KR20200001357A - Combined test equipment for heat and smoke detectors operated by remote control - Google Patents

Abstract

The present invention relates to complex test equipment for a fire detector operated with a remote controller, capable of checking the operation condition of a fire detector automatically generating a warning of a fire by detecting smoke and heat in case of a fire. The complex test equipment includes: a heat and smoke test part testing whether a fire detector detecting smoke or heat is normally operated by using heat from a lamp or gas for an operation test; an explosion-proof test part preheated up to a predetermined temperature and heated up to a temperature within a set range to test whether the fire detector is normally operated; and an inspection rod adjusted in angle and length to be selectively combined with the heat and smoke test part or the explosion-proof test part to test the fire detector installed on the ceiling. The lamp is used to test heat of a fire detector, and a transparent cap is used to test the fire detector while reducing the consumption of gas. Moreover, voice guidance, a fan for the cleaning of the fire detector and quick restoration, checking of the residual energy of a battery, and temperature regulation and operation time setting for complying with test criteria for an automatic fire detector are used to efficiently test the fire detector.

Description

Combined test equipment for heat and smoke detectors operated by remote control}

The present invention relates to a fire tester composite test equipment that operates with a remote control, and more particularly, a fire detector operated by a remote control to check the operation state of the fire detector that automatically detects heat and smoke when a fire occurs and automatically alarms the fire. For composite test equipment.

In general, fire detectors for detecting heat or smoke are installed on ceilings of houses, apartments, buildings, factories, subways, ships, and the like. These fire detectors detect heat or smoke in the event of a fire and automatically alert them, so that the fire can be extinguished early.

In addition, fire detectors are required to test for abnormal operation of heat or smoke on a regular basis to ensure reliable operation in the event of a fire. There are various types of test equipment for testing the abnormality of the fire detector.

However, the conventional device has a complicated structure, and is difficult to manufacture and use, as well as separately provided devices for heat and smoke detection test, which is inconvenient to carry and test.

As a prior art to improve such a problem, Korean Utility Model Registration No. 20-371256 (2009.10.26. Public) "Portable fire detector test device" is a foldable adjustable length to solve the heat and smoke detection in one device A connecting rod is installed at the upper part of the inspection stand, and a housing is rotatably installed at the upper part of the connecting table, and the housing has a temperature sensor and a smoke detection test inside the heating element for sensing the temperature of the heating member and the heating member. It is made of a storage space for storing the incense for generating smoke for each.

And the heating member is configured to be connected to a separate tester is connected to the cable guided into the check table.

Such a fire detector tester heats the heating element by turning on the power, and when the temperature of the heating element reaches the fire detection temperature (based on the fire method) by a temperature sensor, close the upper part of the housing to cover the fire detector installed on the ceiling. Test the heat detection operation of the fire detector by the heat of the heating element.

In addition, the smoke detection operation is a smoke detection operation of the smoke detector by the smoke of the incense by installing the upper part of the housing close to the fire detector of the ceiling in the state that the smoke is generated by lighting the incense stored in the inner center of the heating member. Test

However, the above prior art has a problem in that workability is very inconvenient because it uses a heat generating member inside the housing or lights a separate scent to select heat or smoke detection.

That is, there was a problem that the test of the fire detector for detecting heat or smoke cannot be performed continuously.

In addition, the prior art is that the inspection stand, the connecting rod and the housing is located in a straight line, because the housing is formed of an opaque member, the fire detector is covered by the housing when in close contact with the fire detector is inconvenient to work In this process, the tester collides with the fire detector, the ceiling, and the parts are damaged.

Korean Utility Model Publication No. 2009-0010824 (2009.10.26. Disclosure) "Portable fire detector test device" is installed on the ceiling of a house or building to detect heat or smoke A test apparatus for testing a sensor, comprising: installing a movable case that is moved up and down at a predetermined interval by a bullet spring at an upper portion of a fixed case, wherein a heating member and a heat generating member that generate heat by a switch operation are inserted into the movable case; Install and configure a temperature sensor for sensing a temperature, and a combination of a storage case incorporating a gas cylinder for smoke detection test having a nozzle formed at the top of the fixed case, and a nozzle of the gas cylinder through a through hole formed at the bottom of the fixed case. It is installed to protrude upward and press the nozzle by the pressurizing operation of the movable case. It is configured so that the ejection is characterized in that is made.

The prior art configured as described above is to test the smoke detector using smoke, and the smoke remains in the fixed case and the movable case when testing other fire detectors, so that the test is performed in an unintentional state by the inspector to test the fire detector again. There is a problem that must be done.

In addition, as the fixed case, the movable case, and the protective cap are sequentially combined, the use of the operation test gas supplied from the gas cylinder increases, which makes it difficult to test a plurality of fire detectors using one gas cylinder.

That is, there is a problem in that the cost expenditure associated with the purchase of the gas cylinder is increased because the amount of the operation inspection gas is large.

Korean Utility Model Registration No. 20-371256 (2009.10.26.public) Korean Utility Model Publication No. 2009-0010824 (2009.10.26.Publication)

The present invention is to solve the above problems, the fire detector for the fire detector operated by a remote control to test the smoke detection state while reducing the amount of gas used for the operation test, as well as testing the heat of the fire detector using a lamp. The purpose is to provide complex test equipment.

In addition, the present invention allows the user to check the remaining volume of the voice guidance, gas removal fan and battery, as well as to automatically control the temperature of the lamp and at the same time set the operating time to effectively test the fire detector It is an object of the present invention to provide a composite test equipment for a fire detector that operates as a fire.

In addition, the present invention is configured to replace the heat and smoke test unit to test according to the type of fire detectors installed on the ceiling, the test equipment for fire detectors operated by a remote control to test various types of fire detectors The purpose is to provide.

The present invention is a means for achieving the above object,

Preheats to a certain temperature with a heat and smoke test unit that tests whether the fire detector is operating normally by using the heat of the lamp or gas for operation test, and heats it to a temperature within the set range. Explosion-proof test unit for each test is configured, and the length and angle adjustment is possible to test the fire detectors installed on the ceiling consists of a check rod that is selectively combined with heat, smoke test unit or explosion-proof test unit, fire Operation of the fan and the operation of the fire detector to check the operation status by using only a minimum amount of the operation inspection gas for the cleaning of the detector and the removal of the staying operation inspection gas and the quick operation of the fan and the inspection of the fire detector. Characterized in that the use of a transparent cap to check the operation of Provides a composite test equipment for the fire detector to be operated by remote control.

The heat and smoke test part of the present invention has a fastening protrusion having a fastening hole coupled to a check rod at a lower part, and has a connecting member rotatably installed around a hinge axis so as to be adjusted at an angle on the upper side, and according to the fire safety standard. A controller having a temperature sensor and coupled with an inspection rod for starting and stopping the fan, preheating, controlling temperature, displaying temperature, and displaying battery level by a suitable fire detector test method; A fixing member coupled to the connecting member to test the fire detector by the smoke; A fan installed on one side of the fixing member to enable the cleaning of the fire detector 10 and the removal and rapid recovery of the gas remaining; When the fire detector is tested by the smoke and the ceiling is uneven, if the gas injection does not occur, the spraying member is installed on the fixing member so as to inject the gas by pulling the string; A housing coupled to the connection member to be pushable in a state of being fitted to the fixing member; A lamp electrically connected to the controller and coupled to the housing to test the fire detector by heat; A transparent cap having an injection protrusion having an injection hole coupled to a nozzle of an operation inspection gas container, the transparent cap being made of a transparent multi-stage so as to check an operation state of a fire detector and coupled to an upper portion of the housing to be movable in a vertical direction; A fixing nut coupled to the transparent cap and screwed to the housing; wherein the controller includes a light receiving unit, and the light receiving unit receives a signal transmitted from a remote control having a light emitting unit or vibrates so as to reduce the cumbersome operation of the power button. The vibration sensor is further installed on the controller to check the operating state.

