Intelligent management system and method for healthy medication

Abstract

An intelligent management system and method for healthy medication. The system comprises: a networking module, which is used for accessing a wired or wireless network; a medicine management module, which is used for recording and storing medicine management data in a medicine box; a medication management module, which is used for performing medication safety management on the basis of changes in the medicine management data stored in the medicine box by means of the medicine management module; a prompt module, which is used for outputting prompt information by means of voice and / or light; and a camera module, which is used for collecting image data of a person retrieving medicines from the medicine box. The medication continuity of patients can be ensured.

Description

An intelligent management system and method for healthy medication

[0001] This application claims priority to the Chinese patent application filed with the China Patent Office on November 13, 2023, with application number 202311500269.1 and invention name “A Intelligent Management System and Method for Health Medication”, the entire contents of which are incorporated by reference into this application. Technical Field

[0002] The present application relates to the technical field of medication management, and specifically to an intelligent management system and method for healthy medication. Background Art

[0003] A medicine box is a box specifically used to store medicines and medical tools. Patients with chronic diseases or other types of diseases who need to take medication for a long time usually need to take multiple medicines to control their condition. Existing medicine boxes are generally limited to reminding patients to take medicines on time or to classify and place medicines. It is difficult to intelligently manage the medicines stored in the medicine box, and it is difficult to provide advance reminders and intelligently plan medicine purchase plans based on the medicine information inside the medicine box, which puts patients at risk of running out of medicines.

[0004] Summary of the Invention

[0005] In order to solve the above technical problems, an intelligent health medication management system and method are provided. This technical solution solves the problem that the above-mentioned existing medicine boxes are generally limited to reminding patients to take medicines on time, or are limited to placing medicines by category, making it difficult to intelligently manage the medicines stored in the medicine boxes, and difficult to provide advance reminders and intelligently plan medicine purchase plans based on the medicine information inside the medicine boxes, which puts patients at risk of running out of medicines.

[0006] In order to achieve the above objectives, the technical solutions adopted in this application are:

[0007] An intelligent health medication management system, comprising:

[0008] A networking module, which is used to access a wired or wireless network to connect the medicine box to the Internet and mobile phone terminals;

[0009] A medicine management module, which is used to record and store medicine management data in the medicine box;

[0010] a medication management module, the medication management module being electrically connected to the drug management module, and configured to manage medication safety based on changes in the drug management data in the medicine box stored in the drug management module, the medication safety management including at least medication reminders, abnormal medication collection reminders, and medication purchase reminders;

[0011] a prompt module, the prompt module being electrically connected to the medication management module and configured to output prompt information in the form of voice and / or light according to the medication safety management result of the medication management module;

[0012] A camera module is used to collect image data of people taking medicine from the medicine box.

[0013] Optionally, the drug management module specifically includes:

[0014] A medication data collection unit, the medication data collection unit is used to collect the patient's medication characteristic data, the medication characteristic data at least including medication time, medication type and medication quantity;

[0015] The medicine data collection unit is used to collect medicine data in the medicine box, and the medicine data at least includes the time of taking medicine, the type of medicine taken and the quantity of medicine taken.

[0016] Optionally, the medication management module specifically includes:

[0017] A medication reminder unit is used to determine whether there is medication collection within the medication time. If so, it records the medication collection time, medication type, and medication quantity. If not, it outputs a medication reminder signal to the reminder module, which outputs the medication reminder information through voice and / or light;

[0018] a medication pickup prompt unit, the medication pickup prompt unit being used to retrieve the medication type and quantity of the current medication pickup behavior from the medication data acquisition unit according to the medication pickup time, and to determine whether the medication type and quantity of the current medication pickup behavior are consistent with the medication type and quantity; if so, no response is made; if not, a medication pickup abnormality signal is output to the prompt module, and the prompt module outputs the medication pickup abnormality prompt information by voice and / or light;

[0019] The medicine dosage reminder unit is used to output a medicine purchase reminder signal to the reminder module based on the type and quantity of each medicine in the medicine box, combined with the patient's medication characteristic data and the big data intelligent algorithm. The reminder module outputs the medicine purchase reminder information through voice and / or light.

