KR20230155041A - A drug management method that automatically manages psychotropic drugs at drug handling institutions by convergence of RFID technology and IOT technology - Google Patents

Abstract

The present invention relates to a pharmaceutical management method for automatically managing psychotropic drugs in a pharmaceutical handling institution by combining RFID technology and IoT technology for the management and stable storage of psychotropic drugs such as hallucinogenic substances including LSD, stimulants including amphetamine and heroin, and habit-forming drugs including barbiturates. More specifically, according to the novel pharmaceutical management method for automatically managing psychotropic drugs in a pharmaceutical handling institution by combining RFID technology and IoT technology, data on import/export of psychotropic drugs, quantity of drugs, and status of drugs are automatically checked and stored and transmitted to a drug management computer, thereby providing transparent management and storage status of drugs. If the storage condition shows any damage due to a device error or external impact, the pharmaceutical manager can be notified and the problem can be dealt with promptly, thereby maintaining the stable storage condition of the pharmaceutical product. When importing or exporting drugs, the records of who, when, what, and how much are imported or exported are automatically saved, and the records are saved in real-time, allowing transparent management of drugs. When bringing in or taking out drugs, if the door of the storage system is not locked, it should be easy for the user to recognize this issue. In the event that the power supply to the storage system is cut off due to a power outage or the like, a battery is used to enable stable power supply.

Description

A drug management method that automatically manages psychotropic drugs at drug handling institutions by convergence of RFID technology and IOT technology}

The present invention combines RFID technology and IOT technology for the management and stable storage of psychotropic drugs such as substances with hallucinogenic effects such as LSD, stimulants such as amphetamine and heroin, and habit-forming drugs such as barbiturates, thereby enabling the distribution of psychotropic drugs at drug handling institutions. This relates to a method of automatically managing medicines. More specifically, it automatically checks and saves data such as import/export information of psychotropic medicines, quantity of medicines, and status of medicines, and simultaneously transmits them to the medicine manager computer to manage and store the medicines. can be provided transparently, and if the storage condition is damaged due to an error in the device or external shock, the pharmaceutical manager is notified and the problem is promptly dealt with. Not only can the storage condition of the medicine be maintained stably, but the medicine can also be stored in a stable manner. When bringing in or taking out medicines, who, when, what, and how much were brought in or out are automatically saved and the records are stored in real time, so the management of medicines can be transparent, and the door of the storage system is opened when medicines are brought in or out. If it is not locked, the user can easily recognize it, and if the power supply to the storage system is cut off due to a power outage, etc., a new form of RFID technology and IOT technology can be used to continue the stable supply of power using a battery. This relates to a drug management method that automatically manages psychotropic drugs in drug handling institutions.

In general, medical facilities such as hospitals, public health centers, and pharmacies are stocked with various samples and medicines depending on the field of treatment. There are cases where these samples or medicines are stored and used at room temperature without any major problems, but are used for surgery or neuropsychiatric treatment. In the case of psychotropic drugs used, the storage time may increase or decrease or the drug effect may vary depending on the storage temperature.

In particular, anesthetics and painkillers used in surgery often contain narcotic ingredients to overcome pain, and these samples and drugs have a high risk of being used as narcotics by the general public, so their use, storage, and handling need to be strict. .

However, in the case of narcotic analgesics or sedatives that are urgently administered to patients in emergency situations and used to sedate patients, there are cases where medical staff are exposed to use them easily, and there is a history of narcotic analgesics or sedatives being used in emergency medical situations. There are many cases where no narcotic painkillers or sedatives are left behind, making it impossible to determine how narcotic painkillers or sedatives are used and who possesses them. This means that a person who can handle the drug can easily steal it if he or she wants to.

In order to solve these problems, the medical refrigerator, patented under Patent Registration No. 10-2196187 (registration date: December 22, 2020) as a conventional technology for more efficient management of medicines, includes a storage unit where stored items are stored, and the storage unit. A temperature control unit that maintains the temperature of the unit at the set temperature, an output unit that outputs and displays the status of the storage unit or the status of the stored item, and an information medium provided to each of the stored items when the stored item is received or shipped. Controlling the output unit and the input unit provided for scanning and equipped with a reader consisting of an embedded reader installed at the top of a storage space provided in the main body and a handy reader mounted adjacent to the embedded reader, A control unit that manages information on the stored items inputted by an input unit into a database and provides an alarm through the output unit when the expiration date of the stored items approaches or when an abnormality occurs in the storage unit, wherein the output unit detects the emitted light. It is a light-emitting element installed on the frame of the door so as to be incident on the surface of the door at an angle, and the storage unit includes a drawer with a lid on which an inlet is formed, and the back plate of the drawer is configured to be moved forward and backward. It is characterized by being

