and feeding back the predicted time to the customer terminal in the form of a reminder message specifically comprises:

step S303, determining the estimated time for the medicine delivery to reach the destination according to the starting time point of the medicine delivery of the pharmacy and the time length required by the medicine delivery; and feeding back the expected time to the customer terminal in the form of a reminding message.

9. The control method of O2O central station system for pharmacy management according to claim 8, wherein:

in step S301, acquiring a pharmacy internal monitoring image of the target pharmacy within a period of time preset in the past; identifying the number of customers in the pharmacy internal monitoring image in different time periods in one day; estimating the change of the number of customers in the target pharmacy at the pharmacy site in the time period when the customer requires to carry out medicine delivery according to the number of the customers appearing in different time periods in the day specifically comprises the following steps: