CN104732682B - Wearable Fire Reminder Equipment and Escape Reminder System - Google Patents

Abstract

The invention relates to wearable fire-fighting reminding equipment and an escape reminding system. The escape reminding system comprises a servo device and a wearable fire-fighting reminding device wirelessly connected with the servo device, wherein the wearable fire-fighting reminding device comprises at least one temperature sensing unit, at least one physiological sensing unit and a portable action device, the portable action device displays and reminds a wearer wearing fire-fighting clothing to have the own body temperature and physiological condition, and the escape reminding effect of the wearer is guided by the aid of a moving state path of the portable action device.

Description

Wearable Fire Reminder Equipment and Escape Reminder System

technical field

The present invention relates to a wearable fire-fighting reminder equipment and an escape reminder system, especially a device that reminds the wearer of his body temperature and physiological condition, and guides the wearer to escape with the help of a portable mobile device in the moving state. A wearable fire alarm equipment and an escape reminder system that achieve the effect of escape guidance.

Background technique

Because when a fire breaks out, firefighters are the first-line people who go to the fire scene for rescue, so the safety of firefighters has been paid attention to. At present, the plurality of firefighters in the fire scene follow the instructions of the commander outside the fire scene (such as the firefighter captain) through the radio walkie-talkie to carry out fire extinguishing, and each firefighter in the fire scene cannot know their own body temperature when they are busy with extinguishing the fire. and physiological conditions, so that the lives of firefighters are likely to be threatened. For example, firefighters are prone to burns (or burns) due to high body temperature, or faint due to abnormal heartbeat.

In addition, when evacuating when the fire in the fire is too large, the firefighters cannot see the route to the door because of the dense smoke in the fire, so each firefighter walks along the fire in the fire all the way. The water pipe is evacuated to the outside of the fire scene, but if there is no water source in the fire water pipe, it will easily cause the firefighters in the fire scene to be unable to evacuate along the fire pipe in their hands, so that the life of the firefighters is threatened, and the fire outside the fire scene The captain of the firefighters cannot immediately know the location of the firefighters in the fire scene, and is relatively unable to guide the escape routes of the firefighters in the fire scene. In addition, when each firefighter in the fire scene temporarily evacuates to the outside of the fire scene, the evacuated firefighters will continue to spray water on the fire scene outside the fire scene, but at this time the firefighter captain will not immediately respond to the evacuation. The number of firefighters was called, so that no one knew about the firefighters who had not yet evacuated. After the entire fire scene was stably extinguished, the firefighter captain thought it was too late to call the number of firefighters and missed the golden opportunity to save lives. As a result, the firefighters who did not evacuate were killed.

Therefore, how to solve the above-mentioned existing problems and deficiencies is the direction that the inventor of this case and the relevant manufacturers engaged in this industry eagerly want to study and improve.

Contents of the invention

Therefore, in order to effectively solve the above-mentioned problems, an object of the present invention is to provide a wearable fire-fighting reminder device capable of reminding the wearer of his own body temperature and physiological condition.

Another object of the present invention is to provide a wearable fire-fighting reminder equipment with reminder and escape guidance, or with reminder, escape guidance and the effect of identifying and recording the wearer's identity.

Another object of the present invention is to provide an escape warning system capable of reminding the wearer of his body temperature and physiological condition.

Another object of the present invention is to provide an escape reminder system with reminders and escape guidance, or with reminders, escape guidance, and the effect of identifying and recording the identity of the wearer.

In order to achieve the above purpose, the present invention provides a wearable fire alarm device for reminding a wearer of his body temperature and physiological condition. The wearable fire alarm device includes at least one body temperature sensing unit, at least one physiological sensing unit and A portable mobile device, the body temperature sensing unit is used to sense the body temperature of the aforementioned wearer wearing a fire-fighting clothing to generate a body temperature sensing signal, and the physiological sensing unit is used to sense the wearer wearing the fire-fighting clothing Physiological conditions to generate a physiological sensing signal, the portable mobile device communicates with the body temperature sensing unit and the physiological sensing unit, the portable mobile device includes a processing unit, a reminder and guidance application program and a display unit, the processing unit generates body temperature sensing information and physiological sensing information respectively according to receiving the body temperature sensing signal and the physiological sensing signal, and the processing unit executes and reads the reminder and guidance application program, the reminder and The guide application program displays the body temperature sensing information and physiological sensing information through the display unit; therefore, through the design of the wearable fire alarm equipment of the present invention, the effect of instantly reminding the wearer of his body temperature and physiological status can be effectively achieved , and then can also achieve the effect of escape guidance.

The present invention also provides an escape reminder system, which includes at least one wearable fire alarm equipment and a servo device, the wearable fire alarm equipment includes at least one body temperature sensing unit, at least one physiological sensing unit and a portable mobile device, The body temperature sensing unit is used to sense the body temperature of a wearer wearing a fire-fighting clothing to generate a body temperature sensing signal, and the physiological sensing unit is used to sense the physiological condition of the wearer wearing the fire-fighting clothing to generate a physiological Sensing signals, the portable mobile device communicates with the body temperature sensing unit and the physiological sensing unit, the portable mobile device includes a processing unit, a reminder and guidance application program and a display unit, the processing unit receives The body temperature sensing signal and the physiological sensing signal respectively generate a body temperature sensing information and a physiological sensing information, and the processing unit executes and reads the reminding and guiding application program, the reminding and guiding application program senses the body temperature The measurement information and physiological sensing information are output through the display unit, and the server device is wirelessly connected to the portable mobile device to receive and store the body temperature sensing information and the physiological sensing information corresponding to the portable mobile device, Allow other firefighters (such as firefighters to be the chief) to connect to the server device to query and watch the body temperature sensing information and the physiological sensing information corresponding to the portable mobile device, so that it can effectively remind the wearer of his body temperature The effect of physical condition, as well as the effect that other firefighters can be reminded and grasp the physical condition of the wearer in real time, and then the effect of escape guidance can also be achieved.

