TW201431530A - Body temperature monitoring system and method - Google Patents

Abstract

A body temperature minoring system is provided. The body temperature minoring system includes a body temperature sensing end and a status minoring end. The body temperature sensing end is applied to a dead body with a remained body temperature. The dead body is placed on a suitable environment. A temperature of six portions of the dead body is sensed by the body temperature sensing end and is transferred to the status minoring end for minoring. Until the temperature of the six portions of the dead body has been stabilized to an environment temperature, the dead body is determined to be buried. By this way, an opportunity on back from the dead can be obtained.

Description

Body temperature monitoring system and body temperature monitoring method

The invention relates to a monitoring system and a monitoring method for body temperature, in particular to a body temperature monitoring system and a monitoring method for a body which is determined to be dead by a medical system and has body temperature. The temperature monitoring is performed on the six major body parts of the body until the body temperature drops to the ambient temperature close to the site, and after the stagnation is unchanged, it is determined that the subsequent funeral processing procedure can be performed according to the achievement of the state.

Today's mainstream medical measures for the determination of human death, usually take the basic conditions of permanent respiratory arrest, cardiac arrest and pupils do not respond to light exposure, and further can not be treated with organ failure, or completely lose physiological function, or brain death And so on, strengthen the conditions for confirmation.

The above-mentioned death determination ignores the fact that the body temperature and other residual physiological functions still exist. Once the death is determined, it is treated with a body that completely loses its physiology. Therefore, there is an act of immediately preserving the body with preservatives, freezing, and removing organs to completely destroy physiological functions. Unexplained scorpions are immediately buried, cremation or cremation according to the doctor's death.

However, there have been many cases of resurrection since the ancient times, and such false deaths have been revived during the period of observation and the temperature of the body remains.

Due to the blind spots and possible negligence of medical measures, there are cases of post-mortem resurrection since ancient times. Therefore, those who are pseudo-dead can be resurrected, but after being subjected to preservatives, freezing, direct burial, incineration, or organ harvesting, etc., completely destroying physiological functions, they are forced to accept second degree as if they were murdered. The fate of death, this gray area needs to be actively improved.

If you do not actively seek solutions, the current and future humans and animals may be victims of such hidden medical measures.

Therefore, the most serious problem at present is: the above-mentioned human tragedy caused by false death, how to effectively apply the body temperature monitoring system and body temperature monitoring method to eliminate the occurrence of this unfortunate event, which is the main research and development of this creation. One of the purposes.

Therefore, the present invention provides a body temperature monitoring system and a body temperature monitoring method, which are applied to a body that is determined to be dead by the medical system and has a body temperature, and the body is strictly prohibited from interfering with external force or destroying any residual physiological functions, and is quietly placed. During the monitoring period of natural cooling and cooling, the deceased also obtained the last line of self-resurrection until the body completely lost its body temperature. If the deceased can be resurrected by the timing of the remaining residual body temperature, the human tragedy of the second death after the false death can be completely ruled out.

It is an object of the present invention to provide a body temperature monitoring system. The body temperature monitoring system is applied to at least two body parts of the six body parts of a body, and the six body parts are respectively the top of the hair covering head, the outer part including the forehead, the left and right ears and the face of the chin, and the heart-based chest. The abdomen around the navel and the abdomen, the left and right knee joints and the surrounding, and the left and right feet are simultaneously subjected to temperature sensing of at least two body parts, and the body temperature monitoring system comprises an integrated temperature sensing end and a state monitoring end.

In the body temperature monitoring system, the body temperature sensing end includes at least two temperature sensors, a first processing module, a signal transmitting module, and a first power supply module. The temperature sensor is used to sense the temperature of the body surface of the body and output a temperature signal. The first processing module is configured to capture a temperature signal and calculate, record, and convert it into a transmission signal. The signal transmitting module is used to transmit the transmission signal. The first power supply module is configured to supply power of the body temperature sensing end.

In the body temperature monitoring system, the state monitoring terminal includes a signal receiving module, a second processing module, an information display, and a second power supply module. The signal receiving module is configured to receive the transmission signal from the signal transmitting module. The second processing module is configured to capture the transmission signal, and calculate, record, analyze, and transmit a warning message and a display message. The information display is used to receive and express the warning message and the display message sent by the second processing module. The second power supply module is configured to supply power of the state monitoring terminal.

