TWM582218U - A secure real-time health-care system - Google Patents

Abstract

The present invention discloses a safe instant health care system, including a client system and a health The health care end system includes a plurality of physiological data measuring devices and a data integration device, the health care end system includes a plurality of health care platforms, and the data integration device can integrate the physiological data measuring devices Measure all physiological data of the user terminal and send it to the health care platform of the health care system, and wherein the data integration device performs two-way security authentication when communicating with each of the physiological data measurement devices The data integration device performs two-way security authentication when communicating with each of the health care platforms, thereby ensuring the security of the physiological data transmitted by the protection end.

Description

A safe instant health care system

The present invention relates to a health care system and, in particular, to a safe, immediate health care system.

With the rise of health awareness and advances in medical technology, people can regularly measure various specific physiological data, such as body fat, respiration, heart rate, body temperature, blood pressure, blood sugar, blood lipids, blood oxygen, electrolytes, etc., by various medical devices. Uric acid, urinary protein, lactic acid, ketoacid, pulse, electrocardiogram, heart rate, brain wave, cancer index, liver function index, inflammatory index, etc., and these physiological data can be uploaded to the hospital's cloud system through the Internet, thereby enabling medical care Personnel can quickly view their relevant physiological data as a reference for disease diagnosis and medical decision-making.

However, at present, these medical devices that can measure various specific physiological data are provided by individual medical device manufacturers. The specifications and interfaces of the network transmission are different, and the physiological data of the people are transmitted through the network. The risk of the hacker or the lawless person stealing the relevant information, and the physiological data transmitted to the hospital's cloud system cannot provide immediate monitoring by the medical staff, offline offline records, immediate medical diagnosis and/or medical decision-making, even if the public The measured physiological data has shown that the public may be in a state of deterioration or life-threatening, and the medical staff cannot immediately provide the necessary emergency ambulance measures for the public.

In view of this, a secure instant health care system that ensures that the measured physiological data of the user terminal can be transmitted in a safe state, and that the medical terminal can immediately monitor and make medical diagnosis and/or medical decisions instantly is The industry is eagerly awaiting.

The present invention discloses a secure instant health care system, comprising: a client system comprising a plurality of physiological data measuring devices and a data integration device, wherein each of the physiological data measuring devices comprises: a first a micro control unit; a sensing unit electrically connected to the first micro control unit, the sensing unit is capable of measuring user physiological data and transmitting according to the measured physiological data under the control of the first micro control unit a corresponding sensing signal; and a first communication unit electrically connected to the first micro control unit, and the first communication unit can send the corresponding sensing signal under the control of the first micro control unit a first data data string; wherein the data integration device comprises: a second micro control unit; a second communication unit electrically connected to the second micro control unit, and the second communication unit is at the second Receiving, by the micro control unit, the first data data string, wherein the data integration device performs two-way security authentication when communicating with each of the physiological data measurement devices; and According to the integration unit, electrically connected to the second micro control unit, the data integration unit may integrate the first data data string received from each of the physiological data measurement devices to form a second data data. And the health care system includes a plurality of health care platforms, each of the health care platforms comprising: a third micro control unit; and a third communication unit electrically connected to the third micro control unit, and the third communication unit can receive the second data data string under the control of the third micro control unit, wherein The data integration device performs two-way security authentication when communicating with each of the health care platforms; wherein at least one of the health care platforms is a medical decision system platform, and the third communication unit of the medical decision system platform The second communication unit of the data integration device can exchange data in both directions, thereby enabling the medical decision system platform to receive the second data string put forward a processing mechanism, and the processing mechanism is fed back to the second communication unit of the data integration device by the third communication unit of the medical decision system platform.

According to the above-mentioned safe instant health care system disclosed by the present invention, the physiological data includes body fat, respiration, heartbeat, body temperature, blood pressure, blood sugar, blood lipids, blood oxygen, electrolytes, uric acid, urine protein, lactic acid, ketoacid, pulse, Electrocardiogram, heart rate, brain wave, cancer index, liver function index, inflammatory index.

