JP6864280B1 - Non-contact entrance / exit management system, server, program, and entrance / exit management device in medical facilities - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an entrance / exit management system capable of preventing infection in a medical facility more than before. SOLUTION: A server 30 to which a database 20 for storing status information and authentication information of an actor entering and exiting a medical facility 10 is connected and an entrance / exit management device 40 connected to the server and authenticating the actor in a non-contact manner. After confirming that the actor's authentication data transmitted from the non-contact authentication data acquisition unit 44 matches the actor's unique information in the database 20, the wireless communication device 50 in which the identification number is associated with the unique information is managed. The process of discharging from the discharge unit 35 of the device 40, the process of changing the status during admission, the process of changing the status to the exited when the collection unit 36 confirms that the device 50 has been collected, and the process of entering the actor and A non-contact entry / exit management system that causes the server to execute the process of storing the date and time when the exited status is changed in the database. [Selection diagram] Fig. 1

Description

The present invention relates to a non-contact entrance / exit management system, a server, a program, and an entrance / exit management device in a medical facility.

In medical facilities, a large number of people, including doctors, nurses, medical staff, inpatients, outpatients, inpatient visitors, outside contractors, and medical personnel, move around the hospital and have the opportunity to come into contact with them. There are many. There are many opportunities for a large number of such diverse people to come into contact with each other in medical facilities, and if a person carrying bacteria, viruses, etc. comes into contact with another person, there is a risk of infection. In particular, since there are patients with weakened immunity in medical facilities, the possibility of institutional infection is higher than in normal facilities.

As a countermeasure against such nosocomial infections, for example, a method has been proposed in which the infection status of inpatients, doctors, nurses, etc. is inspected so that the in-hospital distribution of carriers of a specified bacterial species can be grasped (patent). Document 1).

In addition, in order to prevent nosocomial infections, the medical facility is divided into multiple barrier zones, and the passers-by who have passed through the zones are recorded. A method for assuming a certain person has been proposed (Patent Document 2).

Japanese Unexamined Patent Publication No. 7-79929 Japanese Unexamined Patent Publication No. 2003-6342

However, nosocomial infections may still occur, and there is a need for a method to prevent infections in medical facilities more than before.

The gist of the present invention is as follows.
(1) A non-contact entry / exit management system that manages actors entering and exiting medical facilities.
A server to which a database for storing the status information and authentication information of the actor is connected and capable of writing and reading the status information and the authentication information to the database, and
An entrance / exit management device that is connected to the server via a network and authenticates the actor who enters / exits the medical facility in a non-contact manner.
With
The status information includes status information that is in or out of the library.
The term “during admission” means that the actor is admitted to the medical facility.
The term "exited" means that the actor has left the facility outside the medical facility.
The authentication information includes the unique information of the actor.
The entrance / exit management device is
A transmitter / receiver that sends / receives data to / from the server,
A non-contact authentication data acquisition unit that non-contactly acquires the authentication data of the actor and transmits it to the server.
When the actor enters the medical facility, a discharge unit that discharges a wireless communication device that the actor can carry and can wirelessly communicate with a plurality of transmitters / receivers arranged in the medical facility, and the actor. Collecting the wireless communication device when leaving the medical facility,
With
The wireless communication device includes a memory for storing an identification number of the wireless communication device, and a transmission means for transmitting the identification number via a wireless network.
A process for confirming a match between the authentication data of the actor transmitted from the non-contact authentication data acquisition unit and the unique information of the actor stored in advance in the database.
After confirming the match, the process of associating the unique information in the database with the identification number and discharging the associated wireless communication device from the discharge unit of the entrance / exit management device.
The process of changing the status information of the actor in the database from exited to entering.
When it is confirmed that the wireless communication device has been collected by the collection unit, the process of changing the status of the actor stored in the database from being in the building to being closed, and the actor stored in the database. Processing to store the date and time when the status information of the in-house and the exited state was changed in the database.
To let the server execute
Non-contact entrance / exit management system.
(2) The following (A) to (J):
(A) ID given to the actor,
(B) The actor's email address, SNS address, or a combination thereof,
(C) The telephone number of the actor,
(D) The name of the actor,
(E) Date of birth of the actor,
(F) The address of the actor,
(G) Biological information of the actor's face, fingerprint, vein, iris, or a combination thereof,
The non-contact according to (1) above, which includes (H) the electronic medical record number of the actor, (I) the insurance card number of the actor, and (J) at least one selected from the group consisting of the My Number of the actor. Entrance / exit management system.
(3) The non-contact authentication data acquisition unit
The information terminal of the actor reads the information code associated with the unique information of the actor received in advance from the server in a non-contact manner, and transmits the unique information of the actor associated with the read information code to the server. leader,
A biometric data acquisition unit that includes a camera that non-contactly captures biometric data of the actor's face, fingerprint, vein, iris, or a combination thereof, and transmits the biometric data to be captured to the server.
It is equipped with a non-contact touch panel that can input the unique information of the actor in a non-contact manner, a unique information input unit that transmits the input unique information to the server, and a microphone that can input the unique information of the actor by sound recognition. , The non-contact entrance / exit management system according to (1) or (2) above, which includes at least one selected from a group consisting of a sound information input unit that transmits unique information to be input to the server.
(4) The entrance / exit management device includes a sterilizing virus removing unit that sterilizes and removes the virus of the wireless communication device.
When the recovery unit collects the wireless communication device, the sterilizing virus removing unit sterilizes and removes the virus from the wireless communication device.
The non-contact entrance / exit management system according to any one of (1) to (3) above.
(5) The wireless communication device is equipped with a buzzer.
When the server determines that the wireless communication device is separated from the medical facility by a predetermined distance, or when an instruction to sound the buzzer of the wireless communication device is input to the input unit of the server, the process of sounding the buzzer is performed by the server. Runs,
The non-contact entrance / exit management system according to any one of (1) to (4) above.
(6) The entrance / exit management device is provided with a security gate connected to the server via a network and arranged at the entrance / exit of the medical facility.
The server executes a process of discharging the wireless communication device from the discharge unit of the entrance / exit management device and a process of opening the security gate.
The non-contact entrance / exit management system according to any one of (1) to (5) above.
(7) The security gate is provided with a wireless communication device identification unit.
When the wireless communication device identification unit identifies the discharged wireless communication device, the security gate opens.
The non-contact entrance / exit management system described in (6) above.
(8) A process in which the server confirms that the authentication data of the actor transmitted from the non-contact authentication data acquisition unit matches the unique information of the actor stored in the database, the process in the database. By associating the unique information with the identification number, the wireless communication device associated with the identification number is discharged from the discharge unit of the entrance / exit management device, and further, it is recognized that the security gate has been opened. Then, the process of changing the status information of the actor in the database from completed to entering is executed.
The non-contact entrance / exit management system according to (6) or (7) above.
(9) The entrance / exit management device includes a thermography camera connected to the server via a network capable of measuring the body temperature of the actor and outputting the measured body temperature data.
A process of determining whether the body temperature of the actor is equal to or lower than a predetermined value based on the output body temperature data, and a process of causing the entrance / exit management device to discharge the wireless communication device when the determination is made to be equal to or lower than the predetermined value. To let the server execute
The non-contact entrance / exit management system according to any one of (1) to (8) above.
(10) The entrance / exit management device includes a thermography camera connected to the server via a network capable of measuring the body temperature of the actor and outputting the measured body temperature data.
Based on the output body temperature data, the server is made to execute a process of determining whether the body temperature of the actor is equal to or less than a predetermined value, and a process of opening the security gate when it is determined to be equal to or less than the predetermined value. 6) The non-contact entrance / exit management system according to any one of (9).
(11) The non-contact according to any one of (6) to (10) above, wherein when the server confirms that the wireless communication device has been recovered by the recovery unit, the process of opening the security gate is executed. Entrance / exit management system.
(12) The non-contact entrance / exit management system includes a plurality of transmitters / receivers arranged in the medical facility, capable of wireless communication with the wireless communication device, and connected to the server via a network.
The server receives from the transmitter / receiver the identification number received from the wireless communication device by at least one of the plurality of transmitters / receivers and the transmitter / receiver ID associated with the position information of the received transmitter / receiver. Then, the position information of the actor and the date and time are recorded in the database.
The non-contact entrance / exit management system according to any one of (1) to (11) above.
(13) Three or more transmitters and receivers simultaneously receive the identification number from the wireless communication device via the wireless network, and the server receives the position information of the three or more transmitters and receivers and the reception strength from the wireless communication device. The non-contact entrance / exit management system according to (12) above, which calculates the position information of the wireless communication device from the above and records the calculated position information and the date and time in the database.
(14) When an infected person is generated from the actor in the medical facility and the unique information of the infected person is specified, the location information, date and time of the infected person are obtained based on the specified unique information. The process to be acquired from the database and
Based on the acquired location information and the date and time, another actor who stayed within a predetermined distance with the infected person for a predetermined time or longer was extracted from the database, and the extracted other actor was used as a close contact. The non-contact entrance / exit management system according to (12) or (13) above, which causes the server to execute the specified process.
(15) Based on the distance from the infected person, the time when the person was located within the predetermined distance, and the data of the test result regarding the presence or absence of infection of the specified close contact, the presence or absence of infection, the distance from the infected person, and the distance from the infected person. The non-contact entrance / exit management system according to (14) above, wherein the server executes a calculation process of a relationship with a time located within a predetermined distance.
(16) The non-contact entrance / exit management system according to (14) or (15) above, wherein the server notifies that the information terminal of the close contact has made close contact.
(17) When the transmitter / receiver is located inside a hospital room of a medical facility and the transmitter / receiver located inside the hospital room authenticates a wireless communication device, the server is made to execute a process of unlocking the door of the hospital room. , The non-contact entrance / exit management system according to any one of (1) to (16) above.
(18) The wireless communication device includes an acceleration sensor that detects acceleration generated by the movement of the wireless communication device and outputs acceleration data.
A process of receiving the acceleration data output by the acceleration sensor and the position information of the transmitter / receiver that outputs the acceleration data from the transmitter / receiver.
A process of determining whether or not the actor's wireless communication device is carried based on the acceleration data and position information, and
To let the server execute
The non-contact entrance / exit management system according to any one of (1) to (17) above.
(19) A process of determining whether or not the actor has fallen based on the acceleration data, and
When it is determined that the person has fallen, the authentication information of the actor and the place of the fall are notified to the staff of the medical facility.
To let the server execute
The non-contact entrance / exit management system according to (18) above.
(20) A server in a non-contact entrance / exit management system that manages actors entering / exiting a medical facility.
A database that stores the status information and authentication information of the actor is connected.
It is connected to the entrance / exit management device that authenticates the actor who enters / exits the medical facility in a non-contact manner via a network.
Means for writing and reading the status information and authentication information to the database, and
A processing means for confirming the match between the authentication data of the actor transmitted from the non-contact authentication data acquisition unit of the entrance / exit management device and the unique information of the actor stored in advance in the database.
After confirming the match, the processing means for associating the unique information in the database with the identification number and discharging the associated wireless communication device from the discharge unit of the entrance / exit management device.
A processing means for changing the status information of the actor in the database from completed to entering.
When it is confirmed that the wireless communication device has been collected by the collection unit, a processing means for changing the status of the actor stored in the database from being in the building to being out of the building, and
A processing means for storing in the database the dates and times when the status information of the actor being entered and exited, which is stored in the database, is changed.
A server.
(21) To the server in the non-contact entrance / exit management system that manages actors entering / exiting medical facilities
Writing and reading processing of the status information and authentication information to the database connected to the server, and
It is confirmed that the authentication data of the actor transmitted from the non-contact authentication data acquisition unit of the entrance / exit management device connected via the network 1 matches the unique information of the actor stored in advance in the database. Processing and
After confirming the match, the process of associating the unique information in the database with the identification number and discharging the associated wireless communication device from the discharge unit of the entrance / exit management device.
The process of changing the status information of the actor in the database from exited to entering.
When it is confirmed that the wireless communication device has been collected by the collection unit, the process of changing the status of the actor stored in the database from being in the building to being out of the building is performed.
A process of storing in the database the date and time when the status information of the actor being entered and exited, which is stored in the database, is changed.
A program that runs.
(22) An entrance / exit management device managed by a non-contact entrance / exit management system that manages actors entering / exiting a medical facility.
The entrance / exit management device is
A database that stores the status information and authentication information of the actor is connected, and is connected to a server capable of writing and reading the status information and authentication information to the database via a network.
A transmitter / receiver that sends / receives data to / from the server,
A non-contact authentication data acquisition unit that non-contactly acquires the authentication data of the actor and transmits it to the server.
When the actor enters the medical facility, the discharge unit that discharges the wireless communication device that the actor can carry, and when the actor leaves the medical facility, the wireless communication device is collected. Collection department,
An entrance / exit management device equipped with.

