KR102080799B1 - Integrated apparatus for training water system and gas system fire extinguishing equipment - Google Patents

Abstract

According to an embodiment of the present invention, an integrated training device for a fire extinguishing facility of a water system and a gas system, comprises a notification unit, a test valve box, a preaction valve inspection unit, a gas system fire extinguishing facility inspecting unit, a control panel, and a wiring training unit. The control panel operates an alarm and a siren when the test valve box is operated to be opened, turns on main and auxiliary pump operating display lamps, operates the alarm and the siren in accordance with operations of all of a water system heat sensor and a water system smoke sensor or an operation of a supervisory panel, operates an electronic valve to be opened while turning on the main and auxiliary pump operating display lamps, operates the alarm and siren in accordance with operations of all of a gas system heat sensor and a gas system smoke sensor or an operation of a manual starting device, and operates a starting container box while turning on a chemical discharge display lamp. The wiring training unit can perform wiring for the notification unit, the test valve box, the preaction valve inspection unit, the gas system fire extinguishing facility inspecting unit, and the control panel in accordance with a wiring diagram for each training of the test valve box, the preaction valve inspection unit, the gas system fire extinguishing facility inspecting unit.

Description

Integrated apparatus for training water system and gas system fire extinguishing equipment

The present invention relates to equipment that makes it possible to practice water- and gas-based fire extinguishing equipment.

Fire extinguishing equipment, automatic fire detection equipment, alarm equipment, emergency lighting equipment, emergency broadcasting equipment, etc. should be installed for buildings over a certain size in accordance with the firefighting laws for the initial fire extinguishing. Fire extinguishing equipment is installed in the protection target by automatic or manual method using extinguishing agent to prevent or suppress the spread of fire. It can be divided into water extinguishing and gas-based extinguishing equipment according to the type of extinguishing agent.

Water-based fire extinguishing equipment uses water to suppress and extinguish chemical reactions of flammables and oxygen through cooling. Typical water-based fire extinguishing facilities include sprinklers. Gas-based fire extinguishing equipment uses halogen compound extinguishing agent, carbon dioxide, and clean extinguishing agent to suppress chemical reaction between flammables and oxygen, and to extinguish by cooling and dilution.

On the other hand, the role of fire safety managers is increasing due to the autonomous self-inspection of specific firefighting targets.In order to strengthen firefighting safety manager's working capacity and improve professionalism, training-oriented training on fire extinguishing system operation and general inspection is provided. Reinforcement is needed. Accordingly, the practice of training equipment for the training of fire safety managers who have secured practical capabilities is required.

Patent Registration No. 10-1112189 (2012. 02. 24. notification)

An object of the present invention is to provide a water- and gas-based fire-extinguishing integrated training equipment to enhance the practical effect of the water-based and gas-based fire-extinguishing equipment to enhance the practitioner's working capacity.

Water and gas fire extinguishing equipment integrated training equipment according to the present invention for achieving the above object is a notification unit, test valve box, preaction valve check unit, gas-based fire extinguishing equipment check unit, control panel, and wiring practice Contains wealth. Here, the notification unit includes a bell, a siren, a main pump operation indicator, an auxiliary pump operation indicator, and a drug release indicator, and is mounted on the training board.

The preaction valve inspection unit is a water system heat detector and a water system smoke detector for inspecting the ready-acting sprinkler system, a water system sensor button for operating the water system heat detector and a water system smoke detector, a water system heat detector, A solenoid valve which opens according to the overall operation of the water-based smoke detector, and a super non-cooking panel for manually opening and operating the solenoid valve.

The gas-based fire extinguishing system inspection unit includes a gas-based heat detector and a gas-based smoke detector for checking the gas-based fire extinguishing system, gas-based sensor buttons for operating the gas-based heat detector and a gas-based smoke detector, a gas-based heat detector and According to the overall operation of the gas-based smoke detector is provided with a starting container for discharging the extinguishing agent and output a release confirmation signal after a set delay time, and a manual starting device for manually starting the starting container.

