KR200269877Y1 - Slim-fluoresent lam apparatus of hanger type - Google Patents

Abstract

The present invention relates to a rinsed slim fluorescent light fixture, and the conventional ceiling-embedded fluorescent light fixture has a problem of slimming because it is configured to cover a safety device by installing a safety light on the luminaire body and installing a separate reflector. In particular, by assembling the respective luminaire body and the reflector, there is a problem in that the consumption of the iron plate (raw material) is high, the manufacturing cost is increased by the process water, and the consumption of electrical energy is also high.

The present invention is designed to improve the above problems, the reflector member for bending the long side wall surface of the side wall 111 is about 30mm (ø) curvature with respect to the vertical and the inclination angle of 30 degrees (α) 110 and a luminaire plate 120 are integrally formed by welding, and a luminaire body 100 having a thickness of approximately 1/7 with respect to the short side wall L is formed, and a cover reflector plate is formed on the center line in the longitudinal direction. By binding the 310 and the outer side of the copper plate 120, the socket bracket 140 for accommodating the socket 130 is screwed to form a slim fluorescent light fixture, thereby reducing the raw material and the number of processes to reduce the manufacturing cost It is to provide a rinsing slim fluorescent lamp with excellent aesthetic effect and low power saving efficiency of the slimming without glare, and excellent in simplicity and earthquake resistance by the rinsing device.

Description

Slim-fluoresent lam apparatus of hanger type

The present invention relates to a rinsed slim fluorescent light fixture installed on a ceiling bar (M-bar, T-bar), etc., which is installed on the ceiling. In particular, the long side wall has a curvature of about 30 mm (ø) with respect to the vertical and an inclination angle of 30 degrees ( and a reflector member in which the long side wall surfaces on both sides of α) are bent, and a copper plate is integrally formed by welding the copper plate, and the thickness of the luminaire body is approximately 1/7 the height of the side wall. The cover reflector is attached on the center line of the cover, and on the outside of the above-mentioned copper plate, a screw-assembled socket fixing tool for accommodating the socket is used to form a slim fluorescent light fixture, thereby reducing the cost of manufacturing and reducing the manufacturing cost and reducing the aesthetics of the glare. The present invention also provides a rinsing slim fluorescent lamp which has high efficiency and power saving efficiency, and is excellent in simplicity of construction and earthquake resistance by the rinsing device.

Conventional embedded and direct fluorescent lamps are composed of a spherical cube-shaped luminaire body with an open irradiation surface, and a safety device is installed in the luminaire body and a separate reflector plate is installed to secure the luminaire body. Due to the limited thickness of the main body, it is not possible to construct a slim fluorescent lamp (intuitive type) with a thin thickness of the main body of the luminaire. Especially, since the main body and the reflector are manufactured separately, the manufacturing cost is high and the consumption of materials (steel plate) is increased. Many production costs are high, there is a problem of low productivity and competitiveness.

In addition, as a fluorescent light fixture using a high illuminance PET reflector in Korean Utility Model Publication No. 20-990-009349 by the Applicant of the present application, there has been disclosed an embedded fluorescent reflector for welding a body and a copper plate. The main body and the copper plate are spot welded to form a luminaire main body, but a cutout piece is formed in the longitudinal direction of the main body, and the flexible PET reflector is inserted and combined. In particular, a ballast is installed between the PET reflector coupled to the luminaire main body. In this way, the production of fluorescent tubes (straight-type) with a thin thickness of the fluorescent lamp body is complicated, and there is a problem in productivity, and the production is avoided, and the socket of the straight fluorescent lamp is formed inside the copper plate constituting the lamp body. Many manual labors are required for socket installation, resulting in low productivity, low reflection efficiency, and aesthetic appearance. Point is being requested.

When installing such a conventional fluorescent light fixture on the ceiling, there was a problem in construction to use the auxiliary means such as anchor bolts, hooks, etc. to hang the fluorescent light fixture on the ceiling.