Explosion-proof type test portion of the present invention, the heat transfer pipe is formed so as to penetrate from the upper side to the lower side so that one side of the fire detector can be drawn; A coupling ring coupled to the heat transfer tube so that the fixing tube may be fixed; A coupling tube coupled to the heat transfer tube to prevent heat of the heating wire from being transferred to the outside; A plug having a drawing hole so that the wire connected to the heating wire protrudes to one side and coupled to the heat transfer tube and the coupling tube; A fixed tube coupled to the coupling ring by a bolt and supported by the test body; A test body coupled to the heat transfer tube, the coupling ring, the coupling tube, and the fixed tube in a coupled state; A transparent tube formed to be transparent and coupled to the upper part of the test body; It characterized in that it comprises a; coupled to the test body to be coupled to the connection member of the controller.

The present invention is another means for achieving the above object, the heat, smoke test unit for testing whether the fire detector is operating normally by using the heat of the lamp or the gas for smoke operation inspection; Preheating to a certain temperature, explosion-proof test section for testing whether the fire detector is operating normally by automatically adjusting to a temperature within the set range, each length is configured so that the length can be adjusted to test the fire detector installed on the ceiling An inspection rod selectively coupled with the test unit or the explosion-proof test unit; And a tripod coupled to a lower portion of the inspection rod to stably support the inspection rod during the inspection of the fire detector, wherein the tripod includes a through hole, a lifting pipe formed at the lower portion, a gear formed handle, and a tripod leg. A main body having a plurality of fixing members coupled thereto; A lifting bar installed in the main body to be lifted and lowered by the rotation of the handle; A tripod leg coupled to a fixed member of the main body so as to be adjustable in length and unfolded at a predetermined angle about the main body; A guide member formed of a guide bar, a fixed tube, and a guide tube so as to be unfolded only within a predetermined angle when the tripod is unfolded; It includes a memo board installed on one side of the main body, the case of the controller of the heat, smoke test unit comprises a light receiving unit, repeatedly used in a high position by using a remote controller configured to emit an infrared signal to the light receiving unit It provides a test device for fire detectors operated by a remote control, which reduces the trouble of power button operation and checks an operation state by a vibration sensor.

The present invention is another means for achieving the above object,

A jetting nozzle having a jetting port to which the nozzles of the operation test gas container are coupled, and a jetting projection having a jetting port to which the nozzles of the operation test gas container are coupled, and a transparent cap made of a transparent multistage so as to check the operation state of the fire detector. ; An inspection rod coupled with a transparent cap to enable a length adjustment to test a fire detector mounted on a ceiling; And a gas injection member coupled to the lower part of the inspection rod to test the operation state of the fire detector installed on the ceiling and supplying the operation inspection gas, wherein the gas injection member is made to penetrate from the top to the bottom and An injection member body having a screw-shaped protrusion and coupled to an inspection rod having an operation test gas container positioned therein; A vessel supporter which is formed with a rod coupling groove having a seating groove and a screw so as to be coupled to the support and the tripod of the gas container for operation inspection; A gas supply fan installed inside the injection member body to move the operation inspection gas to the transparent cap through the inspection rod; The gas supply fan provides a battery, a on / off switch having a on-off switch and provides a composite test equipment for a fire detector operating with a remote control, characterized in that it comprises a battery pack installed on one side of the injection body.

The present invention has the effect that can be tested while adjusting the length and angle of the smoke detector smoke detection while reducing the amount of gas for the test and operation test according to the heat of the fire detector using the lamp.

In addition, the present invention is to check the remaining amount of the fan and battery for voice guidance, cleaning and quick recovery of the fire detector, and to effectively control the fire detector through temperature control and operating time setting to check the automatic fire detector in accordance with the test criteria It is effective to test.

In addition, the present invention has the effect of testing the various types of fire detectors by configuring the heat, smoke test to be replaced so as to test according to the test criteria according to the type of fire detectors installed on the ceiling.

1 is an exploded perspective view showing a composite test equipment for a fire detector operating with a remote control according to the present invention.
2 is a view showing a state in which the combined test equipment for the fire detector operating with the remote control of FIG.
Figure 3 is a cross-sectional view showing the configuration of the fire detector composite test equipment operated by the remote control according to the present invention.
4 is a block diagram schematically showing a circuit configuration formed in the control panel of the present invention.
5 is a view showing a battery unit configuration of the present invention.
Figure 6 is a view showing a state testing a fire detector using a composite test equipment for a fire detector operating with a remote control according to the present invention.
Figure 7 is a separate configuration showing the explosion-proof type tester configuration of the fire detector composite test equipment operated by the remote control according to the present invention.
8 is a cross-sectional view showing a coupling configuration of the explosion-proof test unit of FIG.
9 is a block diagram showing a state in which the explosion-proof test unit of the present invention is coupled to the controller.
10 is a view showing a state in which a tripod is installed in the composite test equipment for a fire detector operating with a remote control according to the present invention.
11 is a view showing another embodiment of the composite test equipment for a fire detector operating with a remote control according to the present invention.
Figure 12 is a view showing another embodiment of the composite test equipment for a fire detector operating with a remote control according to the present invention.

The composite test equipment for the fire detector operated by the remote control according to the present invention is to test a fire detector installed on the ceiling of a building such as a house, an apartment, a building, a factory, etc., and the heat detector is stored in a differential, constant temperature type, and the smoke detector is a photoelectric device. It is divided into divorce and divorce.

Hereinafter, the configuration of the composite test equipment for a fire detector operating with a remote control according to the present invention will be described in detail with the accompanying drawings.

1 is an exploded perspective view illustrating a fire test composite test equipment operated by a remote control according to the present invention, FIG. 2 is a view illustrating a state in which the fire test composite test equipment operated by the remote control of FIG. 1 is coupled, and FIG. 3. 4 is a cross-sectional view showing a configuration of a fire test complex test equipment operated by a remote control according to the present invention, Figure 4 is a schematic block diagram showing the circuit configuration formed on the control panel of the present invention, Figure 5 is a battery unit of the present invention Figure 6 is a view showing the configuration, Figure 6 is a view showing a state of testing the fire detector using a fire test complex test equipment operated by the remote control according to the present invention, Figure 7 is a fire detector operating by the remote control according to the present invention Separated block diagram showing the configuration of the explosion-proof tester of the composite test equipment for the test, Figure 8 is a combination of explosion-proof test of Figure 7 A cross-sectional view showing a castle, Figure 9 is a diagram illustrating a state in combination with an explosion-proof test controller portion of the present invention.

