KR20230032720A - Mobile fire extinguisher with solar generator - Google Patents

Abstract

The present invention relates to a mobile foam fire extinguishing device which is installed in an outdoor dangerous material facility place or on a fire extinguishing target to be protected from a fire to quickly extinguish a fire when the fire occurs. According to the present invention, the mobile foam fire extinguishing device with a solar power generator comprises: a main body consisting of a cuboid case and having a first door, a second door, and a third door on the front surface thereof; a water tank installed on the rear surface in the main body and receiving water from a feeding hole formed in an upper portion thereof to use the water as fire water; an engine pump connected to the water tank, operated by driving an engine, and pumping the water of the water tank; a foam tank formed on one side of the front surface of the main body to instantly mix and transport foam fire extinguishing chemicals and water transported by pumping of the engine pump; a hose connector formed to connect a fire hose to a transport pipe positioned on an upper portion of the foam tank to function as a mixer to mix foam fire extinguishing chemicals and water by a siphon method to spray foam fire water to a fire site; a solar heat collection plate installed on the upper surface of an upper cover of the main body to generate electricity to supply electricity required to drive the engine and the engine pump pumping the water of the water tank; a solar controller installed on one side of the main body to store and control the electricity generated by the solar heat collection plate; and a pressure gauge and opening/closing valve installed on a transport pipe connected to an outlet on one side pumped and discharged from the engine pump. The engine pump and the water tank are connected by a flexible pipe.

Description

Mobile fire extinguisher with solar generator {Mobile fire extinguisher with solar generator}

The present invention relates to a portable fire extinguishing device installed in an outdoor hazardous material facility or a firefighting object to be protected from fire to quickly extinguish a fire, and more specifically, to a temple, school, cultural property, public facility, etc. The present invention relates to a mobile foam fire extinguishing device having a solar power generator capable of extinguishing a fire with a foam fire extinguishing agent in case of a fire by using solar power generated outdoors where it is difficult to directly use electricity in a building.

In general, when a fire occurs in an outdoor facility, a portable simple fire extinguisher or a fire hose stored in a fire hydrant is used to extinguish the fire on its own until the fire truck arrives. , In the case of using a fire hose equipped with a fire hydrant, there are cases where the fire hydrant cannot be used because it is a certain distance from the fire site, and even if a fire hydrant is used, open the door and drag the fire hose to the fire There is a problem in that the fire spreads due to the inconvenience of having to open the valve to extinguish and missing the golden time for early extinguishing.

In particular, when using a fire hose of a fire hydrant, there are many problems in extinguishing a fire alone. That is, in the case of two or more people, one person grabs the nozzle from the hose reel of the fire hydrant and goes to the fire site, and the other person opens the valve of the fire supply line to supply fire extinguishing water to cooperate in extinguishing the fire. However, if you are alone at this time, you have to bring the fire hose from the fire hydrant to the fire site, go to the fire hydrant again, open the valve of the fire supply line, and come to the fire site. There is a problem that causes property damage and loss of life by missing it.

In addition, recently, a mobile foaming device has been developed and provided.

Such a mobile foaming device is mainly composed of a form in which a pre-mixed catcher solution is stored, which causes a short lifespan and increases the possibility of deterioration of the catcher solution.

In other words, if the foam solution and the fire extinguishing water are mixed in advance, there is a possibility of being released in a state where the mixing ratio is not correct due to precipitation, which may cause a problem of reducing the effect of foaming action and increasing only the amount used.

Methods of mixing foam extinguishing agent and fire extinguishing water include Pump Proportioner type, Pressure Proportioner type, Line Proportioner type, Fraser Side Pro A pressure side proportioner type or the like is used.

However, although these methods are suitable for use in large systems, they are not suitable for fire extinguishers or small package products, and there are problems with installation space and accurate mixing ratio implementation.

There are various types of fire extinguishing devices, but at present, installation by foaming equipment and compressed air fire extinguishing equipment is most commonly used, and the Fire Protection Act and the Hazardous Substances Control Act require installation only at a certain size or more. However, a mobile foam fire extinguishing device is being developed in a situation where a fire extinguishing facility and a fire extinguishing device capable of coping with the situation where countless vulnerable areas remain with a possibility of fire under this scale are required.