The control panel operates the alarm bell and the siren when the test valve box is opened, turns on the main pump start indicator and the auxiliary pump start indicator, and turns the alarm clock and alarm according to the total operation of the water heat detector and the water smoke detector or the operation of the super non-cooking panel. It operates the siren, turns on the main pump start indicator and auxiliary pump start indicator, opens the solenoid valve, and operates the bell and the siren according to the total operation of the gas-based heat detector and the gas-based smoke detector or the manual starter. Turn on the drug release indicator and activate the starter container.

The wiring training unit can wire the notification unit, the test valve compartment, the preaction valve inspection unit, the gas fire extinguishing system inspection unit, and the control panel according to the wiring diagram for each exercise of the test valve compartment, the preaction valve inspection unit, and the gas fire extinguishing system inspection unit. To be able.

According to the present invention, it can be practiced to improve the understanding of each process of the wet sprinkler facility, pre-operated sprinkler facility and gas-based fire extinguishing facility, it can contribute to enhance the practical ability of the practitioner by increasing the practice effect.

1 is a block diagram of a water- and gas-based fire-extinguishing integrated training equipment according to an embodiment of the present invention.
2 is a wiring diagram for practicing the test valve box.
3 is a wiring diagram for practicing the preaction valve check unit.
4 is a wiring diagram for practicing the gas-based fire extinguishing system inspection unit.
FIG. 5 is an actual view of a part of the integrated water and gas fire extinguishing training equipment shown in FIG. 1.
6 is a view showing a part of the notification unit.
7 is a view showing an extract of the test valve box.
8 is a view showing a partial extract of the preaction valve check.
9 is a view showing a part of the gas-based fire extinguishing facility inspection unit.
10 is a view showing an extract of the control panel.
FIG. 11 is a diagram illustrating an area in which a recovery button is disposed in the control panel.
12 is a diagram illustrating a super non-cooking manipulator provided in the control panel.
13 is a view illustrating a manual start manipulator provided in the control panel.

When described in detail with reference to the accompanying drawings for the present invention. Here, the same reference numerals are used for the same components, and repeated descriptions and detailed descriptions of well-known functions and configurations that may unnecessarily obscure the subject matter of the present invention will be omitted. Embodiments of the present invention are provided to more completely explain the present invention to those skilled in the art. Accordingly, the shape and size of elements in the drawings may be exaggerated for clarity.

1 is a block diagram of a water- and gas-based fire-extinguishing integrated training equipment according to an embodiment of the present invention. 2 is a wiring diagram for practicing the test valve box. 3 is a wiring diagram for practicing the preaction valve check unit. 4 is a wiring diagram for practicing the gas-based fire extinguishing system inspection unit. FIG. 5 is an actual view of a part of the integrated training system for water and gas fire extinguishing equipment shown in FIG. 1. 6 is a view showing a part of the notification unit. 7 is a view showing an extract of the test valve box. 8 is a view showing a partial extract of the preaction valve check. 9 is a view showing a part of the gas-based fire extinguishing facility inspection unit. 10 is a view showing an extract of the control panel.

1 to 10, the water- and gas-based fire extinguishing facility integrated training equipment 100 according to an embodiment of the present invention is a notification unit 110, the test valve box 120, the preaction valve check unit 130, a gas fire extinguishing system check unit 140, a control panel 150, and a wiring training unit 160.

The alarm unit 110 is provided with the alarm bell 111, the siren 112, the main pump operation indicator 113, the auxiliary pump operation indicator 114, and the drug release indicator 115. It is mounted on the board 101. Here, the training board 101 may be supported by the holder 102 in a vertical state. The training board 101 may be made of a white board or the like.

The alarm bell 111, the siren 112, the main pump operation indicator 113, the auxiliary pump operation indicator 114, and the drug release indicator 115 may be mounted on the front surface of the training board 101. Can be. The cradle 102 may be equipped with caster wheels 103 at the bottom thereof to facilitate movement of the training board 101.

When the practitioner exercises the test valve box 120, the preaction valve check unit 130, and the gas fire extinguishing system check unit 140, the alarm bell 111 is moved and the siren 112 sounds an alarm to trigger a fire. It informs you of the situation where an outbreak or fire is expected.

When the practitioner practices the operation of the water fire extinguishing system including the wet sprinkler system and the pre-operated sprinkler system through the test valve box 120 and the preaction valve checker 130, the main pump operation indicator 113 lights up. The main pump is virtually running, and the auxiliary pump operation indicator 114 is turned on to indicate that the auxiliary pump is virtually running.

