DRUG PROCUREMENT CONTROL SYSTEM AND METHOD
Patent Information
- Application Number
- TR202313940
- Authority / Receiving Office
- TR · TR
- Patent Type
- Patents
- Current Assignee / Owner
- Filing Date
- 2023-10-30
- Publication Date
- 2026-06-22
- Estimated Expiration
- 2043-10-30
Abstract
Description
1 TARIFF DRUG PROCUREMENT CONTROL SYSTEM AND METHOD Technical Area 5 The invention enables the monitoring and control of patient adherence to medication and the routine process. It relates to the procurement control system and method. The invention specifically addresses the need for the use of the internet, remote connection or an external electronic device. without hearing about it, patients who need to take medication regularly, such as the elderly, disabled, and those who use multiple medications Monitoring adherence to medication schedules and times, and tracking user behavior. by sensing and monitoring the timing and amount / dosage of medication intake, or the timing or It alerts the user if the prescribed dose of medication is not followed, and then... a medication that allows healthcare personnel and / or the person responsible for the patient to be informed 15 It relates to a drug intake control system and a drug intake control method that enables this system to function. State of the Art Patients such as the elderly, disabled, or those with chronic illnesses experience impaired physical and / or mental health. Often multiple methods are used to treat or manage cognitive functions. Regular medication is required. This is usually done by family members or caregivers. Although the patients being cared for can receive assistance regarding their medication processes, this is especially true for those living alone. For patients, taking one or more medications regularly and in the correct amount is not always necessary. This is not possible, and this situation leads to problems such as the treatment being ineffective. 25 This also happens when prescriptions written for a patient are filled out by a non-professional relative or caregiver. It is quite difficult to monitor this. For this reason, it is especially important for the patient himself and... Afterwards, the person responsible for the patient should be warned and informed about medication use. It is of great importance. The most common medication errors usually involve not taking medications on time, or not taking medications correctly. Mixing medications means taking the wrong dose and / or in the wrong way. This is especially true for chronic patients such as the elderly. patients with illnesses, disabled patients, patients of all age groups who use multiple medications, cognitive patients with weakened functions, dementia patients, patients diagnosed with mood disorders, For patients using medications with a narrow safe-use interval, regular and correct medication administration is crucial. Taking the medication correctly is extremely important. In this context, taking the medication in the right way and / or in the right amount is crucial. 2 Drug poisoning cases resulting from failure to take medication are among the emergency room visits. This constitutes a critical issue and poses a life-threatening risk. In current applications, alarms that serve as reminders, such as in mobile phone applications, or Alarm-equipped pill boxes are used. Applications with a reminder feature allow the patient to send a message to a phone 5 times. This requires them to own and also have the skills to use a smartphone. However, patients with impaired cognitive function, particularly those with dementia, may find this problematic. Even if reminders like those in the app or pillbox give a warning, they still take their medication afterwards. They may not remember that they didn't drink it. Also, this is frequently required for the preparation of drug prescriptions. The applications need to be organized and updated by the patient themselves. These 10 This situation makes it difficult for doctors to monitor patients' medication use and affects the patient's health. This leads to the creation of risky situations. A patent document, numbered CN106005690A, belonging to the known state of the art, describes a drug. A storage container and a medication reminder system are described. The aforementioned medication storage container is 15 a storage container and inside it the drug intake detection unit, control unit and communication unit It includes a storage container for a single medication or for storing different medications in separate containers. While in use, the medication intake detection unit ensures the determination of the time the medication was taken. The process of detecting the intake involves a weight sensor or a counter that measures the change in weight in the container body. This is done with. If there are multiple storage areas, these sensors are placed in each 20 It can control each container separately. Optionally, it can also provide information about the medication and the patient. A display unit configured to show the image, as well as a control unit to which it can be connected, are also possible. This unit also evaluates whether the medication has been taken on time. Updating drug and patient information via a connected input unit. This is possible. The communication unit sends these signals to a cloud server. Secondary 25 The communication unit receives signals from the initial communication unit and sends