[0020] Optionally, a method for intelligent management of health medication is proposed, which is applicable to the above-mentioned intelligent management system for health medication, including:

[0021] The medicine box is connected to the Internet and mobile phone terminals through the networking module;

[0022] When taking medicine, the camera module collects the image data of the person taking medicine from the medicine box, and the medicine management module records and stores the medicine management data in the medicine box;

[0023] The medication management module performs medication safety management according to changes in the medication management data in the medicine box stored in the medication management module, and outputs a prompt signal to the prompt module based on the medication safety management result. The prompt module outputs prompt information in the form of voice and / or light, and at the same time outputs a prompt signal to the mobile phone terminal through the networking module, wherein the medication safety management includes at least medication prompts, abnormal medication collection prompts and medication purchase prompts.

[0024] Optionally, the medicine purchase reminder includes:

[0025] Obtaining drug sales information of all drug sales outlets in the current area through the Internet, wherein the drug sales information includes at least the quantity and sales volume of the drugs;

[0026] Based on the type and quantity of each drug in the medicine box and the patient's medication characteristics data, determine the exhaustion time of each type of drug;

[0027] Determine the single purchase demand for each type of drug based on the drug type and patient medication characteristics data;

[0028] Based on the drug sales information of drug sales points, draw a drug quantity change curve at the drug sales points;

[0029] Based on the drug quantity change curve of the drug sales points, determine a number of drug sales points where the drug quantity at the drug sales points is greater than the single purchase demand of the drug at the time of depletion, and record them as the initial screening drug sales points;

[0030] Through the rationality algorithm, the rationality evaluation index of each initially screened drug sales point is calculated, and the drug sales point with the greatest rationality is selected as the optimal drug sales point;

[0031] Determine whether the time interval between the current moment and the moment when the medicine is exhausted is less than the medicine purchase interval threshold. If so, output a medicine purchase reminder signal to the reminder module, and the reminder module outputs the medicine purchase reminder information through voice and / or light. If not, no response is given.

[0032] The drug purchase reminder signal includes at least the drug type, the single purchase quantity of the drug and the optimal drug selling point.

[0033] Optionally, the rationality algorithm includes:

[0034] Obtain the quantity of drugs at each initial screening drug sales point at the time of depletion;

[0035] Based on the location of the medicine box and the location of each primary screening drug sales point, calculate the time spent on purchasing medicines at each primary screening drug sales point;

[0036] By using a normalization algorithm, the normalized index of the number of drugs at the initial screening drug sales point at the time of depletion and the normalized index of the drug purchase time of each initial screening drug sales point are calculated respectively;

[0037] Based on the positive index of the number of drugs at the initial screening drug sales point at the time of depletion and the positive index of the drug purchase time of each initial screening drug sales point, the rationality evaluation index of drug purchase at each initial screening drug sales point is calculated through a rational evaluation formula;

[0038] Wherein, the rational evaluation formula is:

[0039] Where, P i is the rationality evaluation index of drug purchase at the i-th initial screening drug sales point, T i is the normalized index of the time consumed in purchasing medicines at the i-th primary screening drug selling point, T max T is the maximum value of the normalized index of drug purchase time of all initial screening drug sales points. min N is the minimum value of the normalized index of drug purchase time of all initial screening drug sales points. i is the normalized index of the number of drugs at the i-th primary screening drug sales point at the time of exhaustion, N max N is the maximum value among the normalized indicators of the number of drugs at all the initial screening drug sales points at the time of exhaustion. min It is the minimum value of the normalized index of the number of drugs at all the initial screening drug sales points at the time of exhaustion, and α is the time-consuming weight.

[0040] Optionally, the formula of the normalization algorithm is:

[0041] In the formula of the normalization algorithm, a i is the time taken to purchase medicine at the i-th initial screening drug sales point, b i is the number of drugs at the i-th primary screening drug sales point at the time of exhaustion, and n is the total number of primary screening drug sales points.

[0042] Optionally, the medication reminder includes:

[0043] Obtain the time interval between the current moment and each medication time, determine whether there is a medication time with a time interval less than the preset interval value, and record it as the medication time to be reminded;

[0044] Retrieve the medication behavior data from the medication management module to determine whether there is a medication behavior corresponding to the medication time to be reminded. If so, do not respond. If not, output the medication reminder signal to the reminder module, and the reminder module outputs the medication reminder information through voice and / or light.

