KR102182137B1 - Nursing support system for patient safety - Google Patents

Abstract

The present invention relates to a nursing support system for patient safety which protects patients from an accident and can immediately respond to the requests of patients for nursing through monitoring thereof. The nursing support system for patient safety includes a server, a monitoring unit, a display unit, a fall prevention unit, and a nurse center. The server stores the database about the medical information of the patient to which a unique ID is assigned. The monitoring unit is linked with the server to check the medical information of the patient and enables input of additional medical information. The display unit outputs screen information transmitted from the monitoring unit and transmits a nurse call signal to the outside according to a command inputted from the patient. The fall prevention unit receives load data outputted from a plurality of pressure sensors provided on the bed of the patient, analyzes the load data, and transmits a danger signal to the outside when the load data is abnormal. The nurse center receives the nurse call signal and the danger signal and outputs a warning signal to a nurse.

Description

Nursing support system for patient safety}

The present invention relates to a nursing support system for patient safety that prevents a patient's safety accident and enables immediate response to the patient's nursing needs through monitoring.

In January 2019, the Ministry of Health and Welfare revised the “Compliance and Recommendations on the Environment of the Integrated Nursing and Nursing Service Ward” to improve the ward environment and manage safety, and the contents are as follows.

end. Establish a system to prevent safety accidents such as bedsores, infections and falls of patients

I. Establishment of immediate response system for patient monitoring and nursing needs

All. Equipped with convenient hospitalization facilities and hygiene facilities for easy self-management of patients

la. Equipped with facilities and equipment for efficient nursing and patient safety and improved ward environment

However, at present, nurses are handling various tasks from preparation of drugs and fluids to administration, patient status check, hospitalization and discharge, and thus patient management is not sufficiently performed due to excessive tasks.

Due to this, blood flow frequently occurred because the infusion was not administered in time or management was not performed properly, and even cases of injuries or death due to unawareness when a patient with discomfort falls.

In order to solve this problem, a nurse emergency call system has been introduced that can call an emergency signal to the nurse's office in case of an emergency situation in the patient. However, the conventional nurse call system is used to call the patient when the nurse in charge is not in the nurse's office. There was a problem that could lead to a serious medical accident because it was not possible to respond immediately.

Therefore, there is an urgent need to introduce a new system that can respond to “observation and recommendations on the environment of the integrated nursing and nursing service ward”. As a background technology of the present invention, there is US Patent Application Publication No. US2014/0039351.

The object of the present invention is to prevent safety accidents of patients and to provide immediate response to the patient's nursing needs through monitoring, thereby satisfying the "observance and recommendations for the environment of the integrated nursing and nursing service ward" of the Ministry of Health and Welfare. It is to provide a nursing support system for patient safety that can provide services that can be provided.

The nursing support system for patient safety according to the present invention for achieving the above object includes a server, a monitoring unit, a display unit, a fall prevention unit, and a nurse center. The server stores a database on the patient's medical information to which a unique ID is assigned. The monitoring unit is linked with the server to check medical information about the patient and input additional medical information. The display unit outputs screen information transmitted from the monitoring unit, and transmits a nurse call signal to the outside according to a command input from the patient. The fall prevention unit receives load data output from a plurality of pressure sensors provided on a bed used by a patient, analyzes the load data, and transmits a danger signal to the outside when there is an abnormality. The nurse center receives the nurse call signal and the danger signal and outputs a warning signal to the nurse.

According to the present invention, the patient's medical information includes personal information about the patient, medical history, prescription records, examination (diagnosis) results, treatment schedule, operation schedule, doctor's order details, ward information, electronic consent form, PACS (Picture Archiving and Communication). System).

According to the present invention, the display unit further includes a fluid administration monitoring unit that calculates the administration time of the fluid administered to the patient to set the administration completion time of the fluid, and transmits a fluid administration completion signal from the nurse center when the set administration completion time is reached. do.

According to the present invention, a smart watch that is worn on a part of the body of the nurse and receives at least one of a nurse call signal, a danger signal, and a fluid administration completion signal may further be included.

According to the present invention, the display unit outputs an alarm according to a time set by a nurse.

According to the present invention, the display unit transmits an alarm signal to the nurse center.

According to the present invention, the display unit further includes an away input unit for selecting whether or not the patient is away.

