KR20100048753A - Patient relationship information service system and method for a home health care service - Google Patents

Abstract

PURPOSE: A patient relationship information service system and a method for a home health care service are provided to supply personalized health information under a home health management environment. CONSTITUTION: A patient information DB(120) stores the patient information including at least one bio-signals as well as personal identification information. A patient-customized information providing server(100) constructs the patient information DB based on the personal identification information and patient information transmitted from a user terminal. The patient-customized information providing server searches the patient-customized information corresponding to patient information from rule information. In addition, the patient-customized information providing server provides the patient information to the user terminal.

Description

Patient relationship information service system and method for a home health care

The present invention relates to a system and method for providing personalized information based on a biosignal measured from a home health care terminal (blood pressure, blood sugar, oxygen saturation, temperature, pulse rate, and body fat), and more particularly, to a biosignal of a patient. And personal information by combining the past information and the clinical experience of the doctor to provide the user with recommendations regarding the patient's current and current history, treatment status, and medication history. It relates to a patient-specific information providing system and method for home health care terminal.

Recently, with the development of Internet-related technology, a home health care system that provides medical services to remote terminals such as homes and offices through a communication network has been developed. According to the home health care system, medical care is provided online through the hospital's Internet homepage. Medical services are being widely conducted, such as providing consultations or analyzing biological signals measured at a remote location in a hospital system and providing the analysis results to a remote terminal via wired or wireless communication.

Therefore, the remote patient can provide the patient with inquiries related to the condition or condition that occurs to the remote hospital system through the home health care system, and obtain an answer or related information online.

In addition, in recent years, as the mobile communication network is linked with the Internet, it is possible to receive a medical service using a portable terminal while moving.

However, such a conventional medical service is not provided for each individual characteristic, but is designated by the hospital system in a uniform form and thus cannot be efficiently used for individual health care. have.

In addition, according to the prior art as described above, in order to efficiently manage the health of the patient in the home environment, the medical service reflecting the current state of the patient is required, but in reality, the medical service reflecting the past medical history, the history of taking medication, the presence of treatment, etc. As a result, there was a problem that the individual health care that is appropriate to the current state of the patient is not made efficiently.

The present invention provides a system and method for providing personalized patient information for home health care that enables individual health care services to minimize personal intervention by providing individualized health information in a home health care environment. There is a purpose.

In addition, the present invention synthesizes clinical experience to provide the user with recommendations that consider specific information, that is, the history of the current patient and the history of the current patient, the presence of treatment, the history of drug use, etc. An object of the present invention is to provide a system and method for providing personalized patient information for home health care that enables management.

According to an embodiment of the present invention for achieving the above object, having at least one bio-signal measuring unit for measuring at least one bio-signal and a communication interface for communication network connection, at least one bio-measured at the bio-signal measuring unit A user terminal configured to transmit patient information including a signal to an external device with personal identification information or to receive patient customized information from an external device; A patient information database in which patient information including one or more biological signals is stored together with personal identification information; A rule information database in which rule information for generating customized information corresponding to the patient information is stored; The patient information database is constructed with personal identification information and patient information transmitted from the user terminal through a communication network, and the patient personalized information is searched for and provided to the user terminal with the patient personalized information corresponding to the patient information from a pre-built rule information database. Providing server; comprising, patient home information providing system for home health care.

According to another embodiment of the present invention for achieving the above object, the patient-customized information providing server according to an embodiment of the present invention, to interface with one or more user terminals through a wired or wireless communication network A network interface unit; A patient information management unit for classifying patient information including at least one biosignal transmitted from a user terminal for each patient and storing, modifying, or deleting the information in a patient information database; Includes; patient personalized information generation unit for analyzing the one or more bio-signals transmitted from the user terminal to search for the patient-specific information classified according to the current state of the patient and the change in the state in the rule information database to provide to the user terminal; It is a system for providing personalized information for home health care.

