TWM465638U - Wireless electronic vital-sign system with personally identifiable information - Google Patents

Description

Wireless electronic physiological monitoring system capable of identifying personal information

This creation is about a wireless electronic physiological monitoring system that can identify personal information, especially a heart spectrum blood pressure monitor with a cloud database, a cardiac spectrum blood oxygen monitor, a cardiac spectrum temperature monitor, a blood glucose monitor or a heart spectrum. Multi-functional physiological monitoring system such as Patient Monitor.

With the gradual aging and declining society and the advancement of medical information, the planning, electronic identification of personal information and the electronic implementation of medical services for the elderly community have become an important goal of current medical and community development. In the health care of the elderly community, in addition to the small electronic medical device module can provide basic physiological value signals such as blood pressure and heart rate, it is necessary to have a more complete remote monitoring physiological value monitoring system for electronic identification of personal information; In addition to electronic medical equipment, medical institutions can provide basic physiological value signals such as blood pressure and heart rate. It is also necessary to design electronic, automatic data transmission and automatic statistics to replace the inaccuracy of manual transcription and to make up for the busy and shifting of nursing staff. The mistakes caused by the process; in the elderly living alone, when the physiological value of the cloud is monitored by the nursing staff or family members every day, the elderly are monitored according to the medical equipment used. Physiological value signals such as heart pulse pulsation, blood pressure, heart rate, blood oxygen, blood sugar or heart spectrum allow caregivers to track the health of the elderly every day.

Since 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 heart spectrum monitoring, electronic identification of personal information and cloud data. The function of the library is not able to use the general electronic physiological monitoring equipment for automatic monitoring of patients who are in urgent need of care or elderly people who are particularly cared for in the elderly community.

General hospital electronic physiological monitoring equipment does not have heart spectrum function, electronic identification of personal information and cloud database when measuring patients. If you want to monitor the heart condition, you should follow the doctor's diagnosis and go to the big hospital for further precision instrument measurement. The hospital uses the electronic blood pressure, blood oxygen, heart pulse pulsation, ECG, blood glucose, body temperature, weight or respiratory physiology monitoring system to calculate the heart spectrum function, and the heart can be monitored immediately, as well as electronic information and physiological value information management. , providing practical and convenient.

The distance care center has used physiological data transmitted by electronic physiological monitoring equipment, such as blood pressure, blood oxygen, original heart pulse, ECG, blood sugar, body temperature, weight or breathing, such as electronic blood pressure and blood that can calculate the function of the heart spectrum. Oxygen, heart pulse pulsation, ECG, blood glucose, body temperature, weight or respiratory physiology monitoring system, as well as electronic personal information and physiological value information management, patients, the elderly and general users can monitor physiological values and heart conditions on a daily basis .

In Taiwan's major medical institutions, remote care centers, elderly care centers, elderly communities, and individual homes, WiFi wireless transmission provides a convenient and fast way to transmit data.

In view of this, a wireless electronic physiological monitoring system that facilitates the identification of personal information is developed to provide patients, the elderly and the general users with real-time monitoring of physiological values and cardiac conditions on a daily basis. The physiological signals measured and the personal identity information obtained through the personal information identification unit are transmitted to the cloud database for further assistance.

One of the purposes of this creation is to provide a wireless electronic physiological monitoring system capable of recognizing personal information, and has the functions of original measurement function, cardiac spectrum measurement, WiFi transmission function, and sensing of personal data of the subject. Features and functions of remote health care in the cloud. Appropriate help can be provided for patients, elderly and general users of different needs. The database is a cloud database.

In order to achieve the above objective, the wireless electronic physiological monitoring system capable of recognizing personal information according to an embodiment of the present invention comprises: a detecting unit for detecting a physiological value information, wherein the physiological value information can be a heart pulse original value information. a blood oxygen value information, a blood glucose value information or an integrated temperature information; an arithmetic processing unit connected to the detecting unit for calculating the physiological value information and obtaining a heart spectrum information or a blood pressure information; a display unit, Connected to the operation processing unit for displaying the physiological value information, the cardiac spectrum information or the blood pressure information; a connection interface is connected to the operation processing unit; and a WiFi physiological value transmission unit is connected to the operation processing unit for Transmitting the physiological value information, the cardiac spectrum information or the blood pressure information to a cloud database through a WiFi; a person information identification unit is connected to the operation processing unit through the connection interface for detecting and capturing a personal identity information Bar code or sensor and automatically personalize The identity information is transmitted to the cloud database through the connection interface, the operation processing unit, and the WiFi physiological value transmission unit; and a power unit connected to the detection unit, the operation processing unit, the display unit, the connection interface, The WiFi physiological value transmission unit and the personal information identification unit are configured to provide a power for charging or providing system power.

