Household intelligent medicine taking management system
By designing a smart home medication management system that combines Braille, voice interaction, and automated control, the system solves the difficulties faced by blind and visually impaired patients in medication management. It enables convenient access to medication information, easy operation, expiration date management, adverse reaction monitoring, and a suitable environment, while also providing remote support, thus improving ease of use and safety.
Patent Information
- Application Number
- CN202511568175.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-10-30
- Publication Date
- 2026-02-03
AI Technical Summary
Existing intelligent drug management systems cannot meet the special needs of blind and visually impaired patients, especially in terms of drug information acquisition, user interface, drug expiration date management, adverse reaction monitoring, environmental management, and remote support, resulting in inconvenience and safety hazards.
A home-based intelligent medication management system was designed, which includes a Braille assistive function module, a voice operation function module, an adverse reaction management module, an automatic environmental adjustment function module, an automatic drug identification and expiration date management module, a medication management module, and a remote monitoring module. It provides functions such as Braille display, voice interaction, real-time environmental monitoring, automatic drug identification, adverse reaction monitoring, and remote support.
It improves the convenience and safety of medication management for blind and visually impaired patients, ensures medication expiration date management, adverse reaction monitoring and environmental suitability, provides personalized medication plans and remote health support, and enhances quality of life and treatment outcomes.
Smart Images
Figure CN121460053A_ABST
Abstract
Description
Technical Field
[0001] This invention relates to the field of drug management technology, and in particular to a home-based intelligent medication management system. Background Technology
[0002] With the advancement of modern technology, smart home and healthcare technologies have been widely applied globally. In the field of pharmaceutical management, the research and application of intelligent pharmaceutical management systems have also received increasing attention due to the growing severity of population aging. This is especially true for blind people, visually impaired patients, and the elderly, for whom the need for intelligent pharmaceutical management systems is becoming increasingly important. These groups face significant difficulties in medication use, primarily in areas such as accessing medication information, medication management, medication storage, environmental control, and adverse reaction monitoring. Although some intelligent pharmaceutical management systems exist on the market, these existing technologies generally have shortcomings and cannot meet the specific needs of blind and visually impaired patients during medication administration.
[0003] Currently, most drug management systems rely on visual interfaces to display drug information, typically providing details such as drug name, dosage, administration time, and usage via a display screen. For blind or visually impaired individuals, who cannot access drug information visually, existing systems fail to adequately consider their needs. While some intelligent drug management systems are equipped with voice prompts, the information provided by voice feedback is often limited and cannot cover complex drug information, medication plans, and personalized needs. For systems that require touchscreen access to drug information, blind individuals face significant operational difficulties; they cannot determine the location and information of drugs by touch, nor can they accurately identify the required medication.
[0004] Most existing intelligent medication management devices use touchscreens or button interfaces. For blind or visually impaired individuals, these interfaces present significant limitations. While touchscreen interfaces offer some convenience, the lack of Braille signage or voice feedback makes accurate operation difficult for blind users. In complex scenarios (such as modifying medication dosage plans or viewing detailed medication information), blind users often require external assistance. Although some systems offer voice commands, their voice recognition and feedback capabilities remain limited, especially with complex commands or multi-step operations, easily leading to failures or misoperations, thus failing to truly meet the needs of blind users.
[0005] Managing the expiration dates of medications is a crucial function of intelligent medication management systems. Traditional medication management methods typically rely on paper labels or reminders from family members, which are unsuitable for blind users. While existing intelligent medication management systems can record the production date and expiration date of medications electronically, most systems lack dedicated Braille displays or voice prompts. This makes it difficult for blind users to independently monitor medication expiration dates, leading to the use of expired drugs. This not only affects the efficacy of the medication but can also potentially cause serious health problems, especially for medications requiring special storage conditions. Using expired medications may cause irreversible damage to the patient's health.
[0006] Adverse reactions during medication use represent a significant risk. Blind users may be unable to visually or consciously identify adverse drug reactions in a timely manner, and traditional medication management systems often fail to provide real-time monitoring and feedback. While some intelligent medication management systems offer databases of adverse drug reactions, these systems typically only provide static drug information queries and lack dynamic real-time monitoring capabilities. Even if the system offers voice prompts, it cannot provide effective solutions based on the user's specific symptoms. If users experience discomfort while taking medication, they often cannot promptly identify whether the medication has caused an adverse reaction, and may even miss the optimal time for medical attention, seriously impacting their health.
