CN117238439A - Intelligent health medication management system and method - Google Patents
Intelligent health medication management system and method Download PDFInfo
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Abstract
The invention discloses an intelligent management system and method for health medication, which relate to the technical field of medication management and comprise the following steps: the networking module is used for accessing a wired or wireless network; the medicine management module is used for recording and storing medicine management data in the medicine chest; the medication management module is used for performing medication safety management according to the change condition of the medication management data in the medicine box stored by the medication management module; the prompting module is used for outputting prompting information in a voice and/or lamplight mode; the camera module is used for collecting personnel image data of taking medicine from the medicine chest. The invention has the advantages that: the purchasing scheme of the intelligent analysis planning medicine in advance can be realized, the medicine interruption of the patient caused by forgetting to purchase the medicine is prevented, the medicine continuity of the patient can be effectively ensured, and the quality of the patient receiving the medicine treatment is improved.
Description
Technical Field
The invention relates to the technical field of medication management, in particular to an intelligent management system and method for healthy medication.
Background
The medicine chest refers to a chest specially used for storing medicines and medical tools, for patients who suffer from chronic diseases or other types of diseases and need to take medicines for a long time, patients generally need to take multiple medicines for disease control, the existing medicine chest is generally limited to reminding and taking medicines at regular time or to classifying and placing medicines, intelligent management of medicines stored in the medicine chest is difficult, and a medicine purchasing scheme is difficult to plan in advance according to medicine information in the medicine chest, so that the patients have medicine breaking risks.
Disclosure of Invention
In order to solve the technical problems, the technical scheme solves the problems that the traditional medicine chest is generally limited to reminding and taking medicines at regular time or is limited to classifying and placing medicines, intelligent management of medicines stored in the medicine chest is difficult, and a medicine purchasing scheme is difficult to remind and intelligently plan in advance according to medicine information in the medicine chest, so that the medicine chest has medicine breaking risks for patients.
In order to achieve the above purpose, the invention adopts the following technical scheme:
an intelligent health medication management system comprising:
the networking module is used for accessing a wired or wireless network to realize communication connection between the medicine chest and the Internet as well as between the medicine chest and the mobile phone terminal;
the medicine management module is used for recording and storing medicine management data in the medicine chest;
the medication management module is electrically connected with the medicine management module and is used for performing medication safety management according to the change condition of medicine management data in the medicine box stored by the medicine management module, and the medication safety management at least comprises a medication prompt, a medicine taking abnormality prompt and a medicine purchasing prompt;
the prompt module is electrically connected with the medication management module and is used for outputting prompt information in a voice and/or lamplight mode according to the medication safety management result of the medication management module;
the camera module is used for collecting personnel image data of taking medicine from the medicine chest.
Preferably, the medicine management module specifically includes:
the medication data acquisition unit is used for acquiring medication characteristic data of a patient, and the medication characteristic data at least comprises medication time, medication types and medication quantity;
the medicine data acquisition unit is used for acquiring medicine data in the medicine box, and the medicine data at least comprises medicine taking time, medicine taking types and medicine taking quantity.
Preferably, the medication management module specifically includes:
the medicine taking prompt unit is used for judging whether medicine taking behaviors exist in the medicine taking time, if so, recording the medicine taking time, the medicine taking type and the medicine taking quantity, and if not, outputting medicine taking prompt signals to the prompt module, and outputting medicine taking prompt information by the prompt module in a voice and/or lamplight mode;
the medicine taking prompting unit is used for calling the medicine type and the medicine quantity of the current medicine taking behavior from the medicine data acquisition unit according to the medicine taking time, judging whether the medicine type and the medicine quantity of the current medicine taking behavior are consistent with the medicine type and the medicine quantity, if so, not responding, otherwise, outputting a medicine taking abnormal signal to the prompting module, and outputting medicine taking abnormal prompting information by the prompting module in a voice and/or light mode;
the medicine quantity prompting unit is used for outputting medicine purchasing prompting signals to the prompting module according to the type and quantity of each medicine in the medicine chest, the medicine characteristic data of a patient and the big data intelligent algorithm, and the prompting module outputs medicine purchasing prompting information in a voice and/or lamplight mode.