According to another embodiment of the present invention for achieving the above object, a patient-specific information providing method made by the patient-specific information providing server for implementing each embodiment of the present invention, (a) one or more from the user terminal When patient information including personal information and personal identification information are received, a personal information search is performed by checking one or more of the patient's past history, treatment history, drug history, current measurement of the biosignal, and previous measurements on the currently received biosignal. Generating at least one biosignal analysis code for the first step; and (b) a second step of searching and providing a plurality of customized information corresponding to the at least one biosignal analysis code in a rule information database.

According to the present invention, there is an advantage to enable the daily management of chronic diseases by providing a health care service with minimal intervention of the doctor through the analysis of health information by the algorithm.

In addition, according to the present invention, by providing medical knowledge and information for health care to the general public who lacks medical knowledge, it can contribute to overall health promotion and can manage health in a home environment.

In addition, according to the present invention, by applying to a variety of bio-signal measuring devices (blood glucose meter, blood pressure monitor, weight scale, etc.), there is an advantage that it is possible to provide not only simple measurement values but also interpretation information in medical aspects.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In addition, the present embodiment is not intended to limit the scope of the present invention, but is presented by way of example only, and various modifications may be made without departing from the technical gist of the present invention.

1 is a block diagram illustrating a schematic configuration of a system for providing patient customized information for home health care according to a preferred embodiment of the present invention. As illustrated in the figure, a user terminal 10 and patient customized information accessible to a communication network are illustrated. Providing server 100, and the patient information database 210 and the rule information database 220.

The user terminal 10 includes a biosignal measuring unit for measuring at least one of at least one biosignal, that is, blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, and body temperature, and includes a communication interface for communication network connection. The user terminal 10 configured as described above transmits patient information including at least one biosignal measured by the biosignal measuring unit to the external device along with personal identification information, or receives and displays patient personalized information from the external device. do.

The patient-customized information providing server 100 stores the personal identification information and the patient information transmitted from the user terminal through the communication network in the patient information database 210 and transmits the information to the patient information from the rule information database 220 that is built in advance. The corresponding customized information is retrieved and provided to the user terminal 10. The patient personalized information providing server 100 compares the present measurements based on the patient's past medical history, the therapeutic information and the personal information according to the medication history, the personalized information according to the current state of the patient, and the previous measurement. Personalized information according to the change of the current state of the patient obtained by the present condition, based on the previous measurement value is compared to provide the personalized information according to the degree of change of the current state of the patient obtained by the comparison result. The operation of the server may also be performed by the following patient customization information generation unit.

The patient personalized information providing server 100 may be configured to include a communication network interface 110, a patient information management unit 120, and a patient personalized information generation unit 130 as an embodiment.

The communication network interface 110 interfaces data to exchange data with one or more user terminals through a wired or wireless communication network.

The patient information manager 120 classifies patient information including at least one biosignal transmitted from a user terminal for each patient and stores, modifies, or deletes the patient information in a patient information database.

The patient customization information generation unit 130 analyzes one or more biosignals transmitted from the user terminal and searches for personalized information for each patient classified according to the current state and the change of the state in the rule information database and provides the same to the user terminal.

The patient information database 210 includes personal identification information for patient identification, and biometric signals for each patient, including current and previous measurements of blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, body temperature, and the like. The information is stored.

The rule information database 220 stores rule information for generating custom information corresponding to the patient information. The rule information database 220 includes a plurality of patient-specific personalized information classified according to the current state of the patient, and a plurality of patient-state and recommendation-specific information including the recommendation of the doctor on the current state of the patient. The blood sugar, oxygen saturation, pulse rate, body fat percentage, and body temperature information are stored in a rule-based state for each of them.

FIG. 2 illustrates an operation flow for a method that may be performed by the patient personalized information providing server 100 in the patient personalized information providing system having the configuration as shown in FIG. 1.

The method for providing personalized patient information according to the present invention is largely composed of two steps. As shown in FIG. 2, the personalized information search is performed by receiving patient information and personal identification information including one or more biosignals from a user terminal. The first step (S101-S119) for generating at least one biosignal analysis code for the second, and the second step (S121) for providing a plurality of customized information corresponding to the at least one biosignal analysis code.