[0007] The storage environment of pharmaceuticals is a crucial factor in ensuring their efficacy and safety. Many medications have strict requirements regarding environmental conditions such as temperature and humidity, especially certain vaccines and insulin. Improper storage can lead to loss of efficacy or deterioration. However, most existing intelligent pharmaceutical management systems lack environmental monitoring and automatic adjustment capabilities. While some systems offer basic temperature and humidity displays, few can monitor the storage environment in real time and automatically adjust when conditions are unsuitable. This is particularly important for blind users, who typically cannot visually assess the storage environment and lack the ability to make their own judgments. Without intelligent environmental monitoring and adjustment, users may administer medications in unsuitable conditions, leading to reduced efficacy or even adverse reactions.
[0008] While some existing intelligent drug management systems possess remote monitoring capabilities, most do not adequately consider the specific needs of the blind population. Many systems limit remote monitoring to family members viewing medication records and environmental data, failing to provide real-time intervention or personalized guidance. Remote support from family members or healthcare professionals is particularly crucial for blind users. In some cases, blind users may encounter problems they cannot solve independently during medication administration, and traditional remote monitoring functions cannot provide timely assistance, resulting in ineffective problem resolution.
[0009] While existing technologies have made some progress in drug management and healthcare, many shortcomings remain in addressing the specific needs of blind and visually impaired patients. Problems such as difficulty accessing drug information, user interfaces unsuitable for blind users, inadequate management of drug expiration dates, insufficient monitoring of adverse reactions, lack of environmental management, and lack of remote support seriously affect the safety of drug use and the convenience of health management for the blind population. These limitations of existing technologies indicate an urgent need for a more intelligent and user-friendly system that fully considers the needs of blind users, provides multiple interaction methods such as Braille and voice, and enhances the safety, convenience, and personalization of drug management, thereby improving their quality of life and treatment outcomes.
[0010] Therefore, we urgently need to design a smart home medication management system to solve the above problems. Summary of the Invention
[0011] This invention provides a home-based intelligent medication management system, characterized in that the system comprises:
[0012] Braille assistive function module: used to help blind / visually impaired users obtain drug information and set up medication plans through Braille display and Braille operation guide;
[0013] Voice operation function module: including voice recognition module and voice synthesis module, used to receive and respond to voice commands, supporting users to interact with the system through voice;
[0014] Adverse reaction management module: used to record symptom information entered by users, retrieve adverse reaction information of drugs, and provide coping measures or automatically contact doctors;
[0015] Automatic environmental adjustment module: used to monitor the temperature and humidity of the drug storage environment in real time, and automatically adjust the environmental conditions when necessary;
[0016] Automatic Drug Identification and Expiry Date Management Module: Used to automatically identify drug information and manage drug expiry dates, including barcode or QR code recognition functionality;
[0017] Medication management module: Used to generate personalized medication plans based on user medical records and prescription information, and remind users to take their medication on time;
[0018] Automatic Medication Export Module: Used to automatically export the required medications to the dispensing port according to the medication plan;
[0019] Remote monitoring module: Used by family members or medical staff to remotely monitor users' medication information, drug storage volume and environmental conditions via mobile devices.
[0020] As a preferred embodiment of the present invention, the Braille assistive function module includes:
[0021] Braille display module: used to display drug name, dosage, and administration time information through Braille touch points or labels;
[0022] Braille Operation Guide Module: Provides operation guides in Braille format to help users complete drug settings and export functions.
[0023] As a preferred technical solution of the present invention, the voice operation function module includes:
[0024] Voice recognition module: Recognizes user voice commands through built-in or external devices and executes corresponding operations;
[0025] Speech synthesis module: Used to convert system-generated feedback information into speech output so that users can interact with the system via voice.
[0026] As a preferred technical solution of the present invention, the adverse reaction management module includes:
[0027] Symptom input module: Allows users to input discomfort symptoms during medication via voice.
[0028] The adverse drug reaction search module allows users to search for possible adverse reactions of medications they are currently taking based on the symptoms they input.
[0029] Response suggestion module: Automatically provides response measures when relevant adverse reactions are detected;
[0030] Automatic doctor contact module: Automatically dials doctor's contact number or sends email when needed.
