KR101930326B1 - Safety Lighting Lamp for Preventing Drop - Google Patents

Abstract

A safety guide capable of locking with a bracket during installation and replacement of a lighting lamp is used to fix the installation of the work and to prevent falling of an illumination lamp during operation. A fixing bracket having an engaging hole formed to be penetrated through and an upwardly bent engaging end; And an illuminating main body which is provided with an LED module having a plurality of LED elements mounted on its inner side and which is formed to be engageable in a locking state corresponding to the fixing bracket, And a safety guide which is rotatably installed at an upper portion of the fixing bracket so as to engage with the engaging end of the fixing bracket so as to engage with the engaging end of the fixing bracket, Safety residential lighting.

Description

{Safety Lighting Lamp for Preventing Drop}

The present invention relates to a safe residential lighting fixture with a safety guide mounted thereon, and more particularly, to a safety residential lighting fixture equipped with a safety guide, and more particularly, Which is capable of effectively preventing a falling of a door, and a safe-guiding safety residential lamp equipped with a safety guide.

Generally, buildings with limited confined spaces such as homes and offices are equipped with various types of lighting fixtures that can illuminate the dark surroundings on the ceiling.

Typical types of lamps used in these ceilings are incandescent lamps that emit light by putting metal coils or tungsten wires that have high melting points in glass or glass enclosed in vacuum or gas. In addition, mercury and argon were injected into a vacuum glass tube and a fluorescent material was applied to the inside of the vacuum glass tube. Ultraviolet rays generated by the discharge of mercury were converted into visible rays, Fluorescent lamps are commonly used.

Fluorescent lamps are widely used because they have a longer lifetime, lower power consumption, less heat loss, higher efficiency, less glare due to softness of light, less fluctuation of luminous flux than fluctuation of power supply voltage, and the like.

However, since the fluorescent lamp is constructed by using a vacuum glass tube, it is difficult to manufacture the vacuum glass tube because it is required to sufficiently seal the vacuum glass tube during manufacture. It takes more than 2 seconds to emit light and the flickering occurs when the life is over. There is a serious problem that the mercury flowing out from the glass tube causes environmental pollution problem.

Therefore, recently, a light emitting diode (LED) which is a light emitting diode device which is applied in a very wide range of fields such as a landscape lighting, advertisement lighting, and other general lighting devices, which is high in luminance with low power consumption and excellent in environmental friendliness, Lighting is being used.

In general, the illumination unit includes a bracket fixedly mounted on a ceiling, a frame fixedly installed on the bracket, illumination means such as an LED installed on the inner side of the frame, And a power supply unit for converting a high-voltage alternating current into a low-voltage direct current, and a constant current circuit for supplying a constant current to the LED. And a power supply unit (PSU).

However, existing lighting fixtures have a difficulty in the installation work because the installer supports all the operations with one hand when installing the lighting fixtures on the ceiling bracket, and there is a risk of falling down of the lighting lamp during installation and the connection operation of the power supply unit is very inconvenient There was a problem. Furthermore, there is always a risk of falling due to various external influences such as earthquake due to the vibration of the building or the earthquake caused by the external work around, and there is a problem that the electric inspection or the work when the parts are replaced is very inconvenient.

As a conventional technique disclosed to solve the above problems, Korean Patent Laid-Open Publication No. 12509 (Mar. 4, 2009) discloses a fixing member that is fixed to an indoor ceiling and a fixing member that is detachably installed at a lower portion of the fixing member Wherein the fixing member comprises a horizontal surface portion directly contacting the ceiling surface and a side surface portion bent and formed on both sides of the horizontal surface portion, and at least one engagement protrusion is formed on the inner surface of the side surface portion, Wherein a hook is formed on a side surface of the frame constituting the luminaire body so as to engage with the hooking jaw, and a hooking hole is formed on the upper surface of the frame so that the hooking member is hooked along the longitudinal direction, And a hanger hole is formed in the hanger member. Which mechanism is known.