Therefore, in the provisions of Article 2 Paragraph 1 Subparagraph 2 and Article 4 of the Dangerous Substances Safety Management Act, the place where dangerous substances are stored or handled "less than the specified quantity" and in the provisions of Article 15 Paragraph 2 of the Framework Act on Fire Protection "less than the quantity by product name" specified for special inflammables There is a demand for a fire extinguishing device to minimize damage to human life and property from fire by installing combustibles in a place where firefighting objects are applied.

Looking at the prior art in this field, the cabinet-type simple foam fire extinguishing device (hereinafter referred to as "prior art") of Patent Publication No. ) is a cabinet 10 having a main body 11 in which a storage space is formed as shown in FIG. 1; a water tank 20 installed on the rear surface of the cabinet 10 to accommodate water; a plurality of wheels 30 provided under the cabinet 10 and the water tank 20; a gun tank 40 built into the cabinet 10 and accommodating a foam fire extinguishing agent; a water pump 50 built into the cabinet 10 and connected to the water tank 20 through a pipe P1; a gun pump 60 built into the cabinet 10 and connected to the gun tank 40 through a pipe P2; A mixer 70 connected to the water pump 50 and the foam pump 60 through pipes P3 and P4 to mix water and the foam agent; A ponozzle 80 connected to the mixer 70 by a hose H to emit foam; A configuration including a control unit 90 built into the cabinet 10, a transmitter 100, and a backup power supply 200 has been disclosed.

In the prior art, the fire pump must be driven to quickly extinguish the fire in the event of a fire, and in order to drive it, the pump is driven by electricity from a reserve power source installed on one side.

That is, in order to operate the cabinet-type simple foam fire extinguishing device of the prior art, electricity for driving the foam pump 60 is required, and the electricity is configured to be supplied from an attached auxiliary power source.

Simple foam fire extinguishing devices such as those in the prior art are installed in temporary facilities, construction sites, temples, schools, cultural properties, public facilities, etc. where fire extinguishing devices are not installed in buildings or facilities, and are installed without separate electricity supply by moving a short distance in case of fire It is possible to extinguish the fire using the foam powder by operating the foam pump using the standby power source.

However, fires do not occur frequently, they may come without notice and may not occur for years.

In this way, the cabinet-type simple foam fire extinguishing device, such as the prior art, is stored outdoors on one side of a building or facility where a fire can occur so that it can quickly cope with a fire, so that the preliminary power is discharged as time passes, and the cabinet-type simple foam fire extinguishing device There is a problem in that the operation is not performed, and in order to prevent such discharge in advance, there is a problem in that the backup power must be periodically checked and the rechargeable battery must be replaced.

The preliminary power source 200 of the prior art adopts a lithium battery having a light, small volume and excellent performance, and is configured to be driven for more than 20 minutes. Normally, the battery constituting the reserve power is not 100% charged, but when it is new, it is charged more than 90%, and when used for a long time, it is 80% and 70%. The charging rate is lowered to 60%, etc., and if the charging rate is low, there is a problem that the driving time is also reduced, so the time to use the cabinet-type simple fire extinguishing device in case of fire is also reduced.

In addition, the prior art has an uneconomical problem in that cost is incurred due to the use of external commercial electricity when installing a heater to prevent freezing in winter.

The present invention, which will be described below, improves the prior art so that the driving time of the fire extinguishing device can be increased in case of fire, and the fire extinguishing ability can be improved by freely mixing the foam agent and water.

Republic of Korea Patent Publication No. 10-2019-0128919

The present invention is to solve the above problems, and a solar collector is installed on the top of the body of the cuboid housing-type mobile foaming device, so that there is no electric discharge even when stored outdoors for a long time, and the state is always filled with electricity, so that the outside regularly The purpose is to be able to extinguish a fire using a mobile foaming device anytime, anywhere without charging using commercial electricity,

Another purpose is to install an engine and an engine pump that can increase the water pressure in the main body of the mobile foam fire extinguisher by installing a solar panel to supply enough electricity to raise the water pressure of the water in the water tank to the fire hose. The foam fire agent in the tank is mixed with water by the siphon phenomenon to form foam water so that the fire can be extinguished efficiently.