1 to 9, the composite test equipment for the fire detector operated by the remote control according to the present invention is to test whether the fire detector 10 is operating normally by using the heat of the lamp or gas for the operation test. The heat and smoke test unit 100 and the explosion-proof test unit 200 for preheating to a predetermined temperature, and heated to a temperature within the set range to test whether the fire detector 10 operates normally, respectively, is installed on the ceiling It is possible to adjust the length and angle to test the fire detector 10 is composed of heat, smoke test unit 100 or explosion-proof test unit 200 and the check rod 300 is selectively coupled, the fire detector ( 10) Use only a minimum amount of the operation inspection gas for the operation of the fan 130 and the inspection of the fire detector 10 for the removal of the gas for the operation inspection and the cleaning and retention of the retained liquid. That the use of a transparent cap (170) to verify the operation of the operating condition whether or not the operating condition confirmation and heat loss prevention and smoke detectors 10 of the features.

In addition, the heat and smoke test unit 100 can set the temperature sensor and the display unit, the operating temperature and the operating time installed to know the operating temperature through a fire detector test method suitable for the fire safety standards. In order for the lamp and fan to operate or stop automatically after a certain period of time, it is characterized in that the voice guidance function, the battery level, check quantity, set temperature, operation display can be checked.

The heat and smoke test unit 100 has a fastening protrusion 112 having a fastening hole 112-1 coupled to the check rod 300 at a lower portion thereof, and the hinge axis to be adjusted at a predetermined angle on the upper portion thereof. It has a connecting member 114 that is rotatably installed and the temperature sensor to enable the start and stop of the fan 130, preheating, temperature control, temperature display, battery level display by the fire detector test method suitable for the fire safety standards And a controller 110 coupled to the inspection rod 300, a fixing member 120 coupled to the connection member 114 to test the fire detector 10 by smoke, and a cleaning of the fire detector 10. And the fan 130 installed on one side of the fixing member 120 and the ceiling of the smoke detector 10 due to smoke to remove the stayed operation inspection gas and to quickly recover the gas spray because the ceiling is uneven. If it doesn't happen, pull the string 145 Injection member 140 installed on the fixing member 120 to be sprayed, the housing 150 is coupled to the connecting member 114 to be pushable in a state fitted to the fixing member 120, and the fire detector by heat ( 10 is an injection protrusion having a lamp 160 electrically connected to the controller 110 and coupled to the housing 150 so as to test 10, and an injection hole 172-1 to which the nozzle of the operation gas test container is coupled. 172 has a transparent cap 170 is coupled to the upper portion of the housing 150 to be movable in the vertical direction made of a transparent multi-stage to check the operation state of the fire detector, the housing 150 is coupled to the transparent cap 170 The fixing nut 180 is screwed to the); including, but the controller 110 is configured with a light receiving unit, so that the light receiving unit is transmitted from a remote control having a light emitting unit so as to reduce the cumbersome operation of the power button (116-1) Receive or vibrate signals A vibration sensor is further installed to check the condition.

The controller 110 has a fastening protrusion 112 having a fastening hole 112-1 to be coupled to the check rod 300 at a lower portion thereof, and is rotatable by a hinge axis to be adjusted at a predetermined angle on the upper side. It has a connecting member 114 is installed so as to be coupled to the inspection rod 300 to enable and stop the fan 130, preheating, temperature control, battery 314 remaining amount display and temperature display.

In addition, the controller 110 has a fastening protrusion 112 having a fastening hole 112-1 formed at the bottom, and has a coupling member 113 formed to be inclined to one side at an upper portion thereof and coupled to the inspection rod 300. 111, and a connecting member 114 having a rotating protrusion to rotate in one direction in the state coupled with the coupling member 113 and rotatably coupled to the coupling member 113 by a hinge shaft (unsigned); In addition, the display unit 115 installed in the case 111 to display the temperature of the lamp 160 installed in the housing 150 and the remaining amount of the battery 314, the power button 116-1, the temperature control button ( 116-2) and the button unit 116 installed in the case 111, the display lamp 116-3 installed in the case 111 to display the operating state and the preheating state of the fan 130 and To display the speaker 117 installed in the case 111, the heat dissipation lamp 160, the temperature, and the remaining battery power to transmit sound. The control circuit 118 is formed on the PCB substrate so as to control the display unit 115, the button unit 116, and the display lamp 116-3. The control panel 118 is installed inside the case 111.

In addition, the controller 110 is configured with a light receiving unit (unsigned), the light receiving unit is made to receive a signal from a remote control (not shown) for controlling the function of the controller 110 at a position spaced a predetermined distance. .

The remote controller (not shown) is configured with a plurality of buttons to control the same function as the button unit 116 formed in the case 111 of the controller 110, the button is like the button unit 116 It is composed.

In addition, the controller 110 may be provided with a vibration sensor (not shown), such a vibration sensor to check the operating state of the controller 110 by the operation of the remote control.

In addition, a first spring 114-2 and a ball 114-3 are installed on the rotation protrusion 114-1 so as to be supported by the fastening bolt 114-4, and the ball 114-3 is a coupling member ( Since it is in close contact with the groove (not shown) of 113 so that the rotation is made only up to a certain angle during the rotation of the connection member 114.

The control panel 118 preheats, heats, checks the remaining battery power, and sends out audio by applying the power button 116-1 or the temperature control button 116-2 of the button unit 116. A control unit 118-1 for controlling the control unit, a memory unit 118-2 for comparing the temperature heated by the lamp 160 with the preset data, and storing time data, and a temperature control button 116-2. By supplying power to the temperature control unit 118-3 and the battery 314 to control the preheating and heating within a predetermined temperature by the operation of the power supply or power to the battery 314 using a commercial power source And a power supply unit 118-4 for storing.

The fixing member 120 is fastened to the connection member 114 to test the fire detector 10 by the smoke.

The fixing member 120 is composed of a fixing member body 121 formed with a first fixing hole 122 and a second fixing hole 123 to be coupled to the connection member 114 and the gas container, respectively, the gas A plurality of fixing bolts 124 are installed on the fixing member body 121 at a portion where the second fixing hole 123 is formed to fix the container.

In addition, a wire coupling groove 125 is formed in a circular shape at the bottom of the fixing member body 121 so that an electric wire for supplying power of the battery 314 to the fan 130 may be inserted therein, and the wire coupling groove 125 is formed. The wire connecting piece 126 is installed in a semicircular shape so as to be drawn in.

The wire connection piece 126 is made of a PCB substrate on which a power supply circuit is formed to supply power supplied from the controller 110 to the fan 130.

The fan 130 is installed at one side of the fixing member 120 to remove the operation inspection gas stayed in the fire detector 10. In addition, by the control of the controller 110, the fan 130 is driven and sprayed from the gas container for operation inspection to remove the gas remaining in the fire detector 10 to recover quickly, and also to clean the fire detector 10 Done together.

When the injection member 140 does not spray the operation inspection gas due to the uneven ceiling when the fire detector 10 is tested by the smoke, the fixing member 120 may be sprayed by pulling a string to inject the operation inspection gas. It is installed in).

In addition, the injection member 140 is an injection hole formed on the injection member body 141 to be combined with the injection member body 141, the overall shape of the "가스" shape and the nozzle of the operation gas container for inspection. 142 and a plurality of position adjustments formed on the side of the injection member body 141 to be fixed by a fixing bolt to the fixing member 120 in a state in which the injection member body 141 is coupled to the operation inspection gas container The ball 143, the locking hole 144 is formed in the downward direction formed with the plurality of position adjustment holes 143, and the locking hole 144 is made of a string 145 connected by using a ring.

