Drug intake control system and method
By integrating motion, sound, proximity, and temperature sensors into the drug intake control system, combined with a microcontroller, the problem of monitoring patient medication adherence has been solved, achieving efficient and safe drug intake control and reducing the risk of drug errors and poisoning.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- 阿菲永卡拉希萨尔健康科学大学校长办公室特别秘书处
- Filing Date
- 2024-09-26
- Publication Date
- 2026-07-24
AI Technical Summary
Existing technologies struggle to effectively monitor and control patient medication adherence, especially the timing and dosage of medication for the elderly and disabled, without relying on the internet, remote connections, or external electronic devices, leading to treatment ineffectiveness or the risk of drug poisoning.
By integrating motion detection, sound detection, proximity sensors, temperature sensors, and display warning elements into the medication intake control system, and combining it with an Arduino Nano microcontroller, the system can monitor the user's medication-taking actions and environmental changes in real time, ensuring that the medication is taken on time and in the correct dosage, and alerting the user and supervisor in case of errors.
It enables improved patient medication adherence, reduced medication errors, lower risk of drug poisoning, reduced burden on caregivers, and improved quality of life without the need for internet or external devices.
Smart Images
Figure CN122458950A_ABST
Abstract
Description
Technical Field
[0001] This invention relates to a drug intake control system and method that can monitor and control patient compliance and routine drug intake procedures.
[0002] Specifically, the present invention relates to a drug intake control system and a drug intake control method, which can control the compliance process of patients (e.g., the elderly, disabled persons, and people taking multiple medications) who need to take medication regularly according to a medication plan and time. The system and method monitor the medication time and amount / dosage by detecting user actions, remind the user when the medication intake time or dosage is not followed, and notify medical staff and / or patient managers, without the need for the use of the Internet, remote connection or external electronic devices. Background Technology
[0003] Elderly individuals, people with disabilities, or those with chronic illnesses often require regular medication use to treat or manage impaired physical and / or cognitive function. While patients typically cared for by relatives or caregivers can receive assistance with medication administration, those living alone may not always be able to take one or more medications on time and in the correct dosage, leading to treatment ineffectiveness. Furthermore, non-professional relatives or caregivers may find it difficult to adhere to prescriptions. Therefore, reminding and informing patients and their caregivers about medication use is particularly important.
[0004] The most common medication failures include failure to take medication on time, medication confusion, incorrect dosage, and / or incorrect administration. Regular and correct medication use is particularly important for patients with chronic conditions, such as the elderly, people with disabilities, patients of all ages using multiple medications, patients with cognitive impairment, dementia, mood disorders, and those using medications with a narrower safety range. In this context, cases of drug poisoning due to incorrect dosage and / or type of medication constitute a significant and potentially life-threatening emergency room visit.
[0005] Current practices involve using alerts or pillboxes as reminders, such as mobile apps. These reminder apps require patients to have a mobile phone and the ability to use a smartphone. However, even if the app or pillbox provides a warning, patients with cognitive impairment, especially dementia, may not remember whether they have taken their medication. Furthermore, medication prescriptions typically require patients to manage and update these application materials themselves. This makes it difficult for doctors to monitor medication use and could potentially put patients' health at risk.
[0006] Patent application CN106005690A, as prior art, describes a drug storage container and a drug reminder system. The drug storage container includes a storage container, a drug intake detection unit, a control unit, and a communication unit. The storage container is used to store a single drug or to store different drugs in separate containers, while the drug intake detection unit is able to determine the time of drug intake. Drug intake detection is performed by a weight sensor or counter that measures changes in the weight of the container body. If multiple storage areas exist, these sensors can control each container separately. The control unit (optionally connected to a display unit configured to display drug and patient information) assesses whether the medication has been taken on time. Similarly, an input unit that can be connected to the control unit can be used to update drug and patient information. The communication unit sends these signals to a cloud server. A secondary communication unit receives signals from the primary communication unit and sends the signals to a processing unit. The document does not mention solutions for controlling / monitoring patient medication time and quantity by detecting user actions without using remote connections or external electronic / mobile devices.
