KR20100103327A - Fluorescent lamp unit - Google Patents

Abstract

PURPOSE: A florescent lamp unit is provided to minimize a diffused reflection of light emitted from a lighting member by arranging a reflection member to face the lighting member. CONSTITUTION: A lighting unit is arranged on the lower side of a casing and has a pair of fluorescent lamps. A reflector(120) is arranged between the lighting unit and the casing to reflect light to the outside of the lighting unit. A reflection unit(130) is arranged between the lighting unit and the reflector. The reflection unit includes a reflective element(131) comprised of a flexible film. The reflective element is bent with a preset curvature based on the center of the lighting unit. A grip unit(140) stably maintains the curvature of the reflection unit.

Description

Fluorescent lamp unit

The present invention relates to a fluorescent light fixture, and more particularly, a reflector plated or deposited with a reflective material has a curved shape with a predetermined curvature with respect to a central portion of the lighting unit, and is disposed to face the lighting unit. The present invention relates to a fluorescent lamp that can improve reflection efficiency.

In general, the fluorescent lamp is a device that can be irradiated to the target object or the target space light of the lighting member which is connected to the power source to emit light.

The fluorescent lamp is composed of a lighting member connected to a power source to emit light, and a reflection shade such as a cover surrounding the lighting member, and the reflection shade covers the lighting member in a predetermined area to reflect a predetermined amount of light generated from the lighting member. Position is fixed.

However, according to the conventional fluorescent light fixture, the cover surrounding the lighting member, that is, the reflection shade is the illumination member which is incident on the plane or bent surface to the surface facing the lighting member has a flat or bent surface with respect to the lighting member Light is diffusely reflected at the bent surface and the reflection efficiency is reduced due to extinction due to destructive interference or the like, which causes the operating efficiency of the lighting member to decrease.

In addition, the reflection shade applied to the conventional fluorescent lamp as described above is typically used to install a reflective material or an additional reflector plate on one surface of the metal panel having a predetermined thickness, that is, the surface facing the lighting member. However, in addition to inconvenient when attaching the product, even in the case of a general coating material, there is a problem in that the illumination degree is lowered due to deterioration after a certain period of time, which causes a high cost to replace the metal panel or the reflector.

In addition, in the case of a fluorescent lamp using a reflector which is not provided with the above reflective material, that is, aluminum, chromium, and a light reflection coating solution, it is troublesome to replace the entire fluorescent lamp for improving reflection efficiency.

Accordingly, an object of the present invention is a reflective member plated with a reflective material has a curved shape with a predetermined curvature based on the center of the lighting member between the lighting member and the reflection shade and is disposed to face the lighting member and is generated from the lighting member. It is to provide a fluorescent lamp that can improve the reflection efficiency by minimizing the diffuse reflection of light.

In addition, another object of the present invention is to provide a fluorescent light fixture that can improve the reflection efficiency without replacing the reflector is not provided with a plating material by providing a reflective member plated with a reflective material between the lighting member and the reflection shade.

In addition, another object of the present invention is to provide a fluorescent light fixture that can have an optimal reflection efficiency through the variable curvature of the reflective member so that the reflective member has a thin film form.

In addition, another object of the present invention is to improve the reflection efficiency by stably fixing the curvature of the reflective member through a fixing member for fixing the reflective member when the reflective member of the thin film form is provided between the lighting member and the reflection shade. It is to provide a fluorescent light fixture that can be.

Meanwhile, the object of the present invention is not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

According to the present invention, there is provided a lighting unit having a pair of fluorescent lamps provided in the lower portion of the casing of the main body to emit light, and a flange which is provided between the lighting unit and the casing to reflect the light of the lighting unit to an external object space and is bent. A fluorescent lamp comprising a reflector having: a reflector having a reflector provided in a curved state between the lighting unit and the reflector at a predetermined curvature with respect to the center of the lighting unit, wherein the reflector has the same curvature for each of the fluorescent lamps It is formed so as to be symmetrical, the half of the vertical axis corresponding to the half of the separation distance with respect to the center of the pair of fluorescent lamps and the horizontal axis corresponding to the upper side of the outer diameter of any one of the pair of fluorescent lamps meet the half A first point at which one end of a slope is positioned, and a central axis of any one of the pair of fluorescent lamps A second point where one end of the reflective surface extending from the starting point is positioned as a portion where the lower side of the reflecting shade meets, and an outer diameter lower side of any one of the pair of fluorescent lamps and a portion where the flange meets extending from the intermediate point A fluorescent lamp having a curvature (or arc length) sequentially passing through a third point at which the other end of the reflective surface is located is provided.