In an embodiment, the status monitoring terminal further includes an information storage device for storing a data. In addition, the signal transmitting module can modulate the transmission signal into a wireless transmission signal, and connect a wireless transmitting antenna to radiate the transmission signal wirelessly. Signal receiving module is connected to a wireless receiving day The line can receive the above wireless transmission signal and demodulate and restore to the transmission signal. In addition, the signal transmitting module can directly transmit the transmission signal to the signal receiving module of the state monitoring terminal via the transmission line via a transmission line.

In another embodiment, the temperature sensor of the body temperature sensing end can be placed in contact or non-contact manner, such as wearing, pasting, binding or pressure bonding, on the body surface portion of the body. Moreover, the temperature sensor of the body temperature sensing end may be a heat radiation induction type or a regional temperature development type.

Another object of the present invention is to provide a method for monitoring body temperature, comprising the steps of: providing an integrated temperature monitoring system; and setting a six body surface portion of a body, wherein the six body parts are respectively the top of the hair covering head, the periphery including the forehead, and the left and right sides. The face of the two ears and the chin, the chest of the heart, the abdomen around the navel, the left and right knee joints and the surrounding, the left and right feet; using the body temperature monitoring system to perform at least two body parts at the same time Temperature sensing; monitoring until the temperature of the six major body parts is lower than or equal to an ambient temperature and the stagnation is constant, then the monitoring of the body temperature monitoring system is stopped. The ambient temperature is any temperature of a temperature, a water temperature, or a building such as a building that does not heat up by itself.

Still another object of the present invention is to provide a body temperature monitoring method comprising the steps of: providing an integrated temperature monitoring system; and setting a six body surface portion of a body, wherein the six body parts are respectively the top of the hair covering head, the periphery including the forehead, and the left and right sides. The face of the two ears and the chin, the chest of the heart, the abdomen around the navel, the left and right knee joints and the surrounding, the left and right feet; using the body temperature monitoring system to perform at least two body parts at the same time Temperature sensing; continuous monitoring to the top of the hair covering head When the temperature is relatively higher than the temperatures of the other five major parts, the monitoring of the body temperature monitoring system is stopped.

Another object of the present invention is to provide a body temperature monitoring method, comprising: providing an integrated temperature monitoring system; setting six body parts of a body, wherein the six body parts are respectively the top of the hair covering head, the periphery including the forehead, the left and right ears, and The face of the chin, the chest of the heart, the abdomen around the navel, the left and right knee joints and their surroundings, the left and right feet; the temperature monitoring of at least two parts of the body surface at the same time using the body temperature monitoring system The monitoring of the body temperature monitoring system is stopped when the temperature at the top of the hair covering head is continuously monitored to be higher than the temperatures of the other five major parts, and the temperatures of the other five major parts are lower than or equal to an ambient temperature. The ambient temperature is any temperature of a temperature, a water temperature, or a building such as a building that does not heat up by itself.

1‧‧‧ top of the head covered by hair

2‧‧‧The periphery contains the forehead, left and right ears and the face of the chin

