KR20120132808A - Emr system for matching medical record from medical device with id of examinee - Google Patents

Abstract

PURPOSE: An EMR(Electronic Medical Record) system mapping information about the identification of an examinee and medical records from a medical device is provided to establish a database of medical records of each examinee by storing the information into an EMR by mapping the identification of examinees and medical records from various medical devices. CONSTITUTION: A medical device(110) extracts data of medical records of an examinee. An EMR(Electronic Medical Record) server(140) sends a request for testing to a medical device. The server stores the medical records extracted from the medical device. An integrated gateway device(120) connects the EMR server and the medical device wirelessly or wired. The data of medical records and identifications of examinees are mapped by a mapping control unit(130). [Reference numerals] (100) Electronic medical record system; (110) Medical device; (115) ID collecting unit; (120) Integrated gateway device; (121) First gateway; (122) Second gateway; (130) Mapping control unit; (140) EMR server; (150) User terminal; (160) Examinee confirmation unit; (170) Alarm unit

Description

Electronic medical record system that maps medical records of medical devices to examinee IDs {EMR SYSTEM FOR MATCHING MEDICAL RECORD FROM MEDICAL DEVICE WITH ID OF EXAMINEE}

The present invention relates to a so-called Electronic Medical Record (EMR) system. In particular, the present invention relates to an EMR system for mapping, storing and managing medical records measured from an examinee and a medical device on a device.

Advances in information and communication have made computer-based patient records common in the medical field. Such medical information includes image information such as X-ray as well as text information of an individual such as a family history record, a past history record, and a mental illness record. Such medical information is freely moved between computers inside and outside the medical institutions through a communication network.

Representative systems for processing and managing such medical information include an electronic medical record (EMR) system and a picture archiving and communication system (PACS). The EMR system includes medical records such as inpatient records, outpatient visit records, outpatient visit records, problem lists, progress records, surgery / anesthesia records, discharge summary, consultation medical records, and special treatment records, prescription execution related records, nursing power, clinical Nursing records such as observation records, special measurement records, nursing procedures, discharge nursing records, surgical nursing records and recovery nursing records, medical records such as basic patient information and patient reception information, and medical support records such as patient examination results It is a system that can manage all information about chartless patients by constructing database (DB) with prescription records such as injection prescription, test prescription and treatment / surgical prescription.

Therefore, EMR computerizes and manages the medical, nursing, business, prescription, and patient test results recorded on the chart by handwriting in each period without charts, thereby reducing chart management costs, labor costs, printing costs, etc. By linking, it prevents medical accidents, improves the efficiency of treatment and reduces duplication of work, and provides the effect of efficient work and management management according to various statistics.

However, the conventional EMR is mostly computerized text-based information recorded by medical staff, nurses, and medical staff, and there is a problem in that inspection information measured by a plurality of medical devices having various data interface standards cannot be linked. there was.

In particular, the mapping of the measured medical records with the patient or the examinee and stored in the EMR is performed by the manual work of the person in charge, which causes a problem of low accuracy and low work efficiency.

An electronic medical record system for mapping a medical record and an examinee ID of a medical device according to the present invention aims to solve the following problems.

First, the medical record data measured by the medical device in the EMR is to be stored and managed by each subject.

Second, the medical record data for each subject is mapped and managed by EMR as well as the medical device to which the subject ID is transmitted in conjunction with the EMR.

Third, check whether the test subject ID and the actual test subject of the medical record data stored in the EMR match, so that the correct data is maintained.

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

Electronic medical record system for mapping the medical record of the medical device and the examinee ID of the medical device according to the present invention is a medical device for extracting the medical record data for the subject, the medical record data extracted from the medical device is stored, or the test request to the medical device EMR server that stores the medical record data extracted from the medical device after the command is delivered, an integrated gateway device that connects the medical device and the EMR server by wire or wirelessly, and maps the medical record data of the subject to the subject ID and stores it in the EMR server. It includes a mapping control unit.