Furthermore, a method for intelligent management of health medication is provided, which is applicable to the intelligent management system of health medication as described above, and includes:
the medicine chest is connected with the communication between the Internet and the mobile phone terminal through the networking module;
when the medicine is taken, the image data of the personnel taking the medicine from the medicine box is collected through the camera module, and the medicine management data in the medicine box is recorded and stored through the medicine management module;
the medicine safety management is carried out according to the change condition of medicine management data in a medicine box stored by the medicine management module through the medicine management module, a prompt signal is output to the prompt module based on the medicine safety management result, the prompt module outputs prompt information in a voice and/or light mode, and meanwhile, the prompt signal is output to the mobile phone terminal through the networking module, wherein the medicine safety management at least comprises medicine prompt, medicine taking abnormality prompt and medicine purchasing prompt.
Optionally, the medicine purchase prompt includes:
acquiring medicine sales information of all medicine selling points in the current area through the Internet, wherein the medicine sales information at least comprises medicine quantity and medicine sales quantity;
determining the exhaustion time of each medicine based on the type and the number of each medicine in the medicine chest and combining the medicine characteristic data of the patient;
determining a single purchase demand for each category of drug based on the category of drug and the medication characteristic data of the patient;
drawing a medicine quantity change curve chart of a medicine selling point based on medicine selling information of the medicine selling point;
determining a plurality of medicine selling points with the medicine quantity larger than the single purchasing demand of the medicine at the exhaustion time based on the medicine quantity change curve graph of the medicine selling points, and marking the medicine selling points as primary screening medicine selling points;
calculating the medicine purchasing rationality evaluation index of each primary screening medicine selling point through a rationality algorithm, and screening the medicine selling point with the largest medicine purchasing rationality as the optimal medicine selling point;
judging whether the time interval between the current time and the medicine exhaustion time is smaller than a medicine purchase interval threshold, if yes, outputting a medicine purchase prompt signal to a prompt module, and outputting medicine purchase prompt information by the prompt module in a voice and/or light mode, otherwise, not responding;
the medicine purchase prompt signal at least comprises medicine types, medicine single purchase demand and optimal medicine selling points.
Optionally, the rationality algorithm includes:
acquiring the medicine quantity of each primary screening medicine selling point at the depletion moment;
calculating the time consumption of purchasing medicine at each of the prescreened medicine selling points based on the medicine box position and the position of each of the prescreened medicine selling points;
calculating the normalization index of the medicine quantity of the primary screening medicine selling points at the depletion moment and the normalization index of the medicine purchasing time consumption of each primary screening medicine selling point through a normalization algorithm respectively;
based on forward indexes of the medicine quantity of the primary screening medicine selling points at the exhaustion time and forward indexes of the medicine purchasing time consumption of each primary screening medicine selling point, calculating the medicine purchasing rationality evaluation index of each primary screening medicine selling point through a rationality evaluation formula;
wherein, rationalization evaluation formula is:
，
in the method, in the process of the invention,for the index of rationality evaluation of purchasing medicine for the ith prescreened medicine sales point,/for->Normalized index of time spent purchasing medicines for ith prescreened medicine sales point, ++>Maximum value in normalized index of time spent purchasing medicines for all prescreened medicine sales points, +.>Minimum value in normalized index of time spent purchasing medicines for all prescreened medicine sales points,/->Normalized index of drug quantity at depletion time for ith prescreened drug sales point, +.>Maximum value in normalized index of medicine quantity at depletion time for all prescreened medicine sales points, +.>Minimum value of normalized index of medicine quantity at depletion time for all prescreened medicine sales points, +.>Is a time consuming weight.
Optionally, the formula of the normalization algorithm is:
，
，
in the formula of the normalization algorithm,time consuming purchase of the ith prescreened drug sales point, +.>For the i-th prescreening drug sales point the number of drugs at the moment of depletion, +.>The total number of the selling points for the primary screening medicines.
Optionally, the medication prompt includes:
acquiring the time interval between the current moment and each medication time, judging whether the medication time with the time interval smaller than the interval preset value exists or not, and marking the medication time as the medication time to be reminded;
and (3) transferring the medicine taking behavior data from the medicine management module, judging whether the medicine taking behavior corresponding to the medicine taking time to be reminded exists, if so, not responding, and if not, outputting a medicine taking prompt signal to the prompt module, wherein the prompt module outputs medicine taking prompt information in a voice and/or lamplight mode.