Here, the main pump is a pressurized water supply device used for pouring water with the amount of waterproof and the pressure required for water-based fire extinguishing equipment. Auxiliary pump is a pump that acts as a charge to prevent frequent starting of the main pump due to pressure loss in the pipe.

A main pump schematic diagram 113a representing the main pump may be attached to the front surface of the training board 101 around the main pump operation indicator 113. An auxiliary pump schematic diagram 114a representing the auxiliary pump may be attached to the front surface of the training board 101 around the auxiliary pump operation indicator light 114.

When the practitioner practices the operation of the gas fire extinguishing facility through the gas fire extinguishing facility checker 140, the drug release indicator 115 lights to indicate the discharge of the fire extinguishing agent due to the opening of the start container 143. .

The test valve box 120 is for checking the wet sprinkler facility. The test valve box 120 includes a test pipe 121, a test valve 122 for opening and closing the test pipe 121, and a tamper switch for transmitting the open / closed state of the test valve 122 to the control panel 150. , 123 may be mounted on the training board 101.

The actual test valve box is configured to check the operation status without opening the head directly to test whether each part of the equipment is normally operated when the head is opened due to a fire in the sprinkler system using the flow detection device. When open, the flow detection device provides an open signal to the control panel.

The test valve box 120 of the present embodiment provides an open signal to the control panel 150 through the temper switch 123 when the test valve 121 is opened, and thus a signal of the pressure switch input to the control panel 150 without flowing water. Implement Here, the pressure switch is provided in the wet sprinkler facility to operate according to the start of the main pump and the auxiliary pump.

The preaction valve check unit 130 includes a water system heat detector 131 and a water system smoke detector 132, a water system heat detector 131, and a water system smoke detector 132 for checking a pre-operated sprinkler facility. The solenoid valve 133 and the solenoid valve 133 which open and operate according to the total operation of the water detector button 131a and 132a for operating the water system, the heat detector 131 for the water system, and the smoke detector 132 for the water system; ), A super non-cooking panel 134 is provided for manually opening and operating. The preaction valve check unit 130 may be mounted on the front surface of the training board 101.

The water-based thermal sensor 131 operates when the ambient temperature is above a certain rate of increase. The water-based smoke detector 132 is operated by ambient smoke particles. The practitioner applies heat to the water heat detector 131 to test the operation of the water heat detector 131, or sprays a test smoke spray to the water smoke detector 132 to operate the water smoke detector 132. Can be tested. The water system heat detector 131 and the water system smoke detector 132 may be connected in a cross circuit manner to prevent a malfunction.

The water detector buttons 131a and 132a may be disposed adjacent to the water heat detector 131 and the water smoke detector 132, respectively. The water system detector buttons 131a and 132a allow to test the operation of the water system heat detector 131 without applying heat to the water system heat detector 131, and provide a smoke spray to the water system smoke detector 132. It is possible to test the operation of the water smoke detector 132 without spraying.

In the case of a pre-operated sprinkler system, the preaction valve is opened by actuating the solenoid valve by the detector operation in the event of a fire, so that the pressurized water from the primary side flows into the secondary side, and then the head is opened by heat, Configured to be radiated. In this embodiment, the solenoid valve 133 is controlled to be opened by the control panel 150 in accordance with the overall operation of the water system heat detector 131 and the water system smoke detector 132, thereby controlling the opening operation of the preaction valve. Allows you to test virtually.

In fact, the super non-cooking panel is a device that can operate the preaction valve manually. In this embodiment, the super non-cooking panel 134 is configured to manually open the solenoid valve 133 through the control panel 150, thereby enabling a virtual test of the opening operation of the preaction valve.

The super non-cooking panel 134 may include an operation button 134a for manually operating the solenoid valve 133 and a cover 134b for opening and closing the operation button 134a from the front side. The super non-cooking panel 134 may include a lamp 134c that lights up according to the opening operation of the operation button 134a. A preaction schematic 135 representing a preaction valve may be attached to the front surface of the training board 101 around the super non-cooking panel 134.