The housing 150 is coupled to the connection member 114 to be pushable in a state of being fitted to the fixing member 120.

The housing 150 has a predetermined space on the inside with the upper portion open, and the housing body 151 is configured, and the fixing nut 180 is screwed to the outer peripheral edge of the upper end of the housing body 151. (Unsigned) is formed, the stepped 152 is formed along the outer periphery of the end of the screw is formed to support the transparent cap 170, the housing protrusion 153 is formed at the lower portion of the housing body 151 is connected A plurality of long holes 154 are formed in the housing protrusion 153 to be coupled to the member 114 and to be moved by a predetermined width while being guided by a bolt when the housing 150 moves up and down.

The plurality of long holes 154 are formed at positions facing each other. In addition, a second spring 155 is coupled to the housing protrusion 153 and supported inside the connection member 114 so that the housing 150 may return to a position before the movement after the housing 150 moves downward. .

A circular ring 156 is further configured in the housing 150, and the circular ring 156 is made of any one of a soft or hard material and is installed between the transparent cap 170 and the housing 150.

The circular ring 156 prevents the transparent cap 170 from being damaged by the pressure applied while being in close contact with the ceiling.

The lamp 160 is coupled to the housing 150 to test the fire detector 10 by heat.

A lamp coupling member 161 is installed inside the housing 150 to apply power to the lamp 160, and the lamp coupling member 161 has a coupling terminal (not shown) protruding from the lamp 160. A plurality of connection terminals (not shown) are installed to be fitted, and the connection terminals are electrically connected to the controller 110 to apply power to the lamp 160.

The transparent cap 170 is coupled to the upper portion of the housing 150 to test the fire detector 10 by trapping heat or smoke for a predetermined time.

In addition, the transparent cap 170 has a coupling hole 171 in the center, as shown in the drawing is made of a multi-stage, the injection port 172-1 to the nozzle of the operation gas test chamber is inserted into the multi-stage portion formed Is formed is a projection protrusion 172 is formed, the injection hole 172-1 is connected to the space of the transparent cap 170 is to collect the gas injected through the nozzle as well as the heat generated from the lamp 160 Allow them to stay together for a certain amount of time.

The fixing nut 180 is coupled to the transparent cap 170 and screwed to the housing 150.

The explosion-proof test unit 200 is formed so as to penetrate from the upper side to the lower side so that one side of the fire detector 10 can be drawn in, the heat transfer pipe 210 and the heat pipe 214 and the temperature sensor is installed on the outside, the fixed pipe 250 The coupling ring 220 is coupled to the heat transfer tube 210 so that it can be fixed, and the coupling tube 230 coupled to the heat transfer tube 210 to prevent the heat of the heating wire 214 is transferred to the outside; , The wire connected to the heating wire 214 has a withdrawal hole 241 so as to protrude to one side and the stopper 240 is coupled to the heat transfer pipe 210 and the coupling pipe 230, and coupled to the coupling ring 220 by a bolt And a test body 260 coupled to the fixed tube 250, the heat transfer tube 210, the coupling ring 220, the coupling tube 230, and the fixed tube 250 coupled to the test body 260. It is formed to be transparent so that the test can be coupled to the transparent tube 270 coupled to the upper portion of the test body 260, the connection member 114 of the controller 110 It is configured to include a conjugate 280 is coupled to the body 260.

The heat transfer tube 210 is formed so as to penetrate from the top to the bottom to constitute a delivery tube body 211, the fire detector 10 is the inner side at the inlet to facilitate the introduction into the transfer tube body 211 during the test by heat Guide tube 212 is formed to be inclined integrally formed on the upper portion of the delivery pipe body 211, and has a screw so that a predetermined distance from the delivery pipe body 211, the fastening pipe 213 in the guide pipe 212 Is formed to protrude, the heat pipe 214 and a temperature sensor (not shown) is installed on the delivery tube body 211 to apply heat to the fire detector (10). The temperature sensor is electrically connected to the controller 118-1.

The coupling ring 220 is coupled to the heat transfer tube 210 so that the fixing tube 250 can be fixed. In addition, the coupling ring 220 is formed with a threaded ring hole 221 to be screwed with the fastening pipe 213, the screw fastening groove 222 so that the fixing pipe 250 is fixed to the outer periphery by a bolt ) Is formed.

The coupling pipe 230 has a cylindrical shape so as to penetrate from the top to the bottom, and is coupled to the heat transfer pipe 210 to prevent the heat of the heating wire 214 from being transferred to the outside.

The stopper 240 has a lead hole 241 so that the wire connected to the heating wire 214 protrudes to one side and is coupled to the heat transfer pipe 210 and the coupling pipe 230. In addition, a stopper protrusion 242 is formed at the center of the stopper 240 so as to be coupled to one side of the delivery tube body 211.

The fixing pipe 250 has a bolt fastening hole 251 so that the bolt is coupled to be fastened to the screw fastening groove 222 of the coupling ring 220 has a cylindrical shape so as to penetrate from the top to the bottom. And the fixing pipe 250 is supported on the inside of the test body 260, the lower end in the state coupled to the coupling ring 220.

The test body 260 is formed in a cylindrical shape so as to penetrate from the top to the bottom, and is formed in multiple stages inside the cylindrical. In addition, the heat transfer pipe 210, the coupling ring 220, the coupling pipe 230 and the fixed pipe 250 is coupled to the test body 260 in a state of being coupled, the portion formed in the multi-stage of the test body 260 The lower end of the fixed tube 250 is supported.

The transparent tube 270 is transparently formed in a circular ring shape so that the operator can check the position when the fire detector 10 is introduced into the heat transfer tube 210, the upper portion of the test body 260 The screws are combined.

The coupling body 280 is coupled to the heat transfer pipe 210, the coupling ring 220, coupling pipe 230, the fixed pipe 250 and the stopper 240 in a state in which one side is opened and a predetermined space is formed inside 281 is configured. The coupling protrusion 282 is formed to protrude in the downward direction of the coupling body 281 and is coupled to the connection member 114 of the controller 110. In addition, the combination 280 is drawn in from the lower portion of the test body 260 is fixed by a bolt.

The inspection rod 300 is a heat, smoke test unit 100 or explosion-proof test unit 200 is selectively installed according to the type of the fire detector 10 installed on the ceiling according to the height of the fire detector 10 is installed It is made of multiple stages to adjust the length.

The rubber cap 301 is installed at the lower end of the check rod 300 formed in the multi-stage to prevent slipping and to absorb shock when placed on the floor.

The inspection rod 300 is configured to include a battery unit 310 to provide the power required by the controller 110.

The battery 314 is electrically connected to the controller 110 and has a connector 312 to charge and supply the power of the battery 314, and includes a substrate 311 and a substrate 311 configured as a charge / discharge circuit. In order to fix the plurality of contacts 313 installed at regular intervals, the plurality of battery 314 for charge and discharge provided between the contact 313 and the contact 313, the substrate 311 and the battery 314 It includes a heat shrink member 315 surrounding the outside.