3‧‧‧ Heart-based chest

4‧‧‧ Around and below the navel

5‧‧‧ Around the knee joint and its surroundings

12’‧‧‧First Processing Module

121’‧‧‧ transmission signal

13’‧‧‧Signal Transmission Module

15'‧‧‧First Power Supply Module

30‧‧‧ transmission line

6‧‧‧Two feet

10‧‧‧ body temperature sensing end

11‧‧‧Temperature Sensor

111‧‧‧Fitting surface

112‧‧‧temperature signal

12‧‧‧First Processing Module

121‧‧‧ transmission signal

13‧‧‧Signal transmission module

131‧‧‧Wireless transmit signal

14‧‧‧Wireless Transmitting Antenna

15‧‧‧First power supply module

20‧‧‧Status monitoring terminal

21‧‧‧Wire receiving antenna

22‧‧‧Signal receiving module

23‧‧‧Second processing module

24‧‧‧Information storage

25‧‧‧Information display

26‧‧‧Second power supply module

10'‧‧‧temperature sensing end

11'‧‧‧ Temperature Sensor

111’‧‧‧Fitting surface

112’‧‧‧temperature signal

20’‧‧‧ Status Monitor

22'‧‧‧Signal Receiver Module

23’‧‧‧Second processing module

24’‧‧‧Information storage

25’‧‧‧Information Display

26’‧‧‧Second power supply module

10"‧‧‧ body temperature sensing end

11”‧‧‧Temperature Sensor

112”‧‧‧temperature signal

12”‧‧‧First Processing Module

121”‧‧‧ transmission signal

13”‧‧‧Signal Transmission Module

15”‧‧‧First Power Supply Module

30’‧‧‧ transmission line

20”‧‧‧Status Monitor

22”‧‧‧Signal Receiver Module

23”‧‧‧Second processing module

24”‧‧‧Information storage

25”‧‧‧Information Display

26”‧‧‧Second power supply module

401‧‧‧ belly button

1 is a block diagram showing a body temperature monitoring system according to a first preferred embodiment of the present invention; and FIG. 2 is a block diagram showing a body temperature monitoring system according to a second preferred embodiment of the present invention; A block diagram of a body temperature monitoring system in accordance with a third preferred embodiment of the present invention; and FIG. 4 is a schematic view of the operation in accordance with the preferred embodiment.

The body temperature monitoring system of the present invention can monitor the body temperature change of the body in a contact mode or a non-contact mode. Please refer to FIG. 1. FIG. 1 is a block diagram showing a body temperature monitoring system according to a first preferred embodiment of the present invention. As shown in FIG. 1 , the first preferred embodiment of the body temperature monitoring system of the present invention is a contact configuration type and a wireless transmission body temperature signal type, and mainly includes an integrated temperature sensing terminal 10 and a state monitoring terminal 20 .

The body temperature sensing end 10 has a temperature sensor 112 that can monitor the temperature of the surface of the body and can output a temperature signal 112 by using a bonding surface 111, and a temperature signal 112 of the temperature sensor 11 can be extracted and applied The calculation, recording, and conversion temperature signal 112 becomes the first processing module 12 of the transmission signal 121, the signal transmission module 13 that can modulate the transmission signal 121 into a wireless transmission signal 131, and the wireless transmission signal 131 in a wireless manner. The wireless transmitting antenna 14 radiated out and a first power supply module 15 for supplying power for operating the above components.

The state monitoring terminal 20 has a wireless receiving antenna 21 that can receive the wireless transmitting signal 131, a signal receiving module 22 that converts the demodulable wireless transmitting signal 131 to the transmission signal 121, and a captured transmission signal 121, which is calculated and recorded. a second processing module 23 for transmitting warning messages and displaying messages, a information storage device 24 for storing information, and an information display for receiving and expressing warning messages and displaying messages from the second processing module 23 25. A second power supply module 26 for supplying power to the components.

In this embodiment, the body temperature sensing end 10 can have a plurality of temperature sensors 11 , and the plurality of temperature sensors 11 are worn, glued, and bound in a contact manner. Or pressure bonding, etc., at least two parts of the body surface of the body. The six body parts, as shown in Figure 4, are: 1. The top of the head covered by the hair is 1; 2. The periphery contains the forehead, the left and right ears, and the face of the chin 2; 3. The heart-based chest 3; 4 The abdomen around the navel 401 and below it; 5; the left and right knee joints and their surroundings 5; 6. the left and right legs 6. In addition, the temperature sensor 11 of the body temperature sensing end 10 can also be a heat radiation sensing type, which can be a single point temperature detecting infrared temperature detector, or a regional temperature developing thermal imaging sensor, or the like. Thermal radiation sensing type temperature sensor of the same type.

The present embodiment is applied to a body that has been determined to be dead by the medical system and has a body temperature, which is placed at an appropriate site and cooled by natural heat dissipation. The present invention has at least two parts in the six body parts of the body. At the same time, the temperature sensor 11 is separately arranged, and the temperature of each part is monitored by the body temperature sensing end 10, and the monitoring function of the state monitoring terminal 20 can clearly grasp and record the relative temperature of each relative part during the monitoring process. The evanescent state of the temperature of each part, and the final temperature loss state and time.