In addition, according to the present invention, provided in the lower portion of the casing of the main body is provided with a pair of fluorescent lamps for emitting light, and provided between the lighting unit and the casing is reflected by bending the light of the lighting unit to the external target space A fluorescent lamp comprising a reflector having a flange, comprising: a reflector having a reflector made of a thin film of a flexible material provided between the lighting unit and the reflector; Positioned between the lighting unit and the reflector, and having the same curvature and symmetry in each of the fluorescent lamps, the vertical axis corresponding to the half of the separation distance with respect to the center of the pair of fluorescent lamps and any one of the pair of fluorescent lamps A first point at which one end of the reflective surface is positioned at a portion where a horizontal axis corresponding to an outer diameter upper side of a light emitting body is met, a reflection surface extending from the origin at a portion where the central axis of the pair of fluorescent lamps meets a lower side of the reflection shade; Curvature (or arc length) which passes sequentially through the 2nd point where one end of is located, and the 3rd point where the other end of the said reflection surface extended from the said intermediate point is located in the site where the outer diameter lower side of the said pair of fluorescent lamps and the said flange meet. And a reflector insertion hole into which the reflector is inserted inward and curved at both ends of the fluorescent lamp And a reflector support portion positioned inside the reflector insertion hole and supporting the reflector insertion hole so as to be positioned between the lighting unit and the reflector.

In addition, according to the present invention, provided in the lower portion of the casing of the main body is provided with a pair of fluorescent lamps for emitting light, and provided between the lighting unit and the casing is reflected by bending the light of the lighting unit to the external target space A fluorescent lamp comprising a reflector having a flange, comprising: a reflector having a reflector made of a thin film of a flexible material provided between the lighting unit and the reflector; Positioned between the lighting unit and the reflector, and having the same curvature and symmetry in each of the fluorescent lamps, the vertical axis corresponding to the half of the separation distance with respect to the center of the pair of fluorescent lamps and any one of the pair of fluorescent lamps A first point at which one end of the reflective surface is positioned at a portion where a horizontal axis corresponding to an outer diameter upper side of a light emitting body is met, a reflection surface extending from the origin at a portion where the central axis of the pair of fluorescent lamps meets a lower side of the reflection shade; Curvature (or arc length) which passes sequentially through the 2nd point where one end of is located, and the 3rd point where the other end of the said reflection surface extended from the said intermediate point is located in the site where the outer diameter lower side of the said pair of fluorescent lamps and the said flange meet. And the reflector is inserted with the curvature inside and fitted to both ends of the fluorescent lamp. Provided is a fluorescent lamp having a pair of reflector support caps provided in a state.

Here, it includes a reflector fixing portion that is inserted into a position corresponding to the first point between the pair of reflector support cap is configured as a 'Y' or 'V' shaped reflector fixing to support the central portion of the reflector desirable.

In addition, it is preferable to further include a light transmitting panel which is inserted into the lower side of the reflector support cap and formed with a reflector insertion groove for inserting the reflector in a portion corresponding to the third point.

Accordingly, as described above, the reflector plated with the reflective material has a curved shape with a predetermined curvature with respect to the center of the fluorescent lamp or is inclined at a predetermined angle and disposed to face the fluorescent lamp to reflect the light generated from the fluorescent lamp. The efficiency can be improved.

In addition, the reflector is inserted into the reflector support having a curvature passing through the first point to the third point, so that it is not necessary to perform the curvature forming of the reflector separately so that the assembling work is easier and the reflector always has a constant curvature. The lighting efficiency can be improved.

In addition, since the reflector is provided in the reflector fixing part having a position corresponding to the first to third points, the curved state for improving the reflection efficiency of the light generated from the fluorescent lamps can be maintained stably.

In addition, since the reflector fixing portion into which the reflector is inserted is formed in a hermetically sealed type sealing the lower side of the fluorescent lamp through the floodlight panel, the aesthetics of the light emitted from the fluorescent lamp can be improved and the fluorescent lamp can be protected from the outside.

On the other hand, the effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned can be clearly understood by those skilled in the art from the description of the claims.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and effect of the preferred embodiment of the present invention.

In the following description of the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

1 is a perspective view showing a fluorescent light fixture according to a first embodiment of the present invention, Figure 2 is an exploded perspective view showing an exploded view of the fluorescent light fixture of Figure 1, Figure 3 is a cross-sectional view showing the fluorescent light fixture of Figure 1 .