According to the present invention, it is possible to prevent nosocomial infections from the time of admission and to prevent infections in medical facilities more than before.

FIG. 1 is a schematic view showing an example of a non-contact entrance / exit management system in the medical facility of the present disclosure. FIG. 2 is a schematic diagram showing an example of an entrance / exit management device that is connected to a server via a network and authenticates an actor who enters / exits a medical facility in a non-contact manner. FIG. 3 is a schematic diagram showing an example of a wireless communication device. FIG. 4 is a schematic diagram showing an example of the non-contact authentication data acquisition unit. FIG. 5 is a schematic diagram showing an example of a non-contact entrance / exit management system in the medical facility of the present disclosure in which an actor's information terminal (actor terminal) is connected to a network. FIG. 6 is a schematic diagram showing an example of the non-contact entrance / exit management system of the present disclosure in which an actor terminal is connected to an in-facility server 11 via a network outside the medical facility. FIG. 7 shows an example of the non-contact entrance / exit management system of the present disclosure, which includes a cloud server connected to an in-facility server via an out-of-facility network, and an actor terminal connected to the cloud server via an out-of-facility network 3. It is a schematic diagram which shows. FIG. 8 is a schematic diagram showing an example of a state in which three transmitters / receivers and a wireless communication device are wirelessly communicating in a medical facility.

The present disclosure is a non-contact entrance / exit management system that manages actors entering / exiting a medical facility, to which a database for storing the status information and authentication information of the actor is connected, and the status information and the status information to the database are connected. It is provided with a server capable of writing and reading authentication information, and an entrance / exit management device that is connected to the server via a network and authenticates the actor who enters / exits the medical facility in a non-contact manner. The status information includes status information of being in or out of the library. The term "in the library" means that the actor is in the medical facility, and the term "exited" means that the actor is in the facility. The building is out of the medical facility, the authentication information includes unique information of the actor, and the entrance / exit management device is a transmission / reception unit for transmitting / receiving data to / from the server, and the actor. A non-contact authentication data acquisition unit that acquires authentication data contactlessly and transmits it to the server, and when the actor enters the medical facility, the actor is portable and a plurality of transmissions / receptions arranged in the medical facility. The wireless communication device includes a discharge unit that discharges a wireless communication device capable of wireless communication with a machine, and a collection unit that collects the wireless communication device when the actor leaves the medical facility. The actor's authentication data transmitted from the non-contact authentication data acquisition unit, which includes a memory for storing the identification number of the wireless communication device and a transmission means for transmitting the identification number via a wireless network, The process of confirming the match with the unique information of the actor stored in advance in the database, and after confirming the match, the unique information in the database and the identification number are linked and linked. A process of discharging the wireless communication device from the discharge unit of the entrance / exit management device, a process of changing the status information of the actor in the database from completed to entering the building, and the collection unit collecting the wireless communication device. Upon confirming that, the process of changing the status of the actor stored in the database from being entered to being closed, and the status of the actor stored in the database during being entered and being discharged are also confirmed. The target is a non-contact entrance / exit management system that causes the server to execute a process of storing the date and time when the information is changed in the database.

Since an unspecified number of people enter and leave the medical facility, people infected with bacteria and viruses may enter the facility. According to the non-contact entrance / exit management system of the present disclosure, it is possible to quickly enter and leave the medical facility of an unspecified number of people without contact, and it is possible to prevent nosocomial infection from the time of admission. , It becomes possible to prevent infection in medical facilities more than before.

The medical facility refers to a facility that provides medical care, and examples thereof include hospitals, clinics, maternity homes, special function hospitals, regional medical support hospitals, clinical research core hospitals, and nursing care medical facilities.

An actor is a person who goes in and out of a medical facility or stays in a medical facility, for example, a medical worker, an outpatient, an inpatient, a visitor of an inpatient, an attendant of an outpatient, or a cafeteria in a medical facility. This includes staff, outside contractors, and those who work related to other medical facilities.