The medical device is characterized in that it is connected to the integrated gateway device through one or more of a serial port, a parallel port, a TCP / IP port or a USB port.

The integrated gateway device may include a plurality of first gateways including a protocol for converting the medical record data into the HL7 format and the medical record data transmitted through the first gateway when the medical record data transmitted to each port is not in the HL7 format. And a second gateway that receives medical record data extracted from the medical device and delivers the medical record data to the EMR server.

If the subject ID is not stored in the EMR server, the mapping controller maps the subject ID and the medical record data of the subject to the EMR server, and if the subject ID is stored in the EMR server, additionally adds the subject medical record data. It is characterized by storing.

The medical device may be one or more of an EMR device, an image output device capable of inputting an examinee ID, an image output device that cannot input an examinee ID, or a document output device.

The mapping controller, in the case of an image output device capable of inputting an EMR device and an examinee ID, may map an examinee ID and medical record data transmitted from an EMR device and an image output device capable of inputting an examinee ID and store the data in an EMR server.

The integrated gateway device according to the present invention further includes a display device and an interface device through which a user can input a command, and the mapping controller includes an examinee having an inspection request from an EMR server in the case of an image output device or a document output device that cannot input an examinee ID. When the list and the test list are stored in the integrated gateway, and the medical record data from the medical device is transferred to the integrated gateway, the system user selects the corresponding test subject through the interface device from the list of the subjects displayed on the display device and stores the data in the EMR server. The medical record data is stored by mapping to the examinee ID.

The medical device which is a document output device according to the present invention further includes an ID collecting means for collecting an examinee ID, and the mapping controller maps the test subject ID collected from the ID collecting means and the medical record data to the EMR server. It features.

The ID collecting means is at least one of an RFID device, a barcode recognition device, a QR code recognition device, a fingerprint recognition device, or an NFC device. The RFID device and the NFC device collect an ID of an examinee stored in an electronic tag. Collecting the stored subject's ID, the QR code recognition device collects the subject's ID stored in the QR code, the fingerprint recognition device is characterized in that collecting the subject's fingerprint.

And an examinee confirming unit for determining whether the examinee indicated by the examinee ID matches the examinee actually inspected using the conventional test result or the body information of the examinee stored in the EMR.

When the subject's conventional test result is stored in the EMR, the subject's identification part is one of methods of distinguishing whether an adult or a child is classified by gender or bone lengths taken by X-rays through blood chromosomal information. Using the above information and determining whether the subject is matched by using one or more of the following information: hearing, vision, body fat, iris shape, pupil size, location of a point distributed in the eye, bone density, weight or average blood pressure. do.

The system according to the present invention may further include an alarm unit that warns the user of the inconsistency when the examinee confirms that the examinee indicated by the examinee ID and the inspected inspector do not match.

The electronic medical record system for mapping the medical record and the examinee ID of the medical device according to the present invention has the following effects.

First, since an integrated gateway or a single gateway is used to link medical devices using different protocols to an EMR, data extracted from various heterogeneous medical devices can be integrated.

Second, since all data extracted from the plurality of medical devices are mapped to the subject ID and stored in the EMR, medical record data is constructed for each subject (patient).

Third, it is possible to provide accurate and prompt medical services for each subject by using EMR established for each subject.

The effects of the present invention are not limited to those mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a block diagram schematically illustrating a configuration of an electronic medical record system for mapping a medical record and an examinee ID of a medical device according to an embodiment of the present invention.
2 is a flowchart of an example of a method of mapping medical record data and an examinee for a medical device for which an examinee ID cannot be input.
3 shows an integrated gateway display screen according to the method of FIG. 2.
4 shows an example of ID input means for collecting an examinee ID in a medical device for which the examinee ID cannot be input.
5 is a table showing an example of the items checked by the examinee verification unit of the present invention and the data for each item as an example.
6 is a structural diagram illustrating an operation of an electronic medical record system for mapping a medical record and an examinee ID of a medical device according to an embodiment of the present invention.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail. It should be understood, however, that the invention is not intended to be limited to the particular embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

The terms first, second, A, B, etc. may be used to describe various components, but the components are not limited by the terms, but merely for distinguishing one component from other components. Only used as For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component. And / or < / RTI > includes any combination of a plurality of related listed items or any of a plurality of related listed items.