In addition, the present invention is also directed to an angle frame fixing device, which is fixed to a ceiling with increased tensile strength by forming a through hole and a bent surface portion with both end surfaces bent downward or upward, A power supply part fixed at a height spaced apart from an upper surface of the mounting part, and a through-hole serving as a coupling control function of a leaf spring on the mounting part, and a through- And a plurality of LEDs are provided in a lower portion of the mounting portion so that the wire and the other protruding portion to be mounted on the lower portion of the mounting portion can be easily separated from and connected to each other. A cover including a diffusion cover for protecting the LED light source part and for diffusing light, And a fixing protruding surface through hole in the cover is formed in the fixing protrusion surface through hole of the mounting portion, And the upper surface of the mounting portion is connected to the through hole of another fixing protrusion surface portion by a fall prevention safety loop wire and then fixedly connected to the ceiling so that it is secured in a comparatively short time There is known an LED surface lighting apparatus in which simple and solid installation work can be completed and fall prevention is ensured and safety of an actual resident is assured.

However, in the case of the above-described prior arts, since the hook member of the fixing member and the hook member of the luminaire body are held by the hook members formed at the both ends thereof with hooks at both ends thereof, It is very cumbersome and troublesome to fix the hanging part of the hook member to a hook of one size. It is a technical limitation that it is difficult to hang and fix a rectangular type of lamp such as an LED light by using only a hook member formed by extending in the longitudinal direction, there was. In addition, it only hangs for a limited time only when installing, checking, or replacing parts of a light fixture. It usually keeps the fixation member and the luminaire unclamped in a state of being exposed to various external influences such as earthquake There is a risk of being exposed and falling.

In the case of the above-mentioned prior art registration invention, the inventors of the present invention have found that the above-mentioned conventional method of the present invention can be applied to the mounting portion or the ceiling by fastening the connecting portion or the ceiling with a wire- There is a problem in that the illumination lamp may drop unintentionally due to the deviation phenomenon of any one of the two fastened rings, which is insufficient in stability. Furthermore, since the fixed angle frame fixedly mounted on the ceiling and the mounting portion of the illumination lamp are fastened with screws or bolts, the installation work is difficult and troublesome, and a long time is required for the operation.

KR Patent Publication No. 10-2009-0012509 (Feb. 4, 2009) KR Registration Utility Model Publication No. 20-0475912 (2015.01.06.)

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a safety bracket for a vehicle, which is constructed such that a frame of an illuminating lamp is locked on a bracket mounted on a ceiling, The safety guide is designed to maintain the connection between the bracket and the frame to improve the efficiency of the fall prevention of the lighting lamp. The purpose is to provide.

A safety residence lighting lamp having a safety guide mounted thereon according to the present invention includes a fixing bracket fixedly mounted on a ceiling and having a locking hole formed vertically through the locking hole and an upwardly bent locking end; And an illuminating main body which is provided with an LED module having a plurality of LED elements mounted on its inner side and which is formed to be engageable in a locking state corresponding to the fixing bracket, And a safety guide rotatably installed at an upper portion of the fixing bracket so as to engage with the engaging end of the fixing bracket.

The main frame includes a main frame including a PSU housing capable of accommodating the PSU therein, the main frame including the locking means and the safety guide, and the main frame. The main frame is divided into upper and lower frames, A light cover frame for supporting and fixing the light projecting cover, and a decorating member which is fitted to the optical cover frame in correspondence with the outer periphery thereof and is fastened and fixed between the upper frame and the lower frame.

The locking means is provided with a coupling end protruding from one side of the locking bracket so as to be able to be engaged with the locking hole of the fixing bracket and a reinforcing end portion corresponding to the contact surface with the main frame and supporting the coupling force with the locking hole.

Wherein the safety frame includes a connection end portion formed at one end thereof so as to protrude outward and to be rotatably engaged with the shaft fixing member, And a hook end which is bent upward at one end of the extended portion and engages with the engagement end of the fixing bracket.

The illumination main body part is protruded from the upper surface of the main body frame and is arranged symmetrically with a left-right gap therebetween to constitute guide locking means for locking and fixing in a locking state corresponding to the safety guide.

According to the safety residence lighting lamp having the safety guide mounted thereon according to the present invention, since the locking brackets and the lighting main body are locked and fixed while being kept in the interlocking and binding state, various work It is very easy to shorten the working time and prevent falling of the lighting lamp due to external influences, thereby protecting the lighting lamp and securing installation stability and peripheral safety.

In addition, since the safety residence lighting lamp with the safety guide according to the present invention is configured to be locked between the fixing bracket and the lighting main body, as well as to be locked and coupled between the safety guide and the lighting main body, This is very easy and it is possible to greatly shorten the working time. Furthermore, since the frame structure of the lighting unit body is formed by the fitting structure, it is very easy to assemble and clean the inside of the lighting unit, and it is possible to flexibly produce the surrounding environment by applying decorating members of various colors. .