The first step is to determine whether the patient information including the one or more bio-signals and personal identification information is received from the user terminal (S101), the patient's past history, treatment history, drug use history using the patient information Step (S103) of sequentially checking, generating a first bio-signal analysis code that can know the past history of the patient, the presence of treatment, the presence of drugs according to the check result (S105), the current measurement Checking the numerical value of the biosignal (S107), generating a second biosignal analysis code according to the range of the numerical value currently measured according to the numerical check result (S109), and a previous schedule for the currently received biosignal Confirming whether a measurement value at a time point (for example, a time point four weeks ago) is stored (S111), and comparing a previous measurement value for a currently received biosignal with a currently measured numerical value (S111) 113), generating a third biosignal analysis code and / or a fourth biosignal analysis code capable of knowing the change in the current state of the patient and the degree of change according to the comparison result (S115); And generating at least one patient customized information code for retrieving customized information from the rule information database using the biosignal analysis code or the first and second biosignal analysis codes (S117 and S119).

The second step is a step of searching for a plurality of pieces of personalized information corresponding to the at least one bio-signal analysis code in the rule information database and providing it to the user terminal (S121).

3A to 3D illustrate examples of generating first to fourth biosignal analysis codes in the patient personalization information providing server 100 according to the present invention when the biosignal received from the user terminal is blood pressure information. Figure 3a to 3d illustrates the blood pressure code combination that can be obtained by finally combining the respective bio-signal analysis codes generated in the example of Figure 3a.

4A to 4L are diagrams showing examples of generating second to fourth biosignal analysis codes according to blood pressures for the current measured blood pressure state for the last 4 weeks and 7 days, respectively, and FIG. 4A shows the currently measured blood pressure. In the case of this severe hypotension state (SBP <81), FIG. 4B shows that the presently measured blood pressure is in the hypotension state (SBP 81-90). FIGS. In the case of SBP 100-109, SBP 110-119 and DBP <80), FIG. 4F and FIG. 4G show that the current measured blood pressure is in the hypertensive state (SBP 120-129 and DBP 80-84, SBP 130-139 and DBP 85-). 4H and 4I show that the blood pressure measured at present is a hypertension stage 1 (SBP 140-149 and DBP 90-94, SBP 150-159 and DBP 95-99). If the currently measured blood pressure is hypertensive stage 2 (SBP 160-169 and DBP 100-104, SBP 170-179 and DBP 105-109), FIG. 4L shows the high blood pressure stage 2 (SBP 179 and DBP> 109) The case is exemplified, respectively.

A case in which a blood pressure signal is received with reference to the bars illustrated in FIGS. 3A to 4L is as follows.

When the biosignal transmitted from the user terminal is blood pressure information, the patient-customized information providing server 100 first shows the history of hypertension, whether or not the current treatment for hypertension, and the hypertension, as shown in FIG. 3A. The first biosignal analysis code is determined by checking whether the medicine is taken or not. In other words, if there is no history of hypertension, NOO, history of hypertension, but not currently treated, YNO, history of hypertension, and currently treated with non-drug therapy, YYN, history of hypertension, and currently treated with pharmacotherapy YYY, if present, to generate the first biosignal analysis code for each case.

Next, as shown in FIG. 3B, the patient personalized information providing server 100 compares the current measured value of blood pressure with each reference value and determines a second biosignal analysis code based on the comparison result. In other words, HOE is below the critical hypotension threshold (illustrated as SBP <81 in the figure), HOA when the hypotension alert threshold (illustrated as SBP 81-90 in the figure), normal (normal 1, normal 2, normal 3) NL1, NL2, NL3, hypertensive pre-abnormal in the reference range (illustrated as SBP 91-99, SBP 100-109, SBP 110-119 and DBP <80, respectively) ) Baseline (illustrated as SBP 120-129 and DBP 80-84, SBP 130-139 and DBP 85-89 in the figure) to AN1, AN2, hypertension alert 1 (hypertension alert 2) baseline ( In the figures, SBP 140-149 and DBP 90-94, SBP 150-159 and DBP 95-99 ranges to HA1, HA2, hypertension alert 3 (hypertension alert 4) baseline (SBP in the figure). In the range 160-169 and DBP 100-104, SBP 170-179 and DBP 105-109, HA3, HA4, and severe hypertension emergency thresholds (SBP 17 in the drawing). 9 and DBP> 109), a second biosignal analysis code is generated for each case, such as HEE.

