Rural life service intelligent management method and system suitable for aging interaction

Abstract

The invention is suitable for the technical field of rural life services, and provides an intelligent management method and system for an aged interactive rural life service. The method comprises the steps of receiving a drug buying request; performing buying-for-another matching analysis, and selecting buying-for-another residents; judging whether the time limit of the substituted buying medicine is met or not; selecting cooperative residents when the time efficiency of buying the medicines for others is not met; and determining a collaborative node, and creating and displaying collaborative navigation information to the purchasing residents and the collaborative residents. According to the invention, the system can receive a drug buying request interactively uploaded by old residents, carry out matching analysis and timeliness judgment of buying, select a buying resident, select a cooperative resident, determine a cooperative node and carry out corresponding cooperative navigation when the timeliness is not met, and can provide a drug buying service for left-behind old people who are inconvenient to move in a normal trip process of the residents, thereby improving the efficiency of the residents. And the aging requirement of medication is ensured, so that the aging adaptability of rural life services is further improved, and the life quality and health of left-behind old people are better guaranteed.

Description

Technical Field

[0001] This invention belongs to the field of rural life service technology, and in particular relates to an intelligent management method and system for rural life services with age-friendly interaction. Background Technology

[0002] Rural life services refer to a range of services provided in rural areas to meet the daily needs of residents. These services cover various aspects such as education, healthcare, transportation, culture, food, and safety, aiming to improve the quality of life and well-being of rural residents and promote the overall development of rural areas. Through comprehensive and diversified services, rural life services can help rural residents overcome difficulties in their daily lives, promote integrated urban-rural development, and drive the overall prosperity of the rural economy, society, and culture.

[0003] Currently, in rural life, many elderly people left behind by their families have difficulty handling many daily tasks due to mobility issues, especially in terms of purchasing medicine. Many elderly people not only need to buy medicine regularly to maintain their health, but may also lack necessary external assistance due to their isolation. Moreover, pharmacies in rural areas are usually located far away, and the traditional medicine purchasing model is clearly not suitable for their needs, lacking convenient and timely support methods. Therefore, the age-friendly aspects of rural life services need to be further improved to ensure that the quality of life and health of elderly people left behind by their families are better guaranteed. Summary of the Invention

[0004] The purpose of this invention is to provide an intelligent management method and system for rural life services with age-friendly interaction, aiming to solve the technical problems existing in the prior art mentioned in the background.

[0005] The embodiments of the present invention are implemented as follows:

[0006] A smart management method for age-friendly interactive rural living services, the method specifically includes the following steps:

[0007] The system receives drug purchase requests uploaded by elderly residents, identifies the target drugs to be purchased, obtains the elderly residents' medication history data, and analyzes and determines the timeliness of purchasing the target drugs.

[0008] Acquire shared travel data from multiple rural residents, perform a matching analysis on the target medicine to be purchased, and select a resident to purchase the medicine from among the multiple rural residents;

[0009] From multiple shared travel data, extract the first target travel data of the resident who is purchasing the medicine, determine the resident's travel mode, estimate the completion time of the purchase, and determine whether the timeliness of the purchased medicine is met.

[0010] When the time limit for purchasing medicine on behalf of others is not met, a collaborative analysis of purchasing on behalf of others is conducted based on the first target travel data and the travel mode, and collaborative residents are selected from multiple rural residents.

[0011] From multiple shared travel data sources, extract the second target travel data of the collaborating residents, determine the collaborating nodes, and create and display collaborative navigation information to the collaborating residents and the residents who make the purchase on behalf of others.

[0012] As a further limitation of the technical solution of this invention embodiment, the step of receiving the medicine purchase request uploaded interactively by elderly residents, determining the target medicine to be purchased, obtaining the elderly residents' medication history data, and analyzing and determining the timeliness of purchasing the target medicine specifically includes the following steps:

[0013] Create an age-friendly user interface;

[0014] The elderly-friendly interactive interface receives requests from elderly residents to purchase medicines on their behalf.

[0015] The drug purchase request is targeted for identification to determine the target drug to be purchased;

[0016] Obtain data access permissions for the elderly residents;

[0017] Based on the aforementioned data access permissions, obtain the medication history data of elderly residents;

[0018] The medication history data is analyzed for medication frequency and purchase records to determine the timeliness of the purchase of the target medication.

[0019] As a further limitation of the technical solution of this invention, the step of obtaining shared travel data of multiple rural residents, performing a matching analysis on the target medicine to be purchased, and selecting a resident to purchase the medicine from the multiple rural residents specifically includes the following steps:

[0020] Acquire shared mobility data from multiple rural residents;

[0021] Determine the location of the designated agent for the target medication;

[0022] Based on the location of the proxy purchase, a proxy purchase matching analysis is performed on multiple shared travel data based on the proxy purchase distance and travel status, and a proxy purchase resident is selected from multiple rural residents.

