KR20240025945A - EMR interlocking vital sign measurement device - Google Patents

Abstract

The present invention consists of a body that the user can hold, a first battery 110 that supplies power and can be recharged, a body temperature measurement module 120 that measures the patient's body temperature using an infrared method, and patient information. It consists of a tag reader unit 130 that acquires patient information by accessing the RFID tag held by the patient, a first display unit 140 that outputs the measured body temperature and motion information, and a short-distance wireless communication module, which monitors the body temperature and the patient. A body temperature measurement device 100 including a first communication unit 150 that transmits information; It consists of a main body 200 formed with a receiving portion 210 that detachably accommodates the thermometer and a handle 220 that the user can hold, a second battery 230 that supplies power and is rechargeable, and a patient A blood pressure measurement module 240 that measures blood pressure, a second communication unit 250 that receives patient information and body temperature in connection with the first communication unit, and measurement information and operation information including patient information, body temperature, and blood pressure. It is characterized by consisting of a main body 200 including a second display unit 260 for output, and a third communication unit 270, which consists of a short-distance wireless communication module and transmits patient information, body temperature, and blood pressure to the electronic medical record system. Provides a vital sign measuring device linked to an electronic medical record system.

Description

Electronic medical record system interlocking vital sign measurement device {EMR interlocking vital sign measurement device}

The present invention relates to a vital sign measuring device linked to an electronic medical record system, and more specifically, to a vital sign measuring device linked to an electronic medical record system that allows integrated management of patients while improving the convenience of patient management.

In general, as medical information systems such as EMR (electronic medical record) and OCS (order communication system) have been introduced to manage patients in hospitals, doctors and nurses are managing patients by entering them into computers. .

However, in order to determine the patient's condition, various devices, including thermometers and blood pressure monitors, are carried separately, and the patient's name is confirmed verbally and the measurement results are manually recorded on the chart. It is common to transfer the created chart back to the EMR and record it.

In this situation, there is a possibility that incorrect information may be recorded due to a mistake when recording or entering information into the EMR, and there is a problem that this may result in incorrect diagnosis or prescription.

In general, nurses handle many tasks for patient management in addition to observing, collecting, and recording patients' biometric information and providing medicine at the correct time. They also check schedules for each patient or room, and check appropriate equipment. A lot of time is spent checking schedules and preparing for work by going back and forth to the ward desk repeatedly to prepare medical supplies.

In particular, when measuring various biometric information such as a patient's temperature, blood pressure, and electrocardiogram, nurses must visually check the measured biometric information and record it manually, which increases the possibility of mistakes. Therefore, it is necessary to shorten the time required to perform these tasks. , there is a need for a method to accurately check and record patient's biometric information.

Korea Patent Publication No. 10-2017-0112016 (2017.10.12)

The purpose of the present invention is to recognize the patient's basic information and detect the patient's health condition such as body temperature and blood pressure, thereby transmitting this to the medical information system, etc. to enable integrated management of the patient. A vital sign measuring device linked to the electronic medical record system. is to provide.

Additionally, it increases work efficiency by improving convenience of use and management.

The present invention consists of a body that the user can hold, a first battery 110 that supplies power and can be recharged, a body temperature measurement module 120 that measures the patient's body temperature using an infrared method, and patient information. It consists of a tag reader unit 130 that acquires patient information by accessing the RFID tag held by the patient, a first display unit 140 that outputs the measured body temperature and motion information, and a short-distance wireless communication module, which monitors the body temperature and the patient. A body temperature measurement device 100 including a first communication unit 150 that transmits information; It consists of a main body 200 formed with a receiving portion 210 that detachably accommodates the thermometer and a handle 220 that the user can hold, a second battery 230 that supplies power and is rechargeable, and a patient A blood pressure measurement module 240 that measures blood pressure, a second communication unit 250 that receives patient information and body temperature in connection with the first communication unit, and measurement information and operation information including patient information, body temperature, and blood pressure. It is characterized by consisting of a main body 200 including a second display unit 260 for output, and a third communication unit 270, which consists of a short-distance wireless communication module and transmits patient information, body temperature, and blood pressure to the electronic medical record system. Provides a vital sign measuring device linked to an electronic medical record system.