them to the processing unit. The document in question refers to a remote connection or an external electronic / mobile device. Without using external tools, it detects the patient's medication timing and dosage by sensing user movements. No solution for monitoring / tracking is mentioned. Another patent document, numbered CN109541930A, relating to the known technique, describes drug recall and... A multifunctional, waterproof / moisture-resistant smart device that can be used for monitoring physiological indicators. The time is explained. Smart physiological indicator monitoring system, mobile application management system, data logging and storage, medication reminder system, GPS location system, voice control system, It consists of communication system, alarm system and battery monitoring system modules. The smartwatch has 35 The smart physiological indicator monitoring system embedded within monitors the user's blood pressure, pulse, and heart rate. By recording physiological indicators such as heart rate in real time, this data can be transmitted to smart bracelets or 3 A communication system for storing information that can also be viewed via a mobile application. It can transmit data to the data recording and storage system via this means. Additionally, the GPS positioning system... This allows family members to learn the user's location. The smartwatch A mobile application management system where functions can be controlled, connected to all modules. The smart physiological indicator monitoring system connects via wireless network or Bluetooth. 5 Depending on the information entered into the software, the medication reminder function can be accessed via a smartwatch, mobile application, or both. through audio, vibrational, etc., information such as medication time, medication name, method of administration, and warnings. etc. is being carried out in a way that will show it. In the document in question, remote connection or without the use of an external electronic / mobile device, by detecting user movements, patients From a solution for controlling and monitoring the timing and quantity of medication intake to 10 It is not mentioned. In conclusion, the internet, remote connection, an external electronic device, or a mobile device. monitoring the adherence of patients to their medication schedules without the need for its use. This involves detecting user movements to track medication intake status, time, and quantity / dosage. monitoring, warning the user if the prescription is not followed, and the patient a drug intake control system that ensures the responsible person is informed, and this system There is a need to develop a drug intake control method for this study. Purpose of the Invention 20 The present invention meets the aforementioned requirements and eliminates potential disadvantages. It relates to a drug intake control system and method that eliminates and provides some additional advantages. The main purpose of the drug delivery control system and method described in the invention is; remote connection, an external 25 Patients can take their medication without needing to use electronic or mobile devices. Monitoring the compliance process with the programs and detecting user movements to ensure proper medication delivery. a drug intake control system that allows monitoring of the condition, timing and quantity / dosage of medication. The method is to obtain it. Another purpose of the invention is to prevent non-compliance with the timing and / or dosage of medication prescribed in a prescription. In this case, the user / patient should be warned and the person responsible for the patient or healthcare provider should be notified. The goal is to establish a drug procurement control system and method that ensures staff are informed. Another aim of the invention is to enable 35 people to use mobile devices without needing internet access or mobile device skills. The goal is to obtain an easy-to-use and effective drug intake control system and method. 4 Another aim of the invention is to support adherence behaviors to the medication process in drug therapy. The goal is to obtain a drug intake control system and method that improves the process. Another aim of the invention is to improve the quality of life of patients by giving them independence during treatment. an efficient drug that increases the workload of the person responsible for the patient and reduces the workload of the patient. 5 The goal is to obtain a procurement control system and method. Another purpose of the invention is to treat drug side effects and poisoning due to overdose. to prevent its occurrence and treatment inadequacy due to insufficient dosage The goal is to obtain a secure drug intake control system and method. 