1 is an exploded perspective view showing an embodiment according to the present invention;
2 is a cross-sectional view showing an embodiment according to the present invention;
3 is a bottom perspective view illustrating a stationary bracket according to an embodiment of the present invention.
4 is an enlarged cross-sectional view of a body frame in one embodiment according to the present invention.
5 is a partially enlarged perspective view showing a locking means and a safety guide in an embodiment according to the present invention;
6 is a partially enlarged sectional view showing a locking means and a safety guide in an embodiment according to the present invention.

The present invention relates to a fixing bracket having a locking hole fixedly installed on a ceiling and having a locking hole formed upward and downward, and an upwardly bent locking end; And an illuminating main body which is provided with an LED module having a plurality of LED elements mounted on its inner side and which is formed to be engageable in a locking state corresponding to the fixing bracket, And a safety guide which is rotatably installed at an upper portion of the fixing bracket so as to engage with the engaging end of the fixing bracket so as to engage with the engaging end of the fixing bracket, Safety residential lighting is a characteristic of the technology construction.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment of a safety residential lighting lamp with a safety guide mounted thereon according to the present invention will now be described in detail with reference to the drawings.

1 and 2, an embodiment of a safety residence lighting lamp with a safety guide mounted thereon according to the present invention includes a fixing bracket 100, a locking unit 230, and a safety guide 240 And a lighting main body 200.

The fixing bracket 100 is fixed to the ceiling and supports the lighting main body 200 to be mounted.

The fixing bracket 100 is formed with a wire hole 140 through which a plurality of wires such as a power line wired in the upper space of the ceiling can be drawn out and connected to the wire hole 140, And a wiring member 145 for electrically connecting to the unit 200. [

As shown in FIGS. 2 and 3, the fixing bracket 100 includes a latching hole 110 and a latching end 120, which can be coupled with the lighting body 200.

The locking hole 110 is vertically formed on the fixing bracket 100 so that the locking unit 230 for coupling the lighting unit 200 can be introduced.

At least one of the latching holes 110 is formed. For example, when the illumination main body 200 is small, the fixing bracket 100 having one fixing hole 110 may be applied. When the lighting main body 200 is a middle or large type, And a fixing bracket 100 having two or more fixing brackets 110 may be applied. That is, the fixing bracket 100 having the different number of the locking holes 110 according to the application size of the illumination main body 200 to be fixed is configured to be elastically applied.

The latching end portion 120 is configured to support the safety guide 240 in the latching state of the structure of the illumination main body 200.

The locking end 120 forms a through hole 121 formed in the upper and lower ends of the locking hole 110 so as to move the safety guide 240 in and out of the locking hole 120. The safety guide 240 can be connected And a locking piece 123 protruding in the through hole 121 and bent upward.

As shown in FIG. 3, the fixing bracket 100 is provided with a plurality of (four in the figure) buffer support members 130 disposed on one surface of the fixing bracket 100 facing the lighting unit 200, do.

Since the buffer support member 130 is in surface contact with a plurality of points at the individual points when the illumination main body 200 is installed, it is possible to prevent the shake due to the external force while balancing the installation with respect to the illumination main body 200 It is possible.

The buffer support member 130 may be made of a material such as rubber or polyurethane having an elastic force and an adhesive force so as to achieve buffering efficiency as well as adhesion efficiency according to surface contact.

The fixing bracket 100 is formed to have a relatively small area as compared with the area of the lighting unit 200, so that the fixing bracket 100 is basically configured to be unexposed outside. However, the number of applications of the lighting unit 200 The length of the fixing bracket 100 can be extended so that the plurality of illumination main body parts 200 can be integrally supported and fixed.

For example, it is possible to apply a plurality of (for example, two to three) lighting main body portions 200 for a living room, instead of applying one lighting main body portion 200 for a room in a residence The fixing bracket 100 extends in the longitudinal direction in which the plurality of illumination body portions 200 are disposed to support and fix a plurality of the illumination body portions 200 in a lump.

As shown in FIGS. 1 and 2, the illumination main body 200 is fixedly mounted on the fixing bracket 100 to perform a substantial illumination function.

As shown in FIG. 2, the lighting main body 200 includes a LED module 210 having a plurality of LED elements mounted therein, and a plurality of LED modules 210, And forms a frame 220.

The lighting unit body 200 is provided on the main body frame 220 and is electrically connected to the wiring member 145 of the fixing bracket 100 to apply a control signal for the blinking operation of the LED module 210 And a power supply unit (PSU) 215 as a power supply unit.