As used herein, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. It is to be understood that the present invention means that there is a part or a combination thereof, and does not exclude the presence or addition possibility of one or more other features or numbers, step operation components, parts or combinations thereof.

Prior to the detailed description of the drawings, it is to be clear that the division of the components in the present specification is only divided by the main function of each component. That is, two or more components to be described below may be combined into one component, or one component may be provided divided into two or more for each function. Each of the components to be described below may additionally perform some or all of the functions of other components in addition to the main functions of the components, and some of the main functions of each of the components are different. Of course, it may be carried out exclusively by. Therefore, the presence or absence of each of the components described throughout this specification should be interpreted functionally, and for this reason, the components of the electronic medical record system 100 for mapping the medical record and the examinee ID of the medical device of the present invention. It is clear that the configuration may be different from FIG. 1 to the extent that the object of the present invention can be achieved.

Hereinafter, with reference to the drawings will be described in detail with respect to the electronic medical record system 100 for mapping the medical record of the medical device and the examinee ID.

1 is a block diagram schematically illustrating a configuration of an electronic medical record system 100 that maps a medical record and an examinee ID of a medical device according to an embodiment of the present invention.

The electronic medical record system 100 which maps the medical record of the medical device and the examinee ID of the medical device according to the present invention includes the medical record data extracted from the medical device 110 and the medical device 110 to extract the medical record data for the examinee. The EMR server 140, the medical device 110 and the EMR server 140 which store the medical record data extracted from the medical device 110 after transmitting the test request command to the medical device 110 or wired or An integrated gateway device 120 for connecting wirelessly and a mapping controller 130 for mapping the medical record data of the examinee to the examinee ID and storing it in the EMR server 140.

The medical device 110 measures an operating state of various organs of the patient such as an imaging medical device 110, an electrocardiogram measuring device, and a blood pressure measuring device, which photograph organs of a patient's body, such as X-ray, CT, and MRI. Medical devices 110 and clinical devices that measure and analyze the values of various elements of samples taken from the patient's body or obtained from nature. These medical devices 110 perform a corresponding measurement and output the measured measurement data to an external device according to a preset data output interface protocol (standard).

In order to output the measurement data to the outside according to the set data output interface protocol, the medical device 110 includes a data interface unit for inputting and outputting data according to the set data interface protocol. The data interface specifications applied to the medical devices 110 include a serial interface standard, a parallel interface standard, a universal serial bus (USB) interface standard, a dicom interface standard, and an external memory. Various such as interface specifications and analog video interface specifications.

The medical device 110 is connected to the integrated gateway device 120 through one or more of a serial port, a parallel port, a TCP / IP port, or a USB port. Therefore, a gateway is required to store medical record data transmitted through various interface protocols in a single EMR server 140. The table below describes representative interface specifications used for the medical device 110 interface.

In the case of test equipment used in the department of diagnostic test medicine, control and data collection are possible through the serial port (RS232C port). This includes blood gas analyzers, automatic hematology discriminators, blood coagulation analyzers, microbial bacterial identification analyzers, and blood incubators.

In the case of the medical device 110 to output to the hard copy printer, the data is imaged using the PCL standard output format. ECG, electroencephalography, body composition analyzer, tonometer, pulmonary function tester, corneal topography tester and the like.

Most diagnostic imaging equipment supports TCP / IP communication based on DICOM, and the latest medical devices 110 also support TCP / IP communication. Patient monitoring devices, ECGs, and the like.

There are not many medical devices 110 using the USB communication port, and recently, equipment supporting PCL standard output format with the expansion of USB printer support is on the market. Body composition analyzers, lung function testers, and the like.