Next, as shown in FIG. 3C, the patient personalized information providing server 100 compares a change in blood pressure currently measured with a previous measurement and determines a third biosignal analysis code according to the comparison result. In other words, if the measured blood pressure rises above the mean blood pressure during the last 7 days 4 weeks ago, U, if the measured blood pressure is the same as the mean blood pressure during the last 7 days 4 weeks ago, S, the current measured blood pressure for the last 7 days 4 weeks ago If D is lower than the average blood pressure of D to generate a third bio-signal analysis code.

Next, as shown in FIG. 3D, the patient personalized information providing server 100 checks the degree of change in blood pressure currently measured, and determines a fourth biosignal analysis code according to the degree of change. In other words, if the current measured blood pressure is equal to the mean blood pressure during the 7 days before the 4th week, it is 0, if the measured blood pressure is changed one step from the mean blood pressure during the 7 days before the 4th week, 2,, If the eleventh step is changed in this manner, the fourth biosignal analysis code is generated as 11.

In this way, when the first to fourth biosignal analysis codes for the blood pressure currently measured are generated, the final code combination for the blood pressure having the configuration as shown in FIG. 3E can be obtained.

For example, as shown in FIG. 4A, if the currently measured blood pressure is a value of severe hypotension (SBP <81), HOES0 if the mean blood pressure during the last 7 days prior to 4 weeks was severe hypotension (SBP <81). HOED1, normal (SBP 91-99, SBP 100-109, SBP 110-119, and DBP <80) if low blood pressure (SBP 81-90) and HOED2, HOED3, HOED4, and high blood pressure (SBP 120-) 129 and DBP 80-84, SBP 130-139 and DBP 85-89) were in the HOED5, HOED6, stage 1 hypertension (SBP 140-149 and DBP 90-94, SBP 150-159 and DBP 95-99) If you had HOED7, HOED8, stage 2 hypertension (SBP 160-169 and DBP 100-104, SBP 170-179, and DBP 105-109), you had HOED9, HOED10, stage 2 high blood pressure (SBP 179 and DBP> 109). If it is a multi-faceted HOED11 for generating the second to fourth bio-signal analysis code for each case.

In this manner, as illustrated in FIGS. 4B-4 4, the currently measured blood pressure is hypotension (SBP 81-90) state (see FIG. 4B), normal (SBP 91-99, SBP 100-109, SBP 110-). 119 and DBP <80) state (see FIGS. 4C-4E), prehypertension (SBP 120-129 and DBP 80-84, SBP 130-139 and DBP 85-89) state (see FIGS. 4F and 4G), hypertension Stage 1 (SBP 140-149 and DBP 90-94, SBP 150-159 and DBP 95-99) status (see FIGS. 4H and 4I), stage 2 hypertension (SBP 160-169 and DBP 100-104, SBP 170- 179 and DBP 105-109) state (see FIGS. 4J and 4K) and severe hypertension stage 2 (SBP 179 and DBP> 109) state (see FIG. 4 | Each can be created.

Meanwhile, when the biosignal received from the user terminal is a blood sugar signal, the biosignal analysis code for each case may be generated in the manner illustrated in FIGS. 5A to 5E and 6A to 6G. When the biosignal received from the terminal is an oxygen saturation signal, the biosignal analysis code for each case may be generated in a manner as illustrated in FIGS. 7A to 7D and 8A to 8C. If the biosignal received is a pulse signal, the biosignal analysis code for each case will be generated in the manner as illustrated in FIGS. 9A to 9D and 10A to 10H, and the biosignal received from the user terminal When the signal is the body fat percentage, the biosignal analysis code for each case may be generated in the manner illustrated in FIGS. 11A to 11D and 12A to 12E. When the bio-signal received from the user terminal is a body temperature signal, the bio-signal analysis code for each case may be generated in a manner as illustrated in FIGS. 13A to 13D and 14A to 14G. . The generation of each biosignal analysis code regarding blood sugar, oxygen saturation, pulse rate, body fat ratio, and body temperature will be easily understood with reference to the generation of each code for blood pressure signal, and thus the detailed description thereof will be omitted.