As another prior art, patent registration No. 10-2095902 (registration date: March 26, 2020), which was previously registered by the present applicant, uses a weight sensor to provide stable, fast, and reliable information status such as information on carry-in/out and remaining amount of psychotropic drugs. The automatic psychotropic drug management device, which has the function of accurately and automatically transmitting in real time, includes a plurality of carriers each containing psychotropic drugs, a transfer unit for transporting the carriers, and a device for removing or introducing psychotropic drugs from the carrier. A first device is configured to receive prescription information and a medicine tray consisting of a carry-out entrance, and controls the transfer unit to transfer the carrier containing the psychotropic drug recorded in the prescription information based on the received prescription information so that it is positioned at the carry-out entrance side. A control unit that generates a transfer operation, detects weight information of psychotropic drugs taken out or brought in from the carrier, and provides export details or receipt details including weight information of psychotropic drugs taken out or brought in to the first terminal or management server. a weight sensor configured to reflect the weight information of the psychotropic drug taken out, update and store the remaining amount information of the psychotropic drug stored in the carrier, display the remaining amount information, or send the remaining amount information to the first terminal or management server. A display unit provided, and an information input means configured to receive the prescription information by receiving the prescription information, or configured to receive the prescription information by receiving the prescription information from the first terminal or management server through a communication module. And, recognize the information of the person trying to export the psychotropic drug, determine whether the recognized information corresponds to the registered authorized person, and generate the first transfer operation only if the determined result corresponds to the registered authorized person. An opening/closing door configured to open or close the delivery entrance, configured to generate an opening operation when carrying out the psychotropic drug during the first transfer operation and generating a closing operation when the delivery of the psychotropic drug is completed, and an authentication means configured to perform the first transfer operation. And, a third transfer operation of reading an identification tag consisting of a barcode or RFID tag attached to a medicine to be brought into the psychotropic medicine tray, transferring the carrier based on the information according to the reading, and positioning it at the loading/unloading entrance side. It is characterized by comprising a reader, which is a barcode reader or RFID reader, and a temperature and humidity control unit installed inside the medicine tray and electrically connected to the control unit to maintain the internal temperature and humidity of the tray within the range set by the user. .

However, the medical refrigerator configured as above includes a storage unit in which the stored items are stored, an output unit that outputs and displays the status of the storage unit or the status of the stored items, and each of the stored items when the stored items are received or shipped. It has the feature of being able to manage basic medicines through the configuration of a reader installed at the top of the storage space provided in the main body to scan the information media provided, but it does not force a person who is not authorized in relation to medicines to take medicines. There is a problem in that the manager cannot quickly recognize the withdrawal or attempt to withdraw the drug, making it impossible to safely manage the drug.

In addition, there is a problem in that the storage environment of stored medicines cannot be appropriately responded to by requiring various storage environments such as room temperature storage or refrigerated storage.

In addition, the door of a pharmaceutical refrigerator or automatic pharmaceutical management device configured as above is frequently opened and closed to withdraw medicines. At this time, due to the user's carelessness, the door is not completely closed but remains open, causing internal refrigeration. The problem of stored medicines easily deteriorating and being discarded occurred frequently.

The problem described above is that even when the power to the medicine refrigerator is cut off due to reasons such as a power outage, the medicines stored inside are easily damaged.

Registered Patent Publication No. 10-2196187 (registration date: December 22, 2020) “Medical refrigerator” Registered Patent Publication No. 10-2095902 (Registration date: March 26, 2020) "It has the function of automatically transmitting information status such as import/unload and current psychotropic drug remaining amount information in a stable, fast, and accurate real-time manner using a weight sensor. “Psychotropic drug automatic management device”

The present invention was made in consideration of the above circumstances, and the purpose of the present invention is to store psychotropic drugs such as hallucinogenic substances such as LSD, stimulants such as amphetamine and heroin, and habit-forming drugs such as barbiturate in the refrigerator or at room temperature. In particular, it is possible to check in real time the import/export dates of medicines, quantity of medicines, storage conditions of medicines, internal temperature of the storage space, etc., and at the same time, the checked information can be stored and downloaded into data, ensuring stable management of medicines. A drug management method that automatically manages psychotropic drugs in a drug handling institution by combining a new form of RFID technology and IOT technology that can transparently process drug management by transmitting drug-related data to the administrator computer at the same time. is to provide.

