TWM547150U - Distance intelligent auxiliary interactive system of medical monitoring - Google Patents

Description

Remote wisdom medical monitoring assistant interactive system

A remote intelligent medical monitoring auxiliary interactive system includes an electronic vehicle, a cloud system, a wearable sensing module, a mobile nursing platform and a clinical application unit, wherein the wearable sensing module comprises a health management unit and a gas detection The unit, the reminder abnormal unit, and the physiological monitoring unit mainly establish the physiological health signal of the subject and the molecular components of the polluting gas in the air, and the other physiological monitoring unit provides monitoring, drug placement space and positioning information, when the measured value is physiological When the value exceeds the standard or the time is reached, the voice, illumination or vibration reminder of the abnormal unit can be reminded, and the electronic vehicle can be used to log in synchronously. Finally, the test record is stored in the cloud system, and the rescue unit is sought by the mobile rescue platform. Assist and provide medical care instructions through the clinical application unit, formulate dietary advice or rehabilitation treatment, and improve emergency ambulance services for the subjects and caregivers.

Due to the increasing aging structure of China's population, the new government has recently promoted the long-term care of the 10-year plan, mainly for the purpose of health care, in order to construct sub-health groups and post-operative patients. Or the general users such as patients with chronic diseases can master the long-term prevention. Therefore, the creation is to provide a set of medical care system through the wearable module, so that the nursing staff and the testee can perform the clinical medical care ability for the first time. Gold rescue, you can immediately understand the judgment of your health care.

The previous technology is used to determine the physiological information of the user through brainwave information. Applications such as the invention No. I562090 of the Republic of China on December 11, 105, "EMERGENCY SERVICE NOTIFICATION METHOD INCORPORATING BRAIN NEURAL ACTIVITY DETECTION AND CLOUD-BASED CONTROL" Exposing a brainwave detector for detecting a brain wave of a user, and transmitting the measured brain wave information to a processing unit, wherein the processing unit detects an abnormality of the measured brain wave information and a storage unit The brain wave information is compared and analyzed; when the measured brain wave information is consistent with the abnormal brain wave information stored in the storage unit, the processing unit controls a prompting unit to output a warning signal to prompt the user, and the warning is also displayed. The signal is transmitted to a cloud system, and a positioning unit outputs a positioning information of the brain wave detector to the cloud system, and the cloud system performs an immediate ambulance notification.

The previous technology focuses on the application of the IoT link to the smart health banking system. For example, the new M525509 "Installation System for Providing Personal Health Management Services" announced by the Republic of China on July 11, 105, contains at least one Wearable detection device, an APP device, a Smart Health Bank Service System, an Internet of Things security system, which can transmit health information to the smart health banking service system or through a cloud server. Smart Health Bank Service System, end users can download personal health information in the Smart Health Bank Service System.

In addition to the medical application cloud platform, it is also aimed at monitoring applications, such as the invention of the invention No. I526976, "Monitoring system, method and medical monitoring system MONITORING SYSTEM, METHOD, AND MEDICAL MONITORING SYSTEM" announced by the Republic of China on March 21, 105, The disclosure includes a monitoring system including a cloud server, a communication network based on a fixed landmark node, a wearable monitoring device, and a portable electronic device, and the wearable monitoring device utilizes The communication network performs a positioning procedure, whereby the portable electronic device can obtain the location information of the wearable monitoring device from the cloud server via the communication network.

Also for the application of the clinical care system, such as the invention of the invention No. 201606696, "System and Method for Promoting the Implementation of Patient Care, SYSTEM AND METHOD FOR FACILITATING DELIVERY OF PATIENT-CARE", published on November 26, 103, It is disclosed that it comprises a computing device for monitoring patient information indicative of a clinical condition based on a clinical agreement, the clinical agreement including a patient care instruction that must be completed within a period of time, and including the result of the monitoring by the computing device Providing the patient with the patient care instruction, and determining, by the computing device, whether to comply with the clinical agreement based on the result of providing the patient care instruction and the patient information, and also for not complying with the A determination of a clinical agreement provides a recommended action request to follow the clinical protocol to calibrate the patient care instruction.