Each of the above-mentioned physiological data measuring devices further includes a first safety authentication unit, and the first safety authentication unit is electrically connected to the first micro control unit, and The data integration device further includes a second security authentication unit, and the second security authentication unit is electrically connected to the second micro control unit, wherein the data integration device is in communication with each of the physiological data measurement devices The data integration device performs two-way security authentication with the first security authentication unit of each of the physiological data measurement devices by the second security authentication unit, and the second security authentication unit of the data integration device After the security authentication of the first security authentication unit of each of the physiological data measuring devices, the first communication unit of each of the physiological data measuring devices transmits the first control unit under the control of the first micro control unit a data data string, and the first security authentication unit of each of the physiological data measuring devices passes the second security authentication form of the data integration device After passing security authentication, the second communication unit of the data integration means receives the first data string under the control of the second micro control unit.

In the above-mentioned secure instant health care system disclosed by the present invention, the first security authentication unit is, for example but not limited to, a radio frequency tag (RF ID tag), and the second security authentication unit is, for example but not limited to, a radio frequency read/write system ( RF ID Reader/Writer).

The above-mentioned safe health care system disclosed in the present invention, each of the health care platforms further includes a third security authentication unit, and the third security authentication unit is electrically connected to the third micro control unit, wherein When the data integration device communicates with each of the health care platforms, the data integration device is The second security authentication unit performs two-way security authentication with the third security authentication unit of each of the health care platforms, and when the second security authentication unit of the data integration device passes the first of each of the health care platforms After the security authentication of the third security authentication unit, the second communication unit of the data integration device transmits the second data data string under the control of the second micro control unit, and the third data string of each of the health care platforms After the security authentication unit passes the security authentication passed by the second security authentication unit of the data integration device, the third communication unit of each of the health care platforms receives the third data data under the control of the third micro control unit. string.

The above-mentioned safe instant health care system disclosed by the present invention includes a handheld device or a display device of a user terminal, a monitoring device of a medical terminal or a nursing station, a wearable monitoring device for medical personnel, and a cloud database of the hospital. .

The above-mentioned safe instant health care system disclosed by the present invention is a wearable monitoring device used by medical personnel, and the medical staff can read the second data data string and propose a process by the wearable monitoring device. And feeding back the processing mechanism to the second communication unit of the data integration device through the third communication unit of the wearable monitoring device, and then feeding back the processing mechanism to the second data communication unit of the data integration device A handheld device or display device at the user end.

The above-mentioned secure instant health care system disclosed by the present invention, wherein the data integration device further comprises an artificial intelligence unit and an emergency notification system, the artificial intelligence unit and the emergency notification system respectively corresponding to the second in the data integration device The micro-processing unit is electrically connected, and the artificial intelligence unit can determine the physiological condition of the user according to the second data data string integrated by the data integration unit. When the physiological state of the user is found to be dangerous, the artificial intelligence unit can The emergency notification system is activated by the second micro-processing unit to contact a preset ambulance unit to provide the necessary ambulance service immediately.

In the above-mentioned safe instant health care system disclosed by the present invention, each of the physiological data measuring devices further includes a user identity identifying unit, and the user identity identifying unit can read the user identity Sending a preset user identity identification signal, and the first data data string sent by the first communication unit further includes the preset user identity identification signal, and the data integration unit can be configured according to the preset user identity The identification signal integrates the corresponding sensing signals sent by the user according to the physiological data measured by the physiological data measuring devices to form a second data data string, and the third data communication unit Send it.

According to the above-mentioned safe instant health care system disclosed by the present invention, the user identity recognition unit can be a card reader, a biometric identifier (such as a fingerprint, an iris, etc.), a barcode scanner, and a near field communication identification system (NFC Reader). Or RF ID Reader.

100, 100'‧‧‧ physiological data measuring device

110‧‧‧First Micro Processing Unit

120‧‧‧Sensor unit

130‧‧‧First communication unit

140‧‧‧First Security Certification Unit

150‧‧‧Customer Identification Unit

200, 200’‧‧‧ data integration device

210‧‧‧Second microprocessor unit

220‧‧‧Data Integration Unit

230‧‧‧Second communication unit

240‧‧‧Second Safety Certification Unit

250‧‧‧Artificial Intelligence Unit

260‧‧‧Emergency Notification Unit

300‧‧‧Health Care Platform

310‧‧‧ Third microprocessor unit

330‧‧‧3rd communication unit

340‧‧‧ Third Security Certification Unit

1000‧‧‧Safe instant health care system

1 is a secure instant health care system 1000 in accordance with an embodiment of the present invention.

Figure 2 is a diagram of a data integration device 200' in a secure instant health care system in accordance with another embodiment of the present invention.