The timing of stopping the body temperature monitoring is very important. The body temperature monitoring system or the body temperature monitoring method of the present invention is based on the temperature change of the six parts of the body when the body temperature monitoring is stopped, and serves as a benchmark for subsequent treatment. The timing of the stop of the body temperature monitoring includes the following conditions: (a) The body temperature monitoring continues until the temperature of the six body parts of the body body falls to a temperature lower than or equal to the ambient temperature of the site, and when the stagnation is constant, the monitoring is stopped. (b) When the body temperature monitoring continues until the temperature at the top of the head covering the hair is relatively higher than the temperatures of the other five major parts, the monitoring is stopped. (c) Temperature monitoring continues until the top of the head of the hair is at a higher temperature than the other five The monitoring is stopped when the temperature of the part and the temperature of the other five parts are lower than or equal to the ambient temperature of the site. The ambient temperature mentioned above refers to any temperature of the temperature, water temperature, or building such as a building that does not heat up by itself. The temperature monitoring mentioned above reaches the timing of stopping the monitoring, and after stopping the monitoring, the remains are still allowed to stand still and naturally decooled and cooled until the temperature of the six major parts of the body is lower than or equal to the ambient temperature, and the temperature After the stagnation is unchanged, the subsequent funeral process can be carried out.

According to the history of monitoring and the identification records of temperature loss and stagnation, the deceased's genus can be sure that the physiology of the deceased has been completely lost and it is impossible to resurrect, and the genus itself is conscious of its filial piety. And the release of the dead, the deceased is to receive full respect and care. In addition to the two benefits of Mingyang, it also has a good folklore that highlights the cautious and filial piety.

If there is residual body temperature in any part of the six body parts of the body, it is considered to have the physiological function of self-resurrection, and it is fully protected and respects its precious continuing living rights.

Referring to FIG. 2, FIG. 2 is a block diagram showing a body temperature monitoring system according to a second preferred embodiment of the present invention. As shown in FIG. 2, the second preferred embodiment of the body temperature monitoring system of the present invention is a type of contact configuration type and wired transmission body temperature signal. The main difference compared with the first preferred embodiment is that the body temperature signal is The type of wired transmission.

In the second preferred embodiment, an integral temperature sensing end 10' and a state monitoring end 20' are also included.

The body temperature sensing end 10' has: a monitoring surface 111' can be used The body surface of the body is capable of outputting a temperature sensor 112' of the temperature signal 112', a temperature signal 112' of the temperature sensor 11', and calculating, recording, and converting the temperature signal 112' into a The first processing module 12' of the transmission signal 121', a signal transmission module 13' capable of transmitting the transmission signal 121', and a transmission line 30 can directly transmit the transmission signal 121' via the physical line, and supply the above components. The first power supply module 15' that operates the power. As in the foregoing embodiment, in the six major body parts of the body, at least two places are simultaneously provided with temperature sensors 11' to simultaneously monitor a plurality of parts.

The status monitoring terminal 20' has a signal receiving module 22' connected to the transmission line 30 via the physical line, and a transmission signal 121' for calculating, recording, analyzing and transmitting the warning message and the second processing mode of the message. a group of 23's, a information storage device 24' for storing information, an information display 25' for receiving and displaying a warning message and a display message sent by the second processing module 23', and a second power supply for supplying the component Power supply module 26'.

The main feature is that the signal transmitting module 13' directly transmits the transmission signal 121' via a transmission line 30 to the signal receiving module 22' of the state monitoring terminal 20' via the physical line, and the remaining structural parts are the same as the first embodiment. . In this way, the main explanation is that the signal transmission method has another option according to requirements.

Please refer to FIG. 3, which is a block diagram of a body temperature monitoring system according to a third preferred embodiment of the present invention. As shown in Fig. 3, the third preferred embodiment of the body temperature monitoring system of the present invention is of the type of thermal radiation inductive (non-contact), wired transmission body temperature signal.

In the third preferred embodiment, the integrated temperature sensing end 10" is also included. A state monitoring terminal 20".

The body temperature sensing end 10" has a temperature sensor 11" that can monitor the temperature of the body surface portion and can output a temperature signal 112", and a temperature signal 112" that can capture the temperature sensor 11" and The calculation, recording, and conversion temperature signal 112" becomes the first processing module 12" of a transmission signal 121", a signal transmission module 13" that can transmit the transmission signal 121", and a transmission line 30' can transmit the signal 121" And transmitting directly through the physical line, and a first power supply module 15" for supplying power to the above components. As in the foregoing embodiment, in the six major body parts of the body, at least two parts are simultaneously provided with temperature sensors 11" at the same time to simultaneously monitor the plurality of parts.