The personal information identification unit is a bar-code scanner, a card reader, an RFID reader, a Near Field Communication (NFC) device or other forms. Personal information identification sensor.

An electronic physiological monitoring device according to another embodiment of the present invention includes: a detecting unit configured to detect a physiological value information, wherein the physiological value information may be a heart pulse original value information, a blood oxygen value information, a blood glucose value information or integrated temperature information; an arithmetic processing unit connected to the detecting unit for calculating the physiological value information and obtaining a heart spectrum information or a blood pressure information; a display unit connected to the arithmetic processing unit, For displaying the physiological value information, the cardiac spectrum information or the blood pressure information; a connection interface is connected to the operation processing unit; and a WiFi physiological value transmission unit is connected to the operation processing unit for transmitting the physiological value information through WiFi The heart spectrum information or the blood pressure information to a wireless transmission unit; a wireless transmission unit having an AP (access point) function for wirelessly receiving the physiological value information transmitted by the WiFi physiological value transmission unit, the cardiac spectrum information or the blood pressure information And further transmitting the physiological value information, the cardiac spectrum information or the blood pressure information to a cloud by using a WiFi method A personal information identification unit is connected to the computing processing unit through the connection interface for detecting and capturing a barcode or sensor containing personal identity information, and automatically transmitting personal identity information through the connection interface. An operation processing unit, the WiFi physiological value transmission unit, and the wireless transmission unit are transmitted to the cloud database; and a power unit connected to the detection unit, the operation processing unit, The display unit, the connection interface, the WiFi physiological value transmission unit and the personal information identification unit are configured to provide a power for charging or providing system power.

The personal information identification unit is a bar-code scanner, a card reader, an RFID reader, a Near Field Communication (NFC) device or other forms. Personal information identification sensor. The wireless transmission unit is a smart phone, a PDA or a small transmission module.

The heart spectrum is used to measure the heart pulse signal of a human body, and convert the heart pulse signal into a spectrogram. The frequency domain conversion system uses a fast Fourier transform (FFT) algorithm, and the spectrum map generally has 3 to 5 The main frequency waveform, the apex of the first main frequency waveform is the heartbeat frequency of the human body. If there are several chaotic frequency waveforms in addition to the main frequency waveform, the heart condition of the human body is an irregular pulsation state, which is regarded as abnormal cardiac condition. Therefore, the heart spectrum can be used to interpret 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‧‧‧Wireless electronic physiological monitoring system for identifying personal information

11‧‧‧Detection unit

12‧‧‧Operation Processing Unit

13‧‧‧ physiological value transmission unit with WiFi wireless transmission function

14‧‧‧Display unit

15‧‧‧personal information identification unit

16‧‧‧Power unit

17‧‧‧Connection interface

18‧‧‧Wireless transmission unit

20‧‧‧Cloud database

FIG. 1 is a schematic structural diagram of a wireless electronic physiological monitoring system capable of recognizing personal information according to an embodiment of the present invention.

FIG. 2 is a schematic diagram showing the architecture of a wireless electronic physiological monitoring system capable of recognizing personal information according to another embodiment of the present invention.