In addition, another purpose of the present invention is to automatically store who, when, what, and how much the stored medicines were brought in or taken out in the process of withdrawing the medicines by the manager or the patients in the ward, and the records are recorded in real time on the manager's computer. The medicine can be handled efficiently and accurately. In particular, if an unauthorized person attempts to withdraw the medicine, the medicine is always kept safely by notifying the person in charge or security personnel through camera operation, warning lights, and buzzers. The goal is to provide a drug management method that automatically manages psychotropic drugs in drug handling institutions by combining RFID technology and IOT technology that can be managed and managed.

In addition, even if the power supply to the medicine storage system is cut off due to a power outage, etc., it can stably supply power through its own battery, and RFID technology and IOT technology, which can prevent deterioration of medicines, are combined to enable medicine handling institutions to store psychotropic medicines. The goal is to provide an automatically managed drug management method.

The problem to be solved by the present invention is not limited to the technical problems mentioned above, and other technical problems not mentioned can be clearly understood by those skilled in the art from the description below. will be.

The purpose of the present invention described above is a method of automatically managing psychotropic drugs such as substances with hallucinogenic effects such as LSD, stimulants such as amphetamines and heroin, and habit-forming drugs such as barbiturates, whereby the person in charge of the medicine recognizes the QR code of the storage system. Storage through a process selected from the following methods: recognizing an authorization QR code on the device, recognizing the person in charge's fingerprint on the fingerprint recognition device formed on the storage unit, or recognizing the fingerprint on the fingerprint sensor provided on the locking device. Through the person authentication step of authenticating the person in charge of the system, and the person authentication step, the external and internal doors of the storage system are transformed into an openable state, and at the same time, the first camera, temperature detection sensor, and weight detection sensor formed in the storage body are activated. The import/export drug information collection stage collects data on the import/export dates of drugs, quantity of drugs being brought in/out, types of drugs, and storage conditions. The information on the collected drugs is converted into data and stored, and the data is transmitted to the manager's computer or mobile phone terminal at the same time. Data transmission and storage step; Including, if an external shock occurs to the management system or an unauthorized person attempts to forcibly withdraw medicine, the second camera operates to monitor the surrounding situation of the medicine storage system. At the same time as filming, a security processing step of operating a warning light and a buzzer to notify the surrounding area where the medicine storage system is installed of an attempt to take out the medicine with sound and light, and simultaneously sending a text message to the mobile phone of the person in charge and security personnel; This can be achieved through a drug management method that combines RFID technology and IOT technology to automatically manage psychotropic drugs in drug handling institutions.

The management system includes a housing having a hollow enclosure shape and an opening on one side configured to be opened or sealed by an external door with a locking means, installed inside the housing, containing psychotropic medicines therein, and medicines. A storage body in which a first camera that captures the quantity and acceptance state, a temperature sensor, and a weight sensor are formed on the same line as the outer door and is opened or sealed by an inner door equipped with a locking means. , a second camera formed on the upper part of the storage body and taking pictures of the surroundings of the housing when an impact is applied to the housing or when the medicine is brought in or out, and a first camera formed on the upper part of the housing and formed inside the storage body and temperature detection. A storage unit that is electrically connected to a sensor, a weight sensor, and a second camera and records data in real time including the date of import or export of medicines, quantity of medicines, and storage conditions of medicines, and whether or not the storage unit is operating normally. A control unit that determines the storage temperature range, and the normal operation and normal storage of the storage unit determined by the control unit, as well as the current status of the storage unit recorded in the storage unit, drug import and export records, quantity of stored drugs, and storage of drugs. It is characterized by comprising a server unit consisting of a wireless communication unit that wirelessly transmits data including the status and internal temperature of the storage unit to the computer of the manager.

The locking means is installed simultaneously or selectively on the external door or the internal door, and is characterized by including a key holder on one side and a handle with a fingerprint sensor electrically connected to the server unit.

It is characterized in that it further includes a battery in case the supply of power to the storage body is cut off.

The storage body is characterized by further comprising a refrigeration means for lowering the temperature of the medicine storage unit.

The locking means further includes an LED light emitting unit that emits light when the door is incorrectly fastened so that it can be easily recognized from the outside when the closed state of the door is defective.

As described above, the drug management method of automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the present invention is used to treat substances with hallucinogenic effects such as LSD, stimulants such as amphetamine and heroin, and barbiturates. Psychotropic drugs, such as habit-forming drugs, can be stored in refrigeration or at room temperature. In particular, the storage system automatically checks data such as the date of entry and exit of stored drugs, quantity of drugs, storage condition of drugs, and internal temperature of the storage space. By saving the checked data, medicines can be managed accurately, and medicine-related data can be transmitted to the manager's computer, so medicine management can be handled transparently. The stored data can be monitored by the manager on a yearly basis, 5-year basis, or 10-year period. Since it can be printed on a yearly basis, data such as the frequency of use and quantity of medicines can be secured, which has the effect of enabling more efficient management of medicines.

