TWM468733U - Intelligent electronic medical cloud system - Google Patents

Description

Smart medical cloud system

This creation is about a smart medical cloud system, especially about a blood pressure monitor with intelligent cloud database, blood oxygen monitor, ECG monitor, body temperature monitor, respiratory monitor, blood glucose monitor or patient physiological monitoring. Multi-functional physiological monitoring system such as Patient Monitor.

Hospital inpatients need to monitor basic physiological value signals such as blood pressure, heart rate, respiratory rate, blood oxygen, body temperature, ECG, urination, defecation, pain index, food intake, and infusion volume. In the past, manual transcription was used to record patient records. Modern hospitals use electronic medical records and use electronic physiological monitoring systems to automatically transmit patient physiological monitoring data. However, most physiological data still need to be manually copied by the nursing staff and then input into the computer. The manpower and time-consuming of the nursing staff are very large. The burden, together with the numerical record error caused by the busy work of the nursing staff and the busy work; and the error of the uniform display time of the instrument and the hospital, resulting in errors in the administration and treatment, so the design of the function of confirming the transmission status of this creation will replace the artificial Inaccurate transcription and reduce the mistakes caused by the copying time and delivery process of the nursing staff; as the patient is discharged, in addition to the small electronic medical device module can provide basic physiological value signals such as blood pressure and heart rate, and a more complete set is needed. The electronic remote care physiological value monitoring system cooperates with the hospital care system to remotely track the patient's discharge status. When the physiological value of the cloud is monitored by the nursing staff or the family members every day, the heart pulse information is monitored according to the medical equipment used. Blood pressure value information, blood oxygen value information, blood sugar value information, integrated temperature information, one ECG information, one weight information, one breath information, one food intake information, one infusion volume information, one row of urine volume information, one row of stools Physiological value signals such as information or a pain index information allow the caregiver to track the health of the discharged patient every day and pass it back to the system.

Most commercially available physiological value measuring instruments or physiological monitors used in hospital wards generally include measurement, calculation and display. After the physiological value of the equivalent is measured, it can be calculated and displayed. There is no cloud computing in itself. Function, time synchronization function or self-correction accuracy function. After using for a period of time, the calibration and setting time and accuracy should be unified.

The physiological value measuring instrument generally having a transmission function or the physiological monitor applied to a patient in a hospital ward does not itself provide a function for the nursing staff, the doctor, the patient or the general user to confirm the transmission status, and thus the data is lost and the connection is unsuccessful. Factors such as the failure to upload data and other factors cause confusion and misjudgment of the use of caregivers, physicians, patients or general users, often delaying the timing of drug administration, medical treatment or treatment.

Taking blood pressure measurement as an example, in general, the physiological value measurement system used by hospitals, clinics, and home care centers may cause measurement time deviations due to long-term use or artificial setting errors, resulting in inconsistent measurement time in the whole hospital, for example, The inpatient is required to take the medicine according to the blood pressure measurement result, and the doctor is administered according to the blood pressure measurement result of the patient. If the time recorded by the blood pressure measurement system is inaccurate with the time determined by the doctor, the doctor may misjudge the wrong medicine and the doctor. The medication record is earlier than the patient's measurement time record, the caregiver's care disorder, the patient's blood pressure is low, but still taking In the case of blood pressure lowering drugs, it has a very bad influence on the quality of care of hospital patients, and may even endanger the safety of patients.

In addition, the electronic sphygmomanometer in the high and low temperature difference area, such as the northeast of the mainland of China, the negative 27 degrees C, the internal circuit board will be deformed and distorted due to the temperature difference, enter the room to restore 18 degrees C, the circuit board returns to the original process When the distortion occurs again, the measurement accuracy of the electronic sphygmomanometer produces an error; if the circuit board of the electronic sphygmomanometer is deformed with a long storage time, the measurement accuracy of the electronic sphygmomanometer may cause an error; or when used When climbing to a high altitude, the internal check value will be inaccurate due to the height difference, resulting in inaccurate measurement at high altitude. At this time, it is usually necessary to return it to the original factory for accuracy correction. It is not possible to confirm the sphygmomanometer for the hospital or at home. The user of accuracy is rather cumbersome and inconvenient, and the financial, time and labor consumed by the factory is extremely troublesome for users who must control their blood pressure every day.

