Portable artificial intelligence monitoring instrument capable of automatically sending health alarm signal in advance

Abstract

The invention relates to a portable artificial intelligence monitoring instrument capable of automatically sending a health alarm signal in advance, and belongs to the medical field of artificial intelligence. The monitoring system can also be used for key patients needing to be monitored usually and various advanced nursing homes, and the information is synchronously and uninterruptedly sent to a master control room for 24 hours, so that doctors in the master control room can grasp the conditions of the patients at any time. In the event of emergency health conditions such as cerebral infarction, myocardial infarction, stroke, sudden rise of blood pressure and the like, the system can immediately and automatically send a distress signal to request an ambulance or an ambulance institution to carry out rescue on site. The system can also be used for monitoring the child, and when the child exceeds the activity range or is cheated and hijacked by a human trader, the system can immediately and automatically send an alarm signal to relatives and friends of the child or related units. The system can also be used for monitoring criminal offenders and beast and advanced animals in a zoo, such as tiger lions, panda babies and the like, and when the health of the criminal offenders is abnormal or the criminal offenders want to escape, the criminal offenders and the beast and the advanced animals can be monitored.

Description

Technical Field

[0001] This invention patent relates to a portable artificial intelligence monitoring instrument that can automatically issue health alarm signals in advance, belonging to the medical field of artificial intelligence. Background Technology

[0002] Artificial intelligence (AI) is developing at an exponential rate worldwide, with its advancements in the medical field being particularly rapid. With the invention of various precise micro-sensors, precise micro-monitoring instruments are now capable of monitoring various health indicators. For example, AI wristwatches, through pre-installed precise micro-sensors and related software, can measure many important health indicators such as heart rate and blood pressure. However, currently, no AI wristwatch in the world can automatically send an alert to the user before any dangerous health indicators appear. This is crucial given the world's aging population, as early intervention before danger strikes can often save lives. Of course, we have also noticed that some watches currently have alarm functions, but these require manual operation and cannot automatically sound an alarm, so their functionality is limited. They cannot provide comprehensive protection. If the person being protected loses various functions, such as becoming unconscious, unable to move their limbs, etc., their life will be in danger. Therefore, in today's increasingly aging society, there is an urgent need for a system that can "preemptively" issue warning signals before any danger signs appear in a person's health, prompting those being protected to take immediate action to avoid unimaginable consequences. This advance warning function is therefore absolutely essential. Summary of the Invention

[0003] 1. Install various portable instruments and meters that monitor human health, and install precise micro-sensors and related software to monitor human health indicators. If a person's health indicator is detected to be approaching a dangerous level, an alert signal will be automatically sent to the person being protected, reminding them to make emergency preparations and intervene in advance. 2. This alert signal can also be sent to other personnel, rescue organizations, instruments, and robots designated in advance by the protected person.

[0004] 3. This monitoring system, which can automatically send signals in advance, can also be used for key patients who need to be monitored regularly, as well as various high-end nursing homes. It can send signals from wristwatches or other monitoring instruments to the central control room 24 hours a day, so that doctors in the central control room can keep track of the patients' conditions at any time.

[0005] 4. In the event of an emergency or sudden health condition, such as cerebral infarction, myocardial infarction, stroke, or a sudden increase in blood pressure, the system can immediately and automatically send out an emergency call signal to request an ambulance to come to the scene for rescue. 5. This monitoring system, capable of automatically sending signals in advance, can also be used to monitor criminals and wild animals and large animals in zoos, such as tigers and lions, when they exhibit abnormal behavior. For example, it can detect when a criminal or wild animal tries to escape, becomes ill, etc. Technical solution

[0006] 1. All it takes is installing various precise micro-sensors and related software into various portable AI health monitoring instruments. This is very convenient for AI experts. They can directly transfer existing AI technologies without any creative work, which is perfectly feasible.

[0007] Currently, there are nearly a thousand artificial intelligence functions in drones, and many of the military functions of AI drones have been converted into civilian applications, which makes the implementation of this invention much simpler. The system can also be equipped with software that can continuously send various human health indicators to the central control room 24 hours a day, so that doctors can keep track of the patient's condition at any time.