[0023] As a further limitation of the technical solution of this invention embodiment, the step of extracting the first target travel data of the resident who is purchasing the medication from multiple shared travel data, determining the travel mode of the resident who is purchasing the medication, estimating the completion time of the purchase, and determining whether the time limit for purchasing the medication is met specifically includes the following steps:

[0024] Extract the primary target travel data of residents from multiple shared mobility data sources;

[0025] Identify the travel data of the first target to determine the travel mode of the resident who purchased the goods on behalf of the buyer;

[0026] The request to purchase medicine on behalf of another person is identified, and the location of the request is determined.

[0027] Based on the travel mode, the requested location, and the location of the purchase, combined with the purchase distance and travel status of the resident making the purchase, the estimated purchase completion time is determined.

[0028] The completion time of the purchased medication is compared and analyzed to determine whether the time limit for medication use is met.

[0029] As a further limitation of the technical solution of this invention embodiment, when the time limit for purchasing medicine on behalf of others is not met, the step of conducting collaborative analysis on purchasing on behalf of others based on the first target travel data and the travel mode, and selecting collaborative residents from multiple rural residents, specifically includes the following steps:

[0030] If the time limit for purchasing medicine on behalf of others is not met, the possibility of collaboration is determined based on the travel mode of the resident purchasing the medicine on behalf of others.

[0031] When collaboration is possible, determine the collaboration method and plan the purchasing route based on the first target travel data;

[0032] Based on the collaboration method and the travel route, multiple shared travel data are filtered and overlap matched to select collaborative residents from among the multiple rural residents.

[0033] As a further limitation of the technical solution of this invention embodiment, the step of extracting the second target travel data of the cooperating residents from multiple shared travel data, determining the cooperating node, and creating and displaying the cooperative navigation information to the purchasing resident and the cooperating resident specifically includes the following steps:

[0034] Extract the second target travel data of the cooperating residents from multiple shared travel data sources;

[0035] Based on the first target travel data and the second target travel data, determine the coordinating nodes of the purchasing agent travel route;

[0036] According to the aforementioned collaborative nodes, the purchasing agency travel route is divided into a purchasing agency return sub-route and a collaborative return sub-route.

[0037] According to the aforementioned return route for the assisted purchase, generate and display the first navigation information to the resident who made the purchase on behalf of the buyer;

[0038] According to the aforementioned collaborative return route, second navigation information is generated and displayed to the collaborative residents.

[0039] An age-friendly interactive smart management system for rural life services, comprising a request receiving and processing module, a purchasing matching and analysis module, a purchasing timeliness judgment module, a purchasing collaboration analysis module, and a collaborative navigation processing module, wherein:

[0040] The request receiving and processing module is used to receive drug purchase requests uploaded interactively by elderly residents, determine the target drug to be purchased, obtain the elderly residents' medication history data, and analyze and determine the timeliness of purchasing the target drug.

[0041] The proxy purchase matching analysis module is used to obtain shared travel data of multiple rural residents, perform proxy purchase matching analysis on the target proxy purchase medicine, and select a proxy purchaser from the multiple rural residents;

[0042] The purchasing timeliness judgment module is used to extract the first target travel data of the purchasing resident from multiple shared travel data, determine the travel mode of the purchasing resident, estimate the purchasing completion time, and determine whether the purchasing timeliness is met.

[0043] The proxy purchase collaboration analysis module is used to perform proxy purchase collaboration analysis based on the first target travel data and the travel mode when the time limit for proxy purchase of medicine is not met, and to select collaborating residents from multiple rural residents.

[0044] The collaborative navigation processing module is used to extract the second target travel data of the collaborative residents from multiple shared travel data, determine the collaborative nodes, and create and display collaborative navigation information to the resident on behalf of the resident and the collaborative resident.

[0045] As a further limitation of the technical solution of this embodiment of the invention, the request receiving and processing module specifically includes:

[0046] The interface creation unit is used to create age-friendly interactive interfaces;

[0047] The request receiving unit is used to receive requests for purchasing medicines uploaded by elderly residents through the age-friendly interactive interface.

[0048] The target identification unit is used to identify the target of the drug purchase request and determine the target drug to be purchased.

[0049] The permission acquisition unit is used to acquire the data access permissions of the elderly resident.

[0050] The historical data acquisition unit is used to acquire the medication history data of elderly residents based on the data access permissions.

[0051] The timeliness analysis unit is used to analyze the medication frequency and purchase records of the medication history data to determine the timeliness of the purchase of the target medication.