Because the general electronic physiological monitoring equipment has the advantages of easy operation and convenient carrying, it is now quite common in major hospitals, clinics, elderly care centers and home care centers, but there is no function to confirm the transmission status and the intelligent cloud database. Function, for patients with special urgent needs or elderly people who need special care in the community, can not use the automatic monitoring of electronic physiological monitoring equipment.

General hospital electronic physiological monitoring equipment does not confirm the transmission status and intelligent cloud database when measuring patients, such as general hospital use electronic blood pressure, blood oxygen, heart pulsation, ECG, blood sugar, body temperature, weight, breathing, The food intake, infusion volume, urine output, defecation or pain index physiological monitoring system will instantly confirm the transmission status and physiological value information to the database, providing practical and convenient.

The telecare center has now used electronic physiological monitoring equipment to transmit patient blood. Physiological data such as pressure, blood oxygen, heart pulsation, ECG, blood sugar, body temperature, weight, breathing, food intake, infusion volume, urine output, defecation or pain index, such as the use of electronic blood pressure, blood oxygen, heart pulsation, ECG, Blood sugar, body temperature, weight, breathing, food intake, infusion volume, urine output, defecation or pain refers to the number of measuring equipment, as well as the function of confirming the transmission status and cloud computing functions. The hospital or remote care center can monitor the patient immediately, Physiological information of the elderly and the testee.

In view of this, a smart medical cloud system has been developed to provide daily monitoring of physiological values and cardiac conditions in hospitals, clinics, care centers, physicians, nursing staff, patients, elderly people and general users who provide different needs. And through the transmission function to the smart cloud database, confirm the transmission status of the function for more help.

One of the purposes of this creation is to provide a smart medical cloud system with the original physiological value detection function, and the function of confirming the transmission status, and transmitting the detected physiological value information to a smart cloud data. Library, data integration, intelligent automatic judgment and abnormal value notification function; and the system's time synchronization and remote correction accuracy functions. Suitable services can be provided for hospitals, clinics, care centers, physicians, nursing staff, patients, the elderly and general users of different needs. The database can be a HIS database system, an NIS database system, an HL7 database system or a general intelligent cloud database system of a medical institution; if it is a general intelligent cloud database system, the intelligent cloud database can be Link and exchange information with one or more external systems of HIS, NIS, HL7, emergency systems, intensive care unit systems, or outpatient systems. The smart medical cloud system can automatically receive the system time synchronization by using the remote synchronization function of the system itself, and the system uses a smart cloud database to receive through the smart transmission unit. And calibrating the physiological value information measured by a smart electronic physiological monitoring device, and remotely performing the time synchronization of the intelligent electronic physiological monitoring device and the intelligent cloud database. Or remotely verify the accuracy of the intelligent electronic physiological monitoring device and remotely correct the accuracy of the intelligent electronic physiological monitoring device. There is no need to go back to the original factory to use special instruments for calibration or additional manual settings, and the smart medical cloud system with remote synchronization and inspection and correction accuracy does not increase the cost and does not require additional labor and money. The purpose of correcting the accuracy can be achieved. One of the purposes of this creation is to provide a smart medical cloud system with the original physiological value detection function, and the function of confirming the transmission status, and transmitting the detected physiological value information to a smart cloud data. The library performs data integration, intelligent automatic judgment and abnormal value notification function, remote health care function and cloud smart processing function. The cloud intelligent processing function can automatically judge and process various conditions and access cloud data. Suitable services can be provided for hospitals, clinics, care centers, physicians, nursing staff, patients, the elderly and general users of different needs.

