KR100658488B1 - security system method using gas producer - Google Patents

Abstract

The present invention is a security system using a gas generator, an overpressure discharge valve is installed in the upper region to prevent overpressure inside the tank, an oil inlet is installed on one side thereof and the oil flow meter along the longitudinal direction of the tank An installed oil tank; A gas tank in which a high pressure gas is stored which pushes oil generating smog, and some of the oil mixes with the oil before the oil enters the heater to facilitate heat transfer; A first connection pipe connecting the oil tank and the gas tank to form a flow path, the first connection pipe being installed at one side and having a discharge pipe for discharging the high pressure gas in the pipe to the outside after the security system is operated; A solenoid three-way valve installed in a predetermined region of the first connection pipe; A connection pipe connecting the solenoid three-way valve and the heater and connecting the oil tank to the oil tank to mix the oil and the high pressure gas; A solenoid valve which connects a predetermined region of the first connection pipe and the mixing connector and is installed at one side of a predetermined region to supply high pressure gas for smooth smog generation by mixing with the oil generating smog without sending high pressure gas to the oil tank. Wow; A heater for gasifying the smog oil by supplying heat to the oil and the high-pressure gas and a temperature controller connected to the heater to maintain a constant temperature of the heater is installed and a large amount of smog generated by being installed on one side of the heater A temperature control system provided with a discharge nozzle for supplying and discharging the gas to a desired position; A control panel connected to the solenoid 3-way valve and the solenoid valve; And a power supply connected to the control panel and the temperature control system to operate the security system. As a result, the gas can reduce the damage to life and property by discharging smog in a predetermined space and a predetermined place, thereby rapidly reducing the intruder's visible distance to within a predetermined distance, thereby preventing the intruder from achieving a predetermined purpose in a short time. A security system using a generator is provided.

Security system using gas, security system, gas generator, blockage of visible distance

Description

Security system method using gas generator

1 is a facility diagram for explaining a security system using a gas generator according to the present invention.

-Explanation of symbols for the main parts of the drawings-

10: oil tank 20: gas tank

30: discharge pipe 40: first connecting pipe

41: solenoid valve 43: solenoid 3-way valve

45: connection pipe 47: mixing connector

48: overpressure discharge valve 49: oil inlet

50: heater 51: temperature controller

53: discharge nozzle 60: temperature control system

90: power supply device 100: control panel

The present invention relates to a security system using a gas generator, and more particularly, to a security system using a gas generator to protect the life and property by rapidly dropping the visible distance of a space important for security to a predetermined distance or less. It's about the system.

In general, a variety of security systems have been developed to prevent various crimes, especially theft, which increase due to the dysfunction accompanying the development of material civilization, and are widely used in homes, offices, banks, and places where valuables are stored and need to be supplemented. .

The conventional security system as described above has an alarm security system that detects an intruder and generates an alarm sound, while a security system including an image recognition system, a fingerprint system, and a recognition system for recognizing the iris is installed on the door side. An authentication type security system using a data recording medium such as a card is used. Of course, such a conventional security system may be operated by the user setting the "security function" in certain situations, such as going to bed or going out and going home.

However, each conventional security system as described above can be released by the intruder or the security function release is notified to the designated place, whereby the intruder can achieve a predetermined purpose within a short time to reach the site There is a dismissal where there can be enough time.

On the other hand, if a robber breaks into a place such as a bank, the bank's petition lending is initially blocked at the scene or the bank staff informs the police station of the intrusion. The time until it is overpowered by the robbers or the police arrive at the bank is in fact a great fear, and there is a problem that property damage may occur. Therefore, it would be best if the intruder could not achieve the desired purpose in the invaded space.

Accordingly, an object of the present invention is to operate a security system automatically or manually when an intruder enters a crowded place such as a security-critical space or a bank without a person, and sprays a large amount of gas or smog that is harmless to a human body through a nozzle. It is to provide a security system using a gas generator that can protect the life and property by preventing the intruder from achieving a predetermined purpose in a short time by rapidly dropping the visible distance of the intruder within a predetermined distance.

According to the present invention, in the security system using a gas generator, an overpressure discharge valve is installed in the upper region to prevent overpressure inside the tank, and an oil inlet is installed at one side thereof, and the tank is in the longitudinal direction. An oil tank along which an oil flow meter is installed; A gas tank in which a high pressure gas is stored which pushes oil generating smog, and some of the oil mixes with the oil before the oil enters the heater to facilitate heat transfer; A first connection pipe connecting the oil tank and the gas tank to form a flow path, the first connection pipe being installed at one side and having a discharge pipe for discharging the high pressure gas in the pipe to the outside after the security system is operated; A solenoid three-way valve installed in a predetermined region of the first connection pipe; A connection pipe connecting the solenoid three-way valve and the heater and connecting the oil tank to the oil tank to mix the oil and the high pressure gas; A solenoid that connects a predetermined region of the first connection pipe and the mixing connection pipe and is installed at one side of the predetermined connection area to supply high pressure gas for smooth smog generation by mixing with the oil generating smog without sending the high pressure gas to the oil tank. A valve; A heater for gasifying the smog oil by supplying heat to the oil and the high-pressure gas and a temperature controller connected to the heater to maintain a constant temperature of the heater is installed and a large amount of smog generated by being installed on one side of the heater A temperature control system provided with a discharge nozzle for supplying and discharging the gas to a desired position; A control panel connected to the solenoid 3-way valve and the solenoid valve; And a power supply connected to the control panel and the temperature control system to operate the security system.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the present invention.