It describes a process of testing a fire detector using a composite test equipment for a fire detector operating with a remote control of the present invention configured as described above.

The operator combines heat, smoke test unit 100 or explosion-proof test unit 200 to the inspection rod 300 to test the fire detector 10 installed on the ceiling.

First, in order to test the fire detector 10 using the heat and smoke test unit 100, the power button 116 of the button unit 116 formed on the case 111 of the controller 110 installed on the inspection rod 300. When -1) is pressed, a guide broadcast comes out through the speaker 117 installed in the case 111, the display unit 115 is displayed as HFr (Heating Free) and automatically maintains the heat sensing mode.

Pressing the on / off of the temperature control button 116-2 in the above state, the operation lamp 160 is operated while the 'beep' signal is transmitted through the speaker 117, the controller 110 is the inspection rod 300 Power is supplied from the battery 314 installed in the lamp 160 to generate heat while emitting light.

 When the operator checks the operation of the operation lamp 160 and then closely adheres to the ceiling so that the fire detector 10 is positioned inside the transparent cap 170, the transparent cap 170 is closely adhered to the ceiling and is emitted from the lamp 160. The temperature rises due to heat trapping. At this time, the worker checks whether the fire detector 10 operates by the heat of the lamp 160.

And to test another fire detector (10) by repeatedly pressing the on / off display of the temperature control button is tested.

As described above, the heat generated from the lamp 160 rises to about 30 ° from the current temperature, and the operation is limited within 30 seconds. However, it is preferable not to keep the contact for a long time, depending on the type of fire detector.

And it is preferable to operate the temperature control button 116-2 after adjusting the length of the inspection rod 300 first, according to the height of the fire detector 10 is installed.

When the on / off of the temperature control button 116-2 is displayed in the state of confirming the operation of the fire detector 10, it is switched to the preheating state, and when the power button 116-1 is pressed, it is applied to the lamp 160 The power supply is cut off and the lamp 160 is turned off.

In the above description, only the fire detector is tested, but a single function heat detector can also be tested.

After checking the operating state of the fire detector 10 using the heat of the lamp 160 as described above, the smoke detection is tested by using the operation inspection gas.

The test process of the fire detector 10 will be described using the gas.

The second fixing hole 123 formed in the fixing member body 121 while inserting a nozzle into the injection hole 172-1 formed in the transparent cap 170 so that gas may be injected into the space of the transparent cap 170. Combine the gas container for operation inspection to be drawn in and then fix it with a fixing bolt 124.

When the nozzle is positioned by the injection hole 172-1, the nozzle is first coupled to the inlet hole 142 of the injection member 140 installed in the fixing member 120, and then introduced.

When the nozzle is positioned in the injection hole 172-1, the injection protrusion 172 is in close contact with the upper end of the injection member 140 in a state in which the injection protrusion 172 is coupled to the nozzle.

Checking the height of the fire detector 10 installed on the ceiling in the state in which the gas container for the operation test is coupled to the fixing member 120 as described above, while extending the length of the inspection rod 300, the ceiling on which the fire detector 10 is installed The transparent cap 170 is positioned on the side.

When the fire detector 10 installed on the ceiling is pushed to the ceiling in the state that the fire cap 10 is positioned to the inside of the transparent cap 170, the transparent cap 170 in a state where the top of the transparent cap 170 is in close contact with the ceiling ( The housing 150 to which the 170 is fixed is moved toward the connection member 114.

The housing 150 moves inside the connection member 114 while compressing the second spring 155 coupled with the housing protrusion 153 while moving inside the connection member 114.

While the transparent cap 170 and the housing 150 move together toward the connecting member 114, the injection protrusion 172 having the injection hole 172-1 is pressed into the operation inspection gas container while pressing the nozzle of the operation inspection gas container. The stored gas is injected into the transparent cap 170 through the injection hole 172-1.

The operation inspection gas sprayed into the transparent cap 170 is collected in a closed space formed by the ceiling and the transparent cap 170, and the operator checks the operating state so that the fire detector 10 can recognize it.

And if the ceiling is not evenly formed so that the transparent cap 170 is in close contact with the gas is not properly made by the transparent cap 170, pulling the string 145, the injection member 140 installed in the fixing member 120 Gas is injected.

Pulling the string 145 as described above, the injection member 140 connected to the string 145 is moved in the downward direction, that is, moving in the direction in which the inspection rod 300 is located, and is operated by the moving injection member 140 Press the nozzle of the inspection gas container to inject gas.

At this time, the injection member 140 moves while being guided to the fixing bolt 124 installed in the fixing member body 121 to press the nozzle accurately.

The gas injected by the injection member 140 is introduced into the transparent cap 170 through the injection hole 172-1, the upper end of the transparent cap 170 is in close contact with the ceiling is formed a small amount The fire detector 10 can also be tested in the gas.

As described above, when the inspection is completed in accordance with the test criteria, the on / off of the temperature control button 116-2 of the controller 110 in the smoke detection mode to remove the gas stayed in the fire detector 10. Pressing the off described causes the fan 130 to be driven.

In the state where the fan 130 is located on one side of the fire detector 10, the rapid recovery of the fire detector 10 is performed along with the removal of the gas stayed by the wind generated from the fan 130. When the removal of the gas is completed, the operation of the controller 110 by pressing the power button 116-1.

By repeating the above process to check whether the fire detector 10 operates normally in response to the smoke.

In the present specification, the fire detector 10 is first inspected by the heat of the lamp 160 according to the test standard, but the process of detecting the smoke by using the gas according to the test standard may be tested first.

And the explosion-proof test unit 200 is coupled to the connection member 114 formed on the upper portion of the controller 110 to test the fire detector 10 installed on the ceiling using heat.

In order to combine the explosion-proof test unit 200, the transparent cap 170 and the housing 150 coupled to the connection member 114 of the controller 110 are separated.

After the housing 150 and the transparent cap 170 are separated, the test body 260 of the test body 260 is connected with a wire connected to the heating wire 214 to supply power through the wire exposed to the connection member 114. Coupled to the upper portion of the connecting member 114 is coupled to the coupling body 280 protruding downward.

Pressing the power button 116-1 of the controller 110 in the state in which the explosion-proof test unit 200 is installed in the controller 110, the announcement is sent through the speaker 117 is automatically entered into the heat sensing mode. .

Press the on / off of the temperature control button 116-2 described in the heat sensing mode, while the length of the inspection rod 300 while heating about 10 minutes while one side of the fire detector through the guide pipe It is to be introduced through the guide tube 212 while checking the position of the fire detector through the transparent tube 270 to be introduced into the body 211.

Since the guide tube 212 is formed to be inclined inward from the inlet, one side of the fire detector 10 is easily introduced into the delivery tube body 211.

As described above, the operation state of the fire detector 10 is determined by the heat generated from the heating wire 214 installed outside the transfer pipe body 211 while one side of the fire detector 10 is drawn into the heat transfer tube 210. Check it.

After checking the operation state of the fire detector 10, the on / off of the temperature control button 116-2 is pressed to switch to the preheating state so as to reduce the consumption of the battery 314.

In addition, in order to check the operation state of the other fire detector 10, by repeating the above process to check the operation state in accordance with the test criteria, and when the inspection is completed, press the power button 116-1 to stop the function. .