In addition, the present invention provides a mobile foaming device that can be quickly moved to a fire place even in a limited space, and at the same time, water and foaming agent in a water tank are mixed on-site, and the foaming water is saved by spraying. It is an object of the present invention to provide a mobile foam fire extinguishing device capable of continuously extinguishing a fire for a period of time.

The present invention is a means for solving the above object, a mobile foaming device,

A main body having a first door, a second door, and a third door on the front side and consisting of a rectangular parallelepiped body;

a water tank installed on the rear side of the main body and supplied with water from an input hole formed in the upper portion to be used as fire extinguishing water;

an engine pump connected to the water tank and pumping water in the water tank while being operated by driving the engine;

A gun tank formed on one side of the front surface of the main body so that the water and the foam fire extinguishing agent transported by the pumping of the engine pump are immediately mixed and transported

A foam fire extinguishing agent mixing device (line proportioner method) is coupled to the transfer pipe located in the upper part of the gun tank to the position where the fire hose is connected, and the foam fire extinguishing agent and water are mixed in a siphon method to bring the foam fire extinguishing water to the fire site. A hose connector that serves as a mixer for spraying;

a solar heat collector installed on the upper surface of the upper cover of the main body to generate electricity to supply electricity necessary for driving an engine pumping water in a water tank and an engine pump;

a solar controller installed on one side of the main body to store and control electricity generated by the solar thermal collector;

a pressure gauge and an opening/closing valve installed in a transfer pipe connected to one discharge port to check and open/close the pressure of the water pumped and discharged from the engine pump;

It is characterized in that the engine pump and the water tank are connected by a flash pipe.

The gun tank is characterized in that a foam agent discharge pipe is installed on one side of the upper end and one side of the hose connection port of the upper transfer pipe, and a level gauge is installed so that the upper end of the gun tank and the lower end are connected.

The engine is characterized in that a flue is installed to discharge burned gas, and one end of the flue protrudes outside the upper cover of the main body to form a combustion gas outlet, and a rainwater cover is installed on the combustion gas outlet.

The mobile foaming device is characterized in that a handle is formed on the rear surface of the water tank of the main body, and a plurality of casters are installed on the bottom surface to be movable.

The main body is characterized in that a separate storage box is formed at the top of the gun tank to store a fire hose and a nozzle.

It is characterized in that a transmitter and an alarm device for notifying a fire signal are installed on an outer wall of one side of the storage box.

The main body is characterized in that a plurality of lifting lugs are installed on each corner of the upper portion so that it can be used as a hook when lifting.

The foam tank is characterized in that a foam fire extinguishing agent inlet is formed in the upper center portion, a "∩" type bracket is installed outside the foam fire extinguishing agent inlet, and a safety valve in the form of a vertical pipe is installed at the lower end of one side.

In the mobile foam fire extinguishing device having a solar generator of the present invention, a water tank is formed in the rear space portion of the main body of the enclosure made of a rectangular parallelepiped, and a storage portion is formed in the front body of the water tank to form an engine, an engine pump, a gun tank, a transfer pipe, and a fire fighting device. It is installed so that the hose is built-in, and the first door, the second door, and the third door are formed on the front of the main body to quickly operate the necessary components in case of fire to spray the foam fire, so that the fire can be extinguished at an early stage. have,

In addition, by installing a water tank and a gun tank in the main body to mix water and foam fire extinguishing agent, it has the effect of improving the efficiency of fire suppression by enabling sufficient foam fire extinguishing water to be used during fire suppression,

In addition, by installing a solar panel on the upper surface of the main body of the mobile foaming device to generate electricity, it provides enough electricity to operate the engine pump and engine in case of fire. have an effect,

In addition, a solar heat collector is installed to generate electricity on its own from a mobile foam fire extinguisher, so it freezes in winter by installing a heater on the flash pipe connected to the water tank and engine pump, and the transfer pipe connecting the engine pump, gun tank and fire hose. At the same time, commercial electricity is not used, so there is no cost associated with electricity use, so it has an economic effect.