In addition, a ceiling-embedded fluorescent lamp with a rinsing device fixed to the luminaire body is started in a foreign country so that the luminaire can be installed on a ceiling bar (M-bar, T-bar; "C" channel) installed in the ceiling. Japanese Patent Laid-Open No. 6-243713). However, there is an advantage in the construction means for installing such fluorescent lamps on a clean bar or channel, but the hanger device is fixed to the fluorescent lamps, so that the fluorescent lamp and the ceiling bar (M-bar, T-bar) or "C" channel Even if the specifications are matched, there are many difficulties in the construction of installing heavy fluorescent lighting fixtures one by one. Furthermore, if the specifications of fluorescent lighting fixtures and ceiling bars (M-bar, T-bar) do not match, There was an economic problem that takes a lot of time and money, and in particular, the installation means of these fluorescent lamps are vulnerable to natural disasters such as earthquakes or strong winds, so there is also a problem of stability management in which fluorescent lamps fall.

In order to solve the above problems, the present invention improves the reflection efficiency and power saving efficiency of fluorescent lamps, and manufactures fluorescent lamps with slips due to low manufacturing cost. In providing.

In order to realize the object of the above example, the present invention is constructed by integrally forming a reflector member that forms a luminaire body of a fluorescent lamp, and by welding a copper plate, and curving 30 mm (ø) of both side wall surfaces of the reflector member vertically. A long side wall surface having an inclination angle of 30 degrees (α) is bent to form a luminaire body having a thickness of approximately 1/7 with respect to the side of the short side wall, and the socket fixture is screwed outwardly of the above-mentioned copper plate. By constituting the slim fluorescent lamp, the raw material and the number of processes can be reduced to reduce the manufacturing cost, and the aesthetic effect of slimming and the high efficiency of the rinsed slim fluorescent lamp are characteristic.

Another object of the present invention is to bind the cover reflector plate on the center line in the longitudinal direction of the inner surface of the luminaire body, to prevent leakage and to cover the ballast.

Another object of the present invention is to form a fastening hole on the center line in the longitudinal direction of the outer surface of the luminaire body to combine a conventional rinsing device, it is possible to increase the simplicity and earthquake resistance of construction.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings and more specific features of the present invention will be understood.

1 is a partially perspective view of a rinsed slim fluorescent light fixture according to the present invention

FIG. 2 is an enlarged cross-sectional view of FIG. 1.

FIG. 3 is a front view of a portion of FIG. 1;

4 is an enlarged cross-sectional view of another embodiment of the present invention;

5 is an enlarged cross-sectional view of still another embodiment of the present invention;

Figure 6 is a cross-sectional view of the present state installed on the ceiling with a rinsing device

※ Code explanation for main part of drawing ※

100: lamp body 110: reflector member

111: both side walls 112

115: fastener 120: copper plate

122: 123: socket ball

130: socket 131: insert groove

140: socket bracket 141: top plate

142: bottom plate 143: insertion piece

145: coupling hole 150: screw

151: through hole 200: rinsing device

210: bolt 220: butterfly nut

300: ballast 310: cover reflector

320: decapitation ring 500: hairdresser

510: Insertion groove 600: PET reflector

700: ceiling bar (H): body thickness

(Ø): Curvature (L): Short wall

(α): tilt angle

The long side portion of the reflector member constituting the luminaire body is a reflector member that forms a long side wall surface having a curvature of 30 mm (Ø) (error ± 5) with respect to the vertical and an inclination angle of 30 degrees (α) (error ± 5). A slim fluorescent lamp is welded by welding a copper plate having the same height, and a slim body of 1/7 height (error: ± 5) of the irradiation opening width as a single body, and a socket bracket which is assembled with the screw of the copper plate and which comfortably receives the socket. By constituting, it is possible to provide a rinsed slim fluorescent lamp that halves the material and the number of processes and saves the electric power consumption, thereby increasing the purchasing power by economic effect and the aesthetic effect of slimming, excellent seismic effect and easy construction.

