TW201629893A - Acute illness mobile ambulance method - Google Patents

Abstract

An acute illness mobile ambulance method is disclosed comprises steps: allowing a mobile communication device to be carried by a to-be-rescued person, wherein the mobile communication device includes a distress module linked to a distress signal having parameters of the to-be-rescued person, and a rescuer having a receiving and interpretation device. When the distress module is triggered, signals can be received by general medical message unit associated with the to-be-rescued person and by the rescuer having the receiving and interpretation device. Meanwhile, the general medical message unit associated with the to-be-rescued person would immediately provide the general medical message associates with the to-be-rescued person into a cloud such that the rescuer having the receiving and interpretation device can download therefrom to quickly move to the location of the to-be-rescued person and transfer he/sher to a medical center for emergency medical service. As a result, the to-be-rescued person can get quick rescue and effective medical care. Therefore, if the to-be-rescued person needs to be rescued and medical care, as long as the distress module is triggered, not only an address coordinate of the current location of the to-be-rescued person can be sent to the rescuer to allow the rescuer know exactly rescue location and quickly attending the location, but also the rescuer can download body information of the to-be-rescued person from the cloud to prepare related medical personnel, medicines and equipment in advance, thereby further saving rescue time, lest it waste precious rescue time due to rescuer having incomplete information resulted from the to-be-rescued person incapable of completely describing related information before losing consciousness.

Description

Emergency action rescue method

The invention relates to an emergency operation ambulance method, which specifically means that when a rescuer sends a distress message, the ambulance person can immediately know the complete information of the rescued person, so that the ambulance person can quickly provide a complete ambulance.

When the traditional agricultural society is transformed into an industrial society and a commercial society, it means that the working population flocks to factories and companies in the metropolis. The original big family is gradually divided into small families or single people, and the elderly are gradually staying in rural society or To become a living alone, mutual care has become more and more difficult.

With the development of industry and commerce and the extension of human life, the working population is not normal due to work stress and eating and drinking. Chronic diseases such as heart disease, high blood pressure and high and low blood sugar are plagued by middle-aged and even young people. The degradation is not exempt from the above chronic diseases.

These chronic diseases represent a partial loss of the body's metabolic function. Once there are more adverse parameters for these chronic patients, these chronic patients may develop disability or a more serious disability process and cause loss of life.

At present, when these chronic diseases encounter small families (members often live at home or with incapacitated young children) or live alone or even live alone, emergency situations require emergency care, and many times they need to fight themselves. The phone calls for help from the 119 fire department. At present, it may be very painful to the body and mind, but the current need to address the basic personal parameters such as address, name, age, and symptoms to the fire department, may be beyond the ability of the non-rescue person, and the insufficient information will make the first-aid fire rescue personnel must have more It takes a lot of time to find the rescued person, so it is very likely to delay the rescue time.

Even if the firefighters find a place to live, 100,000 people will be moved to the rescued person's place. If the firefighters can do it because they don't have a medical certificate, they can only move the rescued person to the ambulance. They can only use the physiological monitor material to watch the rescued person. When the physiological value is moved to the medical institution, the emergency doctor can check the physiological value one by one before he can judge the subsequent treatment. It takes time to count. If the rescuer loses consciousness, there is no family around. If you have a heart disease such as acute cardiovascular disease, you need to do active treatment within 20 minutes of the onset (such as cardiovascular bypass, stent). If it is a stroke, you need to inject within 40 minutes of the illness. Many drugs have time to treat gold. If you miss these times, I am afraid that many situations will become irreversible and will last at most, but many normal physiology will be lost due to delay in treatment, resulting in a lot of regrets, even in medical institutions. After the diagnosis, I found the above situation, but there is no specialist, professional equipment and drugs, but I still have not done it. Give and timely treatment.

There are also treatments that are high-risk and invasive, but when the rescued person loses consciousness, they need the family to sign the surgical consent form, but they are delayed because they can't wait for the family to delay the gold treatment period.

Therefore, in response to the above-mentioned emergency rescue, a set of methods is needed to change the current system for effective treatment.

An emergency rescue method, especially a rescuer who sends a distress message At the time, it includes: a mobile communication device, so that it is allowed to be carried by the rescuer, the mobile communication device has a help-seeking module, and the distress module connects the distress signal of the parameter of the rescuer, and the receiving and interpreting device. The rescuer, when the help-seeking module is triggered, can receive at least the rescuer who has the normal medical information information of the rescuer and the rescuer who has the receiving and interpreting device. At this time, the rescuer has the medical information unit of the rescuer. Immediately put the prospective medical information of the rescuer into the cloud, so that the rescuer with the receiving and interpreting device can download, quickly move to the rescued person's premises, and transfer to the medical institution for emergency treatment, so that the rescued person can get quickly Rescue and emergency and effective ambulance. When the rescuer needs rescue and ambulance, he only needs to trigger the rescue module, in addition to sending the address coordinates of the location to the rescuer, so that the rescuer can clearly know the place to be rescued and quickly rush. In addition to the rescue, the rescuer can also download the body information of the rescued person via the cloud, and prepare the relevant medical person first. , Drugs and equipment, the rescuers help save more time, to avoid being lost before rescuers can not be a complete description of the relevant information, the ambulance did not complete information, wasting precious rescue time.