[0031] As a preferred technical solution of the present invention, the automatic environmental adjustment function module includes:
[0032] Environmental monitoring module: Used for real-time monitoring of the temperature of the drug storage environment. and humidity
[0033] Automatic adjustment module: When the ambient temperature and humidity exceed the preset range, the module automatically adjusts the environmental conditions to ensure that the drug storage conditions meet the requirements. Specifically:
[0034]
[0035] in, and This refers to the required temperature range for storage. and The required storage range for humidity, when the monitored temperature and humidity... or When the range is exceeded, the system automatically activates the adjustment device to adjust the environment.
[0036] As a preferred technical solution of the present invention, the automatic drug identification and expiration date management module includes:
[0037] Automatic Drug Identification Module: By scanning the barcode or QR code on drug packaging, the module automatically identifies drug information and enters it into the system, including drug name, specifications, manufacturer, and production date. Production batch number information;
[0038] Expiry date management module: used to manage the expiry date of medicines. and validity period (Unit: days) Calculate the expiration date of the medicine. Specifically, it is as follows:
[0039]
[0040] Among them, if the current date With the expiry date satisfy The system will automatically issue a reminder to the user to replace the expired medicine.
[0041] As a preferred embodiment of the present invention, the medication management module includes:
[0042] Medication plan generation module: Automatically generates personalized medication plans based on user medical records and prescription information;
[0043] Medication reminder module: Reminds users to take their medication on time via voice or display screen at the set medication time.
[0044] As a preferred technical solution of the present invention, the remote monitoring module includes:
[0045] Data transmission module: used to transmit user medication information, drug storage volume, and environmental data to mobile devices of family members or medical staff;
[0046] Remote viewing module: Allows family members or medical staff to view the user's medication status and environmental conditions in real time.
[0047] This invention also provides a home-based intelligent medication management system method, comprising the following steps:
[0048] Braille display and voice output: The Braille display module converts drug information into Braille, and the voice synthesis module converts the information into voice for blind / visually impaired users to access;
[0049] Voice recognition and execution: The voice recognition module receives the user's voice commands, recognizes them, and executes the corresponding operations, such as querying drug information or setting a medication plan;
[0050] Adverse reaction monitoring and feedback: The symptom input module records the user's symptoms, and the adverse drug reaction retrieval module searches for potential adverse reactions of related drugs and provides prompts for coping measures;
[0051] Environmental monitoring and automatic adjustment: Real-time monitoring of temperature and humidity in the drug storage environment, and automatic adjustment module to adjust environmental conditions to ensure that drug storage conditions meet requirements;
[0052] Drug identification and expiration date management: Drug information is identified by scanning barcodes or QR codes, and expiration date reminders are set to prevent drugs from expiring. Specifically:
[0053]
[0054] If the current date Approaching or past the due date The system will automatically send an expiration reminder.
[0055] Medication reminder and export function: Reminds users to take their medication on time according to the medication plan and automatically exports the required medications;
[0056] Remote monitoring and data sharing: The remote monitoring module transmits the user's medication information and environmental conditions to family members or medical staff for remote management.
[0057] As a preferred technical solution of the present invention, the environmental monitoring module collects temperature data in real time through a temperature and humidity sensor. and humidity and the preset drug storage conditions and The system compares the conditions, and if the conditions are not met, it automatically adjusts the environment.
[0058] Beneficial effects
[0059] This invention, by combining Braille assistance and voice operation functions, solves the difficulties faced by blind / visually impaired individuals in accessing and operating medication information in traditional medication management systems. The Braille display module and voice synthesis function allow users to obtain key information such as medication name, dosage, and administration time in real time. Simultaneously, the system supports voice recognition and feedback, greatly improving its operability and convenience. Blind users no longer need external assistance and can independently manage medication and set up medication plans, thereby enhancing their self-management capabilities and reducing the risk of mis-dosing and missed doses.
[0060] This invention provides a novel solution for drug expiration date management, adverse drug reaction monitoring, and storage environment regulation. The system can automatically set reminders based on the drug's production date and expiration date, and provide voice and Braille prompts to users to replace expired drugs promptly, preventing blind users from missing expiration dates due to not being able to see drug labels. The adverse drug reaction management module can monitor users' medication use in real time, identify potential adverse reactions, and provide corresponding countermeasures, greatly enhancing the safety of medication administration. Simultaneously, the environmental monitoring module monitors the temperature and humidity of the drug storage environment in real time and can automatically adjust them to ensure that drugs are stored under suitable environmental conditions, improving drug safety and efficacy.