[0007] Another prior art patent document, CN109541930A, discloses a multifunctional waterproof / moisture-proof smartwatch for medication reminders and monitoring physiological indicators. The smartwatch includes a smart physiological indicator monitoring system, a mobile application management system, data recording and storage, a medication intake reminder system, a GPS positioning system, a voice control system, a communication system, an alarm system, and a battery monitoring system module. The built-in smart physiological indicator monitoring system can record the user's blood pressure, pulse, and heart rate in real time, and transmit this data to the data recording and storage system via the communication system for viewing through a smart bracelet or mobile application. Furthermore, the GPS positioning system allows family members to track the user's location. The mobile application management system, which controls the smartwatch's functions, connects to the smart physiological indicator monitoring system via a wireless network or Bluetooth, and this system is connected to all modules. Based on information processed in the software, the medication reminder function is activated via the smartwatch or mobile application, or both simultaneously, displaying medication time, medication name, method of administration, warnings, etc., through sound, vibration, etc. This document does not mention solutions for controlling and monitoring patient medication time and dosage by detecting user actions without using remote connections or external electronic / mobile devices.
[0008] Therefore, there is a need to develop a drug intake control system and a drug intake control method for operating the system, which can control the patient's adherence to the drug intake protocol, monitor the drug intake status, time and amount / dosage by detecting user actions, remind the user when the drug prescription is not followed, and notify the patient's supervisor, without using the Internet, remote connection, external electronic devices or mobile devices. Summary of the Invention
[0009] This invention relates to a drug intake control system and method that meets the above-mentioned needs, eliminates potential drawbacks, and provides some additional advantages.
[0010] The main objective of the drug intake control system and method described in this invention is to obtain a drug intake control system and method that can control patient compliance with the drug intake regimen by detecting user movement without the need for remote connection or the use of external electronic devices or mobile devices, and to monitor drug intake status, time, amount / dosage.
[0011] Another objective of this invention is to provide a drug intake control system and method that allows for alerting the user / patient and notifying the patient's supervisor or healthcare personnel when the prescribed medication time and / or dosage are not followed.
[0012] Another objective of this invention is to provide an easy-to-use and effective drug intake control system and method that does not require internet access or mobile device usage skills.
[0013] Another objective of this invention is to obtain a drug intake control system and method that improves the drug treatment process by supporting adherence to drug intake protocols.
[0014] Another objective of this invention is to provide an efficient drug intake control system and method that enables patients to gain independence during treatment, improves their quality of life, and reduces the workload of patient care providers.
[0015] Another object of the present invention is to obtain a safe drug intake control system and method that can prevent drug side effects caused by overdose or poisoning, as well as inadequate treatment caused by insufficient dosage.
[0016] The alternative objective of this invention is to provide a functional drug intake control system and method that can motivate patients to take medication, support voluntary participation in scientific research, and provide medical personnel with objective information about drug use.
[0017] Another objective of this invention is to obtain an effective drug intake control system and method that minimizes forgetting factors in drug intake, assists disabled and elderly patients during drug intake, and reduces patient-related errors.
[0018] To achieve the above objectives in the most general form, the medication intake control system includes at least one main body and at least one timing element. This system requires no internet connection, remote connection, external electronic devices, or mobile devices. It controls and monitors the patient / user's medication intake process by detecting user actions, detecting and monitoring medication intake status, time, and amount / dosage, and alerting the user when necessary. The system also includes: at least one warning element; at least one display element; at least one motion detection element; and at least one sound detection element. Furthermore, the system includes: at least one proximity sensor element; at least one temperature sensor element; at least one storage element; and at least one control element.
[0019] A drug intake control method applicable to the drug intake control system developed in this invention includes the following steps: a medical professional inputs prescription information into a control element; the system is worn on the user's / patient's hand, arm, or wrist; the user's actions during medication administration, including the position of the hand and / or arm during the actions, and / or the distance of the hand and / or arm from the ground; the sound of the user opening the medicine box or tearing / ripping the medicine packaging before taking the medication; the distance between the user's hand and face during medication administration; matching the real-time / instantaneous time and prescription information from the storage element, and activating the warning element and / or display element at each subsequent medication administration time; reminding the user of the medication administration time and / or prescription information via vibration, hearing, and / or vision; recording the detected continuous measurement information; comparing the received initial measurement information with the continuous measurement information, and activating the warning element and / or display element when missing or different information compared to the initial measurement information is found; reminding the user via the warning element and / or display element to convey information about missed, overdosed, or missed medication to the user via vibration, hearing, and / or vision. Attached Figure Description
[0020] The structure and features of the invention, as well as all its advantages, will become clearer with reference to the following figures and the detailed description written with reference to these figures; therefore, an evaluation should be made in conjunction with these figures and the detailed description.
[0021] To better understand the structure and advantages of the present invention, an evaluation should be made in conjunction with the accompanying drawings described below.