10 An alternative purpose of the invention is to motivate a patient to take medication by volunteering for scientific research. to encourage participation and to provide healthcare personnel with objective information on drug use. The goal is to obtain a functional drug delivery control system and method. Another aim of the invention is to minimize the forgetfulness factor in taking medication, for disabled and Assisting elderly patients in the medication process and preventing patient-related errors. The goal is to obtain an effective drug intake control system and method that will reduce its intake. To achieve the above objectives in their most general form, the internet, remote connection, and an external 20 without the need to use electronic devices or mobile devices, the patient / user can take medication The drug intake process is monitored, and the drug intake status and time are determined by detecting user movements. and drug administration that allows the amount / dosage to be detected and monitored, and the user to be warned. The control system includes at least one housing; at least one timing element. In addition, at least one warning element; at least one display element; at least one motion detection element; at least one 25 It includes a sound detection element. The system also includes at least one distance detection element; at least It includes a heat sensing element; at least one storage element; and at least one control element. The drug intake control system developed with the current invention is suitable for use with drug intake control. The method involves the healthcare professional entering the prescription information into the system's control panel; the system then operates on 30... Attached to the user's / patient's hand, arm, or wrist; the user's movements while taking the medication are affected by the device's motion. information about hand and / or arm position and / or distance from the ground during the process measuring; the user opening the medicine box or breaking / tearing the medicine package before taking the medicine. measurement of voice; the distance between the user's hand and face while taking the medication Measurement; matching prescription information obtained from real / instantaneous time and storage element 35 and the warning element and / or imaging element at each subsequent medication administration time. The system is activated by alerting the user, informing them when it is time to take their medication and / or providing the prescription. The information is communicated to the user via vibration, sound, and / or visual means; perceived sequential measurement. Recording the data; comparing the initial measurement data with the sequential measurement data and the first If any missing or different information is detected according to the measurement data, a warning element and / or operation of the display element; via the warning element and / or display element. With the user's warning, information about not taking the medication, taking too little or too much is provided. 5 This includes steps to communicate the information to the user via vibration, sound, and / or video. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. 10 It must be done by taking it. Figures that will help understand the invention. To best understand the structure and advantages of the present invention, please refer to the following 15 points. It should be evaluated together with the figures that have been explained. Figure 1: A schematic view of the drug intake control system that is the subject of this invention. Part References 20 1. Body 2. Timing element 3. Warning element 4. Imaging element 25 5. Motion detection element 6. Sound detection element 7. Distance sensing element 8. Heat sensing element 9. Storage element 30 10. Control element 11. Connector 12. Power element Detailed Description of the Invention 35 6 This detailed description explains that the invention refers to the preferred drug delivery control system and method. These structures are designed solely for the purpose of better understanding the subject and without any limiting influence. It is explained in a way that will not create a problem. The prototype appearance is given in Figure 1, and the invention developed here supports internet, remote connection, and external 5. without the need to use an electronic device or mobile device, the patient / user can take medication The drug intake process is monitored, and the drug intake status and time are determined by detecting user movements. and monitoring the amount / dosage, preventing medication from being taken and / or taking the wrong amount of medication. a warning system that alerts the user if taken, and the person responsible for medication monitoring The drug intake control system, which allows for notification, uses 10 sensors on the user's hand, wrist and / or arm. suitable for positioning, belonging to the system in which it is located or on which it is situated enabling the movement of components and the attachment of the system to the user's hand, wrist and / or arm, preferably in the form of a wristwatch or bracelet, preferably suitable for use with a 3D printer. at least one body (1) made of polymer material; located inside the body (1) and providing real-time clock information instantly, preferably a real-time clock 15 It includes at least one timing element (2) with a Real Time Clock (RTC) sensor. In addition, located inside the body (1), when it is time to take the medicine, if it is incorrect, incomplete and / or in excess A device that provides sound and / or vibration alerts to the user when medication is taken, preferably. at least one warning element (3) in the form of a buzzer and / or vibration motor; inside the housing (1) located and containing information about the drug's content, dosage, timing of administration, status of administration, and warnings. preferably an LCD screen and / or LED illuminated display that provides visual information to the user. at least one imaging element (4) containing the user’s medication located inside the body (1) the perception of physical movements performed during acquisition and movement information at least one motion detection system, preferably a multi-axis gyro sensor, that enables its generation. element (5); located on the body (1) and the drug 25 before the user takes the drug the detection of the sound of opening the box and / or breaking / tearing the medicine package and the auditory information (6) at least one sound sensing element, preferably a microphone, that enables its creation. The system also includes a device located on the body (1) that allows the user to take the medicine. the distance between his hand and face measured during the process and the distance information enabling the creation of at least one distance sensing sensor, preferably a proximity sensor. 