CN201599592U

CN201599592U - Integrated multi-tube fluorescent lamp

Info

Publication number: CN201599592U
Application number: CN2009202145264U
Authority: CN
Inventors: 何强; 潘荣鑫
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-11-30
Filing date: 2009-11-30
Publication date: 2010-10-06
Anticipated expiration: 2019-11-30

Abstract

The utility model relates to an integrated multi-tube fluorescent lamp, which comprises a transparent or semitransparent straight tube, wherein the two ends of the straight tube are provided with lamp caps; the lamp caps are matched with G13 lamp holders; the straight tube is internally provided with a support; at least two thinner straight fluorescent lamp tubes are arranged on the support and are sequentially lined into a long straight tube, and the corresponding ends of every two straight fluorescent lamp tubes are provided with bent bridging ends; and the filaments of the straight fluorescent lamp tubes are connected with an electronic ballast by leads. With the adoption of the light source with thinner pipe diameter and the electronic ballast, the integrated multi-tube fluorescent lamp has the advantages of less energy, low cost, convenient manufacturing and the like and can achieve the aim of saving energy. In addition, the integrated multi-tube fluorescent lamp has the same shape as with the straight-tube fluorescent lamp, so as to be used in any lamp provided with the corresponding lamp tube originally. With the adoption of the bridging mode at the joining position between the lamp tubes, the effect of no dark area can be achieved, thereby replacing the 110W equal-length tubular fluorescent lamp perfectly.

Description

The integral type multi-tube fluorescent lamp

Technical field

The utility model relates to a kind of fluorescent lamp, relates in particular to a kind of integral type multi-tube fluorescent lamp.

Background technology

Fluorescent lamp is because its light efficiency is higher, therefore for example obtained using widely in market and the office lighting at daily life, large area lighting, and be the main light source of illumination.In the fluorescent light of installing at present, be main flow with T8-T10.But T8 and T10 fluorescent lamp have the problem of its structure, and light efficiency is relatively low, has only 70～80lm/W.And at present owing to the development of technology, T5 and thinner fluorescent lamp are because the light efficiency height progresses into lighting field.But the fluorescent lamp in tubule footpath is because the restriction of processing procedure is difficult to be made into the fluorescent tube that surpasses more than 2 meters.And now a lot of occasions all have a large amount of 110W T10 fluorescent lamps, for substituting former fluorescent lamp system, if adopt two straight tubes to substitute, place in handing-over has shade, influences impression, and uses the fluorescent lamp in a tubule footpath, can cause the fluorescent tube manufacture difficulty very big, qualification rate is very low, and cost is very high.

Summary of the invention

Technical problem to be solved in the utility model is in order to overcome the problem of above-mentioned existence, and provide a kind of integral type multi-tube fluorescent lamp, utilize the above transparent pipe of existing T8, two and above caliber are lower than the fluorescent tube and the ballast that equal T6 to be directly installed in the transparent straight pipe, tube cathode position in two fluorescent tube transition of needs, adopt H type bridge joint, the no longer switching by normally used G5 lamp holder and lamp socket but directly link to each other of fluorescent tube and ballast with inner lead.

For solving the problems of the technologies described above, the technical solution of the utility model is: the integral type multi-tube fluorescent lamp, include a transparent or translucent straight tube, and described straight tube two ends are provided with lamp holder, and this lamp holder matches with the G13 lamp socket; It is characterized in that: be provided with support in the described straight tube, at least two thinner Radiating fin wind inducing structures are installed on this support, described Radiating fin wind inducing structure is arranged in order and forms a long straight tube, and per two corresponding ends of Radiating fin wind inducing structure are provided with crooked bridge end; The filament of described Radiating fin wind inducing structure links to each other with electric ballast by lead.

Described electric ballast is installed in the inside of support.

Described electric ballast is parallel with Radiating fin wind inducing structure.

Be provided with a reflecting piece between described Radiating fin wind inducing structure and the support.

The material of described straight tube is for being glass or being plastic cement.

Described every Radiating fin wind inducing structure connects with corresponding electric ballast respectively, connects by lead between each ballast.

Described every Radiating fin wind inducing structure all is connected with same electric ballast.

The beneficial effects of the utility model, owing to adopt thinner light source and the electric ballast of caliber in the scheme of the present utility model, advantage such as it is energy-conservation that it is had, and cost is low, easy to make, and can reach purpose of energy saving.And have the profile the same, thereby can use in the light fixture of the corresponding fluorescent tube of any original installation with straight tube fluorescent lamp.Because the junction between each fluorescent tube adopts the mode of bridge joint, can reach the effect of no dark space, therefore can perfectly substitute the isometric cast fluorescent lamp of 110W.

In addition, owing to adopt reflecting piece, can further improve light efficiency again, therefore the scheme energy-saving effect of original relatively electric ballast is obvious.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is a junction enlarged drawing of the present utility model.