In order to achieve the above object, the smart medical cloud system of the present embodiment is composed of a smart electronic physiological monitoring device and a smart cloud database, and the smart cloud database is used for receiving and processing. The physiologic value information, the intelligent electronic physiological monitoring device comprises: a detecting unit for detecting a physiological value information; an arithmetic processing unit connected to the detecting unit for calculating the physiological value information; a unit, connected to the operation processing unit, for displaying the physiological value information, one or more physiological value information historical records, or marking the transmission status in the physiological value information history record; and a smart transmission unit connected to the operation The processing unit transmits the physiological value information to the smart cloud database through wired or wireless transmission.

The physiological value information may be a heart pulsation information, a blood pressure value information, and a Blood oxygen value information, blood sugar value information, integrated temperature information, one ECG information, one weight information, one breath information, one food intake information, one infusion volume information, one row of urine volume information, one row of stool information or one pain index One or more of the information.

The smart medical cloud system can automatically determine whether the physiological value information of one or more than one is transmitted completely, and retransmit the data when the transmission data is interrupted.

The display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and when the physiological value information is successfully transmitted to the smart cloud database, the display unit is at the physiological value. The information history record is filled with Y or other symbols.

The display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and when the physiological value information is transmitted to the smart cloud database fails or the network connection fails, The display unit adds N or other symbols to the physiological value information history record.

The display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and when the physiological value information is queued for transmission to the smart cloud database, the display unit is in the physiological The value information history record is filled with C or other symbols.

The display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and the physiological value information cannot be transmitted to the smart cloud database or the connection succeeds due to the connection failure. However, the physiological value information cannot be uploaded to the smart cloud database, and the display unit adds B or other symbols to the physiological value information history record.

Wherein the display unit is more usable to display one or more physiological values Whether the information is successfully transmitted to the smart cloud database, when the physiological value information fails for two or more times due to continuous transmission, the display unit adds N or other status symbols to the physiological value information history record.

The smart medical cloud system can further include a power unit in the system, and the detecting unit, the computing processing unit, the display unit and the smart transmission unit are configured to provide a power for charging or providing system power. .

The smart medical cloud system further includes an identity recognition unit connected to the operation processing unit for recording identity information of the user, the nursing staff or the patient.

The smart medical cloud system can perform time synchronization of the smart electronic physiological monitoring device by the smart cloud database when the system is started, the physiological value is detected, or at any time point; or the system can be used in the system The smart cloud data library is required to perform time synchronization timing at startup, physiological value detection or at any time point by the intelligent electronic physiological monitoring device.

The smart transmission unit is a wired transmission interface, such as a universal serial bus (USB) or RS232 port; or a wireless transmission interface, such as a 2.4G or WiFi transmission interface. The smart medical cloud system can be connected to an ID scanner, such as a bar-code scanner, a card reader, an RFID reader or a short-range wireless device. Near Field Communication (NFC) device.

The smart electronic physiological monitoring device or the intelligent cloud database can automatically determine the warning value of the physiological value information according to a predetermined reference. The smart medical cloud system can automatically determine whether the physiological value information of one or more than one is transmitted completely, and retransmit the data when the transmission data is interrupted. Wherein the display unit is further used to display the physiological value information Whether one or more states are successfully transmitted to the cloud database, transmission failure, transmission standby, connection success, or connection failure, and are displayed in different representative characters or representative symbols. The smart cloud database receives the physiological value information automatically received and calculated after the physiological value information is transmitted. The smart medical cloud system is used to automatically notify the relevant personnel of the physiological value information or the occurrence of the alert value through email, SMS newsletter, MMS newsletter, wired transmission mode or wireless transmission mode. The operation processing unit automatically encrypts the transmitted information when the physiological value information is transmitted through the smart transmission unit, thereby preventing data leakage. The smart cloud database automatically encrypts the received information after receiving the physiological value information to avoid data leakage. The intelligent electronic physiological monitoring device can be used at home during hospitalization or at home. The intelligent cloud database can be used to receive the physiological value information returned by the patient in the ward, the outpatient, or the patient after being discharged from the hospital. The smart cloud database may be a HIS database system, an NIS database system, an HL7 database system or a general intelligent cloud database system of a medical institution; if it is a general intelligent cloud database system, the smart cloud The database can be linked to and exchange information with one or more external systems of HIS, NIS, HL7, emergency systems, intensive care unit systems, or outpatient systems.