[0045] Optionally, the abnormal medication collection prompt includes:

[0046] Obtain the medication collection time for each medication collection behavior, and determine the medication use time corresponding to the medication collection behavior based on the medication collection time;

[0047] Based on the medication time corresponding to the medication taking behavior, determine the medication type and medication quantity of the current medication taking behavior retrieved from the medication data collection unit;

[0048] Obtain the type and quantity of medicines taken during this medication collection behavior;

[0049] Determine whether the type and quantity of medicines taken in the current medicine-taking behavior are consistent with the type and quantity of medicines used. If so, no response is made. If not, an abnormal medicine-taking signal is output to the prompt module, and the prompt module outputs abnormal medicine-taking prompt information through voice and / or light.

[0050] Compared with the prior art, the present invention has the following advantages:

[0051] This application proposes an intelligent health medication management system. By building this system into the medicine box, the medicines inside the medicine box are intelligently detected and managed, and the medicine box is connected to the Internet through a networking module to obtain real-time drug sales information from drug sales points in the area where the medicine box is located. Combined with the quantity of medicines inside the medicine box and medication data, intelligent analysis and planning of the optimal drug purchase plan are carried out, and prompt signals are output in advance to remind medication users to purchase medicines in advance, preventing patients from running out of medicines due to forgetting to buy medicines, thereby effectively ensuring the continuity of patients' medication and improving the quality of patients' drug treatment. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] Figure 1 is a structural diagram of the intelligent health medication management system proposed in this application;

[0053] FIG2 is a flow chart of the intelligent management method for healthy medication proposed in this application;

[0054] FIG3 is a flow chart of the method for providing drug purchase reminders in this application;

[0055] FIG4 is a flowchart of the rationality algorithm in this application;

[0056] FIG5 is a flow chart of the method for medication reminder in this application;

[0057] FIG6 is a flow chart of the method for prompting abnormal medication collection in this application. DETAILED DESCRIPTION

[0058] The following description is intended to disclose the present application so that those skilled in the art can implement the present application. The optional embodiments described below are only examples, and those skilled in the art may conceive of other obvious variations.

[0059] Please refer to Figure 1, which shows an intelligent health medication management system, including:

[0060] The networking module is used to access a wired or wireless network to realize the communication connection between the medicine box and the Internet and the mobile phone terminal. Through the remote communication connection between the networking module and the mobile phone terminal, the mobile phone terminal can remotely receive the prompt signal;

[0061] Medicine management module, which is used to record and store medicine management data in the medicine box;

[0062] The medication management module is electrically connected to the drug management module. The medication management module is used to perform medication safety management based on changes in the drug management data in the medicine box stored in the drug management module. The medication safety management includes at least medication reminders, abnormal medication collection reminders, and drug purchase reminders;

[0063] A prompt module, which is electrically connected to the medication management module and is used to output prompt information in the form of voice and / or light according to the medication safety management results of the medication management module;

[0064] The camera module is used to collect image data of people taking medicine from the medicine box. By setting up the camera module, on the one hand, the safety of taking medicine from the medicine box is effectively guaranteed. On the other hand, the camera module can also be used to achieve remote interaction with the mobile phone terminal to remind the person taking medicine to take medicine.

[0065] The drug management module specifically includes:

[0066] Medication data collection unit, the medication data collection unit is used to collect the patient's medication characteristic data, the medication characteristic data at least includes medication time, medication type and medication quantity;

[0067] The medicine data collection unit is used to collect medicine data in the medicine box. The medicine data at least includes the time of taking medicine, the type of medicine taken and the quantity of medicine taken.

[0068] The medication management module specifically includes:

[0069] The medication reminder unit is used to determine whether there is medication collection within the medication time. If so, it records the medication collection time, medication type and medication quantity. If not, it outputs a medication reminder signal to the reminder module, which outputs the medication reminder information through voice and / or light;

[0070] The medicine collection prompt unit is used to retrieve the type and quantity of medicine used in the current medicine collection behavior from the medicine data collection unit according to the medicine collection time, and determine whether the type and quantity of medicine used in the current medicine collection behavior are consistent with the type and quantity of medicine used. If so, no response is made; if not, a medicine collection abnormality signal is output to the prompt module, and the prompt module outputs the medicine collection abnormality prompt information through voice and / or light;

[0071] The medicine dosage reminder unit is used to output a medicine purchase reminder signal to the reminder module based on the type and quantity of each medicine in the medicine box, combined with the patient's medication characteristic data and the big data intelligent algorithm. The reminder module outputs the medicine purchase reminder information through voice and / or light.