[0061] This invention enables remote monitoring via a cloud platform, allowing family members or healthcare professionals to view the blind user's medication records, drug storage environment, and health status at any time, promptly identifying potential problems and intervening remotely. When abnormalities are detected in the user's medication plan or storage environment, family members or doctors can provide guidance via remote devices, even helping to adjust the medication plan or initiate necessary interventions. This function not only improves the accuracy and timeliness of medication management but also enhances the blind user's sense of security, ensuring they receive necessary health support even without direct caregivers.
[0062] Through these beneficial effects, the present invention can greatly improve the difficulties faced by blind and visually impaired people in medication management and health monitoring, providing a more intelligent, safe, and convenient home medication management system, and effectively improving their quality of life and treatment outcomes. Attached Figure Description
[0063] To more clearly illustrate the technical solutions in this invention or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are some embodiments of this invention. For those skilled in the art, other drawings can be obtained from these drawings without creative effort.
[0064] Figure 1 This is a system block diagram of a home-based intelligent medication management system. Detailed Implementation
[0065] To make the objectives, technical solutions, and advantages of this invention clearer, the technical solutions of this invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some, not all, of the embodiments of this invention. All other embodiments obtained by those skilled in the art based on the embodiments of this invention without creative effort are within the scope of protection of this invention.
[0066] The following is in conjunction with the appendix Figure 1 The present invention will be described in detail with reference to several embodiments.
[0067] Example 1: Medication management system for blind / visually impaired users;
[0068] This embodiment provides a home-based intelligent medication management system, specifically designed for blind and visually impaired individuals. It combines voice, Braille, and automated control technologies to help users manage medications effectively and conveniently. The system includes the following modules and their implementation methods:
[0069] Braille Assistive Function Module: Braille Display Module: The system displays information such as drug name, dosage, and administration time via a touchscreen, and provides Braille labels on the screen. For example, the drug name "Amoxicillin" is displayed in Braille characters on the screen, and the user obtains drug information by touching the label.
[0070] Braille Operation Guide: The system provides operation guides in Braille format to help users set up medication plans and perform medication operations. Users can confirm information such as medication administration time and dosage by touching the Braille labels.
[0071] Voice recognition module: Users can interact with the system through voice commands, such as saying "show medicine list", and the system can recognize the commands and provide medicine information via voice.
[0072] Speech synthesis module: The system generates feedback information and broadcasts it to the user via voice. For example, the system might remind the user: "Please take medication A at 8:00 AM."
[0073] Adverse reaction management module: Symptom input module: Users input symptoms (such as dizziness, nausea, etc.) via voice, and the system records and provides feedback on the symptom. For example, if a user tells the system "I feel nauseous," the system will record the symptom and take further action.
[0074] Adverse Drug Reaction Retrieval Module: Based on the symptoms entered by the user, the system retrieves relevant adverse drug reactions from the database. For example, when a user reports dizziness, the system will search for any medications they are currently taking that may cause this symptom.
[0075] The system provides initial coping strategies, such as "drinking water to relieve nausea." Additionally, the system will determine whether to automatically call a doctor based on the severity of the symptoms.
[0076] Automatic doctor contact module: If symptoms are severe, the system will automatically contact a pre-set doctor for further consultation via phone or email.
[0077] Automatic environmental control module: Environmental monitoring module: The system monitors the temperature and humidity of the drug storage environment in real time to ensure they are within the specified range. The system has a built-in temperature and humidity sensor to collect temperature data in real time. and humidity , and display the data.
[0078] Automatic adjustment module: When environmental conditions exceed the requirements for drug storage, the system will automatically start equipment such as air conditioners, humidifiers or dehumidifiers to adjust.
[0079] For example, when the temperature exceeds The system will activate the air conditioning to cool down the room; when the humidity exceeds [a certain threshold]... The system starts the humidifier.
[0080] Formula: If or or or
[0081] in, and These are the minimum and maximum temperatures, respectively. and These are the minimum and maximum humidity values. If the temperature and humidity exceed these ranges, the system will activate the environmental control equipment.
[0082] Automatic Drug Identification and Expiry Date Management Module: Automatic Drug Identification Module: By scanning the barcode or QR code on the drug packaging, the system automatically obtains detailed information about the drug (such as name, production date, expiry date, etc.).
[0083] Expiry date management module: The system manages the expiry date of the medicine. and validity period Automatically calculate the expiration date of medicines It will also provide reminders when the expiration date is approaching.
[0084] formula:
[0085]
[0086] in, It is the production date of the medicine. This refers to the shelf life of the medicine (in days). It is the expiration date of the medicine.
[0087] If the current date satisfy If the medication expires, the system will issue a reminder.