In one embodiment, the body temperature sensing unit is located on the inner side of the fire fighting clothing corresponding to the wearer, and it has a first wireless transmitter, a first battery and a body temperature sensor, the body temperature sensor The first wireless transmitter is electrically connected to the first battery, and the first wireless transmitter wirelessly transmits the aforementioned body temperature sensing signal generated by the body temperature sensor to the processing unit of the portable mobile device. The first battery is used for providing power to the body temperature sensor and the first wireless transmitter.

In one embodiment, the physiological sensing unit is arranged on the inner side of the fire-fighting clothing and correspondingly contacts the wearer's heart, and it has a second wireless transmitter, a second battery and a physiological sensor. The sensor is electrically connected to the second wireless transmitter and the second battery, and the second wireless transmitter will receive the aforementioned physiological sensing signal generated by the physiological sensor and wirelessly transmit it to the processing of the portable mobile device unit, the second battery is used to provide power to the second wireless transmitter and the physiological sensor.

In one embodiment, the monitoring and reminding device further includes a pressure sensing unit, which is installed on an oxygen cylinder to sense the pressure of an oxygen cylinder to generate a pressure sensing signal, and the pressure The sensing unit has a third wireless transmitter, a third battery and a pressure sensor, the pressure sensor is electrically connected to the third wireless transmitter and the third battery, and the third wireless transmitter will receive the The pressure sensing signal is transmitted to the processing unit of the portable mobile device in a wireless manner, and the processing unit generates an oxygen cylinder pressure information according to receiving the pressure sensing signal, and the reminder and guidance application program combines the body temperature sensing information with the physiological sense The measurement information and the pressure information of the oxygen cylinder are displayed through the display unit, and the third battery is used to provide power to the third wireless transmitter and the pressure sensor, and the server device receives and stores the information transmitted by the portable device The aforementioned body temperature sensing information, the physiological sensing information and the pressure information of the oxygen cylinder.

In one embodiment, the monitoring and reminding device further includes an identification unit, which is set on the fire-fighting clothing, and it is provided with an identification chip and a first antenna, and the identification chip is electrically connected to the first antenna to pass The first antenna is wirelessly connected to an external interface.

In one embodiment, the external interface includes a reader and a second antenna wirelessly connected to the first antenna, and the reader receives and reads an identification sent by the first antenna of the identification unit through the second antenna. Information, the identification chip is a radio frequency identification chip, and a wearer's name and a work identification code are stored in the identification chip, and the server device receives and stores the identification information transmitted by the second antenna of the reader.

In one embodiment, the portable mobile device includes a transceiver unit, a positioning unit, and a battery, the battery is electrically connected to the processing unit, the positioning unit, the transceiver unit, and the display unit, and the positioning unit is electrically connected to the processing unit A unit, which generates a positioning signal according to the position of the portable mobile device, the processing unit is electrically connected to the transceiver unit, the positioning unit and the display unit, and the transceiver unit is wirelessly connected to the first and second wireless transmitters for The body temperature sensing signal and physiological sensing signal received from the first and second wireless transmitters are sent to the processing unit, and the processing unit generates a path information according to the received positioning signal, and the reminder and guidance application program sends the The path information of the moving state of the portable mobile device is displayed through the display unit, and the server device receives and stores the body temperature sensing information, the physiological sensing information and the path information corresponding to the portable mobile device.

In one embodiment, the communication connection is a wired connection or a wireless connection.

In one embodiment, the server device communicates with a terminal device, and the terminal device is connected to a webpage platform of the server device, and can query and view the body temperature sensing information and physiological information corresponding to the portable mobile device stored in the server device. Sensing information, the aforesaid portable mobile device uses the reminder and guidance application program, and registers the data on the webpage platform of the server device through a wireless connection.

Description of drawings

FIG. 1 is a schematic block diagram of a first preferred embodiment of the present invention.

FIG. 2A is a schematic perspective view of the first preferred embodiment of the present invention.

Fig. 2B is a schematic diagram of the implementation of the first preferred embodiment of the present invention.

FIG. 3 is a schematic diagram of information displayed on the portable mobile device according to the first preferred embodiment of the present invention.

FIG. 4 is a schematic block diagram of a second preferred embodiment of the present invention.

FIG. 5A is a schematic perspective view of the second preferred embodiment of the present invention.

Fig. 5B is a schematic diagram of the implementation of the second preferred embodiment of the present invention.

FIG. 6 is a schematic diagram of information displayed on the portable mobile device according to the second preferred embodiment of the present invention.

FIG. 7 is a schematic block diagram of a third preferred embodiment of the present invention.

Fig. 8A is a perspective view of a third preferred embodiment of the present invention.

Fig. 8B is another perspective view of the third preferred embodiment of the present invention.

Fig. 9 is a schematic diagram of the implementation of the third preferred embodiment of the present invention.

FIG. 10 is a schematic block diagram of a fourth preferred embodiment of the present invention.

Fig. 11 is a schematic diagram of a disaster relief scene according to the fourth preferred embodiment of the present invention.

Fig. 12 is a schematic block diagram of a fifth preferred embodiment of the present invention.

FIG. 13 is a schematic block diagram of a sixth preferred embodiment of the present invention.

Fig. 14 is a schematic diagram of a disaster relief site according to the sixth preferred embodiment of the present invention.

Fig. 15 is a schematic diagram of entering a disaster relief site according to the sixth preferred embodiment of the present invention.

Fig. 16 is a schematic diagram of evacuation from a disaster relief site according to the sixth preferred embodiment of the present invention.