FIG. 1 is a block diagram showing the structure of a wireless electronic physiological monitoring system 10 for recognizing personal information according to an embodiment of the present invention. As shown in the figure, a wireless electronic physiological monitoring system 10 capable of identifying personal information includes: a detecting unit 11 For detecting a physiological value information, wherein the physiological value information may be a heart pulse original value information, a blood oxygen value information, a blood glucose value information or an integrated temperature information; an operation processing unit 12 is connected to the detection The unit 11 is configured to calculate the physiological value information and obtain a heart spectrum information or a blood pressure information. A display unit 14 is connected to the operation processing unit 12 for displaying the physiological value information, the cardiac spectrum information or the blood pressure information. a connection interface 17 is connected to the operation processing unit 12; a WiFi physiological value transmission unit 13 is connected to the operation processing unit 12 for transmitting the physiological value information, the cardiac spectrum information or the blood pressure information to a cloud through WiFi a database 20; a person information identification unit 15 is connected to the operation processing unit 12 through the connection interface 17 for detecting and capturing a personal body a barcode or sensor for information, and automatically transmitting the personal identity information to the cloud database 20 through the connection interface 17, the operation processing unit 12, and the WiFi physiological value transmission unit 13, and a power unit 16, connecting the The detecting unit 11, the computing processing unit 12, the display unit 14, the connection interface 17, the WiFi physiological value transmission unit 13 and the personal information identification unit 15 are configured to provide a power for charging or providing system power. The personal information identification unit 15 is a bar-code scanner, a card reader, an RFID reader, a Near Field Communication (NFC) device or the like. Form of personal information identification sensor. The connection interface 17 is a wired interface, such as a universal serial bus (USB) or RS232 port; or a wireless interface, such as a 2.4G or WiFi transmission interface.

Following the above description, in an embodiment, the personally identifiable radio The sub-physiological monitoring system 10 is a blood pressure and cardiac measurement system. The detecting unit 11 is configured to measure the heart pulse original value information of the patient or the user, and then calculate the heart pulse original value information through the operation processing unit 12 and obtain a Heart spectrum information and a blood pressure information; and the personal identity information of the user is obtained through the personal information identification unit 15, for example, reading a barcode on the identity card, a health care card chip, an RFID tag, and a near field communication (Near Field Communication; NFC) A sensor or other form of sensor that can distinguish personal information. The obtained heart pulse original value information, cardiac spectrum information, blood pressure information or personal identity information is transmitted to the cloud database 20 through the connection interface 17, the operation processing unit 12, and the WiFi physiological value transmission unit 13 for fully automated physiology. And the integration and analysis of the personal data, the cloud database 20 can be a HIS database system, an NIS database system or a general cloud database system of the medical institution, and the cloud database 20 receives the physiological value information, that is, performs data processing and The historical file is provided to provide the subject, family, physician or caregiver to browse through the Internet. When the physiological value information exceeds the warning value, a notification mechanism is initiated to notify the subject, family or caregiver. The notification method can be wired notification or wireless notification, such as wired network, wireless network, wired telephone or wireless telephone. The obtained heart pulsation raw value information, cardiac spectrum information, blood pressure information or personal identity information may also be displayed on the display unit 14, such as an LCD or an LED display. The power unit 16 can be an alkaline battery pack, a rechargeable battery pack, a capacitor, or a power supply to provide a source of power for the system.

On the other hand, the above-mentioned identifiable personal information wireless electronic physiological monitoring system 10 can be a single physiological value measuring system or a multifunctional patient monitoring system.

FIG. 2 is a schematic structural diagram of a wireless electronic physiological monitoring system capable of recognizing personal information according to another embodiment of the present invention. As shown in the figure, the method includes: a detecting unit 11 for detecting a physiological value information, wherein The physiological value information can be a heart pulse original value information, a blood oxygen The value information, the blood glucose value information or the integrated temperature information; an operation processing unit 12 is connected to the detecting unit 11 for calculating the physiological value information and obtaining a heart spectrum information or a blood pressure information; a display unit 14 is connected The operation processing unit 12 is configured to display the physiological value information, the cardiac spectrum information or the blood pressure information; a connection interface 17 is connected to the operation processing unit 12; and a WiFi physiological value transmission unit 13 is connected to the operation processing unit 12, for transmitting the physiological value information, the cardiac spectrum information or the blood pressure information to a wireless transmission unit via WiFi; a wireless transmission unit 18 having an AP (access point) function for wirelessly receiving the WiFi physiological value transmission unit 13 Transmitting the physiological value information, the cardiac spectrum information or the blood pressure information, and further transmitting the physiological value information, the cardiac spectrum information or the blood pressure information to a cloud database 20 by using a WiFi method; a person information identification unit 15 The connection interface 17 is connected to the operation processing unit 12 for detecting and capturing a barcode or a sense of personal identity information. And automatically transmitting the personal identity information to the cloud database 20 through the connection interface 17, the operation processing unit 12, the WiFi physiological value transmission unit 13 and the wireless transmission unit 18; and a power unit 16, connecting the The detecting unit 11, the computing processing unit 12, the display unit 14, the connection interface 17, the WiFi physiological value transmission unit 13 and the personal information identification unit 15 are configured to provide a power for charging or providing system power.