Therefore, the purpose of the present invention is to update the results of each heartbeat index, blood sugar, blood pressure, blood oxygen, urine test and body temperature test through the establishment of real physiological signal data of the cloud system to establish whether it is within the definition of the health index. At the same time, it provides monitoring, lighting, and accommodation space for drug placement and location information transmission when necessary, and has a voice and vibration reminder to remind the abnormal unit to take appropriate measures.

Therefore, the present invention is a remote intelligent medical monitoring auxiliary interactive system, which comprises: an electronic vehicle, a cloud system, a wearable sensing module, a mobile nursing platform and a clinical application unit, and is provided for wearing a wearable sensing module. Test, conduct daily health management, and seek immediate assistance from the immediate ambulance unit through the abnormal signal, and give the subject the initial medical guidance, formulate dietary advice or rehabilitation treatment, and achieve the best protection benefit of the subject. .

1‧‧‧Electronic vehicle

2‧‧‧Cloud System

2-1‧‧‧Information storage unit

2-2‧‧‧Transmission unit

2-3‧‧‧Analysis module

3‧‧‧Wearing sensing module

3-1‧‧‧Health Management Unit

311‧‧‧heartbeat counter

312‧‧‧ Blood glucose measuring device

313‧‧‧Compressor

314‧‧‧ body temperature sensing device

315‧‧‧ blood oxygen concentration device

316‧‧‧Urine detector

3-2‧‧‧Gas detection unit

321‧‧‧Detection hole

322‧‧‧ Computing System

3-3‧‧‧Reminder anomalous unit

331‧‧‧Voice device

332‧‧‧ vibrator

333‧‧‧Lighting device

334‧‧‧ button switch

3-4‧‧‧Physical monitoring unit

341‧‧‧Monitoring equipment

342‧‧‧ accommodating space

343‧‧‧ Positioning unit

4‧‧‧Mobile ambulance platform

4-1‧‧‧Communication unit

5‧‧‧ Clinical Application Unit

5-1‧‧‧Support application system

101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111 ‧ ‧ steps

Figure 1 Schematic diagram of the architecture of the remote intelligent medical monitoring assistant interactive system.

Figure 2 Flow chart of the architectural steps of the remote intelligent medical monitoring assistant interactive system.

The foregoing and other technical contents and characteristics of the present invention will be described in detail below with reference to the drawings. For the related description, please refer to the following description.

As shown in FIG. 1 and FIG. 2, the present invention is a schematic block diagram and a flow chart of a remote intelligent medical monitoring auxiliary interactive system, which is a preferred embodiment of the present invention. The figure is a partial schematic diagram and various structural contents. The functional features of the present invention are displayed. The creative system includes: an electronic vehicle 1, a cloud system 2, a wearable sensing module 3, a mobile care platform 4, and a clinical application unit 5, wherein the electronic vehicle 1 transmits (step 101) The connection (step 110) is performed by the interactive authentication of the wearable sensing module 3 by the authentication of the account and the password, and the personal information can be downloaded to the cloud system 2 at any time (step 111), and the subject can pass through (step 101). The Internet connection (step 102) starts (using step 103) authentication of the account and the password, and starts using the wearable sensing module 3 to start the health management unit 3-1 for grasping the physiological signal, including the heartbeat counter 311, regular heartbeat regularity, and blood glucose measurement. The device 312 checks the blood glucose concentration every time to avoid causing diabetes, and the body temperature sensor 314 knows the self-sensing temperature, and can periodically measure blood pressure through the pressure mask 313 to reduce chronic diseases. More blood oxygen concentration device 315, when measuring the amount of oxygen in the human blood, can indirectly understand whether the body oxygen content is sufficient, and through the detection of urine detector 316, understand the color change of urine in the body Abnormal disease assessment, and the gas detecting unit 3-2 can contact the air through the detecting hole 321 Thereafter, the polluted air is analyzed by the calculation system 322 to measure the molecular components of the polluted gas in the air, and the monitoring device 341 is periodically monitored and monitored by a physiological monitoring unit 3-4, and the receiving space 342 is used to place the drug, and has The positioning information of the positioning unit 343 can be notified by the voice device 331 and the vibrator 332 of the reminder abnormal unit 3-3 or the lighting device 333 if necessary, if the physiological value, the air pollution index and the time limit exceed the standard value. A push button switch 334 is also provided to facilitate self-reported notification processing.