According to the present invention, the display unit is installed on each bed of the patient.

According to the present invention, the display unit can interwork with the TV system.

According to the present invention, the display unit includes a touch screen.

According to the present invention, it includes a remote control for transmitting command information to the display unit.

According to the present invention, the display unit is selectively synchronized only when a synchronization request by the monitoring unit is requested, and during synchronization, the same screen as the monitoring unit is output.

According to the present invention, the monitoring unit includes a synchronization input unit for transmitting a synchronization command to the display unit.

According to the present invention, the monitoring unit is formed to be movable, and is provided with one monitoring unit and wirelessly connected to the display units installed for each patient.

According to the present invention, the monitoring unit further includes a biosignal measurement unit that measures and outputs a biosignal of a patient in real time.

According to the present invention, the nurse center includes a dashboard that receives, analyzes, and outputs a patient's biological signal measured from the monitoring unit.

According to the present invention, the content output to the dashboard of the nurse center is provided by a smartphone provided by the patient or the patient's guardian.

According to the present invention, the nurse sensor receives and outputs the doctor's prescription information input to the server or the monitoring unit, and outputs job information according to the prescription information set by the nurse as an alarm signal according to a preset time.

The nursing support system for patient safety according to the present invention includes a server, a monitoring unit, a calling button, a fall prevention unit, and a nurse center. The server stores a database of medical information of a patient assigned a unique ID. The monitoring unit is interlocked with the server to enable confirmation of medical information on the patient, and input and output of additional medical information measured by measuring the patient's biological signal in real time. A calling button is provided on a bed used by a patient, and transmits a nurse call signal to the outside in response to an operation command of the patient. The fall prevention unit receives load data output from a plurality of pressure sensors provided on a bed used by a patient, analyzes the load data, and transmits a danger signal to the outside when there is an abnormality. The nurse center has a dashboard that receives a nurse call signal and a danger signal, outputs a warning signal to the nurse, and receives, analyzes, and outputs a patient's biometric signal.

According to the present invention, the content output to the dashboard of the nurse center is provided by a smartphone provided by the patient or the patient's guardian.

According to the present invention, the nurse center calculates the administration time of the fluid administered to the patient to set the administration completion time of the fluid, and when the set administration completion time is reached, transmits a fluid administration completion signal to the dashboard.

According to the present invention, it is worn on a part of the body of the nurse, and further includes a smart watch for receiving at least one of a nurse call signal, a danger signal, and a fluid administration completion signal.

According to the present invention, if a patient is determined to fall or fall from the bed through the fall prevention unit, a danger signal is transmitted to the nurse center, thereby preventing the patient from falling from the bed. When the patient falls from the bed, the nurse It is possible to take measures immediately, thus ensuring the safety of patients with disabilities.

In addition, since the nurse can be called through the display unit provided on the bed, it is possible to promptly notify the nurse when an emergency situation occurs to the patient.

In addition, by automatically detecting the end point of the infusion solution through the infusion monitoring unit and transmitting it to the nurse center, the nurses can take appropriate measures according to the end of the infusion solution administration.

In addition, as the monitoring unit and the display unit are selectively synchronized, when a doctor or a nurse reads a checkup result, a medical treatment schedule, an operation schedule, etc. through the monitoring unit at the time of the round, the patient can simultaneously check the contents viewed through the display unit. Accordingly, since the patient can check various results in the hospital room without directly visiting the treatment room, convenience is improved and the patient can be given a sense of trust in the hospital.

In addition, through the nursing support system 100 for patient safety, safety accidents of the patient can be prevented, and immediate response to the patient's nursing needs is possible through monitoring. The Ministry of Health and Welfare It will be able to provide services that meet “conformity and recommendations”.

1 is a view schematically showing a nursing support system for patient safety according to an embodiment of the present invention.
Figure 2 is a configuration diagram of a nursing support system for patient safety shown in Figure 1;
3 is a diagram schematically showing a processing process of the monitoring unit of FIG. 1.
4 is a diagram schematically illustrating a processing process of the display unit of FIG. 1.
Figure 5 (a) is a diagram showing the steps of a conventional nursing support system, Figure 5 (b) is a view showing the steps of the nursing support system according to the present invention.
6 is a configuration diagram of a nursing support system for patient safety according to another embodiment of the present invention.

