CN201057601Y

CN201057601Y - Energy conserving lamp

Info

Publication number: CN201057601Y
Application number: CNU2007200333255U
Authority: CN
Inventors: 肖海生
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-01-16
Filing date: 2007-01-16
Publication date: 2008-05-07
Anticipated expiration: 2017-01-16

Abstract

The utility model relates to an energy-saving lamp, in particular relates to an energy-saving lamp consisting of a plurality of energy-saving strip lamps on the inner circle and the outer circle. The strip lamp on the outer circle forms a compact plum blossom shaped plane and the strip lamp on the inner circle forms a compact bulb-type curved surface. The energy-saving lamp solves the problem that the lumen output of the single lamp of the traditional fluorescent lamp is lower and the inner circle dark space of a plurality of U-shaped and Pi-shaped fluorescent strip lamp, has service life of 30 percent longer than that of the traditional fluorescent lamp and improves the luminous efficiency by 15 percent; the utility model effectively combines the ornament with the practicality of the fluorescent lamp.

Description

Electricity-saving lamp

Technical field

The utility model relates to a kind of electricity-saving lamp, particularly relates to a kind of electricity-saving lamp that is become by many energy-conservation light tube group.

Background technology

Since fluorescent lamp comes out, become the room lighting light source of main flow, but the lumen output of conventional straight tube fluorescent lamp and common its single lamp of compact fluorescent lamp is lower, has limited wider application.Circular fluorescent fluorescent tube with U type or the combination of π type fluorescent lamp, though power strengthens, but when vertical the use, the interior round dark space of combination tail lamp pipe is very big, not only influenced the illuminance of fluorescent tube below, and visual effect is bad, along with the variation of the user demand in the improvement of technology and market, need higher illuminance and more rational cloth photo structure, and the outward appearance that decorating feature is arranged.

Summary of the invention

What the utility model solved is exactly the problem that above-mentioned prior art exists, and provides a kind of and is made up by particular structure and rational layout by many energy-conservation fluorescent tubes, can improve luminous efficiency, improves visual sense of beauty, increases the electricity-saving lamp of decorating effectiveness.

This electricity-saving lamp, comprise many inner ring power saving fluorescent lampss and Duo Zhi outer ring power saving fluorescent lamps, it is characterized in that: the illumination of the two ends end to end pipe 1 of every the energy-conservation fluorescent tube in outer ring all is bent into 90-125 ° of angle with middle illumination pipe 2, intermediate illumination pipe 2 is bent into a plane that plum is petal, the illumination of the two ends end to end pipe 1 of every energy-conservation fluorescent tube boundling side by side forms interior circle 3, is arranged in first fluorescent tube head 4 and oppositely is arranged adjacent in last fluorescent tube afterbody 5 to be equipped with contact conductor 6; The two ends illumination pipe 8 of every energy-conservation fluorescent tube of inner ring all is bent into 100-140 ° of angle with middle illumination pipe 9, and intermediate illumination pipe 9 bends type curved surface intentionally, and radian is the radius of curvature of ball face or ellipsoidal surface; Wherein, the outer ring power saving fluorescent lamps is except that end to end two, and what 2n and 2n+1 propped up links by the airtight bridge pipe 7 that is communicated with end to end; The tail that props up with the 2n-1 and the 2n of outer ring power saving fluorescent lamps respectively end to end that the n of inner ring power saving fluorescent lamps props up, head are by 7 bindings of airtight connection bridge pipe.N is a natural number.

The inner ring fluorescent tube is formed by 3 energy-conservation fluorescent tube boundlings, and the outer ring fluorescent tube is formed by 6 energy-conservation fluorescent tube boundlings.

The petal plane of the inc plum of outer ring fluorescent tube constitutes the illuminated area of a compactness, and the inc heart type curved surface of inner ring fluorescent tube constitutes the bulb type illuminated area of a compactness; The surface of the petal fluorescent tube symmetry of outer ring plum is provided with tubular protrusion 10, and this projection is prolonged surface of the light tube and is wavy.

Take above-mentioned technical measures, the lumen output that has solved its single lamp of fluorescent lamp is lower, the problem of the interior round dark space of many U, many π type fluorescent lamp tube, when the material resources of lighting are measure-alike, the visual effect that is produced is better than the light fixture of other structures of market, life-span is longer by 30% than traditional compact fluorescent lamp, and luminous efficiency is high by 15%, effectively raises the ornamental and practicality of fluorescent lamp.