Optionally, the abnormal medicine taking prompt includes:
acquiring the medicine taking time of each medicine taking action, and determining the medicine taking time corresponding to the medicine taking action according to the medicine taking time;
based on the medication time corresponding to the medication behavior, determining the medication type and the medication quantity of the current medication behavior from the medication data acquisition unit;
obtaining the medicine taking type and the medicine taking quantity of the medicine taking behavior;
judging whether the medicine taking type and the medicine taking quantity of the current medicine taking behavior are consistent with the medicine taking type and the medicine taking quantity, if so, not responding, and if not, outputting a medicine taking abnormal signal to a prompt module, wherein the prompt module outputs medicine taking abnormal prompt information in a voice and/or lamplight mode.
Compared with the prior art, the invention has the beneficial effects that:
the invention provides a healthy medicine intelligent management system, which is internally provided with the system, carries out intelligent detection management on medicines in a medicine box, accesses the medicine box into the Internet through a networking module, acquires medicine sales information of medicine sales points in the area where the medicine box is positioned in real time, carries out an optimized purchase scheme of intelligent analysis planning medicines by combining the quantity and the medicine data of the medicines in the medicine box, outputs prompt signals in advance to remind a medicine taking person to purchase medicines in advance, prevents the medicine interruption of patients caused by forgetting to purchase the medicines, further effectively ensures the medicine taking continuity of the patients, and improves the quality of the patients receiving the medicine treatment.
Drawings
FIG. 1 is a block diagram of a health medication intelligent management system according to the present invention;
FIG. 2 is a flow chart of the intelligent health medication management method according to the present invention;
FIG. 3 is a flow chart of a method of purchasing medication cues in the present invention;
FIG. 4 is a flow chart of a method of the rationality algorithm of the invention;
FIG. 5 is a flow chart of a method of medication hinting in the present invention;
FIG. 6 is a flow chart of a method for providing abnormal medication intake cues in the present invention.
Detailed Description
The following description is presented to enable one of ordinary skill in the art to make and use the invention. The preferred embodiments in the following description are by way of example only and other obvious variations will occur to those skilled in the art.
Referring to fig. 1, an intelligent health medication management system includes:
the networking module is used for accessing a wired or wireless network, realizing communication connection between the medicine box and the Internet as well as between the medicine box and the mobile phone terminal, and enabling the mobile phone terminal to remotely receive the prompt signal through remote communication connection between the networking module and the mobile phone terminal;
the medicine management module is used for recording and storing medicine management data in the medicine chest;
the medicine management module is electrically connected with the medicine management module and is used for performing medicine safety management according to the change condition of medicine management data in the medicine box stored by the medicine management module, and the medicine safety management at least comprises a medicine prompt, a medicine taking abnormality prompt and a medicine purchasing prompt;
the prompt module is electrically connected with the medication management module and is used for outputting prompt information in a voice and/or lamplight mode according to the medication safety management result of the medication management module;
the camera module is used for collecting personnel image data of getting the medicine from the medical kit, and through setting up the camera module, on the one hand the effectual security of getting the medicine of carrying out the medical kit inside of having guaranteed, on the other hand, the accessible camera module still realizes long-range interaction with mobile phone terminal, reminds the personnel of taking the medicine.
The medicine management module specifically comprises:
the medication data acquisition unit is used for acquiring medication characteristic data of a patient, wherein the medication characteristic data at least comprises medication time, medication type and medication quantity;
the medicine data acquisition unit is used for acquiring medicine data in the medicine box, and the medicine data at least comprises medicine taking time, medicine taking type and medicine taking quantity.
The medication management module specifically comprises:
the medicine taking prompt unit is used for judging whether medicine taking behaviors exist in the medicine taking time, if so, recording the medicine taking time, the medicine taking type and the medicine taking quantity, and if not, outputting medicine taking prompt signals to the prompt module, wherein the prompt module outputs medicine taking prompt information in a voice and/or lamplight mode;
the medicine taking prompting unit is used for calling the medicine type and the medicine amount of the current medicine taking behavior from the medicine data acquisition unit according to the medicine taking time, judging whether the medicine type and the medicine amount of the current medicine taking behavior are consistent with the medicine type and the medicine amount, if so, not responding, otherwise, outputting a medicine taking abnormal signal to the prompting module, and outputting medicine taking abnormal prompting information by the prompting module in a voice and/or lamplight mode;
the medicine quantity prompting unit is used for outputting medicine purchasing prompting signals to the prompting module according to the type and quantity of each medicine in the medicine chest, the medicine characteristic data of a patient and the big data intelligent algorithm, and the prompting module outputs medicine purchasing prompting information in a voice and/or lamplight mode.