Hereinafter, a detailed description of a nursing support system for patient safety according to a preferred embodiment will be described with reference to the accompanying drawings. Here, the same symbols are used for the same configuration, and detailed descriptions of repetitive descriptions and known functions and configurations that may unnecessarily obscure the subject matter of the invention are omitted. Embodiments of the invention are provided to more completely explain the invention to those with average knowledge in the art. Accordingly, the shapes and sizes of elements in the drawings may be exaggerated for clearer explanation.

1 is a view schematically showing a nursing support system for patient safety according to an embodiment of the present invention. And, FIG. 2 is a configuration diagram of a nursing support system for patient safety shown in FIG. 1.

1 to 2, the nursing support system 100 for patient safety includes a server 110, a monitoring unit 120, a display unit 130, a fall prevention unit 140, and a nurse center. Includes 150. Here, the nursing support system 100 refers to a system that prevents a patient's safety accident and enables an immediate response to a patient's nursing request through monitoring.

The server 110 may store a database of medical information of a patient to which a unique ID is assigned. Specifically, the server 110 may assign a unique ID to a patient through the address setting unit 111. Accordingly, the nursing support system 100 can distinguish each patient through unique ID information.

The patient's medical information stored in the server 110 includes personal information about the patient, medical history, prescription records, examination (diagnosis) results, medical treatment schedule, surgery schedule, doctor's order details, ward information, electronic consent form, PACS (Picture Archiving). and Communication System). The patient's medical information is not limited to the illustrated example, and may include various medical information about the patient requested by the user.

The monitoring unit 120 is interlocked with the server 110 to check medical information on the patient. For example, the server 110 and the monitoring unit 120 are synchronized in real time to check the patient's medical information input and stored in the server 110 in the monitoring unit 120, and the input and The stored patient's medical information can be checked in the server 110.

The monitoring unit 120 may input additional medical information for a patient. For example, at the time of the doctor's round, the doctor's order content may be additionally input, and the added content may be synchronized with the server 110 and stored in the server 110. To this end, the monitoring unit 120 may include a smart device 121 for inputting a command and displaying medical information about a patient on a screen.

For example, the smart device 121 includes a smart phone, a tablet PC, a personal digital assistant (PDA), a global system for mobile communication (GSM) terminal, a general packet radio service (GPRS) terminal, and an enhanced data (EDGE) terminal. It may be an information communication device such as a GSM Evironment terminal or a digital broadcasting terminal.

The monitoring unit 120 may include a biosignal measurement unit 122 that measures and outputs a biosignal of a patient in real time. Here, the biosignal measuring unit 122 may include at least one of a patient's blood pressure, pulse rate, respiration rate, respiratory pattern, body temperature, skin humidity, physical activity level, and blood sugar.

The monitoring unit 120 may determine whether the information of the drug administered to the patient is a drug suitable for the patient, and may output a warning signal if the drug is not suitable for the patient information. For example, the monitoring unit 120 may be linked with the DUR system of the Review and Assessment Service when a doctor makes a prescription, and when a nurse administers a drug according to the prescription, whether the prescribed drug and the drug to be administered are correct or administered. You can check if the patient to be done is correct. In addition, if the drug to be administered and the patient do not match, a discrepancy warning alarm is output and administration of the drug is stopped, so that medical accidents such as misuse of drugs prescribed to the patient can be prevented in advance. The warning alarm signal may be transmitted to and outputted to a nurse center 150 to be described later or a smart watch 180 worn by a nurse.

The display unit 130 may output screen information transmitted to the monitoring unit 120. Specifically, the display unit 130 is selectively synchronized only when a synchronization request from the monitoring unit 120 is requested, and during synchronization, the same screen as the monitoring unit 120 may be output. To this end, the monitoring unit 120 may include a synchronization input unit 121a for transmitting a synchronization command to the display unit 130.

For example, when the monitoring unit 120 is formed of a tablet PC including a touch screen, a synchronization command may be input by touching the synchronization input unit 121a output on the screen of the touch screen. However, the synchronization input unit 121a is not limited to the illustrated example, and when the screen output unit of the monitoring unit 120 is formed of an LCD or LED monitor, the synchronization input unit 121a is in the form of a button connected to the control unit of the monitoring unit 120 Can be formed as

Accordingly, when the doctor presses the synchronization button at the time of the round, and then reads the results of the examination (examination), the treatment schedule, and the operation schedule through the monitoring unit 120, the patient checks the contents viewed through the display unit 130. You will be able to.