Description of drawings

Fig. 1 is an electricity-saving lamp plan structure schematic diagram

Fig. 2 faces structural representation for electricity-saving lamp

Embodiment

1, respectively straight glass tube is heated to bending after the molten condition by heating system, the mould that is provided with required form by inner chamber carries out matched moulds, air blowing, typing, all operations of annealing, make 2 petal fluorescent tubes of identical plum and 1 heart type fluorescent tube, wherein the petal fluorescent tube of plum is, two ends illumination pipe 1 all is bent into 90-125 ° of angle side by side and with the illumination pipe 2 of centre end to end, has tubular protrusion 10 illumination pipes 2 to be bent to form the petal plane of inc plum in the middle of the power saving fluorescent lamps; Heart type fluorescent tube is, illumination pipe 8 in two ends all is bent into 100-140 ° of angle with middle illumination pipe 9, and intermediate illumination pipe 9 is bent into curved surface, and radian is the radius of curvature of ball face or ellipsoidal surface.With bridge pipe 72 petal fluorescent tubes of identical plum and 1 heart type fluorescent tube are connect the bridging knot respectively end to end, coated again three primary colors fluorescent powder, roasted tube, electrod assembly vacuum seal at the glass tube two ends, exhaust, cut operations such as envelope blast pipe and ageing fluorescent tube, make 1 group of power saving fluorescent lamps.

2,3 groups of power saving fluorescent lamps boundlings, every group of power saving fluorescent lamps end to end two ends side by side boundling form inside and outside two circles, the petal plane of 6 plums of outer ring power saving fluorescent lamps constitutes a compact illuminated area, the heart type fluorescent tube of inner ring constitutes a compact lamp alveolitoid illuminated area.To leave certain interval between every tubes, be arranged in the first fluorescent tube head 4 in outer ring and oppositely be arranged adjacent in last fluorescent tube afterbody 5 and be equipped with contact conductor 6, except this adjacent fluorescent tube end to end, the outer ring power saving fluorescent lamps of every group of fluorescent tube that other is adjacent is equipped with airtight connection bridge pipe 7 between end to end.

3, electricity-saving lamp power is between 115-350W, and its glass-tube caliber is Φ 17-Φ 22.

Claims

1. electricity-saving lamp, comprise many inner ring power saving fluorescent lampss and Duo Zhi outer ring power saving fluorescent lamps, it is characterized in that: the illumination pipes of two ends end to end (1) of every the energy-conservation fluorescent tube in outer ring all are bent into 90-125 ° of angle with middle illumination pipe (2), intermediate illumination pipe (2) is bent into a plane that plum is petal, the illumination pipes of two ends end to end (1) of every energy-conservation fluorescent tube boundling side by side form interior circle (3), are arranged in first fluorescent tube head (4) and oppositely are arranged adjacent in last fluorescent tube afterbody (5) to be equipped with contact conductor (6); The two ends illumination pipes (8) of every energy-conservation fluorescent tube of inner ring all are bent into 100-140 ° of angle with middle illumination pipe (9), and intermediate illumination pipe (9) bends type curved surface intentionally; The outer ring power saving fluorescent lamps is except that end to end two, and what 2n and 2n+1 propped up links by the airtight bridge pipe (7) that is communicated with end to end; The tail that props up with the 2n-1 and the 2n of outer ring power saving fluorescent lamps respectively end to end that the n of inner ring power saving fluorescent lamps props up, head are by airtight connection bridge pipe (7) binding, and n is a natural number.

2. electricity-saving lamp according to claim 1 is characterized in that: the inner ring fluorescent tube is formed by 3 energy-conservation fluorescent tube boundlings.

3. electricity-saving lamp according to claim 1 is characterized in that: the outer ring fluorescent tube is formed by 6 energy-conservation fluorescent tube boundlings.

4. electricity-saving lamp according to claim 1 is characterized in that: the petal plane of the inc plum of outer ring fluorescent tube constitutes the illuminated area of a compactness.

5. electricity-saving lamp according to claim 1 is characterized in that: the inc heart type curved surface of inner ring fluorescent tube constitutes the bulb type illuminated area of a compactness.

6. electricity-saving lamp according to claim 2 is characterized in that: be equipped with tubular protrusion (10) on the fluorescent tube symmetrical surface of outer ring.

7. electricity-saving lamp according to claim 6 is characterized in that: the tubular protrusion (10) on the fluorescent tube symmetrical surface of outer ring prolongs surface of the light tube and is wavy.