According to one aspect, a first contact detection unit 160 and a second contact detection unit 211 are formed on the inner surfaces of the body and the receiving part 210, respectively, and the first contact detection unit 160 and the second contact detection unit 211 are formed on the inner surfaces of the body and the receiving part 210, respectively. 2 According to the contact detection of the contact detection unit 211, the power from the first battery 110 is cut off, and when no contact is detected, the power from the first battery 110 is connected, and the first communication unit 150 and the second According to the contact of the switching unit 281, which activates the pairing of the communication unit 250, and the first contact detection unit 160 and the second contact detection unit 211, the first battery ( It may further include a charging unit 282 that applies charging power to 110).

According to one aspect, it further includes the fixing part 300, wherein the fixing part 300 has a touch sensor 310 formed on the outside of the body to detect the user's touch, and a plurality of teeth in the vertical direction. It includes a rectangular part 320, a pinion gear 330 that engages and rotates with the rectangular part 320 on the inner wall of the accommodating part, a counter part 340 that detects the rotation of the pinion gear 330, and an external A stopper 350 that contacts the pinion gear 330 according to a signal to limit or allow rotation, detects the set rotation of the pinion gear 330 through the counter unit 340, and moves the stopper 350 to the pinion gear. It may further include a coupling portion 360 that contacts 330 and releases the stopper 350 from the pinion gear 330 upon detection by the touch sensor 310.

According to one aspect, the main body 200 includes a protective case 410 formed at a set interval between the lower side and the front, rear, left, and right side walls, and a shock absorbing portion including a cushioning material 420 filled inside the protective case 410 ( 400) may further be included.

According to one aspect, the main body 200 temporarily stores body temperature and blood pressure measurement results for each patient information acquired through the tag reader unit 130, and stores the temporarily stored body temperature and blood pressure measurement results as other patient information is acquired. It may further include a data processing unit 290 that transmits the patient information to the electronic medical record system.

The vital signs measuring device linked to the electronic medical record system according to the present invention recognizes the patient, displays the patient's basic information, detects the patient's health status, and transmits it to the medical information system, etc., to enable integrated management of the patient. This has the effect of improving the convenience of patient management.

1 is a diagram showing the configuration of a vital sign measuring device linked to an electronic medical record system according to a first embodiment of the present invention;
Figure 2 is a diagram showing the configuration of the body temperature measuring device 100 of the vital sign measuring device linked to the electronic medical record system according to the first embodiment of the present invention;
Figure 3 is a diagram showing the configuration of the main body 200 of the vital sign measuring device linked to the electronic medical record system according to the first embodiment of the present invention.
Figure 4 is a diagram showing the configuration of the fixing part 300 of the vital sign measuring device linked to the electronic medical record system according to the second embodiment of the present invention.
Figure 5 is a diagram showing the configuration of the shock mitigation unit 400 of the vital sign measuring device linked to the electronic medical record system according to the third embodiment of the present invention.
Figure 6 is a block diagram of a vital sign measuring device linked to an electronic medical record system according to an embodiment of the present invention.

The features and advantages of the present invention can be more clearly understood by referring to the embodiments illustrated in the accompanying drawings.

The application of the present invention is not limited by the configuration and arrangement of components described in the embodiments of the present invention or shown in the drawings. The present invention may be implemented in different embodiments and performed in various ways. Additionally, the expressions and predicates used in the embodiments regarding terms such as orientation of a device or element, etc. are merely used to simplify the description of the invention and do not indicate or imply that the device or element involved should simply have a particular orientation. No. For example, terms such as “first” and “second” are used in the examples and claims to describe the present invention, but these terms are not intended to indicate or imply relative importance or intent.

In addition, terms or words used in the specification and claims should not be construed as limited to their usual or dictionary meanings, and the inventor should use the technical idea of the present invention to explain the terms and concepts of the invention in the best way. It must be interpreted as written based on the corresponding meaning and concept.

Therefore, the present invention is not limited to the presented embodiments, and is understood by those skilled in the art to which the present invention pertains, within the technical spirit of the present invention and the technical equivalents described in the claims below. Various modifications and changes are possible.

<First embodiment>

First, a first embodiment according to the present invention will be described.

1 is a diagram showing the configuration of a vital sign measuring device linked to an electronic medical record system according to a first embodiment of the present invention;

Figure 2 is a diagram showing the configuration of the body temperature measuring device 100 of the vital sign measuring device linked to the electronic medical record system according to the first embodiment of the present invention;

Figure 3 is a diagram showing the configuration of the main body 200 of the vital sign measuring device linked to the electronic medical record system according to the first embodiment of the present invention.

As shown in Figure 1, the vital sign measuring device linked to the electronic medical record system according to the first embodiment of the present invention is largely configured to include a body temperature measuring device 100 and a main body 200.