Healthcare professionals include doctors, dentists, pharmacists, public health nurses, midwives, nurses, paramedics, dental hygiene, radiological technicians, dental technicians, clinical technicians, hygiene technicians, physiotherapists, Occupational therapist, vision trainer, clinical engineer, prosthetist, paramedic, language auditor, management nutritionist (nutritionist), Anma massage shiatsushi, acupuncturist, judo rehabilitator, paramedic, medical office work, etc. Can be mentioned.

FIG. 1 shows a schematic diagram showing an example of a non-contact entrance / exit management system in the medical facility of the present disclosure. The non-contact entrance / exit management system 100 includes a server 10, a database 20, and an entrance / exit management device 30.

The non-contact entrance / exit management system 100 of the present disclosure includes a server 10 to which a database 20 for storing actor status information and authentication information is connected, and data can be written to and read from the database 20.

The server 10 may be a server installed inside the medical facility 40, a server installed outside the medical facility 40, or another server or cloud server connected to a communication network such as the Internet.

The database 20 may be built in the server 10, may be a storage unit of the server 10, may be built in another server connected to the server 10 by wire or wirelessly, and may be built in a communication network such as the Internet. It may be contained within another server or cloud server connected to.

The server 10 includes a communication unit, a storage unit, and a processing unit that are connected to a communication network 1 such as the Internet and can transmit and receive data.

Programs such as a driver program, an operating system program, and an application program are stored in the storage unit. The application program stored in the storage unit is a program or the like for causing the server to execute various processes in this system. The program may be recorded on a portable recording medium such as a USB memory, read from the recording medium, and installed on the server. Alternatively, the program may be downloaded via a network or the like and installed on the server. Status information and authentication information to be transmitted / received may be stored in the storage unit.

The processing unit has one or more processors and peripheral circuits thereof. The processing unit comprehensively controls the overall operation of the server, and is, for example, a CPU (Central Processing Unit). The processing unit sends and receives status information and authentication information, stores the status information and authentication information in the database, and executes various processes based on the registered information such as the status information and authentication information stored in the database. It is possible to control the operation of the communication unit, the storage unit, and the database.

The processing unit executes various processes based on the programs (driver program, operating system program, application program, etc.) stored in the storage unit. In addition, the processing unit can execute a plurality of programs (application programs, etc.) in parallel. The database may be the storage of the server.

The status information includes the status information of the actor who is in or out of the library. "Entering" means that the actor is in the medical facility 40. The term "exited" means that the actor has left the facility outside the medical facility 40. The authentication information includes the actor's unique information.

FIG. 2 shows a schematic diagram showing an example of an entrance / exit management device 30 that is connected to the server 10 via the network 1 and authenticates an actor who enters / exits the medical facility 40 in a non-contact manner. The entrance / exit management device 30 may be installed either inside or outside the medical facility 40, but is preferably installed near the entrance / exit of the medical facility 40 where the actor enters / exits. The entrance / exit management device 30 includes a transmission / reception unit 31 that transmits / receives data to / from the server 10, a non-contact authentication data acquisition unit 34 that non-contactly acquires authentication data of an actor and transmits it to the server 10, and an actor enters the medical facility 40. It is provided with a discharge unit 35 that discharges the wireless communication device 50 that the actor can carry, and a collection unit 36 that collects the wireless communication device 50 when the actor leaves the medical facility 40.

The wireless communication device 50 is preferably arranged in a stocker provided in the entrance / exit management device 30, and is discharged from the stocker via the discharge unit 35.

The entrance / exit management device 30 preferably includes an image display unit 32. The image display unit 32 is a monitor device for displaying information related to admission when an actor enters a medical facility. For example, an actor's reception information, an actor's authentication information, an actor's face image, and an actor's mask are displayed. It is possible to display the attached face image, the clinical department intended by the actor, and the like. When the actor leaves the medical facility, the image display unit 32 may display information regarding the exit.

The entrance / exit management device 30 preferably includes a voice transmitting unit 33. The voice transmission unit 33 is a voice transmission device for transmitting information related to admission by voice when an actor enters a medical facility. For example, the actor's reception information, the actor's authentication information, the presence or absence of an actor's mask, and the actor It is possible to transmit the target medical department by voice. When the actor leaves the medical facility, the voice transmission unit 33 may transmit information regarding the exit by voice.

FIG. 3 shows a schematic diagram showing an example of the wireless communication device 50. The wireless communication device 50 is a device that transmits radio waves, and can transmit radio waves within a range of several meters or several tens of meters to notify a transmitter / receiver located in a medical facility of the existence of the wireless communication device 50. it can. The wireless communication device 50 includes a memory 51 for storing the identification number (ID) of the wireless communication device 50, and a transmission means 52 for transmitting the identification number to the server via the wireless network. The wireless communication device 50 superimposes an identification number on the transmitted radio wave, the transmitter / receiver arranged in the medical facility receives the radio wave, and the wireless communication device 50 having the identification number superimposed on the radio wave is in the vicinity. It can be recognized that it exists. Upon recognizing that the wireless communication device 50 exists in the vicinity, the transmitter / receiver can transmit the identification number of the wireless communication device 50 and the transmitter / receiver ID to the server 10. The transmitter / receiver ID is an ID possessed by each of a plurality of transmitters / receivers arranged in the medical facility, and is registered in the database in association with the arrangement location in the medical facility. The wireless communication device 50 may include a receiving means. The wireless communication device can receive data from the server by the receiving means. For example, in the wireless communication device, the receiving means can receive the buzzer sound processing signal from the server and sound the buzzer.

The wireless communication device 50 can be a passive type without a battery, an active type with a built-in battery, or a semi-active tab. When the wireless communication device 50 is a passive type or a semi-active tab, power can be supplied from a transmitter / receiver located in the medical facility, and the wireless communication device 50 is activated by electromagnetic induction from the transmitter / receiver located in the medical facility. be able to.

The wireless communication device 50 is an RFID (Radio Frequency Identifier) device which is a non-contact wireless communication device, and is preferably a non-contact IC (Integrated Circuit) card or a non-contact IC tag. A non-contact IC card is, for example, a device incorporated in a card case equipped with an IC chip and an aluminum antenna. A non-contact IC tag is, for example, a device in which an IC chip and an aluminum antenna are incorporated in an arbitrary shape case other than a card type.

RFID mainly uses four types of frequency bands: LF band, HF band, UHF band, and / or SHF band. In RFID, for example, an HF band NFC (Near Field Communication) can be used when it is used at a close distance of several tens of centimeters or less, and a UHF band can be used when it is used more remotely.

The wireless communication device 50 more preferably contains a BLE (Bluetooth Low Energy) tag. The BLE tag may periodically transmit a beacon on which the identification number is superimposed, detects a trigger magnetic field from the transmitter / receiver placed in the medical facility or its vicinity, and transmits the identification number on which the identification number is superimposed. Or, a beacon with an identification number superimposed can be transmitted periodically. When the BLE tag detects the trigger magnetic field, the BLE tag can recognize the trigger ID added to the trigger magnetic field and transmit the identification number and the trigger ID as a set to the server. The trigger magnetic field is preferably output in a spherical or hemispherical shape. The interval of periodic transmission can be arbitrarily set, and can be, for example, an interval of 0.1 second to 5 minutes. The BLE tag is capable of long-distance communication using the 2.4 GHz band, has a long battery life, and is easy to replace the battery.

The wireless communication device 50 is more preferably composed of a combination of BLE and NFC. As a result, the wireless communication device 50 can achieve both short-distance communication and long-distance communication, lock and unlock the security zone by NFC, and communicate with a plurality of transmitters and receivers arranged in the medical facility. It can be done with BLE.

The wireless communication device 50 may be used in combination with another wireless communication device. For example, using the wireless communication device 50 as BLE, in combination with another IC card (NFC), the serial number (unique code) attached to the other IC card and the unique information of the actor stored in the database. Can be linked to verify the identity of the actor when locking and unlocking the security zone. When the wireless communication device 50 is combined with another wireless communication device, the other wireless communication device is paid out in addition to the discharge of the wireless communication device 50.

The wireless communication device 50 may be affixed with a label on which an identification number, an information code, or a combination thereof is printed. By reading the label attached to the wireless communication device 50 with a reader, the location management of the wireless communication device 50 can be easily performed.

The wireless communication device 50 preferably has a hole for passing a string such as a strap. When the wireless communication device 50 has such a hole, the actor can hang a strap or the like passed through the hole of the wireless communication device 50 around his neck, which facilitates the actor to carry the wireless communication device 50. Can be done.