[0022] Figure 1 : Schematic diagram of the drug intake control system of the present invention.
[0023] Component Reference 1. Main Body 2. Timing element 3. Warning element 4. Display elements 5. Motion sensor element 6. Sound sensor element 7. Proximity sensor element 8. Thermal sensor element 9. Storage elements 10. Control elements 11. Connection slot 12. Power supply components Detailed Implementation In this detailed description, preferred embodiments of the drug intake systems and methods of the present invention are provided only for a better understanding of the subject matter and are explained in a manner that does not produce any limiting effect.
[0024] A drug intake control system developed by this invention (see schematic diagram) Figure 1This system allows for the control of a patient's / user's medication intake process without the need for the internet, remote connections, external electronic devices, or mobile devices. It detects and monitors medication intake status, time, and amount / dosage by detecting user actions, alerting the user when medication is missed or incorrectly taken, and notifying the personnel responsible for medication monitoring. The system includes at least one main body 1, preferably made of a polymer material suitable for 3D printing, preferably with a watch or wristband structure suitable for positioning on the user's hand, wrist, and / or arm. This allows for carrying system components located therein or on it, and enables the system to connect to the user's hand, wrist, and / or arm. At least one timing element 2, preferably a real-time clock (RTC) sensor, is located within the main body 1, capable of acquiring real-time clock information instantly. Furthermore, the system includes at least one warning element 3, preferably with a buzzer and / or vibration motor structure, located within the main body 1, which alerts the user through sound and / or vibration when medication is needed, in case of incorrect, missed, or overdosed medication. At least one display element 4, preferably with an LCD screen and / or LED indicator lights, is located within the main body 1, visually conveying the drug content, dosage, administration time, administration status, and warning information to the user. At least one motion sensor element 5, preferably a multi-axis gyroscope sensor, is located within the main body 1, capable of detecting the user's body movements while taking the medication and generating motion information. At least one sound detection element 6, preferably a microphone, is located on the main body 1, capable of detecting the sound of the user opening the medicine box and / or tearing / ripping the drug packaging before taking the medication and generating sound information. The system also includes at least one proximity sensor element 7, preferably a proximity sensor, located on the main body 1, capable of measuring the distance between the user's hand and face while taking the medication and generating distance information. At least one temperature sensor element 8, preferably a heat sensor or infrared sensor, is located on the main body 1, capable of measuring the temperature change caused by the user's hand approaching their face while taking the medication and generating temperature information. At least one storage element 9, preferably an internal, removable memory (SD, MicroSD), and / or external memory structure, is located within the main body 1 and connected to each component of the system. This allows for the separate recording of drug type, dosage, and administration time; initial measurement information acquired from sensor elements (5, 6, 7, 8) upon first use of the system (including at least one user operation); and continuous measurement information acquired from sensor elements (5, 6, 7, 8) during each subsequent drug ingestion. Furthermore, the system includes at least one control element 10, preferably an Arduino Nano microcontroller structure, located within the main body 1 and connected to each component of the system. This control element 10 matches real-time information from timing element 2 with drug type, dosage, and administration time from storage element 9, activates warning element 3 and / or display element 4 upon medication administration, matches initial and continuous measurement information, and activates warning element 3 and / or display element 4 to alert the user when missing or different information compared to the initial measurement information is encountered.
[0025] In an exemplary application of the drug intake control system developed in this invention, firstly, after the drug intake control system is connected to the patient's arm (wrist) via the main body 1, it ensures that the patient takes the medication according to the prescribed amount / dosage for the first time, and inputs the medication time information from the prescription into the control element 10. During the first medication administration, the motion sensor element 5 detects the body movements performed by the patient, and creates and records the first motion information in the storage element 9. Simultaneously, the sound sensor element 6 detects the sound of the patient opening the medicine box and / or tearing / ripping the medicine packaging, and creates and records the first sound information in the storage element 9. Similarly, the proximity sensor element 7 measures the distance between the patient's hand and face when taking the medication, and creates and records the first distance information in the storage element 9. Similarly, the heat sensor element 8 measures the temperature change caused by the patient's hand being close to his / her face when taking the medication, and creates and records the first temperature information in the storage element 9. All initial measurement information obtained during the first use is stored in the storage element 9, and the same process is repeated for all subsequent medication intakes by the patient to ensure that continuous measurement information is recorded in the storage element 9. During each medication intake after the patient takes the medication, real-time information received from the timing element 2 is transmitted to the control element 10. When the prescribed medication time arrives, the control element 10 activates the warning element 3 to remind the patient of the medication time via sound or vibration. During this period, preferably, the control element 10 activates the display element 4 to visually convey the medication time and medication information (drug name, dosage, etc.) to the user. Then, through the patient's control element 10, the first measurement information received from the sensor elements (5, 6, 7, 8) is compared with the continuous measurement information received during subsequent use. If missing or different information is detected, the warning element 3 and / or the display element 4 are activated to warn the patient via vibration, sound, and / or visual means, and to inform the patient and their supervisor of any missed, overdosed, or missed medication.
