TR201701594A2 - Automatic or manual detonation system of the firefighting ball with heat or electrical triggering - Google Patents

Abstract

Meet; Fire extinguisher ball (2) with heat cable (3) and pyrotechnic ignition system on it, capable of interfering with fire by explosion, at least one heat cable (3), fire detection extinguishing panel and electrical activation system (4) components containing a detector. Fire extinguisher ball that can be used in all kinds of fire areas such as houses, vehicles, warehouses, electrical rooms, electrical panels, explosive and / or flammable warehouses, and spreads chemical substances that extinguish both wet and dry types by using an explosive force (2 ) relates to the fire extinguishing system (1) that detonates remotely automatically or manually by heat or electrical triggering.

Description

DESCRIPTION BY HEAT OR ELECTRIC TRIGGERING FIRE EXTINGUISHER BALL REMOTE AUTOMATIC OR MANUALLY BLAST SYSTEM Technical Area Meet; house, vehicle, warehouse, electrical rooms, electrical panel interiors, explosive and/or flammable It is an explosive power that can be used in areas where all kinds of fire may occur, such as warehouses. chemical that extinguishes both wet and dry types through the use of heat or electricity It is related to the remote automatic or manual blasting system with its trigger.

State of the Art Fires that broke out for various reasons from the past to the present, various fire extinguishing It is extinguished by fire fighting methods or professional interventions such as fire brigade. Fire extinguishing methods; fire extinguishers, pressured requiring piping systems with containers, systems with temperature/smoke sensors, sprinkler systems can be given as an example.

In the current technique; fire extinguishers are usually small in diameter and detected early. They are used to extinguish fires. People with fire extinguishers it has to intervene the fire from a close distance. This is for people cause dangers such as injury or death. fire extinguisher tubes Periodic maintenance in order to provide healthy service required. This raises the costs considerably.

In the current technique; pressure vessels that require piping used in firefighting heavy-duty systems that work with fire detection and extinguishing systems. are structures. These systems are difficult to set up and use and are often It can be installed in factories, warehouses and workplaces. These systems can be used in homes, offices or vehicles. cannot be installed.

In the current technique; systems with temperature/smoke sensors and sprinkler systems It is one of the preferred fire extinguishing systems today. Generally temperature/smoke sensors to certain temperature or smoke density values is being set. Sprinkler systems run down from the ceiling during a fire. It intervenes in the fire by spraying fire extinguishing agents. With this system It can damage the surrounding items and render them unusable.

In addition, these systems require a certain piping system. This too raises costs considerably.

In the current technique; liquid chemical portable or fixed devices in fire extinguishing are available. These devices are flame-based devices. fire detection panel or remote electrical command or rising heat It is a manually operated fire extinguisher that is not active with its source.

Another fire extinguishing device used in the current technique is fire extinguishing. is the ball. This device can be electrically operated with a fire detection panel or remotely. a manual operating system that is inactive with a command to be given or a rising heat source. is a fire extinguisher. The fire extinguisher is a device that works with the contact of the flame.

In other words, it is a device that is active when the fire flame touches the wick wrapped around it. flames promise Until the subject reaches the system, fire can cause great damage to the environment.

In other state of the art, fire extinguishing or fire intervention “FIRE” with application number TR2008/09279 developed for use There is a utility model application titled "EXTINGUISHING TOOL". In this reference said fire extinguishing device, by human intervention or by human intervention. emitting fire extinguishing agent by exploding with the contact of flames without from the fire extinguisher and the elements that make up this fire extinguisher. is mentioned. The fire extinguishing mentioned in this utility model application system requires human intervention or flames during a fire. must reach the fire extinguisher ball. This is life and death during the fire. may increase the risk of property loss.

As a result, due to the above-mentioned negativities and existing solutions Due to its inadequacy about the fire extinguisher, heat or electricity remote automatic or manual blasting system by triggering is necessary.

