KR100468892B1 - Formation and construction method of fire fighting sprinkler and motor without fire pump - Google Patents

Abstract

The present invention relates to a sprinkler and fire extinguisher for fire extinguishing, and more specifically, by attaching an individual water tank to the sprinkler and the body of the fire extinguisher to form and discharge the water tank water at its own (hydraulic) pressure. Sprinklers do not require pumps and motors and pressure tanks. The sprinklers are commercialized and can be constructed at low cost, and are 100% initial fire suppression effect regardless of electric power outage and water shortage. Fire extinguishers are water quenchers and sprinkler and fire extinguishers that can provide various benefits such as odorless pollution, which is easy to clean and handle, harmless to human body and does not cause environmental pollution. I would like to provide.

Description

Method of forming and constructing fire fighting sprinkler and motor without fire pump without motor pump

The present invention relates to a sprinkler and fire extinguisher for topical suppression fire. More specifically, the water tank is formed by attaching an individual water tank to the sprinkler and fire extinguisher body. Therefore, the spring cooler does not need a pump and a motor other than a pressure tank, and the commercialized spring cooler can be constructed at a low cost, and it can be used for construction without electricity outage or tap water. The fire extinguisher is a physiotherapy device that is related to a spring cooler and a fire extinguisher, which can provide various advantages such as being easy to clean and handle, harmless to the human body, and causing no environmental pollution due to the odorless pollution.

Conventional sprinkler operation was performed by combining a motor, a pump, and a pressure tank together in a set, but it was a method of installing and installing the product so that the amount of water discharged smoothly and smoothly by increasing the easy pressure for topical suppression. In case of fire suppression, the electricity was abnormal and the pump could not be operated during power outages, so normal fire suppression was not possible. In recent years, buildings with small footprints (such as entertainment venues in Danran) have had a method of installing sprinklers by directly connecting them to the water pipes without using pumps and motors (waterworks). Since the capacity must be increased, this is also expensive installation cost. In case of fire suppression, the use of tap water is increased in summer, which causes the pressure of tap water to drop, which prevents the princula from functioning properly. In areas with cuts and high zones, the pressure of tap water is even lower, which can lead to water burns, and when there is a water shortage due to lack of water due to lack of water, tap water does not come out. There was a big problem that can not be done. In addition, the conventional sprinkler installation construction is made in accordance with a professional company, because the installation cost is expensive, it is difficult to install in small buildings, there was a problem in preventing the initial suppression when the topic occurs. In general, the fire extinguisher which is commonly used is formed of toxic fire extinguisher powder powder inside the fire extinguisher, and it is harmful to human body by odor and toxic gas release during fire suppression. Due to discomfort and environmental pollution, there was a problem that the powder powder was blown here and there, making it difficult to clean and handle it.In the fire extinguisher management, once every 3-4 months, There was a number of uncomfortable problems, such as management that can be shaken frequently so as not to harden the normal topic suppression. In addition, foam fire extinguishers used in the prior art was used to suppress fire by using pressure generated from foam filler when mixed with water during fire suppression. It could not generate pressure because it is inconvenient to use, so it has reached the stage of almost no use.

In addition, in the case of a large area of the factory or warehouse, the fire prevention water baguette bucket is placed together, and when the fire breaks out, the fire water is sprayed into the bag bucket and the water is sprayed. There is a problem in gathering in one place without a problem

An object of the present invention is to attach the individual water tank (water bag) to the spring cooler and fire extinguisher to form a pressure with the spring to spray the water inside the water tank through the outlet hose head called the spring cool and the fire extinguisher is the room outlet By spraying and discharging through the hose nozzle, the spring cool is operated so that the initial suppression is 100% when fire occurs, regardless of the electric power outage and the number of tap water. The fire extinguisher can be replaced by the fire water (water) container with the attachment of two or more furnaces, and the fire extinguisher uses water so that the extinguishing fluid does not harden, so it does not need special management, and its life is semi-permanent. It is intended to provide sprinklers and fire extinguishers that offer several advantages, including not causing environmental pollution.

Figure 1 is an example of the state of use after the spring cooler is assembled

Figure 2 is an example of the state of use after the state in which the fire extinguisher is assembled

Figure 3 is a state diagram of a state structure assembled with the body

Figure 4 is an example of the internal structure assembly state diagram

5 is an example of a water bag cutting state diagram

6 is a state in which the internal structure is disassembled, A is the pressure contact plate right side B is the pressure contact plate left side

C is a water bag tube D is an example of a protective net

Figure 7 is a fire extinguisher that can be used by several people

(A brief description of the main parts of the drawing)

1: sprinkler and fire extinguisher body 2: water bag tube 3: room outlet hose

4: protection net (net) 5: pressure contact plate left (5 ') pressure contact plate right 6: wire string

7: pulley Laura 8: spring 9: wire break prevention jaw 10: sprinkler head

11: Fire Extinguisher Nozzle 12: Fire Extinguisher Valve 13: Inlet (pipe) Hose 14: Nozzle