As shown in Figures 1 to 3, the fluorescent light fixture according to the first embodiment of the present invention is provided in the lower portion of the casing (C) of the main body, the lighting unit 110, the lighting unit 110 to perform light emission And a reflector 120 disposed between the casing C and reflecting the light of the lighting unit 110 to an external target space, and the center of the lighting unit 110 between the lighting unit 110 and the reflecting shade 120. Reflecting unit 130 and the reflecting unit 130 is provided in a curved state with a predetermined curvature and reflects the light generated by the lighting unit 110 to a target object or a target space through a surface facing the lighting unit 110. The grip portion 140 to stably maintain the curvature of the).

The lighting unit 110 includes a fluorescent lamp 112 that is detachably provided through a fixing socket 111 provided near a lower bracket of the casing C, and the fluorescent lamp 112 includes the fixing socket 111. It receives the operating power from an external power supply (not shown) connected to the light emits light.

Here, the fluorescent lamp 112 is preferably provided with a pair at the lower side of the casing (C), the inside of the casing (C), such as a known ballast for supplying a stable operating power to the fluorescent lamp (112) It is preferable that the operation power supply unit be configured.

The reflection shade 120 is a kind of reflective plate cover made of a metal panel, provided in a state bent in the lower portion of the casing (C) to reflect the light of the fluorescent lamp 112 of the lighting unit 110 to the outside. By performing the, the lower portion of the casing (C) includes a flange 121 bent to both sides of the casing (C).

The reflector 130 may include an easily deformable reflector 131 formed of a thin film of a flexible material, and the reflector 131 may have a predetermined curvature with respect to the center of the fluorescent lamp 112. A curved shape is achieved.

Here, when the fluorescent lamps 112 are provided in pairs, the reflectors 131 are formed to have the same curvature on each of the fluorescent lamps 112 and are symmetrical, more preferably, the reflector 131 is previously formed. After forming a shape having a predetermined curvature through heat deformation or the like, or folding a central portion of the reflector 131 having a rectangular shape, the central portion is located at an upper portion between the pair of fluorescent lamps 112, and the central portion is Both ends corresponding to the have a curved shape with a predetermined curvature through the process to be stably positioned on one side of the pair of fluorescent lamps 112, which will be described later.

Therefore, according to the reflector 131, a reflecting material such as silver or chromium is plated or deposited on the reflecting surface facing the fluorescent lamp 112 to reflect the light generated from the fluorescent lamp 112 to a target object or a target space. The reflective surface may have a curved shape with a predetermined curvature with respect to the center of the fluorescent lamp 112, so that the reflective surface is formed with a flat or bent surface with respect to the fluorescent lamp 112 as in the prior art. It is possible to improve and thereby further improve the degree of illumination of the lighting unit 110.

In addition, the reflector 131, in order to concentrate the light generated from the fluorescent lamp 112 on the reflective surface, when the reflective surface has a predetermined curvature, the illumination unit 110 and the reflector 120 It consists of an ellipse or circular arc in which the 1st point 1p thru | or the 3rd point 3p is connected to the space between.

Here, the first point 1p is a portion where the vertical axis with respect to the center of the pair of fluorescent lamps 112 and the horizontal axis corresponding to the upper side of the outer diameter of any one of the pair of fluorescent lamps 112 meet. Thus, one end of the reflective surface is located at the base point. In this case, the first point 1p may have a height of about 8 to 15 mm from the central axis of the fluorescent lamp 112.

In addition, the second point 2p is a portion where the central axis of one side of the pair of fluorescent lamps 112 and the lower surface of the reflection shade 120 meet with one end of the reflective surface extending from the starting point. It is the midpoint. In this case, the second point 2p may have a height of about 15 to 23 mm from the center point of the fluorescent lamp 112.

In addition, the third point 3p is a portion where the outer diameter lower side of any one of the pair of fluorescent lamps 112 and the flange 121 of the reflection shade 120 meet with each other of the reflective surface extending from the intermediate point. It is the end point where the other end is located. In this case, the third point 3p has a height corresponding to the lower end of the fluorescent lamp 112.

Accordingly, the reflector 131 may include a vertical axis whose reflecting surface corresponds to a half portion of the separation distance with respect to the center of the pair of fluorescent lamps 112 and an outer diameter of one of the emitters of the pair of fluorescent lamps 112. The first point 1p at which one end of the reflective surface is positioned as a portion where the horizontal axis corresponding to the upper side meets, and the central axis of any one of the pair of fluorescent lamps 112 and the lower side of the reflective shade 120 meet. A second point 2p at which one end of the reflecting surface extending from the starting point is positioned as a portion, and the intermediate point is a portion where the outer diameter lower side of any one of the pair of fluorescent lamps 112 and the flange 121 meet. By having a curvature (or arc length) sequentially passing through the third point (3p) where the other end of the reflecting surface extending from the position is located, thereby preventing diffuse reflection by light generated from the pair of fluorescent lamps 112 Has been lighting a wide range Can.

