TWM605663U - Smart fire ball - Google Patents

Abstract

This model provides a smart fire ball, including: a central processing unit; a temperature sensor, a smoke sensor, a toxic gas sensor, a buzzer, a plasma air purification module, and a global positioning The system and an IoT module are respectively electrically connected to the central processing unit; and a sphere containing the above-mentioned components. The new smart fire ball can detect temperature, dense smoke and toxic gas. When abnormal, it will activate the buzzer to warn, and activate the plasma air purification module to reduce smoke and toxic gas, and transmit it through the global positioning system and the Internet of Things module The fire site information and personnel location can be sent to the action vehicle or disaster relief command center, which can increase the fire rescue rate and reduce the injuries suffered by the trapped persons and firefighters.

Description

Smart Fire Ball

This creation is about a smart fire ball, which is used by firefighters to fight fires.

In the fire scene, high temperature, dense smoke and poisonous gas are dense, and visibility is very poor. The trapped persons and firefighters lose their way due to the harsh environment of the fire scene, and there are many cases of death or injury. Therefore, it is imperative for firefighting to combine technology to enhance the effectiveness of disaster relief to protect the lives and safety of the victims and firefighters.

The reason is that the creator of this new model provides a smart fire ball, which can instantly detect the situation of the side fire, instantly reduce the distribution of dense smoke and poisonous gas, and accurately locate the personnel in the fire and the location of the fire, and instantly return the fire The information is sent to the firefighter’s mobile vehicle or command center to facilitate the rescue of firefighters, which can increase the rescue rate at the fire site and reduce the injuries suffered by the trapped and firefighters.

The present model provides a smart fire-fighting ball, which can instantly reduce dense smoke and poisonous gas, and transmit fire field information and personnel positions to mobile vehicles or disaster relief command centers.

This model provides a smart fire ball, which includes: a central processing unit; a temperature sensor, a smoke sensor, a toxic gas sensor, and a buzzer The device, a plasma air purification module, a global positioning system and an Internet of Things module are electrically connected to the central processing unit; and a sphere that houses the central processing unit, the temperature sensor, and the smoke sensor The sensor, the toxic gas sensor, the buzzer, the plasma air purification module, the global positioning system and the Internet of Things module are included therein.

The smart fire-fighting ball of the new type, wherein the temperature sensor, the smoke sensor, and the toxic gas sensor respectively detect that the temperature, smoke or poison gas is higher than a predetermined value, and the central processing unit activates the buzzer The alarm sounds.

In the smart fire ball of the present invention, the smoke sensor or the toxic gas sensor respectively detects smoke or toxic gas higher than a predetermined value, and the central processing unit activates the plasma air purification module.

The new smart fire ball, wherein the plasma air purification module reduces the distribution of smoke and poisonous gas.

The smart fire ball of the present invention, wherein the global positioning system locates the position of the smart fire ball to determine the location of the personnel and the fire field.

In the smart fire ball of the present invention, the IoT module is connected to a mobile vehicle or a disaster relief command center remotely.

The new smart fire ball, wherein the central processing unit receives the temperature sensor, the smoke sensor, the toxic gas sensor, the buzzer, the plasma air purification module, and the global positioning device in the fire field The system information is transmitted to the mobile vehicle or the disaster relief command center through the IoT module.

In the smart fire ball of the present invention, the IoT module is an IoT development board.

In order to make the above-mentioned features and advantages of the present invention more obvious and understandable, the following specific examples are given in conjunction with the accompanying drawings to describe in detail as follows.

1: Smart fire ball

11: Central Processing Unit

12: Temperature sensor

13: Smoke sensor

14: Toxic gas sensor

15: Buzzer

16: Plasma air purification module

17: Global Positioning System

18: IoT module

19: Sphere

2: Action vehicle

Figure 1 is a schematic diagram of the relationship between the units of the embodiment of the new smart fire ball.