[Description of main component symbols]

Wearable Fire Reminder Equipment…1

Body temperature sensing unit…11

First Wireless Transmitter...111

First battery...112

Body temperature sensor...113

Physiological Sensing Unit…12

Second Wireless Transmitter...121

Second battery...122

Physiological Sensors…123

Portable mobile device...14

Processing unit...141

Display unit...142

Transceiver unit...143

Positioning unit...144

Batteries…146

Pressure Sensing Unit…15

Third Wireless Transmitter...151

Third battery...152

Pressure sensor…153

Identification unit...16

Identification chip...161

First Antenna...162

Escape reminder system...2

Servos…20

Terminal device...21

External interface...3

Reader...31

Second Antenna...33

wearer…4

Firefighting clothing…5

Fire suit...51

Fire pants…52

Oxygen cylinder…6

Commander…7

Temperature Sensing Information...B

Physiological Sensing Information…H

Entrance... I

Oxygen cylinder pressure information...P

Path information...R.

detailed description

The above-mentioned purpose of the present invention and its structural and functional characteristics will be described according to the preferred embodiments of the accompanying drawings.

The invention provides a wearable fire-fighting reminder equipment and an escape reminder system. Please refer to Fig. 1, which shows a schematic block diagram of the first preferred embodiment of the present invention, and supplemented by referring to Fig. 2A, 2B, and 3; the wearable fire alarm equipment 1 is used to remind a wearer 4 of his own Body temperature and physiological conditions, the wearable fire alarm equipment 1 includes at least one body temperature sensing unit 11, at least one physiological sensing unit 12 and a portable mobile device 14, the body temperature sensing unit 11 is used to sense the body temperature of wearing a fire fighting clothing 5 body temperature of the aforementioned wearer 4 to generate a body temperature sensing signal, wherein the body temperature sensing unit 11 in this preferred implementation is 4 body temperature sensing units 11, which are respectively arranged on a fire-fighting clothing 51 included in the fire-fighting clothing 5 It is described with a fireman's pants 52, but it is not limited thereto. In actual implementation, one body temperature sensing unit 11 or 4 body temperature sensing units 11 can also be selected to be only arranged on the fireman's suit 51, or One body temperature sensing unit 11 or four body temperature sensing units 11 are only arranged on the fireman's pants 52 .

The aforementioned plurality of body temperature sensing units 11 are respectively arranged on the inner sides of the firefighting clothing 51 and the firefighting trousers 52 of the firefighting clothing 5 correspondingly adjacent to the body of the wearer 4, and each has a first wireless transmitter 111 and a first battery 112 and a body temperature sensor 113, the body temperature sensor 113 is electrically connected to the first wireless transmitter 111 and the first battery 112, each of the first wireless transmitters 111 will receive each of the body temperature sensors 113 generated Each of the body temperature sensing signals is wirelessly transmitted to a processing unit 141 of the portable mobile device 14, and each of the first batteries 112 is used to provide power to each of the body temperature sensors 113 and each of the first wireless Conveyor 111.

The aforementioned physiological sensing unit 12 is used to sense the physiological condition (such as heartbeat, pulse or blood pressure) of the wearer 4 wearing the fire-fighting clothing 5, to generate a physiological sensing signal, and in the physiological sensing of the preferred embodiment The unit 12 is a physiological sensing unit 12 used to sense the heartbeat of the wearer 4 for illustration, but it is not limited thereto. There are two or more physiological sensing units 12, and each physiological sensing unit 12 can be used for sensing the corresponding physiological condition of the wearer 4, such as one of the physiological sensing units 12 is used for sensing the wearer 4 The other physiological sensing unit 12 is responsible for sensing the blood oxygen content of the wearer 4 . The physiological sensing unit 12 is located inside the fire-fighting clothing 51 of the fire-fighting clothing 5 and correspondingly contacts the heart of the wearer 4, and it has a second wireless transmitter 121, a second battery 122 and a physiological sensing unit. device 123, the physiological sensor 123 (such as a heartbeat sensor) is electrically connected to the second wireless transmitter 121 and the second battery 122, the second wireless transmitter 121 will receive the signal generated by the physiological sensor 123 The physiological sensing signal is wirelessly transmitted to the processing unit 141 of the portable mobile device 14 , and the second battery 122 is used to provide power to the second wireless transmitter 121 and the physiological sensor 123 .

Continue referring to Figures 1, 2B, and 3, the aforementioned portable mobile device 14 is described as a smart phone in this preferred embodiment, but it is not limited thereto. In the actual implementation of the present invention, it can also be selected as a smart watch , tablet computer or other smart devices that can send and receive signals (such as personal digital assistants (PDA)). The portable mobile device 14 communicates with the body temperature sensing unit 11 and the physiological sensing unit 12. The portable mobile device 14 includes a processing unit 141, a transceiver unit 143, a positioning unit 144, and a reminder and guidance application. program (such as APP application program), a display unit 142 and a battery 146, the battery 146 is described as a rechargeable battery (such as a nickel metal hydride battery or a lithium battery) in this preferred embodiment, but is not limited thereto, And the aforementioned battery 146 is electrically connected to the processing unit 141, the positioning unit 144, the transceiver unit 143 and the display unit 142 to provide power to the processing unit 141, the positioning unit 144, the transceiver unit 143 and the display unit 142, and the portable mobile other components in the device. The processing unit 141 is electrically connected to the opposite transceiver unit 143, the positioning unit 144 and the display unit 142, and the processing unit 141 is a central processing unit, which generates a body temperature according to receiving the body temperature sensing signal and the physiological sensing signal. Sensing information B and a physiological sensing information H, and the processing unit 141 executes and reads the reminder and guidance application program, the reminder and guidance application program displays the body temperature sensing information B and physiological sensing information H through the display The unit 142 is displayed, so that the wearer 4 wearing the firefighting clothing 5 can remind the effect of his body temperature and physiological condition through the display unit 142 of the portable mobile device 14 . The above-mentioned display unit 142 is illustrated as a touch screen in this preferred embodiment, but it is not limited thereto, and the display unit 142 is used to display the aforementioned information on the reminder and guidance application program (ie, body temperature sensing information B and The physiological sensing information H) is provided for the wearer 4 to view and perform operations. Wherein the aforementioned communication connection is a wired connection (such as a transmission line) or a wireless connection, the communication connection in this preferred embodiment is described with a wireless connection, and the wireless connection is Bluetooth (Bluetooth), WiFi or other penetrating power Radio waves (such as microwaves, radios), etc.

