KR102281639B1 - Photo storage battery emergency exit guidance light for indoor fire fighting with rotary switch structure - Google Patents

Abstract

The present invention relates to an exit guide lamp with an optical storage battery emergency for indoor firefighting having a rotary switch structure, which includes: a lower housing (200) comprising a lower rhombic housing (210), a lower cross housing (220), and a coupling hook (230); an upper housing (300) comprising an upper rhombic housing (310) and an upper cross housing (320) and coupled to the lower housing (200) by the coupling hook (230); an LED module (400) consisting of a left LED lamp (410) and a right LED lamp (420); a terminal housing (500) turning on an LED lamp connected thereto when electricity is applied to one of first and third terminal bars (551, 553); an optical storage battery module (600) consisting of an optical storage battery body (610), four leg parts (620) and a lower terminal (630); a rotary switch (700) provided with a connection terminal (710); and a driving motor (800). According to the present invention, a novel structure that can automatically and easily change the lighting part of the LED module by operating the rotary switch by driving the driving motor is simpler than the existing structure, and the novel structure can reduce manufacturing cost.

Description

Optical storage battery emergency exit guidance light for indoor fire fighting with a rotary switch structure {Photo storage battery emergency exit guidance light for indoor fire fighting with rotary switch structure}

The present invention relates to an optical storage battery emergency exit guide light for indoor firefighting having a rotary switch structure, and more particularly, by changing the position of a connection terminal by rotation of a motor, an LED bar configured to connect the rhombic shape and each vertex of the rhombic shape is directed to the left It relates to an optical storage battery emergency exit guidance light for indoor firefighting having a rotary switch structure that can be controlled to be selectively changed to an arrow shape pointing to or an arrow shape pointing to the right.

In general, emergency guidance lights are installed inside buildings to quickly and accurately evacuate people to emergency exits in the event of an emergency such as a fire, and are usually used to inform the location and evacuation direction of emergency exits in a dark basement or station.

In addition, the display of emergency guidance lights should be easily identifiable by anyone and can be distinguished from a distance. Usually, the contents of the display consist of the word "emergency exit" together with a symbol indicating an emergency exit or an arrow in the direction of evacuation. . That is, the emergency guidance light functions to guide the emergency escape direction using light in order to more easily identify the location of the emergency exit by a person who wants to evacuate from the building in an emergency such as a fire.

These emergency guidance lights have been developed in various ways for their convenience and necessity. In particular, recently, emergency guidance lamps using LED display panels have been developed to improve visibility by more certain lighting (light emission) of emergency guidance lamps when an emergency occurs.

However, in order to increase the visibility of the emergency indicator (emergency exit) of the emergency guidance lamp, the luminous (lighting) efficiency is not particularly inconvenient for stably lit and displayed even with a small amount of energy due to the development of lighting technology. There was a problem that an emergency sign that is statically lit in the environment did not deliver enough effect to accurately recognize the direction sign of the emergency exit to people who were frightened.

In order to solve this problem, "In the emergency induction device installed on the wall of the place and configured to be installed on the wall of the place, the outside is formed and protected by a shape retaining frame while the normal emergency display is turned on by a storage battery or an external power source, on one side of the front A reflective plate with a plurality of direction indicators attached to the other side of the front side, which is illuminated in response according to the color of the LED lights that are flickering in situations, is formed while an emergency display that operates normally is formed, and the emergency display and the direction display of the reflective plate are respectively located below the emergency display and the direction display. A lighting board equipped with an LED light that operates in a single color and an LED light that operates by blinking in multiple colors, and the emergency display of a single color that is normally lit and the color of the lighting in case of a situation are different, and the movement is realized while blinking in multiple colors A transparent plate installed in front of the reflector and a support plate installed behind the reflector so that the direction display can be projected to the outside, a single-color LED light connected to the emergency display, and a lighting substrate connected to the direction display to emit light sequentially Consists of including a power cable connected to power so as to operate according to a control signal, respectively, the gap between the LED light and the bottom of the reflector is maintained at a certain distance so that the blackening phenomenon does not occur while the LED light of the lighting board is illuminated with light emission An emergency guidance device that implements the movement of a direction indication, characterized in that a retainer is installed above the lighting board, and reflective papers are installed on the lower side of the lighting board and above and on both sides of the reflecting plate, respectively, Patent Registration No. 10-1215998 It has been initiated by