In addition, when medicine storage equipment is installed in a ward, who, when, what medicines are brought in and out, and how much are brought in and out are recorded in real time by cameras and sensors, which has the effect of making the management of medicines more stable and transparent.

In addition, when an unauthorized person forcibly withdraws medicines, the person in charge is recorded and stored through a camera, and at the same time, a warning light and buzzer are activated to immediately notify the person in charge or security guard of the forced withdrawal of medicines with sound and light. It is effective in safely storing prescribed medicines.

In addition, even if the power supply to the medicine storage system is cut off due to a power outage, etc., power can be stably supplied through its own battery, which has the effect of preventing deterioration and damage to stored medicines.

In addition, there is an effect of providing a storage form suitable for the storage environment of medicines by installing room temperature storage or refrigerated storage of medicines alone or by installing a plurality of medicine storage systems in a stacked manner.

In addition, a double door is formed for the entry and exit of medicines, and if the door is not completely closed due to the carelessness of the manager, the LED light emitting part lights up so that the irregular condition of the door can be easily checked from the outside, thereby protecting the medicines stored inside. It has the effect of being stored safely.

The effects of the present invention are not limited to the effects mentioned above, and various effects may be included within the scope apparent to those skilled in the art from the contents described below.

Figure 1 is a flowchart of a drug management method that automatically manages psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention.
Figure 2 is a perspective view of a storage system among the drug management methods that automatically manage psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention.
Figure 3 is a perspective view with the external door of the storage system open among the drug management methods for automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention.
Figure 4 is a front view of the drug storage unit of the storage system in an open state among the drug management methods for automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention.
Figure 5 is a block diagram showing the operation process of the security department in the storage system among the drug management methods for automatically managing psychotropic drugs in drug handling institutions by combining RFID technology and IOT technology according to the first embodiment of the present invention.
Figure 6 is a block diagram showing the configuration of a storage system among the drug management methods for automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention.
Figure 7 is a front view of a modified state of the storage system among the drug management methods for automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention.

Below, with reference to the attached drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention. However, since the description of the present invention is only an example for structural and functional explanation, the scope of the present invention should not be construed as limited by the examples described in the text.

In other words, since the embodiments can be modified in various ways and can take various forms, the scope of rights of the present invention should be understood to include equivalents that can realize the technical idea. In addition, the purpose or effect presented in the present invention does not mean that a specific embodiment must include all or only such effects, so the scope of the present invention should not be understood as limited thereby.

Meanwhile, the meaning of the terms described in the present invention should be understood as follows.

Terms such as “first” and “second” are used to distinguish one component from another component, and the scope of rights should not be limited by these terms.

For example, a first component may be named a second component, and similarly, the second component may also be named a first component.

When a component is referred to as being “connected” to another component, it should be understood that it may be directly connected to the other component, but that other components may also exist in between. On the other hand, when a component is referred to as being “directly connected” to another component, it should be understood that there are no other components in between. Meanwhile, other expressions that describe the relationship between components, such as "between" and "immediately between" or "neighboring" and "directly neighboring" should be interpreted similarly.

Singular expressions should be understood to include plural expressions, unless the context clearly indicates otherwise, and terms such as “comprise” or “have” refer to the specified features, numbers, steps, operations, components, parts, or them. It is intended to specify the existence of a combination, and should be understood as not excluding in advance the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

All terms used herein, unless otherwise defined, have the same meaning as commonly understood by a person of ordinary skill in the field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as consistent with the meaning they have in the context of the related technology, and cannot be interpreted as having an ideal or excessively formal meaning unless clearly defined in the present invention.

Now, the drug management method of automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention will be described in detail with reference to the drawings.

Among the attached drawings, Figure 1 is a flowchart of a drug management method for automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the first embodiment of the present invention, and Figure 2 is a flow chart of the first embodiment of the present invention. A perspective view of a storage system among the drug management methods for automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to an embodiment, and Figure 3 is a perspective view of the RFID technology and IOT technology according to the first embodiment of the present invention. Among the drug management methods that automatically manage psychotropic drugs in drug handling institutions through this fusion, it is a perspective view with the external door of the storage system open, and Figure 4 is a fusion of RFID technology and IOT technology according to the first embodiment of the present invention. Among the drug management methods that automatically manage psychotropic drugs in a drug handling institution, this is a front view of the drug storage part of the storage system in an open state, and Figure 5 is a view showing drug handling through the fusion of RFID technology and IOT technology according to the first embodiment of the present invention. It is a block diagram showing the operation process of the security department in the storage system among the drug management methods for automatically managing psychotropic drugs in an institution, and Figure 6 is a block diagram showing the operation process of the security department in the storage system according to the first embodiment of the present invention and the fusion of RFID technology and IOT technology in the drug handling institution. It is a block diagram showing the configuration of a storage system among the medicine management methods for automatically managing psychotropic medicines, and Figure 7 shows the fusion of RFID technology and IOT technology according to the first embodiment of the present invention to automatically store psychotropic medicines at a medicine handling institution. This is a front view of the modified state of the storage system among the pharmaceutical management methods.