Figure 3 is a diagram showing one of the physiological data measuring devices 100' in a secure instant health care system in accordance with another embodiment of the present invention.

Example

First, please refer to FIG. 1 , which illustrates a secure instant health care system 1000 in accordance with an embodiment of the present invention. As shown in FIG. 1, the secure instant health care system 1000 includes a client system (not shown) including a plurality of physiological data measuring devices 100 and a data integration device 200, and a health care system (not labeled) ), including a plurality of health care platforms 300.

As shown in FIG. 1 , each of the physiological data measuring devices 100 includes: a first micro control unit 110; a sensing unit 120 electrically connected to the first micro control unit 110, the sensing unit 120 measurable users Physiological data such as, but not limited to, body fat, respiration, heartbeat, body temperature, blood pressure, blood sugar, blood lipids, blood oxygen, electrolytes, uric acid, urine protein, lactic acid, ketoacid, pulse, electrocardiogram, heart rate, brain wave, cancer index, liver a function index, an inflammatory index, and the sensing unit 120 can send a corresponding sensing signal according to the measured physiological data under the control of the first micro control unit 110; and a first communication unit 130, and the The first micro control unit 110 is electrically connected, and the first communication unit 130 can send a first data data string including the corresponding sensing signal under the control of the first micro control unit 110.

As shown in FIG. 1 , the data integration device 200 includes: a second micro control unit 210; a second communication unit 230 electrically connected to the second micro control unit 210, and the second communication unit 230 can be Receiving the first data data string under the control of the second micro control unit 210, and the data integration device 200 performs two-way security authentication when communicating with each of the physiological data measurement devices 100; and a data integration The unit 220 is electrically connected to the second micro control unit 210, and the data integration unit 200 can integrate the first data data string received from each of the physiological data measuring devices 100 to form a second The data data string is transmitted by the second communication unit 230 under the control of the second micro control unit 210.

As shown in FIG. 1 , each of the physiological data measuring devices 100 further includes a first security authentication unit 140 , and the first security authentication unit 140 and the first micro control unit 110 . The data integration device 200 further includes a second security authentication unit 240, and the second security authentication unit 240 is electrically connected to the second micro control unit 210. When the data integration device 200 is in communication with each of the physiological data measurement devices 100, the data integration device 200 is configured by the second security authentication unit 240 and each of the physiological data measurement devices. The first security authentication unit 140 performs two-way security authentication, and after the second security authentication unit 240 of the data integration device 200 passes the security authentication of the first security authentication unit 140 of each of the physiological data measurement devices 100 The first communication unit 130 of each of the physiological data measuring devices 100 can transmit the first data data string under the control of the first micro control unit 110, and when each of the physiological data volumes After the first security authentication unit 140 of the measurement device 100 passes the security authentication passed by the second security authentication unit 240 of the data integration device 200, the second communication unit 230 of the data integration device 200 can be in the second micro control. The first data data string is received under the control of unit 210. The first security authentication unit 140 is, for example but not limited to, a radio frequency tag (RF ID tag), and the second security authentication unit 240 is, for example but not limited to, a radio frequency read/write system (RF ID Reader/Writer).

As shown in FIG. 1 , each of the health care end platforms 300 includes a third micro control unit 310; and a third communication unit 330 electrically connected to the third micro control unit 310, and the first The third communication unit 330 can receive the second data data string under the control of the third micro control unit 310. The data integration device 200 performs two-way security authentication when communicating with each of the health care platform 300. According to an embodiment of the present invention, the health care platform 300 is, for example but not limited to, a handheld device or a display device of a user terminal, a monitoring device of a medical terminal or a nursing station, a wearable monitoring device for a medical staff, or a cloud database of a hospital. .

As shown in FIG. 1 , according to an embodiment of the present invention, each of the health care platforms 300 further includes a third security authentication unit 340, and the third security authentication unit 340 and the third micro control unit 310 are electrically Connecting, wherein when the data integration device 200 is in communication with each of the health care platforms 300, the data integration device 200 is the second security authentication unit 240 and the first of each of the health care platforms 300 The third security authentication unit 340 performs two-way security authentication, and the data integration is performed after the second security authentication unit 240 of the data integration device 200 passes the security authentication of the third security authentication unit 340 of each of the health care platforms 300. The second communication unit 230 of the device 200 can transmit the second data data string under the control of the second micro control unit 210, and the third security authentication unit 340 of each of the health care platform 300 passes the data. After the security authentication passed by the second security authentication unit 240 of the integrated device 200, the third communication unit 330 of each of the health care platforms 300 can be controlled by the third micro control unit 310. The third data data string is received. According to an embodiment of the present invention, the second security authentication unit 240 of the data integration device 200 and the first of each of the health care platforms 300 The two-way secure authentication between the three security authentication units 340 can be achieved by a software and/or hardware password, key or credentials.