[0088] Medication Management Function Module: Medication Plan Generation Module: The system automatically generates personalized medication plans based on the user's medical records and prescriptions. Users can set daily medication times and dosages via voice input or a touch interface.
[0089] Medication reminder module: The system reminds users to take their medication at set times. For example, at the user-set time, the system will announce "Please take medication A" via voice and record whether the user has taken the medication.
[0090] Automatic Medication Export Module: The system automatically exports the required medications to the dispensing slot based on the user's medication plan. When a user needs to take a certain medication, the system will automatically export it for easy access.
[0091] Remote monitoring module: This module uploads the user's medication records, environmental data, and other information to remote devices via a cloud platform. Family members or healthcare professionals can view the user's medication status in real time and provide intervention or guidance.
[0092] Example 2: A complete medication management process for blind users;
[0093] This example demonstrates how to provide a complete intelligent medication management service for blind users. The system helps users manage their medication through voice and Braille information, ensuring that users take their medication on time and accurately.
[0094] Setting up a medication schedule: Users can set up a medication schedule via voice commands or touch operation. The system automatically generates a medication schedule based on the information entered by the user and provides the relevant information to the user via voice or Braille.
[0095] Drug information retrieval using a combination of voice and Braille:
[0096] Users can query drug information via voice. The system will return information such as the drug name, administration time, and dosage, and provide feedback through Braille labels or voice.
[0097] Environmental monitoring and control: The system monitors the temperature and humidity of the drug storage environment in real time to ensure they are within the specified range. For example, if the system detects that the temperature is too high, it will automatically start the air conditioner to cool down the drug and ensure it is stored in a suitable environment.
[0098] Adverse reaction management: Users can input adverse reactions after taking the medication via voice. The system will automatically retrieve adverse reaction information based on the symptoms and provide initial coping strategies. If the symptoms are severe, the system will automatically contact a doctor.
[0099] Drug expiration date management: The system automatically records the production date and expiration date of drugs. Users receive reminders via voice or Braille labels when the drug is about to expire.
[0100] formula:
[0101]
[0102] If the current date C ≥ D, the system will remind the user via voice to replace the expired medicine in time.
[0103] Example 3: Voice control and automatic environmental adjustment;
[0104] This embodiment demonstrates how to automatically adjust the drug storage environment through voice commands.
[0105] Environmental monitoring: The system collects temperature and humidity data in real time through built-in sensors, and users can query the environmental status via voice commands. For example, if a user says, "Query the current temperature and humidity," the system will provide real-time temperature and humidity data.
[0106] Automatic adjustment: Users can adjust environmental conditions via voice commands, such as "adjust the temperature to 22 degrees" or "adjust the humidity to 60%". The system will then activate relevant devices, such as air conditioners and humidifiers, to automatically adjust the environment based on the commands.
[0107] Formula: If or or or
[0108] If the ambient temperature and humidity exceed the preset range, the system will activate the adjustment device to ensure a suitable environment.
[0109] Example 4: Remote monitoring and intervention;
[0110] In this embodiment, the system performs remote monitoring through a cloud platform, allowing family members or medical staff to view the user's medication and environmental data at any time.
[0111] Data Upload: The system uploads users' medication records, drug storage information, environmental data, etc., to the cloud platform in real time. Family members or medical staff can view the data via mobile devices.
[0112] Remote intervention: If a problem is detected, healthcare professionals can intervene in the user's medication plan through remote devices, guiding the user to adjust the medication time or handle medication issues.
[0113] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, and not to limit them; although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art should understand that modifications can still be made to the technical solutions described in the foregoing embodiments, or equivalent substitutions can be made to some of the technical features; and these modifications or substitutions do not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims
1. A home-based intelligent medication management system, characterized in that, The system includes: Braille assistive function module: used to help blind / visually impaired users obtain drug information and set up medication plans through Braille display and Braille operation guide; Voice operation function module: including voice recognition module and voice synthesis module, used to receive and respond to voice commands, supporting users to interact with the system through voice; Adverse reaction management module: used to record symptom information entered by users, retrieve adverse reaction information of drugs, and provide coping measures or automatically contact doctors; Automatic environmental adjustment module: used to monitor the temperature and humidity of the drug storage environment in real time, and automatically adjust the environmental conditions when necessary; Automatic Drug Identification and Expiry Date Management Module: Used to automatically identify drug information and manage drug expiry dates, including barcode or QR code recognition functionality; Medication management module: Used to generate personalized medication plans based on user medical records and prescription information, and remind users to take their medication on time; Automatic Medication Export Module: Used to automatically export the required medications to the dispensing port according to the medication plan; Remote monitoring module: Used by family members or medical staff to remotely monitor users' medication information, drug storage volume and environmental conditions via mobile devices.