The display unit 130 may transmit a nurse call signal to the outside by a command input from a patient. Like the monitoring unit 120, the display unit 130 may be formed as a device including a touch screen. Accordingly, when the patient touches the call signal input unit 131 output on the screen of the display unit 130, the nurse call signal may be transmitted to the nurse center 150 to be described later. In this case, since it is difficult to input a nurse call signal to the display unit 130 when the patient is uncomfortable, the convenience of use may be improved by further including a remote control 160 that transmits command information to the display unit 130. .

In this way, as the nurse call signal can be transmitted to the nurse center 150 through the display unit 130, it is possible to promptly notify the nurse when an emergency situation occurs to the patient.

In addition, when the patient has a request from the nurse, the patient can input the request information through the touch screen of the display unit 130 or the remote control 160 and then transmit the request information to the nurse center 150. Accordingly, since a request for a service required by a patient can be requested remotely without having to go directly to the nurse, the satisfaction of the service can be improved.

The display 130 may further include an away input unit 132 for selecting whether or not the patient is away. As described above, the away input unit 132 may be input through a touch screen or may be input through the remote control 160. The inputted away signal may be transmitted to the nurse center 150. Therefore, the nurse can check whether the patient is on the bed without going directly to the hospital room, thereby facilitating management.

On the other hand, the display unit 130 may be provided in plural and installed on each bed of the patient, and one monitoring unit 120 may be provided to be wirelessly connected to the display units 130. For example, when 10 patients are hospitalized in 10 hospital rooms, 10 display units 130 may be provided and 1 monitoring unit 120 may be provided. In this case, the display unit 130 may be fixedly installed on the patient's bed, and the monitoring unit 120 is formed to be movable so that the nurse moves whenever necessary and can be used in connection with the display unit 130.

The fall prevention unit 140 may receive load data output from a plurality of pressure sensors 141 provided on a bed used by a patient, analyze the load data, and transmit a danger signal to the outside when there is an abnormality. In this case, when an away signal is input from the display unit 130, the fall prevention unit 140 may stop transmitting the danger signal to the nurse center 150.

The pressure sensor 141 provided in the fall prevention part 140 may be provided on a bed mattress, and may be provided in plural to be spaced apart from each other. Accordingly, it is possible to measure the load acting on the mattress from the patient in real time, and if the size of the measured load is less than or without a preset size, it is determined that the patient will fall or fall from the bed, and it is dangerous to the nurse center 150 to be described later. The signal can be transmitted.

Accordingly, it is possible to prevent the patient from falling off the bed in advance, and if the patient falls off the bed, the nurse can take immediate action, thereby ensuring the safety of the patient with discomfort.

The nurse center 150 may output a warning signal to the nurse by receiving the nurse call signal and the danger signal. Specifically, the nurse center 150 is wirelessly connected to the monitor 151 capable of displaying patient information on the screen, the monitoring unit 120, the display unit 130, and the fall prevention unit 140 to call a nurse. It may include a control unit 152 capable of receiving and outputting a signal and a danger signal. In this case, the warning signal may be output as a text to the monitor 151 of the nurse center 150 or as an alarm sound through a speaker.

The nurse center 150 may include a dashboard 170 that receives, analyzes, and outputs a patient's biological signal measured from the monitoring unit 120. Through this dashboard 170, the nurse can grasp the current patient state.

Contents output to the dashboard 170 of the nurse center 150 may be provided with a smartphone provided by the patient or the patient's guardian. Specifically, the patient or guardian may check the patient's biosignal transmitted from the nurse center 150 by executing an application program mounted on the smartphone. Accordingly, since the caregiver can check the patient's condition through the smartphone even from a distance, the satisfaction of the service can be improved.

The nurse center 150 receives and outputs the doctor's prescription information input to the server 110 or the monitoring unit 120, and outputs job information according to the prescription information set by the nurse as an alarm signal at a preset time. can do. For example, when a doctor gives a prescription related to drug administration to patient A, gives a prescription related to infusion solution administration to patient A, and stores it in the server 110 or the monitoring unit 120, the nurse monitors 151 You can check the prescription contents through. Then, the nurse can input and store the drug administration and infusion administration tasks in the nurse center 150 by setting a predetermined time according to the prescription contents, and the stored work contents are monitored by the nurse center 150 according to the preset time. ) Can be output.