Thereafter, the patient personalized information providing server 100 searches for the personalized information according to the current state of the patient based on the first to fourth biosignal analysis codes in the rule information database 220 and provides it to the user terminal 10. Done.

That is, the patient personalized information providing server 100 based on a plurality of biosignal analysis codes for any one of blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, and body temperature generated as described above, the patient's current blood pressure, blood sugar, oxygen First patient-specific information based on any one of saturation, pulse rate, body fat rate, and body temperature, and a doctor's recommendation for the patient's current blood pressure, blood sugar, oxygen saturation, pulse, body fat rate, or body temperature. The second patient customization information may be retrieved from the rule information database 220 and provided to the user terminal 10.

To this end, the rule information database 220 may search for the first patient customization information and the second patient customization information by the first to fourth biosignal analysis codes for the respective biosignals, respectively. And a first patient customization information and a second patient customization information table for each code combination.

The first patient fit information and the second patient fit information related to the blood pressure searched and provided in the rule information database 220 may be provided as shown in Table 1 and FIGS. 16A and 16B, respectively.

Classification Information Description One Acute low blood pressure 2 I am currently under hypotension 3 Current blood pressure is normal 4 Current blood pressure is hypertension electrical state 5 Current blood pressure is hypertension stage 1 (deflator 140-159, diastolic 90-99) 6 Current blood pressure is hypertension stage 2 (deflator 160-179, diastolic 100-109) 7 I'm in severe hypertension stage II.

In addition, the first patient-specific information and the second patient-specific information related to the blood sugar searched from the rule information database 220 may be provided as shown in Table 2 and FIG.

Classification Information Description One Severe hypoglycemia 2 I am currently hypoglycemic 3 Current blood sugar is normal 4 Current blood sugar is a bit high 5 Your blood sugar is high blood sugar 6 High blood sugar, high blood sugar 7 Is currently at risk for severe hyperglycemia.

In addition, the first patient customization information and the second patient customization information related to the oxygen saturation degree searched and provided in the rule information database 220 may be provided as shown in Table 3 and FIG. 18.

Classification Information Description One Severe hypoxia on the oxygen saturation test. 2 It's hypoxia on oxygen saturation test. 3 Oxygen saturation test is normal

In addition, the first patient-specific information and the second patient-specific information related to the pulse provided by searching in the rule information database 220 may be provided as shown in Table 4 and FIG.

Classification Information Description One Your heart rate is a dangerous slow bradycardia 2 Heart rate is very slow bradycardia 3 Current heart rate is slower than normal 4 Your heart rate is normal now 5 Your heart rate is now faster than normal 6 Your heart rate is now faster than normal 7 Your heart rate is now at risk, with tachycardia being much faster than normal.

The first patient fit information and the second patient fit information related to the body fat percentage searched and provided in the rule information database 220 may be provided as shown in Table 5 and FIG. 20.

Classification Information Description One Your body fat percentage is lower than normal 2 Current body fat percentage is normal 3 Your body fat percentage is slightly higher than normal 4 Your body fat percentage is higher than normal 5 Your body fat percentage is much higher than normal

The first patient customization information and the second patient customization information related to the body temperature searched and provided in the rule information database 220 may be provided as shown in Table 6 and FIG. 21.

Classification Information Description One It is under temperature below 35 degrees Celsius. 2 Mild hypothermia right now 3 Current body temperature is normal 4 Your body temperature is a bit high 5 Your body temperature is now solid above 38 degrees Celsius. 6 Your body temperature is solid above 38.5 degrees Celsius.