(1) ‧‧‧ mobile communication devices

(11)‧‧‧ touch screen

(12)‧‧‧ memory

(13)‧‧‧Central Processing Unit

(14) ‧‧‧Communication Module

(15)‧‧‧Battery

(16)‧‧‧Output and connection module

(2) ‧‧‧Help Module

(21)‧‧‧virtual buttons

(22)‧‧‧ parameters

(23) ‧ ‧ ambulance

(231)‧‧‧Fire units

(232) ‧ ‧ medical unit emergency

(233) ‧‧‧Family of the rescued

(A) ‧ ‧ prospective recipients of medical information information units

(B) ‧‧‧Cloud

The first figure is a block diagram of the mobile communication device of the present invention.

The second figure is a block diagram of the mobile communication device APP of the present invention.

The third figure is a block diagram of the virtual button flow of the present invention.

The fourth figure is a block diagram of the first notification process of the virtual button of the present invention.

The fifth figure is a block diagram of the second notification process of the virtual button of the present invention.

The sixth figure is a schematic diagram showing the continuation data of the rescuer of the present invention.

Referring to FIG. 1 , the mobile communication device (1) has at least a touch screen (11), a memory (12), a central processing unit (13), a communication module (14), a battery (15), and an output. Into the connection module (16).

The touch screen (11) is preferably a capacitive and resistive touch screen, so that the mobile communication device (1) forms a desktop structure, and the memory (12) includes a read-only memory and a random memory. The memory RANDOM ACCESS MEMORY and the memory card MEMORY CARD, the central processing unit (13), can process the programs and data in the memory (12), and the communication module (14) includes the currently used GSM/GPRS/EDGE 850/900. /1800/1900MHz-, HSPA+42Mbps, 850/900/1900/2100MHz/LTE Cat 4, B1 (2100), B3 (1800), B5 (850), B7 (2600), B8 (900), B20 (800 ), WiFi 802.11 a/b/g/n, GPS, GLONASS, battery (15) is currently used as a lithium polymer battery of 2500MAH or above, and the input/output connection module (16) is USB2.0 or higher, which can upload and download data and The battery is charged, and the mobile device is a commercially available smart phone or tablet or wearable device of the mobile communication device (1) of Android or IOS or WINDOW operating system.

Referring to FIG. 2, a help module (2) is a virtual mode, using a program such as Java to create a virtual button (21), that is, a touch screen (11) of the mobile communication device (1). When the touch screen (11) of the mobile communication device (1) is awakened, the virtual button (21) is simultaneously displayed.

Referring to FIG. 3, when the virtual button (21) is pressed, the virtual button (21) simultaneously connects the GPS, GLONASS, GSM/GPRS/EDGE of the communication module (14) in the mobile communication device (1). 850/900/1800/1900MHz-, HSPA+42Mbps, 850/900/1900/2100MHz/LTE Cat 4, B1 (2100), B3 (1800), B5 (850), B7 (2600), B8 (900), B20 (800), WiFi 802.11 a/b/g/ n such that it downloads the coordinates of the google map where the mobile communication device (1) is located, and the geographic coordinates of the outdoor GPS, GLONASS mobile communication device (1), and the name, address, telephone number, identity card number, birthday, blood type The parameters of the rescued person (22).

Please refer to the fourth to sixth figures and the attached one. At the same time, press the virtual button (21) and the virtual button (21) is simultaneously connected to the memory (12) in the mobile communication device (1). The rescuer (23) with the receiving and interpreting device includes the fire department (231), the emergency unit of the medical unit (232) and the family of the rescued person (233), and can include at least the normal medical information of the rescued person. The information unit (A) and the rescuer with the receiving and interpreting device are received. At this time, the medical information unit with the prospective rescuer will immediately put the medical information of the rescuer into the cloud (B) for receiving and interpreting. The rescuer of the device can download it.

Therefore, when the rescuer presses the virtual button (21) of the mobile communication device (1), the rescuer (23) having the receiving and interpreting device can immediately obtain the name and address of the rescuer including the geographic coordinates and the prospective rescuer. The telephone number, the ambulanceman (23) provides the information of the prospective rescued person's medical information to the cloud through the emergency medical information unit of the prospective rescuer. After downloading, the age, sex, blood pressure, weight, and chronic disease of the rescued person can be obtained. History and the history of major injuries and illnesses (22), the fire department can immediately dispatch according to the geographical coordinates, and the emergency unit of the medical unit can immediately prepare according to the age, sex, blood pressure, weight, chronic disease history and major injury history of the rescued person. Relevant medical equipment and specialists, immediately assisted by the family of the rescuer, or contacted with the emergency unit of the fire unit medical unit to provide backup or intrusive medical treatment after being rescued by the rescuer agree.