1 is a facility diagram for explaining a security system using a gas generator according to the present invention. As can be seen in these figures, the security system using the gas generator according to the present invention is formed in a relatively large volume and installed in a crowded place, such as a security-critical space or a bank.

When installing a security system using a gas generator according to the present invention in a space important for security, it is necessary to distinguish between insiders and outsiders, which automatically moves an object inside and outside of an accessible place such as a door or a window. Sensors (not shown) for detecting are provided, respectively, and are installed in association so as to distinguish between insiders and outsiders according to the operation order of the sensors that detect the movement of the object. Therefore, the movement from the inside to the outside is determined by the movement of the insider, the movement from the outside to the inside is determined by the intrusion of outsiders, any one of the various devices for generating an alarm and the control panel 100 according to the invention It works in conjunction with.

On the other hand, in places where there are many people such as banks, the person who finds the intruder immediately operates the security system according to the present invention by manually spraying a large amount of gas or smog that is harmless to the human body through the discharge nozzle 53 to increase the visible distance of the intruder. The rapid dropping within a certain distance prevents the intruder from achieving the desired goal in a short time.

First, the security system using the gas according to the present invention is operated by an external signal (intrusion detection sensor in case of automatic, operation by switch in case of manual) connected to the control panel 100.

A solenoid valve 41 and a solenoid 3 connected to the power supply device 90 and installed in the first connection pipe 40 by a signal from the control panel 100 that receives a signal from an intruder detection sensor (not shown). As the room valve 43 is opened, the high pressure gas inside the gas tank 20 is discharged.

Part of the high-pressure gas discharged through the solenoid three-way valve 43 is introduced into the oil tank 10 along the first connection pipe 40 to apply pressure to the oil tank, the internal pressure of the oil tank 10 by the pressure Oil is discharged along the connection pipe 45, the remaining high pressure gas is introduced into the mixing connection pipe 47 is mixed with the oil outflow from the oil tank (10). The high pressure gas passing through the solenoid valve 41 is introduced into the mixing connecting pipe 47 and mixed with oil. Reference numeral 46 is an oil flow meter, 48 is an overpressure discharge valve, and 49 is an oil inlet.

The mixing tube 47 has the effect of producing oil in small droplets, and this promotes the generation of smog of a large amount of oil in the heater 50, and the oil passing through the mixing tube 47 is a heater ( Rapid evaporation while passing through 50) produces smog. At this time, the heater 50 connected to the power supply device 90 is always preheated by the temperature control system 60 and maintains a preset temperature by the temperature controller 51, and the generated smog is discharge nozzle 53. It is discharged to a predetermined space or place through the drop the visible distance of the intruder within a predetermined distance to prevent the intruder can achieve a predetermined purpose in a short time.

On the other hand, the discharge pipe 30 serves to discharge the high-pressure gas remaining in the interior of the first connecting pipe 40 and the mixed connecting pipe 47 after stopping the security system operation.

As described above, the security system using the gas generator according to the present invention, by discharging the smog in a predetermined place of a predetermined space to drop the visible distance of the intruder rapidly within a predetermined distance, the intruder has a predetermined purpose within a short time This can reduce the damage to life and property by making it impossible to achieve.

Claims (1)

In the security system using a gas generator, An oil tank installed at an upper region to prevent an overpressure inside the tank, an oil pressure inlet installed at one side thereof, and an oil flow meter installed along the longitudinal direction of the tank; A gas tank in which a high pressure gas is stored which pushes oil generating smog, and some of the oil mixes with the oil before the oil enters the heater to facilitate heat transfer; A first connection pipe connecting the oil tank and the gas tank to form a flow path, the first connection pipe being installed at one side and having a discharge pipe for discharging the high pressure gas in the pipe to the outside after the security system is operated; A solenoid three-way valve installed in a predetermined region of the first connection pipe; A connection pipe connecting the solenoid three-way valve and the heater and connecting the oil tank to the oil tank to mix the oil and the high pressure gas; A solenoid valve which connects a predetermined region of the first connection pipe and the mixing connector and is installed at one side of a predetermined region to supply high pressure gas for smooth smog generation by mixing with the oil generating smog without sending high pressure gas to the oil tank. Wow; A heater for gasifying the smog oil by supplying heat to the oil and the high-pressure gas and a temperature controller connected to the heater to maintain a constant temperature of the heater is installed and a large amount of smog generated by being installed on one side of the heater A temperature control system provided with a discharge nozzle for supplying and discharging the fuel to a desired position; A control panel connected to the solenoid 3-way valve and the solenoid valve; And a power supply connected to the control panel and the temperature control system to operate the security system.

Images