As shown in FIG. 2, the body temperature measuring device 100 consists of a case body that can be held by the user, and includes a first battery 110, a body temperature measurement module 120, a tag reader unit 130, and a first display. It is configured to include a unit 140 and a first communication unit 150.

The first battery 110 is used to supply power required when measuring body temperature using the thermometer 100, and is composed of a rechargeable battery. For this purpose, a coupling part (not shown in the drawing) is provided on one side of the body so that a power supply jack can be coupled, and power can be supplied to the first battery through the coupling part.

The body temperature measurement module 120 is for measuring the patient's body temperature using an infrared method, and includes an infrared lamp that irradiates infrared rays, an infrared sensor that converts the detected infrared signal into an electrical signal; An amplification unit and a calculation unit that amplify and calculate the signal output from the infrared sensor; And an A/D converter that converts analog signals into digital signals; It may be configured to include a display control unit that controls signals processed in the calculation unit. Accordingly, after detecting the patient's thermal infrared energy, the patient's temperature is calculated and displayed on the first display unit 140, which will be described later.

The tag reader unit 130 contains patient information and is used to obtain patient information by accessing the RFID tag held by the patient, and is based on the RIFD (Radio Frequency Identification) system. Meanwhile, RIFD is a technology that processes information about objects using small semiconductor chips. It is a non-contact recognition system that attaches a small chip to the patient and transmits and processes information about the patient using radio frequencies.

That is, the tag reader unit 130 can be recognized by accessing the RIFD tag held by the patient, and the patient can be recognized by receiving and interpreting the patient information recorded in the RIFD tag.

The first display unit 140 is a display device such as a liquid crystal display (LCD), and displays the body temperature and ON/OFF operation information measured by the body temperature measurement module 120 in text, graphics, video, etc. It is configured to be output. The output information can be set to be displayed on the first display unit 140 for a certain period of time, and the background color of the display unit 140 is changed depending on whether the measured body temperature value is in the normal or abnormal range to allow the user to display the body temperature. It can be designed so that the measurement results can be intuitively perceived.

The first communication unit 150 (not shown in the drawing) is for transmitting the body temperature measured by the body temperature measurement module 120 and the patient information recognized by the tag reader unit 130 to the main body 200, It is composed of a short-range wireless communication module. At this time, the short-range wireless communication module may be composed of a communication module based on Bluetooth, Zigbee, wireless LAN (WiFi), etc., but it is advantageous to be composed of a Bluetooth module in terms of power consumption and communication speed. More detailed information about the first communication unit 150 will be described in the block diagram section described later.

The lower surface of the case body further includes a first contact detection unit 160 to cut off power from the first battery 110 through contact detection with the second contact detection unit 211 of the receiving unit 210, which will be described later. In this way, charging power is applied from the second battery 230, which will be described later, to the first battery 110, and pairing of the first communication unit 150 and the second communication unit 250, which will be described later, is activated. Meanwhile, when the first contact detection unit 160 and the second contact detection unit 211 do not detect contact, the first battery 110 is used so that the body temperature measuring device 100 can be charged by the first battery 110. Power is connected from.

According to one aspect, the body temperature measuring device 100 further includes a vibrating unit 170 (not shown in the drawing), thereby transmitting a visual signal through the above-described first display unit 140 and transmitting a visual signal based on a tactile signal. One piece of information can also be transmitted at the same time.

Specifically, when operations such as turning on or off the power of the thermometer 100, receiving patient information by the tag reader unit 130, and measuring body temperature by the body temperature measurement module 120, vibration is generated, thereby disturbing the user. Information can be conveyed through tactile signals. Accordingly, it is possible to increase measurement accuracy and improve user convenience by receiving signals about user malfunctions etc. directly through vibration.

As shown in FIG. 3, the main body 200 is formed with a receiving portion 210 in which the thermometer 100 is detachably accommodated and a handle 220 that can be held by the user, and a second battery 230 ), a blood pressure measurement module 240, a second communication unit 250, a second display unit 260, and a third communication unit 270.

The receiving part 210 is for accommodating the thermometer 100 so that the thermometer 100 can be mounted on the main body 200. A second contact detection unit 211 is provided on the inner surface of the receiving part 210. ) may include. The second contact detection unit 211 can connect or cut off power from the first battery 110 depending on whether it is in contact with the first contact detection unit 160 formed on the body of the thermometer 100, and Pairing of the communication unit 150 and the second communication unit 250 can be activated.