[0052] As a further limitation of the technical solution of this invention embodiment, the proxy purchasing matching analysis module specifically includes:

[0053] The shared data acquisition unit is used to acquire shared travel data from multiple rural residents;

[0054] The location determination unit is used to determine the location of the target medicine to be purchased;

[0055] The resident selection unit for purchasing on behalf of others is used to perform a matching analysis of purchasing distance and travel status on multiple shared travel data based on the purchasing location, and to select a resident for purchasing on behalf of others from multiple rural residents.

[0056] As a further limitation of the technical solution of this embodiment of the invention, the purchasing timeliness judgment module specifically includes:

[0057] The data extraction unit is used to extract the first target travel data of the resident who purchased the service from multiple shared travel data sets.

[0058] The travel mode identification unit is used to identify the travel data of the first target and determine the travel mode of the resident on behalf of the buyer;

[0059] A request location identification unit is used to identify the drug purchase request and determine the request location;

[0060] The completion time estimation unit is used to estimate the completion time of the purchase based on the travel mode, the requested location, and the purchase location, combined with the purchase distance and travel status of the resident making the purchase.

[0061] The timeliness judgment unit is used to compare and analyze the completion time of the purchase and determine whether the timeliness of the purchased medicine is met.

[0062] Compared with the prior art, the beneficial effects of the present invention are:

[0063] This invention, through receiving drug purchase requests, performing matching analysis, selecting a resident to purchase the medication, determining if the timeliness of the medication purchase is met, selecting a collaborating resident if the timeliness is not met, identifying a collaborating node, and creating and displaying collaborative navigation information to both the purchasing resident and the collaborating resident. It can receive drug purchase requests uploaded interactively by elderly residents, perform matching analysis and timeliness judgment, select a resident to purchase the medication, and, if the timeliness is not met, select a collaborating resident, identify a collaborating node, and provide corresponding collaborative navigation. This allows for drug purchase services for elderly people with mobility difficulties living alone during their normal travels, ensuring timely medication delivery, thereby further improving age-friendly rural living services and better protecting the quality of life and health of elderly people living alone. Attached Figure Description

[0064] Figure 1 A flowchart of the intelligent management method for age-friendly interactive rural life services provided in an embodiment of the present invention is shown;

[0065] Figure 2 The diagram illustrates the application architecture of the intelligent management system for age-friendly interactive rural life services provided in an embodiment of the present invention. Detailed Implementation

[0066] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative and not intended to limit the invention.

[0067] It is understandable that, currently, in rural life, many elderly people left behind by their families have difficulty handling many daily affairs due to their limited mobility, especially in terms of purchasing medicines. Many elderly people not only need to buy medicines regularly to maintain their health, but may also lack necessary external assistance due to their isolation. Moreover, pharmacies in rural areas are usually located far away, and the traditional medicine purchasing model is clearly not suitable for their needs, lacking convenient and timely support methods. Therefore, the age-friendly aspects of rural life services need to be further improved to ensure that the quality of life and health of elderly people left behind by their families are better guaranteed.

[0068] To address the aforementioned issues, the present invention discloses an age-friendly interactive intelligent management method and system for rural life services. This method involves receiving medication purchase requests uploaded by elderly residents, identifying the target medication, acquiring the elderly residents' medication history data, and analyzing to determine the timeliness of medication purchase. It then acquires shared travel data from multiple rural residents, performs a purchase matching analysis for the target medication, and selects a purchaser from among the multiple rural residents. From the shared travel data, it extracts the first target travel data of the purchaser, determines the purchaser's travel mode, estimates the purchase completion time, and determines whether the medication purchase timeliness is met. If the timeliness is not met, it performs collaborative purchase analysis based on the first target travel data and travel mode, selecting a collaborating resident from among the multiple rural residents. Finally, it extracts the second target travel data of the collaborating resident from the shared travel data, determines a collaborative node, and creates and displays collaborative navigation information to both the purchaser and the collaborating resident. It can receive drug purchase requests uploaded by elderly residents, perform matching analysis and timeliness judgment, select residents to purchase drugs, and select collaborating residents when timeliness is not met, determine collaborating nodes, and conduct corresponding collaborative navigation. It can provide drug purchase services for elderly people with mobility difficulties during their normal travels, and ensure the timeliness of drug use, thereby further improving the age-friendly nature of rural life services and ensuring that the quality of life and health of elderly people left behind are better guaranteed.

[0069] Specifically, Figure 1 A flowchart of an intelligent management method for age-friendly interactive rural life services provided by an embodiment of the present invention is shown.

[0070] In a preferred embodiment of the present invention, a smart management method for age-friendly interactive rural living services specifically includes the following steps:

[0071] Step S101: Receive the drug purchase request uploaded by the elderly resident, determine the target drug to be purchased, obtain the elderly resident's medication history data, and analyze and determine the timeliness of purchasing the target drug.