[0026] In an exemplary use of the system, prescription information is defined by a healthcare professional to control element 10. This process can be accomplished through a pre-designed interface application that includes information such as the name of the medication, the daily usage time, and the range of dates to be used. The medication usage time is defined by real-time data from system timing element 2 (i.e., an RTC (Real-Time Clock) sensor). The interface allows the system to identify the medication to be taken, alerting the user via a buzzer, and displaying and / or hearing this information in both audio and text form on a flowchart on display element 4, which includes an LCD screen. After the name and dosage of the medication to be taken in the treatment plan are alerted, motion sensor element 5, which includes a three-axis gyroscope sensor, begins to detect bodily movements made by the patient during the initial 30 minutes of medication administration. If the defined movements are consistent with the algorithm, the system assumes the patient has taken the medication and issues no warning. If the gyroscope sensor does not detect the defined medication administration movement within a specified time range, it assumes the patient has not taken the medication and issues a warning by displaying the medication name on the screen and a vibration. To teach the device to motion, the user is required to perform 5 to 7 normal medication-taking movements, which are then detected by the motion sensor. To control the system's operation, a program was defined in C language using the control element 10 of an Arduino Nano microcontroller. When a sound of 30-50 dB is heard, the sound sensor element 6, containing a microphone, and the display element 4, containing an LED, light up. The thermal sensor element 8, containing an infrared sensor, measures the temperature at a specific location and is set to light up when the temperature is highest or when an ambient temperature increase of +2 degrees Celsius is detected along with a height difference of at least 25 cm. All of this is communicated to the user via audible warnings. Therefore, information regarding whether a medication intake period has begun is supported. The audible warning system can be turned off as needed. When the medication intake period is completed, the information is stored in the storage element 9, which includes an SD card, and the process ends. The user and / or authorized healthcare personnel can then review and monitor this information.
[0027] In a preferred embodiment of the present invention, the drug intake control system includes at least one connection slot 11, preferably SD, microSD, USB, or USB-Type C, located within the main body 1, which can be connected to the storage element 9 to realize information transmission.
[0028] In a preferred embodiment of the present invention, the drug intake control system includes at least one power supply element 12 located inside the main body 1 to provide the electrical energy required for system operation, preferably a battery structure suitable for charging.
[0029] A drug intake control method applicable to the drug intake control system developed in this invention includes the following steps: a medical professional inputs prescription information containing drug information, administration time, and dosage into a control element 10; the system is attached to the user's / patient's hand, arm, or wrist via a main body 1; during the user's first medication administration, a motion sensor element 5 measures the user's medication administration action, the position of the hand and / or arm during the action, and / or the distance between the hand and / or arm and the ground, and records the measured first motion information in a storage element 9; during the user's first medication administration, a sound sensor element 6 measures the sound of the user opening the medicine box or tearing / ripping the medicine packaging before administration, and records the measured first sound information in a storage element 9; during the user's first medication administration, a distance detection element 7 measures the distance between the user's hand and face when administration, and records the measured first distance information in a storage element 9; preferably, during the user's first medication administration, a temperature sensor element 8 measures the temperature caused by the user's hand being close to their face when administration. The system monitors and records the first temperature change information in storage element 9. After recording the first measurement information, the system receives and matches the real-time / instantaneous time information from timing element 2 and the prescription information from storage element 9 through control element 10, and activates warning element 3 and / or display element 4 at each subsequent medication time. The system reminds the user through warning element 3 and / or display element 4, and transmits the medication time and / or prescription information to the user through vibration, hearing and / or vision. The system records the continuous measurement information (action, sound, distance, temperature change) detected by sensor elements (5, 6, 7, 8) each time the user takes medication in storage element 9. The system compares the first measurement information from storage element 9 with the continuous measurement information through control element 10, and activates warning element 3 and / or display element 4 when there is missing or different information compared to the first measurement information. The system reminds the user through warning element 3 and / or display element 4, and transmits the information of missed medication, overdose or missed dose to the user through vibration, hearing and / or vision.