1 is a front view showing the internal configuration of a conventional cabinet-type simple foam fire extinguishing device.
Figure 2 is a perspective view showing an external view of a mobile foaming device according to the present invention
Figure 3 is a front view showing the internal configuration of the mobile foaming device according to the present invention.
Figure 4 is a side view showing an engine pump and a water tank installed in the body of the mobile foaming device according to the present invention.
5 is a plan view of a mobile foaming device according to the present invention.

Hereinafter, an embodiment of the present invention will be described in detail based on the accompanying drawings.

The mobile foaming device 100 of the present invention includes a main body 110 having a first door 120, a second door 121, and a third door 122 on the front side and made of a rectangular parallelepiped body; a water tank 140 installed on the rear surface of the main body 110 and supplied with water from an input hole 141 formed on the upper part to be used as oxidized water; an engine pump 160 connected to the water tank 140 and operated by driving the engine 161 to pump water in the water tank 140; a gun tank 180 formed on one side of the front surface of the main body 110 so that the water transported by the pumping of the engine pump 160 and the foam fire extinguishing agent are mixed and transported; The fire hose 190 is formed to be connected to the transfer pipe 170 located on the upper part of the gun tank 180, and acts as a mixer so that the foam fire extinguishing water can be sprayed at the fire site by mixing the foam extinguishing agent and water in a siphon method. The hose connector 172 and; A solar collector 150 installed on the upper surface of the upper cover 111 of the main body 110 to generate electricity to supply electricity to the engine 161 that drives the engine pump 160 for pumping water; a solar controller 151 installed on one side of the main body 110 to store and control electricity generated by the solar thermal collector 150; a pressure gauge 220 and an on/off valve 171 installed in a transfer pipe 170 connected to a discharge port on one side of the engine pump 160 that is pumped and discharged from the engine pump 160; The engine pump 160 and the water tank 140 are characterized in that they are configured to include those connected to each other by a flash pipe.

The mobile foam fire extinguishing device 100 having the solar generator of the present invention configured as described above is a place where dangerous substances are stored or handled "less than the specified quantity" in the provisions of Article 2 (1) 2 and Article 4 of the Dangerous Materials Safety Management Act and firefighting In the provisions of Article 15 Paragraph 2 of the Framework Act, combustibles of "less than the quantity by product name" specified in special combustibles are installed in a place applicable to handling firefighting objects, etc. to minimize human life and property damage from fire.

Textile industry manufacturing, furniture manufacturing, printing manufacturing, sofa industry manufacturing, simple parking lot, paper manufacturing, coating manufacturing, styrofoam, etc. ABS resin raw material handling manufacturing, oil product raw material handling manufacturing, construction site In particular, it can quickly extinguish a fire by installing it in a flame workshop where insulation materials are used. In addition, the present invention is a multi-use facility, parking lot, sanatorium, gas station, animal, plant facilities, aircraft, automobile facilities, factories, facilities for the elderly, temples, schools, cultural assets, places where firefighting facilities such as public facilities are not directly installed or Inevitably, firefighting equipment was not installed, and it was installed in a building or place used by multiple people for a certain period of time to quickly extinguish a fire.

The mobile foam fire extinguishing device 100 of the present invention is an eco-friendly foam fire extinguishing agent having stronger extinguishing power than water when installed on a small-scale object so that the fire can be quickly and accurately extinguished in the early stage.

Figure 2 attached to the present invention is a perspective view showing an external view of a mobile foaming device according to the present invention, Figure 3 is a front view showing the internal configuration of the mobile foaming device according to the present invention, Figure 4 is a front view showing the present invention This is a side view showing an engine pump and a water tank installed in the main body of the mobile foaming device according to the present invention, and FIG. 5 is a plan view of the mobile foaming device according to the present invention.

Figure 2 of the present invention is a perspective view showing an external view of a mobile foaming device, which is an enclosed type mobile foaming device 100 made of a rectangular parallelepiped.

A first door 120, a second door 121, and a third door 122 are installed on the front of the main body 110 of the mobile foaming device 100 to quickly remove the components installed inside the front of the main body 110. allow it to be manipulated.