The label reader of the wireless communication device may be provided by the entrance / exit management device, or may be arranged at any place in the medical facility. The reader is connected to the server 10 via a communication network. The reader is an image reader that reads the image of the identification number or information code, an image processing unit that processes the read image, a data analysis unit that analyzes the image-processed data, a control unit that controls the entire reader, and data transmission / reception. The communication processing unit can be the main component. The read data transmitted from the communication processing unit is sent to the server via the network line together with the position information of the reader and the read date and time. The data sent to the server and stored in the database can be viewed on a terminal device such as a computer via a network line.

The server executes a process of confirming the match between the actor's authentication data transmitted from the contactless authentication data acquisition unit 34 and the actor's unique information stored in the database 20.

The unique information of the actor is stored in the database 20 in advance. When the actor enters the medical facility, the non-contact authentication data acquisition unit 34 acquires the actor's authentication data. The authentication data of the actor acquired by the non-contact authentication data acquisition unit 34 is transmitted to the server, and the server confirms whether the transmitted authentication data of the actor matches the unique information of the actor stored in the database 20. Perform processing. If the server confirms the match, the wireless communication device 50 is discharged. If the server cannot confirm the match, the wireless communication device 50 is not discharged. If the server cannot confirm the match, the mismatch information is sent to the terminal connected to the server, and the screen display or voice transmitter of the entrance / exit management device notifies the actor that there is a mismatch and the medical facility manager. Can guide you on how to contact.

After confirming the match, the server associates the unique information in the database with the identification number of the wireless communication device 50, and discharges the associated wireless communication device 50 from the discharge unit 35 of the entrance / exit management device 30. Execute the process to make it. The server associates the unique information with the identification number of the wireless communication device 50 and registers it in the database.

After confirming the match or processing to eject the wireless communication device 50, the server executes a process of changing the status information of the actor in the database from completed to entering.

When the server confirms that the wireless communication device 50 has been collected by the collection unit 36, the server executes a process of changing the status of the actor stored in the database from being in the library to being closed.

The server executes a process of storing in the database the date and time when the status information of the actor being entered or left in the database is changed.

The actor's unique information preferably includes the following (A) to (J): (A) ID given to the actor, (B) the actor's email address, SNS address, or a combination thereof, and (C) the actor. Phone number, (D) actor's name, (E) actor's date of birth, (F) actor's address, (G) actor's face, fingerprint, vein, iris, or a combination of these biometric information, (H) ) The electronic medical record number of the actor, (I) the insurance card number of the actor, and (J) at least one selected from the group consisting of the My Number of the actor.

FIG. 4 shows a schematic diagram showing an example of the non-contact authentication data acquisition unit 34. The non-contact authentication data acquisition unit 34 preferably
An information code reader 341, in which the actor's information terminal reads the information code associated with the actor's unique information received in advance from the server 10 in a non-contact manner, and transmits the actor's unique information associated with the read information code to the server 10.
A biometric data acquisition unit 342, provided with a camera that non-contactly captures biometric data of an actor's face, fingerprint, vein, iris, or a combination thereof, and transmits the biometric data to be captured to the server.
A non-contact touch panel capable of non-contact input of the actor's unique information, a unique information input unit 343 that transmits the input unique information to the server, and a microphone capable of inputting the actor's unique information by sound recognition. Sound information input unit 344 for transmitting unique information for sound input to the server.
Includes at least one selected from the group consisting of.

FIG. 5 shows a schematic diagram showing an example of the non-contact entrance / exit management system of the present disclosure in which an actor's information terminal 60 (hereinafter, also referred to as an actor terminal) is connected to a network 1. The actor terminal is a terminal owned by the actor, preferably a terminal that the actor can carry, and examples thereof include a mobile terminal such as a smartphone, a tablet, and a laptop computer, or an information terminal. The actor terminal 60 is connected to the server 10 via the network 1.

FIG. 6 shows a schematic diagram showing an example of the non-contact entrance / exit management system of the present disclosure in which the actor terminal 60 is connected to the in-facility server 11 via the network 2 in the medical facility and the network 3 outside the medical facility. .. In FIG. 6, the server in the non-contact entrance / exit management system 100 is the in-facility server 11, which is not directly connected to the out-of-facility network 3, and the in-facility server 11 and the database via the in-facility network 2. 20 and the entrance / exit management device 30 are connected. By connecting the in-facility server 11 to the database 20 and the entrance / exit management device 30 via the in-facility network 2 separate from the out-of-facility network 3, it is possible to improve the in-facility security.

FIG. 7 shows the present disclosure in which an in-facility server 11 is provided with a cloud server 12 connected via an in-facility network 2 and an out-of-facility network 3, and an actor terminal 60 is connected to the cloud server 12 via an out-of-facility network 3. The schematic diagram which shows an example of the non-contact entrance / exit management system of is shown. In FIG. 7, the servers in the non-contact entrance / exit management system 100 are the in-facility server 11 and the cloud server 12. The actor terminal 60 is connected to the cloud server 12 via the out-of-facility network 3, and is not directly connected to the in-facility server 11. Data transmission / reception between the actor terminal 60 and the in-facility server 11 is performed via the cloud server 12, the in-facility network 2, and the out-of-facility network 3. Since there is no direct transmission / reception of data between the in-facility server 11 and the actor terminal 60, it is possible to further improve the in-facility security.

The information code reader 341 is connected to the server 10 via a communication network. The information code reader 341 includes an image reading unit that reads an image of the information code, an image processing unit that processes the read image, a data analysis unit that analyzes the image-processed data, a control unit that controls the entire information code reader, and data transmission / reception. The communication processing unit can be the main component. The read data transmitted from the communication processing unit is sent to the server via the network line. The data sent to the server and stored in the database can be viewed on a terminal device such as a computer via a network line.

The biometric authentication data acquisition unit 342 is connected to the server 10 via a communication network. The biometric data acquisition unit 342 is an image acquisition unit that acquires an image of an actor's face, fingerprint, vein, iris, or a combination thereof, an image processing unit that processes the acquired image, and a data analysis that analyzes the image-processed data. The main components may be a unit, a control unit that controls the entire biometric data acquisition unit, and a communication processing unit that transmits and receives data. The biometric authentication data transmitted from the communication processing unit is sent to the server via the network line. The data sent to the server and stored in the database can be viewed on a terminal device such as a computer via a network line.

The unique information input unit 343 is connected to the server 10 via a communication network. The unique information input unit 343 mainly includes a non-contact touch panel capable of inputting actor's unique information in a non-contact manner, a control unit for controlling the entire unique information input unit, and a communication processing unit for transmitting and receiving input unique information data. And. The unique information data transmitted from the communication processing unit is sent to the server via the network line. The data sent to the server and stored in the database can be viewed on a terminal device such as a computer via a network line. When the entrance / exit management device includes a unique information input unit, the entrance / exit management device can provide display guidance or voice guidance to the effect that the actor does not touch the panel from the image display unit or the voice transmission unit.

The sound information input unit 344 is connected to the server 10 via a communication network. The sound information input unit 344 includes a microphone capable of inputting actor's unique information by sound recognition, a sound processing unit that processes the input sound, a control unit that controls the entire unique information input unit, and data-processed unique information data. The communication processing unit that transmits / receives the data can be the main component. The unique information data transmitted from the communication processing unit is sent to the server via the network line. The data sent to the server and stored in the database can be viewed on a terminal device such as a computer via a network line.

When the unique information of the actor includes (A) the ID given to the actor, the ID is the unique ID of the actor, and the server has transmitted the unique ID and the non-contact authentication data acquisition unit 34. Actor's authentication data, for example, an ID registered in advance in the database associated with the information code read by the information code reader, an ID entered on the non-contact touch panel of the unique information input section, or an ID entered on the sound information input section. It is possible to execute the process of confirming the match with.

Similarly, the actor's unique information includes (B) the actor's email address, (C) the actor's phone number, (D) the actor's name, (E) the actor's date of birth, and / or (F) the actor's address. If included, the server will use the unique information and the actor's authentication data sent from the contactless authentication data acquisition unit 34, for example, an email address registered in advance in the database associated with the information code read by the information code reader. Executes the process of confirming the match with the phone number, name, date of birth and / or address, unique information entered on the non-contact touch panel of the unique information input section, or unique information entered on the sound information input section. be able to.