The aforementioned transceiver unit 143 is an antenna, which is wirelessly connected to the first and second wireless transmitters 111 and 121, and is used to receive body temperature sensing signals and physiological sensing signals transmitted by the first and second wireless transmitters 111 and 121. To the processing unit 141, and the positioning unit 144 can be a combination of a Global Positioning System (GPS), a Global Positioning System (GPS) and an Assisted Global Positioning System (AGPS) , Assisted Global Positioning System (Assisted Global Positioning System, AGPS), base station positioning system or other positioning systems (such as gyroscope), in the positioning unit 144 of this preferred embodiment with Global Positioning System (GPS) and Assisted Global Positioning System The combination of satellite positioning signal (A-GPS) receiver is explained, that is, the positioning method includes satellite positioning (Global Position System, GPS) and assisted positioning (A-GPS) using mobile signals, but it is not limited to this .

The aforementioned positioning unit 144 generates a corresponding positioning signal (such as position latitude and longitude) according to the position of the portable mobile device 14, that is, the positioning unit 144 will generate a corresponding positioning signal according to the different moving positions of the portable mobile device 14, such as When the portable mobile device 14 moves from point A to point C, the positioning unit 144 generates a positioning signal corresponding to point A according to the portable mobile device 14 at point A, and then when the portable mobile device 14 is at point B Then generate a positioning signal corresponding to point B, and then generate a positioning signal corresponding to point C when the portable mobile device 14 reaches point C. And the processing unit 141 generates a path information R according to receiving the aforementioned positioning signal, and the reminder and guidance application program displays the path information R of the moving state of the portable mobile device 14 through the display unit 142, so that the wearer 4 can Through the path information R displayed on the display unit 142 of the portable mobile device 14, it is known that the path from point C to the starting point A is known, so the wearable fire alarm equipment 1 of the present invention is applied to a fire, When the firefighters (that is, the wearer 4) want to evacuate quickly in the fire scene, the path information R displayed on the portable mobile device 14 of the wearable firefighting reminder equipment 1 can be used to guide back to the entrance I where the firefighters entered, so as to It has the effect of achieving escape guidance, which in turn helps to ensure the safety of firefighters' lives.

Therefore, when a firefighter (that is, the wearer 4) wears the wearable firefighting reminder device 1 to put out a fire in the fire scene, the body temperature sensor 113 and the physiological sensor 123 in the firefighting clothing 5 worn by the firefighter will sense at any time. The body temperature and physiological condition of firefighters, and the body temperature sensing signal and physiological sensing signal generated by the body temperature sensor 113 and the physiological sensor 123 pass through the first wireless transmitter 111 and the second wireless transmitter 121 respectively , wirelessly transmitted to the processing unit 141 of the portable mobile device 14, so that the processing unit 141 generates the aforementioned body temperature sensing information B and physiological sensing information H according to the received body temperature sensing signal and physiological sensing signal, and receives the aforementioned The positioning signal generates route information R, and the processing unit 141 executes and reads the aforementioned reminder and guidance application program, so that the reminder and guidance application program displays the body temperature sensing information B, physiological sensing information H and route information R through the display Unit 142 is displayed, so that firefighters can use the aforementioned information displayed on the display unit 142 of the portable mobile device 14 (ie, body temperature sensing information B and physiological sensing information H) to remind and know their own body temperature and physiological status Effect.

At this time, if the firefighters want to evacuate, the firefighters can guide back to the door (i.e. the entrance I) when they just entered the fire scene through the display unit 142 of the portable mobile device 14 displaying the route information R of the reminder and guidance application program. ) position, and quickly evacuate to the outside of the fire scene, so that the effect of escape guidance can be effectively achieved, which in turn helps to improve the life safety of firefighters.

Therefore, through the design of the wearable fire alarm equipment 1 of the present invention, the effect of instantly reminding the wearer 4 of his body temperature and physiological condition can be effectively achieved, and the effect of escape guidance can also be achieved.

Please refer to Fig. 4, which shows a schematic block diagram of the second preferred embodiment of the present invention, supplemented by referring to Figs. 5A, 5B, and 6; the structure and structure of the wearable fire alarm equipment 1 of this preferred embodiment The connection relationship and functions are roughly the same as those of the wearable fire alarm equipment 1 of the first preferred embodiment described above, so the details will not be repeated here. The difference between the two lies in that the aforementioned wearable fire alarm equipment 1 further includes a pressure sensing unit 15. The pressure sensing unit 15 is installed on an oxygen cylinder 6 that provides oxygen for firefighters to sense the pressure of an oxygen cylinder 6 to generate a pressure sensing signal, and the pressure sensing unit 15 has a first Three wireless transmitters 151, a third battery 152 and a pressure sensor 153, the third battery 152 is used to provide power to the third wireless transmitter 151 and the pressure sensor 153, and the pressure sensor 153 is electrically connected to the third wireless transmitter 151 and the third battery 152, the third wireless transmitter 151 will receive the pressure sensing signal and wirelessly transmit it to the processing unit 141 of the portable mobile device 14, and the processing Unit 141 generates an oxygen cylinder pressure information P according to receiving the pressure sensing signal, and the reminder and guidance application program displays the oxygen cylinder pressure information P through the display unit 142, so that firefighters in the fire scene can use portable The display unit 142 of the mobile device 14 simultaneously displays the body temperature sensing information B, the physiological sensing information H, the route information R and the oxygen cylinder pressure information P to remind and know one's body temperature and physiological condition and the pressure of the oxygen cylinder 6 ( or capacity) status effect.