Here, in the case where the reflecting surface of the reflector 131 has a curvature (or arc length) that sequentially passes through the first point 1p to the third point 3p, the reflector 131 is the three After fixing one point of the reference point, the other two points may be changed to achieve a predetermined curvature, or two points of the three reference points may be fixed and then another point may be changed to achieve a predetermined curvature. At this time, the variable reference point is preferably so as not to deviate significantly from the position of the point, otherwise, that is, the height of the first point (1p) and the second point (2p) is higher or lower than the corresponding range In this case, interference of light due to diffuse reflection occurs, which causes a darkening of the corresponding portion, that is, the portion of the reflective surface corresponding to the second point 2p, thereby lowering the reflection efficiency.

Therefore, the reflector 131 is diffuse reflection due to light generated from the fluorescent lamps 112 provided in pairs when the curvature passes through the first point 1p to the third point 3p in sequence. It can be prevented to illuminate a wide range.

The grip part 140 is to maintain the curved shape of the reflective surface of the reflector 131 at a predetermined curvature in the space between the illumination unit 110 and the reflector 120, the reflector 120 It is provided in the flange 121 of the longitudinal direction has a pair of grips (141, 142) so that one end of the reflector 131 is coupled to the flange 121.

Each side of the pair of grips 141 and 142 is spaced apart from each other by a predetermined size smaller than the sum of the thicknesses of the flange 121 and the reflector 131, and each other side is connected to each other. In addition, at least one of the pair of grips 141 and 142 is elastic, and more preferably, the pair of grips 141 and 142 are all elastic.

The process of coupling the reflector 131 to the flange 121 by the grips 141 and 142 of the grip unit 140 as described above is as follows.

First, when the reflector 131 and the flange 121 are inserted through the open side of the pair of grips 141 and 142, the pair of grips 141 and 142 are spaced apart from each other by an external force applied from the outside. In this state, one end of the reflector 131, that is, the surface and the flange 121 opposite to the central portion are inserted.

In this case, at least one of the pair of grips 141 and 142 has elasticity, so that a restoring force is accumulated in the elastic grip.

Subsequently, when the external force is released while the reflector 131 and the flange 121 are inserted between the pair of grips 141 and 142, the restoring force accumulated in at least one of the pair of grips 141 and 142 is applied. As a result, the pair of grips 141 and 142 are returned to their original state. Accordingly, the reflector 131 and the flange 121 are tightened by the elasticity of the pair of grips 141 and 142, so that the reflector 131 is flanged. It is to be stably coupled to the support 121.

As described above, as the reflector 131 is tightly coupled to the flange 121 by the grips 141 and 142 of the elastic grip part 140, the reflective surface of the reflector 131 is curved in a predetermined curvature. The lighting efficiency of the lighting unit 110 may be improved by being positioned in the space between the fluorescent lamp 112 and the reflecting unit 130 while being fixed.

In addition, as the reflector 131 is tightened or detached from the flange 121 by the grips 141 and 142 of the elastic grip part 140, coupling or releasing of the reflector 131 and the flange 121 may be easily performed. The maintenance work according to the installation and replacement of the reflector 131 can be easily made.

In addition, the pair of grips 141 and 142 are coupled to the pair of grips 141 and 142 as the surface of the reflector 131 is made of a slippery material when the reflector 131 is fastened to the flange 121. In order to prevent slipping from the position, one end of the slip prevention jaw 143 and the second grip 142 formed on the inner surface of the second grip 142 spaced apart from the first grip 141 by a predetermined interval. It further includes a coupling flange 144 extending at an angle opposite to the curvature angle of the second grip 142.

When the reflector 131 and the flange 121 are inserted, the slip prevention jaw 143 formed on the second grip 142 is positioned such that only the flange 121 is positioned toward the first grip 141. Only the reflector 131 is positioned on the side of the second grip 142.

Therefore, one end of the reflector 131 is prevented from being rolled out of the one end of the flange 121 and thereby the reflector 131 passes through the first point 1p to the third point 3p and thus the fluorescent lamp 112. The curved state to improve the reflection efficiency of the light generated from the can be kept stable.

As for the coupling flange 144 formed on the second grip 142, when the reflector 131 and the flange 121 are fitted, one end of the reflector 131 is positioned inside the second grip 142. It can be easily inserted.

 Accordingly, the slip preventing jaw 143 is formed on the inner surface of the second grip 142 among the pair of grips 141 and 142, and the coupling flange 144 is further formed on one end of the second grip 142, thereby providing the reflector 131. ), The curvature of the reflector 131 is prevented when the fastener is coupled to the flange 121, and the pair of grips 141 and 142 slip from the engaged position as the reflector 131 is made of a slippery material. Can be prevented to enable easier coupling.