When the unique information of the actor includes (G) biometric information of the actor's face, fingerprint, vein, iris, or a combination thereof, the server performs the biometric information and the actor transmitted from the non-contact authentication data acquisition unit 34. It is possible to execute a process of confirming the match with the authentication data of the above, for example, the biometric authentication data of the face, fingerprint, vein, iris, or a combination thereof captured by the biometric authentication data acquisition unit.

If the actor's unique information includes (H) the actor's electronic chart number, (I) the actor's insurance card number, or (J) the actor's my number, the server will not include the insurance card number or my number. With the non-contact touch panel of the actor's authentication data transmitted from the contact authentication data acquisition unit 34, for example, the insurance card number or my number registered in advance in the database associated with the information code read by the information code reader, or the unique information input unit. It is possible to execute a process of confirming a match with the entered health insurance card number or my number, or the health insurance card number or my number entered in the sound information input unit.

Actors include hospital staff such as doctors, nurses and clerical staff, cleaning companies, type A who regularly enter and leave medical facilities such as inpatients, and sympathizers, outpatients (including first visits), outside contractors, etc. Medical facilities can be divided into type B, which is the first or irregular entry and exit.

Preferably, for the type A actor, the authentication data of the type A actor read by the biometric authentication data acquisition unit 342, the unique information input unit 343, or the sound information input unit 344 of the non-contact authentication data acquisition unit 34, and the authentication data of the type A actor. Identity verification is performed by associating with the unique information of the type A actor stored in the database.

Preferably, for the type B actor, the information code issued by the server 10 to the actor's information terminal is not assigned by making an admission reservation to the server 10 from the type B actor's information terminal via the network before visiting the museum. The information code reader 341 of the contact authentication data acquisition unit 34 reads from the actor's information terminal, and the actor's authentication data transmitted from the non-contact authentication data acquisition unit 34 is linked with the actor's unique information stored in the database 20. It will be attached and identity verification will be performed.

The information code is preferably a one-dimensional code, a two-dimensional code, or a combination thereof.

The one-dimensional code is preferably a barcode of CODE39, CODE128, JAN, EAN, UPC, NW-7, ITF, or a combination thereof.

The two-dimensional code is preferably a matrix code or a stack code.

The matrix code is preferably QR code (registered trademark), micro QR code (registered trademark), SP code, VeriCode, MaxiCode, CP code, DataMatrix, DataMatrix ECC200, Code1, Aztec Code, interactor code, card e, or chameleon code.

The stack code is preferably PDF417, MicroPDF417, Code49, Code16K, Codeblock, SuperCode, UltraCode, RSS Composite, or AztecMasa.

As shown in FIG. 2, the entrance / exit management device 30 preferably includes a sterilizing virus removing unit 37 that sterilizes and removes the virus from the wireless communication device 50. When the recovery unit 36 collects the wireless communication device 50, the sterilizing virus removing unit 37 can sterilize and remove the virus from the wireless communication device 50.

The bactericidal virus removing unit 37 is not particularly limited as long as it has a function capable of removing the bactericidal virus, but preferably includes an ultraviolet irradiation unit, a photocatalyst spraying unit, an alcohol spraying unit, an ozone generator, or a combination thereof, and is a wireless communication device. 50 can be sterilized and virus-removed. The ultraviolet wavelength is preferably 255 to 280 nm. The photocatalyst is preferably titanium oxide particles having a particle size of about 1 to 1000 nm dispersed in water.

As shown in FIG. 3, the wireless communication device 50 preferably includes a buzzer 53. When the server 10 determines that the wireless communication device 50 is separated from the medical facility 40 by a predetermined distance, or when an instruction to sound the buzzer of the wireless communication device 50 is input to the input unit of the server 10, the server 10 performs a process of sounding the buzzer 53. Executes. It also prevents the actor from forgetting to return the wireless communication device.

The wireless communication device 50 preferably has a nurse call function. The nurse call function can transmit a nurse call signal from the transmitter of the wireless communication device to the nurse call receiver when the button provided on the wireless communication device is pressed. The nurse call signal may be transmitted directly from the transmitter of the wireless communication device to the nurse call receiver of the nurse station in the medical facility, but preferably, the transmission / reception arranged in the medical facility from the wireless communication device. It is sent to the server via the machine, and the server sends a nurse call signal to the nurse call receiver at the nurse station. As a result, the server can specify the position and date and time of the wireless communication device that transmitted the nurse call signal, and the staff of the medical facility such as the nurse can transmit the nurse call signal from the terminal connected to the server. You can check the location and date and time of the communication device. In addition, since the wireless communication device has a nurse call function, it is possible to prevent the actor from forgetting to possess the wireless communication device.

When the server 10 determines that the wireless communication device 50 is separated from the medical facility 40 by a predetermined distance, the wireless communication device and the transmitter / receiver capable of transmitting / receiving via the wireless network are arranged at the entrance / exit of the medical facility. This can be done by detecting the wireless communication device 50 that is away from the transmitter / receiver in the direction outside the medical facility. For example, a plurality of, preferably three or more transmitters / receivers are arranged at the entrance / exit of a medical facility, and the signal strength transmitted from the wireless communication device is received by these transmitters / receivers to determine the direction and distance of the wireless communication device with respect to the transmitter / receiver. Can be detected.

The server 10 is preferably turned on when the process of determining whether or not the actor is wearing a mask based on the face data of the actor captured by the biometric data acquisition unit 342 and when it is determined that the actor is wearing the mask. A process is performed in which the exit management device 30 discharges the wireless communication device 50 from the discharge unit 35.

The server 10 preferably performs a process of determining whether or not an actor is wearing a mask based on the face data of the actor captured by the biometric data acquisition unit 342, and enters and exits when it is determined that the actor is not wearing a mask. After the process of displaying the image display unit 32 of the building management device 30 to prompt the user to wear a mask, the process of causing the voice transmitting unit 33 to make an announcement prompting the wear of a mask, or both of these processes, and the display process or the announcement process, the living body The actor who has been taken in by the authentication data acquisition unit 342 performs a process of storing the face data wearing the mask in the database 20.

The entrance / exit management device 30 preferably includes a security gate connected to the server 10 via a network and arranged at the entrance / exit of the medical facility 40, and the server 10 connects the wireless communication device 50 to the discharge unit of the entrance / exit management device. The process of discharging from 35 and the process of opening the security gate are executed. This allows the actor to receive the ejected wireless communication device and enter the medical facility through the security gate.

Preferably, the security gate is provided with a wireless communication device identification unit, and when the wireless communication device identification unit identifies the discharged wireless communication device, the security gate opens. As a result, the actor can enter the medical facility through the security gate after receiving the wireless communication device identification unit and causing the wireless communication device identification unit to make the wireless communication device. The wireless communication device identification unit may perform a process of opening the security gate, or the server may confirm that the wireless communication device identification unit has identified the wireless communication device and perform a process of opening the security gate.

The server 10 preferably performs a process of confirming the match between the actor's authentication data transmitted from the non-contact authentication data acquisition unit and the actor's unique information stored in the database, the unique information in the database, and the wireless communication device. When the wireless communication device associated with the identification number is discharged from the discharge unit 35 of the entrance / exit management device by associating it with the identification number of 50, and when it is recognized that the security gate has been opened, the database is displayed. Execute the process to change the status information of the actor from the exited to the entering. As a result, opening the security gate is a condition for changing the status information during admission, and the status information can be easily managed.

As shown in FIG. 2, the entrance / exit management device 30 preferably includes a thermography camera 38 connected to the server 10 via a network, capable of measuring the body temperature of the actor and outputting the measured body temperature data.

The server 10 is preferably turned on when the process of determining whether the body temperature of the actor is equal to or lower than the predetermined value based on the body temperature data of the actor output from the thermography camera 38 and when the body temperature of the actor is determined to be equal to or lower than the predetermined value. A process of causing the exit management device 30 to discharge the wireless communication device 50 is executed.

The server 10 preferably performs a process of determining whether the body temperature of the actor is equal to or less than a predetermined value based on the body temperature data of the actor output from the thermography camera 38, and when the server 10 determines that the body temperature of the actor is equal to or less than the predetermined value, security Executes the process of opening the gate.