The heart pulsation information may be a heart rate information, an electrocardiogram information or a heart spectrum information, the heart spectrum information is a measurement of a human heart pulsation signal, and the heart pulsation signal is converted into a spectrogram, and the frequency domain conversion system is fast. Fast Fourier transform (FFT) algorithm, this spectrogram generally has 3 to 5 main frequency waveforms, the first main frequency waveform vertex is the heart beat frequency of the human body, if there are several main frequency waveforms, there are still several The disordered frequency waveform, the heart condition of the human body is an irregular pulsation state, which is regarded as an abnormal heart condition, so the heart spectrum can be used to read the heart condition. The related art is also found in the patent of the Republic of China, No. I280119, which is proposed by the creator of this case, and will not be described here.

The purpose of the present invention, the technical content, the features, and the effects achieved by the present invention will be more readily understood by the specific embodiments and the accompanying drawings.

10‧‧‧Smart Medical Cloud System

11‧‧‧Detection unit

12‧‧‧Operation Processing Unit

13‧‧‧Smart Transmission Unit

14‧‧‧Display unit

16‧‧‧Power unit

17‧‧‧identity unit

19‧‧‧Smart electronic physiological monitoring device

20‧‧‧Smart Cloud Database

FIG. 1 is a schematic diagram showing the architecture of a smart medical cloud system according to an embodiment of the present invention.

FIG. 1 is a block diagram showing the structure of a smart medical cloud system 10 according to an embodiment of the present invention. As shown in the figure, a smart medical cloud system 10 is provided by a smart electronic physiological monitoring device 19 and a smart type. The cloud data base 20 is configured to receive and integrate physiological value information. The smart electronic physiological monitoring device 19 includes: a detecting unit 11 for detecting a physiological value information. An operation processing unit 12 is connected to the detection unit 11 for calculating the physiological value information; a display unit 14 is connected to the operation processing unit 12 for displaying the physiological value information, one or more physiological a value information history record, or a transmission status of the physiological value information history record; and a smart transmission unit 13 connected to the operation processing unit 12 to transmit the physiological value information to the smart cloud through wired or wireless transmission database.

The physiological value information may be a heart pulse information, a blood pressure value information, an oxygen value information, a blood sugar value information, an integrated temperature information, an ECG information, a weight information, a breathing information, a food intake information, One or more of an infusion volume information, a row of urine volume information, a row of stool information, or a pain index information.

The smart medical cloud system 10 can automatically determine whether the single or more than one physiological value information is transmitted completely, and retransmit the data when the transmission data is interrupted.

The display unit 14 is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database 20, and when the physiological value information is successfully transmitted to the smart cloud database 20, the display unit 14 Add Y or other symbols to the physiological value information history record.

The display unit 14 is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database 20, when the physiological value information is transmitted to the smart cloud database 20 fails or network connection In the event of a failure, the display unit 14 adds N or other symbols to the physiological value information history record.

The display unit 14 is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database 20, and the physiological value information is queued for transmission to the smart cloud database 20, the display unit 14Add C or other symbols to the physiological value information history record.

The display unit 14 is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database 20, and the physiological value information cannot be transmitted to the smart cloud database 20 due to the connection failure. The connection is successful but the physiological value information cannot be uploaded to the smart cloud database 20, and the display unit 14 adds B or other symbols to the physiological value information history record.