4 and 5 are exploded perspective view and a cross-sectional view showing a fluorescent light fixture according to a second preferred embodiment of the present invention, respectively.

Hereinafter, a second preferred embodiment of the present invention will be described with reference to the drawings.

In the first preferred embodiment of the present invention, the reflector 131 of the reflector 130 is installed between the lighting unit 110 and the reflector 120 to have a corresponding curvature while being supported by the grip unit 140. In the second preferred embodiment of the present invention, instead of the grip part 140 of the first embodiment, the curvature 131 is provided between the lighting unit 110 and the reflector 120 while having the corresponding curvature. It further includes a reflector support 150 to prevent this change and to enable faster installation.

Here, the second preferred embodiment of the present invention has the same configuration and reference numerals as the components except for the grip portion 140 of the first embodiment except for the reflector support 150, which will be described in the above embodiments. Duplicated content will be omitted and only the reflector support 150 will be described.

4 and 5, in the fluorescent lamp fixture according to the second preferred embodiment of the present invention, the reflector support 150 is located between the lighting unit 110 and the reflector 120 and the first point The reflector insertion hole 151 is formed to be curved to correspond to the curvature passing continuously through (1p) to the third point (3p) and the reflector 131 is inserted into the inner side, and is fitted to both ends of the fluorescent lamp 112 The reflector insertion opening 151 is positioned inside the reflector insertion opening 151 and includes a reflector support 152 supporting the reflector insertion opening 151 so as to be stably positioned between the lighting unit 110 and the reflector 120.

The reflector insertion hole 151 has a first point 1p and a third point at a central portion and both side ends of the curved body so as to correspond to curvature passing continuously through the first point 1p to the third point 3p. It includes a plurality of insertion grooves (151a) are formed to correspond to the point (3p) is inserted so that the reflector 131 has a corresponding curvature.

The reflector support 152 is extended to the upper side of the fitting piece 152a and the fitting piece 152a that are elastically fitted to the outer diameter of the fluorescent lamp 112 and have the same curvature as the reflector insertion hole 151. The support piece 152b formed is included.

Here, the support piece 152b has a corresponding curvature so that the support piece 152b can be fitted into the insertion groove 151a at a position corresponding to the third point 3p of the reflector insertion hole 151. More preferably.

In addition, it is preferable that protrusions are formed at the contact portions of the insertion grooves 151a and the support pieces 152b, respectively, to secure the coupling between the insertion grooves 151a and 152b.

Therefore, according to the reflector support 150, the reflector 131 is inserted to correspond to the curved shape inside the reflector insertion hole 151, and the inner surface of the reflector insertion hole 151 is fitted to the fluorescent lamp 112. Supported by the support piece 152b of the reflector support 152 fitted through the piece 152a, the assembly work is not required to perform the curvature forming work of the reflector 131 as in the first preferred embodiment. Is easier.

6 is a cross-sectional view showing a reflector insertion opening of a reflector support in a fluorescent lamp according to a modification of the second preferred embodiment of the present invention.

In the second preferred embodiment of the present invention, the reflector insertion hole 151 into which the reflector 131 is fitted is supported by the upper side of the fluorescent lamp 112 through the reflector support 152 fitted to the fluorescent lamp 112. However, as shown in FIG. 6, according to the reflector support 150 of the fluorescent lamp according to the modified example of the second preferred embodiment of the present invention, the reflector 120 may be formed on the upper side of the reflector insertion hole 151. A fastening groove 151b may be further formed to fasten a fastening member for fixing the lower side to a ceiling wall or the like.

Therefore, according to the reflector support 150, the reflector insertion opening 151 may be more stably positioned inside the reflector 120 than is supported by the reflector support 152.

In addition, the reflector support part 150 further includes a floodlight panel (not shown) having an insertion groove (not shown) for fitting a portion corresponding to the third point 3p to the lower side of the reflector insertion hole 151. Including, it is possible to improve the aesthetics of the light emitted from the fluorescent lamp 112 and to protect the fluorescent lamp 112 from the outside.

7 and 8 are an exploded perspective view and a cross-sectional view showing a fluorescent light fixture according to a third embodiment of the present invention, respectively.

According to a second preferred embodiment of the present invention and a modification thereof, the reflector 131 of the reflector 130 has the corresponding curvature between the illumination unit 110 and the reflector 120 while being supported by the reflector support unit 150. In the third preferred embodiment of the present invention, the reflector 131 has the corresponding curvature, instead of the reflector support 150 of the second embodiment and the modified example, and the illumination unit 110 and the reflector When provided between the 120 includes a reflector fixing portion 160 to prevent the curvature is changed and to enable a more rapid installation.