Composite test equipment for a fire detector operating with a remote control according to the present invention is not limited to the configuration shown in Figures 1 to 9 can be carried out differently as shown in FIG.

10 is a view showing a state in which a tripod is installed in the fire detector composite test equipment operated by the remote control according to the present invention.

Referring to FIG. 10, the fire test composite test equipment operated by the remote control according to the present invention tests whether the fire detector 10 operates normally by using heat of the lamp 160 or by using a gas for checking smoke operation. Heat, smoke test unit 100, and preheating to a predetermined temperature, and explosion-proof type test unit 200 for testing whether the fire detector 10 operates normally by automatically adjusting to a temperature within the set range, respectively, the ceiling It is possible to adjust the length so as to test the fire detector 10 installed in the heat, smoke test unit 100 or explosion-proof test unit 200 of the inspection rod 300 and the fire detector (10) selectively coupled It is configured to include a tripod 400 is coupled to the lower portion of the inspection rod 300 so as to stably support the inspection rod during the inspection, the tripod 400 is a through hole, the lower part is formed The steel pipe 411, the gear formed handle 412 and the tripod leg 430 has a plurality of fixing members 413 are coupled to the main body 410 is provided, and can be elevated by the rotation of the handle 412 The elevating bar 420 is installed on the main body 410, and the tripod legs 430 coupled to the fixing member 413 of the main body 410 so that the length adjustment and the folding and unfolding at a predetermined angle around the main body When the tripod leg 430 is unfolded, the guide member is composed of a guide bar 441, a fixed tube 442, and a guide tube 443 so as to be unfolded only within a predetermined angle. The guide member is installed between the main body 410 and the tripod leg 430. 440 and a memo board 450 installed at one side of the main body 410, and a light receiving unit is formed in a case of the controller 110 of the heat and smoke test unit 100, and an infrared signal is transmitted to the light receiving unit. Repeatedly at a high position using the remote control configured to emit light Power button 116-1 to be used as to reduce the hassle of operation, characterized in that for checking the operating state by the vibration sensor.

Since the heat, smoke test unit 100 or the explosion-proof test unit 200 and the check rod 300 is configured in the same manner as shown in Figs. 1 to 9, a description thereof will be omitted and the tripod 400 will be omitted. The configuration of the unit will be described.

The tripod 400 is the main body 410, the elevating bar 420 is raised and lowered from the main body 410, the tripod legs 430, the tripod legs 430 are adjusted or folded or unfolded around the main body 410 It comprises a guide member 440 to be stably supported.

The main body 410 is a through hole (not shown) is formed in the center, the lifting pipe 411 is installed in the lower portion is formed through holes to guide the lifting bar 420.

In addition, a handle 412 is rotatably installed on the main body 410, and a gear (not shown) is installed on one side of the handle 412 so as to be engaged with the lifting bar 420.

And the lower portion of the main body 410, the fixing member 413 is configured at intervals of 120 ° so that the tripod legs 430 can be coupled.

The elevating bar 420 is a screw is formed to be coupled to the inspection rod 300, the rack gear 421 is formed in the longitudinal direction in the downward direction the screw is formed. In addition, the elevating bar 420 is located in the through hole formed in the center of the body 410 is engaged with the gear formed in the handle 412.

 The tripod leg 430 is rotatably installed on one side of the fixing member 413 formed in the lower portion of the main body 410 is folded or unfolded around the main body 410 as well as multi-stage to adjust the length It is composed.

And the other end of the tripod leg 430 preferably constitutes a support plate on which a pad to prevent slipping.

The guide member 440 has a plurality of guide bars 441 are provided between the elevating pipe 411 and the tripod leg 430 so as to maintain a stable state when the tripod leg 430 is unfolded. A fixing tube 442 is installed at one side of the guide bar 441, and a hinge shaft is installed between the fixing tube 442 and the guide bar 441 to be rotated.

In addition, the other side of the guide bar 441, the guide pipe 443 is installed to move in the elevating pipe 411, the guide tube 443 is the lifting pipe when the tripod leg 430 is unfolded or folded Move along 411 so that it can be easily unfolded or folded.

In addition, a memo plate 450 is configured at one side of the main body 410 so that an operator can take notes while checking the operation state of the fire detector, and the memo plate 450 has a plate fixed body formed to protrude to one side of the main body 410 ( 451). .

In order to inspect the operation state in the fire detector 10 using the heat, smoke detector test equipment configured as described above, first, the tripod legs 430 are extended in three directions about the main body 410 of the tripod 400.

When the tripod leg 430 is unfolded, the tripod leg 430 rotates around the hinge axis of the fixing member 413 formed at the bottom of the main body 410, and at this time, the guide tube 443 installed at one side of the guide bar 441. Since the lifting pipe 411 moves along the longitudinal direction, the tripod leg 430 is easily unfolded.

The lower end of the check rod 300 is coupled to the upper end of the elevating rod 420 in a state where the tripod leg 430 is extended to be fixed.

Then, after the inspection rod 300 is coupled to the tripod 400 to check the fire detector, the fire detector 10 is moved to a position where the fire detector 10 is installed so that the fire detector 10 is positioned inside the transparent cap 170. Adjust the length of 300).

In the state where the fire detector 10 is positioned inside the transparent cap 170, the handle 412 installed on the main body 410 is rotated to raise and lower the lifting bar 420 so that the transparent cap 170 closely adheres to the ceiling. To be pressed.

When the transparent cap 170 is pressed, the operation inspection gas is injected while the nozzle of the operation inspection gas container is pressed, and the injection operation inspection gas is transparent through the injection hole 172-1 of the injection projection 172. It is supplied to the inside of the cap 170 to determine the operating state of the fire detector (10).

In the case of using the tripod 400 as described above, the height of the fire detector 10 is installed high, so that it is possible to check whether the operation is stable, as well as check the operation state of the plurality of fire detectors 10 in accordance with the test criteria. There is an advantage in reducing the time according to a series of processes for.

When using the tripod 430 to determine the operation state of the fire detector 10, the heat and smoke test unit 100 is not only used, the explosion-proof test unit 200 is coupled to the controller 110, the fire detector ( 10) can understand the operating status.

In the state in which the explosion-proof test unit 200 is coupled, the operation state of the fire detector 10 can be grasped according to the test criteria by using the heat controlled by the controller 110 using the remote controller.

Composite test equipment for a fire detector operating with a remote control according to the present invention is not limited to the configuration shown in Figures 1 to 10 can be carried out differently as shown in Figures 11 and 12.

Figure 11 is a view showing another embodiment of the composite test equipment for a fire detector operated with a remote control according to the present invention, Figure 12 shows another embodiment of the composite test equipment for a fire detector operated with a remote control according to the present invention. Drawing.

11 and 12, the composite test equipment for a fire detector operated by a remote control according to the present invention has a spraying projection 172 having a spraying hole (172-1) to which the nozzle of the operation inspection gas container is coupled and has a fire detector Transparent cap 170 made of a transparent multi-stage to check the operating state of the check rod is coupled with the transparent cap 170 is made possible to adjust the length to test the fire detector 10 installed on the ceiling ( 300) and a gas injection member 500 coupled to the lower portion of the inspection rod 300 to test the operation state of the fire detector 10 installed on the ceiling to supply a gas for operation inspection; including, the gas injection member 500 is formed by penetrating from the top to the bottom and has a projection 511 formed with a screw on the upper and the injection member body 510 is coupled to the inspection rod 300 is located inside the operation inspection gas container, the operation, inspection The container support 520 is coupled to the injection member body 510 and the operation test is provided with a rod coupling groove 522 having a seating groove 521 and a screw to be coupled to the support and the tripod 400 of the gas container. Battery so that the gas supply fan 530 and the gas supply fan 530 installed inside the injection member body 510 to move the gas to the transparent cap 170 through the inspection rod 300, the battery And, having an on / off switch 541, characterized in that it comprises a battery pack 540 is installed on one side of the injection member body 510.