The personal information identification unit 15 is a bar-code scanner, a card reader, an RFID reader, a Near Field Communication (NFC) device or the like. Form of personal information identification sensor. The wireless transmission unit 18 is a smart phone, a PDA or a small transmission module.

Following the above description, in an embodiment, the identifiable personal information wireless electronic physiological monitoring system 10 is a blood pressure and cardiac measurement system, and the detecting unit 11 is configured to measure the patient. Or the user's heart pulsing the original value information, and then calculating the heart pulsation raw value information and obtaining a heart spectrum information and a blood pressure information through the operation processing unit 12; and obtaining the personal identity information of the user through the personal information identification unit 15 For example, reading barcodes on health certificates, health care card chips, RFID tags, Near Field Communication (NFC) sensors, or other forms of sensors that can distinguish personal information. The obtained heart pulse original value information, cardiac spectrum information, blood pressure information or personal identity information is transmitted to the cloud data through the connection interface 17, the operation processing unit 12, the WiFi physiological value transmission unit 13, and the wireless transmission unit 18. The library 20 performs integration and analysis of fully automated physiology and personal data. The cloud database 20 can be a HIS database system, an NIS database system or a general cloud database system of a medical institution, and the cloud database 20 receives physiological values. The information is data processing and historical filing, providing the subject, family, physician or caregiver to browse through the Internet. When the physiological value information exceeds the warning value, a notification mechanism is initiated to notify the subject, family or caregiver. The notification method can be wired notification or wireless notification, such as wired network, wireless network, wired telephone or wireless telephone. The obtained heart pulsation raw value information, cardiac spectrum information, blood pressure information or personal identity information may also be displayed on the display unit 14, such as an LCD or an LED display. The power unit 16 can be an alkaline battery pack, a rechargeable battery pack, a capacitor, or a power supply to provide a source of power for the system.

On the other hand, the above-mentioned identifiable personal information wireless electronic physiological monitoring system 10 can be a single physiological value measuring system or a multifunctional patient monitoring system.

According to the above, this creation increases the heart spectrum measurement, electronic identification of personal information and WiFi wireless transmission function in the general electronic physiological monitoring system. Thus, the general electronic physiological monitoring system utilizes the heart spectrum function of the creation, and needs to be taken care of and need immediate assistance. The patient, The elderly or the general user can give immediate cardiac monitoring information. Furthermore, the cloud database provides for the testee, family or caregiver to track physiological value information through wired transmission or wireless transmission, such as the Internet. The heart spectrum information, and through the notification mechanism, can urgently notify the test subject, family or caregiver alert value to achieve the goal of remote health care.

This creation proposes a wireless electronic physiological monitoring system 10 that can identify personal information. For patients, elderly or general users who need to take care of themselves and need immediate assistance, they can quickly and surely judge and record physiological conditions and personal information to provide Physiological information or cardiac spectrum information necessary for family members, remote care centers, hospitals or nurses. Furthermore, when using a blood pressure monitoring system, a blood oxygen monitoring system, a blood glucose monitoring system, a body temperature monitoring system, or an electrocardiogram monitoring system, the wireless electronic physiological monitoring system 10 that can recognize personal information continuously monitors the physiological state of the patient, such as the patient's heart spectrum. When an abnormality occurs, the relevant personnel can ask the patient's physical condition for the first time. If there is any discomfort, they can go to the major hospitals to arrange further cardiac examination.