[0072] In this embodiment of the invention, an age-friendly interactive interface is created on the elderly resident's smart mobile terminal. Through this interface, requests for purchasing medicines on behalf of the elderly resident are received in the form of text, voice, video, etc. The requests are then analyzed to identify the target medicine. Prior to this, permission requests are made to the elderly resident through their smart mobile terminal. If the permission request is granted, data access permissions are obtained. With these permissions, the elderly resident's medication history data is acquired. The medication history data is then analyzed to determine the frequency of medication use and purchase records, and the timeliness of purchasing the target medicine is determined.

[0073] Understandably, the timeliness of purchasing medication on behalf of others represents the urgency of needing the target medication. By analyzing the frequency of medication use and purchase records, calculating the time interval between each purchase, and combining this with the type of target medication and the health status of elderly residents, the timeliness of purchasing medication on behalf of others can be estimated.

[0074] Specifically, in another preferred embodiment provided by the present invention, the steps of receiving the drug purchase request uploaded interactively by the elderly resident, determining the target drug to be purchased, obtaining the elderly resident's medication history data, and analyzing and determining the timeliness of purchasing the target drug include the following steps:

[0075] Create an age-friendly user interface;

[0076] The elderly-friendly interactive interface receives requests from elderly residents to purchase medicines on their behalf.

[0077] The drug purchase request is targeted for identification to determine the target drug to be purchased;

[0078] Obtain data access permissions for the elderly residents;

[0079] Based on the aforementioned data access permissions, obtain the medication history data of elderly residents;

[0080] The medication history data is analyzed for medication frequency and purchase records to determine the timeliness of the purchase of the target medication.

[0081] Furthermore, the aforementioned intelligent management method for age-friendly interactive rural life services also includes the following steps:

[0082] Step S102: Obtain shared travel data of multiple rural residents, perform a matching analysis on the target medicine to be purchased, and select a resident to purchase the medicine from among the multiple rural residents.

[0083] In this embodiment of the invention, in rural life services, rural residents can choose to share data during their travels to undertake related services. By acquiring shared travel data from multiple rural residents, and simultaneously determining the location of the target medicine purchase, a matching analysis of purchase distance and travel status is performed on the multiple shared travel data based on the purchase location. From the multiple rural residents, the rural resident whose travel status is in the return state and whose purchase distance is the closest is selected as the purchase resident.

[0084] Specifically, in another preferred embodiment provided by the present invention, the step of acquiring shared travel data of multiple rural residents, performing a matching analysis on the target medicine to be purchased, and selecting a resident to purchase the medicine from the multiple rural residents specifically includes the following steps:

[0085] Acquire shared mobility data from multiple rural residents;

[0086] Determine the location of the designated agent for the target medication;

[0087] Based on the location of the proxy purchase, a proxy purchase matching analysis is performed on multiple shared travel data based on the proxy purchase distance and travel status, and a proxy purchase resident is selected from multiple rural residents.

[0088] Furthermore, the aforementioned intelligent management method for age-friendly interactive rural life services also includes the following steps:

[0089] Step S103: Extract the first target travel data of the resident who is purchasing the medicine from the multiple shared travel data, determine the travel mode of the resident who is purchasing the medicine, estimate the completion time of the purchase, and determine whether the time limit for purchasing the medicine is met.

[0090] In this embodiment of the invention, the first target travel data of the resident who is purchasing medicine is extracted from multiple shared travel data. The first target travel data is then identified to determine the travel mode of the resident who is purchasing medicine. At the same time, the request for purchasing medicine is identified to determine the request location of the elderly resident. Then, based on the travel mode, request location, and purchasing location, combined with the purchasing distance and travel status of the resident who is purchasing medicine, the purchase completion time is estimated. After that, the purchase completion time is compared and analyzed to determine whether the timeliness of the purchased medicine is met.

[0091] Understandably, based on the request location, the location of the purchase, the distance to the purchase, and the travel status, the distance of the purchase trip can be estimated. Based on the mode of travel, the speed of the purchase trip can be estimated. Furthermore, based on the distance and speed of the purchase trip, the completion time of the purchase can be estimated.

[0092] Specifically, in another preferred embodiment provided by the present invention, the step of extracting the first target travel data of the resident who is purchasing the medication from the multiple shared travel data, determining the travel mode of the resident who is purchasing the medication, estimating the completion time of the purchase, and determining whether the time limit for purchasing the medication is met specifically includes the following steps:

[0093] Extract the primary target travel data of residents from multiple shared mobility data sources;

[0094] Identify the travel data of the first target to determine the travel mode of the resident who purchased the goods on behalf of the buyer;

[0095] The request to purchase medicine on behalf of another person is identified, and the location of the request is determined.