The present invention combines RFID technology and IOT technology for the management and stable storage of psychotropic drugs such as substances with hallucinogenic effects such as LSD, stimulants such as amphetamine and heroin, and habit-forming drugs such as barbiturates, thereby enabling the distribution of psychotropic drugs at drug handling institutions. This relates to a method of automatically managing medicines. More specifically, it automatically checks and saves data such as import/export information of psychotropic medicines, quantity of medicines, and status of medicines, and simultaneously transmits them to the medicine manager computer to manage and store the medicines. can be provided transparently, and if the storage condition is damaged due to an error in the device or external shock, the pharmaceutical manager is notified and the problem is promptly dealt with. Not only can the storage condition of the medicine be maintained stably, but the medicine can also be stored in a stable manner. When bringing in or taking out medicines, who, when, what, and how much were brought in or out are automatically saved and the records are stored in real time, so the management of medicines can be transparent, and the door of the storage system is opened when medicines are brought in or out. If it is not locked, the user can easily recognize it, and if the power supply to the storage system is cut off due to a power outage, etc., a new form of RFID technology and IOT technology can be used to continue the stable supply of power using a battery. This relates to a drug management method that automatically manages psychotropic drugs in drug handling institutions.

As shown, the drug management method of automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the present invention involves the person in charge of pharmaceuticals entering an authorization QR code into the QR code recognition unit 38 of the storage system. A method selected from among the methods of recognizing the person in charge or recognizing the fingerprint of the person in charge in the fingerprint recognition unit 39 formed in the storage body 30 or recognizing the fingerprint in the fingerprint detection unit 22 formed in the locking means 20. Through a process, the person in charge is authenticated to the storage system, and through the person in charge authentication step, the outer door 12 and the inner door 34 of the storage system 100 are transformed into an openable state, and at the same time, the storage body ( The first camera 31, the temperature sensor 32, and the weight sensor 37 formed in 30) operate to collect data on the date of shipment of medicines, the quantity of medicines carried in and out, the type of medicine, and the storage condition. It includes a drug information collection step and a data transmission and storage step of converting and storing the collected drug information into data and simultaneously transmitting the data to the manager's computer or mobile phone terminal. However, if an external shock occurs to the management system 100 or Or, if an unauthorized person attempts to forcibly withdraw medicine, the second camera 40 operates to film the surrounding situation of the medicine storage system 100 and simultaneously operates the warning light 14 and buzzer 13. It is characterized by including a security processing step of notifying the surrounding area where the medicine storage system 100 is installed of an attempt to take out medicine with sound and light and simultaneously sending a text message to the mobile phone of the person in charge and security personnel.

The storage system 100 includes a housing 10 having a hollow enclosure shape and an opening 11 on one side configured to be opened or closed by an external door 12 provided with a locking means 20; A medicine storage unit ( 33) is formed on the same line as the external door 12 and is configured to be opened or closed by an internal door 34 with a locking means 20, and the upper part of the storage main body 30 A second camera 40 is formed on the housing 10 and takes pictures of the surroundings of the housing 10 when an impact is applied to the housing 10 or the medicine is brought in or out. It is electrically connected to the first camera 31, the temperature sensor 32, and the second camera 40 formed inside, and data including the date of import or export of medicine, quantity of medicine, and storage condition of medicine are recorded in real time. a storage unit 51 that determines whether the storage unit 30 operates normally and a normal storage temperature range, and a control unit 52 that determines whether the storage unit 30 operates normally and the normal storage temperature range; Wirelessly transmits data including the current status of the storage unit recorded in the storage unit, drug import/export record, quantity of stored drugs, storage status of the drug, and internal temperature of the storage unit recorded in the storage unit, to the computer of the manager in charge. It is configured to include a server unit 50 consisting of a communication unit 53.

In addition, it is formed on the upper part of the housing 10, and when an unauthorized person attempts to take out the medicine, a warning light 14 and a buzzer ( 13) is formed.

In addition, a battery 35 is formed inside the storage body 30 to supply emergency power when the power supply to the medicine storage system 100 is cut off due to a power outage, etc.