According to the present invention, the display unit 130 calculates the administration time of the infusion solution administered to the patient to set the administration completion time of the infusion solution, and when the set administration completion time is reached, transmits the infusion completion signal to the nurse center 150 It may further include a fluid administration monitoring unit 133. For example, when the nurse inputs the amount of fluid in the display unit 130, the display unit 130 may calculate the administration time of the fluid according to the total dose to set the administration completion time, and when the set administration completion time is reached An alarm signal may be output to the nurse center 150. However, the method of monitoring the infusion administration is not limited thereto, and the nurse may arbitrarily designate the infusion time.

As described above, the end point of the fluid is automatically detected through the fluid administration monitoring unit 133 and transmitted to the nurse center 150, so that the nurses can take appropriate measures according to the end of the fluid administration.

According to another embodiment of the present invention, the nursing support system 100 for patient safety is worn on a part of the body of a nurse, and a smart watch that receives at least one of a nurse call signal, a danger signal, and a fluid administration completion signal ( 180) may be further included. Accordingly, the nurse can check information required by the patient not only in the nurse center 150 but also outside such as a rest room.

And, the display unit 130 and. The nurse center 150 and the smart watch 180 may output an alarm according to a time set by the nurse. For example, if a patient's drug administration time, pad replacement time, blood collection time, blood glucose level check time, etc. are input, the display unit 130 and The nurse center 150 and the smart watch 180 may output an alarm according to time. Accordingly, the patient can receive an appropriate nursing service at a desired time, and the nurse can immediately respond to the patient's nursing needs.

In addition, the monitoring unit 120 or the display unit 130 may be interlocked with the TV system through the ™V top box. Specifically, the display unit 130 or the monitoring unit 120 may provide various information to a patient by interlocking with a conventional bed TV system such as MOD, MTV, good TV, and ITI.

According to another embodiment of the present invention, the display unit 130 or the nurse center 150 performs a task of setting the contents of a prescription given by a doctor to a patient and a task to be done by the nurse to the patient by the smart watch 180 or the nurse center. It may include a monitoring unit that transmits to 150. Accordingly, by monitoring the amount of infusion and administration time, the number and time of drug consumption, and I/O (the amount of urine and urine and measurement time), etc., when the patient's treatment time is reached, the nurse's smart watch 180 and the nurse center 150 are automatically ).

As described above, the nursing support system 100 for patient safety transmits a danger signal to the nursing center 150 when it is determined that the patient falls or falls from the bed through the fall prevention unit 140, so that the patient Falling from the bed can be prevented in advance, and if a patient falls from the bed, the nurse can take immediate action, thus ensuring the safety of the patient with discomfort.

In addition, since the nurse can be called through the display unit 130 provided on the bed, it is possible to promptly notify the nurse when an emergency situation occurs to the patient.

In addition, by automatically detecting the end point of the infusion solution through the infusion monitoring unit 133 and transmitting it to the nurse center 150, the nurses can take appropriate measures according to the end of the infusion administration.

In addition, as the monitoring unit 120 and the display unit 130 are selectively synchronized, when a doctor or a nurse reads the test results, treatment schedule, and surgery schedule through the monitoring unit 120 at the time of the round, the patient Through (130), it is possible to check the contents being viewed at the same time. Accordingly, since the patient can check various results in the hospital room without directly visiting the treatment room, convenience is improved and the patient can be given a sense of trust in the hospital.

In addition, through the nursing support system 100 for patient safety, safety accidents of the patient can be prevented, and immediate response to the patient's nursing needs is possible through monitoring. The Ministry of Health and Welfare It will be able to provide services that meet “conformity and recommendations”.

3 is a diagram schematically illustrating a processing process of the monitoring unit of FIG. 1, and FIG. 4 is a diagram schematically illustrating a processing process of the display unit of FIG. 1. And, Figure 5 (a) is a diagram showing the steps of a conventional nursing support system, Figure 5 (b) is a view showing the steps of the nursing support system according to the present invention.

With reference to FIGS. 1 to 5, a process of a conventional nursing support system and a nursing support system according to the present invention will be compared and described as follows.

