KR200456528Y1

KR200456528Y1 - Tester for heat and smoke sensing device

Info

Publication number: KR200456528Y1
Application number: KR2020110007465U
Authority: KR
Inventors: 이공명
Original assignee: 이공명
Priority date: 2011-08-18
Filing date: 2011-08-18
Publication date: 2011-11-04

Abstract

Hot rolled sensing device tester of the present invention is a heat generator; First brackets coupled to both sides of the heat generator; And a second bracket coupled to one side of the first bracket and detachably coupled to the smoke generator, wherein the second bracket is coupled to the first bracket and supports a lower portion of the smoke generator. Is coupled to the support, and includes a buckle to detachably surround the smoke generator.
According to this, by coupling the second bracket to one side of the first bracket coupled to the heat generator, and the smoke generator detachably coupled to the second bracket, the heat generator and the smoke generator is integrally provided in one tester There is no need to carry and store the generator and smoke generator separately, so it is easy to test the operation state of the hot roll detection device.

Description

Hot Rolling Sensing Tester {TESTER FOR HEAT AND SMOKE SENSING DEVICE}

The present invention relates to a hot rolled detection device tester, and more particularly to a tester for checking the operating state of the hot rolled detection device that detects heat and smoke when a fire occurs to warn of fire.

In general, a building is equipped with a fire alarm system that sounds an alarm so that many people are aware of the fire condition in the event of a fire.

Such a fire alarm device is composed of a hot-rolled detection device that detects smoke or heat and outputs a predetermined signal when a fire occurs, and an alarm device that receives a predetermined signal from the fire detection device and generates an alarm sound.

Here, the hot roll detection device is composed of a heat detector using the heat generated by the fire and a smoke detector to capture the smoke.

Normally, the LED (not shown) installed on the outer circumferential surface of the detector lights up when the heat or smoke reaches a certain level, which means the detector starts to operate.

Among such hot-rolling detection devices, the heat detector may be bimetallic, thermal semiconductor, or thermocouple.

Smoke detectors are photoelectric and ionized, and photosensitive and scattered light are used.

Hot roll detection device tester is a mechanism to check the operation state of the hot roll detection device, a heat generator to check the operation state of the hot roll detection device by generating a certain amount of heat, and the operation of the hot roll detection device by generating a certain concentration of smoke There is a smoke generator that checks the status.

However, since the smoke generator and the heat generator are separately provided, the hot roll detection device tester can be easily lost during storage, and has to be troublesome because each of the hot roll detection devices must be carried separately while testing the operating state of the hot roll detection device.

The present invention is to solve the above problems, to integrate the smoke generator and the heat generator to facilitate the operating state test of the hot rolled detection device, and to provide a hot rolled detection device tester that can prevent any loss. For that purpose.

Hot rolled sensing device tester of the present invention is a heat generator; First brackets coupled to both sides of the heat generator; And a second bracket coupled to one side of the first bracket and detachably coupled to the smoke generator, wherein the second bracket is coupled to the first bracket and supports a lower portion of the smoke generator. Is coupled to the support, and includes a buckle to detachably surround the smoke generator.

The support is tooth-shaped, the vertical portion which is a portion coupled to the first bracket and the buckle is flat, the connecting portion connecting the vertical portion is inclined, the lower portion of the vertical portion of the vertical portion is perpendicular It is preferable to bend to support the lower end of the smoke generator, the upper end of the connection portion of the connection portion is preferably in contact with the upper side wall of the smoke generator.

According to the hot-roller detection device tester of the present invention, by coupling the second bracket to one side of the first bracket coupled to the heat generator, and by attaching the smoke generator detachably to the second bracket, the heat generator and smoke in one tester Since the generator is integrated, there is no need to carry and store the heat generator and the smoke generator separately.

1 is a perspective view schematically showing a hot rolled sensing device tester according to an embodiment of the present invention.
Figure 2 is a perspective view schematically showing the ㅁ figure coupled to the smoke generator to the hot roll detection device tester of FIG.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the hot roll detection apparatus tester of the present invention.