[0072] By building the intelligent health medication management system proposed in this embodiment into the medicine box, the medicines inside the medicine box are intelligently detected and managed, and the medicine box is connected to the Internet through the networking module to obtain real-time drug sales information from drug sales points in the area where the medicine box is located. Combined with the number of medicines and medication data inside the medicine box, pre-purchase medication reminder information is provided to remind medication users to purchase medication in advance, preventing patients from running out of medication due to forgetting to buy medication, thereby effectively ensuring the continuity of patients' medication and improving the quality of patients' drug treatment.

[0073] Optionally, referring to FIG. 2 , based on the same inventive concept as the aforementioned intelligent health medication management system, this solution also proposes an intelligent health medication management method, including:

[0074] The medicine box is connected to the Internet and mobile phone terminals through the networking module;

[0075] When taking medicine, the camera module collects the image data of the person taking medicine from the medicine box, and the medicine management module records and stores the medicine management data in the medicine box;

[0076] The medication management module performs medication safety management according to changes in the medication management data in the medicine box stored in the medication management module, and outputs a prompt signal to the prompt module based on the medication safety management result. The prompt module outputs prompt information in the form of voice and / or light, and at the same time outputs a prompt signal to the mobile phone terminal through the networking module. Among them, medication safety management includes at least medication prompts, abnormal medication collection prompts and medication purchase prompts.

[0077] Please refer to Figure 3, the drug purchase tips include:

[0078] Obtain drug sales information of all drug sales outlets in the current area through the Internet, where the drug sales information includes at least the quantity and sales volume of the drugs;

[0079] Based on the type and quantity of each drug in the medicine box and the patient's medication characteristics data, determine the exhaustion time of each type of drug;

[0080] Determine the single purchase demand for each type of drug based on the drug type and patient medication characteristics data;

[0081] Based on the drug sales information of drug sales points, draw a drug quantity change curve at the drug sales points;

[0082] Based on the drug quantity change curve of the drug sales points, determine a number of drug sales points where the drug quantity at the drug sales points is greater than the single purchase demand of the drug at the time of depletion, and record them as the initial screening drug sales points;

[0083] Through the rationality algorithm, the rationality evaluation index of each initially screened drug sales point is calculated, and the drug sales point with the greatest rationality is selected as the optimal drug sales point;

[0084] Determine whether the time interval between the current moment and the moment when the medicine is exhausted is less than the medicine purchase interval threshold. If so, output a medicine purchase reminder signal to the reminder module, and the reminder module outputs the medicine purchase reminder information through voice and / or light. If not, no response is given.

[0085] Among them, the drug purchase reminder signal includes at least the type of drug, the single purchase quantity of the drug and the optimal drug sales point.

[0086] The medicine box is connected to the Internet through the networking module, and drug sales information of drug sales points in the area where the medicine box is located is obtained from the Internet. Combined with the patient's medication characteristic data and the number of drugs inside the medicine box, a comprehensive analysis is conducted on the time when the drugs are exhausted. Combined with the number of drugs at the drug sales point at the time of drug exhaustion, a comprehensive analysis is conducted to determine the most convenient drug purchase plan, reminding users to purchase drugs in advance and ensuring the convenience of drug purchase for users.

[0087] As shown in Figure 4, the rationality algorithm includes:

[0088] Obtain the quantity of drugs at each initial screening drug sales point at the time of depletion;

[0089] Based on the location of the medicine box and the location of each primary screening drug sales point, calculate the time spent on purchasing medicines at each primary screening drug sales point;

[0090] By using a normalization algorithm, the normalized index of the number of drugs at the initial screening drug sales point at the time of depletion and the normalized index of the drug purchase time of each initial screening drug sales point are calculated respectively;

[0091] Based on the positive index of the number of drugs at the initial screening drug sales point at the time of depletion and the positive index of the drug purchase time of each initial screening drug sales point, the rationality evaluation index of drug purchase at each initial screening drug sales point is calculated through a rational evaluation formula;