In addition, the health care platform 300 has at least one medical decision system platform (not shown), and the third communication unit 330 of the medical decision system platform (not shown) and the data integration device 200 The second communication unit 230 can exchange data in two directions, so that the medical decision system platform (not shown) can propose a processing mechanism after receiving the second data string, and through the medical decision system platform (not labeled) The third communication unit 330 feeds back the processing mechanism to the second communication unit 230 of the data integration device 200. The medical decision-making system platform is, for example, but not limited to, a wearable monitoring device (not shown) used by a medical professional, and the medical staff can read the second data data string and propose a file by the wearable monitoring device (not shown). The processing mechanism feeds back the processing mechanism to the second communication unit 230 of the data integration device 200 through the third communication unit 330 of the wearable monitoring device (not shown), and the processing mechanism is transmitted through the data integration device 200. The second data communication unit 230 feeds back to the handheld device (not shown) or display device (not shown) of the client.

Next, please refer to FIG. 2, which illustrates a data integration device 200' in a secure instant health care system in accordance with another embodiment of the present invention. As shown in FIG. 2, the data integration device 200' further includes an artificial intelligence unit 250 and an emergency notification system 260. The manual intelligence unit 250 and the emergency notification system 260 are respectively associated with the second micro in the data integration device 200. The processing unit 210 is electrically connected, and the artificial intelligence unit 250 can determine the physiological condition of the user according to the second data data string integrated by the data integration unit 200. When the physiological state of the user is found to be dangerous, the artificial intelligence The unit 250 can activate the emergency notification system 260 through the second micro processing unit 210 to contact a preset ambulance unit to provide the necessary ambulance service in real time.

Next, please refer to FIG. 3, which illustrates one of the physiological data measuring devices 100' in the secure instant health care system according to another embodiment of the present invention. As shown in FIG. 3, the physiological data measuring device 100' further includes a user identity identifying unit 150 such as, but not limited to, a card reader, a biometric identifier, and a barcode. a scanner, a near field communication identification system (NFC Reader) or a radio frequency identification system (RF ID Reader), and the user identity identification unit 150 can send a preset user identity identification signal after reading the user identity, and borrow The first data data string sent by the first communication unit 130 further includes the preset user identity identification signal, and the data integration unit 220 can select the user according to the physiological data according to the preset user identity identification signal. The corresponding sensing signals sent by the physiological data measured by the measuring device 100' are integrated to form a second data data string and transmitted by the third data communication unit 230.

In summary, although the present invention has been disclosed above in the preferred embodiments, it is not intended to limit the present invention. Those skilled in the art can make various changes and refinements without departing from the spirit and scope of the present invention. Therefore, the scope of protection of this new type is subject to the definition of the scope of the patent application.

Claims (10)