FIG. 1 is a perspective view schematically showing a hot roll sensing device tester according to an embodiment of the present invention, and FIG. 2 is a perspective view schematically showing a shape of a smoke generator coupled to the hot roll sensing device tester of FIG. 1.

Referring to FIGS. 1 and 2, the apparatus for testing a hot rolled detector includes a heat generator 110, a first bracket 120, and a second bracket 130.

The heat generator 110 is detachably coupled to a lower portion of the housing 111, an upper portion of which is opened, a fuel container 112 containing petroleum or benzene, and the housing 111. Built-in, communicating with the fuel container 112, the flame is not generated when the ignition is interposed between the crater (not shown) and the fuel tank 112 and the fireball only heat up to open and close the air between the fuel tank 112 and the fireball It includes a shutter plate 113 for blocking.

The first bracket 120 is rotated 90 degrees in the counterclockwise direction of the "c" self, both sides are coupled to both sides of the housing 111 of the heat generator 110, the lower support body 140 of the rod shape Is combined.

The second bracket 130 is a part to which the smoke generator 150 is detachably coupled. One side of the first bracket 120, that is, one vertical side in which the "c" letter is rotated 90 degrees counterclockwise. Is coupled to.

Specifically, the second bracket 130 includes a support 131 coupled to the first bracket 120 and a buckle 134 coupled to the support 131.

The support 131 has a tooth-like shape, but has a vertical portion 132 and a connecting portion 132.

The vertical portion 132 is a portion that is coupled to the first bracket 120 and the buckle 134 is coupled to be formed flat to be arranged in parallel with the first bracket 120 or almost in front contact. .

Meanwhile, the vertical part 132 disposed at the lowermost part of the vertical part 132 is not coupled to the first bracket 120 and the buckle 134, and is disposed below the first bracket 120, and the lower part is upper part. It is formed in a form bent perpendicular to the.

Here, the orthogonal bending direction is the buckle 134 side.

The connecting portion 133 is a portion connecting the vertical portions 132, and is formed to be inclined at a predetermined angle, and the connecting portion 133 of the uppermost portion of the connecting portion 133 is inclined toward the buckle 134 so that the upper end faces the buckle 134 side. It is formed to see.

The buckle 134 is ring-shaped, the fastening means 135 is formed on one side of the buckle 134 by opening and closing the fastening means 135 is closed.

The buckle 134 is a portion that detachably surrounds and fixes the smoke generator 150.

The second bracket 130 having the above structure is fixed to the center of the smoke generator 150 by the buckle 134, the lower surface of the smoke generator 150 in the vertical portion 132 of the lowermost of the vertical portion 132 It is seated and supported at a portion bent in an orthogonal direction, and the upper end of the side wall of the smoke generator 150 is supported by the upper end of the uppermost connection portion 133.

According to the hot-rolling detection device tester having the above structure, the second bracket 130 is coupled to one side of the first bracket 120 coupled to the heat generator 110, and detachably attached to the second bracket 130. By combining the smoke generator 150, the heat generator 110 and the smoke generator 150 are integrally provided in one tester, so that the heat generator 110 and the smoke generator 150 do not need to be carried and stored separately. The operational state of test has the advantage of being easy.

110 ... heat generator
120 ... Bracket 1
130 ... 2nd Bracket
131. Support
132 ... vertical
133 ... slope
134 .... Buckle
135 ... Fastening means

Claims

Heat generator;
First brackets coupled to both sides of the heat generator; And
And a second bracket coupled to one side of the first bracket and detachably coupled to a smoke generator.
The second bracket is coupled to the first bracket, coupled to the support for supporting the lower portion of the smoke generator and the hot roll detection device tester including a buckle to detachably surround and secure the smoke generator.

The method according to claim 1,
The support is tooth-shaped, the vertical portion which is a portion coupled to the first bracket and the buckle is flat, the connecting portion connecting the vertical portion is inclined, the lower portion of the vertical portion of the vertical portion is perpendicular Bent to support a lower end of the smoke generator, and the upper end of the uppermost connection part of the connection part supports the hot rolled sensing device tester, which is in contact with and supports the upper sidewall of the smoke generator.