Please refer to Fig. 7, which shows a schematic block diagram of the third preferred embodiment of the present invention, supplemented by referring to Figs. 8A, 8B, and 9; the structure and structure of the wearable fire alarm equipment 1 of this preferred embodiment The connection relationship and functions are roughly the same as those of the wearable fire alarm equipment 1 of the aforementioned first and second preferred embodiments, so they will not be repeated here. The difference between the two lies in that the aforementioned wearable fire alarm equipment 1 further includes an identification unit 16, the identification unit 16 is set on the fire-fighting clothing 51 (or fire-fighting pants 52) of the fire-fighting clothing 5, and it is provided with an identification chip 161 and a first antenna 162, and the identification chip 161 is electrically connected to the first antenna 162 , so as to wirelessly connect to an external interface 3 through the first antenna 162 .

And the identification chip 161 is a radio frequency identification (radio frequency identification, RFID) chip, in this preferred embodiment, an ultra high frequency (UHF) radio frequency identification (RFID) chip is used for illustration, but not limited thereto; and Store a wearer's identity, a time data and a job identification code in this identification chip 16, the aforementioned wearer's identity is the name data such as firefighters, and this time data is the time data such as firefighters entering the fire scene and the firefighters going out of the fire scene time data within. The external interface 3 includes a reader-writer 31 and a second antenna 33 wirelessly connected to the first antenna 162. The reader-writer 31 is described as being located at the entrance of the fire scene in this preferred embodiment, and the read-write The device 31 receives and reads an identification information transmitted by the first antenna 162 of the identification unit 16 through the second antenna 33 (that is, the aforementioned wearer's identity, time data and work identification code), and simultaneously transmits the identification information through the second antenna 33 The received identification information is wirelessly transmitted to the server (not shown in the figure), so when wearing the firefighting clothing 5 on which the firefighter (i.e. the wearer 4) with the identification unit 16 enters the fire entrance 1 (or evacuates outside the fire), The reader 31 of the external interface 3 receives and reads the aforementioned identification information through the second antenna 33, and transmits it to the server at the same time, so that outside the fire scene, such as a firefighter captain, can use a tablet computer (or a smart phone or a notebook computer) Or computers or other intelligent devices that can send and receive signals (such as personal digital assistants (PDA)) communicate with (such as wireless connection or wired connection) servers and read their internal identification information to instantly control every firefighter entering and exiting the fire scene Therefore, the effect of controlling the number, identity and time of disaster relief personnel (such as firefighters) entering and exiting the fire scene can be effectively achieved.

Please refer to Fig. 10, which shows a schematic block diagram of the fourth preferred embodiment of the present invention, and supplemented by referring to Fig. 2B, 3, and 11; the escape reminder system 2 includes at least one wearable fire-fighting reminder equipment 1 and one Servo device 20, the structure, connection relationship, action principle and effect of the wearable fire-fighting reminder equipment 1 of this preferred embodiment are the same as the wearable fire-fighting reminder equipment 1 of the aforementioned first preferred embodiment, so they will not be repeated here. . The server device 20 is described as a server in this preferred embodiment, and the aforementioned server device 20 is wirelessly connected to the corresponding portable mobile device 14 to receive and store the temperature sensing information corresponding to the portable mobile device 14. B, the physiological sensing information H and the path information R, and the server device 20 is communicatively connected (eg wirelessly or wiredly) to a terminal device 21 .

And the terminal device 21 can be a tablet computer, a smart phone, a notebook computer or other smart devices (such as PDA), and the terminal device 21 is illustrated as a smart phone in this preferred embodiment, but it does not It is not limited to this. The aforementioned terminal device 21 is wirelessly connected to the server device 20 and has a webpage platform (not shown in the figure), and can query and view the body temperature sensing information B and physiological sensing information stored in the server device 20 corresponding to the portable mobile device 14 H and route information R, and can view and control the login information (such as firefighter identity, work identification code, current approximate location and estimated time of arrival) of the registrant (such as firefighter). Therefore, when the firefighters (that is, the wearer 4) want to go out to the fire scene or go to support the firefighters, they must first use their respective portable mobile devices 14 with the help of the reminder and guidance application program and wirelessly connect to the server device 20. After completing the login information on the webpage platform, you can enter the fire scene to perform tasks. At this time, the aforementioned terminal device 21 can be wirelessly connected to the webpage platform to know which firefighters are currently on duty and the current firefighter status or go to Approximate location and estimated time of arrival of supporting firefighters.

The following is an example of implementation:

Please also refer to Fig. 2B, 3, 10, and 11, so when the firefighter (i.e. the wearer 4) wears the wearable fire-fighting reminder equipment 1 to put out the fire in the fire scene, the fire-fighting clothing 5 worn by the firefighter The body temperature sensor 113 and the physiological sensor 123 will sense the body temperature and physiological condition of the firefighters at any time, and the body temperature sensing signal and the physiological sensing signal generated by the body temperature sensor 113 and the physiological sensor 123 are respectively passed through The respective first wireless transmitters 111 and second wireless transmitters 121 are wirelessly transmitted to the processing unit 141 of the portable mobile device 14, so that the processing unit 141 generates the aforementioned Body temperature sensing information B and physiological sensing information H, and receiving the aforementioned positioning signal to generate path information R, and the processing unit 141 executes and reads the aforementioned reminder and guidance application program, so that the reminder and guidance application program senses the body temperature The information B, the physiological sensing information H and the path information R are displayed through the display unit 142, so that the firefighters can watch in real time and remind themselves of their current body temperature and physiological conditions. The measurement information B, the physiological sensing information H and the aforementioned route information R are sent to the server device 20, so that the server device 20 receives and stores the body temperature sensing information B, the physiological sensing information H and the route corresponding to the portable mobile device 14. Information R, at this time the commander 7 (such as the firefighter captain) can wirelessly connect to the webpage platform through the terminal device 21 to query and watch the body temperature sensing information B, physiological sensing information H and route information corresponding to the portable mobile device 14 R (that is, watch the body temperature, physiological condition and location of each firefighter in the fire scene), so as to know the physical and physiological conditions and moving status of each firefighter in the fire scene.