30 element (7); located on the body (1) and the hand of the user when taking medicine measuring the temperature change that occurs when approaching the face and obtaining temperature information. enabling its creation, preferably with at least one heat sensing element, a heat or infrared sensor. (8); located inside the body (1) and connected to the elements of the system, type of drug, use Dosage and timing of administration: 35 during the first use, which includes at least one use of the system by the user. initial measurement data from sensing elements (5, 6, 7, 8) and every drug except for the first use In the acquisition process, the sequential measurement data received from the sensing elements (5, 6, 7, 8) are separately 7 preferably internal, removable (SD, MicroSD) and / or external memory that enables saving data. It includes at least one storage element (9) in its structure. In addition, the system includes the body (1) real from the timing element (2) which is located within and connected to the elements of the system. Type of medicine taken from time and storage element (9), dosage and time of taking by matching the information, the warning element (3) and / or the display element 5 at the time of taking medication (4) to run it by matching the initial measurement data with the sequential measurement data from the initial measurement data If missing or different information is detected, the warning element (3) and / or display The element (4) enables operation and alerts the user, preferably an Arduino Nano micro It includes at least one control element (10) in its supervisory structure. In a sample application of the drug delivery control system developed with the current invention, the body is first (1) after the drug intake control system is attached to the patient’s arm (wrist) The patient is provided with the medication in the amount / dosage specified in the prescription for the first time, and the prescription includes... Information on the time of taking medication is entered into the control element (10). During this first intake, the movement Physical movements performed by the patient are detected via the sensing element (5) and the first 15 Motion information is generated and recorded in the storage element (9). During this time, sound detection sound of the patient opening the medicine box and / or breaking / tearing the medicine package by means of element (6) It is perceived and the initial sound information is formed and recorded in the storage element (9). Similarly In this way, the patient’s hand and face during medication can be detected by means of the distance sensing element (7). The distance value between them is measured and the initial distance information is created and sent to the storage element (9) 20 It is recorded. Similarly, the patient's medication intake is recorded via the heat sensing element (8). During this process, the temperature change caused by bringing the hand close to the face is measured, and the initial temperature information is obtained. All initial measurements obtained during the first use are recorded in the storage element (9). The information is stored in the storage element (9) and the same information is given to the patient in all subsequent drug administrations. The sequential measurement data is recorded in the storage element (9) by repeating the operations 25 This is ensured. Timing is provided for each medication intake process after the patient starts taking the medication. Instant real-time information received from element (2) is transferred to control element (10) and When it is time to take the medicine listed in the prescription, the control officer (10) will warn the officer (3) By activating the system, the patient is alerted via sound or vibration that it is time to take their medication. At this time, preferably, the display element (4) is activated by the control element (10) 30 The user is shown information about when to take their medication and details about the medication to be taken (medication name, dosage, etc.) visually. is transmitted. Afterwards, the patient receives the sensor elements (5, via the control element (10). 6, 7, 8) By comparing the initial measurement data obtained with the sequential measurement data obtained in subsequent uses. If any missing or different information is detected, the warning element (3) and / or the display element (4) by ensuring operation, the patient is stimulated by vibration, sound and / or visual means and both 35 The patient and the person responsible for the patient are at fault for not taking the medication, or for taking too little or too much. They are being kept informed about the situation. 