Here, the third preferred embodiment of the present invention has the same configuration and reference numerals as the components of the second embodiment and its modifications except for the reflector fixing portion 160, and thus, the embodiment described in the above embodiment The description overlapping the contents will be omitted and only the reflector fixing unit 160 will be described.

As shown in FIG. 7 and FIG. 8, in the fluorescent lamp fixture according to the third preferred embodiment of the present invention, the reflector fixing unit 160 has the first point between the lighting unit 110 and the reflector 120. A pair of reflectors are formed to be curved to correspond to the curvature passing through (1p) to the third point (3p) continuously, the reflector 131 is inserted with a corresponding curvature and fitted to both ends of the fluorescent lamp 112 'Y' or 'V' inserted at a position corresponding to the first point 1p between the support cap 161 and the pair of reflector support caps 161 to support the central portion of the reflector 131. And a reflector fixture 162, such as a child-shaped bed.

The reflector support cap 161 has a predetermined width that can be fixed by positioning one end of the reflector 131 to prevent deviation, and continuously the first point (1p) to the third point (3p) It includes a fluorescent lamp insertion hole (161a) is fitted to one end of the fluorescent lamp 112 to the curved formed so as to correspond to the curvature passing through and the fixing guide insert groove (161b) for fitting the reflector fixture 162.

Here, the reflector support cap 161 is preferably formed with a reflector insertion groove 161c for inserting the reflector 131 in a portion corresponding to the third point (3p).

Therefore, according to the reflector fixing part 160, both ends of the fluorescent lamp 112 is fitted to the fluorescent lamp insertion hole 161a of the reflector support cap 161, the reflector 131 inside the body of the reflector support cap 161. ) Is inserted into the center of the inserted reflector 131, that is, the reflector fixture 162 is inserted into the guide insertion groove (161b) to prevent the position of the reflector 131 corresponding to the first point (1p) is changed. By doing so, as in the first preferred embodiment, the curvature forming operation of the reflector 131 does not have to be performed, so that the assembling work is easier.

Here, it is preferable that an elastic member (not shown) is further provided inside the fluorescent lamp insertion hole 161a into which the fluorescent lamp 112 is fitted to protect the fluorescent lamp 112 when fitted to the fluorescent lamp 112. Do.

On the other hand, when the reflector 131 is inserted into the reflector support cap 161, the installation of the reflector fixing stand 162 may be omitted, at this time, the holder mounting groove 161b to which the reflector fixing stand 162 is fitted. May also be omitted.

Fig. 9 is a cross sectional view showing the fixing part of the reflector of the fluorescent lamp fixture according to the modification of the third preferred embodiment of the present invention.

In a third preferred embodiment of the present invention, the reflector 131 is formed inside the body of the reflector support cap 161 while both ends of the fluorescent lamp 112 are fitted into the fluorescent light insertion hole 161a of the reflector support cap 161. Although the reflector fixture 162 is inserted into the guide insertion groove 161b so as to prevent the position of the central portion of the reflector 131 from being changed, the third preferred embodiment of the present invention is shown in FIG. According to the reflector fixing part 160 of the fluorescent lamp fixture according to the modification of the embodiment, the reflector 131 is inserted into the lower side of the reflector support cap 161 and corresponding to the third point 3p. It includes a light transmitting panel 163 is formed a guide guide reflector insertion groove 163a for insertion while maintaining the curvature.

Here, the reflector support cap 161, the reflector insertion groove (161c) formed in the portion corresponding to the third point (3p) described in the third preferred embodiment is omitted and one end of the reflector 131 It is preferable that only the edge or flange corresponding to the predetermined width is formed so as to prevent the deviation from being fixed. In addition, when the floodlight panel 163 is inserted into the reflector support cap 161, the installation of the reflector fixing stand 162 may be omitted, and at this time, the holder mounting groove 161b into which the reflector fixing stand 162 is fitted. ) May also be omitted.

Therefore, according to the reflector fixing part 160, the floodlight panel 163 is fitted to the lower side of the reflector support cap 161, thereby improving the aesthetics of the light emitted from the fluorescent lamp 112 and the fluorescent lamp The 112 can be protected from the outside.

Therefore, according to the preferred embodiments of the present invention as described above, the reflector 131 plated with the reflective material has a curved shape with a predetermined curvature or inclined at a predetermined angle with respect to the center of the fluorescent lamp 112. It is disposed so as to face the fluorescent lamp can improve the reflection efficiency of the light generated from the fluorescent lamp.