In addition, a refrigeration means 60 is formed inside the storage body 30 to create a refrigerated storage environment for the stored medicines.

The refrigeration means 60 can be selectively formed in the storage body 30, so that the medicine stored in the storage body 30 can be stored at room temperature or refrigerated depending on the storage environment of the medicine, thereby preventing deterioration of the medicine. It has the characteristic of maintaining a safe storage environment for medicines.

Meanwhile, the locking means 20 formed on the external door 12 is rotatably installed on the outer surface of the external door 12 and has a fingerprint detection unit electrically connected to the key holder 21 and the server unit 50 on one side ( 22) is composed of a formed handle 23.

Through the configuration of the locking means 20 as described above, when the administrator touches the fingerprint detection unit 22 with his/her thumb while holding the handle 23, the fingerprint detection unit 22 communicates with the server unit 50. Through this, it is confirmed whether the person is authorized, and if the person is authorized, the handle 23 is deformed to be rotatable and the external door 12 is opened.

Meanwhile, if the fingerprint detection unit 22 is damaged or fingerprint recognition is not smooth, the external door 12 can be opened or closed manually by inserting a key (not shown) into the key holder 21 and rotating it. .

In addition, the handle 23, which operates automatically or manually, causes the LED light emitting part 24 formed at the top to emit light when the external door 12 is in a poor closed state, so that the defective condition of the external door 12 can be easily confirmed from the outside. The defective condition can be quickly corrected, such as by closing the external door (12) again.

Moreover, the locking means 20 is formed to be electrically interlocked with the fingerprint recognition unit 39 and the QR code recognition unit 38 formed on the storage body 30, so that the fingerprint recognition unit 39 or the QR code recognition unit ( When the authorized person is confirmed in 38), the handle 23 of the locking means 20 is automatically unlocked to an openable state.

In addition, the locking means 20 may be installed on the inner door 34 and the outer door 12, respectively. Preferably, the inner door 34 has a locking means in the form of a general door handle installed and the outer door 12 ), a locking means 20 electrically connected to the server unit 50 is installed.

Figure 5 shows that in the drug management method that automatically manages psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the present invention, when a shock occurs in the storage system or a forced opening is made by an unauthorized person, This is a block diagram showing the operation process of quickly notifying the person in charge or security personnel.

As shown, if an external shock occurs on the storage body 30 or the housing 10 or an attempt is made to forcibly open the external door 12, the server 36 detects such shock. The second camera 40, which is electrically connected to the unit 50, operates to photograph the surroundings of the medicine storage system 100 and the object causing impact, and operates the warning light 14 and buzzer 13 to produce light and sound. An attempted take-out is notified around the installation location of the medicine storage system (100).

In addition, through the wireless communication unit 53, the person in charge or the security guard uses a mobile phone text message service or emergency call service to promptly notify the user of the occurrence of an impact so that prompt processing can be carried out.

Hereinafter, the operation process of the drug management method that automatically manages psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the present invention will be described in detail as follows.

First, the outer door 12 and the inner door 34 are opened to open the medicine storage unit 33 and store various medicines therein.

At this time, the stored medicine is photographed by the first camera 31 installed inside the medicine storage unit 33 and whether the medicine is stored is recorded, and at the same time, the weight of the medicine is measured and recorded by the weight sensor 37.

In addition, if the stored medicine is a medicine that requires refrigerated storage, the refrigeration means 60 formed inside is operated to maintain the medicine storage unit 33 at the set temperature.

In addition, when medicines are used or new medicines are stored in a state in which medicines are stored as described above, data such as the name of the medicine, date of export/import, quantity of medicine, state of the medicine carried in/out, etc. are recorded through the first camera 31 and weight detection. It is recorded by the sensor 37 and the temperature sensor 32, and the recorded information is stored in the server unit 50 through the control unit 52 and simultaneously transmitted to the computer of the person in charge of medicine management through the wireless communication unit 53. .

In addition, the stored data can be exported and exported in 1-year, 5-year, and 10-year increments depending on the needs of the pharmaceutical manager.

On the other hand, when the medicine storage system 100 is installed in a ward, it is automatically stored who brought in or took out what medicine, when and how much, and at the same time, data is transmitted from the person in charge, so it is safe even if the medicine storage system is installed in the ward. It has features that can ensure the correct use of medicines.

Furthermore, the opening and closing of the medicine storage system 100 is performed by an authorized person.

That is, the person in charge either recognizes the authorization QR code in the QR code recognition unit 38 formed in the storage unit 30, or recognizes the person in charge's fingerprint in the fingerprint recognition unit 39 formed in the storage unit 30, or , the outer door 12 and the inner door 34 can be opened through a process selected from among the methods of recognizing a fingerprint in the fingerprint detection unit 22 formed on the locking means 20, thereby opening the medicine storage unit 33. ) can be opened.