However, such a conventional emergency guidance device can visually inform people of the direction of an emergency exit three-dimensionally, as if the front and back direction signs move according to the lighting light of the LED lights of multiple colors flashing and emitted in an emergency, while giving people a three-dimensional indication of the direction of the emergency exit. There was a structural problem in that visual recognition was easy only from the front side, but difficult to visually recognize from the left or right side because the notice board was flat.

Document 1: Registered Patent Publication No. 1215998 (2012.12.20, registered)

The present invention is to solve the above conventional problems, and an object of the present invention is to change the position of the connection terminal by the rotation of the motor, so that the rhombic shape and the LED bar configured to connect the vertices of the rhombus point to the left. It is to provide an optical storage battery emergency exit guide light for indoor firefighting having a rotary switch structure that can be controlled to be selectively changed to an arrow shape or an arrow shape pointing to the right.

The technical problems to be achieved in the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned can be clearly understood by those of ordinary skill in the art to which the present invention belongs from the following description. There will be.

The present invention for achieving the above object is a rhombic lower rhombic housing 210 having a ramp concave groove 211; a cross-shaped lower cross housing 220 interconnecting the vertices of the lamp concave groove 211 to communicate with the lamp concave groove 211; A lower housing 200 consisting of a coupling hook 230 provided on each side of the lower rhombic housing 210; an upper rhombic housing 310 that covers the lower housing 200 and is symmetrical with the lower rhombic housing 210; an upper cross housing 320 symmetrical to the lower cross housing; an upper housing 300 made of a transparent material coupled to the lower housing 200 by the coupling hook 230; Left arrow-shaped left LED lamp 410 inserted into the left side of the upper and lower rhombic housings 310 and 210 and the left side of the horizontal part of the upper and lower cross housings 320 and 220; The upper and lower rhombic housings 310 and 210 and the upper and lower cross housings 320 and 220, the right LED lamp 420 in the shape of a right arrow inserted to the right of the horizontal portion; an LED module 400 consisting of; The upper center has a rectangular upper groove 510, and each corner of the upper groove is formed with a chamfer-shaped through hole 520 penetrating downward, and the lower cross section of the upper cross housing 320 of the upper housing. It has a cross-shaped fitting groove 530 fitted to a point, and a plurality of terminal blocks 540 are provided between the fitting grooves, and the left LED is electrically connected to the LED module 400 in each terminal block. Four terminal bars 550:551,552,553,554 for selectively lighting the lamp 410 or the right LED lamp 420 are inserted, and the first and third terminal bars 551 and 553 of the terminal bars are the left LED lamps 410 ), and the third terminal bar 553 is connected to the right LED lamp 420 so that when any one of the first and third terminal bars 551 and 553 is energized, the LED lamp connected thereto is turned on. ); The light is inserted into the upper groove 510 of the terminal housing 500, a concave portion 611 is formed on the upper portion, and an upper terminal 612 is provided on an inner wall of the concave portion, and power is stored by external power. storage battery body 610; Four leg parts 620 exposed downward through the through-holes 520 of the terminal housing 500 while being formed to extend downwardly from each corner of the optical storage battery body; Doedoe provided in each of the legs, connected to the upper terminal 612 and electrically conducting, and connected to the first to fourth terminal bars 551 to 554 to supply power supplied from the upper terminals to the first or third An optical storage battery module 600 consisting of; a lower terminal 630 for illuminating the left or right LED lamps 410 and 420 by transmitting to the terminal bars 551 and 553; A first upper terminal connected to the first terminal bar 551 through a lower terminal 630 of the upper terminals 612 on an outer peripheral surface thereof is rotatably inserted into the concave portion 611 of the optical storage battery module 600 . A rotary switch 700 provided with a connection terminal 710 selectively connected to the second upper terminal 612b connected to the third terminal bar 553 through the lower terminal 630 of the upper terminals 612 or 612a. ); and rotating the rotary switch 700 to control the connection terminal 710 to be selectively connected to any one of the first and second upper terminals 612a and 612b, and the power of the optical storage battery module 600 An optical storage battery emergency exit guide light for indoor firefighting having a rotary switch structure including a driving motor 800 driven by