First, referring to Figure 5 (a), in the case of the conventional nursing support system 10, when a patient is hospitalized, the nurse manually records the treatment behavior of the patient admitted to the hospital room (S1), and a predetermined time Steps of checking the patient's bed every time (S2), measuring a physiological signal (S3), manually recording the measured physiological signal (S4), and logging into a server for managing the patient And (S5), inputting the patient's medical information to the server (S6), and inputting and storing the patient's bio-signals to the server (S7) had to be processed.

However, in the nursing support system 100 according to the present invention, the step of logging in to the monitoring unit (S01), measuring the patient's biosignal (S02), and transmitting the measured biosignal to the server and the display unit (S03) Can handle nursing work, including only.

Specifically, in the step of logging in to the monitoring unit (S01), a unique ID given to a medical staff such as a nurse or a doctor may be input to log in to the monitoring unit 120. Then, as illustrated in FIG. 3, the patient's medical information stored in the server 110 can be checked through the monitoring unit 120 linked with the server 110.

In the patient's biosignal measurement step (S02), the patient's biosignal may be measured and output in real time through the monitoring unit 120. To this end, the monitoring unit 120 may include a bio-signal measuring unit 122 including a barcode scanner, a blood count, a thermometer, a diabetes meter, a heart rate meter, an oxygen saturation meter, and the like. The biosignal measuring unit 122 may be mounted on a part of the patient's body. For example, the biosignal measurement unit 122 may be mounted on the patient's wrist to measure the patient's heart rate.

In the measuring step (S02) of the patient's biological signal, it is possible to additionally input the contents of the doctor's order using the monitoring unit 120. This added content may be synchronized and stored in the server 110.

In the step of transmitting the measured bio-signals to the server and the display unit (S03), the bio-signals measured through the monitoring unit 120 may be transmitted to the server 110 and the display 130. Accordingly, the biosignal measured by the monitoring unit 120 can be checked by accessing the server 110, and the display unit 130 is the patient's transmitted from the monitoring unit 120 as shown in FIG. Medical information and bio-signal information can be output.

Meanwhile, since the display unit 130 may be installed for each patient's bed, the monitoring unit 120 may be provided with an identification means to classify and store the display unit 130 provided for each patient. Accordingly, a unique identification number may be assigned to a patient equipped with each display unit 130, and the monitoring unit 120 may output medical information and bio-signals corresponding to the identification information, so that the nurse Star medical information and bio-signals can be checked remotely.

As the patient's medical information and bio-signal information are output to the display unit 130 as described above, the nurse center 150 connected to the display unit 130 provides the patient's medical information and information through the monitor 151 and the dashboard 170. Biosignal information can be checked.

Meanwhile, although not shown, the nurse center 150 may output a warning signal to the nurse by receiving a nurse call signal and a danger signal from the display unit 130 and the fall prevention unit.

As described above, the nursing support system 100 according to the present invention further includes the monitoring unit 120, the display unit 130, and the fall prevention unit 140, compared to the conventional nursing support system 10. Since the processing work is drastically reduced, work efficiency is increased, and better services can be provided to patients.

6 is a block diagram of a nursing support system for patient safety according to another embodiment of the present invention. In this embodiment, a description will be made focusing on differences from the above-described embodiment.

As shown in Figure 6. The nursing support system 200 for patient safety includes a server 110, a monitoring unit 120, a calling button 230, a fall prevention unit 140, a dashboard 170, and a smart watch ( 190) may be included. That is, in the present embodiment, a calling button 230 may be included instead of the display unit 130.

The server 110 may store a database of medical information of a patient to which a unique ID is assigned.

The monitoring unit 120 may be linked with the server 110 to check medical information on a patient, and input and output additional medical information measured by measuring a patient's bio-signal in real time.

The calling button 230 is provided on the bed used by the patient, and transmits a nurse call signal to the nurse center according to the patient's operation command. The calling button 230 may be directly installed on the patient's bed, or may be formed in the form of a remote control and provided on the patient's bed. For example, the calling button 230 may be connected to the nurse center through a wireless transceiver, and may wirelessly transmit a call signal to the nurse center by input operation power.