The gas-based fire extinguishing system check unit 140 includes a gas-based heat detector 141 and a gas-based smoke detector 142, a gas-based heat detector 131, and a gas-based smoke detector 142 for checking a gas-based fire extinguishing facility. According to the overall operation of the gas-based detector buttons 141a and 142a, the gas-based heat detector 141 and the gas-based smoke detector 142, the extinguishing agent is discharged after a set delay time and the release confirmation signal is received. An output starter container 143 and a manual starter 144 for manually starting the starter container 143 are provided. Gas-based fire extinguishing facility check unit 140 may be mounted on the front surface of the training board (101).

The gas-based heat detector 141 operates when the ambient temperature is above a certain rate of increase. Gas-based smoke detector 142 is operated by the surrounding smoke particles. The practitioner applies heat to the gas-based heat detector 141 to test the operation of the gas-based heat detector 141, or sprays a test smoke spray to the gas-based smoke detector 142 to operate the gas-based smoke detector 142. Can be tested. The gas-based heat detector 141 and the gas-based smoke detector 142 may be connected in a cross circuit manner to prevent malfunction.

Gas-based sensor buttons 141a and 142a may be disposed adjacent to the gas-based heat detector 141 and the gas-based smoke detector 142, respectively. Gas-based detector buttons 141a and 142a allow to test the operation of the gas-based heat detector 141 without applying heat to the gas-based heat detector 141 and to provide a smoke spray to the gas-based smoke detector 142. It is possible to test the operation of the gas-based smoke detector 142 without spraying.

The starting container box 143 may include a fire extinguishing agent storage container 143a of the gas-based fire extinguishing facility, a solenoid valve 143b, and a pressure switch 143c. When the operation container 143 is opened, the extinguishing agent storage container 143a is opened by the triggering of the solenoid valve 143b to release the extinguishing agent from the extinguishing agent storage container 143a. As the pressure switch 143c is turned on by the pressure of the control panel 150, the release confirmation signal is transmitted. As the extinguishing agent, carbon dioxide extinguishing agent may be used.

The manual starting device 144 may include an operation button 144a for manually operating the start container 143 and a cover 144b for opening and closing the operation button 144a from the front side.

The control panel 150 operates the alarm bell 111 and the siren 112 during the opening operation of the test valve box 120, and turns on the main pump operation indicator 113 and the auxiliary pump operation indicator 114. The control panel 150 operates the seedling 111 and the siren 112 and operates the main pump according to the entire operation of the water heat detector 131 and the water smoke detector 132 or the operation of the super non-cooking panel 134. The indicator 133 and the auxiliary pump operation indicator 134 are turned on, and the solenoid valve 133 is opened.

The control panel 150 operates the seedling 111 and the siren 112 according to the overall operation of the gas-based heat detector 141 and the gas-based smoke detector 142 or the operation of the manual starting device 144. Turn on the 115 and operate the starter container 143. The control panel 150 may be mounted on the front surface of the training board 101.

The wiring training unit 160 has a notification unit 110 and a test valve box according to the wiring diagram for each training of the test valve box 120, the preaction valve checker 130, and the gas fire extinguishing facility checker 140 ( 120 and the preaction valve check unit 130 and the gas-based fire extinguishing system check unit 140 and the control panel 150 can be wired.

That is, if the practitioner wants to practice the test valve box 120, the notification unit 110 and the test valve box 120 and the control panel (checking the wiring diagram for the practice of the test valve box 120 shown in FIG. Practice to wire 150 can be performed. When the practitioner wants to practice the preaction valve check unit 130, the practitioner checks the wiring diagram for the practice of the preaction valve check unit 130 shown in FIG. 3 while notifying the notification unit 110 and the preaction valve check unit 130. ) And the control panel 150 can be performed.

In addition, when the practitioner wants to practice the gas-based fire extinguishing system check unit 140, the practitioner checks the wiring diagram for the practice of the gas-based fire extinguishing system check unit 140 shown in FIG. Practice of wiring the facility inspection unit 140 and the control panel 150 may be performed.

The wire training unit 160 includes terminals A1 provided in the notification unit 110, the test valve box 120, the preaction valve checker 130, the gas fire extinguishing facility checker 140, and the control panel 150. A10, B1, B2, and terminals A1-A10, B1, B2, C1-C16, D1-D18, E1-E29 at the test valve box 120 and the preaction valve check unit 130 and gas. It may include a wiring cable (not shown) that is selectively connected according to the wiring diagram for each practice of the system fire extinguishing facility check unit 140.