Please refer to Fig. 1, the smart fire ball 1, including: a central processing unit 11; a temperature sensor 12, a smoke sensor 13, a toxic gas sensor 14, a buzzer 15, a plasma air The purification module 16, a global positioning system 17, and an Internet of Things module 18 are respectively electrically connected to the central processing unit 11; and a ball 19 accommodating the central processing unit 11, the temperature sensor 12, and the smoke The sensor 13, the toxic gas sensor 14, the buzzer 15, the plasma air purification module 16, the global positioning system 17, and the Internet of Things module 18 are included therein.

Firefighters can carry the smart fire ball 1 and roll the smart fire ball 1 to a suspected fire location. When the temperature sensor 12, the smoke sensor 13, and the toxic gas sensor 14 respectively detect When the temperature, smoke or poisonous gas is higher than a predetermined value, the central processing unit 11 activates the buzzer 15 to sound an alarm to remind firefighters of the fire scene.

When the smoke sensor 13 or the toxic gas sensor 14 respectively detects smoke or toxic gas higher than a predetermined value, the central processing unit 11 activates the plasma air purification module 16 to purify the plasma air Module 16 reduces smoke and poisonous gas cloth. Furthermore, the global positioning system 17 locates the location of the smart fire ball 1 to determine the location of the personnel and the fire field.

The IoT module 18 is remotely connected to a mobile vehicle 2 (or a disaster relief command center), and the central processing unit 11 receives the temperature sensor 12, the smoke sensor 13, the The information of the toxic gas sensor 14, the buzzer 15, the plasma air purification module 16, and the global positioning system 17 is transmitted to the mobile vehicle 2 (or the disaster relief commander) through the Internet of Things module 18 center). Firefighters can directly obtain the fire site information from the action vehicle 2 as a reference for rescue operations; or after the disaster relief command center learns the fire site information, further evaluate and analyze, and then notify the firefighters of further rescue operations.

The IoT module 18 is an IoT development board.

In summary, the new smart fire ball can detect temperature, dense smoke and toxic gas. When it is higher than a predetermined value, it will activate the buzzer to warn and activate the plasma air purification module to reduce the distribution of smoke and toxic gas. , And through the global positioning system and the Internet of Things module to send the fire site information and personnel location to the mobile vehicle or disaster relief command center, which can increase the fire rescue rate and reduce the injuries suffered by the trapped and firefighters.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the relevant technical field can make some changes and modifications without departing from the spirit and scope of the present invention. The scope of protection of this new model shall be subject to those defined by the attached patent scope.

1: Smart fire ball

11: Central Processing Unit

12: Temperature sensor

13: Smoke sensor

14: Toxic gas sensor

15: Buzzer

16: Plasma air purification module

17: Global Positioning System

18: IoT module

19: Sphere

2: Action vehicle

Claims (8)

A smart fire ball, including: A central processing unit; A temperature sensor, a smoke sensor, a toxic gas sensor, a buzzer, a plasma air purification module, a global positioning system and an Internet of Things module are electrically connected to the central processing unit Unit; and A sphere containing the central processing unit, the temperature sensor, the smoke sensor, the toxic gas sensor, the buzzer, the plasma air purification module, the global positioning system, and the Internet of Things The module is in it. The smart fire ball according to claim 1, wherein the temperature sensor, the smoke sensor, and the toxic gas sensor respectively detect that the temperature, smoke or poisonous gas is higher than a predetermined value, and the central processing unit is Activate the buzzer to sound an alarm. The smart fire ball according to claim 1, wherein the smoke sensor or the toxic gas sensor respectively detects smoke or toxic gas higher than a predetermined value, and the central processing unit activates the plasma air purification module . The smart fire ball according to claim 3, wherein the plasma air purification module reduces the distribution of smoke and poisonous gas. The smart fire ball according to claim 1, wherein the global positioning system locates the position of the smart fire ball to determine the location of the personnel and the fire field. The smart fire ball according to claim 1, wherein the IoT module is further connected to a mobile vehicle or a disaster relief command center. The smart fire ball according to claim 6, wherein the central processing unit Receive information from the temperature sensor, the smoke sensor, the toxic gas sensor, the buzzer, the plasma air purification module, and the global positioning system in the fire scene, and pass the Internet of Things module Transmit to the operational vehicle or the disaster relief command center. The smart fire ball according to claim 1, wherein the IoT module is an IoT development board.

Images