In summary, the present invention provides a wireless electronic physiological monitoring system capable of recognizing personal information, and has the functions of original measurement function, cardiac spectrum measurement function, WiFi wireless transmission function, electronic identification of personal information and remote health care. Appropriate help can be provided for patients, elderly and general users 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‧‧‧Wireless electronic physiological monitoring system for identifying personal information

11‧‧‧Detection unit

12‧‧‧Operation Processing Unit

13‧‧‧ physiological value transmission unit with WiFi wireless transmission function

14‧‧‧Display unit

15‧‧‧personal information identification unit

16‧‧‧Power unit

17‧‧‧Connection interface

18‧‧‧Wireless transmission unit

20‧‧‧Cloud database

Claims (10)

A wireless electronic physiological monitoring system capable of recognizing personal information includes: a detecting unit for detecting a physiological value information, wherein the physiological value information can be a heart pulse original value information, a blood oxygen value information, a blood glucose Value information or integrated temperature information; an operation processing unit connected to the detection unit for calculating the physiological value information and obtaining a heart spectrum information or a blood pressure information; a display unit connected to the operation processing unit for Displaying the physiological value information, the cardiac spectrum information or the blood pressure information; a connection interface is connected to the operation processing unit; a WiFi physiological value transmission unit is connected to the operation processing unit, configured to transmit the physiological value information through WiFi, The heart spectrum information or the blood pressure information is sent to a cloud database; a person information identification unit is connected to the operation processing unit through the connection interface for detecting and capturing a barcode or sensor including personal identity information, and automatically Transmitting personal identity information to the computing interface and the WiFi physiological value transmission unit through the connection interface a cloud data base; and a power unit connected to the detecting unit, the computing processing unit, the display unit, the connection interface, the WiFi physiological value transmission unit and the personal information identification unit for providing a power for charging Or provide system power. A wireless electronic physiological monitoring system capable of recognizing personal information as claimed in claim 1, wherein the personal information identifying unit is a bar-code scanner. A wireless electronic physiological monitoring system capable of recognizing personal information as claimed in claim 1, wherein the personal information identifying unit is a card reader. The wireless electronic physiological monitoring system for recognizing personal information according to claim 1, wherein the personal information identifying unit is an RFID reader. The wireless electronic physiological monitoring system for recognizing personal information according to claim 1, wherein the personal information identification unit is a Near Field Communication (NFC) device. A wireless electronic physiological monitoring system capable of recognizing personal information includes: a detecting unit for detecting a physiological value information, wherein the physiological value information can be a heart pulse original value information, a blood oxygen value information, a blood glucose Value information or integrated temperature information; An operation processing unit is connected to the detection unit for calculating the physiological value information and obtaining a heart spectrum information or a blood pressure information; a display unit is connected to the operation processing unit for displaying the physiological value information, and the a heart spectrum information or the blood pressure information; a connection interface connected to the operation processing unit; a WiFi physiological value transmission unit connected to the operation processing unit for transmitting the physiological value information, the cardiac spectrum information or the blood pressure information through WiFi a wireless transmission unit; an AP (access point) function for wirelessly receiving the physiological value information transmitted by the WiFi physiological value transmission unit, the cardiac spectrum information or the blood pressure information, and further utilizing the WiFi method The physiological value information, the cardiac spectrum information or the blood pressure information is transmitted to a cloud database; a person information identification unit is connected to the operation processing unit through the connection interface for detecting and capturing a barcode containing personal identity information or a sensor and automatically pass personal identity information through the connection interface, the operation processing list The WiFi physiological value transmission unit and the wireless transmission unit are transmitted to the cloud database; and a power unit is connected to the detection unit, the operation processing unit, the display unit, the connection interface, and the WiFi physiological value transmission unit. And the personal information identification unit is configured to provide a power for charging or providing system power. A wireless electronic physiological monitoring system capable of recognizing personal information as claimed in claim 6, wherein the personal information identifying unit is a bar-code scanner. A wireless electronic physiological monitoring system capable of recognizing personal information as claimed in claim 6, wherein the personal information identifying unit is a card reader. The identifiable personal information wireless electronic physiological monitoring system of claim 6, wherein the personal information identification unit is an RFID reader. The wireless electronic physiological monitoring system for recognizing personal information according to claim 6, wherein the personal information identifying unit is a Near Field Communication (NFC) device.