The display unit 14 is further configured to display whether one or more pieces of the physiological value information are successfully transmitted to the smart cloud database 20, and when the physiological value information fails for two or more times due to continuous transmission, the display Unit 14 is added to the physiological value information history record Note N or other status symbols.

The smart medical cloud system 10 further includes a power unit 16 connected to the detecting unit 11, the computing processing unit 12, the display unit 14 and the smart transmission unit 13, for providing a power To charge or provide system power.

The smart medical cloud system further includes an identity identifying unit 17 coupled to the computing processing unit 12 for recording identity information of the user, the caregiver or the patient.

The smart medical cloud system 10 can perform time synchronization of the smart electronic physiological monitoring device 19 by the smart cloud database 20 when the system is started, the physiological value is detected, or any time point; or The smart cloud data repository 20 is required to perform time synchronization timing when the system is started, the physiological value is detected, or the intelligent electronic physiological monitoring device 19 is at any time point.

The smart transmission unit 13 is a wired transmission interface, such as a universal serial bus (USB) or RS232 port; or a wireless transmission interface, such as a 2.4G or WiFi transmission interface. The smart medical cloud system can be connected to an ID scanner, such as a bar-code scanner, a card reader, an RFID reader or a short-range wireless device. Near Field Communication (NFC) device.

The smart electronic physiological monitoring device 19 or the intelligent cloud database 20 can automatically determine the warning value of the physiological value information according to a predetermined reference. The smart medical cloud system 10 can automatically determine whether the physiological value information of one or more than one is transmitted completely, and retransmit the data when the transmission data is interrupted. The display unit 14 is further configured to display whether the physiological value information is successfully transmitted to the cloud database 20, the transmission failure, the transmission standby, the connection success, or the connection failure, and the different representative words or Representative symbol display. The smart cloud database 20 receives the physiological value information automatically received and calculated after the physiological value information is transmitted. The smart medical cloud system 10 is used to automatically notify the relevant personnel of the physiological value information or the occurrence of the alert value through email, SMS newsletter, MMS newsletter, wired transmission mode or wireless transmission mode. The operation processing unit 12 automatically encrypts the transmitted information when the physiological value information is transmitted through the smart transmission unit 13 to prevent data leakage. The smart cloud database 20 automatically encrypts the received information after receiving the physiological value information to prevent data leakage. The intelligent electronic physiological monitoring device 19 can be used at home during hospitalization or at home. The intelligent cloud database 20 can be used to receive the physiological value of the patient in the ward, the outpatient, or the patient after being discharged from the hospital. News. The smart cloud database 20 can be a HIS database system, an NIS database system, an HL7 database system or a general intelligent cloud database system of a medical institution; if it is a general intelligent cloud database system, the smart type The cloud repository 20 can interface with and exchange information with one or more external systems of the HIS, NIS, HL7, emergency system, intensive care unit system, or outpatient system.

The power unit 16 can be an alkaline battery pack, a rechargeable battery pack, a capacitor, or a power supply to provide a power source for the system.

On the other hand, the above-mentioned smart medical cloud system 10 can be a single physiological value measurement system or a multifunctional patient monitoring system.

According to the above, the creation adds the function of confirming the transmission state, the function of the remote synchronization timing, the function of the remote inspection and the correction accuracy, and the transmission function in the general electronic physiological monitoring system, so that the general electronic physiological monitoring system utilizes the creation, for the usual need The patient, the elderly or the subject who needs immediate assistance can give immediate physiological value monitoring information. Furthermore, the intelligent cloud database 20 can provide the subject, family, physician or caregiver to transmit by wire or wirelessly. Transmission methods, such as the Internet, track physiological values and achieve long-range health care goals.