8 In an example use of the system, the prescription information is sent to the aforementioned control element (10) health It is defined by the professional. This process involves a planned interface application. This can be done, and the name of the drug used in the application, the times it is used during the day, etc. It includes information such as when it will be used between certain dates. The drug's usage time is entered into the system as RTC (Real Time 5). instantaneous clock data from the timing element (2) which is a Time Clock sensor It is defined. The interface allows the system to identify the medications to be taken and provides reminders via buzzer. and in the display element (4) which includes an LCD screen, in the flow diagram, audibly and in writing. Seeing and / or hearing is enabled. The name of the medication to be taken in the treatment regimen and After the dose is reminded, the physical activity the patient performs while taking the medication within the first 30 minutes is 10. Motion detection element (5) containing a 3-axis GYRO sensor to identify movements It starts working. If the defined movements can work in harmony with the algorithm, the system, It does not give a warning assuming the patient has taken their medication. The GYRO sensor activates at the specified time. If the system does not detect any medication use within the defined range, it means the patient has not taken their medication. Assuming this, the device writes the name of the medication on the screen and vibrates to give a warning. Teaching the device this movement takes 15 minutes. For this, the person is asked to perform the normal medication-taking motion, preferably 5-7 times, and the motion sensor... This is accomplished by detection. Arduino is used to control the system's operation. Using the control element (10) which has a nano microcontroller, a program can be written into it using the C language. It is defined. When a sound of 30-50 decibels is heard with the sound sensing element (6) which includes a microphone Display element (4) containing an LED is lit. Heat sensing element 20 containing infrared sensor (8) by measuring the temperatures in certain places, the temperature is at its maximum or +2 degrees above the ambient temperature The aforementioned LED was detected when an increase was identified and a level difference of at least 25 centimeters was determined. It is set to light up, and all processes are communicated to the user via audible alerts. This helps to confirm whether or not the medication cycle has begun. Individuals can receive this information verbally. They can turn off the stimulation system if they wish. The information is displayed when the person completes their medication cycle. 25 The process ends with the information being stored on the storage element (9) containing the SD card. Afterwards, this information It can be checked by the user and / or authorized healthcare personnel, and thus monitored. It is possible. In a preferred application of the invention, the aforementioned drug delivery control system, body 30 (1) information is obtained by connecting with the mentioned storage element (9) located within it. enabling data transfer, preferably compatible with SD, microSD, USB, or USB-Type C connections. It includes at least one connection socket (11) in the structure. In a preferred application of the invention, the aforementioned drug delivery control system, body 35 (1) located within and obtaining the electrical power necessary for the operation of the system 9 (12) at least one power element which provides, preferably in the form of a rechargeable battery structure It includes. The drug intake control system developed with the current invention is suitable for use with drug intake control. Prescription information, which includes the method of administration, drug information, time of drug administration, and amount / dosage, is considered health information. 5 Entering the control element (10) by the personnel; via the body (1), the system Attached to the user's / patient's hand, arm, or wrist; during the user's first medication administration. Through the motion sensing element (5), the user's drug taking movements are detected. Measuring the hand and / or arm position and / or distance between the hand and / or arm and the ground during the exercise. and recording of the first measured movement information to the storage element (9); the user's first dose intake 10 During the process, the sound sensing element (6) detects the user before taking the medicine. Measuring the sound of opening a box or breaking / tearing a medicine package, and the initial sound information measured. recording to the storage element (9); distance during the user’s first drug delivery through the sensing element (7) between the user’s hand and face when taking the medicine measuring the distance value and recording the first measured distance information to the storage element (9); 15 preferably via the heat sensing element (8) during the user’s first drug administration, the temperature change that occurs when the user's hand is brought close to their face while taking the medication measuring and recording the information of the first measured temperature change in the storage element (9); first measurement After the information is recorded, the timing element is transmitted via the control element (10). (2) obtaining and matching prescription information from real / instant time and storage element (9) and 20 At each subsequent time of drug administration, the warning element (3) and / or the imaging element (4) operation of the user via warning element (3) and / or display element (4) Upon notification, the user receives a vibration alert informing them that it is time to take their medication and / or providing prescription information. Transmission via audio and / or video; sensing elements at each medication administration step for the user. Sequential measurement information (motion, sound, distance, temperature change) detected via (5, 6, 7, 8) 25 recording to storage element (9); from storage element (9) via control element (10) Comparison of the initial measurement data with the sequential measurement data, and based on the initial measurement data... If any missing or different information is detected, the warning element (3) and / or the display element (4) operation; the user's via warning element (3) and / or display element (4) Upon being warned, the user will be informed of the situation regarding not taking the medication, taking too little or too much of it within 30 days. This includes steps for transmitting information via vibration, sound, and / or video. In a preferred application of the invention, the described drug intake control method involves the initial measurement data. during its creation, carried out through the aforementioned sensing elements (5, 6, 7, 8). This involves repeating each measurement process at least twice. 35 Another preferred application of the invention is the drug intake control method mentioned. Comparison of initial measurement data and sequential measurement data obtained from storage element (9) Subsequently, if any missing information is identified based on the initial measurement data, the relevant measurement process will be terminated. This includes a step to warn the user to repeat the process. Another preferred application of the invention is the drug intake control method mentioned, using heat detection. final temperature detected after the change in temperature value measured by means of element (8) It includes a step to warn the user if the temperature does not stay between 34-38°C. In another preferred application of the invention, the first 10 taken from the mentioned storage element (9) After comparing the initial measurement data with the sequential measurement data, according to the initial measurement data... If missing information is detected, the user will be asked to repeat the relevant measurement process. It includes the stimulation step. VARIABLES DEFINED MOVEMENT SENSOR DURATION EXPECTED MOVEMENT 1. Expected Variable medicine From capsule / tablet extraction Gyro Sensor seconds Attached to hand / wrist sequentially vibration or bending diagnosing movement 2. Expected Variable The medicine cracking sound Recognition Microphone 3 seconds 30-60 decibel sensor diagnosis 3. Expected Variable The movements that were taught Recognition Gyro Sensor taught by repeating 7 times per second motion diagnosis 4. Expected Variable Medicine or Cup Bringing it close to the mouth Proximity Sensor 3 seconds Attached hand / wrist 25 centimeter increase 5. Expected Variable Bringing it close to the mouth Heat Sensor Temperature increase on the sensor for 3 seconds. Table 1: Instantaneous sound difference, temperature difference, altitude recording, and motion detection compatible with the algorithm. Algorithm flowchart and related sensor information table. Another preferred application of the invention is the drug intake control method described, for each After the user alert, wait for an initial time period, preferably 30 minutes. and if it is determined that the user has not completed the warned action The user is warned a second time; after the second warning, the mentioned first time value is equal to the second time value. or wait for a different second time value and the warned action is taken by the user 25 11 If it is determined for a second time that the medication was not taken, the aforementioned information will be included. This includes the step of saving to the storage element (9). In another preferred application of the invention, via the aforementioned connection socket (11) Information recorded in the mentioned storage element (9) can be obtained by authorized health personnel. 5 This includes the step of receiving it for examination. Thanks to the drug delivery control system and method developed with the current invention, remote access via the internet is possible. The connection allows patients to use an external electronic device or mobile device without the need for such a connection. Monitoring adherence to medication schedules, detecting user behavior, and administering medication 10 The status, timing, and quantity / dosage of medication intake are monitored. Additionally, the medication... If the prescription is not followed, the user should be warned and the person responsible for the patient should be notified. and / or informing authorized healthcare personnel, while increasing the rate of patient error-free medication administration. an efficient, effective, useful and functional solution that reduces the workload of the person responsible for the patient. A drug intake control system and a drug intake control methodology for the operation of this system were obtained. 15 is being done.