A secure instant health care system, comprising: a client system comprising a plurality of physiological data measuring devices and a data integration device, wherein each of the physiological data measuring devices comprises: a first micro control unit; a sensing unit electrically connected to the first micro control unit, the sensing unit is capable of measuring user physiological data and transmitting a corresponding sense according to the measured physiological data under the control of the first micro control unit a first communication unit electrically connected to the first micro control unit, and the first communication unit can transmit the first data data including the corresponding sensing signal under the control of the first micro control unit The data integration device includes: a second micro control unit; a second communication unit electrically connected to the second micro control unit, and the second communication unit is controllable by the second micro control unit Receiving the first data data string, wherein the data integration device performs two-way security authentication when communicating with each of the physiological data measurement devices; and a data integration unit Electrically connecting with the second micro control unit, the data integration unit may integrate the first data data string received from each of the physiological data measuring devices to form a second data data string, and Transmitting, by the second micro control unit, the second data data string by using the second communication unit; A health care system includes a plurality of health care platforms, each of the health care platforms including: a third micro control unit; and a third communication unit electrically connected to the third micro control unit, and the The third communication unit can receive the second data data string under the control of the third micro control unit, wherein the data integration device performs two-way security authentication when communicating with each of the health care platforms; at least one The health care platform is a medical decision system platform, and the third communication unit of the medical decision system platform and the second communication unit of the data integration device can exchange data in both directions, thereby enabling the medical decision system platform to receive The second data data string is followed by a processing mechanism, and the processing mechanism is fed back to the second communication unit of the data integration device by the third communication unit of the medical decision system platform. Such as the safe instant health care platform described in claim 1, the physiological data includes body fat, respiration, heart rate, body temperature, blood pressure, blood sugar, blood lipids, blood oxygen, electrolytes, uric acid, urine protein, lactic acid, ketone Acid, pulse, electrocardiogram, heart rate, brain wave, cancer index, liver function index, inflammatory index. The secure physical health care platform of claim 1, wherein each of the physiological data measuring devices further comprises a first security authentication unit, and the first security authentication unit and the first micro control unit The data integration device further includes a second security authentication unit, and the second security authentication unit is electrically connected to the second micro control unit, wherein the data integration device and each of the physiological data measurements When the device is communicating, the data integration device is The second security authentication unit performs two-way security authentication with the first security authentication unit of each of the physiological data measuring devices, and when the second security authentication unit of the data integration device passes each of the physiological data measuring devices After the first authentication of the first security authentication unit, the first communication unit of each of the physiological data measuring devices transmits the first data data string under the control of the first micro control unit, and each of the After the first security authentication unit of the physiological data measuring device passes the security authentication passed by the second security authentication unit of the data integration device, the second communication unit of the data integration device is controlled by the second micro control unit. The first data data string is received. For example, in the secure instant health care platform described in claim 3, the first security authentication unit is a radio frequency tag (RF ID Tag), and the second security authentication unit is a radio frequency read/write system (RF ID Reader/ Writer). Each of the health care platforms further includes a third security authentication unit, and the third security authentication unit is electrically connected to the third micro control unit, as described in claim 3, wherein each of the health care platforms further comprises a third security authentication unit. When the data integration device is in communication with each of the health care platforms, the data integration device is bidirectionally coupled to the third security authentication unit of each of the health care platforms by the second security authentication unit. a security authentication, and after the second security authentication unit of the data integration device passes the security authentication of the third security authentication unit of each of the health care platforms, the second communication unit of the data integration device is in the second Transmitting the second data data string under the control of the micro control unit, and after the third security authentication unit of each of the health care platforms passes the security certification passed by the second security authentication unit of the data integration device, each The third communication unit of the health care platform receives the third data data string under the control of the third micro control unit. The secure immediate health care platform as described in claim 1, wherein the health care platform comprises a handheld device or display device at the user end, a monitoring device for the medical terminal or the nursing station, a wearable monitoring device for medical personnel, and a hospital. Cloud database. The secure immediate health care platform as described in claim 6, wherein the medical decision system platform is a wearable monitoring device used by a medical staff, and the medical personnel can read the second data string by the wearable monitoring device. And a processing mechanism is provided, and the processing mechanism is fed back to the second communication unit of the data integration device through the third communication unit of the wearable monitoring device, and the processing mechanism is transmitted through the second data communication of the data integration device. The unit feeds back to the handheld device or display device of the client. The secure instant health care platform of claim 1, wherein the data integration device further comprises an artificial intelligence unit and an emergency notification system, wherein the artificial intelligence unit and the emergency notification system are respectively integrated with the data integration device. The second micro processing unit is electrically connected, and the artificial intelligence unit can determine the physiological condition of the user according to the second data data string integrated by the data integration unit, and when it is found that the physiological state of the user is in danger, the The AI unit can activate the emergency notification system through the second micro-processing unit to contact a preset ambulance unit to provide the necessary ambulance service in real time. The secure instant health care platform according to any one of claims 1 to 8, wherein each of the physiological data measuring devices further comprises a user identity identifying unit, and the user identity identifying unit is After the user identity is read, a preset user identity identification signal is sent, and the first data data string sent by the first communication unit further includes the preset user identity identification signal, and the data integration unit can be configured according to the The preset user identity identification signal is based on the amount of physiological data of the user The corresponding sensing signals sent by the physiological data measured by the measuring device are integrated to form a second data data string, and transmitted by the third data communication unit. For example, the secure instant health care platform described in claim 9 can be a card reader, a biometric identifier, a barcode scanner, a near field communication identification system (NFC Reader) or a radio frequency identification. System (RF ID Reader).