The reflector member has both sides in the longitudinal direction, which are the long sides of the wave, having a curvature of about 30 (?) And an inclination angle of 30 degrees (α), and a long side wall surface and an edge having a height of about 1/7 of the irradiation opening width. The long side wall surface is integrally formed, and separately formed socket exposure hole, frame and wall surface in the copper plate welded to the reflector member and fixed to the binding groove formed in the socket inserted into the socket exposure hole. It is characterized by a rinsed slim fluorescent light fixture which is completed by only screwing the socket bracket which is integrally formed with the insertion piece.

1 is an exploded perspective view of the rinsed slim fluorescent lamp of the present invention, in which the reflector member constituting the luminaire body of the present invention and the copper plate and the socket fixture are welded on both sides thereof.

Such, the luminaire body 100 of the present invention comprises a reflector member 110, which also serves as a reflector plate function, and the copper plate 120 is integrally formed with spot welding on both side short side walls thereof.

In addition, the socket bracket 140 is installed between the wall of the copper plate on which the socket hole 123 of the copper plate 120 is formed and the edge surface 122 of the blade.

At this time, the socket bracket 140 is composed of the upper plate 141 and the lower plate 142 of the "c-top", and separate insertion sockets 143 on both side edges of the upper / lower plates (141, 142) to form a separate socket The socket 130 is housed in the socket bracket 140 in a prefabricated manner in which the insertion piece 143 is inserted into the insertion groove 131 of the 130 (see FIG. 3).

In this way, the socket bracket 140 accommodated in the socket 130, the screw (through the coupling hole 115 and the coupling hole 145 of the socket bracket perforated on both sides of the reflector member 110) And fix it with 150).

At this time, the reflector member 110 is formed by forming both side walls 111 in the longitudinal direction with a curvature of about 30 mm (Ø) (error ± 5) and an inclination angle of 30 degrees (α) (error ± 5). 40 mm) (with an error of ± 5) and the two edges thereof are composed of the edge 112 to compensate for the intensity of the luminaire body, and the roughness of the copper plate 120 welded on both sides of the reflector member 110 is approximated. By forming the circumferential surface 112 of the reflector member and the rim surface 122 which is about 260 mm, the fluorescent lamp fixture of the slimness which ensures robustness was comprised.

FIG. 2 is an enlarged cross-sectional view of the luminaire main body. As described above, the reflector member 110 constituting the luminaire main body 100 has a length of 30 mm (Ø) on both side walls 111 in the longitudinal direction (error ± 5). It is formed with internal and external curvature and inclination angle of 30 degrees (α) (error ± 5) and constitutes slim type with low thickness (within 40mm) (error ± 5). The strength is complemented, and the width of the copper plate 120 welded on both sides of the reflector member 110 is also about 260 mm, and the rigidity is ensured by forming the rim surface 122 and the rim surface 122 of the reflector member. Slimmer fluorescent lamps.

In this way, as the luminaire body is slimmer, the size of the fluorescent lamp is greatly reduced, and the raw material (iron plate) is reduced as compared to the conventional fluorescent lamp, thereby lowering the production cost and gaining economic benefits. Easy to install

Particularly, both side wall surfaces 111 of the luminaire body have a curvature of 30 mm (Ø) and bent to an inclination of 30 degrees (α), and the body thickness (H) of the luminaire body has a short side wall (about 260 mm). L / I of about 1/7, the intensity distribution (equality distribution) is equally distributed in the vertical and horizontal direction compared to the conventional fluorescent lamp, so that the object judgment is clear, and it is effective to protect eyesight and glare. The glare diagram is also approximate, which greatly offsets the glare, which is beneficial for vision protection.

And, by installing the cover reflector plate 310 provided on the center line in the inner longitudinal direction of the reflector member 110 constituting the luminaire body by the dehydration ring 320, the ballast 300 is essentially installed in the fluorescent lamp fixture ) And at the same time improve the illuminance by the reflection function.