[0030] In a preferred embodiment of the invention, the drug intake control method includes: repeating each measurement process at least twice via sensor elements (5, 6, 7, 8) during the creation of first measurement information.
[0031] In another preferred embodiment of the present invention, the drug intake control method includes: after comparing first measurement information from storage element 9 with continuous measurement information, if missing information is detected compared with the first measurement information, warning the user to repeat the relevant measurement process.
[0032] In another preferred embodiment of the invention, the drug intake control method includes: warning the user if the final temperature value detected after a change in the temperature value measured by the heat sensor element 8 is not between 34-38°C.
[0033] In another preferred embodiment of the present invention, the drug intake control method includes: after comparing first measurement information from storage element 9 with continuous measurement information, if missing information is detected compared with the first measurement information, warning the user to repeat the relevant measurement process.
[0034] Table 1: Example table of real-time sound differences, temperature differences, altitude recordings and motion definitions compatible with the algorithm, including algorithm flow and related sensor information.
[0035]
[0036] In another preferred embodiment of the present invention, the drug intake control method includes: waiting for a first time value (preferably 30 minutes) after each reminder to the user; if it is detected that the user has not completed the reminded operation, then reminding the user a second time; waiting for a second time value equal to or different from the first time value after the second reminder; if it is detected a second time that the user has not completed the reminded operation, then recording the non-drug information in the storage element 9.
[0037] In another preferred embodiment of the present invention, the method includes: receiving information stored in storage element 9 via connection slot 11 for examination by authorized medical personnel.
[0038] Thanks to the drug intake control system and method developed in this invention, patient adherence to medication plans can be controlled. Medication intake status, timing, and dosage are monitored by detecting user actions, eliminating the need for internet access, remote connections, external electronic devices, or mobile devices. Furthermore, a highly efficient, effective, convenient, and fully functional drug intake control system and its operation method are provided. This system ensures that users are alerted when medication prescriptions are not followed, and notifies the patient manager and / or authorized healthcare personnel, thereby improving the rate of error-free medication intake while reducing the workload of the patient manager.
Claims
1. A drug intake control system that controls the drug intake process of a patient / user without the need for the Internet, remote connection, external electronic devices or mobile devices, detects and tracks the drug intake status, time and amount / dosage by detecting user actions, alerts the user when medication is not taken and / or the dosage is incorrect, and notifies the personnel responsible for drug monitoring; The control system includes: At least one body (1), wherein the body (1) is adapted to be positioned on a user’s hand, wrist and / or arm, such that system components are located in or on the body (1) and carried and connected to the user’s hand, wrist and / or arm; At least one timing element (2) is located within the main body (1) for instantaneous acquisition of real-time clock information; At least one warning element (3), located within the body (1), is used to alert the user by sound and / or vibration when the time for medication is approaching, and when medication is taken incorrectly, missed, or overdosed; At least one display element (4) is located within the main body (1) for visually displaying drug contents, dosage, administration time, administration status and warning information to the user; At least one motion sensor element (5) is located within the main body (1) for detecting the user's body movements when taking the medication and generating motion information; At least one sound sensor element (6) is located on the main body (1) for detecting the sound of the user opening the medicine box and / or tearing / ripping the medicine packaging before taking the medicine and generating sound information; At least one proximity sensor element (7) is located on the main body (1) for measuring the distance between the user's hand and face when taking the medicine and generating distance information; At least one heat sensor element (8) is located on the body (1) for measuring the temperature change caused by the user's hand being close to his / her face when taking the medicine and generating temperature information; At least one storage element (9), located within the main body (1) and connected to other elements of the system, is used to record information on drug type, dosage and administration time, initial measurement information obtained from sensor elements (5, 6, 7, 8) when the user first uses the system, and continuous measurement information obtained from sensor elements (5, 6, 7, 8) during each drug intake process, except for the first use of the system. At least one control element (10), located within the main body (1) and connected to other system elements, is used to match real-time information from the timing element (2) with drug type, dosage and administration time information from the storage element (9), activate the warning element (3) and / or display element (4) when medication is taken, and activate the warning element (3) and / or display element (4) and alert the user when missing or different information compared to the initial measurement information occurs by matching the initial measurement information and continuous measurement information.
2. The drug intake control system according to claim 1, wherein the main body (1) is in the form of a watch or wristband.
3. The drug intake control system according to claim 1, wherein the main body (1) is made of a polymer material suitable for 3D printers.