The age, sex, blood pressure, weight, chronic disease history and major injury history of the prospective rescuer are formatted in a form format that allows the rescuer with the receiving and interpreting device to receive the message and receive the message clearly and completely.

The rescuer receives and interprets the device as a communication module PC, tablet or smart phone.

When the rescuer moves to the rescued person's premises, the rescuer can transmit the immediate information of the rescued person to the medical institution, so that the medical institution can prepare the relevant medical personnel, drugs and equipment, especially when the rescuer (fire department) moves. When you arrive at the rescued person's premises and find that you need emergency conditions such as carbon monoxide poisoning and electric shock, you can ask the medical institution for emergency treatment to prepare the relevant medical personnel, drugs and equipment according to the site conditions.

When the rescuer triggers the help-seeking module, the continuation page data is displayed on the mobile communication device, and the rescuer can click and continue to transmit to the rescuer, so that the rescuer can also prepare for the relevant needs. Medical staff, drugs and equipment.

Therefore, the present invention has the following enhancements in efficacy:

1. The place to be rescued is clear: when the rescuer needs to rescue, he only needs to press the mobile communication device (1) virtual button (21), no need to call 119, and the relevant address information is narrated, so that the rescued person can be alone, as long as he can By making a button action, the rescuer can get a complete address message and increase the chances of being rescued.

2, the symptoms are clear: after the rescuer presses the mobile communication device (1) virtual button (21), it will be received by the rescuer, the rescuer can get the rescuer parameters (age, gender, blood pressure) after downloading through the cloud , weight, chronic disease history and major injury history) It is expected that the medical institutions and medical personnel, drugs and equipment required for the preparation of the medical institutions will be increased, so that the rescued people will be given more opportunities to be rescued.

3. Complete notice of the ambulance personnel: After the rescuer presses the mobile communication device (1) virtual button (21), the ambulance personnel with the receiving and interpreting device include the fire department, the emergency unit of the medical unit and the rescued person. Family members can participate in rescue operations, making rescue time or rescue instructions and preparation time shorter, especially when invasive treatment is required and family members need to sign relevant consent documents, because family members can be notified in time to be rescued. Opportunities increase.

In fact, this application has been implemented, has not been disclosed, and has improved efficiency. It also conforms to the principles of public interest, private benefits, timeliness and convenience, and conforms to the basis of patent requirements and administrative authorization. Therefore, it is required to grant invention patents. In accordance with the law.

(1) ‧‧‧ mobile communication devices

(11)‧‧‧ touch screen

(12)‧‧‧ memory

(13)‧‧‧Central Processing Unit

(14) ‧‧‧Communication Module

(15)‧‧‧Battery

(16)‧‧‧Output and connection module

Claims (10)

The emergency operation rescue method includes: a mobile communication device, so that it is allowed to be carried by the rescuer, the mobile communication device has a help-seeking module, and the help-seeking module connects the distress signal of the parameter of the prospective rescuer, and has the receiving and The rescuer of the interpretation device, when the rescue module is triggered, can receive at least the rescuer who has the normal medical information information of the rescuer and the rescuer who has the receiving and interpreting device, and at this time, the rescuer has the medical care of the rescuer. The information and information unit immediately put the rescuer's medical information into the cloud, so that the rescuer with the receiving and interpreting device can download it, quickly move to the rescued person's premises, and transfer to the medical institution for emergency treatment, so that the rescued person can Get quick rescue and emergency and effective ambulance. The emergency action ambulance method according to claim 1, wherein the mobile communication device is a smart type having at least a touch screen, a memory, a central processing unit, a communication module, a battery, and an input/output connection module. Mobile phone or tablet or wearable device. For example, the emergency action ambulance method of claim 1 is the rescue module, which establishes a button in a virtual manner. For example, in the emergency operation method of claim 1, wherein the distress signal includes the geographic coordinates, name, address, telephone number, identity card number, birthday, and blood type of the rescuer. For example, in the emergency operation method of claim 1, wherein the distress signal includes a firefighting unit, a medical unit, an emergency department, and a family member of the rescued person. For example, the emergency action ambulance method of claim 1 of the patent scope, wherein the quasi-responder is flat The Japanese medical message contains the age, sex, blood pressure, blood oxygen, blood sugar, weight, chronic disease history, and major injury history of the prospective recipient. For example, the emergency operation method of claim 6 of the patent scope, wherein the prospective rescuer's age, sex, blood pressure, weight, chronic disease history, pre-first aid history and major injury history, the data format is produced in a form format. For example, the emergency operation method of claim 1 is the rescuer receiving and interpreting device, and the device is a communication module personal computer, a tablet computer or a smart phone. For example, in the emergency action rescue method described in the first paragraph of the patent application, when the rescuer moves to the rescued person's premises, the rescuer can transmit the instant information of the rescued person to the medical institution, so that the medical institution can prepare the relevant medical personnel first. , drugs and equipment. For example, in the emergency action rescue method of claim 1, when the help-seeking module is triggered, the continuation page data is displayed on the mobile communication device, and the person to be rescued can continue to transmit to the rescuer after clicking.