Terminals A1 to A10 of the alarm unit 110 are the alarm bell 111, the siren 112, the main pump operation indicator 113, the auxiliary pump operation indicator 114, and the chemical emission indicator. The circuit may be configured around each of the 115 and disposed on the training board 101. The terminals B1 and B2 of the test valve box 120 may be configured in a circuit around the temper switch 123 and disposed on the training board 101.

The terminals C1 to C16 of the preaction valve check unit 130 are provided around each of the water heat detector 131, the water smoke detector 132, the solenoid valve 133, and the super non-cooking panel 134. The circuit may be configured and disposed on the training board 101. Terminals D1 to D18 of the gas-based fire extinguishing system check unit 140 include a gas-based heat detector 141, a gas-based smoke detector 142, a solenoid valve 143b, a pressure switch 143c, and a manual starting device ( Each circuit 144 may be configured to be disposed on the training board 101.

The terminals E1 to E29 of the control panel 150 are the terminals A1 to A10 of the notification unit 110, the terminals B1 and B2 of the test valve box 120 and the preaction valve checker 130. The training board is configured in a circuit around the control panel 150 to be selectively connected to the terminals (C1 ~ C16) and the terminals (D1 ~ D18) of the gas-based fire extinguishing system check unit 140 according to each practice wiring diagram May be disposed at 101. As another example, the terminals A1 to A10, B1, B2, C1 to C16, D1 to D18, and E1 to E29 may be configured in separate terminal blocks.

On the other hand, the control panel 150 may include an alarm valve light (151a) that is turned on in accordance with the opening operation of the test valve box 120. The control panel 150 includes a discharge check lamp 151b, a main pump starting lamp 151c, and an auxiliary pump starting lamp 151d which are turned on in accordance with the opening operation of the test valve box 120 and the opening operation of the solenoid valve 133. It may include.

The control panel 150 is an earth indicator 151e of the fire zone that is turned on by the operation of the water system heat detector 131, the water system smoke detector 132, the gas system heat detector 141, and the gas system smoke detector 142. ) And a fire indicator 151f. The control panel 150 may include a starting container box starting lamp 151g that is turned on according to the overall operation of the gas-based heat detector 141 and the gas-based smoke detector 142 or the operation of the manual starting device 144.

The control panel 150 includes a delay time indicator 151h which displays the time change of the delay timer according to the overall operation of the gas-based heat detector 141 and the gas-based smoke detector 142 or the operation of the manual starting device 144. can do. Here, the delay timer may be set to 30 seconds. The delay time indicator 151h may display the time change in a form in which the time gradually decreases from 30 seconds. The control panel 150 may include a manual operation indicator 151i that is turned on according to the operation of the manual starting device 144.

As shown in FIG. 11, the control panel 150 may include a recovery button 152. After the training on the preaction valve check unit 130 and the gas-based fire extinguishing system check unit 140, when the practitioner presses the recovery button 152, the alarm bell 111 and the siren 112 are terminated and the earth indicator light 151e And stops all operations such as turning off the fire indicator 151f and restoring it.

The control panel 150 includes an operation test switch 153a for confirming the lighting of the earth indicator light 151e, the fire indicator 151f, and the other indicators, and a circuit for performing an operation test in case of fire for each circuit. And a selector switch 153b, a conduction test switch 153c for determining whether there is a short circuit or disconnection abnormality in the supervisor circuit, a preliminary power test switch 153d for determining whether the voltage of the spare power supply is normal or the like. have.

On the other hand, as shown in FIG. 12, the control panel 150 and the super non-cooking panel 134 as the start / stop switch 154b is selected as the start in the state of manually selecting the manual / linked selection switch 154a It may include a super non-cooking manipulator 154 to perform the same operation. Therefore, the practitioner may test the preaction valve check unit 130 using the super non-cooking manipulator 154 of the control panel 150 instead of the super non-cooking panel 134.