The main frame 220 includes a main frame 221 disposed on an upper portion of the main frame 221 so as to contact the fixing bracket 100 and a main frame 221 fixedly mounted on the main frame 221, Optical cover frame 223).

The main frame 221 has a structure in which the components for lighting can be mounted. The LED module 210 is fixedly installed at a lower portion of the main frame 221, and the PSU 215 for flashing and driving the LED module 210 is installed Install it.

The main frame 221 is provided with a PSU housing 217 for protecting the PSU 215 from the outside. That is, the PSU 215 can be installed inside the PSU housing 217 in an accommodated state.

The main body frame 220 is configured to be coupled in a locking state corresponding to the fixing bracket 100. The locking unit 230 and the safety guide 240 are installed on the main frame 221, .

The optical cover 223) supports and fixes the light-transmissive cover 228 at a distance from the LED module 210.

4, the optical cover frame 223 includes an upper frame 223a and a lower frame 223b so as to be vertically coupled and detachable for management of replacement, repair, and the like of the LED module 210 And forms a decorating member 223c which is fittable to correspond to the outer periphery of the optical cover frame 223).

The decorating member 223c is a coupling structure for binding and fixing between the upper frame 223a and the lower frame 223b and includes a first bent end 224 bent outward at the lower end of the upper frame 223a And a second bending end 225 bent outwardly from the first bending end 224 so as to be in contact with the first bending end 224 at an upper end of the lower frame 223b, The decorating member 223c includes a coupling groove 226 formed on an inner surface thereof to receive the first bent end 224 and the second bent end 225 collectively and maintain a fastened state.

The decorating member 223c can be detached only in one direction (downward direction) of the vertical direction when the upper frame 223a and the lower frame 223b are engaged for binding. That is, the second bent end 225 is bent in the direction perpendicular to the outer side, and the inner surface of the coupling groove 226 contacting the second bent end 225 also forms a right angle surface, and the first bent end 224 The inner surface of the coupling groove 226 contacting the first bent end 224 also forms an inclined surface inclined upwardly, so that the decorative member 223c It is possible to achieve an excellent fastening efficiency of the optical cover frame 223 by the operator and to achieve a smooth separation efficiency according to the operator.

The decorating member 223c is formed by applying colors of various colors different from those of the upper frame 223a and the lower frame 223b.

As described above, if the structure of the main body frame 220 of the illumination main body 200 is formed to have an engaging structure, it is very easy to assemble and clean the interior of the illumination main body 200, It is possible to apply the decorative member 223c of FIG.

As shown in FIGS. 5 and 6, in the body frame 220 of the lighting unit 200, the locking unit 230 is configured to engage with the fixing bracket 100 The safety guide 240 is formed so as to engage with the engaging end 120 of the fixing bracket 100 in a manner corresponding to the engaging hole 110 of the fixing bracket 100.

The locking means 230 is configured to have at least one or more than one on the main body frame 220. That is, the locking unit 230 is configured to be elastically applied to one or more than two lighting units 200 according to the overall size of the lighting unit 200.

The locking means 230 is formed on the body frame 220 so as to extend upwardly and has a coupling end 231 protruding at one end from the upper end to be coupled to the locking hole 110 of the fixing bracket 100 .

The coupling end 231 is inclined inwardly toward the forward protruding direction so that the coupling and separation with the coupling hole 110 can be smoothly performed.

The locking means 230 has a reinforcing end 233 formed at a lower portion thereof with a gap therebetween so as to correspond to a contact surface with the body frame 220.

The reinforcing end portion 233 supports the binding force with the locking hole 230 with respect to the locking means 230 when the locking means 230 is engaged with the locking hole 110, It is possible to improve the locking coupling efficiency between the illumination unit 200 and the illumination unit 200 and to improve the durability due to the improvement of the supporting force of the locking unit 230.

The safety guide 240 may be provided on the upper surface of the fixing bracket 100 so that the safety guide 240 may be in a locked state between the lighting body 200 and the fixing bracket 100 by the locking means 230, Even when the locking means 230 is in the unlocked state, the engaging end portion 120 is retained in the engagement engaged state.

The safety guide 240 is installed on the upper portion of the main body frame 220. The main body frame 220 constitutes a shaft fixing member 222 provided at an upper portion of the main body frame 220 with a space therebetween in a symmetrical structure, (240) is rotatably mounted on the shaft fixing member (222).