In addition, the reflector 131 is inserted into the reflector support part 150 having a curvature passing through the first point 1p to the third point 3p, so that the curvature forming operation of the reflector 131 may not be performed separately. As a result, assembling is easier and the reflector 131 may always have a constant curvature, thereby improving lighting efficiency.

In addition, the reflector 131 is provided in the reflector fixing part 160 having a position corresponding to the first point (1p) to the third point (3p), thereby reflecting the light generated from the fluorescent lamps 112 The curved state to improve the efficiency can be kept stable.

In addition, the reflector fixing portion 160 into which the reflector 131 is inserted is formed in a hermetically sealed type to seal the lower side of the fluorescent lamp 112 through the floodlight panel 163, so that the aesthetics of the light emitted from the fluorescent lamp 112 is sensed. It can be improved and protect the fluorescent lamp 112 from the outside.

Although the present invention has been described with reference to the specific embodiments, various modifications may be made without departing from the scope of the present invention. Therefore, the scope of the invention should not be defined by the described embodiments, but should be defined by the claims and their equivalents.

1 is a perspective view showing a fluorescent light fixture according to a first embodiment of the present invention;

Figure 2 is an exploded perspective view showing an exploded view of the fluorescent lamp of Figure 1;

3 is a cross-sectional view showing the fluorescent light fixture of FIG. 1;

4 and 5 are exploded perspective and combined cross-sectional views showing a fluorescent light fixture according to a second preferred embodiment of the present invention, respectively;

6 is a cross-sectional view showing a reflector insertion opening of a reflector support in a fluorescent lamp according to a modification of the second preferred embodiment of the present invention;

7 and 8 are exploded perspective and combined cross-sectional views showing a fluorescent lamp device according to a third embodiment of the present invention, respectively; And

Fig. 9 is a cross sectional view showing the fixing part of the reflector of the fluorescent lamp fixture according to the modification of the third preferred embodiment of the present invention.

Claims (15)