15: space where water is stored

16: hole 17: check valve 18: valve 19: nipple (pipe) 20: attachable hanger

30: external water pipe 31: fire extinguishing transparent plate 40; wheel 41; handle

To this end, individual water tanks are formed in the bodies of the spring cooler and the fire extinguisher to facilitate use in the event of a fire. The external surface of the spring cooler body is provided with a head capable of releasing water during fire suppression as in the prior art. Fire extinguishing is carried out in the same way as in the prior art. In fire extinguishers, the fire extinguisher outlet hose is formed with a nozzle during fire extinguishing. And described in detail in the manufacturing process and forming process of the fire extinguisher is as follows. The sprinkler body (1) case and the fire extinguisher body (1) inside the case, the water bag tube that can be stored by injecting water with flexible uratan and synthetic resin or synthetic rubber as shown in Figure 6 that can inject water (2) Next, the inlet hose 13 for injecting water and the outlet hose 13 for discharging water are formed on the surface of the water bag tube 2, and then the sachet of the water bag tube 2 is formed. After wrapping the entire surface with a flexible mesh net (4) to prevent damage, the next two pressure-contact plates are pulled onto the surface of the pressure-contact plate (5 ') by hooking wire wires (6). 7) attach and form a hole in the wire break prevention jaw (9) that prevents wire break-out next to it, and a hole that can be fixed by hanging a wire string (6) on the surface of the pressure contact plate (5) on the other side ( Perforated 16) After the two left and right pressure contact plates were prepared, attach them to the surface of the net protective net (4), and then securely bind the wire strings (6) to the surface holes (16) on the left side (5) of the pressure contact plate. The other side of the wire string (6) is inserted into the hole of the pulley Laura (7) and the wire anti-slip force (9), and then repeatedly connected to the spring firmly several times, the spring cooler or the fire extinguisher formed in this way, respectively, the body (1) ) Put it in the outer case, and then, the water inlet (13) hose for injecting water and the outlet for discharging water (3) protrude out of the sprinkler body water tank. There is a check valve (17) to prevent the back flow of water and a valve (18) to open and hold the water is installed in the inlet hose (pipe) (13) at the end of the nipple pipe (19) to be connected to the external water pipe And insert The sprinkler head 10 is attached to the outlet (3) hose, the outlet hose (3) is exposed to the outside of the fire extinguisher body water tank, and the extinguisher (3) that can be pressed by hand on the protruding outlet hose (3). By installing the valve 12 and attaching the nozzle 14 for discharging and discharging water at the end of the discharge hose 3, the spring cool is formed by spraying and discharging water through the nozzle at the time of topical suppression. Referring to the embodiment process in the D and fire extinguishers are as follows. The sprinkler injects water through the water inlet hose 13 (pipe) and the fire extinguisher presses the fire extinguisher valve 12 by hand and injects water into the water bag tube 2 through the outlet hose. As the water inlet tube 2 is inflated as it is injected, the spring on the pressure contact plate 5 enclosing the water tube 2 increases and the contracting force of the water is generated (shrink). 5) The two sheets of (5 ') left and right are pressurized by pressing the water bag tube 3 so that the water contained in the water bag tube 3 acts to get out of the water due to the natural water pressure. When the head bursts due to a rise in temperature when a coolant is generated, the water inside is sprayed and discharged at the head with a high water pressure through the outlet hose (3). When the inlet pipe protruding by exposure to the outside of the spring cooler body (1) of the present invention is connected to the water pipe when the fire occurs when the external water is supplied to the topic can be suppressed for a long time and commercialized spring of the present invention The water tank of the Kula body (1) is a small water tank, and as shown in Fig. 1, the anchor bolt 20 is fixed to the ceiling so that anyone can simply install and install it without special skills. Apartment model house factory Restaurant Shop building, livestock barn building can be installed and dismantled and relocated, so tenants can move to other places after the lease expires. In the step of providing the cooler and the fire extinguisher, the valve 3 of the fire extinguisher is changed as in the prior art. This is the step where topical suppression occurs when pressed, and the sprinkler formed in this way is formed with individual water tanks and can be manufactured and commercialized, and can be attached and removed as needed. It can be used without any burden, and there is no need for special technology and management during installation. It saves time and has 100% initial suppression effect even in the case of electric power failure. Transparent extinguisher checks extinguishing capacity by transparent plate on the outer surface. As shown in Fig. 7, the large fire extinguisher is attached to the lower part of the fire extinguisher body (1) to replace the fire water (water) container as shown in FIG. The fire extinguisher valve (12) and the furnace cord (12) at the end of the room outlet hose (3) and at least two fire extinguisher rows (12). The fire extinguisher of the present invention is odorless and no harm to the human body and does not harden even when stored for a long time. We want to provide firefighting equipment with several advantages, such as no time required and no environmental pollution, where the water and foam fillers in the fire extinguisher water tank are mixed with each other. Foam extinguishing fillers can be used to extinguish the extinguishing fluid in the fire extinguisher with spring pressure, so that it can be used even when the oil is used for long periods of time.