According to an embodiment of the present invention, by applying a new structure that can automatically and easily change the lighting part of the LED module by operating the rotary switch by driving the drive motor, it is simple compared to the existing structure and can reduce the manufacturing cost. effective invention.

In addition, the present invention has the advantage that emergency lighting is possible even in case of an emergency due to a power failure, etc. by using an optical storage battery for the driving motor for operating the rotary switch.

The technical problems to be achieved in the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned can be clearly understood by those of ordinary skill in the art to which the present invention belongs from the following description. There will be.

1 is an assembled perspective view of an optical storage battery emergency exit guide light for indoor firefighting having a rotary switch structure according to the present invention;
2 is an exploded perspective view of an optical storage battery emergency exit guide light for indoor firefighting having a rotary switch structure according to the present invention;
3 is an enlarged view of part A of FIG. 2;
Figure 4 is a longitudinal cross-sectional view of the coupled state of Figure 3,
Figure 5 is a plan view of Figure 3;
6 is a state diagram of the present invention, in which the left LED lamp is turned on;
7 is a state diagram of the present invention, in which the right LED lamp is turned on.

The present invention may be embodied in several different forms, and thus is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are given to similar parts throughout the specification.

Throughout the specification, when a part is said to be “connected (connected, contacted, coupled)” with another part, it is not only “directly connected” but also “indirectly connected” with another member interposed therebetween. "Including cases where In addition, when a part "includes" a certain component, this means that other components may be further provided without excluding other components unless otherwise stated.

The terms used herein are used only to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In this specification, terms such as "comprises" or "have" are intended to designate that the features, numbers, steps, operations, components, parts, or combinations thereof described in the specification exist, but one or more other features It should be understood that it does not preclude the possibility of the presence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

1 is an assembled perspective view of an optical storage battery emergency exit guide light for indoor fire fighting having a rotary switch structure according to the present invention, FIG. 2 is an exploded perspective view of an optical storage battery emergency exit guide light for indoor fire fighting having a rotary switch structure according to the present invention, FIG. 2 is an enlarged view of part A, FIG. 4 is a longitudinal sectional view of FIG. 3, FIG. 5 is a plan view of FIG. 3, and FIG. 6 is a state diagram of the present invention, in which the left LED lamp is turned on, and FIG. 7 is the present invention It is a state diagram in which the right LED lamp is turned on.

Referring to the drawings above, the optical storage battery emergency exit induction light 100 for indoor firefighting having a rotary switch structure according to the present invention includes a lower housing 200, an upper housing 300, an LED module 400, a terminal housing 500, It includes an optical storage module 600 , a rotary switch 700 , and a driving motor 800 .

The lower housing 200 may include a lower rhombic housing 210 , a lower cross housing 220 , and a coupling hook 230 .

The lower rhombic housing 210 has a rhombic shape and has a lamp concave groove 211 . In addition, the lower cross housing 220 is configured to interconnect the vertices of the lamp concave groove 211 so as to communicate with the lamp concave groove 211 , and a cross-shaped lamp concave groove is also provided therein. The LED module 400 is built in the lamp concave groove of the lower rhombic housing 210 and the lower cross housing 220 .

The upper housing 200 covers the open upper portion of the lower housing 200, and includes an upper rhombic housing 310 symmetrical to the lower rhombic housing 210, and an upper cross housing symmetrical to the lower cruciform housing ( 320) is composed.