In addition, as the doors 12 and 34 are opened through the above process, the first camera 31, the temperature sensor 32, and the weight sensor 37 formed in the storage body 30 operate to detect the medicine. It checks whether it is brought in or out, whether it has been used, etc., and stores the confirmation result through the server unit 50. At the same time, it notifies the result by sending a text message to the mobile phone of the person in charge of the medicine or transmitting it to the computer through the wireless communication unit 53.

In addition, when the power applied to the medicine storage system 100 is cut off due to a power outage or carelessness, power is supplied using a built-in battery to prevent deterioration of medicines due to power interruption and to maintain a stable security management status. You can.

Meanwhile, the medicine storage system 100 according to the present invention is transformed into a form in which the inner door and the outer door can be opened when an authentication attempt is made by an authorized person, but when the fingerprint or QR code of the authorized person is recognized as an error. When authentication is attempted through a retry, the external door and internal door are opened, and an external shock occurs or an unauthorized person attempts to forcibly withdraw the medicine, the second camera 40 operates to store the medicine. At the same time, the surrounding situation of the system 100 is photographed and the warning light 14 and buzzer 13 are activated to notify the surrounding area where the medicine storage system 100 is installed by sound and light of an attempt to take out medicine, and at the same time, the person in charge and security personnel. Send a text message to your mobile phone to enable a quick response.

In addition, the external door 12 allows the person in charge of medicine to easily take out and bring in medicine by means of the locking means 20, and at the same time, if there is an error in the opening and closing of the outside door 12, the person in charge can easily check it. This allows errors to be resolved quickly.

That is, if the external door 12 is not closed correctly after the medicine is brought in or out, the LED light emitting part 24 emits light so that the person in charge can easily recognize the closing error, thereby preventing the open/closed state of the external door 12 from being opened or closed. It can be used stably without any problems.

The LED light emitting unit 24 can be configured to operate in conjunction with not only the external door 12 but also other types of internal doors 34.

In addition, as shown in Figure 7, among the drug management methods that automatically manage psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the present invention, the drug storage system 100 is stored at room temperature depending on the storage environment of the drug. It can be installed independently in a form that can be stored, or formed in two stages that can be stored at room temperature and refrigerated, so that various medicines that require different storage environments can be stored stably.

As described above, the drug management method of automatically managing psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology according to the present invention is used to treat substances with hallucinogenic effects such as LSD, stimulants such as amphetamine and heroin, and barbiturates. Psychotropic drugs, such as habit-forming drugs, can be stored in refrigeration or at room temperature. In particular, the storage system automatically checks data such as the date of entry and exit of stored drugs, quantity of drugs, storage condition of drugs, and internal temperature of the storage space. By saving the checked data, medicines can be managed accurately, and medicine-related data can be transmitted to the manager's computer, so medicine management can be handled transparently. The stored data can be monitored by the manager on a yearly basis, 5-year basis, or 10-year period. Since it can be printed on a yearly basis, data such as the frequency of use and quantity of medicines can be secured, allowing for more efficient management of medicines.

In addition, when medicine storage equipment is installed in a remote location, cameras and sensors record who, when, what medicines, and how much were brought in and out in real time, making medicine management more stable and transparent, and preventing unauthorized people from doing so. In the case of forcible withdrawal of medicines, the person in charge is filmed and stored through a camera, and at the same time, a warning light and buzzer are activated to immediately notify the person in charge or security personnel of the forced withdrawal of medicines with sound and light, so that the stored medicines can be kept safely. There are structural characteristics.

In addition, even if the power supply to the medicine storage system is cut off due to a power outage, etc., it can stably supply power through its own battery, preventing deterioration and damage to stored medicines, and the automatic management and storage system for psychotropic medicines. It has the characteristic of providing a storage form suitable for the storage environment of medicines by installing room temperature or refrigerated storage of medicines alone or by installing multiple automatic medicine management and storage systems in a stacked manner.

In addition, a double door is formed for the entry and exit of medicines, and if the door is not completely closed due to the carelessness of the manager, the LED light emitting part lights up so that the qualitative condition of the door can be easily checked from the outside, so that the medicines stored inside can be easily checked from the outside. It has structural features that allow it to be stored safely.

As described above, the optimal embodiment has been disclosed in the drawings and specification. Although specific terms are used here, they are used only for the purpose of describing the present invention and are not used to limit the meaning or limit the scope of the present invention described in the claims. Therefore, those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the attached patent claims.