In the present invention, when the opening width of the luminaire main body 100 is 260-280 mm, it is the case of a luminaire main body in which two fluorescent lamps (26 mm to 28 mm; 32 W) are used. In the case of a registration base body using two or more than 28 mm; 32 W), the irradiation opening width is widened according to the number of fluorescent lamps. In another example, in the case of a louver fluorescent light fixture, the height of the luminaire body becomes as high as the luba body width. will be.

3 is a side view of the luminaire body in which the rinsing device of the present invention is bound, and thus the socket bracket 140 is coupled and the rinsing device 200 is attached to the upper surface of the luminaire body 100 in which the fluorescent lamp 300 is installed. As shown in FIG. 1, the rinsing device 200 is coupled as the bolt / butter nut 210 using the through hole 151 drilled on the upper surface of the reflector member 110 as shown in FIG. 1.

4 is an enlarged cross-sectional view of another luminaire main body of the present invention, in which the cover reflector 310 installed in the reflector member 110 in the case of a luminaire having a ballast 300 mounted on an outer upper portion of the luminaire main body 100 is shown. Omitted by installing one more linear fluorescent lamp 400 in this position may be provided with three or more linear fluorescent lamp 400 to increase the dimming.

5 is an enlarged cross-sectional view of another luminaire main body of the present invention, the luminaire main body using the registered utility model No. 20-1993-3719 (assembly of a PET high intensity reflecting plate for fluorescent lamp) which is a pre-registration proposal by the present applicant; A plastering stage 500 is fixed to the bottom surface of the rim surface 112 of the 100 to form the insertion groove 510, and the flexible high illuminance PET reflector 600 is fitted therein, thereby assembling the illuminance of the slimming fluorescent lamp. It can also be done with slimmer fluorescent lamps that improve even higher.

Figure 6 is a cross-sectional view of the installation example of a rinsing slim fluorescent light fixture with a rinsing device is installed in the luminaire body of the present invention, such a fluorescent lamp has a hole 151 perforated on the upper surface of the reflector member 110 constituting the luminaire body 100; Fixing the rinsing device 200 through the bolt 210 and the butterfly nut 220 to the luminaire body 100, and the luminaire body 100 is thus fixed to the ceiling bar is installed on the ceiling ( By simply hanging the rinsing device 200 on the M-bar) 700, it is possible to install the luminaire body 100 firmly, thereby simplifying the construction of the slim fluorescent lamp and easy replacement and repair, thereby reducing the construction time and cost. In particular, the slim fluorescent light fixture is firmly fixed to the ceiling bar 700 by the rinsing device 200, there is also a seismic effect that can prevent the fall accident by earthquake.

As described above, the slim fluorescent lamp according to the present invention forms both sides of the reflector member constituting the luminaire body at a constant bone ratio and inclination angle so that the copper plate is integrally formed by welding, and the luminaire body with low thickness is formed. By assembling the socket bracket to accommodate the socket to form a slim fluorescent light fixture, by reducing the raw material and the number of processes, the manufacturing cost is lowered, the aesthetic effect of slimming without glare and the power saving efficiency is increased, and the simplicity and earthquake resistance of the construction by the rinsing device It is an excellent design.

Claims (3)

(Secondary correction) Combination hole formed on the upper surface of the two sides of the side wall 111 having an inclination of 30 ˚ (α) to both sides in the length direction and having an inclination of 30 ° A reflector member 110 for coupling the rinsing apparatus 200 to the 115, a molten plate 120 that is woven onto the short side of the reflector member to form a quadrilateral fluorescent light fixture, and an outer side of the molten plate. Washer-type slim, characterized in that the luminaire body is composed of a socket bracket 140 composed of upper and lower plates (141, 142) to be coupled to the screw assembly to the socket insertion groove 131, the socket 130 is fitted Fluorescent light fixtures. delete delete