[0008] The beneficial effects of this invention patent: It completely resolves the anxieties of the elderly worldwide and all of humanity regarding sudden health risks. It provides concrete methods for early intervention. This is equivalent to providing everyone with a personal healthcare provider.

[0009] When an emergency health condition is detected, such as cerebral infarction, myocardial infarction, stroke, or a sudden increase in blood pressure, the system can immediately and automatically send out a distress signal to request an ambulance to come to the scene for rescue. This invention can also be applied to hospital wards or intensive care units, as well as various nursing homes and home-based elderly care facilities, greatly reducing the workload of medical staff. Currently, hospital wards and intensive care units rely on medical staff making rounds day and night to prevent accidents. If this invention's equipment is used, their workload will be significantly reduced, saving a considerable amount of manpower. The system can also be used to monitor children, in case they go out of their designated area or are abducted by human traffickers. In such cases, the system will immediately and automatically send an alarm signal to the individual's relatives or relevant organizations.

[0010] Based on the same principle, this system can also be used to monitor key criminals as well as wild animals and high-level animals in zoos, such as tigers and lions. When they try to escape or become ill, an alarm signal will be immediately issued, which will play an immeasurable role in the safety and stability of the whole society. Once this system is widely adopted, its application prospects across society are virtually limitless. In many areas, anything that humans cannot solve can be easily addressed using artificial intelligence. It can play an unexpected and crucial role. It is no exaggeration to say that it is practically an all-powerful monitoring system. Attached Figure Description

[0011] The present invention will be further described below with reference to the accompanying drawings and a simple embodiment.

[0012] Appendix Figure 1 This diagram illustrates the internal control system of a portable, AI-powered wristwatch capable of automatically issuing health alerts in advance. The specific operation and implementation details are explained below. Detailed Implementation

[0013] like Figure 1 As shown: The AI-powered smartwatch is equipped with various precise micro-sensors and related software to monitor health indicators. Once the micro-sensors detect indicators approaching a health hazard, the control system immediately activates the execution system, which in turn triggers a terminal alarm, such as emitting an audible or vibration signal to the protected individual. In emergencies, it can also directly activate an emergency call signal to summon an ambulance for rescue.

Claims

1. A portable artificial intelligence monitoring instrument capable of automatically issuing health alarm signals in advance, characterized in that: When the health indicators of the protected individual become abnormal, an automatic reminder signal can be sent immediately in advance.

2. According to claim 1, a portable artificial intelligence monitoring instrument capable of automatically issuing health alarm signals in advance, characterized in that: The alarm signal can also be sent to a person pre-set by the protected object, a rescue organization, various instruments, or a robot.

3. According to claim 1, a portable artificial intelligence monitoring instrument capable of automatically issuing health alarm signals in advance, characterized in that: When a health emergency is discovered in the protected person, the emergency call system can be activated immediately to directly call an ambulance or other medical institutions or personnel to rush to the scene and carry out rescue.

4. According to claim 1, a portable artificial intelligence monitoring instrument capable of automatically issuing health alarm signals in advance, characterized in that: This system can also be applied to various nursing homes, hospitals, or home-based elderly care facilities.

5. According to claim 1, a portable artificial intelligence monitoring instrument capable of automatically issuing health alarm signals in advance, characterized in that: The system can also be used to monitor children. When a child goes out of the activity area or is abducted by human traffickers, the system will immediately and automatically send an alarm signal to their relatives or relevant departments.

6. According to claim 1, a portable artificial intelligence monitoring instrument capable of automatically issuing health alarm signals in advance, characterized in that: The system can also be used to monitor criminals, wild animals in zoos, or other large animals in zoos. When they show abnormal health conditions or attempt to escape, the system can automatically send out an alarm signal.

7. According to claim 1, a portable artificial intelligence monitoring instrument capable of automatically issuing health alarm signals in advance, characterized in that: The principle of this system can also be applied to society, to places that need monitoring but are inconvenient for people to monitor.

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