As shown in FIG. 13, the control panel 150 performs the same operation as the manual start device 144 by selecting the start / stop switch 155b as start in the state in which the manual / interlock selection switch 155a is manually selected. It may include a manual start manipulator 155 to perform. The control panel 150 may include a pause switch for temporarily stopping the operation of the delay timer. Therefore, the practitioner can test the gas-based fire extinguishing system check unit 140 by using the manual start manipulator 155 of the control panel 150 instead of the manual start device 144.

Referring to the operation of the water- and gas-based fire-extinguishing integrated training equipment 100 described above are as follows.

In order to practice the process of checking the wet sprinkler facility, the practitioner wires the notification unit 110, the test valve box 120, and the control panel 150 while checking the wiring diagram for the practice of the test valve box 120. The practitioner then opens the test valve 122 of the test valve compartment 120. Then, the alarm bell 111 is moved and the siren 112 sounds an alarm. In addition, the main pump operation indicator 113 and the auxiliary pump operation indicator 114 is turned on, thereby indicating that the main pump and the auxiliary pump are operating virtually.

In the control panel 150, the alarm valve indicator 151a is lit to indicate the opening of the test valve 122, and the discharge confirmation lamp 151b is lit to indicate the operation of the pressure switch by starting the main pump and the auxiliary pump. The main pump starting lamp 151c and the auxiliary pump starting lamp 151d are turned on to indicate virtual operation of the main pump and the auxiliary pump. When the practitioner closes the test valve 122, all the lights are turned off and the alarm ends. Thus, the practitioner can understand the progress of the opening of the test valve 122.

On the other hand, if you want to practice the process of checking the preaction valve of the pre-operated sprinkler facility, the practitioner checks the wiring diagram for the practice of the preaction valve check unit 130 while the notification unit 110 and the preaction valve check unit 130 and the control panel 150 are wired. Then, the practitioner sprays the test smoke spray on the water smoke detector 132 or presses the water detector button 132a assigned to the water smoke detector 132 to operate the water smoke detector 132.

Then, the alarm 111 is moved and the control panel 150 lights the earth indicator light 151e and the fire indicator 151f of the fire zone where the water smoke detector 152 operated. At this time, the signal of the water-based smoke detector 132 is self-maintained, and when the recovery button 152 of the control panel 150 is pressed off, all of them go out, and the alarm is terminated.

In this state, the practitioner heats the water heat sensor 131 or presses the water sensor button 131a assigned to the water heat sensor 131 to operate the water heat sensor 131, Spray the test smoke spray on the water system smoke detector 132 or press the water system detector button 132a assigned to the water system smoke detector 132 to operate the water system smoke detector 132, the solenoid valve 133 It works open.

In the control panel 150, both the earth indicator 151e of the fire zone where the water system heat detector 131 and the water system smoke detector 132 operate, and the fire indicator 151f light up. In addition, in the control panel 150, the discharge confirmation lamp 151b is turned on to indicate the operation of the pressure switch by starting the main pump and the auxiliary pump, and the main pump starting lamp 151c and the auxiliary pump starting lamp 151d are turned on. It shows the virtual operation of main pump and auxiliary pump. And the siren 112 sounds an alarm. When the recovery button 152 of the control panel 150 is pressed, all are turned off and the alarm is terminated.

In this state, when the practitioner opens the cover 134b of the super non-cooking panel 134 and presses the operation button 134a, the solenoid valve 133 opens. Since the process is made the same as the process generated by operating the water-based heat detector 131 and the water-based smoke detector 132 as a whole. When the recovery button 152 of the control panel 150 is pressed, all are turned off and the alarm is terminated.

In this state, when the practitioner operates the super non-cooking manipulator 154 and manually selects the start / stop switch 154b with the manual / interlock selection switch 154a selected, the solenoid valve 133 opens. Works. Subsequently, the process is performed in the same manner as the process generated by operating the water heat detector 131 and the water smoke detector 132 for the whole or the super non-cooking panel 134. When the recovery button 152 of the control panel 150 is pressed, all are turned off and the alarm is terminated. Thus, the practitioner can understand the process of opening the preaction valve of the pre-operated sprinkler facility.

On the other hand, if you want to practice the process of checking the gas-based fire extinguishing system, the practitioner checks the wiring diagram for the practice of the gas-based fire extinguishing system check unit 140 while the notification unit 110 and the gas-based fire extinguishing system check unit 140 And the control panel 150 are wired. Next, the practitioner sprays the test smoke spray on the gas-based smoke detector 142 or presses the gas-based sensor button 142a assigned to the gas-based smoke detector 142 to operate the gas-based smoke detector 142.