Claims
12 REQUESTS 1. Internet, remote connection, the need to use an external electronic device or mobile device. without hearing, monitoring the patient's / user's medication process and the user By detecting their movements, the patient's medication status, time, and amount / dosage can be monitored. 5 the user should be informed if the medication is not taken and / or if the medication is taken in the wrong amount. a system that alerts and allows the person responsible for medication monitoring to be informed It is a drug dispensing control system; its feature is: - designed to be positioned on the user's hand, wrist and / or arm, containing or the transportation of the elements of the system located on it and the system's 10 at least one body that allows the device to be attached to the user's hand, wrist and / or arm (1); - located within the mentioned body (1) and instantaneous real-time clock information at least one timing element that enables it to be obtained as (2); - located within the mentioned body (1), when it is time to take the medicine, it is faulty, If the user receives insufficient or excessive medication, they will be notified via voice and / or vibration. at least one warning element that enables it to be warned (3); - located within the mentioned body (1) and containing the drug content, dose, and taking of the drug. the time, status of medication intake, and warning information should be visually communicated to the user. at least one imaging element providing (4); - located within the mentioned body (1) and 20 when the user takes the medicine the perception of the physical movements performed and the creation of movement information at least one motion sensing element (5) that provides; - located on the mentioned body (1) and before the user takes the medicine Detecting the sound of opening a medicine box and / or breaking / tearing a medicine package, and the sound at least one sound sensing element that enables the creation of information (6); 25 - located on the mentioned body (1) and the user’s hand when taking the medicine measuring the distance between the face and the object and generating distance information. at least one distance sensing element (7) that provides; - located on the mentioned body (1) and during the user’s taking of the medicine the measurement of the temperature change that occurs when the hand is brought close to the face and the temperature is 30 at least one heat sensing element (8) that enables the generation of information; 13 - located within the mentioned body (1) and connected to the elements of the system, The type of medication, dosage, and timing of administration must be recorded by the user at least once in the system. the sensing elements (5, 6, 7, 8) mentioned in its first use which includes its use the initial measurement data obtained and during each drug administration process other than the first use The sequential measurement data obtained from the aforementioned sensing elements (5, 6, 7, 8) are each separately 5 at least one storage element that enables recording (9); - located within the mentioned body (1) and connected to the elements of the system, real time and storage mentioned from the mentioned timing element (2) Information about the type of medicine, dosage and time of use received from member (9) by matching the warning element mentioned at the time of taking the medication (3) and / or 10 to activate the display element (4) sequentially with the first measurement data mentioned above Identifying missing or different information from the initial measurement data by matching the measurement data. in case of the warning element (3) and / or display element (4) mentioned at least one control element (10) that enables operation and alerts the user. It includes. 15 2. A drug intake control system in accordance with Claim 1, the feature of which is; the wristwatch of the mentioned body (1). or it is in the form of a bracelet.
3. A drug delivery control system in accordance with Claim 1, the feature of which is; three-dimensional 20 of the mentioned body (1). It is made of polymer material suitable for use in printers.
4. A drug delivery control system in accordance with Claim 1, the characteristic of which is; the aforementioned timing element (2) is that it has a real-time clock sensor.
5. A drug intake control system in accordance with Claim 1, the feature of which is; the aforementioned warning element (3) It has a buzzer and / or vibration motor structure.
6. A drug delivery control system in accordance with Claim 1, whose feature is the aforementioned imaging. The element (4) must contain an LCD screen and / or LED light display. 30 7. A drug delivery control system in accordance with Claim 1, whose feature is the aforementioned motion detection. The element (5) is a multi-axis Gyro sensor.
8. A drug intake control system in accordance with Claim 1, whose feature is; voice detection 35 The element is (6) microphone. 14 9. A drug delivery control system in accordance with Claim 1, whose feature is the aforementioned distance sensing. The element (7) is the proximity sensor.
10. A drug delivery control system in accordance with Claim 1, characterized by the aforementioned heat sensing element. (8) is that it has a heat or infrared sensor. 5 11. A drug procurement control system in accordance with Claim 1, the characteristic of which is that the aforementioned storage element (9) It is in the form of internal, removable and / or external memory.
12. A drug procurement control system in accordance with Claim 1, the feature of which is; the mentioned control element (10) 10 The Arduino Nano is a microcontroller in its structure.
13. It is a drug delivery control system in accordance with Claim 1, and its feature is that it is located within the aforementioned body (1). Information transfer is carried out by connecting with the storage element (9) mentioned above and located in the area. 15 that enables this, preferably compatible with SD, microSD, USB, or USB-Type C connections. It must include at least one connection socket (11).