The thermography camera 38 is a non-contact body temperature thermometer and is connected to the server 10 via a communication network. The thermography camera 38 can be a conventionally used thermography camera, and has a detection unit that detects infrared radiation energy emitted from an actor, a data processing unit that converts the detected infrared radiation energy into data, and data processed data. The main components may be a data analysis unit for analysis, a control unit for controlling the entire thermography camera, and a communication processing unit for transmitting and receiving data. The body temperature data transmitted from the communication processing unit is sent to the server via the network line. The data sent to the server and stored in the database can be viewed on a terminal device such as a computer via a network line.

The server 10 preferably executes a process of opening the security gate when it confirms that the wireless communication device has been recovered by the recovery unit. As a result, it is possible to eliminate the omission of collection of the wireless communication device.

The entrance / exit management device 30 may include an infrared motion sensor. The infrared motion sensor detects that the actor has entered the building, and the actor is authenticated by the image display or voice transmission from the image display or voice transmission of the entrance / exit management device, and the actor is authenticated by the non-contact authentication data acquisition unit. You may guide how to get the data contactlessly.

The entrance / exit management device 30 may include a medical examination ticket reader provided with a transmission / reception unit capable of transmitting / receiving data to / from the server. When entering a medical facility, the server performs the process of confirming the match between the actor's unique information recorded in the actor's medical examination ticket read by the medical examination ticket reader and the actor's unique information stored in the database. You may do it. The medical examination ticket reader may be provided with the same sterilization / virus removal unit as described above for sterilizing / removing the virus of the medical examination ticket.

When the entrance reception of the actor is completed, the entrance / exit management device may notify the completion of reception from the image display unit or the voice transmission unit. The admission / exit management device may output a paper on which the guide of the clinical department visited by the actor is written from the paper output unit of the admission / exit management device when the admission reception of the actor is completed. The admission / exit management device may send a notification to the actor terminal about the guidance of the clinical department visited by the actor when the admission reception of the actor is completed.

The infrared motion sensor may detect an actor who has completed medical treatment and provide an image display or voice transmission from the image display unit 32 or the voice transmission unit 33 of the entrance / exit management device to guide the settlement of the medical treatment fee. When the wireless communication device is collected by the collection unit, the medical fee may be settled by displaying an image or transmitting a voice from the image display unit or the voice transmission unit of the entrance / exit management device. The entrance / exit management device may read the information code described on the medical treatment completion form issued by the clinical department with an information code reader, and guide the medical treatment fee from the image display unit or the voice transmission unit. The entrance / exit management device may guide the medical treatment fee from the image display unit or the voice transmission unit based on the unique information such as the actor's ID input to the unique information input unit.

When the entrance / exit management device 30 is provided with a medical examination ticket reader equipped with a transmission / reception unit capable of transmitting / receiving data to / from the server, when the medical examination ticket of the actor who has completed the medical examination is read by the medical examination ticket reader, the entrance / exit management device 30 is entered / exited. The medical examination fee may be settled by displaying an image or transmitting a voice from the image display unit or the voice transmission unit of the building management device.

The entrance / exit management device 30 may include a medical fee settlement processing unit. The settlement processing unit includes a cash processing unit, a credit card processing unit, an electronic money processing unit, and the like.

The correctness can be input from the unique information input unit or the sound information input unit for the specific information of the actor indicated by the image display unit or the voice transmission unit of the entrance / exit management device 30. For example, you can answer yes or no about the correctness of the actor's specific information.

If the actor is a first-time patient, a medical appointment can be made in advance from the actor terminal to the server. When making an appointment for the first visit, the actor terminal can send unique information about the patient to the server. The server can notify the actor terminal of the actor's ID (unique ID) together with the notification of the reservation completion.

Preferably, the non-contact entrance / exit management system includes a plurality of transmitters / receivers 42 arranged in the medical facility 40 and capable of wireless communication with the wireless communication device 50 and connected to the server 10 via a network, and the server 10 However, from the transmitter / receiver 42, at least one of the plurality of transmitters / receivers 42 obtains the identification number of the wireless communication device received from the wireless communication device 50 via the wireless network and the transmitter / receiver ID associated with the position information of the received transmitter / receiver 42. Upon receiving, the location information of the actor and the date and time are recorded in the network. The transmitter / receiver ID and the location information of the transmitter / receiver are linked and registered in the database in advance. As a result, it is possible to grasp the movement history of the actor in the medical facility based on the location information in the medical facility of the actor and the date and time recorded in the database.

The transmitter / receiver 42 and the server 10 can preferably communicate with each other via a wireless network such as Wifi.

The transmitter / receiver 42 includes a first transmitter that transmits data to the server and a second receiver that receives data from the wireless communication device. The first transmitting unit may be a first transmitting / receiving unit for transmitting / receiving data to / from the server, and the second receiving unit may be a second transmitting / receiving unit for transmitting / receiving data to / from a wireless communication device. The first transmitting unit or the first transmitting / receiving unit and the second receiving unit or the second transmitting / receiving unit may be common. The transmitter / receiver 42 may include a battery, but is preferably connected to a medical facility to supply power.

Preferably, three or more transmitters and receivers simultaneously receive the identification number from the wireless communication device via the wireless network, and the server receives the position information of the three or more transmitters and receivers and the reception strength from the wireless communication device. The position information of the wireless communication device is calculated from the above, and the calculated position information and the date and time are recorded in the database. FIG. 8 shows a schematic diagram showing an example of a state in which the three transmitters / receivers 42 and the wireless communication device 50 are wirelessly communicating in the medical facility 40. When the reception strength according to the distance to the transmitter / receiver is used, the wireless communication device is preferably an IC tag or an IC card using the UHF band.

Preferably, when an infected person is generated from an actor in a medical facility and the unique information of the infected person is identified, the process of acquiring the location information, date and time of the infected person from the database based on the identified unique information. And, based on the acquired location information and the date and time, another actor who stayed within a predetermined distance with the infected person for a predetermined time or more is extracted from the database, and the extracted other actor is identified as a close contact. And let the server execute. As a result, when an infected person is generated from an actor in a medical facility, a close contact person can be easily identified.

Another actor who stays within a predetermined distance from the infected person for a predetermined time or longer is, for example, an actor who is continuously located within 2 m from the infected person for 15 minutes or more.

The test results regarding the presence or absence of infection of the identified close contact can be registered in the database. The server calculates the relationship between the presence or absence of infection and the distance from the infected person and the time located within the predetermined distance from the data of the test result of the distance from the infected person, the time located within the predetermined distance, and the presence or absence of infection. be able to. For example, the horizontal axis is the distance from the infected person, and the vertical axis is the time located within the predetermined distance. The test result data for the presence or absence of infection is plotted on the graph, and the distance from the infected person leading to infection and the predetermined distance are plotted. The time located within can be calculated.

By providing the results of calculating the distance from the infected person leading to infection and the time located within the predetermined distance to the Ministry of Health, Labor and Welfare, the municipal health center, etc., it is possible to contribute to the accurate definition of close contact. This makes it possible to reduce unnecessary examinations and contribute to the optimal use of medical resources.

In addition, based on the location information of the infected person (actor) in the medical facility recorded in the database and the movement history of the infected person in the medical facility, which is grasped based on the date and time, the simulation of the infected range is sent to the server. Can be executed. For example, the server specifies the range of infectivity by the distance from the infected person or in the zone such as the room where the infected person entered, and actors (for example, medical staff) located outside the range of infectivity or medical care. It is possible to enable continuous operation of the location (department) in the facility. As a result, safe and stable continuous operation of medical functions can be performed, and the risk of hospital function outage can be avoided.

The wireless communication device may be arranged not only on the actor but also on an object in the medical facility such as an instrument or a device in the medical facility. By locating an object in the medical facility together with the wireless communication device, it is possible to grasp the movement route of the object in addition to the movement route of the actor. The method of arranging the wireless communication device on an object in the medical facility is not particularly limited, and the wireless communication device can be arranged by any method such as sticking or screwing.

There is a possibility that patients and medical staff will be infected through the equipment because the equipment used by medical staff such as doctors and nurses, staff in the cafeteria in the hospital, and actors such as workers is contaminated with bacteria. There is also. In addition, medical equipment used for treatment and examination may be contaminated, and nosocomial infections may occur through the medical equipment. By arranging the wireless communication device on the thing in the medical facility, the server can identify the movement route of the thing in the medical facility as well as the movement route of the actor, so that the identified infection Based on the movement route of the person and the movement route of the object in the medical facility, it is possible to identify the object in the medical facility such as the device and the device considered to have been used by the infected person.