According to the present invention, for the efficient health care of the patient in the home environment, the patient's medical history, the presence of treatment, the drug utilization, the change with the measured biological signal measured 4 weeks ago, the degree of change, etc. In consideration of various factors, it is possible to provide rule-based customized information for each individual, so that personalized health management can be easily performed by using recommendations that combine the physician's clinical experience for each patient's current condition. Will be.

The present invention is not limited to the above described and illustrated in the drawings, and of course, more modifications and variations are possible to those skilled in the art within the scope of the following claims.

1 is a block diagram illustrating a schematic configuration of a system for providing patient customized information for home health care according to a preferred embodiment of the present invention.

Figure 2 is an exemplary flow diagram of the operation made by the patient personalized information providing server in the patient personalized information providing system of FIG.

3A to 3D are reference diagrams illustrating examples of generating first to fourth biosignal analysis codes in a patient-specific information providing server according to the present invention when a blood pressure signal is received.

FIG. 3E is an exemplary diagram illustrating blood pressure code combinations obtained by finally combining the biosignal analysis codes generated in the examples of FIGS. 3A to 3D.

4A to 4L are reference diagrams illustrating an example of generating second to fourth biosignal analysis codes by dividing according to blood pressure during the last four weeks and seven days for each of the currently measured blood pressure states.

5A to 5E are reference diagrams illustrating examples of generating first to fourth biosignal analysis codes in a patient-specific information providing server according to the present invention when a blood sugar signal is received.

6A to 6G are reference diagrams illustrating an example of generating second to fourth biosignal analysis codes according to blood glucose levels for the current measured blood glucose state for each of the last 4 weeks and 7 days ago.

7A to 7D are reference views illustrating examples of generating first to fourth biosignal analysis codes in a patient-customized information providing server according to the present invention when an oxygen saturation degree is received.

8A to 8C are reference diagrams illustrating an example of generating second to fourth biosignal analysis codes according to oxygen saturation levels for the last four weeks and seven days before the current measured coral saturation states.

9A to 9D are reference diagrams illustrating examples of generating first to fourth biosignal analysis codes in a patient-specific information providing server according to the present invention when a pulse signal is received.

10A to 10H are reference diagrams illustrating examples of generating second to fourth biosignal analysis codes according to the pulses of the current measured pulse state according to the pulses for the last 7 weeks 4 weeks.

11A to 11D are reference diagrams illustrating examples of generating first to fourth biosignal analysis codes in a patient-specific information providing server according to the present invention when a body fat percentage signal is received.

12A to 12E are reference diagrams illustrating an example of generating second to fourth biosignal analysis codes according to body fat percentages for 7 days prior to the last 4 weeks, for each of the currently measured body fat percentage states.

13A to 13D are reference diagrams illustrating examples of generating first to fourth biosignal analysis codes in a patient-specific information providing server according to the present invention when a body temperature signal is received.

14A to 14G are reference diagrams illustrating examples of generating second to fourth biosignal analysis codes according to body temperature during the last four weeks and seven days for each of the measured body temperature.

15A to 15K illustrate rule-based coded first patient fits for retrieving first patient fit information and second patient fit information by first to fourth biosignal analysis codes for each biosignal, respectively. The information and the second patient customization information table are illustrated.

16A and 16B are exemplary diagrams of message tables for codes of second patient-specific information related to blood pressure searched and provided in a rule information database by a patient-specific information providing server according to the present invention.

17 is an exemplary message table for each code of the second patient-specific information related to blood glucose that is searched and provided in the rule information database by the patient-specific information providing server according to the present invention.

18 is a diagram illustrating an example of a message table for each code of the second patient-specific information related to the oxygen saturation degree searched and provided in the rule information database by the patient-customized information providing server according to the present invention.

19A and 19B are exemplary diagrams of message tables for codes of second patient-specific information related to pulses searched and provided in a rule information database by a patient-specific information providing server according to the present invention.

20 is a diagram illustrating an example of a message table for each code of the second patient-specific information related to the body fat percentage that is searched and provided in the rule information database by the patient-customized information providing server according to the present invention.