For this purpose, the electronic medical record system-linked vital signs measuring device according to an embodiment of the present invention detects the contact of the first contact detection unit 160 and the second contact detection unit 211 by detecting the first battery 110. It may further include a switching unit 281 that blocks power from the battery, connects power from the first battery 110 when no contact is detected, and activates pairing of the first communication unit 150 and the second communication unit 250. You can.

In addition, the power from the first battery 110 is cut off according to the contact of the first contact detection unit 160 and the second contact detection unit 211, and the second battery 230 of the main body 200, which will be described later, ) by further including a charging unit 282 for applying charging power to the first battery 110, so that when the thermometer 100 is mounted on the main body 200 through the receiving unit 210, the first battery 110 1Battery 110 is charged.

The second battery 230 is used to supply power to the main body 200 and is composed of a rechargeable battery. For this purpose, a coupling part (not shown in the drawing) is provided on one side of the main body 200 so that a power supply jack can be coupled to it, and power can be supplied to the second battery 230 through the coupling part. Additionally, as described above, it can also be used for charging the first battery 110 by supplying power to the first battery 110.

The blood pressure measurement module 240 is used to measure the patient's blood pressure. It is a cuff that is wrapped to compress body parts such as the patient's forearm, and is configured to be released properly to its original state when the pressure is released. Air is stored in the air pocket within the cuff. It may be configured to include a control unit that measures blood pressure based on the pulse wave signal detected by the pressure detection means while injecting and pressurizing.

The second communication unit 250 (not shown in the drawing) is for receiving patient information and body temperature transmitted in connection with the first communication unit 150, and is composed of the same short-distance wireless communication module as the first communication unit 150. In terms of reducing power consumption and increasing communication speed, it is advantageous for both the second communication unit 250 and the first communication unit 150 to be comprised of Bluetooth modules.

The second display unit 260 is a display device such as a liquid crystal display (LCD), and outputs patient information, measurement information including body temperature and blood pressure, and ON/OFF operation information in the form of text, graphics, video, etc. It is structured as possible. At this time, the measurement information refers to patient information and body temperature received through the second communication unit 250 and blood pressure measured by the blood pressure measurement module 240, and the output information is displayed on the second display unit ( 260), and the background color of the second display unit 260 is changed depending on whether the measured body temperature and/or blood pressure value is in the normal or abnormal category so that the user can intuitively perceive the body temperature measurement result. can be designed.

The third communication unit 270 (not shown in the drawing) is used to transmit the patient information and body temperature received through the second communication unit 250 and the blood pressure measured by the blood pressure measurement module 240 to the electronic medical record system. , It is composed of a short-range wireless communication module. At this time, the short-range wireless communication module may be composed of a communication module based on Bluetooth, Zigbee, wireless LAN (WiFi), etc., but in order to minimize the quality impact due to transmission distance and obstacles, the wireless LAN (WiFi module) It is advantageous to consist of

According to one implementation of the present invention, the main body 200 may further include a data processing unit 290 (not shown in the drawing).

The data processing unit 290 temporarily stores body temperature and blood pressure measurement results for each patient information acquired through the tag reader unit 130, and as other patient information is acquired, the temporarily stored body temperature and blood pressure measurement results are electronically stored together with the patient information. Transmit to the medical record system.

That is, the patient information of the first patient acquired through the tag reader unit 130, the temperature of the first patient measured by the thermometer 100, and the blood pressure of the first patient measured by the blood pressure measurement module 240. When the patient information of the second patient is acquired through the tag reader unit 130 while the measurement results are temporarily stored in the data processing unit 290, the temperature and blood pressure measurement results along with the patient information of the first patient are electronically transmitted. By transmitting it to the recording system, it allows integrated management of patients, improving the convenience of patient management.

<Second Embodiment>

Next, a second embodiment according to the present invention will be described. In the second embodiment, the same reference numerals are used for components corresponding to the first embodiment.

Figure 4 is a diagram showing the configuration of the fixing part 300 of the vital sign measuring device linked to the electronic medical record system according to the second embodiment of the present invention.

The vital sign measuring device linked to the electronic medical record system according to the second embodiment of the present invention is configured to further include a fixing part 300 to prevent the temperature measuring instrument 100 from being separated from the receiving part 210, as shown in FIG. As shown in Figure 4, it is largely configured to include a touch sensor 310, a rack part 320, a pinion gear 330, a counter part 340, a stopper 350, and a coupling part 360.