Accordingly, signals such as away, fluid replacement, and pad replacement may be transmitted to the nurse center through the calling button 230, and these signals may be output to the monitor 151 of the nurse center. Accordingly, the patient can receive an appropriate nursing service at a desired time, and the nurse can immediately respond to the patient's nursing needs.

The fall prevention unit 140 receives load data output from a plurality of pressure sensors provided on a bed used by a patient, analyzes the load data, and transmits a danger signal to the outside when there is an abnormality.

The nurse center 150 includes a dashboard 170 that receives a nurse call signal and a danger signal, outputs a warning signal to the nurse, and receives, analyzes, and outputs a patient's biological signal. The dashboard 170 may be provided separately from the monitor 151, and through the dashboard 170, the nurse can grasp the current patient state.

The nurse center 150 may calculate the administration time of the fluid administered to the patient to set the administration completion time of the fluid, and may transmit a fluid administration completion signal to the dashboard 170 when the set administration completion time is reached. Accordingly, the dashboard 170 may output a nurse call signal, a danger signal, and a fluid administration completion signal.

Content output to the dashboard 170 may be provided by a smartphone provided by a patient or a guardian of the patient. Specifically, the patient or guardian may check the patient's biosignal transmitted from the nurse center 150 by executing an application program mounted on the smartphone. Accordingly, since the guardian can check the patient's condition through the smartphone even from a distance, satisfaction with the service can be improved.

Meanwhile, the nursing support system 200 for patient safety is worn on a part of the body of the nurse, and may further include a smart watch 180 that receives at least one of a nurse call signal, a danger signal, and a fluid administration completion signal. have. Accordingly, when a patient needs a nurse or a risk situation occurs in the patient, the patient or guardian can call the nurse without going directly to the nurse, so service satisfaction can be improved.

The present invention has been described with reference to one embodiment shown in the accompanying drawings, but this is only illustrative, and those of ordinary skill in the art will understand that various modifications and other equivalent embodiments are possible therefrom. I will be able to. Accordingly, the true scope of protection of the present invention should be determined only by the appended claims.

110.. Server
120.. Monitoring Department
130.. Display
131.. Call signal input
140.. Fall Prevention Section
150.. Nurse Center
160.. remote control
170.. Dashboard
180.. Smart Watch
230.. Calling button

Claims (19)

At least one of the patient's personal information, medical history, prescription records, examination results, treatment schedule, surgery schedule, doctor's order details, ward information, electronic consent form, and PACS (Picture Archiving and Communication System) A server storing a database on medical information including one;

It is synchronized with the server in real time to check medical information for the patient,
It includes a bio-signal measuring unit including a barcode scanner, a thermometer, a diabetes meter, a heart rate meter, and an oxygen saturation meter,
As additional medical information can be input, the infusion administration time is calculated and the infusion completion time is set by calculating the administration time of the infusion administered to the patient, and the infusion administration completion signal is transmitted to the nurse center when the set administration completion time is reached. Monitoring unit further comprising a unit;

Outputs screen information transmitted from the monitoring unit,
Transmitting a nurse call signal to the outside according to the command input from the patient,
A display unit further comprising an away input unit for selecting whether or not the patient is away;

Receiving load data output from a plurality of pressure sensors provided on the bed used by the patient,
A fall prevention unit that analyzes the load data and transmits a danger signal to the outside when there is an abnormality;

By receiving the nurse call signal and the danger signal to output a warning signal to the nurse,
A nurse center including a dashboard for receiving, analyzing, and outputting the patient's biological signal measured from the monitoring unit;

Worn on a part of the nurse's body,
A smart watch for receiving at least one of the nurse call signal, the danger signal, and the fluid administration completion signal; And

A nursing support system for patient safety including a remote control for transmitting command information to the display unit,

The display unit is selectively synchronized only when the monitoring unit requests synchronization, and when synchronizing, outputs the same screen as the monitoring unit, outputs an alarm signal according to a time set by the nurse, and sends the alarm signal to the nurse center. Transfer,

The screen output unit of the monitoring unit is composed of a tablet PC, LCD, or LED including a touch screen, and is formed to be movable, and is provided with one and is wirelessly connected to the display units installed for each patient. ,

The display unit or the monitoring unit can be interlocked with a TV system,

The content output to the dashboard of the nurse center is provided as an application program mounted on a smartphone provided by the patient or the patient's guardian,

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