Then, the alarm 111 is moved, and the control panel 150 lights the earth indicator 151e and the fire indicator 151f of the fire zone where the gas-based smoke detector 142 is operated. In the control panel 150, the setting time of the delay timer is displayed on the delay time indicator 151h. When the recovery button 152 of the control panel 150 is pressed, all of the lights are turned off and the alarm ends, and the delay time indicator 151h is also turned off.

In this state, the practitioner heats the gas-based heat sensor 141 or presses the gas-based sensor button 141a assigned to the gas-based heat sensor 141 to operate the gas-based heat sensor 141, The gaseous smoke detector 142 is operated by spraying a test smoke spray on the gaseous smoke detector 142 or by pressing the gaseous sensor button 142a assigned to the gaseous smoke detector 142.

Then, the seedling 111 is moved. In the control panel 150, both the earth indicator 151e of the fire zone where the gas-based heat detector 141 and the gas-based smoke detector 142 operated are lit, and the fire indicator 151f is lit. In the control panel 150, the delay timer is operated to display the time reduction on the delay time indicator 151h.

When the delay time set in the delay timer has elapsed, the start container 143 is opened. At this time, the starting container 143 is a fire extinguishing agent storage container 143a is opened by the trigger of the solenoid valve 143b, the extinguishing agent is released from the extinguishing agent storage container 143a, by the pressure of the released extinguishing agent As the pressure switch 143c is turned on, the control panel 150 transmits a release confirmation signal. In the control panel 150, the drug release indicator 115 is turned on. And the siren 112 sounds an alarm. When the recovery button 152 of the control panel 150 is pressed, all of the lights are turned off and the alarm ends, and the delay time indicator 151h is also turned off.

In this state, when the practitioner opens the cover 144b of the manual starting device 144 and presses the operation button 144a, the manual operation indicator light 151i lights up on the control panel 150. Since the process is made the same as the process generated by operating the gas-based heat detector 141 and the gas-based smoke detector 142 as a whole. When the recovery button 152 of the control panel 150 is pressed, all are turned off and the alarm is terminated.

In this state, if the practitioner operates the manual start manipulator 155 and selects the start / stop switch 155b as start while manually selecting the manual / interlock selection switch 155a, the control panel 150 displays the manual operation. The lamp 151i lights up. Since the process is made the same as the process generated by operating the gas-based heat detector 141 and the gas-based smoke detector 142 as a whole or the manual starting device 144. When the recovery button 152 of the control panel 150 is pressed, all are turned off and the alarm is terminated. Therefore, the practitioner can understand the progress of the opening of the starting container 143 of the gas-based fire extinguishing facility.

As such, according to the integrated training system for water and gas fire extinguishing equipment, it is possible to practice to improve the understanding of each process of the wet sprinkler equipment, the pre-operated sprinkler equipment, and the gas fire extinguishing equipment. It can contribute to strengthening the practitioner's working capacity.

Although the present invention has been described with reference to one embodiment shown in the accompanying drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible therefrom. Could be. Accordingly, the true scope of protection of the invention should be defined only by the appended claims.

101 .. Training Board 110 .. Notification
111..Songjong 112..Siren
113. Main pump start indicator 114. Secondary pump start indicator
115. Chemical release indicator 120. Test valve box
130. Preaction valve check 131. Water detector for water system
132.Gas detectors for water systems 133. Solenoid valves
134. Super non-cooking panel 140. Gas fire extinguishing system inspection
141..Gas detector for gas meter 142..Gas detector for gas meter
143..starter 144..manual starter
150. Control panel 160. Wiring practice

Claims (6)