The first door 120 installed on the front upper portion of the main body 110 of the present invention is installed on the top at half the height of the front main body 110 of the mobile foaming device 100, and the first door 120 is It is installed in a vertical opening system.

Cylinders are installed on both sides of the inner side of the first door 120, and when the first door 120 is opened, the cylinder maintains an open state.

The first door 120 is horizontally installed at the top so that the fire hose 190 provided in the storage box 191 on the inner upper end of the main body 110 can be freely moved left and right according to the fire scene.

That is, when the fire site is located in the right front with respect to the front of the mobile fire extinguishing device 100, when the fire hose 190 is moved in the right direction long, the vertical frame or horizontal frame of the main body 110 does not interfere will be.

In addition, the first fish 120 controls the fire hose 190 as well as the electric "on" / "off" switch of the solar controller 151, the hose connector 172 of the transfer pipe 170, and the opening and closing valve 171 will be able to freely

In addition, the second door 121 is installed on the right side of the front lower part of the main body 110 to manage the engine 161 and the engine pump 160, and the third door 122 is installed on the left side of the front lower part of the main body 110. It is installed to manage the gun tank 180.

In addition, a solar collector 150 is installed on the main body 110 of the present invention to generate (power generation) electricity using solar heat.

The solar heat collection plate 150 is installed on the fixing bracket 152 installed on the upper surface of the main body 110, and the fixing bracket 152 is installed so that the solar heat collection plate 150 is placed in both ends and is fixed to the solar heat collection plate 150. The connection part of the bracket 152 is composed of a hinge part, and is installed so that solar heat is reflected for a long time by adjusting the angle of the solar heat collection plate 150.

The solar thermal collector 150 generates electricity by generating solar heat, and then charges and stores electricity in the solar controller 151 installed inside the top of the main body 110 .

The solar controller 151 is charged with a predetermined amount of current by installing an overpressure prevention device, and the charged current drives the engine 161 and the engine pump 160, supplies sufficient electricity to the heater in winter, and controls the heater. It can be controlled by the roller 210.

Therefore, in the present invention, since the electricity necessary for using the mobile foaming device 100 is generated from the solar collector 150 installed on the top, electricity is generated and used on its own without using a separate commercial electricity, thereby reducing electricity consumption. It is economical because there is no cost incurred at all.

The electricity generated in the solar heat collection plate described in the present invention is converted into electricity suitable for the components of the mobile foaming device 100 so that it can be used. omit

In addition, the mobile foam fire extinguishing device 100 of the present invention has a plurality of casters 240 installed on the bottom surface, so that when in use, the handle 130 formed on the rear surface of the main body can be used to move closer to the fire site.

The mobile foaming device 100 of the present invention can be lifted by installing a plurality of lifting lugs 250 on the upper edge of the main body 110 as a means for loading into a vehicle when necessary.

3 and 4 are front and side views showing the internal configuration of the mobile foaming device according to the present invention, and electricity generated from the solar collector 150 is stored inside the main body 110 corresponding to the first door 120. A solar controller 151 for charging is installed, and a storage box 191 is provided on one side of the solar controller 151 to store the fire hose 190 and a nozzle. The opening/closing valve 171, the hose connector 172, and the foam fire extinguishing agent mixture 182 formed at the top of the foam tank 180 are located and can be managed.

In addition, an engine pump 160, an engine 161, and a heater controller 210 are installed inside the main body 110 corresponding to the second door 121.

In addition, a gun tank 180 is installed inside the third door 122 installed on one side of the front side of the main body 110.

In this way, the present invention opens the first door 120 in case of fire, then connects the nozzle to the front end of the fire hose 190, and the other end is the hose connector of the transfer pipe 170 located above the gun tank 180 ( 172), hold the nozzle, spread the fire hose (190) to the fire site, and then turn on the electricity "on" / "off" installed in the solar controller (151), current is supplied to the engine (161) and the engine (161 ) is operated, the engine pump 160 connected to the engine shaft is operated to pump the water in the water tank 140 on one side and supply it to the transfer pipe 170, and the water passes through the transfer pipe 170 to the fire hose 190 After being filled in, it is sprayed to the fire site through a nozzle.