Through the healthy intelligent management system that uses medicine that puts forward at the medical kit built-in this embodiment to the inside medicine of medical kit carries out intelligent detection management to insert the internet with the medical kit through networking module, acquire the medicine sales information of the medicine selling point in the district where medical kit is located in real time, combine the inside medicine quantity of medical kit and the medicine data of using a medicine, purchase medicine prompt message in advance, remind the medicine personnel to purchase medicine in advance, prevent to lead to patient to break the medicine because of forgetting to purchase the medicine, and then can effectually guarantee patient's continuity of using a medicine, improve patient's quality of accepting the medicine treatment.
Further, referring to fig. 2, based on the same inventive concept as the above-mentioned intelligent health medication management system, the present disclosure further provides an intelligent health medication management method, which includes:
the medicine chest is connected with the communication between the Internet and the mobile phone terminal through the networking module;
when the medicine is taken, the image data of the personnel taking the medicine from the medicine box is collected through the camera module, and the medicine management data in the medicine box is recorded and stored through the medicine management module;
the medicine safety management is carried out according to the change condition of medicine management data in a medicine box stored by the medicine management module through the medicine management module, a prompt signal is output to the prompt module based on the medicine safety management result, the prompt module outputs prompt information in a voice and/or light mode, and meanwhile, the prompt signal is output to the mobile phone terminal through the networking module, wherein the medicine safety management at least comprises medicine prompt, medicine taking abnormality prompt and medicine purchasing prompt.
Referring to fig. 3, the medicine purchase prompt includes:
acquiring medicine sales information of all medicine selling points in the current area through the Internet, wherein the medicine sales information at least comprises medicine quantity and medicine sales amount;
determining the exhaustion time of each medicine based on the type and the number of each medicine in the medicine chest and combining the medicine characteristic data of the patient;
determining a single purchase demand for each category of drug based on the category of drug and the medication characteristic data of the patient;
drawing a medicine quantity change curve chart of a medicine selling point based on medicine selling information of the medicine selling point;
determining a plurality of medicine selling points with the medicine quantity larger than the single purchasing demand of the medicine at the exhaustion time based on the medicine quantity change curve graph of the medicine selling points, and marking the medicine selling points as primary screening medicine selling points;
calculating the medicine purchasing rationality evaluation index of each primary screening medicine selling point through a rationality algorithm, and screening the medicine selling point with the largest medicine purchasing rationality as the optimal medicine selling point;
judging whether the time interval between the current time and the medicine exhaustion time is smaller than a medicine purchase interval threshold, if yes, outputting a medicine purchase prompt signal to a prompt module, and outputting medicine purchase prompt information by the prompt module in a voice and/or light mode, otherwise, not responding;
the medicine purchase prompt signal at least comprises medicine types, medicine single purchase demand and optimal medicine selling points.
The medicine box is connected to the Internet through the networking module, medicine sales information of medicine selling points in the area where the medicine box is located is obtained from the Internet, medicine consumption time of medicine is comprehensively analyzed by combining medicine characteristic data of patients and medicine quantity in the medicine box, the most convenient medicine purchasing scheme is comprehensively analyzed by combining medicine quantity of the medicine selling points at the medicine consumption time, medicine purchasing staff is reminded to purchase medicine in advance, and medicine purchasing convenience of the medicine staff is guaranteed.