[0096] Based on the travel mode, the requested location, and the location of the purchase, combined with the purchase distance and travel status of the resident making the purchase, the estimated purchase completion time is determined.

[0097] The completion time of the purchased medication is compared and analyzed to determine whether the time limit for medication use is met.

[0098] Furthermore, the aforementioned intelligent management method for age-friendly interactive rural life services also includes the following steps:

[0099] Step S104: When the time limit for purchasing medicine on behalf of others is not met, based on the first target travel data and the travel mode, a collaborative analysis of purchasing on behalf of others is performed, and collaborative residents are selected from multiple rural residents.

[0100] In this embodiment of the invention, if it is determined that the time limit for purchasing medicine on behalf of others is not met, the possibility of collaboration is determined based on the travel mode of the resident who purchased the medicine on behalf of others. If the possibility of collaboration is determined, the collaboration mode is determined. At the same time, the travel route for purchasing medicine on behalf of others is planned based on the first target travel data. Then, based on the collaboration mode and the travel route for purchasing medicine on behalf of others, multiple shared travel data are filtered and overlap matched to select the collaborating resident from multiple rural residents.

[0101] Understandably, if the resident's mode of transportation for the delivery service has other potential for speed improvement, then the possibility of collaboration is determined; if there are no other potential for speed improvement, then the possibility of collaboration is determined not to exist. For example, if the resident's mode of transportation for the delivery service is walking, cycling, or using an electric scooter, then the possibility of collaboration is determined; if the resident's mode of transportation for the delivery service is a car, then the possibility of collaboration is determined not to exist.

[0102] Understandably, the collaborative approach is faster than residents' travel methods of purchasing goods on their behalf.

[0103] It is understandable that filtering multiple shared mobility data sets is the process of filtering shared mobility data that is in the return trip phase; and performing overlapping matching on multiple shared mobility data sets is the process of matching shared mobility data with overlapping routes.

[0104] Specifically, in another preferred embodiment of the present invention, when the time limit for purchasing medicine on behalf of others is not met, the step of conducting a collaborative analysis of purchasing on behalf of others based on the first target travel data and the travel mode, and selecting collaborative residents from multiple rural residents, specifically includes the following steps:

[0105] If the time limit for purchasing medicine on behalf of others is not met, the possibility of collaboration is determined based on the travel mode of the resident purchasing the medicine on behalf of others.

[0106] When collaboration is possible, determine the collaboration method and plan the purchasing route based on the first target travel data;

[0107] Based on the collaboration method and the travel route, multiple shared travel data are filtered and overlap matched to select collaborative residents from among the multiple rural residents.

[0108] Furthermore, the aforementioned intelligent management method for age-friendly interactive rural life services also includes the following steps:

[0109] Step S105: Extract the second target travel data of the cooperating residents from the multiple shared travel data, determine the cooperating node, create and display the cooperating navigation information to the purchasing resident and the cooperating resident.

[0110] In this embodiment of the invention, second target travel data of cooperating residents is extracted from multiple shared travel data. Then, based on the first target travel data and the second target travel data, return trip overlap planning is performed to determine the overlapping starting point of the route and identify it as the cooperating node of the proxy travel route. According to the cooperating node, the proxy travel route is divided into proxy return sub-route and cooperating return sub-route. Then, according to the proxy return sub-route, first navigation information is generated and displayed to the proxy residents, and according to the cooperating return sub-route, second navigation information is generated and displayed to the cooperating residents.

[0111] Understandably, the resident who is buying the medicine on behalf of the elderly person follows the return route corresponding to the first navigation information to buy the medicine and return home. When they arrive at the coordination node, they can either hand the medicine over to the coordinating resident or ride with the coordinating resident to return home according to the coordination return route corresponding to the second navigation information until the medicine is delivered to the elderly resident.

[0112] Specifically, in another preferred embodiment provided by the present invention, the step of extracting the second target travel data of the cooperating residents from the multiple shared travel data, determining the cooperating node, and creating and displaying the cooperative navigation information to the purchasing resident and the cooperating resident specifically includes the following steps:

[0113] Extract the second target travel data of the cooperating residents from multiple shared travel data sources;

[0114] Based on the first target travel data and the second target travel data, determine the coordinating nodes of the purchasing agent travel route;

[0115] According to the aforementioned collaborative nodes, the purchasing agency travel route is divided into a purchasing agency return sub-route and a collaborative return sub-route.

[0116] According to the aforementioned return route for the assisted purchase, generate and display the first navigation information to the resident who made the purchase on behalf of the buyer;

[0117] According to the aforementioned collaborative return route, second navigation information is generated and displayed to the collaborative residents.