The safety guide 240 includes a connection end portion 241 formed in a clip shape and protruding outward at one end and rotatably coupled to the shaft fixing member 222, An extension portion 243 extending in the outer longitudinal direction and a hook end portion 245 bent upward at one end of the extension portion 243 and engaged with the engagement end portion 120 of the fixing bracket 100 do.

The connecting end portion 241 and the extending portion 243 are disposed at left and right intervals to form a pair and are integrally connected to each other at the hook end portion 245.

The hooking end 245 of the safety guide 240 enters into the through hole 121 corresponding to the engaging end 120 of the fixing bracket 100 and engages with the engaging piece 123 at the same time.

The illumination main body 200 constitutes a guide locking means 250 for fixing the safety guide 240 in a locked state on the main body frame 220.

The guide locking unit 250 protrudes from the upper surface of the main body frame 220 and protrudes from the safety guide 240 in correspondence with the extended portion 243, So as to form a symmetrical structure.

The guide locking unit 250 fixes the safety guide 240, which is engaged with the fixing bracket 100, with the lighting unit 200 in a locked state. That is, when the lighting unit 200 is locked with the fixing bracket 100 by the locking unit 230, the guide locking unit 250 locks the safety guide 240 to the lighting unit 200 So that the locking balance of the lighting unit 200 is adjusted while improving the mutual binding efficiency between the lighting unit 200 and the fixing bracket 100, It is possible to maintain the state more stably.

In other words, according to the safety residence lighting lamp having the safety guide according to the present invention, which is constructed as described above, the locking brackets and the lighting main body can be fixedly engaged with each other in the locking state, It is possible to shorten the working time and to prevent the fall of the illumination lamp due to external influences, thereby protecting the illumination lamp and securing the installation stability and the peripheral safety.

In addition, since the present invention is configured to be locked-coupled between the fixing bracket and the illuminating body, as well as being locked-coupled between the safety guide and the illuminating body, it is possible to simplify the installation work and greatly shorten the working time Do.

While the present invention has been described in connection with the preferred embodiments thereof with reference to the accompanying drawings, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is possible to carry out the modification, and this is also within the scope of the present invention.

100: fixing bracket 110: latching hole
120: engaging end 121: through hole 123: engaging piece
130: buffer support member 140: wire hole 145: wiring member
200: illumination main body 210: LED module 215: PSU
217: PSU housing 220: body frame 221: main frame
222: shaft fixing member 223: optical cover frame 223a: upper frame
223b: lower frame 223c: decorating member 224: first folding end
225: second bending end 226: fastening groove 228:
230: Locking means 231: Bonding stage 233: Reinforcing end
240: safety guide 241: connection end 243: extension
245: hook end 250: guide locking means

Claims (5)

A fixing bracket fixedly mounted on the ceiling and having a locking hole formed upwardly and downwardly, and an upwardly bent locking end; And an illuminating main body which is provided with an LED module having a plurality of LED elements mounted on its inner side and which is formed to be engageable in a locking state corresponding to the fixing bracket, And a safety guide rotatably installed on the upper portion and adapted to engage with the engaging end of the securing bracket, wherein the securing bracket comprises:
Wherein the safety frame includes a connection end portion formed at one end thereof so as to protrude outward and to be rotatably engaged with the shaft fixing member, An extension portion extending in the outer longitudinal direction with respect to an end portion thereof and a hook end bent upward at one end of the extension portion and engaged with the engagement end portion of the fixing bracket,
And a guide locking means protruding from the upper surface of the main body frame and symmetrically arranged at left and right intervals to fix the safety guide in a locked state corresponding to the safety guide, Prevention safe residential lighting.
The method according to claim 1,
The main frame includes a main frame including a PSU housing capable of accommodating the PSU therein, the main frame including the locking means and the safety guide, and a lower frame disposed below the main frame. The main frame is divided into upper and lower frames, And an optical cover frame for supporting and fixing the light transmission cover,
And a decorative member which is fitted to the optical cover frame in correspondence with the outer periphery thereof and fixes and fixes between the upper frame and the lower frame, wherein the safety guide is mounted.
The method according to claim 1,
Wherein the locking means includes a coupling stage protruding from one side of the locking bracket so as to be able to be coupled to the locking hole of the locking bracket and a reinforcing end formed corresponding to the contact surface with the main frame and supporting the coupling force with the locking hole, Built-in safe fall prevention residential fall.
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