14. It is a drug delivery control system in accordance with Claim 1, and its feature is that it is located within the aforementioned body (1). located and providing the electrical power necessary for the system to operate, It should preferably contain at least one power element (12) in a battery structure suitable for charging. 20 15. Suitable for use with the drug intake control system specified in any of the above requirements. It is a drug intake monitoring method, the characteristic of which is; - Prescription information, which includes drug information, time of drug administration, and amount / dosage, is used for health purposes. Entering the control element (10) mentioned by the personnel; 25 - via the mentioned body (1), the system can be attached to the user's / patient's hand, arm or wrist installation; - motion detection element (5) mentioned during the user’s first drug administration through the user's drug administration movements, the hand and / or arm movements during the process measurement of its position and / or distance from the ground and the first 30 measured data recording of the movement information to the mentioned storage element (9); - the sound sensing element mentioned during the user’s first drug administration process (6) by means of opening the medicine box or medicine package before the user takes the medicine. Measuring the cracking / tearing sound and storing the initial measured sound information as mentioned. recording to element (9); 35 - the distance sensing element (7) mentioned during the user’s first drug administration by means of the distance value between the user's hand and face while taking the medication measuring and the first distance information measured and stored in the mentioned storage element (9) recording; - after the initial measurement data is recorded, the mentioned control element (10) 5 through the mentioned timing element (2) real / instantaneous time and Retrieving and matching prescription information from the mentioned storage element (9) and at each subsequent time of taking medication, the aforementioned warning element (3) and / or operation of the display element (4); - via the aforementioned warning element (3) and / or display element (4) the user 10 with the warning, information that it is time to take the medication and / or prescription information The user is notified via vibration, sound, and / or visual cues with each medication intake. sequential measurement detected by means of the sensing elements (5, 6, 7, 8) mentioned in the process information (movement, sound, distance, temperature change) is stored in the aforementioned storage element (9) recording; 15 - via the mentioned control element (10) from the mentioned storage element (9) Comparison of the initial measurement data with the sequential measurement data and the initial measurement According to the information provided, if any missing or different information is detected, the aforementioned warning will be issued. operation of element (3) and / or the aforementioned image element (4); - via the aforementioned warning element (3) and / or display element (4) the user 20 with the warning, information about the situation of not taking the medication, taking it in insufficient or excessive amounts communicated to the user via vibration, sound and / or visual It includes the steps.
16. This is a drug intake control method in accordance with Claim 15, characterized by its function being the user's initial drug intake procedure. During this time, the user takes the medicine via the mentioned heat sensing element (8). measuring the temperature change that occurs when the hand is brought close to the face during the process, and the first measurement the step of recording the temperature change information to the mentioned storage element (9) It includes. 30 17. This is a drug intake control method in accordance with Claim 15, characterized by the generation of initial measurement data. each measurement performed during the process using the aforementioned sensing elements (5, 6, 7, 8) This involves repeating the process at least twice. 35 16 18. Claim 15 is a drug intake control method, characterized by its storage facilities as mentioned. Comparison of the first measurement data and sequential measurement data obtained from element (9) Subsequently, if any missing information is identified based on the initial measurement data, the relevant measurement will be reviewed. It includes a step to warn the user to repeat the process.
19. A drug intake control method in accordance with claim 15, its feature being; heat sensing element (8) The final temperature value perceived after the change in the temperature value measured by means of is 34- It includes a step to warn the user if the temperature cannot stay between 38°C.
20. This is a drug intake control method in accordance with Claim 15, and its characteristic is; the mentioned storage 10 Comparison of the first measurement data and sequential measurement data obtained from element (9) Subsequently, if any missing information is identified based on the initial measurement data, the relevant measurement will be reviewed. It includes a step to warn the user to repeat the process.
21. A drug intake control method in accordance with claim 20, characterized by; 15 from each user alert. Then, wait for an initial time period, preferably 30 minutes, and the warning will be given. If it is determined that the process has not been completed by the user, the user a second warning; the duration value after the second warning is equal to or different from the first mentioned period value. The user waits for a second period of time and the warned action is taken. If it is determined for the second time that the medication was not taken, the aforementioned 20 will be recorded as a missing medication. It includes the step of saving to the storage element (9).
22. A drug intake control method in accordance with claim 15, the feature of which is the aforementioned connection socket (11) Information recorded in the storage element mentioned (9) via authorized health personnel This includes the step of receiving it for review. 25