At this time, if the firefighters want to evacuate, the firefighters can guide back to the door (i.e. the entrance I) when they just entered the fire scene through the display unit 142 of the portable mobile device 14 displaying the route information R of the reminder and guidance application program. ) position, and quickly evacuate to the outside of the fire scene. If at this time, when one of the firefighters is injured in the fire scene and has not evacuated, the firefighter captain outside the fire scene (i.e. the commander 7) connects to the webpage platform through the terminal device 21 to check that one of the firefighters in the fire scene It is in a non-moving state, and then can contact the nearest firefighter in the fire scene to help the non-evacuated firefighters safely evacuate out of the fire scene, thus effectively achieving the effect of reminding the wearer of his body temperature and physiological condition, and continuously Firefighters with the terminal device 21 can be reminded and immediately grasp the effect of the wearer 4's physical condition and movement status, thereby effectively improving the life safety of firefighters.

Therefore, with the help of the design of the escape reminder system 2 of the present invention, the effect of instantly reminding the wearer 4 of his body temperature and physiological condition can be effectively achieved, and the effect of escape guidance can also be achieved.

Please refer to Figure 12, which shows a schematic block diagram of the fifth preferred embodiment of the present invention, supplemented by referring to Figures 5B, 6, and 11; the structure and connection relationship of the escape reminder system 2 of this preferred embodiment And the effect is roughly the same as the escape warning system 2 of the aforementioned fourth preferred embodiment, so it will not be repeated here. The difference between the two is that the aforementioned wearable fire warning equipment 1 further includes a pressure sensing unit 15, the pressure The sensing unit 15 is mounted on an oxygen cylinder 6 that provides oxygen for firefighters to sense the pressure of an oxygen cylinder 6 to generate a pressure sensing signal, and the pressure sensing unit 15 has a third wireless transmitter 151. A third battery 152 and a pressure sensor 153, the third battery 152 is used to provide power to the third wireless transmitter 151 and the pressure sensor 153, and the pressure sensor 153 is electrically connected The third wireless transmitter 151 and the third battery 152, the third wireless transmitter 151 wirelessly transmits the received pressure sensing signal to the processing unit 141 of the portable mobile device 14, and the processing unit 141 according to the received The pressure sensing signal generates an oxygen cylinder pressure information P, and the reminder and guidance application program displays the oxygen cylinder pressure information P through the display unit 142, so that the firefighters in the fire scene can use the display of the portable mobile device 14 Unit 142 simultaneously displays the body temperature sensing information B, physiological sensing information H, path information R, and oxygen cylinder pressure information P to remind and know one's own body temperature, physiological condition and pressure (or capacity) condition of the oxygen cylinder 6, At the same time, the processing unit 141 transmits body temperature sensing information B, physiological sensing information H, oxygen cylinder pressure information P, and route information R to the server device 20 through the transceiver unit 143, so that the server device 20 receives and stores the corresponding portable action information. The body temperature sensing information B, physiological sensing information H, oxygen cylinder pressure information P, and path information R transmitted by the device 14, at this time, the commander 7 (such as the firefighter captain) can wirelessly connect to the webpage platform through the terminal device 21 for query View the aforementioned information corresponding to the portable mobile device 14 (i.e. body temperature sensing information B and physiological sensing information H, oxygen cylinder pressure information P and route information R), so as to know and control each firefighter in the fire scene ( That is, the wearer's 4) physical and physiological conditions, the pressure condition of the oxygen cylinder 6 and the moving state.

Please refer to Figure 13, which shows a schematic block diagram of the sixth preferred embodiment of the present invention, supplemented by referring to Figures 6, 9, and 14; the structure and connection relationship of the escape reminder system 2 of this preferred embodiment And the effect is roughly the same as the escape reminder system 2 of the aforementioned fourth and fifth preferred embodiments, so it will not be repeated here. The unit 16 is arranged on the fire-fighting clothing 51 (or fire-fighting pants 52) of the fire-fighting clothing 5, and it is provided with an identification chip 161 and a first antenna 162, and the identification chip 161 is electrically connected to the first antenna 162 to pass the The first antenna 162 is wirelessly connected to an external interface 3 .

And the identification chip 161 is a radio frequency identification (radio frequency identification, RFID) chip, in this preferred embodiment, an ultra high frequency (UHF) radio frequency identification (RFID) chip is used for illustration, but not limited thereto; and Store a wearer's identity, a time data and a job identification code in this identification chip 16, the aforementioned wearer's identity is the name data such as firefighters, and this time data is the time data such as firefighters entering the fire scene and the firefighters going out of the fire field time data within. Described external interface 3 comprises a reader-writer 31, a second antenna 33 wirelessly connected to this first antenna 162, and this reader-writer 31 is a hand-held reader-writer in this preferred embodiment and is positioned at entering the fire scene entrance 1 place To illustrate, but not limited to. The aforesaid reader-writer 31 receives and reads an identification information transmitted by the first antenna 162 of the identification unit 16 through the second antenna 33 (i.e. the identity, time information and work identification code of the aforementioned wearer 4), and simultaneously passes the The second antenna 33 wirelessly transmits the received identification information to the server device 20, so that the server device 20 receives and stores the aforementioned identification information, and allows the terminal device 21 to connect to the web platform to know and identify the wearer corresponding to the identification information Identity and control of the wearer (that is, firefighters) in and out of the fire.