Brief Description of the Invention The present invention fulfills the above-mentioned requirements, has all the disadvantages fire extinguisher ball, which eliminates the fire and brings some additional advantages, to heat or with electric trigger, remote automatic or manual blasting system Our Invention; house, vehicle, warehouse, electrical rooms, electrical panel interiors, explosive and/or Fire extinguishing system in areas where all kinds of fire may occur, such as inflammable tanks can be used as

The primary purpose of the invention is; located on the fire extinguisher at different angles with cable or heat cables working with the pyrotechnic ignition system placed Extinguishing fire without the need for flames by sensing the heat change in the environment is to extinguish the fire by detonating the ball. Fire output temperature from 55° rises and rises. In this case, it can act as a heat detection detector. Intervention with heat cables before the heat becomes dangerous, that is, before the fire starts. is provided. In addition, even though the fire has started, the flames must be extinguished. the fire is intervened without waiting for it to reach the ball. This is around minimizing the damage.

One of the objects of the invention; fire extinguisher in areas where fire may occur panels that are used and that have functions such as fire detection and alarming. by connecting it to electricity (a 1-72 volt DC current) to enable it to work. In this way The flames do not need to reach for the fire extinguisher to explode.

In addition, there is no need for movable piping systems to extinguish the fire. does not exist. This also reduces the cost considerably.

An aim of the invention is; instead of fixing the fire extinguisher in certain places with pipes, by hand is to throw it into the fire and ensure that it explodes and creates an extinguishing effect. In this way Our invention includes all of the systems that exist today.

This provides many advantages in responding to fires.

The structural and characteristic features of the invention and all its advantages are given below. and it is clearer thanks to the detailed explanation written by making references to these figures. will be understood as must be made taking into account the description.

Figures to Help Understand the Invention The subject of this application; “Fire extinguisher can not be triggered by heat or electricity. remote automatic or manual blasting system” is shown in the attached figures. and these figures are as follows; Figure 1: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" is a representative image of the system (1).

Figure 2: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" is the representative image of the round fire extinguisher (2) in the system (1).

Figure 3: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" is the representative image of the cube-shaped fire extinguisher (2) in the system (1).

Figure 4: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" is the representative image of the cylindrical fire extinguisher (2) in the system (1).

Figure 5: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" The representation of the fire extinguisher ball (2) in the shape of a square prism in the system (1) is the image.

Figure 6: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" This is the representative image of the disk-shaped fire extinguisher (2) in the system (1).

Figure 7: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" The representation of the triangular prism fire extinguisher ball (2) in the system (1) is the image.

Figure 8: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" Representation of the rectangular prism shaped fire extinguisher ball (2) in the system (1) is the image.

Figure 9: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" is the representative image of the funnel-shaped fire extinguisher (2) in the system (1).

Figure 10: The subject of the invention is “Fire extinguisher can be triggered by heat or electricity. fire extinguishing on "remote automatic or manual detonation system" This is the diagram of the operation steps of the (1) working method of the system. not required. Details that are not necessary for understanding the present invention have been omitted. it could be. Moreover, at least substantially identical or at least greater than Elements with substantially identical functions are indicated by the same number. ” Description of Part References The subject of this application is “Fire extinguisher ball with heat or electricity triggering. our invention titled “remote automatic or manual blasting system”, attached numbered as seen in the figures and the part corresponding to these numbers their names are given below; Fire extinguishing system fire fighting ball Electric activation system Explanation of Process Steps The subject of this application is “Fire extinguisher ball with heat or electricity triggering. our invention titled “remote automatic or manual blasting system”, attached are numbered as seen in the figures, and the corresponding operation the steps are given below. 101. The detector in the electrical activation system (4) detects the fire or the heat cable (3) on the fire extinguisher (2) with the fedback. to the fire detection extinguishing panel in the electrical activation system (4) signaling 102. Fire detection extinguishing in the electrical activation system (4) panel sends DC voltage between 1-72 volts to the fire extinguisher (2) and ignition of the explosive detonator 103. Heat placed on the fire extinguisher (2) at different angles wires (3) detect the heat and ignite the explosive detonator 104. Automatic explosion of fire extinguisher ball (2) Detailed Description of the Invention In this detailed description, the subject of the invention is “Fire extinguisher ball using heat or electricity. remote automatic or manual blasting system with trigger for a better understanding of the subject and no limiting effect It is described as not to be created.