[0118] Furthermore, Figure 2 The diagram illustrates the application architecture of the intelligent management system for age-friendly interactive rural life services provided in an embodiment of the present invention.

[0119] Specifically, in another preferred embodiment provided by the present invention, the age-friendly interactive smart management system for rural life services includes:

[0120] The request receiving and processing module 101 is used to receive drug purchase requests uploaded interactively by elderly residents, determine the target drug to be purchased, obtain the elderly residents' medication history data, and analyze and determine the timeliness of purchasing the target drug.

[0121] In this embodiment of the invention, the request receiving and processing module 101 creates an age-friendly interactive interface on the elderly resident's smart mobile terminal. Through the age-friendly interactive interface, it receives drug purchase requests uploaded by the elderly resident in the form of text, voice, video, etc., and then performs target identification on the drug purchase request to determine the target drug to be purchased. It also requests permission from the elderly resident in advance through the elderly resident's smart mobile terminal. If the permission request is approved, it obtains the elderly resident's data access permission. Under the condition of having data access permission, it obtains the elderly resident's medication history data, and then analyzes the medication history data for medication frequency and purchase records to determine the timeliness of purchasing the target drug.

[0122] Specifically, in another preferred embodiment provided by the present invention, the request receiving and processing module 101 specifically includes:

[0123] The interface creation unit is used to create age-friendly interactive interfaces;

[0124] The request receiving unit is used to receive requests for purchasing medicines uploaded by elderly residents through the age-friendly interactive interface.

[0125] The target identification unit is used to identify the target of the drug purchase request and determine the target drug to be purchased.

[0126] The permission acquisition unit is used to acquire the data access permissions of the elderly resident.

[0127] The historical data acquisition unit is used to acquire the medication history data of elderly residents based on the data access permissions.

[0128] The timeliness analysis unit is used to analyze the medication frequency and purchase records of the medication history data to determine the timeliness of the purchase of the target medication.

[0129] Furthermore, the age-friendly interactive smart management system for rural life services also includes:

[0130] The purchasing matching analysis module 102 is used to obtain shared travel data of multiple rural residents, perform purchasing matching analysis on the target medicine to be purchased, and select a purchasing resident from among the multiple rural residents.

[0131] In this embodiment of the invention, in rural life services, rural residents can choose to share data during their travels to receive related services. The purchasing matching analysis module 102 obtains shared travel data from multiple rural residents and determines the purchasing location of the target medicine. Based on the purchasing location, it performs purchasing matching analysis on the multiple shared travel data for purchasing distance and travel status. From the multiple rural residents, it selects the rural resident whose travel status is in the return state and whose purchasing distance is the closest, and determines them as the purchasing resident.

[0132] Specifically, in another preferred embodiment provided by the present invention, the proxy purchasing matching analysis module 102 specifically includes:

[0133] The shared data acquisition unit is used to acquire shared travel data from multiple rural residents;

[0134] The location determination unit is used to determine the location of the target medicine to be purchased;

[0135] The resident selection unit for purchasing on behalf of others is used to perform a matching analysis of purchasing distance and travel status on multiple shared travel data based on the purchasing location, and to select a resident for purchasing on behalf of others from multiple rural residents.

[0136] Furthermore, the age-friendly interactive smart management system for rural life services also includes:

[0137] The purchasing timeliness judgment module 103 is used to extract the first target travel data of the purchasing resident from multiple shared travel data, determine the travel mode of the purchasing resident, estimate the purchasing completion time, and determine whether the purchasing timeliness is met.

[0138] In this embodiment of the invention, the purchasing timeliness judgment module 103 extracts the first target travel data of the purchasing resident from multiple shared travel data, identifies the first target travel data to determine the travel mode of the purchasing resident, identifies the medicine purchasing request to determine the request location of the elderly resident, and then estimates the purchasing completion time based on the travel mode, request location and purchasing location, combined with the purchasing distance and travel status of the purchasing resident. After that, the purchasing completion time is compared and analyzed to determine whether the purchasing timeliness of the medicine is met.

[0139] Specifically, in another preferred embodiment provided by the present invention, the purchasing timeliness judgment module 103 specifically includes:

[0140] The data extraction unit is used to extract the first target travel data of the resident who purchased the service from multiple shared travel data sets.

[0141] The travel mode identification unit is used to identify the travel data of the first target and determine the travel mode of the resident on behalf of the buyer;

[0142] A request location identification unit is used to identify the drug purchase request and determine the request location;

[0143] The completion time estimation unit is used to estimate the completion time of the purchase based on the travel mode, the requested location, and the purchase location, combined with the purchase distance and travel status of the resident making the purchase.

[0144] The timeliness judgment unit is used to compare and analyze the completion time of the purchase and determine whether the timeliness of the purchased medicine is met.