Therefore, when wearing the fire-fighting clothing 5 on which the fireman with the identification unit 16 enters the entrance 1 of the fire scene or evacuates the entrance 1 to the outside of the fire scene, the reader 31 of the external interface 3 receives and reads the identification information through the second antenna 33 (such as 15 and 16), and transmit it wirelessly to the server device 20 at the same time, so that the commander 7 (such as the firefighter captain) outside the fire scene can be wirelessly connected to the webpage platform of the server device 20 through the terminal device 2 In order to know and identify the identity of the firefighters corresponding to the identification information and control the entry and exit of firefighters, so as to control the identity of each firefighter entering the fire, the work identification code and the time of entering and exiting the fire, so that it is effective To achieve the effect of controlling the number, identity and time of disaster relief personnel (such as firefighters) entering and exiting the fire scene.

The present invention described above has the following advantages compared to the prior art:

1. It has the effect of reminding the wearer of his body temperature and physiological condition.

2. It has the effect of achieving escape guidance.

3. It has the effect of controlling the number, identity and time of disaster relief personnel (such as firefighters) entering and exiting the fire scene.

The above is only a preferred embodiment of the present invention, and any changes made by using the above-mentioned method, shape, structure, and device of the present invention should be included in the scope of rights of this case.

Claims (17)

1. equipment is reminded in a kind of Wearable fire-fighting, it is characterised in that be used to remind the body temperature and physiological situation of a wearer oneself, Wearable fire-fighting prompting equipment includes：

At least the warm sensing unit of one, is used to sense the foregoing wearer's body temperature for wearing a fire-fighting clothing, to produce one warming Survey signal；

An at least physiology sensing unit, is used to sense the wearer's physiological situation for wearing the fire-fighting clothing, to produce a physiology Sensing signal；And

One can carry running gear, be connected with the body temperature sensing unit and the physiological sensing unit communications, and this can carry action dress Put and reminded and direct application and a display unit comprising a processing unit, one, the processing unit is according to the reception body temperature sense Survey signal produces the warm sensing information of one and a physiology sensing information, and the processing unit to perform respectively with the physiological sensing signal And reading the prompting and direct application, the prompting and direct application are by the body temperature sensing information and physiological sensing information Shown by the display unit；

This can carry running gear including positioning unit, and the positioning unit is electrically connected with the processing unit, the positioning unit according to The position that running gear can be carried produces corresponding framing signal, and the processing unit is produced all the way according to the framing signal is received Footpath information, the prompting and direct application by the body temperature sensing information and physiological sensing information and this can carry running gear The path information of mobile status is shown by the display unit in same picture.

2. equipment is reminded in Wearable fire-fighting as claimed in claim 1, it is characterised in that：The body temperature sensing unit is located at the fire-fighting Adjacent wearer of inner side correspondence of clothing, and it has one first radio transmitter, one first battery and the warm sensor of one, The body temperature sensor is electrically connected with first radio transmitter and first battery, and first radio transmitter will receive the body temperature The foregoing body temperature sensing signal that sensor is produced is wirelessly communicated to this can carry the processing unit of running gear, and this first Battery is used to supply electrical power to the body temperature sensor and first radio transmitter.

3. equipment is reminded in Wearable fire-fighting as claimed in claim 2, it is characterised in that：The physiological sensing unit is located at the fire-fighting The inner side of clothing and correspondence contact the cardia of the wearer, and its have one second radio transmitter, one second battery and One physiological sensor, the physiological sensor is electrically connected with second radio transmitter and second battery, second Wireless transceiver Device will receive the foregoing physiological sensing signal that the physiological sensor produces and be wirelessly communicated to this and can carry running gear Processing unit, second battery is used to supply electrical power to second radio transmitter and the physiological sensor.

4. equipment is reminded in Wearable fire-fighting as claimed in claim 3, it is characterised in that：A pressure sensing cells are further included, should Pressure sensing cells are installed on an oxygen cylinder, are used to sense an oxygen bottle pressure, to produce a pressure-sensing signal, and the pressure Power sensing unit has one the 3rd radio transmitter, one the 3rd battery and a pressure sensor, and the pressure sensor is electrically connected with 3rd radio transmitter and the 3rd battery, the 3rd radio transmitter are wirelessly transmitted the pressure-sensing signal is received The processing unit of running gear can be carried to this, the processing unit produces an oxygen bottle pressure according to the pressure-sensing signal is received The body temperature sensing information and physiological sensing information and oxygen bottle pressure Zixuntong are crossed this by information, the prompting with direct application Display unit shows, and the 3rd battery is used to supply electrical power to the 3rd radio transmitter and the pressure sensor.

5. equipment is reminded in Wearable fire-fighting as claimed in claim 4, it is characterised in that：A recognition unit is further included, the identification Unit is on the fire-fighting clothing, and it is provided with an identification chip and a first antenna, the identification wafer electrical connect this first Antenna, with by the outer interface of first antenna wireless connection one.

6. equipment is reminded in Wearable fire-fighting as claimed in claim 5, it is characterised in that：The outer interface comprising a read write line with Second antenna of the one wireless connection first antenna, the read write line is received by second antenna and reads the of the recognition unit One identification information of one antenna transmission, the identification chip is to store one in a radio frequency identification chip, and the identification chip Wearer's identity, a time data and a work identification code.