As described above, in the spring cooler, since the motor, the pump and the pressure tank are not used, the construction is simple and the construction cost is low. In case of fire suppression, it is possible to obtain 100% initial suppression and high suppression effect through normal operation regardless of electric power outage and the number of tap water. Since it does not require special technology called commercialized spring cool, anyone can install and install. Tenants can be removed and installed before moving when the lease expires. Spring cool water released by topical suppression can be easily refilled with tap water in areas where the water pressure is high. The service life is semi-permanent, and in case of fire, water is sprayed and discharged from the sprinkler head in the same way as in the conventional way. As the equipment price is low, it is a small building accommodation restaurant kitchen unmanned product storage warehouse apartment and house kitchen school apartment Model house livestock houses, etc. can increase the quantity as needed, and new equipment is saved because there is no need to check the equipment management. The present invention can be installed by pressing several heads even with one water tank of the sprinkler, and when connected with the sprinkler inlet pipe and the water pipe, the water is automatically filled in the water tank, and water is generated for a long time when a fire occurs. Fire extinguisher with large capacity is easy to move due to its handle and wheels, and it can be used by multiple people because it has two or more nozzles for convenient use. It can be used conveniently while replacing. The fire extinguisher uses water to extinguish the fire, so the extinguishing fluid does not solidify and does not need to be managed. It saves time and is semi-permanent. It is simple to use regardless of the wind direction when extinguishing fire. The fire-extinguisher does not cause environmental pollution due to no pollution, and the extinguisher discharged from the extinguishing fluid has a low filling cost and can be used by recharging the tap water where the water pressure is high. Inside the fire extinguisher, a check plate to check the amount of fire extinguishing is transparent. When the foam filler and water used in the prior art are mixed and injected into the fire extinguisher, the fire extinguisher forms a spring pressure and sprays and discharges the filler in the fire extinguisher at a high pressure to obtain a high topical suppression effect on oil (oil).

Claims (2)

It is possible to inject water into the spring cooler body (1) or the fire extinguisher body (1) case (water tank) in the method of manufacturing and forming a fire extinguisher (fire fighting) and a fire extinguisher. The water bag tube (2) is formed of flexible urethane, synthetic resin or synthetic rubber, and water is injected into the sprinkler body in the method of manufacturing and forming a fireproofing pressure suppressing (fire fighting) spring cooler and a fire extinguisher on the surface thereof. Guard nets (4) which respectively form inlet hoses (13) and outlet hoses (3) capable of discharging water, and prevent sagging tubes (2) from sagging on the outer surface of the water bag tube (2) Wrap one side of the pressure-adhesive plate made of aluminum plate on the surface of the pressure-adhesive plate (5) and secure it to one end with a wire string (6). Attached to the center surface (7) Raise it so that it can be inserted into the wire slipping prevention hole (9) hole, and then the end of the wire string (6) is firmly connected and formed with the spring (8), and the structure thus formed is an external body such as a spring cooler or a fire extinguisher (1). ) It is a step of inserting it into the case surface and inserting it. The inlet hose 13 and the outlet hose 3 protrude outwardly on the outer surface of the sprinkler body 1 and the spring outlet hose 3 on the end of the room outlet hose 3. It is combined with the head, and it is possible to extinguish the fire by spraying and discharging water in case of fire and the fire extinguisher body (1) on the outer surface of the room outlet hose (3) is protruded by external exposure, and the protruding part can be used for fire suppression. The valve 12 is attached and the outlet hose 3 is joined by the nozzle 14 at the site, and the large fire extinguisher body 1 has a handle 41 and a wheel at the bottom. 110) Fire extinguisher valve 12 and two rows of fire extinguishers are attached to the end of the room outlet hose (3). And stages of use whereby the construction is installed in apartment kitchens, product warehouses, commercial buildings, schools, livestock raising houses, apartment model houses, factories, lodging establishments, and used for initial topical suppression. The inside of the fire extinguishing spring cooler and fire extinguisher according to claim 1 has an individual water bag tube (2) water tank for storing water, and its water forms a pressure by means of a spring (8). (5) It is characterized in that the right (5) in close contact with the water to eject and discharge, and the number of sprinkler heads can be expanded even with one water tank tube (2) water tank, the sprinkler inlet (13) A check valve and a valve to lock water are installed and the end of the inlet hose (13) is connected to the tap water pipe to connect with the tap water pipe. In the step and the fire extinguisher, characterized in that the discharge outlet hose (3) protruding by exposure to the outside of the body (1) of the fire extinguisher in the middle of the valve to open and close the water Install a nozzle that can eject and discharge water at the end of the outlet hose (3). When a fire occurs, water inside the water tank is released by forming a pressure with a spring (8) to eject and discharge it to the outside. It is characterized in that the check plate 31 is attached to the manufacturing, forming, installation and use step in the fire extinguisher water tank and the foam filling is mixed with water and sprayed at the spring pressure to discharge the oil (oil) products, etc. It is also characterized in that it is used for topical suppression.