The specific embodiment

Below in conjunction with accompanying drawing, embodiment describes in further detail to the utility model: the utility model integral type multi-tube fluorescent lamp, include a transparent or translucent straight tube 1, the material of this straight tube can be glass also can be plastics, perhaps other transparent materials.Be provided with lamp holder 2 at straight tube 1 two ends, this lamp holder 2 matches with the G13 lamp socket, and promptly lamp holder 2 is installed on the G13 lamp socket, with the introducing of fix straight tube 1 and power supply.Be provided with support 3 in the described straight tube 1, at least two thinner Radiating fin wind inducing structures 4 are installed on support 3, concrete quantity can be complementary with the length of straight tube 1, and the length of straight tube 1 can be selected according to environment for use, and its caliber is selected by existing T8 and above standard fluorescence fluorescent tube.Wherein each Radiating fin wind inducing structure 4 is arranged in order and forms a long straight tube, and per two corresponding ends of Radiating fin wind inducing structure are provided with crooked bridge end 41, to reduce the dark space; The filament of described Radiating fin wind inducing structure 4 links to each other with electric ballast 5 by lead 7.

During use, the utility model integral type multi-tube fluorescent lamp is installed on the light fixture, external power source is incorporated on the electric ballast 5 by two lamp bases 21 of an end of lamp holder 2, electric ballast 5 inside convert high-frequency ac to by the alternating current with low frequency and supply with fluorescent tube 4, fluorescent tube 4 is lighted, light casts out by transparent straight pipe 1, can reach the purpose of energy-saving illumination.

Above-mentioned support 3 is one to be added with the section bar of the hollow PC material of stator 31 at two ends, two thinner Radiating fin wind inducing structures 4 of diameter are fixed on the below of support 3, its diameter can be elected 12mm as, Radiating fin wind inducing structure 4 one ends are fixing by stator 31 gummeds at support 3 two ends, and an other end is glued on the support 3.

Above-mentioned support 3 can be the hollow body structure, and electric ballast 5 can be parallel to the inside that Radiating fin wind inducing structure 4 is installed in support 3.Support 3 also can be a mounting plates structure, and this moment, electric ballast 5 and Radiating fin wind inducing structure 4 placed the both sides of support 3 respectively, and were fixed on the support 3.

Above-mentioned support 3 is removably mounted in the straight tube 1, puts into straight tube 1 after Radiating fin wind inducing structure 4 and support 3 and electric ballast 5 assemble when making.Certainly, support 3 and straight tube 1 also can one machine-shapings, save processing cost.

For improving light efficiency one reflecting piece 6 is installed also between Radiating fin wind inducing structure 4 and support 3 usually.

Above-mentioned every Radiating fin wind inducing structure can be respectively connects with corresponding electric ballast, connects by lead between each ballast, promptly adopts the many fluorescent tubes of single ballast driven.

Above-mentioned every Radiating fin wind inducing structure all is connected with same electric ballast, promptly adopts a plurality of fluorescent tubes of single ballast driven.

The above only is preferred embodiment of the present utility model, and when can not limiting practical range of the present utility model with this, all equivalences of being done according to application content of the present utility model change and modify the covering scope that is the utility model patent.

Claims

1. the integral type multi-tube fluorescent lamp includes a transparent or translucent straight tube, and described straight tube two ends are provided with lamp holder, and this lamp holder matches with the G13 lamp socket; It is characterized in that: be provided with support in the described straight tube, at least two thinner Radiating fin wind inducing structures are installed on this support, described Radiating fin wind inducing structure is arranged in order and forms a long straight tube, and per two corresponding ends of Radiating fin wind inducing structure are provided with crooked bridge end; The filament of described Radiating fin wind inducing structure links to each other with electric ballast by lead.

2. integral type multi-tube fluorescent lamp according to claim 1 is characterized in that: described electric ballast is installed in the inside of support.

3. integral type multi-tube fluorescent lamp according to claim 1 is characterized in that: described electric ballast is parallel with Radiating fin wind inducing structure.

4. according to the integral type multi-tube fluorescent lamp described in the claim 1, it is characterized in that: be provided with a reflecting piece between described Radiating fin wind inducing structure and the support.

5. according to the integral type multi-tube fluorescent lamp described in the claim 1, it is characterized in that: the material of described straight tube is for being glass or being plastic cement.

6. according to any described integral type multi-tube fluorescent lamp in the claim 1 to 5, it is characterized in that: described every Radiating fin wind inducing structure connects with corresponding electric ballast respectively, connects by lead between each ballast.

7. according to the integral type multi-tube fluorescent lamp described in the claim 1 to 5, it is characterized in that: described every Radiating fin wind inducing structure all is connected with same electric ballast.