7. equipment is reminded in Wearable fire-fighting as claimed in claim 3, it is characterised in that：This can carry running gear and include a receipts Bill unit and a battery, the battery are electrically connected with the processing unit, the positioning unit, the Transmit-Receive Unit and the display unit, should Positioning unit is electrically connected with the processing unit, and the processing unit is electrically connected with the Transmit-Receive Unit and the display unit and the positioning list Unit, and the Transmit-Receive Unit wireless connection first and second radio transmitter, are used to that first and second radio transmitter biography will be received The body temperature sensing signal and physiological sensing signal for sending are sent on the processing unit.

8. equipment is reminded in Wearable fire-fighting as claimed in claim 1, it is characterised in that：It is foregoing communication be connected as wired connection or Wireless connection.

9. a kind of escape system for prompting, it is characterised in that it includes：

Equipment is reminded in an at least Wearable fire-fighting, and it is included：

At least the warm sensing unit of one, is used to sense the wearer's body temperature for wearing a fire-fighting clothing, to produce one warming to survey letter Number；

An at least physiology sensing unit, is used to sense the wearer's physiological situation for wearing the fire-fighting clothing, to produce a physiology Sensing signal；And

One can carry running gear, be connected with the body temperature sensing unit and the physiological sensing unit communications, and this can carry action dress Put comprising a processing unit, one remind with direct application, locating unit and a display unit, the processing unit is according to connecing Receive the body temperature sensing signal and produce the warm sensing information of one and a physiology sensing information respectively with the physiological sensing signal, and should Positioning unit produces corresponding framing signal according to the position that can carry running gear, and the processing unit is according to the reception positioning Signal produces a path information, and the processing unit to perform and read the prompting and direct application, and the prompting should with guide With program by the body temperature sensing information and physiological sensing information and this can carry running gear mobile status path Zixuntong The display unit is crossed to be shown in same picture；And

One servomechanism installation, this can carry running gear to wireless connection, be used to receive and store passed to that should carry running gear The body temperature sensing information, the physiological sensing information and the path information sent.

10. escape system for prompting as claimed in claim 9, it is characterised in that：The body temperature sensing unit is located at the fire-fighting clothing Inner side adjacent wearer of correspondence, and it has one first radio transmitter, one first battery and the warm sensor of one, the body Warm sensor is electrically connected with first radio transmitter and first battery, and first radio transmitter will receive body temperature sensing The foregoing body temperature sensing signal that device is produced is wirelessly communicated to this can carry the processing unit of running gear, first battery It is used to supply electrical power to the body temperature sensor and first radio transmitter.

11. escape system for prompting as claimed in claim 10, it is characterised in that：The physiological sensing unit is located at the fire-fighting clothing Inner side and correspondence contacts the cardia of the wearer, and it has one second radio transmitter, one second battery and all one's life Reason sensor, the physiological sensor is electrically connected with second radio transmitter and second battery, and second radio transmitter will The foregoing physiological sensing signal for receiving physiological sensor generation is wirelessly communicated to this and can carry the treatment of running gear Unit, second battery is used to supply electrical power to second radio transmitter and the physiological sensor.

12. escape system for prompting as claimed in claim 11, it is characterised in that：A pressure sensing cells are further included, the pressure Sensing unit is installed on an oxygen cylinder, is used to sense an oxygen bottle pressure, to produce a pressure-sensing signal, and the feeling of stress Surveying unit has one the 3rd radio transmitter, one the 3rd battery and a pressure sensor, the pressure sensor be electrically connected with this Three radio transmitters and the 3rd battery, the 3rd radio transmitter are wirelessly communicated to this by the pressure-sensing signal is received The processing unit of running gear can be carried, the processing unit produces oxygen bottle pressure money according to the pressure-sensing signal is received The body temperature sensing information is crossed this and shown by news, the prompting with direct application with physiological sensing information and oxygen bottle pressure Zixuntong Show that unit shows, the 3rd battery is used to supply electrical power to the 3rd radio transmitter and the pressure sensor, and this is watched Clothes put the foregoing body temperature sensing information and the physiological sensing information and the oxygen cylinder for receiving and storing portable device able transmission Pressure information.

13. escape system for prompting as claimed in claim 12, it is characterised in that：A recognition unit is further included, the recognition unit On the fire-fighting clothing, and it is provided with an identification chip and a first antenna, and the identification wafer electrical connects the first antenna, With by the outer interface of first antenna wireless connection one.

14. escape system for prompting as claimed in claim 13, it is characterised in that：The outer interface includes a read write line and a nothing Line connects the second antenna of the first antenna, and the read write line is received by second antenna and reads first day of the recognition unit One identification information of line transmission, the identification chip is to store a wearing in a radio frequency identification chip, and the identification chip Person's identity, a time data with one work identification number, and the servomechanism installation receive and store the read write line the second antenna pass The identification information sent.

15. escape system for prompting as claimed in claim 11, it is characterised in that：It is single comprising a transmitting-receiving that this can carry running gear Unit and a battery, the battery are electrically connected with the processing unit, the positioning unit, the Transmit-Receive Unit and the display unit, the positioning Unit is electrically connected with the processing unit, and the processing unit is electrically connected with the Transmit-Receive Unit and the positioning unit and the display unit, The Transmit-Receive Unit wireless connection first and second radio transmitter, is used to receive the body of first and second radio transmitter transmission Warm sensing signal and physiological sensing signal are sent on the processing unit.

16. escape system for prompting as claimed in claim 9, it is characterised in that：Foregoing communication is connected as wired connection or wireless Connection.

17. escape system for prompting as claimed in claim 9, it is characterised in that：Servomechanism installation communication one terminal installation of connection, The terminal installation is connected on a web page platform of the servomechanism installation, can inquire about the viewing interior storage of the servomechanism installation to that should take The body temperature sensing information, physiological sensing information and path information with running gear, the foregoing running gear that carries is by this Remind and direct application, and data is logged in by being wirelessly connected on the web page platform of the servomechanism installation.