10: Housing 11: Opening portion
12: external door 13: buzzer
14: warning light
20: Locking means 21: Key holder
22: Fingerprint detection unit 23: Handle
24:LED light emitting part
30: storage body 31: 12th camera
32: Temperature sensor 33: Medicine storage unit
34: Inner door 36: Impact detection sensor
37: Weight sensor 38: QR code recognition unit
39: Fingerprint recognition unit
40: 2nd camera
50: server unit 51: storage unit
52: control unit 53: wireless communication unit
60: Refrigeration means

Claims (6)

A drug that automatically manages psychotropic drugs at drug handling institutions by combining RFID technology and IOT technology that automatically manage psychotropic drugs such as substances with hallucinogenic effects such as LSD, stimulants such as amphetamine and heroin, and habit-forming drugs such as barbiturates. As a management method,
The person in charge of medicine recognizes the authorization QR code in the QR code recognition unit 38 of the storage system, or recognizes the person in charge's fingerprint in the fingerprint recognition unit 39 formed in the storage main body 30, or the locking means 20 ) A person authentication step of authenticating the person in charge to the storage system through one process selected from the methods of recognizing a fingerprint in the fingerprint detection unit 22 formed in );
Through the person in charge authentication step, the external door 12 and the internal door 34 of the storage system 100 are transformed into an openable state, and at the same time, the first camera 31 and the temperature sensor 32 formed in the storage body 30 ) and the weight detection sensor 37 operates to collect data on the import/export date of the medicine, the quantity of the medicine being carried in/out, the type of medicine, and the storage condition;
Includes a data transmission and storage step of converting and storing the collected drug information into data and simultaneously transmitting the data to the administrator's computer or mobile phone terminal;
When an external shock occurs to the management system 100 or an unauthorized person attempts to forcibly withdraw medicine, the second camera 40 operates to capture the surrounding situation of the medicine storage system 100. At the same time, a security processing step of operating the warning light 14 and the buzzer 13 to notify the surrounding area where the medicine storage system 100 is installed of an attempt to take out the medicine with sound and light, and simultaneously sending a text message to the mobile phone of the person in charge and the security guard; A drug management method that automatically manages psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology, which includes a.
According to clause 1,
The medicine storage system 100 is a housing 10 that has a hollow interior and an opening 11 on one side is configured to be opened or closed by an external door 12 provided with a locking means 20. ;
It is installed inside the housing 10, contains psychotropic drugs, and is equipped with a first camera 31, a temperature sensor 32, and a weight sensor 37 to photograph the quantity and reception state of the drugs. A storage body 30 in which a portion 33 is formed on the same line as the outer door 12 and is configured to be opened or closed by an inner door 34 provided with a locking means 20;
a second camera 40 formed on the upper part of the storage body 30 and taking pictures of the surroundings of the housing 10 when an impact is applied to the housing 10 or when medicines are brought in or out;
It is formed on the upper part of the housing 10 and is electrically connected to the first camera 31, the temperature sensor 32, the weight sensor 37, and the second camera 40 formed inside the storage body 30. A storage unit 51 that records data in real time including the date of import or export of medicines, quantity of medicines, and storage conditions of medicines, and a control unit that determines whether the storage body 30 is operating normally and the normal storage temperature range. (52) and the normal operation and normal storage of the storage body 30 determined by the control unit 52, as well as the current status of the storage body recorded in the storage unit, drug export and import records, quantity of stored drugs, and medicines. A server unit 50 consisting of a wireless communication unit 53 that wirelessly transmits data including the storage status and internal temperature of the storage unit to the computer of the manager in charge; RFID technology and IOT technology are combined, characterized by including a server unit 50. A drug management method that automatically manages psychotropic drugs in a drug handling institution.
According to clause 2,
The locking means 20 is installed simultaneously or selectively on the external door 12 or the internal door 34, and has a fingerprint detection unit 22 on one side electrically connected to the key holder 21 and the server unit 50. A drug management method that automatically manages psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology, characterized by including a handle 23 formed.
According to clause 2,
A drug management method that automatically manages psychotropic drugs in a drug handling institution by combining RFID technology and IOT technology, further comprising a battery when the power supply to the storage unit 30 is cut off.
According to clause 2,
The storage body 30 further includes a refrigeration means 60 for lowering the temperature of the medicine storage unit 33. RFID technology and IOT technology are combined to automatically manage psychotropic medicines in a medicine handling institution. How to manage medications.
According to clause 3,
The locking means 20 is a fusion of RFID technology and IOT technology, characterized in that it further includes an LED light emitting unit 24 that emits light when the door is fastened incorrectly so that it can be easily recognized from the outside if the closed state of the door is defective. A drug management method that automatically manages psychotropic drugs in a drug handling institution.