[0092] The rational evaluation formula is:

[0093] Where, P i is the rationality evaluation index of drug purchase at the i-th initial screening drug sales point, T i is the normalized index of the time consumed in purchasing medicines at the i-th primary screening drug selling point, T max T is the maximum value of the normalized index of drug purchase time of all initial screening drug sales points, min N is the minimum value of the normalized index of drug purchase time of all initial screening drug sales points. i is the normalized index of the number of drugs at the i-th primary screening drug sales point at the time of exhaustion, N max N is the maximum value of the normalized index of the number of drugs at all the initial screening drug sales points at the time of exhaustion. min It is the minimum value of the normalized index of the number of drugs at all the initial screening drug sales points at the time of exhaustion, and ɑ is the time-consuming weight.

[0094] It is understandable that when purchasing medicines, the more medicines the initial screening medicine selling point has at the time of exhaustion, the better the quality of the medicines purchased, the shorter the time it takes to purchase medicines at the initial screening medicine selling point, and the higher the convenience of purchasing medicines. Therefore, in this solution, by screening out T min and N max The corresponding optimal drug purchasing index and T max and N min The corresponding optimized drug purchasing index. In reality, the optimized drug purchasing index and the optimized drug purchasing index cannot usually be met at the same time. Based on this, this solution calculates the vectorized distance between the drug purchasing time and drug quantity of each preliminary screening drug sales point and the optimized drug purchasing index and the optimized drug purchasing index, and performs normalization processing to obtain the drug purchasing rationality evaluation index of the preliminary screening drug sales point. The closer the drug purchasing rationality evaluation index is to 1, the closer the preliminary screening drug sales point is to the optimized drug purchasing index, and the better it is to purchase drugs at this preliminary screening drug sales point.

[0095] Among them, the time consumption weight can be set by the drug purchasing staff according to their own drug purchasing needs. The shorter the drug purchasing time required by the drug purchasing staff, the greater the time consumption weight is set.

[0096] The formula of the normalization algorithm is:

[0097] In the formula of the normalization algorithm, a iis the time taken to purchase medicine at the i-th initial screening drug sales point, b i is the number of drugs at the i-th primary screening drug sales point at the time of exhaustion, and n is the total number of primary screening drug sales points.

[0098] Since the dimensions of the time spent on purchasing medicines and the number of medicines are different, it is difficult to ensure the dimensional consistency of the indicators by directly using the time spent on purchasing medicines and the number of medicines for calculation. Therefore, in this scheme, the time spent on purchasing medicines and the number of medicines are first converged to the range of 0-1 through the normalization algorithm to ensure the dimensional consistency of the time spent on purchasing medicines and the number of medicines when conducting rational evaluation.

[0099] Please refer to Figure 5, the medication reminder includes:

[0100] Obtain the time interval between the current moment and each medication time, determine whether there is a medication time with a time interval less than the preset interval value, and record it as the medication time to be reminded;

[0101] Retrieve the medication taking behavior data from the medication management module to determine whether there is a medication taking behavior corresponding to the medication time to be reminded. If so, do not respond. If not, output the medication reminder signal to the reminder module, and the reminder module outputs the medication reminder information through voice and / or light.

[0102] Through intelligent monitoring and management of medication data, we can ensure that patients can effectively use standardized medications, ensure the accuracy of their medications, and improve their treatment effects and quality of life.

[0103] Please refer to Figure 6, the abnormal prompts for taking medicine include:

[0104] Obtain the medication collection time for each medication collection behavior, and determine the medication use time corresponding to the medication collection behavior based on the medication collection time;

[0105] Based on the medication time corresponding to the medication taking behavior, determine the medication type and medication quantity of the current medication taking behavior retrieved from the medication data collection unit;

[0106] Obtain the type and quantity of medicines taken during this medication collection behavior;

[0107] Determine whether the type and quantity of medicines taken in the current medicine-taking behavior are consistent with the type and quantity of medicines used. If so, no response is made. If not, an abnormal medicine-taking signal is output to the prompt module, and the prompt module outputs abnormal medicine-taking prompt information through voice and / or light.