[0145] Furthermore, the age-friendly interactive smart management system for rural life services also includes:

[0146] The proxy purchase collaborative analysis module 104 is used to perform proxy purchase collaborative analysis based on the first target travel data and the travel mode when the time limit for proxy purchase of medicine is not met, and to select collaborative residents from multiple rural residents.

[0147] In this embodiment of the invention, if it is determined that the time limit for purchasing medicine on behalf of others is not met, the collaborative analysis module 104 of purchasing medicine on behalf of others determines whether there is a possibility of collaboration based on the travel mode of the resident purchasing medicine on behalf of others. If it is determined that there is a possibility of collaboration, the collaborative mode is determined. At the same time, based on the first target travel data, the travel route of purchasing medicine on behalf of others is planned. Then, based on the collaborative mode and the travel route of purchasing medicine on behalf of others, multiple shared travel data are filtered and overlap matched to select the collaborative resident from multiple rural residents.

[0148] The collaborative navigation processing module 105 is used to extract the second target travel data of the collaborative residents from multiple shared travel data, determine the collaborative node, and create and display collaborative navigation information to the purchasing resident and the collaborative resident.

[0149] In this embodiment of the invention, the collaborative navigation processing module 105 extracts the second target travel data of the collaborative residents from multiple shared travel data, and then performs return trip overlap planning based on the first target travel data and the second target travel data to determine the overlapping starting point of the route and determine it as the collaborative node of the proxy travel route. According to the collaborative node, the proxy travel route is divided into proxy return sub-route and collaborative return sub-route. Then, according to the proxy return sub-route, the first navigation information is generated and displayed to the proxy residents, and according to the collaborative return sub-route, the second navigation information is generated and displayed to the collaborative residents.

[0150] The embodiments described above are merely illustrative of several implementations of the present invention, and while the descriptions are specific and detailed, they should not be construed as limiting the scope of the present invention. It should be noted that those skilled in the art can make various modifications and improvements without departing from the concept of the present invention, and these modifications and improvements all fall within the scope of protection of the present invention. Therefore, the scope of protection of this patent should be determined by the appended claims.

Claims

1. A method for intelligent management of rural life services for age-friendly interaction, characterized by, The method specifically comprises the following steps: Receiving a drug proxy purchase request uploaded by an old resident, determining a target drug for proxy purchase, and obtaining the old resident's medication history data to analyze and determine the proxy purchase time limit of the target drug for proxy purchase; Obtaining shared travel data of a plurality of rural residents, performing proxy purchase matching analysis on the target drug for proxy purchase, and selecting a proxy purchase resident from the plurality of rural residents; From the plurality of shared travel data, extracting first target travel data of the proxy purchase resident, determining the travel mode of the proxy purchase resident, estimating the completion time of the proxy purchase, and judging whether the proxy purchase time limit is met; When the proxy purchase time limit is not met, based on the first target travel data and the travel mode, performing proxy purchase collaborative analysis, and selecting a collaborative resident from the plurality of rural residents; From the plurality of shared travel data, extracting second target travel data of the collaborative resident, determining a collaborative node, and creating and displaying collaborative navigation information to the proxy purchase resident and the collaborative resident. 2.The smart management method of rural life services for the elderly interaction according to claim 1, wherein, The receiving of the drug proxy purchase request uploaded by the old resident, the determination of the target drug for proxy purchase, and the obtaining of the old resident's medication history data to analyze and determine the proxy purchase time limit of the target drug for proxy purchase specifically comprise the following steps: Creating an old-age adaptation interactive interface; Receiving a drug proxy purchase request uploaded by an old resident through the old-age adaptation interactive interface; Performing target identification on the drug proxy purchase request to determine the target drug for proxy purchase; Obtaining data access permission of the old resident; Based on the data access permission, obtaining the old resident's medication history data; Performing medication frequency and medication record analysis on the medication history data to determine the proxy purchase time limit of the target drug for proxy purchase. 3.The smart management method of rural life services for the elderly interaction according to claim 1, wherein, The obtaining of shared travel data of a plurality of rural residents, the proxy purchase matching analysis on the target drug for proxy purchase, and the selection of a proxy purchase resident from the plurality of rural residents specifically comprise the following steps: Obtaining shared travel data of a plurality of rural residents; Determining the proxy purchase location of the target drug for proxy purchase; Based on the proxy purchase location, performing proxy purchase distance and travel state matching analysis on the plurality of shared travel data to select a proxy purchase resident from the plurality of rural residents. 4.The method of claim 3, wherein, The extraction of first target travel data of the proxy purchase resident from the plurality of shared travel data, the determination of the travel mode of the proxy purchase resident, the estimation of the completion time of the proxy purchase, and the judgment of whether the proxy purchase time limit is met specifically comprise the following steps: From the plurality of shared travel data, extracting first target travel data of the proxy purchase resident; Performing identification on the first target travel data to determine the travel mode of the proxy purchase resident; Performing identification on the drug proxy purchase request to determine the request location; According to the travel mode, the request location, and the proxy purchase location, combining the proxy purchase distance and the travel state of the proxy purchase resident, the completion time of the proxy purchase is estimated; Performing comparative analysis on the completion time of the proxy purchase to determine whether the proxy purchase time limit is met. 5.The smart management method of rural life services for the aging interaction according to claim 1, wherein, The proxy purchase collaborative analysis based on the first target travel data and the travel mode when the proxy purchase time limit is not met, and the selection of a collaborative resident from the plurality of rural residents specifically comprise the following steps: When the time limit for buying the medicine is not met, whether there is a possibility of cooperation is determined according to the travel mode of the buying resident; When there is a possibility of cooperation, a cooperation mode is determined, and a buying travel route is planned according to the first target travel data; According to the cooperation mode and the buying travel route, the plurality of shared travel data is screened and overlapped matched, and a cooperative resident is selected from the plurality of rural residents. 6.The smart management method of rural life services for the elderly interaction according to claim 5, wherein, The second target travel data of the cooperative resident is extracted from the plurality of shared travel data, the cooperative node is determined, and the cooperative navigation information is created and displayed to the buying resident and the cooperative resident, which specifically includes the following steps: The second target travel data of the cooperative resident is extracted from the plurality of shared travel data; According to the first target travel data and the second target travel data, the cooperative node of the buying travel route is determined; According to the cooperative node, the buying travel route is divided into a buying return sub-route and a cooperative return sub-route; According to the buying return sub-route, the first navigation information is generated and displayed to the buying resident; According to the cooperative return sub-route, the second navigation information is generated and displayed to the cooperative resident.