In addition, some elements and or other elements prepared to provide a better understanding of the invention The process steps can be used in different ways to ensure the integrity of meaning in sentences. may have been used. Elements or process steps used in different expressions are actually represents the same numbered element or process step.

The subject of the invention is the fire extinguishing system (1); . Having the heat cable and sensor of the work activation system (3) on it, Extinguishing fire ball (2) 0 At least one heat cable (3) 0 Electrical activation including fire detection extinguishing panel and detector contains the elements.

Fire extinguishing system (1); works automatically or manually.

In the fire extinguishing system (1), the fire extinguisher ball (2) can be thrown by hand or manually with the dirt-push button in the electric activation system (4). can be exploded. In the fire extinguishing system (1), fire extinguisher ball (2), heat by sensing the heat change with the cable (3) or by detecting the electrical activation system (4). automatically with the voltage from the fire detection extinguishing panel and detectors can be exploded.

Extinguishing ball (2); explodes and intervenes in the fire. Fire extinguisher (2); There is a heat cable (3) on it. fire ball (2) extinguisher(2); fire-fighting chemical in both wet and dry types contains the items. Extinguishing ball (2); round, cylinder, square may be in such forms. That is, fire extinguisher ball (2), from shape and form is independent. placed at different angles.

The working mode of the vanqin extinguishing system (1), which is the subject of the invention: The detector in the electrical activation system (4) detects the fire or extinguishes the fire. electrical activation by fedback of the heat cable (3) on the ball (2) It gives a signal to the fire detection extinguishing panel in the system (4). electrical activation fire detection extinguishing panel in the system (4) DC voltage between 1-72 volts to the extinguishing ball (2) and the explosive detonator is ignited. Or fire extinguisher (2) heat cables placed on it at different angles (3) detect the heat and detonate the explosive detonator. they fire. The fire extinguisher (2) automatically explodes and intervenes in the fire.

Claims (8)

REQUESTS 1. Invention; It is a fire extinguishing system (1) with a fire extinguisher ball (2) element, which can be used in all kinds of fire-prone areas such as houses, vehicles, warehouses, electrical rooms, electrical panel interiors, explosive and/or combustible warehouses, and can respond to fire with explosion. 0 It contains at least one heat cable (3), 0 Fire detection extinguishing panel and electrical activation elements including detector. 2. It is a fire extinguishing system (1) in accordance with claim 1, and its feature is; said fire extinguisher ball (2) is independent of shape and form. 3. It is a fire extinguishing system (1) in accordance with claim 1, and its feature is; there is a pyrotechnic ignition cable belonging to the heat cable (3) on the said fire extinguisher ball (2). 4. It is a fire extinguishing system (1) according to claim 1, and its feature is; is that it contains at least one heat cable (3) placed at different angles on the fire extinguisher (2). 5. Invention; It is a method belonging to the fire extinguishing system (1) that can be used in all kinds of fire-prone areas such as houses, vehicles, warehouses, electrical rooms, electrical panel interiors, explosive and/or flammable warehouses. 0 Detector in the electrical activation system (4) detects the fire or the heat cable (3) on the fire extinguisher ball (2) signals to the fire detection extinguishing panel in the electrical activation system (4) with fedback (101), . The fire detection extinguishing panel in the electrical activation system (4) sends the DC voltage between 1-72 volts to the fire extinguisher (2) and the explosive detonator is ignited (102), 0 The fire extinguishing ball (2) automatically explodes and intervenes in the fire (104) Contains the operation steps is to do. 6. It is the method of the fire extinguishing system (1) in accordance with Claim 5, and its feature is; 0 The heat cables (3) placed at different angles on the fire extinguisher (2) detect the heat and ignite the explosive detonator (103). 7. It is the method of the fire extinguishing system (1) according to claim 5, and its feature is; the fire extinguisher ball (2) includes the process step of manually detonating it by throwing it manually. 8. It is the method of the fire extinguishing system (1) according to claim 5, and its feature is; The fire extinguisher ball (2) is manually detonated with the dirt-push button in the electrical activation system (4).