[0108] Due to some special circumstances, patients may need to pick up their medications in advance. The time they pick up their medications may not be the same as their medication time. Therefore, in this solution, when picking up medications outside of medication time, you need to enter the medication time corresponding to that pick-up.

[0109] In this solution, by accurately determining the medication time corresponding to each medication collection time, we can effectively track the patient's medication time, thereby strictly monitoring and managing the medication collection behavior, ensuring that patients use the medication correctly and on time according to the doctor's instructions, avoiding medication errors caused by misunderstanding or negligence, and further ensuring the safety of patients' medication collection.

[0110] To sum up, the advantages of this application are: it can realize intelligent analysis and planning of drug purchase plans in advance, prevent patients from running out of medicines due to forgetting to buy medicines, and thus effectively ensure the continuity of patients' medication and improve the quality of patients' drug treatment.

[0111] The above shows and describes the basic principles, main features, and advantages of the present application. Those skilled in the art should understand that the present application is not limited to the above embodiments. The above embodiments and descriptions merely illustrate the principles of the present application. Various changes and improvements may be made to the present application without departing from the spirit and scope of the present application. These changes and improvements fall within the scope of the present application for which protection is sought. The scope of protection claimed by the present application is defined by the appended claims and their equivalents.

Claims

1. An intelligent health medication management system, characterized in that: include: A networking module, which is used to access a wired or wireless network to achieve communication connection between the medicine box and the Internet and mobile phone terminals; A medicine management module, which is used to record and store medicine management data in the medicine box; A medication management module, the medication management module is electrically connected to the drug management module, and the medication management module is used to perform medication safety management according to changes in the drug management data in the medicine box stored in the drug management module, and the medication safety management at least includes medication reminders, abnormal medication collection reminders, and drug purchase reminders; A prompt module, the prompt module is electrically connected to the medication management module, and the prompt module is used to output prompt information in the form of voice and / or light according to the medication safety management result of the medication management module; A camera module is used to collect image data of a person taking medicine from a medicine box.

2. The intelligent health medication management system according to claim 1 is characterized in that: The drug management module specifically includes: A medication data collection unit, the medication data collection unit is used to collect the patient's medication characteristic data, the medication characteristic data at least includes medication time, medication type and medication quantity; The medicine data collection unit is used to collect medicine data in the medicine box, and the medicine data at least includes the time of taking medicine, the type of medicine taken and the quantity of medicine taken.

3. The intelligent health medication management system according to claim 2 is characterized in that: The medication management module specifically includes: A medication reminder unit, which is used to determine whether there is a medication taking behavior within the medication time. If so, the medication taking time, medication type and medication quantity are recorded. If not, a medication reminder signal is output to the reminder module, and the reminder module outputs the medication reminder information by voice and / or light; A medicine taking reminder unit, the medicine taking reminder unit is used to retrieve the type and quantity of medicine taken in the current medicine taking behavior from the medicine taking data collection unit according to the medicine taking time, and determine whether the type and quantity of medicine taken in the current medicine taking behavior are consistent with the type and quantity of medicine taken. If so, no response is made; if not, a medicine taking abnormality signal is output to the reminder module, and the reminder module outputs the medicine taking abnormality reminder information by voice and / or light; The medicine dosage prompt unit is used to output a medicine purchase prompt signal to the prompt device according to the type and quantity of each medicine in the medicine box, combined with the patient's medication characteristic data, and combined with the big data intelligent algorithm. Module, the prompt module outputs drug purchase prompt information through voice and / or light.

4. A method for intelligent management of health medication, characterized in that: The intelligent health medication management system according to any one of claims 1 to 3 comprises: The medicine box is connected to the Internet and mobile phone terminals through the networking module; When taking medicine, the camera module collects the image data of the person taking medicine from the medicine box, and the medicine management module records and stores the medicine management data in the medicine box; The medication management module performs medication safety management according to changes in medication management data in the medicine box stored in the medication management module, and outputs a prompt signal to the prompt module based on the medication safety management result. The prompt module outputs prompt information in the form of voice and / or light, and at the same time outputs a prompt signal to the mobile phone terminal through the networking module, wherein the medication safety management includes at least medication reminders, abnormal medication collection reminders, and medication purchase reminders.