7. The smart management system for rural life services for age-friendly interaction, characterized in that, The system includes a request receiving processing module, a buying matching analysis module, a buying time limit judgment module, a buying cooperation analysis module, and a cooperative navigation processing module, wherein: The request receiving processing module is used for receiving the medicine buying request uploaded by the old resident, determining the target buying medicine, and obtaining the medication history data of the old resident, and analyzing and determining the buying time limit of the target buying medicine; The buying matching analysis module is used for obtaining the shared travel data of a plurality of rural residents, performing buying matching analysis on the target buying medicine, and selecting a buying resident from the plurality of rural residents; The buying time limit judgment module is used for extracting the first target travel data of the buying resident from the plurality of shared travel data, determining the travel mode of the buying resident, estimating the completion time of the buying, and judging whether the buying time limit is met; The buying cooperation analysis module is used for, when the buying time limit is not met, performing buying cooperation analysis based on the first target travel data and the travel mode, and selecting a cooperative resident from the plurality of rural residents; The cooperative navigation processing module is used for extracting the second target travel data of the cooperative resident from the plurality of shared travel data, determining the cooperative node, and creating and displaying the cooperative navigation information to the buying resident and the cooperative resident. 8.The smart management system for rural life services for the elderly interaction according to claim 7, wherein, The request receiving processing module specifically includes: An interface creation unit is used for creating an old-age interactive interface; A request receiving unit is used for receiving the medicine buying request uploaded by the old resident through the old-age interactive interface; A target identification unit is used for target identification of the medicine buying request to determine the target buying medicine; A permission acquisition unit is used for acquiring the data access permission of the old resident; A historical data acquisition unit is used for acquiring the medication history data of the old resident based on the data access permission; A time limit analysis unit is used for analyzing the medication frequency and the purchase record of the medication history data to determine the buying time limit of the target buying medicine. 9.The smart management system for rural life services for age-friendly interaction according to claim 7, wherein, The analysis module specifically comprises: a shared data acquisition unit configured to acquire shared travel data of a plurality of rural residents; a location determination unit configured to determine a location for buying the target medicine; a resident selection unit configured to perform a distance and travel state analysis on the shared travel data based on the location, and select a buying resident from the plurality of rural residents. 10.The smart management system for rural life services for the elderly interaction according to claim 9, wherein, The time judgment module specifically comprises: a data extraction unit configured to extract first target travel data of the buying resident from the shared travel data; a travel mode identification unit configured to identify the first target travel data to determine a travel mode of the buying resident; a request location identification unit configured to identify the medicine buying request to determine a request location; a completion time estimation unit configured to estimate a buying completion time according to the travel mode, the request location, and the buying location, in combination with a buying distance and a travel state of the buying resident; a time judgment unit configured to compare and analyze the buying completion time to determine whether the time meets the time limit for buying the medicine.

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