Here, the upper housing 200 faces the room when the optical storage battery emergency exit guide lamp 100 for indoor firefighting having a rotary switch structure according to the present invention is installed on the wall, so that when the LED module 400 is turned on, the lighting light is emitted indoors. It must be made of a transparent or translucent material so that it can transmit light.

The coupling hook 230 is provided in the lower housing 200 and is a component for coupling with the upper housing 200 . Although only the coupling hook is disclosed in this embodiment, various types of clamps capable of coupling the lower housing 200 and the upper housing 200 may be applied, of course.

The LED module 400 includes a left LED lamp 410 and a right LED lamp 420 .

The left LED lamp 410 is inserted into the left side of the upper and lower rhombic housings 310 and 210 and the left side of the horizontal part of the upper and lower cross housings 320 and 220, and has a left arrow shape. Accordingly, when the left LED lamp 410 is turned on, an arrow shape indicating the left is made.

The right LED lamp 420 is inserted to the right of the upper and lower rhombic housings 310 and 210 and to the right of the horizontal portions of the upper and lower cross housings 320 and 220 , and has a right arrow shape. Accordingly, when the right LED lamp 420 is turned on, an arrow shape indicating the right side is made.

The terminal housing 500 has a rectangular upper groove 510 in the center of the upper portion.

A chamfered through hole 520 penetrating downward is formed in each corner of the upper groove.

A cross-shaped fitting groove 530 that is fitted at the intersection of the upper cross housing 320 of the upper housing 200 is formed in the lower portion. A plurality of terminal blocks 540 are provided between the fitting grooves 530 , and each terminal block is electrically connected to the LED module 400 and the left LED lamp 410 or the right LED lamp 420 . ), four terminal bars (550:551,552,553,554) for selectively lighting are inserted.

Here, among the terminal bars 550:551,552,553,554, first and third terminal bars 551 and 553 are connected to the left LED lamp 410, and the third terminal bar 553 is connected to the right LED lamp 420 and the When any one of the first and third terminal bars 551 and 553 is energized, the LED lamp connected thereto is turned on.

The optical storage battery module 600 is inserted into the upper groove 510 of the terminal housing 500, a concave portion 611 is formed on the upper portion, and an upper terminal 612 is provided on the inner wall of the concave portion, and the outer It has an optical storage battery body 610 in which electric power is stored by electric power.

In addition, the optical storage battery module 600 is formed to extend downwardly from each corner of the optical storage battery body, and four leg parts 620 exposed downward through the through-holes 520 of the terminal housing 500 . has

In addition, the optical storage battery module 600 is provided in each leg portion, is connected to the upper terminal 612 and electrically connected to the first to fourth terminal bars 551 to 554, and is connected to the upper terminal It has a lower terminal 630 that transmits power supplied from the first or third terminal bars 551 and 553 to light the left or right LED lamps 410 and 420 .

The rotary switch 700 is a switch for selectively lighting the left LED lamp 410 and the right LED lamp 420 .

The rotary switch 700 is rotatably inserted into the concave portion 611 of the optical storage battery module 600, and on the outer peripheral surface of the first terminal bar 551 through the lower terminal 630 of the upper terminals 612. ) connected to the first upper terminal 612a or the second upper terminal 612b connected to the third terminal bar 553 through a lower terminal 630 of the upper terminals 612 and a connection terminal 710 selectively connected ) is provided.

The driving motor 800 serves to rotate the rotary switch 700 , and is driven by the storage power of the optical storage module 600 .

The driving motor 800 rotates the rotary switch 700 to control the connection terminal 710 to be selectively connected to any one of the first and second upper terminals 612a and 612b.

In the present invention, the evacuation direction can be easily changed by rotating the rotary switch by the driving motor to selectively light the left LED module or the right LED module, and also the driving motor and the LED module can be turned on by the optical storage battery, so that even in an emergency It can be used continuously without turning off.