In this way, the cloud system 2, which will detect the physiological burst signal from time to time, in addition to the data storage unit 2-1 (step 104), can further analyze the personal physiological signal through the analysis module 2-3 (step 105). After the standard values are compared, the data is transmitted to the mobile ambulance platform 4 by the transmission unit 2-2 (step 106) to provide the communication unit 4-1 (step 107), the instant ambulance unit, and another clinical application unit 5 The support application system 5-1 notifies the attending medical staff to strengthen the care instruction according to the required condition (step 108), and can be divided into a preventive or special disease analysis (step 109) according to the disease check analysis end 5-2, and wear through The sensing module 3 sends a signal to remind the subject to take a rest immediately, and then can formulate dietary suggestions or preliminary rehabilitation treatment instructions to achieve immediate gold rescue time, and better understand the clinical nursing ability of self-health care.

The present invention is to integrate and apply electronic vehicles, cloud systems, wearable sensing modules, mobile nursing platforms and clinical application units, and to test the results of the records by the cloud system, and to provide untimed physiological signal detection. In order to strengthen self and improve the clinical diagnosis ability of medical staff, this integration period can achieve the integrated benefits of immediate disposal and problem solving ability.

It is to be understood that the above description is only a preferred embodiment of the present invention, and that it is not intended to limit the scope of the present invention, and the simple equivalent changes and modifications relating to the scope of the present invention and the novel description are It is still within the scope of this new patent.

1‧‧‧Electronic vehicle

2‧‧‧Cloud System

2-1‧‧‧Information storage unit

2-2‧‧‧Transmission unit

2-3‧‧‧Analysis module

3‧‧‧Wearing sensing module

3-1‧‧‧Health Management Unit

311‧‧‧heartbeat counter

312‧‧‧ Blood glucose measuring device

313‧‧‧Compressor

314‧‧‧ body temperature sensing device

315‧‧‧ blood oxygen concentration device

316‧‧‧Urine detector

3-2‧‧‧Gas detection unit

321‧‧‧Detection hole

322‧‧‧ Computing System

3-3‧‧‧Reminder anomalous unit

331‧‧‧Voice device

332‧‧‧ vibrator

333‧‧‧Lighting device

334‧‧‧ button switch

3-4‧‧‧Physical monitoring unit

341‧‧‧Monitoring equipment

342‧‧‧ accommodating space

343‧‧‧ Positioning unit

4‧‧‧Mobile ambulance platform

4-1‧‧‧Communication unit

5‧‧‧ Clinical Application Unit

5-1‧‧‧Support application system

5-2‧‧‧ disease inspection analysis

Claims (10)