The touch sensor 310 and the rec portion 320 are formed in the body of the body temperature measuring instrument 100, and the pinion gear 330, counter portion 340, and stopper 350 are located inside the receiving portion 210. It is formed so that a portion of the pinion gear 330 protrudes into the receiving portion 210. Accordingly, when the thermometer 100 is mounted on the receiving portion 210, the rec portion 320 located on the body of the thermometer 100 and the pinion gear 330 located on the receiving portion 210 engage with each other. The pinion gear 330 rotates. Meanwhile, during the installation process, as the rack portion 320 formed on the body moves from the top to the bottom, the pinion gear 330 rotates in place.

Specifically, the touch sensor 310 is for detecting the user's touch on the outside of the body of the body temperature measuring device 100. As shown in FIG. 4, the first touch sensor 311 and the second touch sensor 312 ) and may be located on both sides of the body and arranged symmetrically to each other. Meanwhile, the touch sensor 310 is configured to transmit different signals when contact or non-contact occurs between the first contact detection unit 160 and the second contact detection unit 211, thereby controlling the operation of the fixing unit 300. I do it. More detailed information will be provided later.

The rec portion 320 has a sawtooth structure and is formed vertically on one side of the body of the thermometer 100. Accordingly, when the body of the thermometer 100 is mounted on the receiving part 210 in the vertical direction, the pinion gear 330 is rotated by moving the rec part 320 from the upper side to the lower side.

To control this movement, inside the receiving part 210, there is a counter part 340 that detects the rotation of the pinion gear 330 and a counter part 340 that contacts the pinion gear 330 according to an external signal to limit or allow rotation. It is configured to further include a stopper 350.

The external signal is transmitted through the coupling unit 360, which detects the number of rotations of the pinion gear 330 set by the counter unit 340 and moves the stopper 350 to the pinion. It is configured to limit rotation by contacting the gear 330.

That is, when the body of the thermometer 100 is mounted on the receiving part 210 in a non-contact state between the first contact detection unit 160 and the second contact detection unit 211, the body is mounted on the receiving unit 210 through the touch sensor 310. A signal is transmitted to the coupling portion 360 to cause the pinion gear 330 to rotate at a certain number of rotations, and then the stopper 350 is brought into contact with the pinion gear 330 to connect the body of the thermometer 100 to the above. It is firmly fixed to the receiving part 210. Accordingly, the thermometer 100 and the main body 200 are formed in an integrated state, and in the process of moving the main body 200, the thermometer 100 is moved to the receiving part 210 due to an external shock or an increase in moving speed. ), so it can be used safely. On the other hand, when the thermometer 100 is fixed by simply mounting it on the receiving part 210 without the above-described fixing part 300, body temperature increases when the user walks at a high speed, runs, or receives an external shock. A problem arises in which the measuring system 100 is easily detached and damaged.

In addition, when the coupling part 360 is detached from the body while the thermometer 100 is fixed to the receiving part 210 by the fixing part 300, the coupling part 360 is connected to the body according to detection by the touch sensor 310. It is configured to release the stopper 350 from the pinion gear 330 to allow rotation. Accordingly, the thermometer 100 can be detached from the receiving part 210 and used for measuring the patient's temperature.

<Third Embodiment>

Next, a third embodiment according to the present invention will be described. In the third embodiment, the same reference numerals are used for components corresponding to the first embodiment.

Figure 5 is a diagram showing the configuration of the shock mitigation unit 400 of the vital sign measuring device linked to the electronic medical record system according to the third embodiment of the present invention.

The vital sign measuring device linked to the electronic medical record system according to the third embodiment of the present invention is configured to further include a shock alleviation unit 400 to prevent parts from being separated or damaged by external shock, as shown in FIG. 5. Likewise, it may be configured to include a protective case 410 formed along the outer surface of the main body 200 and a cushioning material 420 filled inside the protective case 410.

The protective case 410 is formed at a set interval between the lower side of the main body 200 and the front, left, right, and left side walls, and may be made of the same material as the main body 200, for example, plastic, but is preferably made of poly. It may be made of synthetic resin material such as urethane. Accordingly, when an external shock is applied, the protective case 410 is elastically deformed and transmits the shock to the cushioning material 420 filled inside, and the cushioning material 420 flows and disperses the applied external shock to the main body 200. ) can effectively prevent shock from being transmitted.