Although the above-described embodiment has been described with respect to a preferred embodiment of the present invention, the present invention is not limited thereto, and it is specified that it can be changed and implemented in various forms without departing from the technical spirit of the present invention.

100: optical storage battery emergency exit guide light for indoor firefighting having a rotary switch structure
200: lower housing 210: lower rhombic housing
220: lower cross housing 300: upper housing
310: upper diamond housing 320: upper cross housing
400: LED module 410: Left LED lamp
420: right LED lamp 500: terminal housing
510: upper groove 520: through hole
530: fitting groove 540: terminal block
550: terminal bar 600: optical storage battery module
610: optical storage battery body 620: leg portion
630: lower terminal 700: rotary switch
710: connection terminal 800: drive motor

Claims (1)

A lower rhombic housing 210 having a rhombic shape having a ramp concave groove 211; a cross-shaped lower cross housing 220 interconnecting the vertices of the lamp concave groove 211 so as to communicate with the lamp concave groove 211; A lower housing 200 consisting of a coupling hook 230 provided on each side of the lower rhombic housing 210;
an upper rhombic housing 310 that covers the lower housing 200 and is symmetrical with the lower rhombic housing 210; an upper cross housing 320 symmetrical to the lower cross housing; an upper housing 300 made of a transparent material coupled to the lower housing 200 by the coupling hook 230;
Left arrow-shaped left LED lamp 410 inserted into the left side of the upper and lower rhombic housings 310 and 210 and the left side of the horizontal part of the upper and lower cross housings 320 and 220; The upper and lower rhombic housings 310 and 210 and the upper and lower cross housings 320 and 220, the right LED lamp 420 in the shape of a right arrow inserted to the right of the horizontal portion; an LED module 400 consisting of;
The upper center has a rectangular upper groove 510, and each corner of the upper groove is formed with a chamfer-shaped through hole 520 penetrating downward, and the lower cross section of the upper cross housing 320 of the upper housing. It has a cross-shaped fitting groove 530 fitted to a point, and a plurality of terminal blocks 540 are provided between the fitting grooves, and the left LED is electrically connected to the LED module 400 in each terminal block. Four terminal bars 550:551,552,553,554 for selectively lighting the lamp 410 or the right LED lamp 420 are inserted, and the first and third terminal bars 551 and 553 of the terminal bars are the left LED lamps 410 ), and the third terminal bar 553 is connected to the right LED lamp 420 so that when any one of the first and third terminal bars 551 and 553 is energized, the LED lamp connected thereto is turned on. );
The light is inserted into the upper groove 510 of the terminal housing 500, a concave portion 611 is formed on the upper portion, and an upper terminal 612 is provided on an inner wall of the concave portion, and power is stored by external power. storage battery body 610; Four leg parts 620 exposed downward through the through-holes 520 of the terminal housing 500 while being formed to extend downwardly from each corner of the optical storage battery body; Doedoe provided in each of the legs, connected to the upper terminal 612 and electrically conducting, and connected to the first to fourth terminal bars 551 to 554 to supply power supplied from the upper terminals to the first or third An optical storage battery module 600 consisting of; a lower terminal 630 that transmits to the terminal bars 551 and 553 to light the left or right LED lamps 410 and 420;
A first upper terminal connected to the first terminal bar 551 through a lower terminal 630 of the upper terminals 612 on an outer peripheral surface thereof is rotatably inserted into the concave portion 611 of the optical storage battery module 600 . A rotary switch 700 provided with a connection terminal 710 selectively connected to the second upper terminal 612b connected to the third terminal bar 553 through the lower terminal 630 of the upper terminals 612 or 612a. ); and
By rotating the rotary switch 700, the connection terminal 710 is controlled to be selectively connected to any one of the first and second upper terminals 612a and 612b, and the power of the optical storage battery module 600 is An optical storage battery emergency exit guide light for indoor firefighting having a rotary switch structure including a driving motor 800 driven by

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