Referring to fig. 4, the rationality algorithm includes:
acquiring the medicine quantity of each primary screening medicine selling point at the depletion moment;
calculating the time consumption of purchasing medicine at each of the prescreened medicine selling points based on the medicine box position and the position of each of the prescreened medicine selling points;
calculating the normalization index of the medicine quantity of the primary screening medicine selling points at the depletion moment and the normalization index of the medicine purchasing time consumption of each primary screening medicine selling point through a normalization algorithm respectively;
based on forward indexes of the medicine quantity of the primary screening medicine selling points at the exhaustion time and forward indexes of the medicine purchasing time consumption of each primary screening medicine selling point, calculating the medicine purchasing rationality evaluation index of each primary screening medicine selling point through a rationality evaluation formula;
wherein, rationalization evaluation formula is:
，
in the method, in the process of the invention,for the index of rationality evaluation of purchasing medicine for the ith prescreened medicine sales point,/for->Normalized index of time spent purchasing medicines for ith prescreened medicine sales point, ++>Maximum value in normalized index of time spent purchasing medicines for all prescreened medicine sales points, +.>Minimum value in normalized index of time spent purchasing medicines for all prescreened medicine sales points,/->Normalized index of drug quantity at depletion time for ith prescreened drug sales point, +.>Maximum value in normalized index of medicine quantity at depletion time for all prescreened medicine sales points, +.>Minimum value of normalized index of medicine quantity at depletion time for all prescreened medicine sales points, +.>Is a time consuming weight.
It can be understood that when purchasing medicine, the more the medicine quantity of the primary screening medicine selling point at the depletion time is, the better the quality of purchasing the required medicine is, the shorter the medicine purchasing time of the primary screening medicine selling point is, and the higher the convenience of purchasing medicine is, so the scheme is that the medicine is screened outAnd->Corresponding optimized drug purchasing index and +.>And->The optimal medicine purchasing index and the optimal medicine purchasing index cannot be met at the same time in the practical situation, based on the scheme, the medicine purchasing time and the medicine quantity of each primary screening medicine selling point are calculated, the vectorization distance between the optimal medicine purchasing index and the optimal medicine purchasing index is normalized, the medicine purchasing rationality evaluation index of the primary screening medicine selling point is obtained, and the closer the medicine purchasing rationality evaluation index is to 1, the closer the primary screening medicine selling point is to the optimal medicine purchasing index, and the better the medicine purchasing is carried out at the primary screening medicine selling point;
the time-consuming weight can be set by a medicine purchasing person according to the medicine purchasing requirement of the medicine purchasing person, and the shorter the medicine purchasing time required by the medicine purchasing person is, the larger the time-consuming weight is set.
The formula of the normalization algorithm is:
，
，
in the formula of the normalization algorithm,time consuming purchase of the ith prescreened drug sales point, +.>For the i-th prescreening drug sales point the number of drugs at the moment of depletion, +.>The total number of the selling points for the primary screening medicines.
Because the time consumption of purchasing medicine and the dimension of the quantity of medicines are different, the time consumption of purchasing medicine and the quantity of medicines are directly adopted for calculation, and the dimension consistency of indexes is difficult to ensure, so that the time consumption of purchasing medicine and the quantity of medicines are converged to a 0-1 interval through a normalization algorithm in the scheme, and the dimension consistency of the time consumption of purchasing medicine and the quantity of medicines is ensured when rationalization evaluation is carried out.
Referring to fig. 5, the medication prompt includes:
acquiring the time interval between the current moment and each medication time, judging whether the medication time with the time interval smaller than the interval preset value exists or not, and marking the medication time as the medication time to be reminded;
and (3) transferring the medicine taking behavior data from the medicine management module, judging whether the medicine taking behavior corresponding to the medicine taking time to be reminded exists, if so, not responding, and if not, outputting a medicine taking prompt signal to the prompt module, wherein the prompt module outputs medicine taking prompt information in a voice and/or lamplight mode.
Through carrying out intelligent monitoring management to the data of taking medicine, can ensure that the patient can realize standardized medicine effectively to guarantee patient's medication accuracy, improve patient's treatment and quality of life.
Referring to fig. 6, the abnormal medication taking prompt includes:
acquiring the medicine taking time of each medicine taking action, and determining the medicine taking time corresponding to the medicine taking action according to the medicine taking time;
based on the medication time corresponding to the medication behavior, determining the medication type and the medication quantity of the current medication behavior from the medication data acquisition unit;
obtaining the medicine taking type and the medicine taking quantity of the medicine taking behavior;
judging whether the medicine taking type and the medicine taking quantity of the current medicine taking behavior are consistent with the medicine taking type and the medicine taking quantity, if so, not responding, and if not, outputting a medicine taking abnormal signal to a prompt module, wherein the prompt module outputs medicine taking abnormal prompt information in a voice and/or lamplight mode.