At this time, the water transported through the transfer pipe 170 is moved to the fire hose 190 through the hose connector 172 on the upper part of the gun tank 180 with flow pressure, and the flow pressure thereof moves the gun tank 180 and Through the foam extinguishing agent discharge pipe 181 connected to one side of the hose connector 172, the foam extinguishing agent in the gun tank 180 is mixed with the water moved by the siphon principle in the hose connector 172 and sprayed through the nozzle. .

The engine pump 160 is built into the main body 110, and the engine pump 160 is connected to the transfer pipe 170, and one side of the hose connector 172 of the transfer pipe 170 is connected to the gun tank 180. It is connected to the connected foam extinguishing agent discharge pipe 181 and serves to pressurize and transfer the water stored in the water tank 140 from the engine pump 160 during the foam extinguishing operation.

At this time, the engine pump 160 pumps the water in the water tank 140 and pressurizes it to the transfer pipe 170, and passes through the transfer pipe 170 to the fire hose 190 connected to the hose connector 172. The flow rate by the release transfer pressure is generated, and suction pressure (siphon phenomenon) is generated in the foam fire extinguishing agent discharge pipe 181 connected to one side of the hose connector 172, so that the foam fire extinguishing agent in the gun tank 180 is discharged from the hose connector 172 ) through which it is mixed with water in the fire hose 190 and sprayed through the nozzle.

At this time, the hose connector 172 to which the fire hose 190 is connected naturally serves as a mixer.

The pressure of the water in the transfer pipe 170 is checked by the pressure gauge 220 installed in the transfer pipe 170 connected to the discharge port on one side of the engine pump 160 pumped and discharged from the engine pump 160, and the on/off valve ( 171) to cut off the water supply.

Therefore, the present invention can save foam fire extinguishing agent and water by replenishing the foam extinguishing agent and water when the water in the water tank 140 remains in the foam tank 180 after the fire suppression is completed so that the foam extinguishing agent and water can be used later. be able to

In this way, the firefighting water mixed at the hose connector 172 side serving as a mixer is water and

It plays a role in forming foam by mixing the foam fire extinguishing agent.

At this time, a flow control device is installed so that the ratio of the foam fire extinguishing agent mixed with water can be autonomously adjusted to 1%, 3%, and 6%, so that the mixing concentration with high fire extinguishing efficiency can be maintained in any environment.

The discharge amount of the foam extinguishing agent in the foam tank 180 is controlled by the flow rate control device (not shown) installed on one side of the connection between the foam extinguishing agent discharge pipe 181 and the foam tank 180 to control the discharge flow rate of the foam agent. be able to

Therefore, the present invention can be structurally installed in a small-scale object to quickly and accurately extinguish a fire in the early stage with an eco-friendly foam fire extinguishing agent that has stronger extinguishing power than water when a fire occurs.

The foam fire extinguishing agent stored in the gun tank 180 is a product developed to overcome the limitation that more than 80% of the fire extinguishing water evaporates into water vapor during spraying in general water fire extinguishing and the inability to respond to oil fires. It is known as a water-based fire extinguishing agent as a representative foam agent because of its excellent fire suppression ability. Foam fire extinguishing agent, which started as protein cloth using animal by-products in the past, began to be used in earnest as fluorine-based fire extinguishing agent (aqueous film foam) was developed in the 1950s. In the early 21st century, with the development of an eco-friendly foam agent that does not contain fluorine, it began to be used in general fire suppression for rapid fire suppression.

In the mobile foaming device 100 of the present invention, it is a high-performance, high-concentration (concentration used 1%) product capable of suppressing fire with a small amount, an eco-friendly product that can be used even when suppressing general fires, and has an excellent pour point that can be used even in winter (-20 ℃) The product's highly concentrated eco-friendly foam agent was used to quickly extinguish the fire.

In addition, the present invention installs the heater controller 210 inside the main body 110 on one side of the engine pump 160 and the engine 161 to connect the transfer pipe 170, the water tank 140 and the engine pump 160, By installing a metal heater in the Lexh piping and managing it to prevent freezing in winter, the cost of using the heater is reduced by using its own electricity generated from the solar collector instead of using external commercial electricity for the heater's electricity to prevent freezing. It does not occur at all, so there is an economic advantage.