21 is a diagram illustrating an example of a message table for each code of the second patient-specific information related to the body temperature provided by being searched and provided in the rule information database by the patient-specific information providing server according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: user terminal 100: patient personalized information providing server

110: communication network interface unit 120: patient information management unit

130: patient customized information generation unit 210: patient information database

220: rule information database

Claims (28)

A biosignal measuring unit for measuring at least one biosignal and a communication interface for connecting to a communication network are provided, and the patient information including at least one biosignal measured by the biosignal measuring unit is connected to an external device along with personal identification information. A user terminal for transmitting or receiving patient customized information from an external device; A patient information database in which patient information including one or more biological signals is stored together with personal identification information; A rule information database in which rule information for generating customized information corresponding to the patient information is stored; The patient information database is constructed with personal identification information and patient information transmitted from the user terminal through a communication network, and the patient personalized information is searched for and provided to the user terminal with the patient personalized information corresponding to the patient information from a pre-built rule information database. Providing server; comprising, patient home information providing system for home health care. The method of claim 1, wherein the one or more biological signals, Blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, including any one of body temperature, home health care patient personalized information providing system. According to claim 1 or 2, wherein the rule information database, Customized information for each patient status classified by the current status of the patient, Personalized information providing system for a home health care terminal, characterized in that the rule-based and stored a plurality of patient conditions and personalized information for each recommendation including the recommendations of the doctor about the current state of the patient. The method of claim 3, wherein the rule information database, Personalized information for each patient status and personalized information for each patient status and recommendations including the doctor's recommendations regarding the patient's current status are classified for each of blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, and body temperature information. Personalized patient information providing system for home health care, characterized in that the rule-based. According to claim 1 or 2, The patient-specific information providing server, Providing personalized information according to the patient's past medical history and treatment and drug utilization, home health care patient customized information providing system. According to claim 1 or 2, The patient-specific information providing server, Providing personalized information according to the current state of the patient, personal information management system for home health care. According to claim 1 or 2, The patient-specific information providing server, A system for providing personalized patient information for home health care, which compares current measurements based on previous measurements and provides personalized information according to changes in the patient's current state obtained by the comparison result. According to claim 1 or 2, The patient-specific information providing server, A patient customized information providing system for home health care, which compares current measurements based on previous measurements and provides customized information according to the degree of change of the patient's current state obtained by the comparison result. According to claim 1 or 2, The patient-specific information providing server, According to the patient's past history, treatment and drug use, the patient's current state, the change in the patient's current state by the comparison with the previous measurement, and the degree of change in the patient's current state by the comparison with the previous measurement Providing personalized information, personalized patient care system for home health care. A biosignal measuring unit for measuring at least one biosignal and a communication interface for connecting to a communication network are provided, and the patient information including at least one biosignal measured by the biosignal measuring unit is connected to an external device along with personal identification information. A user terminal for transmitting or receiving patient customized information from an external device; A patient information database in which patient information including one or more biological signals is stored together with personal identification information; A rule information database in which rule information for generating customized information corresponding to the patient information is stored; The patient information database is constructed with personal identification information and patient information transmitted from the user terminal through a communication network, and the patient personalized information is searched for and provided to the user terminal with the patient personalized information corresponding to the patient information from a pre-built rule information database. Providing server; includes, The patient personalized information providing server, A communication network interface unit for interfacing data with one or more user terminals through a wired or wireless communication network; A patient information management unit classifying patient information including at least one biosignal transmitted from a user terminal for each patient and storing, modifying, or deleting the information in a patient information database; Includes; patient personalized information generation unit for analyzing the one or more bio-signals transmitted from the user terminal to search for the patient-specific information classified according to the current state of the patient and the change in the state in the rule information database to provide to the user terminal; Personalized patient information system for home health care. The method of claim 10, wherein the one or more biological signals, Blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, including any one of body temperature, home health care patient personalized information providing system. The method according to claim 10 or 11, wherein the rule information database, Customized information for each patient