Because some special cases are likely to require taking medicines in advance, the taking medicine time of the patient is not necessarily the taking medicine time, so in the scheme, when taking medicines in the non-taking medicine time, the taking medicine time corresponding to the taking medicine time is required to be input;
in the scheme, the medication time corresponding to each medication time can be accurately determined, so that the medication time of a patient can be effectively tracked, the medication behavior can be strictly monitored and managed, the patient can be ensured to use the medicine correctly and on time according to the medical advice, medication errors caused by misunderstanding or negligence are avoided, and the medication safety of the patient is further ensured.
In summary, the invention has the advantages that: the purchasing scheme of the intelligent analysis planning medicine in advance can be realized, the medicine interruption of the patient caused by forgetting to purchase the medicine is prevented, the medicine continuity of the patient can be effectively ensured, and the quality of the patient receiving the medicine treatment is improved.
The foregoing has shown and described the basic principles, principal features and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, and that the above embodiments and descriptions are merely illustrative of the principles of the present invention, and various changes and modifications may be made therein without departing from the spirit and scope of the invention, which is defined by the appended claims. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (9)
1. An intelligent health medication management system, comprising:
the networking module is used for accessing a wired or wireless network to realize communication connection between the medicine chest and the Internet as well as between the medicine chest and the mobile phone terminal;
the medicine management module is used for recording and storing medicine management data in the medicine chest;
the medication management module is electrically connected with the medicine management module and is used for performing medication safety management according to the change condition of medicine management data in the medicine box stored by the medicine management module, and the medication safety management at least comprises a medication prompt, a medicine taking abnormality prompt and a medicine purchasing prompt;
the prompt module is electrically connected with the medication management module and is used for outputting prompt information in a voice and/or lamplight mode according to the medication safety management result of the medication management module;
the camera module is used for collecting personnel image data of taking medicine from the medicine chest.
2. The intelligent health medication management system of claim 1, wherein the medication management module specifically comprises:
the medication data acquisition unit is used for acquiring medication characteristic data of a patient, and the medication characteristic data at least comprises medication time, medication types and medication quantity;
the medicine data acquisition unit is used for acquiring medicine data in the medicine box, and the medicine data at least comprises medicine taking time, medicine taking types and medicine taking quantity.
3. The intelligent health medication management system according to claim 2, wherein the medication management module specifically comprises:
the medicine taking prompt unit is used for judging whether medicine taking behaviors exist in the medicine taking time, if so, recording the medicine taking time, the medicine taking type and the medicine taking quantity, and if not, outputting medicine taking prompt signals to the prompt module, and outputting medicine taking prompt information by the prompt module in a voice and/or lamplight mode;
the medicine taking prompting unit is used for calling the medicine type and the medicine quantity of the current medicine taking behavior from the medicine data acquisition unit according to the medicine taking time, judging whether the medicine type and the medicine quantity of the current medicine taking behavior are consistent with the medicine type and the medicine quantity, if so, not responding, otherwise, outputting a medicine taking abnormal signal to the prompting module, and outputting medicine taking abnormal prompting information by the prompting module in a voice and/or light mode;
the medicine quantity prompting unit is used for outputting medicine purchasing prompting signals to the prompting module according to the type and quantity of each medicine in the medicine chest, the medicine characteristic data of a patient and the big data intelligent algorithm, and the prompting module outputs medicine purchasing prompting information in a voice and/or lamplight mode.
4. A method for intelligent management of health medication, characterized in that it is applied to the intelligent management system for health medication according to any one of claims 1 to 3, and comprises:
the medicine chest is connected with the communication between the Internet and the mobile phone terminal through the networking module;
when the medicine is taken, the image data of the personnel taking the medicine from the medicine box is collected through the camera module, and the medicine management data in the medicine box is recorded and stored through the medicine management module;
the medicine safety management is carried out according to the change condition of medicine management data in a medicine box stored by the medicine management module through the medicine management module, a prompt signal is output to the prompt module based on the medicine safety management result, the prompt module outputs prompt information in a voice and/or light mode, and meanwhile, the prompt signal is output to the mobile phone terminal through the networking module, wherein the medicine safety management at least comprises medicine prompt, medicine taking abnormality prompt and medicine purchasing prompt.