5. The intelligent management method for health medication according to claim 4, characterized in that: The drug purchase tips include: Obtaining drug sales information of all drug sales outlets in the current area through the Internet, wherein the drug sales information at least includes drug quantity and drug sales volume; Based on the type and quantity of each drug in the medicine box and the patient's medication characteristic data, determine the exhaustion time of each type of drug; Based on the types of drugs and the patient's medication characteristics, determine the single purchase demand for each type of drug; Based on the drug sales information of drug sales points, draw a drug quantity change curve chart of drug sales points; Based on the drug quantity change curve of the drug selling points, determine a number of drug selling points where the drug quantity at the drug selling points is greater than the single purchase demand of the drugs at the time of exhaustion, and record them as the initial screening drug selling points; Through the rationality algorithm, the rationality evaluation index of drug purchase for each initially screened drug sales point is calculated, and the drug sales point with the greatest rationality of drug purchase is selected as the optimal drug sales point; Determine whether the time interval between the current moment and the moment when the medicine is exhausted is less than the medicine purchase interval threshold. If so, output a medicine purchase reminder signal to the reminder module, and the reminder module outputs the medicine purchase reminder information by voice and / or light. If not, no response is made; The drug purchase reminder signal includes at least the drug type, the single drug purchase demand and the optimal drug selling point.

6. A method for intelligent management of health medication according to claim 5, characterized in that: The rationality algorithm includes: Obtain the quantity of drugs at each initial screening drug sales point at the time of exhaustion; Based on the location of the medicine box and the location of each initial screening drug sales point, calculate the time spent on purchasing drugs at each initial screening drug sales point; By using a normalization algorithm, the normalized index of the number of drugs at the initial screening drug sales point at the time of exhaustion and the normalized index of the drug purchase time of each initial screening drug sales point are calculated respectively; Based on the positive index of the number of drugs at the initial screening drug sales point at the time of exhaustion and the positive index of the drug purchase time of each initial screening drug sales point, the drug purchase rationality evaluation index of each initial screening drug sales point is calculated through a rational evaluation formula; Wherein, the rational evaluation formula is: Where P i is the rationality evaluation index of drug purchase at the i-th initial screening drug selling point, T i is the normalized index of the time consumed in purchasing drugs at the i-th initial screening drug sales point, T max is the maximum value of the normalized index of drug purchase time of all initial screening drug sales points, T min is the minimum value of the normalized index of drug purchase time of all initial screening drug sales points, N i is the normalized index of the number of drugs at the i-th primary screening drug selling point at the time of exhaustion, N max N is the maximum value of the normalized index of the number of drugs in all the initial screening drug sales points at the time of exhaustion. min It is the minimum value of the normalized index of the number of drugs at all the initial screening drug sales points at the time of exhaustion, and α is the time-consuming weight.

7. The intelligent management method for health medication according to claim 6, characterized in that: The formula of the normalization algorithm is: In the formula of the normalization algorithm, a i is the time required to purchase drugs at the i-th initial screening drug sales point, b i is the number of drugs at the i-th primary screening drug sales point at the time of exhaustion, and n is the total number of primary screening drug sales points.

8. The intelligent management method for health medication according to claim 4, characterized in that: The medication reminders include: Obtain the time interval between the current moment and each medication time, determine whether there is a medication time whose time interval is less than the preset interval value, and record it as the medication time to be reminded; Retrieve the medication behavior data from the medication management module to determine whether there is a medication behavior corresponding to the medication time to be reminded. If so, do not respond. If not, output a medication reminder signal to the reminder module, and the reminder module outputs the medication reminder information by voice and / or light.

9. The intelligent management method for health medication according to claim 4, characterized in that: The abnormal indication of taking medicine includes: Obtain the medication time for each medication pickup behavior, and determine the medication use time corresponding to the medication pickup behavior based on the medication pickup time; Based on the medication time corresponding to the medication taking behavior, determine to retrieve the medication type and medication quantity of the current medication taking behavior from the medication data collection unit; Obtain the type and quantity of medicines taken during this medication collection behavior; Determine whether the type and quantity of medicines taken in the current medicine-taking behavior are consistent with the type and quantity of medicines used. If so, no response is made. If not, an abnormal medicine-taking signal is output to the prompt module, and the prompt module outputs abnormal medicine-taking prompt information by voice and / or light.

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