For this purpose, it is advantageous for the cushioning material 420 to be made of gel. Gel is a colloidal solution (sol) that increases above a certain concentration and hardens to form a network structure. It has no fluidity and can maintain its shape. By filling the inside of the protective case 410 with this gel, when a shock is transmitted from the outside, the gel acts as a shock absorber and prevents the main body 200 from colliding with an external shock body.

As above, the rights of the present invention are not limited to the embodiments described above but are defined by the claims, and various modifications and modifications can be made by those skilled in the art within the scope of the rights set forth in the claims. It is self-evident that you can do this.

100: thermometer
110: first battery 120: body temperature measurement module 130: tag reader unit
140: first display unit 150: first communication unit 160: first contact detection unit
170: Vibration unit
200: body
210: Receiving part 211: Second contact sensing part
220: Handle 230: Second battery
240: Blood pressure measurement module 250: Second communication unit 260: Second display unit
270: Third communication unit 281: Switching unit 282: Charging unit
290: Data processing unit
300: Fixing part
310: Touch sensor 311: First touch sensor 312: Second touch sensor
320: Rec section 330: Pinion gear
340: counter part 350: stopper 360: coupling part
400: Shock alleviation unit
410: protective case 420: cushioning material

Claims (5)

In the vital sign measuring device linked to the electronic medical record system,
It consists of a body that the user can hold, a first battery 110 that supplies power and is rechargeable, a body temperature measurement module 120 that measures the patient's body temperature using an infrared method, and a body that contains patient information and is held by the patient. It consists of a tag reader unit 130 that accesses the RFID tag to acquire patient information, a first display unit 140 that outputs the measured body temperature and motion information, and a short-distance wireless communication module that transmits body temperature and patient information. A body temperature measuring instrument (100) including a first communication unit (150);
It consists of a main body 200 formed with a receiving portion 210 that detachably accommodates the thermometer and a handle 220 that the user can hold, a second battery 230 that supplies power and is rechargeable, and a patient A blood pressure measurement module 240 that measures blood pressure, a second communication unit 250 that receives patient information and body temperature in connection with the first communication unit, and measurement information and operation information including patient information, body temperature, and blood pressure. It is characterized by consisting of a main body 200 including a second display unit 260 for output, and a third communication unit 270, which consists of a short-distance wireless communication module and transmits patient information, body temperature, and blood pressure to the electronic medical record system. A vital sign measuring device linked to the electronic medical record system. According to paragraph 1,
A first contact detection unit 160 and a second contact detection unit 211 are formed on the inner surfaces of the body and the receiving part 210, respectively,
According to the contact detection of the first contact detection unit 160 and the second contact detection unit 211, the power from the first battery 110 is cut off, and when no contact is detected, the power from the first battery 110 is turned on. A switching unit 281 that connects and activates pairing of the first communication unit 150 and the second communication unit 250,
Further comprising a charging unit 282 that applies charging power from the second battery 230 to the first battery 110 in response to contact between the first contact detection unit 160 and the second contact detection unit 211. A vital sign measuring device linked to an electronic medical record system, characterized in that. According to paragraph 2,
It further includes a fixing part 300,
The fixing part 300 includes a touch sensor 310 formed on the outside of the body to detect the user's touch, and a rec part 320 having a plurality of teeth in the vertical direction,
A pinion gear 330 that engages and rotates with the rack portion 320 on the inner wall of the receiving portion, a counter portion 340 that detects the rotation of the pinion gear 330, and a pinion gear 330 according to an external signal. A stopper 350 that contacts to limit or allow rotation, detects the set rotation of the pinion gear 330 through the counter unit 340, brings the stopper 350 into contact with the pinion gear 330, and uses the touch sensor. A vital sign measuring device linked to an electronic medical record system, characterized in that it further comprises a coupling portion 360 that releases the stopper 350 from the pinion gear 330 upon detection of (310). According to paragraph 1,
The main body 200 further includes a protective case 410 formed at a set interval between the lower side and the front, rear, left, and right side walls, and a shock absorbing portion 400 including a cushioning material 420 filled inside the protective case 410. A vital sign measuring device linked to an electronic medical record system, characterized in that: According to paragraph 1,
The main body 200,
The temperature and blood pressure measurement results are temporarily stored for each patient information acquired through the tag reader unit 130, but as other patient information is acquired, the temporarily stored body temperature and blood pressure measurement results are transmitted along with the patient information to the electronic medical record system. A vital sign measuring device linked to an electronic medical record system, further comprising a data processing unit 290.

Images