2. The home-based intelligent medication management system according to claim 1, characterized in that, The Braille assistive function module includes: Braille display module: used to display drug name, dosage, and administration time information through Braille touch points or labels; Braille Operation Guide Module: Provides operation guides in Braille format to help users complete drug settings and export functions.
3. The home-based intelligent medication management system according to claim 1, characterized in that, The voice operation function module includes: Voice recognition module: Recognizes user voice commands through built-in or external devices and executes corresponding operations; Speech synthesis module: Used to convert system-generated feedback information into speech output so that users can interact with the system via voice.
4. The home-based intelligent medication management system according to claim 1, characterized in that, The adverse reaction management module includes: Symptom input module: Allows users to input discomfort symptoms during medication via voice. Adverse drug reaction search module: Searches for possible adverse reactions of medications currently being taken based on symptoms entered by the user; Response suggestion module: Automatically provides response measures when relevant adverse reactions are detected; Automatic doctor contact module: Automatically dials doctor's contact number or sends email when needed.
5. The home-based intelligent medication management system according to claim 1, characterized in that, The automatic environmental adjustment function module includes: Environmental monitoring module: Used for real-time monitoring of the temperature of the drug storage environment. and humidity Automatic adjustment module: When the ambient temperature and humidity exceed the preset range, the module automatically adjusts the environmental conditions to ensure that the drug storage conditions meet the requirements. Specifically: in, and This refers to the required temperature range for storage. and The required storage range for humidity, when the monitored temperature and humidity... or When the range is exceeded, the system automatically activates the adjustment device to adjust the environment.
6. The home-based intelligent medication management system according to claim 1, characterized in that, The automatic drug identification and expiration date management module includes: Automatic Drug Identification Module: By scanning the barcode or QR code on drug packaging, the module automatically identifies drug information and enters it into the system, including drug name, specifications, manufacturer, and production date. Production batch number information; Expiry date management module: used to manage the expiry date of medicines. and validity period Calculate the expiration date of the medicine Specifically, it is as follows: Among them, if the current date With the expiry date satisfy The system will automatically issue a reminder to the user to replace the expired medicine.
7. The home-based intelligent medication management system according to claim 1, characterized in that, The medication management module includes: Medication plan generation module: Automatically generates personalized medication plans based on user medical records and prescription information; Medication reminder module: Reminds users to take their medication on time via voice or display screen at the set medication time.
8. The home-based intelligent medication management system according to claim 1, characterized in that, The remote monitoring module includes: Data transmission module: used to transmit user medication information, drug storage volume, and environmental data to mobile devices of family members or medical staff; Remote viewing module: Allows family members or medical staff to view the user's medication status and environmental conditions in real time.
9. A method for implementing the home-based intelligent medication management system according to any one of claims 1-8, characterized in that, Includes the following steps: Braille display and voice output: The Braille display module converts drug information into Braille, and the voice synthesis module converts the information into voice for blind / visually impaired users to access; Voice recognition and execution: The voice recognition module receives the user's voice commands, recognizes them, and executes the corresponding operations, such as querying drug information or setting a medication plan; Adverse reaction monitoring and feedback: The symptom input module records the user's symptoms, and the adverse drug reaction retrieval module searches for potential adverse reactions of related drugs and provides prompts for coping measures; Environmental monitoring and automatic adjustment: Real-time monitoring of temperature and humidity in the drug storage environment, and automatic adjustment module to adjust environmental conditions to ensure that drug storage conditions meet requirements; Drug identification and expiration date management: Drug information is identified by scanning barcodes or QR codes, and expiration date reminders are set to prevent drugs from expiring. Specifically: If the current date Approaching or past the due date The system will automatically send an expiration reminder. Medication reminder and export function: Reminds users to take their medication on time according to the medication plan and automatically exports the required medications; Remote monitoring and data sharing: The remote monitoring module transmits the user's medication information and environmental conditions to family members or medical staff for remote management.
10. The implementation method according to claim 9, characterized in that, The environmental monitoring module collects temperature data in real time via a temperature and humidity sensor. and humidity and the preset drug storage conditions and The system compares the conditions, and if the conditions are not met, it automatically adjusts the environment.