Health Level 7 (HL7) standards are used in EMR equipment and EMR systems. Therefore, the medical device 110 using the HL7 standard does not require a separate protocol for converting the medical record data format. However, the medical device 110 that does not use the HL7 needs a gateway for converting the medical record data into the HL7 format for use in the EMR system of the present invention.

HL7 is a standard approved by the National Institute of Standards and Research (ANSI) for the exchange of information between various health information systems. It is now the most widely used standard for health information in the United States and around the world. In particular, the United States, the United Kingdom, Australia, New Zealand, Japan, Taiwan and other countries have already used HL7 as a national standard.

In the present invention, the integrated gateway device 120 serves to convert various heterogeneous medical device 110 data formats. Specifically, the integrated gateway device includes a plurality of first gateways 121 including a protocol for converting medical record data into the HL7 format when the medical record data transmitted to each port is not in the HL7 format.

The first gateway 121 may be separately configured for each medical device 110, but preferably, the first gateway 121 is disposed for each medical device 110 group having the same data format.

The integrated gateway device 120 includes a second gateway 122 that receives medical record data delivered through the first gateway 121 and delivers the medical record data to the EMR server 140. On the other hand, the medical device 110 of the HL7 standard that does not need data conversion in the first gateway 121 is preferably to transfer the medical record data directly to the second gateway (122).

The integrated gateway device 120 supports multiple interface standards that support data interface standards that may be configured in the medical devices 110 to receive and receive signals from the medical devices 110. The integrated gateway device 120 supports wired and wireless data communication with the user terminal 150 and the EMR server 140 through a wired or wireless network.

As wired and wireless data communication methods, Zigbee, a wireless local area network (Wireless LAN) and a wired LAN method according to the TCP / IP protocol may be applied.

In addition, the integrated gateway device 120 provides a web-based Graphic User Interface (GUI) to the accessing user terminal 150. The integrated gateway device 120 receives and schedules a medical test request from the user terminal 150 or the EMR server 140, requests a medical measurement based on a data interface standard of the corresponding medical device 110 according to a schedule, The medical result information is thus provided to the EMR server 140.

The mapping controller 130 maps the medical record data measured by the various types of medical devices 110 to the examinee ID. This ensures that medical records are stored and managed by EMR for each subject. The following table divides the medical device 110 into four categories and indicates whether mapping of the mapping controller 130 is necessary and corresponding representative medical device 110.

The EMR device is a medical device 110 that is equipped with a device for collecting an examinee ID and transmits the examinee ID together with the medical record data to the integrated gateway device 120. The image input device capable of inputting an ID may input the examinee ID through a separate input device such as a keyboard / touch panel before the test, and may transmit the examinee ID to the integrated gateway device 120 together with the medical record data.

Image output equipment that cannot input ID cannot input separately before inspection, and outputs only inspection-related data, and document output equipment cannot input separately before inspection, and outputs text or measurement results as documents. It is equipment. In the case of equipment that cannot be inputted by the examinee, medical personnel in charge scan the image data and map it to the examinee, or the healthcare provider directly maps the data through typing. The present invention seeks to map medical record data and subjects more conveniently in this case.

On the other hand, when the subject ID is not stored in the EMR server 140, the mapping controller 130 maps the subject ID and the medical record data of the subject to the EMR server 140 and stores the subject ID in the EMR server 140. If stored in the control unit), the medical record data of the examinee is additionally stored.

The mapping control unit 130 controls the EMR server and the subject ID input image output apparatus to map the subject ID and the medical record data transmitted from the EMR apparatus and the subject ID input image output apparatus to be stored in the EMR server 140. .

Since the EMR equipment checks the ID information in the HL7 or other test result text and transmits it in a medical information standard format such as HL7, the mapping controller 130 may check the information and immediately store the information in the EMR.

The subject ID input image output device performs character recognition (OCR) from the output image, extracts the subject ID information, and transmits it to a medical information standard format such as HL7 (Health Level 7). Check and store in EMR.