In medical facilities where many diverse people come and go, by accurately grasping the movement of objects in addition to the movement of actors, it is possible to prevent infection in the medical facility and take measures after the outbreak of infection more efficiently. , Medical resources such as people, things, and places related to medical facilities can be functioned effectively with peace of mind.

The server can calculate the exercise level such as calories burned by the patient based on the movement route of the inpatient who can move in the medical facility. The server also uses the calculated exercise level and the exercise level such as calories burned in advance in the database set based on the information such as the age and illness of the inpatient, and the actor terminal and / or medical facility of the patient. Information about exercise management can be sent to the terminal connected to the server. Information on exercise management includes calories to be consumed during a predetermined period such as one day, the number of steps taken for a walk, and the like.

Preferably, the medical facility is divided into a plurality of zones, and the authentication information of the actor who entered the zone, the zone ID that identifies the zone in which the actor entered the zone, and the entry / exit time data of the zone are stored in the database. When,
When an infected person is generated from an actor in a medical facility and the infected person's authentication information is identified, the process of acquiring the zone ID and entry time of the zone in which the infected person entered the room from the database based on the identified authentication information. When,
Based on the acquired zone ID and entry time, the authentication information of the person who entered the zone with the same zone ID after the time when the infected person entered the room is extracted from the database, and the person specified by the extracted authentication information is rich. Let the server perform the process of identifying as a contact. As a result, when an infected person is generated from an actor in a medical facility, a close contact person can be easily identified for each zone.

The server preferably notifies the actor terminal of the close contact that the close contact has occurred. As a result, when an infected person occurs from an actor in a medical facility, it is possible to notify the actor identified as a close contact person that he / she is a close contact person, so that it is possible to prevent the spread of infection.

Preferably, the transmitter / receiver is located inside the hospital room of the medical facility, and when the transmitter / receiver located inside the hospital room authenticates the wireless communication device, the server performs a process of unlocking the door of the hospital room. .. This prevents actors (hereinafter also referred to as inpatients) who are hospitalized in a medical facility from forgetting to carry a wireless communication device when going out of the hospital room, and the movement history and medical care of the inpatient in the medical facility. It is possible to prevent omission of records of entrance and exit of facilities.

Preferably, the wireless communication device includes an acceleration sensor that detects the acceleration generated by the movement of the wireless communication device and outputs the acceleration data, and the acceleration data output by the acceleration sensor and the position information of the transmitter / receiver that outputs the acceleration data. The server is made to execute the process of receiving from the transmitter / receiver and the process of determining whether or not the actor's wireless communication device is carried based on the acceleration data and the position information. The server can determine that the actor is not carrying a wireless communication device when acceleration data indicating that he / she is moving at a predetermined time cannot be obtained. It is possible to determine whether or not the actor carries a wireless communication device, and prevent the actor, especially the inpatient, from not knowing the movement route. Bedridden patients may be excluded from monitoring the travel route.

Preferably, the process of determining whether or not the actor has fallen based on the acceleration data and the process of notifying the staff of the medical facility of the actor's authentication information and the fall location when the actor is determined to have fallen are described above. Let the server do more. This makes it possible to quickly rescue an actor in the event of a fall.

The present disclosure is also a server in a non-contact entry / exit management system that manages actors entering / exiting a medical facility, and a database for storing the status information and authentication information of the actor is connected to the inside of the medical facility. A means for writing and reading the status information and authentication information to the database, which is connected to the entrance / exit management device that authenticates the actor entering / exiting in a non-contact manner via a network, and the non-entrance / exit management device. A processing means for confirming a match between the actor's authentication data transmitted from the contact authentication data acquisition unit and the actor's unique information stored in advance in the database 20, and after confirming the match, in the database. With the unique information of the above and the identification number, the processing means for discharging the linked wireless communication device from the discharge unit of the entrance / exit management device and the status information of the actor in the database are discharged. When it is confirmed that the processing means for changing from the building completed to the building and the wireless communication device have been collected in the collection unit, the status of the actor stored in the database is changed from the building completed to the exited. Targeting a server including a processing means and a processing means for storing in the database the date and time when the status information of the actor during entry and exit of the building is changed, which is stored in the database. To do.

The present disclosure also describes the writing and reading processing of the status information and the authentication information to the database connected to the server on the server in the non-contact entrance / exit management system that manages the actors entering and leaving the medical facility, and the network. The process of confirming the match between the authentication data of the actor transmitted from the non-contact authentication data acquisition unit of the entrance / exit management device connected via the database and the unique information of the actor stored in advance in the database. After confirming the match, the process of associating the unique information in the database with the identification number and discharging the associated wireless communication device from the discharge unit of the entrance / exit management device, and the above-mentioned When the process of changing the status information of the actor in the database from leaving the building to the time of entering the building and confirming that the wireless communication device has been collected by the collection unit, the status of the actor stored in the database is displayed. A process of changing from being in the building to being closed, a process of storing the date and time when the status information of the actor being in the building and being left in the database is changed is stored in the database. Target the program that executes.

The present disclosure is also an entrance / exit management device managed by a non-contact entrance / exit management system that manages actors entering / exiting a medical facility, and the entrance / exit management device is the status information of the actor. And a database that stores authentication information is connected, and is connected to a server that can write and read the status information and authentication information to the database via a network, and a transmission / reception unit that transmits / receives data to / from the server, and the actor. A non-contact authentication data acquisition unit that acquires authentication data contactlessly and transmits it to the server, an discharge unit that discharges a wireless communication device that the actor can carry when the actor enters the medical facility, and a discharge unit that discharges the wireless communication device. The target is an entrance / exit management device including a collection unit that collects the wireless communication device when the actor leaves the medical facility.

100 Non-contact entrance / exit management system 1 Network 2 In-medical facility network 3 Out-of-medical facility network 10 Server 11 In-medical facility server 12 Cloud server 20 Database 30 Entrance / exit management device 31 Transmission / reception unit 32 Image display unit 33 Voice transmission unit 34 Non-contact authentication data acquisition unit 341 Information code reader 342 Bioauthentication data acquisition unit 343 Unique information input unit 344 Sound information input unit 35 Discharge unit 36 Recovery unit 37 Sterilizing virus removal unit 38 Thermography camera 40 Medical facility 42 Transmitter / receiver 50 Wireless communication device 51 Memory 52 Transmission means 53 Buzzer 54 Fall detector 60 Actor terminal

Claims (21)