In the above configuration, the configuration of the transparent cap 170 and the gas injection member 500 which are formed differently from those described in FIGS. 1 to 10 will be described.

The transparent cap 170 is made of a transparent material made of a multi-stage so that the fire detector 10 can be located on the inside, the center of the through hole (unsigned) so that the combination of the inspection rod 300 and the gas can be supplied Coupling protrusion (173) having a lower portion, the inner periphery of the through-hole is formed with a screw to be coupled with the check rod (300).

The check rod 300 has a screw is formed on the outer periphery of the upper end so as to be coupled to the transparent cap 170 on the upper side, the lower end of the rod coupling hole (unsigned) is formed to be fixed to the tripod 400 A screw is formed on the inner circumference of the rod coupling hole and is coupled to the lifting bar 420 or the gas injection member 500 of the tripod 400.

In addition, the check rod 300 is made of a multi-stage to adjust the length, the inner center is formed so as to penetrate from the top to the bottom to form a movement path for gas movement.

The gas injection member 500 is formed so as to penetrate from the top to the bottom and has a protrusion 511 formed with a screw on the upper side and the gas container for the operation test is located inside the injection member coupled to the lower inside of the inspection rod 300 The body 510 is configured, and the container support 520 is screwed to the injection member body 510 to fix the operation test gas container located inside the injection member body 510.

And the injection member body 510 has a long hole 512 is formed so that the gas stored in the operation inspection gas container is formed, the long hole 512 is formed of a plurality of workers to inspect the fire detector 10 Holding the gas container for operation inspection to move in the direction in which the inspection rod 300 is located to be able to inject the gas.

The container support 520 has a seating groove 521 is formed in the upper portion so that the operation test gas container can be stably positioned and the sealing support 522 is formed in the lower portion of the elevating bar 420 It is made to be coupled inward.

In addition, the container support 520 is threaded on the upper outer periphery to be screwed into the lower inner check rod 300.

The gas supply fan 530 is further configured on the inner upper side of the injection member body 510 so that the gas injected from the operation inspection gas container can be easily moved to the portion where the transparent cap 170 is located.

A battery pack 540 including a battery (not shown) is installed at one side of the injection member body 510 to drive the gas supply fan 530, and the gas supply fan 530 is installed in the battery pack 540. An on / off switch 541 is formed to control the driving of the.

As shown in FIG. 11, the composite test equipment for a fire detector operated by a remote controller can be used even without a tripod as shown in FIG. 12.

In other words, when the fire detector 10 is located in a high place, such as an exhibition hall, subway, factory, etc., the height of the ceiling is high, so that the weight of the upper part of the inspection rod 300 can be reduced to facilitate use. The transparent cap 170 is installed on the upper end of the inspection rod 300, the lower portion of the inspection rod 300 to be fixed using a tripod 400 in a state in which the gas injection member 500 is installed or Direct inspection to hold the inspection rod 300 to be checked.

First, in order to check the operating state of the fire detector 10 in the state where the tripod 400 is installed on the lower end of the inspection rod 300, the inspection that the transparent cap 170 is installed in the downward direction where the fire detector 10 is located The tripod leg 430 is unfolded in a state in which the rod 300 is coupled to the lifting bar 420 of the tripod 400.

The operation inspection gas container located inside the injection member body 510 installed between the inspection rod 300 and the tripod 400 while the inspection rod 300 is stably supported by the tripod 400. Gas to be injected.

In order to inject the gas through the long hole 512 formed in the injection member body 510, the operator grabs the gas container for operation inspection and moves in the direction in which the inspection rod 300 is located.

Gas is injected as the nozzle installed on the upper end of the operation inspection gas container is pressed, and at this time, the gas is operated by the on / off switch 541 formed in the battery pack 540 to be moved to the transparent cap 170. To drive the gas supply fan 530.

The gas is delivered to the transparent cap 170 through the inside of the inspection rod 300 by the driving of the gas supply fan 530, and the gas is supplied to the closed space formed by the transparent cap 170 to detect the fire ( You can check the operation status of 10).

The fire detector 10 operating by the gas can be confirmed by the operator through the transparent cap 170 by the operation of the LED lamp installed inside or outside.

When using the tripod 400 as described above it is preferable to use when the height of the ceiling is high, the number of installed fire detector 10 is large. In addition, when checking the operation state of the fire detector 10 without using the tripod 400, the height of the ceiling is high, but it is easy to use in a small number of the fire detector 10 is installed.

As described above, the present invention is configured to replace the heat, smoke test unit 100 and explosion-proof test unit 200 so as to be able to test according to the type of the fire detector 10 installed on the ceiling, etc. The fire detector 10 may be tested to test criteria.

In addition, the present invention by using the lamp 160, the fan 130 for the smoke test and voice guidance, smoke guidance and a plurality of smoke detectors 10, while reducing the heat test and the gas usage of the fire detector 10, Checking the remaining amount of the battery 314, by automatically adjusting the temperature of the lamp 160, there is an advantage that can effectively check the fire detector 10 in accordance with the test criteria by setting the operating time.

Although the detailed description of the present invention described above has been described with reference to the configuration of the present invention, the scope of protection of the present invention is not limited to the above configuration, and those skilled in the art will recognize the spirit and technology of the present invention. It will be understood that various modifications and changes can be made without departing from the scope of the invention.

10: fire detector 100: heat, smoke test
110: controller 111: case
112: fastening protrusion 112-1: fastening hole
113: coupling member 114: connecting member
114-1: Rotating protrusion 114-2: First spring
114-3: Ball 114-4: Tightening bolt
115: display portion 116: button portion
116-1: Power Button 116-2: Temperature Control Button
116-3: Indicator lamp 117: Speaker
118: control panel 118-1: control unit
118-2: memory unit 118-3: temperature control unit
118-4: power supply 120: fixing member
121: fixing member body 122: first fixing hole
123: second fixing hole 124: fixing bolt
125: wire coupling groove 126: wire connection piece
130: fan 140: injection member
141: injection member body 142: inlet hole
143: positioning hole 144: locking hole
145: line 150: housing
151: housing body 152: step
153: housing projection 154: long hole
155: second spring 156: circular ring
160: lamp 161: lamp coupling member
170: transparent cap 171: bonding hole
172: jet projection 172-1: nozzle
173: engaging protrusion 180: fixing nut
200: explosion proof test unit 210: heat transfer tube
211: delivery tube body 212: guide tube
213: fastening pipe 214: hot wire
220: coupling ring 221: ring hole
222: screw fastening groove 230: coupling pipe
240: plug 241: drawer
242: stopper 250: fixed tube
251: bolt fastener 260: test body
270: transparent tube 280: binder
281: coupling body 282: coupling protrusion
300: inspection rod 301: rubber cap
310: battery unit 311: substrate
312: connector 313: contact
314: battery 315: heat shrink member
400: tripod 410: main body
411: up and down pipe 412: handle
413: fixing member 420: lifting rod
421: rack gear 430: three legs
440: guide member 441: guide bar
442: fixed tube 443: guide tube
450: message board 451: plate fixed
500: gas injection member 510: injection member body
511: stone section 512: long hole
520: container support 521: seating groove
522: sealing groove 530: gas supply fan
540: battery pack 541: on / off switch