In the case of an image output device and a document output device in which ID input is impossible, the EMR system (EMR server 140) may map the subject and the medical record data by using information requested for a specific test by the subject. In FIG. 1, a dotted line arrow transmitted from the EMR server 140 to the integrated gateway device 120 is an examinee list and a check list requested by the EMR server 140. The mapping controller 130 controls the medical record data transmitted from the integrated gateway device 120 to be stored for each subject ID in the EMR server 140. In FIG. 1, the mapping controller 130 stores the medical record data from the integrated gateway device 120 to the EMR server 140. It is shown to be involved in an ongoing arrow (data flow).

To this end, the EMR system 100 of the present invention requires a user terminal 150 connected by wire or wirelessly.

2 is a flowchart illustrating a method of mapping medical record data and an examinee for a medical device 110 in which an examinee ID cannot be input.

As shown in FIG. 2, the method of mapping medical record data and the examinee of the medical device 110 includes a test list and a test list having a test request from a server, in step S1, which is stored in the integrated gateway device 120. Step S2 in which the medical record data for the examinee from the device 110 is transmitted to the integrated gateway device 120, and outputs a list of examinees to the display device of the user terminal 150, and steps S3 and S3 for the system user to select the examinee. In step S4, the medical record data is stored in the EMR together with the subject unique ID selected in the step.

The mapping controller 130 first stores the inspected list and the inspected list having the inspection request from the EMR server 140 in the integrated gateway device 120 in the case of an image output device or a document output device in which the subject ID cannot be input. On the other hand, instead of storing in the integrated gateway device 120 may be stored in the mapping controller 130.

When the medical record data is transmitted from the medical device 110 to the integrated gateway device 120, when the system user selects a corresponding examinee from the list of examinees displayed on the display device of the user terminal 150 through the interface device, the mapping controller In operation 130, the medical record data arriving at the integrated gateway device and the subject ID selected by the system user are mapped and stored in the EMR server 140. The function of the mapping controller 130 may be implemented through an application that operates in conjunction with the integrated gateway device 120. The application is typically implemented through the user terminal 150, as shown in FIG.

3 shows an integrated gateway display screen according to the method of FIG. 2. The test subject list and the test list transmitted from the EMR server 140 are displayed, and the user selects the test subject through an input means such as a keyboard, a keypad, or a touch panel.

In FIG. 3, a list of three examinees delivered from the EMR server 140 is output, and a checklist required for each examinee is displayed. If the medical record data transmitted to the integrated gateway device 120 is the electrocardiogram measurement or blood pressure measurement data of Kim HS (ID013), the system user selects the examinee.

In the case of document output equipment, an apparatus for collecting an examinee ID may be added to the medical apparatus 110, or an examinee ID collected with the medical record data measured by the medical apparatus 110 may be collected by collecting the examinee ID with a separate equipment. It may be delivered to the unified gateway device 120.

For this purpose, the medical device 110, which is a document output device, may further include an ID collecting unit 115 capable of collecting an examinee ID, and the mapping controller may include the examinee ID and medical record data collected from the ID collecting unit 115. Map and store in the EMR server 140.

4 illustrates an example of an examinee ID input device additionally installed in the medical device 110 that cannot input the examinee ID. In FIG. 4, an apparatus for measuring blood pressure among the medical apparatus 110 is taken as an example. 4 illustrates an RFID device, a barcode recognition device, a QR code recognition device, a fingerprint recognition device, and a near field communication (NFC) device, and various ID collection devices that can be replaced by those skilled in the art are additionally added. It is obvious that it can be used.

The ID collecting unit 115 is at least one of an RFID device, a barcode recognition device, a QR code recognition device, a fingerprint recognition device, an NFC device, and the like. The RFID device and the NFC device collect an ID of an examinee stored in an electronic tag, and recognize a barcode. The device collects the subject's ID stored in the barcode, the QR code recognition device collects the subject's ID stored in the QR code, and the fingerprint recognition device collects the subject's fingerprint.