In addition, as shown in FIG. 3, the present invention has a foam fire extinguishing agent discharge pipe 181 installed on one side of the upper end of the gun tank 180 and one side of the hose connector 172 of the upper transfer pipe 170, and the gun tank 180 ) A level gauge 184 is installed so that one side of the upper end and the lower end are connected so that the amount of the foam fire extinguishing agent in the gun tank 180 can be checked.

In addition, in the engine 161 for driving the engine pump of the present invention, a communication 162 is installed so that the burnt gas is discharged as shown in FIGS. 3 and 4, and the upper end of the communication 162 is the upper cover of the main body 110. (111) A combustion gas outlet 163 is installed so as to protrude upward, and a rainwater cover 164 is installed on the outer surface of the combustion gas outlet 163 to prevent rainwater or snow from entering.

The engine pump and engine installed inside the main body are installed on the bottom frame 112.

The mobile foam fire extinguishing device 100 has a handle 130 formed on the rear surface of the main body 110, and a plurality of casters 240 installed on the bottom surface so that it can be moved to the fire site if necessary.

In the main body 110, a separate storage box 191 is formed on the upper part of the gun tank 180 so that the fire hose 190 and the nozzle can be stored.

A transmitter 200 for informing a fire signal and an alarm device 201 are installed on an outer wall of one side of the storage box 191.

When a fire occurs, the transmitter 200 and the alarm device 201 inform the outside of the situation in which the fire is being extinguished by sounding an emergency situation and allow people around to participate.

In addition, in the present invention, a plurality of lifting lugs 250 are installed on each upper corner of the main body 110 and are used as a traction hanger for getting on and off when moving to an installation site or when transportation by vehicle is required.

In addition, in the gun tank 180 of the present invention, a foam fire extinguishing agent mixture sphere 182 is formed in the upper center portion, and a "∩" type bracket 183 is attached to the external gun tank 180 of the foam fire extinguishing agent mixture sphere 182. ) is installed to protect the foam fire extinguishing agent mixture sphere 182.

5 is a plan view of a mobile foaming device according to the present invention, in which an input hole 141 is formed to supply water when necessary at the upper part of the water tank 140, and the upper part of the main body 110 on one side of the water tank 140 A solar collector 150 is installed on the surface to generate electricity, and the solar collector 150 is combined with a fixing bracket 152 installed by welding or riveting on the upper surface of the main body 110, and the fixing bracket ( 152) and the solar collector plate 150 are coupled to each other to form hinges, and the solar collector plate 150 is adjusted to correspond to the direction of sunlight so that electricity generation can be made more efficiently.

Thus, in the mobile foaming device 100 of the present invention, the water tank 140 is formed on the rear side of the inner space of the main body 110 of the enclosure made of a rectangular parallelepiped, and the water tank 140 is inside the front body. The engine 161, the engine pump 160, the gun tank 180, the transfer pipe 170, and the fire hose 190 are installed by forming the storage part to accommodate all the components in the enclosure type body 110, and the exterior appearance It is beautiful and prevents contact from rainwater and snow so that it has a long lifespan and is easy to handle.

In the present invention, the first door 120, the second door 121, and the third door 122 are formed on the front of the main body 110, so that the necessary components in case of fire are opened and operated quickly to extinguish the fire. was sprayed so that the fire could be extinguished at an early stage.

In the present invention, the water tank 140 and the gun tank 180 are installed in the main body 110 so that the water and the foam fire extinguishing agent are sprayed so that the water and the foam agent are mixed, so that fire suppression is efficiently performed and sufficient foam fire water can be used. This is to avoid being discarded.

The drain valve 230 protrudes from the bottom frame 112 on the bottom of the water tank 140 to drain washing water when the water tank 140 is cleaned.

The mobile foaming device 100 of the present invention generates electricity by installing a solar heat collector 150 on the upper surface of the main body 110, thereby providing enough electricity to operate the engine pump 160 in case of fire, and at the same time, external commercial electricity Since no external wire is connected to use, it is possible to extinguish the fire while moving freely.