The status monitoring terminal 20" has: a signal receiving module 22" connected to the transmission line 30' via a physical line, and a transmission signal 121" for calculating, recording, analyzing, and transmitting a warning message and a second display message. The processing module 23", an information storage device 24" for storing information, an information display 25" for receiving and displaying the warning message and the display message sent by the second processing module 23", and a power supply for supplying the component The second power supply module 26".

The main feature is that the temperature sensing end 10" has a temperature sensor 11" which is a thermal radiation sensing type, can be a single point temperature detecting infrared temperature detector, or a regional temperature imaging thermal imaging sensing Temperature sensor for the same function as the heat radiation induction type.

It is worth mentioning that the body temperature monitoring system of the present invention can be used for body temperature monitoring of living bodies in addition to monitoring the body temperature loss and change state of the body by means of contact or non-contact means, in order to obtain a record of body temperature changes. Information, as a physician to grasp the physiological status of patients, and the reference indicators of conditioning physiological functions.

The invention also provides an integrated temperature monitoring method, the steps comprising: providing an integrated temperature monitoring system; setting six body parts of a body; using the body temperature monitoring system to perform temperature sensing of at least two body parts at the same time; continuous monitoring When the temperature reaches a preset timing, the monitoring of the body temperature monitoring system is stopped.

The above-mentioned preset timing is caused by the following conditions: (a) when the temperature of the six major body parts of the body is lower than or equal to the ambient temperature and is stagnant. (b) When the temperature at the top of the head covered by the hair is relatively higher than the temperatures of the other five major parts. (c) When the temperature at the top of the head covered by the hair is relatively higher than the temperatures of the other five major parts, and the temperatures of the other five major parts are all lower than or equal to an ambient temperature. The ambient temperature mentioned above refers to any temperature of the temperature, water temperature, or building such as a building that does not heat up by itself.

The above-mentioned body temperature monitoring method applies the body temperature monitoring system to the six major body parts of the body; specifically, the temperature sensor of the body temperature monitoring system is used in the six major body parts in a contact manner or a non-contact manner, At least two parts are arranged at the same time to monitor the temperature of each part separately, so that the change of the body temperature of the monitored part can be clearly grasped and recorded, and the temperature of the relative part at the same time can be relatively high and low; The temperature monitoring reaches the timing of stopping the monitoring, and after stopping the monitoring, the remains are still allowed to stand and let them cool down naturally until the temperature of the six major parts of the body is lower than or equal to the ambient temperature, and the temperature After the stagnation is unchanged, the subsequent funeral process can be carried out.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. The simple equivalent changes and modifications made by the scope of the invention and the description of the invention are still It is within the scope of the patent of the present invention.

Summarizing the above statement, one of the main purposes of the present invention is to remedy the blind spots and possible negligence of the death of mainstream medical measures. The body temperature monitoring system and the body temperature monitoring method disclosed by the invention provide the time for the false death to utilize the remaining residual body temperature, and obtain the last vitality of the self-recovery. This completely eliminates the human tragedy of the second death and the resurrection of the false death. Further, it is more important to remind the medical staff who are interested, to improve the judgment of death, and to give more powerful care and care to the possible false deaths. The invention can also change the funeral industry, treat the remains with more solemn and prudent manners, give the survivors more reasonable treatment, and do their best to respect the deceased.