The EMR system 100 of the present invention compares the test subject ID transmitted before or after the medical record data is stored in the EMR and the conventional test result or physical information of the test subject, and the actual subject is displayed by the subject. The apparatus may further include an examinee checking unit 160 confirming whether or not a match exists. It is assumed that the conventional test result or body information of the examinee is previously stored in the EMR server 140 or another server.

The examinee confirming unit 160 uses one or more methods of discriminating whether the adult or the child is classified by gender or bone length photographed by X-rays through blood chromosome information of the conventional test result. Gender and age can be identified based on the information. Other types of test results may also be used to extract confirmation values identifying the subject.

In addition, the test subject verification unit 160 may determine whether the test subject is matched by using one or more of hearing, visual acuity, body fat, iris shape, pupil size, location of a point distributed in the eye, bone density, weight, or average blood pressure. Can be.

The body information, etc., preferably do not use criteria that can cause a sudden change in immunological or biochemical.

5 is a table showing the items checked by the examinee checker 160 of the present invention and the data for each item as an example.

As illustrated in FIG. 5, the examinee checking unit 160 compares the examinee ID transmitted from the integrated gateway device 120 with the medical record data and the information of the examinee stored in the EMR server 140. Meanwhile, the medical record data includes ECG measurement and blood pressure measurement, although specific test target values include information such as weight and body fat, which are basically measured in relation to the test. That is, the test information and the body information included in the medical record data are compared with the test subject information stored in the EMR server 140. If it is determined that the result of the comparison is within the error range, the medical record data is mapped to the subject's ID and stored in the EMR. The error range is limited to a medical range that can be changed according to the life of the examinee.

Furthermore, the EMR system 100 of the present invention further includes an alarm unit 170 that warns the user of the inconsistency of the system user when it is determined that the examinee indicated by the examinee ID does not coincide with the examinee checker 160. It may include.

The alarm unit 170 may provide cause information causing the warning to the system user, and finally allow the system user to confirm whether or not the examinee matches. A system user who acknowledges this alert can prevent the medical record data from being stored in the EMR. Alternatively, when the examinee check unit 160 determines that the examinee does not match, the examinee check unit 160 or the alarm unit 170 may prevent the corresponding medical record data from being stored in the EMR.

FIG. 6 is a structural diagram illustrating an operation of the electronic medical record system 100 that maps a medical record and an examinee ID of the medical device 110 according to an embodiment of the present invention. In FIG. 6, the configuration of the examinee confirming unit 160 is not illustrated.

In FIG. 6, the medical device 110 includes some examples of the medical device 110 used for serial / parallel and LAN / WLAN. Each interface is transferred to the second gateway 122 via the first gateway 121 converting each data into the HL7 format, and finally stored in the EMR server 140. The integrated gateway device 120 may also be linked with the user terminal 150. The user terminal 150 may be used for integrated management of the medical device 110 by executing a related application.

The mapping controller 130 controls the subject ID and the medical record data transmitted to the integrated gateway device 120 to be stored in the EMR for each subject. If the subject ID is not transmitted, the mapping controller 130 previously uses the subject list in advance. It may be output to the terminal 150 to allow the system user to select a subject to match the medical record data.

The embodiments and drawings attached to this specification are merely to clearly show some of the technical ideas included in the present invention, and those skilled in the art can easily infer within the scope of the technical ideas included in the specification and drawings of the present invention. Modifications that can be made and specific embodiments will be apparent that all fall within the scope of the present invention.