In addition, in the present invention, a transfer pipe 170 connected to the water tank 140 and the engine pump 160 by installing the solar heat collector 150 to generate electricity in the mobile foaming device 100 itself, and the engine pump 160 ) and a metal heater is installed in the transfer pipe 170 connecting the gun tank 180 and the fire hose 190 to prevent freezing in winter.

As described above, the present invention is a textile industry manufacturing business, such as hazardous materials handling manufacturing business less than the specified quantity, furniture manufacturing business, printing manufacturing business, sofa industry manufacturing business, simple parking lot, paper manufacturing business, coating agent manufacturing business, ABS resin raw material handling manufacturing business such as Styrofoam, oil product raw material It can be installed in the handling manufacturing business, construction site, especially in the flame workshop using insulation materials to quickly extinguish the fire.

In addition, the present invention is a multi-use facility, parking lot, sanatorium, gas station, animal, plant facilities, aircraft, automobile facilities, factories, facilities for the elderly, temples, schools, cultural assets, places where firefighting facilities such as public facilities are not directly installed or Inevitably, without installing fire-fighting equipment, it is installed in a building or place used by multiple people for a certain period of time so that the fire can be quickly extinguished.

100: mobile foaming device 110: main body
111: upper cover 112: sea frame
120: first door 121: second door
122: third door 130: handle
140: water tank 141: input hole
150: solar collector 151: solar controller
152: fixing bracket 160: engine pump
161 engine 162 communication
163: combustion gas outlet 164: rainwater cover
170: transfer pipe 171: on/off valve
172: hose connector 180: gun tank
181: Foam fire extinguishing agent discharge pipe 182: Foam fire extinguishing agent mixing port
183: bracket 184: level gauge
190: fire hose 191: storage box
200: transmitter 201: alarm device
210: heater controller 230: drain valve
204: caster 250: lifting lug

Claims (5)

The mobile foaming device,
A main body having a first door, a second door, and a third door on the front side and consisting of a rectangular parallelepiped body;
a water tank installed on the rear side of the main body and supplied with water from an input hole formed in the upper portion to be used as fire extinguishing water;
an engine pump connected to the water tank and pumping water in the water tank while being operated by driving the engine;
A gun tank formed on one side of the front surface of the main body so that the water and the foam fire extinguishing agent transported by the pumping of the engine pump are immediately mixed and transported
A hose connector formed so that a fire hose is connected to the transfer pipe located in the upper part of the gun tank and serves as a mixer so that the foam fire extinguishing agent and water can be mixed in a siphon method to spray the foam fire extinguishing water to the fire site;
a solar heat collector installed on the upper surface of the upper cover of the main body to generate electricity to supply electricity necessary for driving an engine pumping water in a water tank and an engine pump;
a solar controller installed on one side of the main body to store and control electricity generated by the solar thermal collector;
A pressure gauge and an opening/closing valve installed in a transfer pipe connected to one discharge port to confirm and open/close the pressure of the water pumped and discharged from the engine pump;
The engine pump and the water tank are mobile foam fire extinguishing devices having a solar generator, characterized in that connected by a flash pipe. According to claim 1,
The engine has a solar generator, characterized in that a communication is installed to discharge the burned gas, and one end of the communication is protruded outside the upper cover of the main body to form a combustion gas outlet, and the combustion gas outlet has a rainwater cover installed. Mobile foaming device. According to claim 1,
The main body has a separate storage box formed on the top of the gun tank to store a fire hose and a nozzle, and a transmitter and an alarm device for informing a fire signal are installed on one side wall of the storage box. . According to claim 1,
The gun tank has a foam fire extinguishing agent inlet formed in the upper center portion, a "∩" type bracket is installed outside the foam fire extinguishing agent inlet, and a vertical pipe-shaped safety valve is installed at the lower end of one side. foaming device. According to claim 1,
The solar collector plate is a portable fire extinguishing device having a solar generator, characterized in that the connection portion coupled to the fixing bracket is made of a white branch so that the angle can be adjusted.

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