A non-contact entry / exit management system that manages actors entering and exiting medical facilities.
A server to which a database for storing the status information and authentication information of the actor is connected and capable of writing and reading the status information and the authentication information to the database, and
An entrance / exit management device that is connected to the server via a network and authenticates the actor who enters / exits the medical facility in a non-contact manner.
With
The status information includes status information that is in or out of the library.
The term “during admission” means that the actor is admitted to the medical facility.
The term "exited" means that the actor has left the facility outside the medical facility.
The authentication information includes the unique information of the actor.
The entrance / exit management device is
A transmitter / receiver that sends / receives data to / from the server,
A non-contact authentication data acquisition unit that non-contactly acquires the authentication data of the actor and transmits it to the server.
When the actor enters the medical facility, a discharge unit that discharges a wireless communication device that the actor can carry and can wirelessly communicate with a plurality of transmitters / receivers arranged in the medical facility, and the actor. Collecting the wireless communication device when leaving the medical facility,
With
The wireless communication device includes a memory for storing an identification number of the wireless communication device, and a transmission means for transmitting the identification number via a wireless network.
A process for confirming a match between the authentication data of the actor transmitted from the non-contact authentication data acquisition unit and the unique information of the actor stored in advance in the database.
When confirming the match, in association string and the identification number and the unique information in the database, was drained said associated string wireless communication device from the discharge portion of the entering building access management device, checking the match If it is not possible, the process that does not discharge the wireless communication device,
When the match is confirmed or when the wireless communication device is discharged from the discharge unit of the entrance / exit management device, the process of changing the status information of the actor in the database from completed to entering.
When it is confirmed that the wireless communication device has been collected by the collection unit, the process of changing the status of the actor stored in the database from being in the building to being closed, and the actor stored in the database. Processing to store the date and time when the status information of the in-house and the exited state was changed in the database.
To let the server execute
Non-contact entrance / exit management system. The following (A) to (J):
(A) ID given to the actor,
(B) The actor's email address, SNS address, or a combination thereof,
(C) The telephone number of the actor,
(D) The name of the actor,
(E) Date of birth of the actor,
(F) The address of the actor,
(G) Biological information of the actor's face, fingerprint, vein, iris, or a combination thereof,
The non-contact entry according to claim 1, wherein (H) the electronic medical record number of the actor, (I) the insurance card number of the actor, and (J) at least one selected from the group consisting of the My Number of the actor are included. Exit management system. The non-contact authentication data acquisition unit
The information terminal of the actor reads the information code associated with the unique information of the actor received in advance from the server in a non-contact manner, and transmits the unique information of the actor associated with the read information code to the server. leader,
A biometric data acquisition unit that includes a camera that non-contactly captures biometric data of the actor's face, fingerprint, vein, iris, or a combination thereof, and transmits the biometric data to be captured to the server.
It is equipped with a non-contact touch panel that can input the unique information of the actor in a non-contact manner, a unique information input unit that transmits the input unique information to the server, and a microphone that can input the unique information of the actor by sound recognition. The non-contact entrance / exit management system according to claim 1 or 2, further comprising at least one selected from a group consisting of a sound information input unit that transmits unique information to be input to the server. The entrance / exit management device includes a sterilizing virus removing unit that sterilizes and removes the virus of the wireless communication device.
When the recovery unit collects the wireless communication device, the sterilizing virus removing unit sterilizes and removes the virus from the wireless communication device.
The non-contact entrance / exit management system according to any one of claims 1 to 3. The wireless communication device is equipped with a buzzer.
When the server determines that the wireless communication device is separated from the medical facility by a predetermined distance, or when an instruction to sound the buzzer of the wireless communication device is input to the input unit of the server, the process of sounding the buzzer is performed by the server. Runs,
The non-contact entrance / exit management system according to any one of claims 1 to 4. The entrance / exit management device includes a thermography camera connected to the server via a network capable of measuring the body temperature of the actor and outputting the measured body temperature data.
Based on the output body temperature data, the process of determining whether the body temperature of the actor is below a predetermined value, and
A process of causing the entrance / exit management device to discharge the wireless communication device when it is determined that the value is equal to or less than the predetermined value.
To let the server execute
The non-contact entrance / exit management system according to any one of claims 1 to 5. The entrance / exit management device includes a security gate connected to the server via a network and arranged at the entrance / exit of the medical facility.
The server executes a process of discharging the wireless communication device from the discharge unit of the entrance / exit management device and a process of opening the security gate.
The non-contact entrance / exit management system according to any one of claims 1 to 6. The security gate includes a wireless communication device identification unit.
When the wireless communication device identification unit identifies the discharged wireless communication device, the security gate opens.
The non-contact entrance / exit management system according to claim 7. A process in which the server confirms that the authentication data of the actor transmitted from the non-contact authentication data acquisition unit matches the unique information of the actor stored in the database, and the unique information in the database. When a process of associating the identification number with the wireless communication device associated with the identification number and discharging the wireless communication device associated with the identification number from the discharge unit of the entrance / exit management device is performed, and further recognizing that the security gate has been opened, the said Execute the process of changing the status information of the actor in the database from exited to entering.
The non-contact entrance / exit management system according to claim 7 or 8. The entrance / exit management device includes a thermography camera connected to the server via a network capable of measuring the body temperature of the actor and outputting the measured body temperature data.
A claim that causes the server to execute a process of determining whether the body temperature of the actor is equal to or lower than a predetermined value based on the output body temperature data, and a process of opening the security gate when the temperature is determined to be equal to or lower than the predetermined value. The non-contact entrance / exit management system according to any one of 7 to 9. The non-contact entry / exit management according to any one of claims 7 to 10, wherein when the server confirms that the wireless communication device has been collected by the collection unit, the process of opening the security gate is executed. system. The non-contact entrance / exit management system includes a plurality of transmitters / receivers arranged in the medical facility, capable of wireless communication with the wireless communication device, and connected to the server via a network.
The server receives from the transmitter / receiver the identification number received from the wireless communication device by at least one of the plurality of transmitters / receivers and the transmitter / receiver ID associated with the position information of the received transmitter / receiver. Then, the position information of the actor and the date and time are recorded in the database.
The non-contact entrance / exit management system according to any one of claims 1 to 11. The identification number is simultaneously received from the wireless communication device by three or more transmitters and receivers via the wireless network, and the server uses the position information of the three or more transmitters and receivers and the reception strength from the wireless communication device. The non-contact entrance / exit management system according to claim 12, which calculates the position information of the wireless communication device and records the calculated position information and the date and time in the database. When an infected person is generated from the actor in the medical facility and the unique information of the infected person is specified, the location information, date and time of the infected person are obtained from the database based on the specified unique information. The process to get and
Based on the acquired location information and the date and time, another actor who stayed within a predetermined distance with the infected person for a predetermined time or longer was extracted from the database, and the extracted other actor was used as a close contact. The non-contact entrance / exit management system according to claim 12 or 13, which causes the server to execute the specified process. Based on the distance from the infected person, the time spent within the predetermined distance, and the data of the test results regarding the presence or absence of infection of the specified close contact, the presence or absence of infection, the distance from the infected person, and the predetermined distance The non-contact entrance / exit management system according to claim 14, wherein the server is made to execute a calculation process of the relationship with the time located in. The non-contact entrance / exit management system according to claim 14 or 15, wherein the server notifies that the information terminal of the close contact has made close contact. A claim that the transmitter / receiver is arranged inside a hospital room of a medical facility, and when the transmitter / receiver arranged inside the hospital room authenticates a wireless communication device, the server executes a process of unlocking the door of the hospital room. The non-contact entrance / exit management system according to any one of 1 to 16. The wireless communication device includes an acceleration sensor that detects acceleration generated by the movement of the wireless communication device and outputs acceleration data.
A process of receiving the acceleration data output by the acceleration sensor and the position information of the transmitter / receiver that outputs the acceleration data from the transmitter / receiver.
A process of determining whether or not the actor's wireless communication device is carried based on the acceleration data and position information, and
To let the server execute
The non-contact entrance / exit management system according to any one of claims 1 to 17. A process of determining whether or not the actor has fallen based on the acceleration data,
When it is determined that the person has fallen, the authentication information of the actor and the place of the fall are notified to the staff of the medical facility.
To let the server execute
The non-contact entrance / exit management system according to claim 18. A server in a non-contact entry / exit management system that manages actors entering and exiting medical facilities.
A database that stores the status information and authentication information of the actor is connected.
It is connected to the entrance / exit management device that authenticates the actor who enters / exits the medical facility in a non-contact manner via a network.
Means for writing and reading the status information and authentication information to the database, and
A processing means for confirming the match between the authentication data of the actor transmitted from the non-contact authentication data acquisition unit of the entrance / exit management device and the unique information of the actor stored in advance in the database.
Wherein if a match has been confirmed, in association string and the identification number of the unique information and the wireless communication device in the database, to discharge the string marked was the wireless communication device from a discharge portion of the entering building access management device, wherein If the match cannot be confirmed, the processing means that does not discharge the wireless communication device and
When the match is confirmed or when the wireless communication device is discharged from the discharge unit of the entrance / exit management device, the processing means for changing the status information of the actor in the database from the exited to the entering.
When the wireless communication device to the recovery section of the entrance building access management system to confirm that the recovered, and processing means for changing the building access already from in admission status of the actor stored in said database,
A processing means for storing in the database the dates and times when the status information of the actor being entered and exited, which is stored in the database, is changed.
A server. To the server in the non-contact entrance / exit management system that manages actors entering / exiting medical facilities
Writing and reading processing of the status information and authentication information of the actor to the database connected to the server,
It is confirmed that the authentication data of the actor transmitted from the non-contact authentication data acquisition unit of the entrance / exit management device connected via the network 1 matches the unique information of the actor stored in advance in the database. Processing and
Wherein if a match has been confirmed, in association string and the identification number of the unique information and the wireless communication device in the database, to discharge the string marked was the wireless communication device from a discharge portion of the entering building access management device, wherein If the match cannot be confirmed , the process of not discharging the wireless communication device and the process
When the match is confirmed or when the wireless communication device is discharged from the discharge unit of the entrance / exit management device, the process of changing the status information of the actor in the database from completed to entering the building is performed.
When the wireless communication device to the recovery section of the entrance building access management system to confirm that the recovered, and the process of changing the building access already from in admission status of the actor stored in said database,
A process of storing in the database the date and time when the status information of the actor being entered and exited, which is stored in the database, is changed.
A program that runs.

Images