A notification unit mounted on the training board, including a bell, a siren, a main pump operation indicator, an auxiliary pump operation indicator, and a drug release indicator;
Test valve box to check wet sprinkler installations;
A water system heat detector and a water system smoke detector for inspecting a pre-operated sprinkler system, and the water system heat detector and the water system smoke detector are respectively disposed adjacent to each other to operate the water system heat detector and the water system smoke detector. The training board includes a sensor button for water system, a solenoid valve which opens according to the overall operation of the water sensor and the smoke detector for water, and a super non-cooking panel for manually opening and operating the solenoid valve. Preaction valve check unit mounted on the;
A gas-based heat detector and a gas-based smoke detector for inspecting a gas-based fire extinguishing system, and a gas for operating the gas-based heat detector and the gas-based smoke detector, respectively, adjacent to the gas-based heat detector and the gas-based smoke detector. Manual start of the detector button, a starter container for releasing the extinguishing agent and outputting a release confirmation signal after a set delay time according to the overall operation of the gas-based heat detector and the gas-based smoke detector, and the starter container manually A gas-based fire extinguishing system check unit mounted on the training board, having a manual starting device to make it;
When the test valve box is opened, the alarm bell and the siren are operated and the main pump operation indicator and the auxiliary pump operation indicator are turned on, and the entire operation of the water heater and the water smoke detector for the water system or the operation of the super non-cooking panel is performed. According to the operation of the alarm bell and the siren, the main pump operation indicator and the auxiliary pump operation indicator lights up, the solenoid valve is opened and operated, the overall operation of the gas-based heat detector and gas-based smoke detector or the manual start device A control panel mounted to the training board to operate the seedling and the siren according to the operation and to light the drug release indicator and to operate the starting container box; And
According to the wiring diagrams for the training of the test valve box, the preaction valve check unit and the gas fire extinguishing system check unit, the notification unit, the test valve box, the preaction valve check unit, the gas fire extinguishing system check unit and the control panel can be wired. It includes a wiring training unit to make,
The test valve box,
A test pipe, a test valve for opening and closing the test pipe, and a temper switch for transmitting an open / closed state of the test valve to the control panel, the test valve being mounted on the training board;
The wiring training unit,
Terminals of the alarm unit configured circuitry around each of the alarm bell, the siren, the main pump operation indicator light, the auxiliary pump operation indicator light, and the drug release indicator light;
Terminals of a test valve box circuitly configured around the temper switch,
Terminals of the preaction valve inspection unit circuitly configured around each of the water heat sensor, the water smoke detector, the solenoid valve, and the super non-cooking panel;
Terminals of the gas-based fire extinguishing system check unit which are configured around each of the gas-based heat detector, the gas-based smoke detector, the solenoid valve, the pressure switch, and the manual starting device;
Terminals of the control panel circuitally configured around the control panel to selectively connect the terminals of the notification unit, the terminals of the test valve box, the terminals of the pre-action valve inspection unit, the terminals of the gas-based fire extinguishing system inspection unit and according to each practice wiring diagram , And
Water- and gas-based fire-extinguishing integrated training equipment, characterized in that it comprises a wiring cable that is selectively connected to the terminals according to each practice wiring diagram. delete delete The method of claim 1,
The control panel,
An alarm valve that lights up according to the opening operation of the test valve box,
A discharge confirmation lamp, a main pump starting lamp and an auxiliary pump starting lamp, which are lit in accordance with the opening operation of the test valve box and the opening operation of the solenoid valve;
Earth indicators and fire indicators in the fire zone, which are lit according to the operation of the water heat sensor, the water smoke detector for the water system, the heat detector for the gas gauge, and the gas detector for the gas gauge;
A starting container box starting lamp which is turned on according to the overall operation of the gas-based heat detector and the gas-based smoke detector or the operation of the manual starting device;
A delay time indicator for displaying the time change of the delay timer according to the overall operation of the gas-based heat detector and the gas-based smoke detector or the operation of the manual starting device;
Water- and gas-based fire extinguishing system integrated training equipment, characterized in that it comprises a manual operation indicator lighted in accordance with the operation of the manual starting device. The method of claim 1,
The control panel,
Water-based and gas-based fire extinguishing equipment comprising a super non-cooking manipulator for performing the same operation as the super non-cooking panel by selecting the start / stop switch to start in the state of manually selecting the manual / interlock selection switch. Integrated training equipment. The method of claim 1,
The control panel is
A manual start manipulator for performing the same operation as the manual start device by selecting the start / stop switch as start with the manual / interlock selection switch manually selected, and
Water- and gas-based fire extinguishing system integrated training equipment comprising a pause switch to set the operation of the delay timer to temporarily stop.

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