CN2141022Y - Energy-saving colour fluorescent light - Google Patents

Abstract

The utility model relates to an energy-saving colorful fluorescent lamp, which comprises a lamp seat, a reflection board, a lamp cover, two to four refraction boards, etc. The two to four refraction boards are fixed between the reflection board and the lam cover and the central portion is provided with a hole used for containing a lamp tube. The refraction boards can be made into various shapes, such as a square shape, a trapezoid, a diamond shape and other shapes and the edges are processed into an inclination surface in order to generate a refraction effect. The energy-saving colorful fluorescent lamp has compact structure. The colorful light is refracted by the refraction boards after the fluorescent lamp is turned on to enable the light color to be various and generate different visual effects from different angles with luxury, grace and beauty. The utility model can be used for the illumination and the decoration of the occasions of the family, the hotel, the ballroom, etc.

Description

Energy-saving colour fluorescent light

The utility model belongs to lighting technical field, is a kind of colorful energy conservation florescent lamp fitting.

Common energy-saving fluorescent lamp is formed by several sections such as lamp socket, reflecting plate, lampshades as light fixtures such as ceiling light, wall lamp, desk lamps.This light fixture, when using the colorful energy conservation fluorescent lamp, the light reflection is simple, does not have the decorative effect of refraction.

The purpose of this utility model is to provide a kind of novel light fixture that can make the color fluorescence lamp wiring produce refraction effect.

The florescent lamp fitting of the utility model design comprises common lamp socket, reflecting plate, the several essential parts of lampshade.In addition, the refracting plate that the 2-4 piece is made by transparent material is housed between reflecting plate and lampshade; Every refracting plate thickness is 3-10mm, and the centre has hole, and fluorescent lamp tube is placed in it; The neighboring is identical shaped polygon, for example square, rectangle, trapezoidal, regular pentagon, regular hexagon, diamond (be that the first half is an isosceles trapezoid, the latter half is an isosceles triangle) etc. can be according to dissimilar light fixtures, different purposes is selected different profiles; Each flank side surface is the inclined-plane that becomes 40 °～70 ° of angles with the refracting plate plane, makes light produce refraction; Order is parallel by size from the inside to surface repeatedly puts mutual spacing 5～100mm for each piece refracting plate.

In order to increase the refraction effect of light, also can between the corresponding drift angle place of each drift angle place of every polygon refracting plate and interior hole, leave the V-arrangement surface groove, light can be reflected at this groove.

The utility model can be selected different size dimensions according to different needs, makes various types of luxurious light fixtures, for example ceiling light (as Fig. 1 and Fig. 2), wall lamp (as Fig. 3), corner lamp (as Fig. 4), desk lamp (as Fig. 5) etc.

The light fixture outward appearance of the utility model design is luxurious, structure is terse, after putting the power saving fluorescent lamp of enameling, versicolor light reflects at edge, the V-arrangement surface groove place of refracting plate, makes light coloring more changeable, produce different visual effects in different angles, seem luxurious, brilliant.

The square ceiling light structure diagram front view that Fig. 1 designs for the utility model.

The square top roof construction sketch (side view) that Fig. 2 designs for the utility model.

The diamond wall lamp structure diagram that Fig. 3 designs for the utility model.

The trapezoidal corner lamp structure diagram that Fig. 4 designs for the utility model.

The square Table lamp structure sketch that Fig. 5 designs for the utility model.

1 is reflecting plate among the figure, and 2 is refracting plate, and 3 is lampshade, and 4 is lamp socket, and 5 is fluorescent tube, and 6 is the refracting plate perimeter ramps, and 7 is the V-arrangement surface groove, and 8 are the fixing screw of refracting plate.

Embodiment 1, square ceiling light.2 transparent material plates are done the squarely refracting plate, the length of side is 350～450mm and 300～350mm respectively, thickness is 3-8mm, core is opened square opening, the length of side is 150～280mm, with the edge of 2 refracting plates be processed into board plane at 45～60 ° inclined-plane, between inside and outside foursquare corresponding drift angle, leave the V-arrangement surface groove.During by dress, refracting plate is fixed by screw and reflecting plate, distance is 15～50mm between two layers of refracting plate.Lampshade uses translucent plastic, does quadrate, presses by the hole of bayonet socket and outer refracting plate and closes.Remainder is all made by the technology of common light fixture.Fluorescent lamp ballast is installed in the lamp socket, and the lamp holder of lamp socket mouth and power saving fluorescent lamp fluorescent tube patches.As depicted in figs. 1 and 2.Also available screw of lampshade and lamp socket are fixed.

Embodiment 2, the diamond wall lamp.Two blocks of transparent plastics are processed into the diamond shape, and promptly the bottom is equilateral triangle, and the length of side is 310mm, and top is isosceles trapezoid, as shown in Figure 3.The neighboring is processed into and is become 44 ° inclined-plane with board plane.Endoporus is split into triangle, two refracting plates this apart from 30mm, thickness is 6mm, fixes by screw and reflecting plate.Lampshade is made corresponding diamond shape with translucent plastic, presses by the endoporus of bayonet socket and outer refracting plate and closes.Fluorescent lamp ballast is installed in the lamp socket, and the lamp holder of lamp socket mouth and energy-conservation light modulation fluorescent tube patches, as shown in Figure 3.

Claims (4)

1, a kind of colorful energy conservation florescent lamp fitting, comprise lamp socket, reflecting plate, the several essential parts of lampshade, it is characterized in that being equipped with between reflecting plate and the lampshade refracting plate that the 2-4 piece is made by transparent material, every refracting plate thickness is 3-10mm, the centre has hole, fluorescent lamp tube is placed in it, the neighboring is identical shaped polygon, each flank side surface is the inclined-plane that becomes 40 °～70 ° of angles with the refracting plate plane, order is parallel by size from the inside to surface repeatedly puts mutual spacing 5～100mm for each piece refracting plate.

2, colorful energy conservation florescent lamp fitting according to claim 1 has the V-arrangement surface groove between the knuckle place that it is characterized in that above-mentioned polygon refracting plate and the corresponding knuckle place of this plate endoporus.

3, colorful energy conservation florescent lamp fitting according to claim 1 and 2, it is characterized in that said refracting plate is 2, the phase mutual edge distance is 15～50mm, be shaped as square, the length of side is respectively 350～450mm and 300～350mm, and thickness is 3～8mm, and each flank side surface becomes the inclined-plane at 40 °～60 ° of angles for-5 board planes, endoporus is a square, the length of side 150～280mm.Have the V-arrangement surface groove between the inside and outside square corresponding drift angle.

4, colorful energy conservation florescent lamp fitting according to claim 1 and 2 is characterized in that said refracting plate is 2, and distance is 30mm, is shaped as diamond, and thick in being 6mm, each flank side surface is to become 44 ° inclined-plane with board plane.

Images