10‧‧‧ body temperature sensing end

11‧‧‧Temperature Sensor

111‧‧‧Fitting surface

112‧‧‧temperature signal

12‧‧‧First Processing Module

121‧‧‧ transmission signal

13‧‧‧Signal transmission module

131‧‧‧Wireless transmit signal

14‧‧‧Wireless Transmitting Antenna

15‧‧‧First power supply module

20‧‧‧Status monitoring terminal

21‧‧‧Wire receiving antenna

22‧‧‧Signal receiving module

23‧‧‧Second processing module

24‧‧‧Information storage

25‧‧‧Information display

26‧‧‧Second power supply module

Claims (10)

A body temperature monitoring system is applied to at least two body parts of a body surface of a body, wherein the six body parts are respectively the top of the hair covering head, the periphery including the forehead, the left and right ears, and the face of the chin, and the heart is mainly The chest, the abdomen around the navel and the abdomen, the left and right knee joints and the surrounding, the left and right feet, the temperature sensing of at least two body parts at the same time, the body temperature monitoring system comprises: an integrated temperature sensing end, comprising: At least two temperature sensors for sensing the temperature of the body surface of the body and outputting a temperature signal; a first processing module for capturing the temperature signal, calculating, recording, and converting into a transmission a signal transmitting module for transmitting the transmission signal; and a first power supply module for supplying power of the body temperature sensing terminal; and a state monitoring terminal comprising: a signal receiving module for Receiving the transmission signal from the signal transmitting module; a second processing module for capturing the transmission signal, and calculating, recording, analyzing, and transmitting a warning And a display message; an information display for receiving and expressing the warning message and the display message transmitted by the second processing module; and a second power supply module for supplying power of the status monitoring terminal . For example, the temperature monitoring system of claim 1 further includes: a information storage device for storing a message. The temperature monitoring system of claim 1, wherein the signal transmitting module can modulate the transmission signal into a wireless transmission signal, and connect a wireless transmitting antenna to radiate the transmission signal wirelessly, and the signal receiving module is connected to a wireless device. The receiving antenna can receive the wireless transmission signal and demodulate and restore the transmission signal. The body temperature monitoring system of claim 1, wherein the signal transmitting module transmits the transmission signal to the signal receiving module of the state monitoring terminal via the transmission line via the transmission line. The temperature monitoring system of claim 3 or 4, wherein the temperature sensor of the body temperature sensing end is disposed in a contact manner on the body surface portion of the body, and the contact manner may be wearing, pasting, binding or pressure bonding. The temperature monitoring system of claim 3 or 4, wherein the temperature sensor of the body temperature sensing end senses the temperature of each body surface portion of the body in a non-contact manner. The temperature monitoring system of claim 3 or 4, wherein the temperature sensor of the body temperature sensing end is a heat radiation induction type or a regional temperature development type. A method for monitoring body temperature comprises: providing an integrated temperature monitoring system; setting six body parts of a body, wherein the six body parts are respectively the top of the hair covering head, the periphery including the forehead, the left and right ears, and the face of the chin Position, heart-based chest, abdomen around the navel and below, left and right knee joints and their surroundings, left and right feet; use the body temperature monitoring system to perform temperature sensing of at least two body parts at the same time; Continuous monitoring until the temperature of the six major body parts is lower than or equal to an ambient temperature and the stagnation is constant, the monitoring of the body temperature monitoring system is stopped; wherein the ambient temperature is one of the temperature around the body, a temperature of the water, or a Any temperature of a building or other substance that does not heat up by itself. A method for monitoring body temperature comprises: providing an integrated temperature monitoring system; setting six body parts of a body, wherein the six body parts are respectively the top of the hair covering head, the periphery including the forehead, the left and right ears, and the face of the chin, the heart The main chest, the abdomen around the navel and the lower abdomen, the left and right knee joints and their surroundings, the left and right feet; use the body temperature monitoring system to perform temperature sensing of at least two body parts at the same time; and continuously monitor to When the temperature at the top of the hair covering head is relatively higher than the temperatures of the other five major parts, the monitoring of the body temperature monitoring system is stopped. A method for monitoring body temperature comprises: providing an integrated temperature monitoring system; setting six body parts of a body, wherein the six body parts are respectively the top of the hair covering head, the periphery including the forehead, the left and right ears, and the face of the chin Position, heart-based chest, abdomen around the navel and below, left and right knee joints and their surroundings, left and right feet; use the body temperature monitoring system to perform temperature sensing of at least two body parts at the same time; Continuous monitoring until the temperature at the top of the hair covering head is relatively higher than the temperatures of the other five major parts, and the temperature of the other five major parts is lower than or equal to an ambient temperature, then the monitoring of the body temperature monitoring system is stopped; wherein the environment The temperature is any temperature of a temperature, a water temperature, or a building such as a building that does not heat up by itself.