A remote intelligent medical monitoring auxiliary interactive system, comprising: an electronic vehicle capable of synchronously interacting with a wearable sensing module, and querying health information through a network and a cloud system; a cloud system is prepared by data The storage unit, the transmission unit and the analysis module provide the results of the physiological data of the subject and the medical staff, and are collected for evaluation and analysis of the quasi-value and information; a wearable sensing module is managed by the health management unit and the gas detector. The measuring unit, the reminding abnormal unit and the physiological monitoring unit, and synchronously interact with the electronic vehicle to construct a physiological signal for the subject, and provide monitoring, accommodating space and positioning information when necessary, and have voice, vibration, illumination And the reminder of the button control; a mobile ambulance platform mainly has a communication unit, which is connected with the cloud system information, and automatically sends an emergency help signal after the cloud system is integrated for evaluation and analysis; a clinical application unit is supported by the application system and The disease check analysis end, which is linked to the cloud system information, can immediately notify the attending medical staff Subjects were issued care instructions to construct an immediate care needs. The remote intelligent medical monitoring auxiliary interactive system according to claim 1, wherein the electronic vehicle can be a query function of a smart phone, a tablet or a computer, and interacts with the wearable sensing module to establish a test. The communication platform between the monitor and the monitor is transmitted and transmitted through the cloud system. The remote intelligent medical monitoring auxiliary interaction system described in claim 2, wherein the cloud system knows the daily physiological signal data of the test subject, and the data storage unit, the transmission unit and the analysis module, and the individual through the analysis module Physiological signal standard Value comparison, as a reference value of vital signs, and through the transmission unit to the mobile ambulance platform and clinical application unit, instant assistance to the police and medical personnel, and to give the attending medical staff to strengthen the care instructions according to the required conditions. The remote intelligent medical monitoring auxiliary interaction system according to claim 3, wherein the wearable sensing module is composed of a health management unit, a gas detecting unit, a reminding abnormal unit and a physiological monitoring unit, and can be intelligent Portable micro-computer systems such as mobile phones and wristbands, with the ability to connect to the cloud system, and are easy to wear, lightweight and easy to operate. The remote intelligent medical monitoring auxiliary interaction system according to claim 4, wherein the health management unit of the wearable sensing module is a heartbeat counter, a blood glucose measuring device, a pressure pulse mask, a body temperature sensor, and blood oxygen. The concentration device and the urine detector are all replaced by external reading, and mainly establish analysis data of the physiological signal such as heartbeat, blood sugar, blood pressure, blood oxygen, body temperature or urine of the wearer, and the signal Transfer to the cloud system for analysis module to compare the reference values, and then inform the voice, vibration or if necessary, by reminding the abnormal unit. The remote intelligent medical monitoring auxiliary interactive system according to claim 5, wherein the gas detecting system of the wearable sensing module is composed of a detecting hole and a computing system, and after the detecting hole contacts the air, The polluted air is analyzed by a calculation system to measure the molecular composition of the polluting gas in the air, and if the measured value exceeds the standard defined value, the reminder of the voice, vibration or illumination of the abnormal unit is reminded. The remote intelligent medical monitoring auxiliary interaction system according to claim 6, wherein the wear sensing unit of the wearable sensing module is composed of a voice device and a vibrator, and mainly uses a health management unit and a gas detecting unit via the cloud. System division When the module is defined beyond the standard value, it provides a vigilant notification, while the voice device has a self-recording function, which can select the language of self-love, and the vibrator can jump for different frequencies, and the lighting system can be prominently displayed for different colors of light. And there is a button switch design to reach the self-notification of the medical unit to which it belongs. The remote intelligent medical monitoring auxiliary interactive system according to claim 7, wherein the physiological monitoring module of the wearable sensing module is composed of a monitoring device, a housing space and a positioning unit, and provides regular monitoring and video recording. The space is given for drug placement, and there is a time to locate the information bulletin for the first time tracking. The remote intelligent medical monitoring auxiliary interactive system according to claim 8, wherein the mobile ambulance platform has a communication unit, which automatically transmits the physiological signal to the standard value through the analysis module of the cloud system, and automatically sends the police ambulance unit. And notify the emergency contact person to inform and start in sync with the clinical application unit. The remote intelligent medical monitoring assistant interaction system according to claim 9, wherein the clinical application unit is composed of a support application system and a disease check analysis end, and is synchronously connected with the mobile rescue platform, and can immediately judge the support system according to the support application system. The medical staff is required to judge the prevention or special disease analysis through the disease inspection and analysis, and warn the subject of the wear sensing module to make a dietary recommendation or initial rehabilitation treatment, mainly to understand the clinical care of self-care. Ability is the main purpose.