5. The intelligent health medication management method according to claim 4, wherein the medication purchasing prompt comprises:
acquiring medicine sales information of all medicine selling points in the current area through the Internet, wherein the medicine sales information at least comprises medicine quantity and medicine sales quantity;
determining the exhaustion time of each medicine based on the type and the number of each medicine in the medicine chest and combining the medicine characteristic data of the patient;
determining a single purchase demand for each category of drug based on the category of drug and the medication characteristic data of the patient;
drawing a medicine quantity change curve chart of a medicine selling point based on medicine selling information of the medicine selling point;
determining a plurality of medicine selling points with the medicine quantity larger than the single purchasing demand of the medicine at the exhaustion time based on the medicine quantity change curve graph of the medicine selling points, and marking the medicine selling points as primary screening medicine selling points;
calculating the medicine purchasing rationality evaluation index of each primary screening medicine selling point through a rationality algorithm, and screening the medicine selling point with the largest medicine purchasing rationality as the optimal medicine selling point;
judging whether the time interval between the current time and the medicine exhaustion time is smaller than a medicine purchase interval threshold, if yes, outputting a medicine purchase prompt signal to a prompt module, and outputting medicine purchase prompt information by the prompt module in a voice and/or light mode, otherwise, not responding;
the medicine purchase prompt signal at least comprises medicine types, medicine single purchase demand and optimal medicine selling points.
6. The intelligent health medication management method according to claim 5, wherein the rationality algorithm comprises:
acquiring the medicine quantity of each primary screening medicine selling point at the depletion moment;
calculating the time consumption of purchasing medicine at each of the prescreened medicine selling points based on the medicine box position and the position of each of the prescreened medicine selling points;
calculating the normalization index of the medicine quantity of the primary screening medicine selling points at the depletion moment and the normalization index of the medicine purchasing time consumption of each primary screening medicine selling point through a normalization algorithm respectively;
based on forward indexes of the medicine quantity of the primary screening medicine selling points at the exhaustion time and forward indexes of the medicine purchasing time consumption of each primary screening medicine selling point, calculating the medicine purchasing rationality evaluation index of each primary screening medicine selling point through a rationality evaluation formula;
wherein, rationalization evaluation formula is:
，
in the method, in the process of the invention,for the index of rationality evaluation of purchasing medicine for the ith prescreened medicine sales point,/for->Normalized index of time spent purchasing medicines for ith prescreened medicine sales point, ++>Maximum value in normalized index of time spent purchasing medicines for all prescreened medicine sales points, +.>Minimum value in normalized index of time spent purchasing medicines for all prescreened medicine sales points,/->Normalized index of drug quantity at depletion time for ith prescreened drug sales point, +.>Maximum value in normalized index of medicine quantity at depletion time for all prescreened medicine sales points, +.>Minimum value of normalized index of medicine quantity at depletion time for all prescreened medicine sales points, +.>Is a time consuming weight.
7. The intelligent health medication management method according to claim 6, wherein the formula of the normalization algorithm is:
，
，
normalization algorithmIn the formula (i) of (c),time consuming purchase of the ith prescreened drug sales point, +.>For the i-th prescreening drug sales point the number of drugs at the moment of depletion, +.>The total number of the selling points for the primary screening medicines.
8. The intelligent health medication management method according to claim 4, wherein the medication prompt comprises:
acquiring the time interval between the current moment and each medication time, judging whether the medication time with the time interval smaller than the interval preset value exists or not, and marking the medication time as the medication time to be reminded;
and (3) transferring the medicine taking behavior data from the medicine management module, judging whether the medicine taking behavior corresponding to the medicine taking time to be reminded exists, if so, not responding, and if not, outputting a medicine taking prompt signal to the prompt module, wherein the prompt module outputs medicine taking prompt information in a voice and/or lamplight mode.
9. The intelligent health medication management method according to claim 4, wherein the medication intake abnormality prompt includes:
acquiring the medicine taking time of each medicine taking action, and determining the medicine taking time corresponding to the medicine taking action according to the medicine taking time;
based on the medication time corresponding to the medication behavior, determining the medication type and the medication quantity of the current medication behavior from the medication data acquisition unit;
obtaining the medicine taking type and the medicine taking quantity of the medicine taking behavior;
judging whether the medicine taking type and the medicine taking quantity of the current medicine taking behavior are consistent with the medicine taking type and the medicine taking quantity, if so, not responding, and if not, outputting a medicine taking abnormal signal to a prompt module, wherein the prompt module outputs medicine taking abnormal prompt information in a voice and/or lamplight mode.
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