4. The drug intake control system according to claim 1, wherein the timing element (2) is a real-time clock sensor.
5. The drug intake control system according to claim 1, wherein the warning element (3) is a buzzer and / or a vibration motor.
6. The drug intake control system according to claim 1, wherein the display element (4) includes an LCD screen and / or LED indicator lights.
7. The drug intake control system according to claim 1, wherein the motion sensor element (5) is a multi-axis gyroscope sensor.
8. The drug intake control system according to claim 1, wherein the sound sensor element (6) is a microphone.
9. The drug intake control system according to claim 1, wherein the proximity sensor element (7) is a proximity sensor.
10. The drug intake control system according to claim 1, wherein the heat sensor element (8) is a heat sensor or an infrared sensor.
11. The drug intake control system according to claim 1, wherein the storage element (9) is an internal, removable memory and / or external memory structure.
12. The drug intake control system according to claim 1, wherein the control element (10) is an Arduino Nano microcontroller.
13. The drug intake control system according to claim 1, wherein the system further comprises at least one connection slot (11) located within the main body (1) for connecting an SD, microSD, USB, or USB-Type C to the storage element (9) for information transmission.
14. The drug intake control system according to claim 1, wherein the system further comprises at least one power supply element (12) located inside the body (1), preferably a rechargeable battery, to provide the electrical energy required for system operation.
15. A method using a drug intake control system according to any one of the preceding claims, comprising the following steps: Medical staff input prescription information, including medication, administration time, and dosage / dosage data, into the control element (10). The system is attached to the user's / patient's hand, arm, or wrist via the main body (1); During the user's first medication administration, the motion sensor element (5) measures the user's medication administration action, the position of the hand and / or arm during the action, and / or the distance between the hand and / or arm and the ground, and records the measured first action information in the storage element (9); During the user's first medication period, the sound detection element (6) detects the sound of the user opening the medicine box or tearing / ripping the medicine packaging before taking the medicine, and records the first sound information detected in the storage element (9); During the user's first medication administration, the distance between the user's hand and face is measured by the proximity sensor element (7), and the measured first distance information is recorded in the storage element (9); After recording the first measurement information, the control element (10) receives the real-time / instantaneous time from the timing element (2) and the prescription information from the storage element (9), and matches them, and runs the warning element (3) and / or the display element (4) at each subsequent medication time. The user is alerted by the warning element (3) and / or the display element (4), and the medication time and / or prescription information are conveyed to the user by vibration, sound and / or visual means; The continuous measurement information (action, sound, distance, temperature change) detected by the sensor elements (5, 6, 7, 8) during each medication administration is recorded in the storage element (9); The control element (10) compares the initial measurement information from the storage element (9) with the continuous measurement information, and activates the warning element (3) and / or the display element (4) when missing information or different information compared with the initial measurement information is detected. The user is alerted by the warning element (3) and / or the display element (4), and information about missing medication, insufficient dosage or overdose is conveyed to the user through vibration, sound and / or visual means.
16. The drug intake control method according to claim 15, wherein the control method further comprises: During the user's first medication administration, the temperature change caused by the user's hand approaching the face is measured by the heat sensor element (8), and the measured first temperature change information is recorded in the storage element (9).
17. The drug intake control method according to claim 15, wherein the control method further comprises: During the acquisition of the first measurement information, each measurement process is repeated at least twice by the sensor elements (5, 6, 7, 8).
18. The drug intake control method according to claim 15, wherein the control method further comprises: After comparing the first measurement information from the storage element (9) with the continuous measurement information, if missing information is detected compared with the first measurement information, the user is warned to repeat the measurement process related to the missing information.
19. The drug intake control method according to claim 15, wherein the control method further comprises: If the final temperature value detected by the heat sensor element (8) after the temperature value measured changes is not between 34-38°C, the user will be warned.
20. The drug intake control method according to claim 15, wherein the control method further comprises: After comparing the first measurement information from the storage element (9) with the continuous measurement information, if missing information is detected compared with the first measurement information, the user is warned to repeat the measurement process related to the missing information.
21. The drug intake control method according to claim 20; the control method further includes: After each reminder to the user, wait for the first time value (preferably 30 minutes). If it is detected that the user has not completed the reminded operation, remind the user a second time. After the second reminder, wait for a second time value that is equal to or different from the first time value. If the second reminder detects that the user has not completed the reminded operation, the information of not taking the medication is recorded in the storage element (9).
22. The drug intake control method according to claim 15; the control method further includes: Information stored in the storage element (9) is received via the connection slot (11) for examination by authorized medical personnel.