100: EMR system 110 of the present invention: medical equipment
115: ID collection means 120: integrated gateway device
121: first gateway 122: second gateway
130: mapping control unit 140: EMR server
150: user terminal 160: examinee confirmation unit
170: alarm unit

Claims (12)

A medical device for extracting medical record data from the subject;
An EMR server storing medical record data extracted from the medical device or storing medical record data extracted from the medical device after transmitting a test request command to the medical device;
An integrated gateway device connecting the medical device and the EMR server by wire or wirelessly; And
And a mapping controller configured to map the medical record data of the examinee to the examinee ID and to store the medical record data on the examinee ID in the EMR server. The method of claim 1,
The medical device may be connected to the integrated gateway device through at least one of a serial port, a parallel port, a TCP / IP port, or a USB port. Electronic medical record system. The method of claim 2,
The integrated gateway device may include a plurality of first gateways including a protocol for converting the medical record data into the HL7 format when the medical record data transmitted to each port is not in the HL7 format;
And mapping the medical record of the medical device to the examinee ID, wherein the medical record data transmitted through the first gateway or the medical record data extracted from the medical device is received and delivered to the EMR server. Electronic medical records system. The method of claim 1,
The mapping control unit
If the subject ID is not stored in the EMR server, the subject ID and the medical record data of the subject are mapped and stored in the EMR server.
And when the examinee ID is stored in the EMR server, the medical record data of the examinee is additionally stored. The method of claim 1,
The medical device is an electronic medical record system for mapping the medical record and the subject ID of the medical device, characterized in that at least one of EMR equipment, subject ID input image output equipment, subject ID input impossible image output equipment or document output equipment. The method of claim 5,
The mapping control unit
In the case of the EMR equipment and the image output equipment capable of inputting the subject ID, the medical apparatus comprising mapping the subject ID and the medical record data transmitted from the EMR equipment and the image output equipment capable of inputting the subject ID and storing them in the EMR server. An electronic medical record system that maps medical records to subject IDs. The method of claim 5,
The electronic medical recording system further includes a user terminal including a display device and an interface device through which a user can input a command.
The mapping controller, in the case of the image output device or the document output device in which the examinee ID cannot be input, stores the examinee list and the inspection list having a test request from the EMR server in the integrated gateway device.
When medical record data is transmitted from the medical device to the integrated gateway device, a system user selects a corresponding examinee from the examinee list displayed on the display device through the interface device and maps the examinee ID stored in the EMR server. Electronic medical record system for mapping the medical record and the subject ID of the medical device, characterized in that for storing the medical record data. The method of claim 5,
The medical device which is the document output device further includes an ID collecting means for collecting an examinee ID.
The mapping control unit maps the medical record and the subject ID of the medical device, characterized in that for mapping the test subject ID collected from the ID collecting means and the medical record data stored in the EMR server. 9. The method of claim 8,
The ID collecting means is at least one of an RFID device, a barcode recognition device, a QR code recognition device, a fingerprint recognition device or an NFC device, wherein the RFID device and the NFC device collect an ID of an examinee stored in an electronic tag, and the barcode recognition device Collects an ID of an examinee stored in a bar code, the QR code recognition device collects an ID of an examinee stored in a QR code, and the fingerprint recognition device collects fingerprints of an examinee. Electronic medical record system for mapping subject ID. The method of claim 1,
And a test subject verification unit for determining whether the test subject indicated by the test subject ID and the actually inspected test subject are matched using the conventional test result or the body information of the test subject stored in the EMR. An electronic medical record system that maps medical records to examinee IDs. The method of claim 10,
The subject checking unit
If the previous test result of the examinee is stored in the EMR, one or more of the methods of distinguishing whether a person is an adult or a child based on gender or bone lengths taken by X-rays using blood chromosomal information and,
Medical device of the medical device, characterized in that judging whether the subject is matched by using one or more of the hearing, vision, body fat, iris shape, pupil size, location of the points distributed in the eye, bone density, weight or average blood pressure Electronic medical records system that maps records to examinee IDs. The method according to claim 10 or 11,
If the examinee check unit determines that the test subject displayed by the examinee ID and the actual test subject does not match, the medical record of the medical device and the examinee ID further comprises an alarm unit for warning the user of the inconsistency. Mapping electronic medical record system.

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