The lighting unit 110 is provided in the lower portion of the casing (C) of the main body having a pair of fluorescent lamps 112 for emitting light, and is provided between the lighting unit 110 and the casing (C) of the lighting unit 110 In the fluorescent light fixture comprising a reflector 120 having a bent flange 121 reflecting light to the external object space, And a reflector 130 having a reflector 131 provided between the lighting unit 110 and the reflector 120 at a predetermined curvature with respect to the center of the lighting unit 110. The reflector 131, The fluorescent lamps 112 are formed to be symmetrical with the same curvature, The reflective surface is a portion where a vertical axis corresponding to a half portion of the separation distance based on the center of the pair of fluorescent lamps 112 and a horizontal axis corresponding to an outer diameter upper side of one of the pairs of fluorescent lamps 112 meet each other. One end of the reflective surface extending from the starting point is a portion where the first point 1p at which one end is positioned and the central axis of any one of the pair of fluorescent lamps 112 and the lower side of the reflection shade 120 meet. A third point at which the other end of the reflective surface extending from the intermediate point is located at a portion where the outer diameter lower side of any one of the second point 2p and the pair of fluorescent lamps 112 and the flange 121 meet each other A fluorescent lamp having a curvature (or arc length) passing sequentially (3p). The method of claim 1, wherein the reflector 131, Fixing any one of the three reference points and then changing the other two points to achieve a predetermined curvature. The method of claim 1, wherein the reflector 131, Fixing two points of the three reference points and then changing the other point to achieve a predetermined curvature. The fluorescent lamp device according to claim 1, wherein the first point (1p) has a height of about 8 to 15 mm from the central axis of the fluorescent lamp (112). The fluorescent lamp device according to claim 1, wherein the second point (1p) has a height of about 15 to 23 mm from the central axis of the fluorescent lamp (112). The pair of grips of claim 1, wherein a portion of the reflector 120 is provided on the flange 121 so that a portion corresponding to the third point 3p of the reflector 131 is coupled to and supported by the flange 121. And a grip portion 140 having 141 and 142, A slip preventing jaw 143 is formed on an inner surface of the second grip 142 spaced apart from the first grip 141 by a predetermined interval among the pair of grips 141 and 142. One end of the second grip (142) is a fluorescent lamp, characterized in that the coupling flange (144) extending at an angle opposite to the curvature angle of the second grip (142). The lighting unit 110 is provided in the lower portion of the casing (C) of the main body having a pair of fluorescent lamps 112 for emitting light, and is provided between the lighting unit 110 and the casing (C) of the lighting unit 110 In the fluorescent light fixture comprising a reflector 120 having a bent flange 121 reflecting light to the external object space, A reflector 130 having a reflector 131 provided between the illumination unit 110 and the reflector 120; And a reflector supporter (150) positioned between the lighting unit (110) and the reflector (120) and formed to be symmetrical with the same curvature in each of the fluorescent lamps (112). The method of claim 7, wherein the reflector support unit 150, The reflective surface is a portion where a vertical axis corresponding to a half portion of the separation distance based on the center of the pair of fluorescent lamps 112 and a horizontal axis corresponding to an outer diameter upper side of one of the pairs of fluorescent lamps 112 meet each other. One end of the reflective surface extending from the starting point is a portion where the first point 1p at which one end is positioned and the central axis of any one of the pair of fluorescent lamps 112 and the lower side of the reflection shade 120 meet. A third point at which the other end of the reflective surface extending from the intermediate point is located at a portion where the outer diameter lower side of any one of the second point 2p and the pair of fluorescent lamps 112 and the flange 121 meet each other The reflector insertion hole 151 is formed to have a curvature (or arc length) passing sequentially (3p) and the reflector 131 is inserted therein, and is fitted to both ends of the fluorescent lamp 112 Reflector Insertion Hole (151) Is located at the inner side consists of a reflector support 152 for supporting the reflector so as to be located between the insertion hole 151 is the illuminating unit 110 and the reflector 120, The reflector insert 151 is, To correspond to the first point (1p) and the third point (3p) at the central portion and both side ends of the curved body to correspond to the curvature passing through the first point (1p) to the third point (3p), respectively The fluorescent light fixture, characterized in that it comprises an insertion groove (151a) is formed so that the reflector (131) has a corresponding curvature. The method of claim 8, wherein the reflector support 152, The fitting piece 152a which is elastically fitted to the outer diameter of the fluorescent lamp 112 and extends above the fitting piece 152a and has a curvature corresponding to the position of the second point 2p of the reflector insertion hole 151. Fluorescent lamp comprising a support piece (152b) formed. The fluorescent lamp of claim 8, wherein a fastening groove 151b is further formed at an upper side of the reflector inserting hole 151 to fasten a fastening member to fix the lower surface of the reflector 120 to a ceiling wall. Instrument. The lighting unit 110 is provided in the lower portion of the casing (C) of the main body having a pair of fluorescent lamps 112 for emitting light, and is provided between the lighting unit 110 and the casing (C) of the lighting unit 110 In the fluorescent light fixture comprising a reflector 120 having a bent flange 121 reflecting light to the external object space, A reflector 130 having a reflector 131 provided between the illumination unit 110 and the reflector 120; And a reflector fixing part (160) positioned between the lighting unit (110) and the reflector (120) and formed to be symmetrical with the same curvature in each of the fluorescent lamps (112). The method of claim 11, wherein the reflector fixing unit 160, The reflective surface is a portion where a vertical axis corresponding to a half portion of the separation distance based on the center of the pair of fluorescent lamps 112 and a horizontal axis corresponding to an outer diameter upper side of one of the pairs of fluorescent lamps 112 meet each other. One end of the reflective surface extending from the starting point is a portion where the first point 1p at which one end is positioned and the central axis of any one of the pair of fluorescent lamps 112 and the lower side of the reflection shade 120 meet. A third point at which the other end of the reflective surface extending from the intermediate point is located at a portion where the outer diameter lower side of any one of the second point 2p and the pair of fluorescent lamps 112 and the flange 121 meet each other A pair of reflectors are formed to have a curvature (or arc length) passing through (3p) sequentially and the reflector 131 is inserted with a corresponding curvature inside and fitted to both ends of the fluorescent lamp 112 support Luminaire, characterized in that with a 161. The method of claim 12, wherein the reflector fixing unit 160, 'Y' or 'V' shaped reflector holder 162 inserted at a position corresponding to the first point 1p between the pair of reflector support caps 161 to support the central portion of the reflector 131. Fluorescent lamp device characterized in that it further comprises). 14. The method of claim 13, wherein the reflector support cap 161, one end of the fluorescent lamp 112 is fitted into the body formed to be curved to correspond to the curvature passing through the first point (1p) to the third point (3p) continuously. The fluorescent lamp insertion hole (161a) and the fluorescent lamp fixture, characterized in that it comprises a fixture insertion groove (161b) for fitting the reflector fixture (162). The method of claim 12, wherein the light guide panel 163 is inserted into the lower side of the reflector support cap 161 and the guide guiding reflector insertion groove 163a for inserting the reflector 131 while maintaining a predetermined curvature is formed. Fluorescent light fixture, characterized in that it further comprises.

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