Claims (5)

A heat and smoke test unit 100 for testing whether the fire detector 10 operates normally by using heat of a lamp or gas for an operation test;
The explosion-proof test unit 200 is configured to preheat up to a predetermined temperature, and to test whether the fire detector 10 operates normally by heating up to a temperature within a setting range,
The length and angle adjustment is possible to test the fire detector (10) installed on the ceiling consists of heat, smoke test unit 100 or explosion-proof test unit 200 is composed of a check rod 300 is selectively coupled,
Cleaning of the fire detector 10 and the operation of the fan 130 for fast recovery and removal of the operation test gas stayed and checking of the operation state using only a minimum amount of the operation test gas for the inspection of the fire detector 10. And a transparent cap 170 that operates with a remote control, characterized in that the use of a transparent cap 170 to check whether the heat loss prevention and operation of the operation state of the fire detector (10). The method of claim 1,
The heat, smoke test unit 100,
The connection protrusion 114 having a fastening protrusion 112 having a fastening hole 112-1 coupled to the check rod 300 is formed at the lower portion thereof, and is rotatably installed around the hinge axis so as to be adjusted at a predetermined angle. A controller coupled with the inspection rod 300 having a temperature sensor to start and stop the fan 130, preheat, adjust the temperature, display the temperature, and display the battery level by a fire detector test method suitable for the fire safety standard. 110;
A fixing member 120 coupled to the connection member 114 to test the fire detector 10 by the smoke;
A fan 130 installed at one side of the fixing member 120 to allow the fire detector 10 to be cleaned and to remove the gas remaining therein and to quickly recover the gas;
When the fire detector 10 is tested by the smoke when the ceiling is not even because the gas injection does not occur, the injection member 140 is installed on the fixing member 120 to inject the gas by pulling the string 145;
A housing 150 coupled to the connection member 114 to be pushable in a state of being fitted to the fixing member 120;
A lamp 160 electrically connected to the controller 110 and coupled to the housing 150 to test the fire detector 10 by heat;
The nozzle 150 of the operation inspection gas container has an injection protrusion 172 having an injection hole 172-1 coupled thereto, and is made of a transparent multi-stage so as to check the operation state of the fire detector. Transparent cap 170 is coupled to;
A fixing nut 180 coupled to the transparent cap 170 and screwed to the housing 150;
The controller 110 is configured with a light receiving unit, the light receiving unit is a vibration sensor for receiving a signal transmitted from a remote control having a light emitting unit or a vibration sensor for checking the operation state by vibration so as to reduce the cumbersome operation of the power button (116-1) Composite test equipment for the fire detector operating with a remote control, characterized in that the installation further. The method of claim 1,
The explosion-proof test unit 200,
A heat transfer pipe 210 formed so as to penetrate from the top to the bottom so that one side of the fire detector 10 may be drawn in, and a heating wire 214 and a temperature sensor are installed on the outside;
A coupling ring 220 coupled to the heat transfer tube 210 so that the fixing tube 250 can be fixed;
A coupling pipe 230 coupled to the heat transfer pipe 210 so as to prevent heat of the heating wire 214 from being transferred to the outside;
A plug 240 having a lead hole 241 to protrude to one side of the wire connected to the heating wire 214 and coupled to the heat transfer pipe 210 and the coupling pipe 230;
A fixed tube 250 coupled to the coupling ring 220 by a bolt and supported by the test body 260;
A test body 260 coupled in a state in which the heat transfer tube 210, the coupling ring 220, the coupling tube 230, and the fixed tube 250 are coupled to each other;
A transparent tube 270 formed to be transparent and coupled to an upper portion of the test body 260;
A coupling body 280 coupled to the test body 260 to be coupled to the connection member 114 of the controller 110;
Composite test equipment for a fire detector operating with a remote control comprising a. A heat and smoke test unit 100 for testing whether the fire detector 10 operates normally by using the heat of the lamp 160 or by using the gas for smoke operation inspection;
Preheating to a predetermined temperature, explosion-proof test unit 200 is configured to test whether the fire detector 10 is operating normally by automatically adjusting to a temperature within the set range, respectively,
A check rod 300 which is selectively coupled with a heat, smoke test unit 100 or explosion-proof test unit 200 to allow the length adjustment to test the fire detector 10 installed on the ceiling; And
When the inspection of the fire detector 10 is configured to include a tripod 400 is coupled to the lower portion of the inspection rod 300 so as to stably support the inspection rod,
The tripod 400 is
A main body 410 having a plurality of fixing members 413 through which a through hole, a lifting pipe 411 formed at a lower portion thereof, a handle 412 having a gear formed therein, and a tripod leg 430 are coupled thereto;
A lifting bar 420 installed in the main body 410 to be lifted and lowered by the rotation of the handle 412;
A tripod leg 430 coupled to the fixing member 413 of the main body 410 so that the length can be adjusted and folded at a predetermined angle about the main body;
When the tripod leg 430 is unfolded, the guide member is formed between the main body 410 and the tripod leg 430 by being composed of a guide bar 441, a fixed tube 442, and a guide tube 443 so as to be unfolded within a predetermined angle ( 440;
Memo board 450 is installed on one side of the main body 410; includes,
The power button 116 repeatedly configured at a high position by using a remote controller configured with a light emitting unit configured to receive a light receiving unit and to transmit an infrared signal to the light receiving unit in the case of the controller 110 of the heat and smoke test unit 100. -1) Fire test complex test equipment operated by a remote control, characterized by reducing the trouble of operation and checking the operating state by the vibration sensor. A transparent cap 170 having a plurality of injection projections 172 having an injection hole 172-1 to which the nozzle of the operation inspection gas container is coupled and transparently formed in multiple stages so as to check the operation state of the fire detector;
Check rod 300 is coupled to the transparent cap 170 made of a length adjustment is possible to test the fire detector 10 installed on the ceiling; And
Gas injection member 500 is coupled to the lower portion of the inspection rod 300 so as to test the operation state of the fire detector 10 installed on the ceiling to supply a gas for operation inspection;
The gas injection member 500,
An injection member body 510 which penetrates from the upper part to the lower part and has a protrusion 511 having a screw formed thereon, the gas container for operation inspection being located inside and coupled to the inspection rod 300;
The container support 520 is coupled to the injection member body 510 by forming a sealing groove 522 having a mounting groove 521 and a screw so as to be coupled to the support and the tripod 400 of the operation test gas container. ;
A gas supply fan 530 installed inside the injection member body 510 to move the operation inspection gas to the transparent cap 170 through the inspection rod 300;
A battery pack 540 having a battery and an on / off switch 541 so that the gas supply fan 530 can be driven and installed at one side of the injection member body 510;
Composite test equipment for the fire detector operating with a remote control comprising a.

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