This creation proposes a smart medical cloud system 10, which can quickly and surely judge and record physiological value information for patients, elderly people or subjects who need to take care of themselves and need immediate assistance to provide family members, remote care centers, Physician or nurse station medical staff necessary assistance. Furthermore, when a smart medical cloud system 10 such as a blood pressure monitoring system, a blood oxygen monitoring system, a blood glucose monitoring system, a body temperature monitoring system, a respiratory monitoring system, or an electrocardiogram monitoring system is used, when the patient's physiological condition is continuously monitored, if the patient information is abnormal, Relevant personnel can ask the patient's physical condition at the first time, and immediately input the abnormal physiological value status manually. If there is any discomfort, they can go to the major hospitals to arrange further examination.

In summary, the present invention provides a smart medical cloud system 10 with original measurement function, transmission function, function for confirming transmission status, remote synchronization time function, remote inspection and correction accuracy function, and remote health care. The function. Appropriate help can be provided for patients, the elderly and the subjects who are in need of different needs.

The embodiments described above are only for explaining the technical idea and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. That is, the equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of the patent of this creation.

10‧‧‧Smart Medical Cloud System

11‧‧‧Detection unit

12‧‧‧Operation Processing Unit

13‧‧‧Smart Transmission Unit

14‧‧‧Display unit

16‧‧‧Power unit

17‧‧‧identity unit

19‧‧‧Smart electronic physiological monitoring device

20‧‧‧Smart Cloud Database

Claims (10)

A smart medical cloud system is composed of a smart electronic physiological monitoring device and a smart cloud database, which is used for receiving and integrating physiological value information, the intelligent electronic physiological The monitoring device comprises: a detecting unit for detecting a physiological value information; an arithmetic processing unit connected to the detecting unit for calculating the physiological value information; and a display unit connected to the arithmetic processing unit for using Displaying the physiological value information, one or more physiological value information historical records, or marking the transmission status in the physiological value information history record; and a smart transmission unit connected to the arithmetic processing unit by wired or wireless transmission To transmit the physiological value information to the smart cloud database. The smart medical cloud system according to claim 1, wherein the physiological value information is a heart pulse information, a blood pressure value information, an oxygen value information, a blood sugar value information, an integrated temperature information, an ECG information, One or more of weight information, one breath information, one food intake information, one infusion volume information, one row of urine volume information, one row of stool information, or one pain index information. According to the smart medical cloud system described in claim 1, the smart medical cloud system can automatically determine whether one or more of the physiological value information is transmitted completely, and retransmit the data when the transmission data is interrupted. The smart medical cloud system of claim 1, wherein the display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and the physiological value information is successfully transmitted to the The intelligent cloud database, the display unit adds Y or other status symbols to the physiological value information history record. The smart medical cloud system of claim 1, wherein the display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and the physiological value information is transmitted to the smart If the cloud database fails or the network connection fails, the display unit adds N or other status symbols to the physiological value information history record. The smart medical cloud system of claim 1, wherein the display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and the physiological value information is queued for transmission to the The intelligent cloud database, the display unit adds C or other status symbols to the physiological value information history record. The smart medical cloud system of claim 1, wherein the display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and the physiological value information is related to the connection quality. It is not good to transfer to the smart cloud database or the connection is successful, but the physiological value information cannot be uploaded to the smart cloud database, and the display unit adds B or other status symbols to the physiological value information history record. The smart medical cloud system of claim 7, wherein the display unit is further configured to display whether one or more of the physiological value information is successfully transmitted to the smart cloud database, and the physiological value information fails due to continuous transmission. When the number of times is two or more times, the display unit adds N or other status symbols to the physiological value information history record. The smart medical cloud system of claim 1, further comprising a power unit connected to the detecting unit, the computing processing unit, the display unit and the smart transmission unit for providing a power for charging or providing System power. The smart medical cloud system of claim 1, further comprising an identity recognition unit coupled to the computing processing unit for recording identity information of the user, the caregiver or the patient.