status classified by the current status of the patient, Personalized information providing system for a home health care terminal, characterized in that the rule-based and stored a plurality of patient conditions and personalized information for each recommendation including the recommendations of the doctor about the current state of the patient. The method of claim 12, wherein the rule information database, Personalized information for each patient status and personalized information for each patient status and recommendations including the doctor's recommendations regarding the patient's current status are classified for each of blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, and body temperature information. Personalized patient information providing system for home health care, characterized in that the rule-based. The method of claim 10 or 11, wherein the patient customization information generation unit, Providing personalized information according to the patient's past medical history and treatment and drug utilization, home health care patient customized information providing system. The method of claim 10 or 11, wherein the patient customization information generation unit, Providing personalized information according to the current state of the patient, personal information management system for home health care. The method of claim 10 or 11, wherein the patient customization information generation unit, A system for providing personalized patient information for home health care, which compares current measurements based on previous measurements and provides personalized information according to changes in the patient's current state obtained by the comparison result. The method of claim 10 or 11, wherein the patient customization information generation unit, A patient customized information providing system for home health care, which compares current measurements based on previous measurements and provides customized information according to the degree of change of the patient's current state obtained by the comparison result. The method of claim 10 or 11, wherein the patient customization information generation unit, According to the patient's past history, treatment and drug use, the patient's current state, the change in the patient's current state by the comparison with the previous measurement, and the degree of change in the patient's current state by the comparison with the previous measurement Providing personalized information, personalized patient care system for home health care. A user terminal connected to a communication network, a patient information database storing patient information, a rule information database storing rule information for generating patient customized information, and a patient transmitted from the user terminal In a system comprising a patient personalized information providing server for receiving the information to build a patient information database or to generate patient personalized information from the rule information database, In the patient personalized information providing method made by the patient personalized information providing server, (a) When the patient information and the personal identification information including one or more biosignals are received from the user terminal, the patient's past history, treatment power and medication history, the current measurement of the biosignal, and the previous measurement of the currently received biosignal. A first step of generating one or more biosignal analysis codes for searching for customized information by checking one or more; and (b) a second step of searching and providing a plurality of customized information corresponding to the at least one biosignal analysis code in a rule information database. The method of claim 19, wherein the personalized information provided in the second step, How to provide personalized information for home health care, personalized information according to the patient's past history, treatment and drug use. The method of claim 19, wherein the personalized information provided in the second step, How to provide personalized information for home health care, personalized information according to the current state of the patient. The method of claim 19, wherein the personalized information provided in the second step, A method for providing personalized information for home health care, which is personalized information according to a change in a patient's current state obtained by comparing a previous measured value with a current measured value. The method of claim 19, wherein the personalized information provided in the second step, A method of providing personalized information for patients for home health care, which is personalized information according to the degree of change in the current state of a patient, obtained by comparing the current measured value with previous measured values and obtained by the comparison result. The method of claim 19, wherein the personalized information provided in the second step, According to the patient's past history, treatment and drug use, the patient's current state, the change in the patient's current state by the comparison with the previous measurement, and the degree of change in the patient's current state by the comparison with the previous measurement Personalized information, how to provide personalized patient information for home health care. The method of claim 19, wherein the rule information database, Customized information for each patient status classified by the current status of the patient, A method of providing personalized information for home health care, in which rule-based storage of a plurality of patient conditions and personalized information by recommendations including a doctor's recommendation on a patient's current condition is stored. The method of claim 25, wherein the personalized information provided in the second step, Method for providing personalized patient information for home health care, characterized in that any one of a plurality of patient status and personalized information for each recommendation, including the personalized information for each patient state or recommendations of the doctor about the current state of the patient. The method of claim 25, wherein the one or more biological signals, Blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, including any one of body temperature, home health care patient personalized information providing method. The method of claim 27, wherein the personalized information provided in the second step, Personalized by multiple patient statuses and recommendations, including personalized information for multiple patient states, categorized for each of blood pressure, blood sugar, oxygen saturation, pulse rate, body fat percentage, and body temperature Method for providing personalized information for home health care, characterized in that the information.

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