CN203363984U

CN203363984U - Anti-broken glass modulator tube and LED fluorescent lamp manufactured through same

Info

Publication number: CN203363984U
Application number: CN2013202840692U
Authority: CN
Inventors: 罗宁; 张瑞西
Original assignee: Top Shun Lighting (china) Co Ltd
Current assignee: Top Shun Lighting (china) Co Ltd; Sunsun Lighting China Co Ltd
Priority date: 2013-05-22
Filing date: 2013-05-22
Publication date: 2013-12-25
Anticipated expiration: 2023-05-22

Abstract

The utility model provides an anti-broken glass modulator tube and an LED fluorescent lamp manufactured through the anti-broken glass modulator tube, and belongs to the field of lamp accessory illumination and semiconductor illumination. Light-permeable glue layers are arranged on the inner wall and/or the outer wall of the anti-broken glass modulator tube, glue is solidified to form the glue layers, or the outer wall of the anti-broken glass modulator tube is sleeved with a sleeve made of thermal contraction materials. An aluminum substrate is arranged inside the anti-broken glass modulator tube of the LED fluorescent lamp, an LED light source is arranged on the aluminum substrate, and lamp bases are fixed to the two ends of the anti-broken glass modulator tube respectively. Compared with a traditional glass modulator tube and a lamp manufactured through the traditional modulator tube, the anti-broken glass modulator tube and the LED fluorescent lamp manufactured through the anti-broken glass modulator tube have the advantages of being not prone to breakage, high in safety and capable of greatly lowering the risk that broken glass produced when the modulator tube is broken hurts people.

Description

A kind of anti-LED fluorescent lamp of breaking glass lamp and manufacture thereof into pieces

Technical field

The utility model provides a kind of anti-a kind of LED fluorescent lamp of breaking glass lamp into pieces and being manufactured by this glass lamp, belongs to lamp fittings and field of semiconductor illumination.

Background technology

Glass is the advantages such as light transmittance is high, low price owing to having, be widely used in above various light fixtures, such as incandescent lamp, fluorescent lamp etc., but also there is an obvious shortcoming in glass---and frangible, can form a lot of fragments after glass fragmentation faced, to the user, bring danger.

LED due to have energy-saving and environmental protection, response soon, the many merits such as especially not mercurous, just at fast fetching for the traditional lighting light fixture, one of them important representative is exactly to replace traditional straight tube fluorescent lamp with the LED fluorescent tube, in order to improve the output of light, reduce costs, many people adopt glass tube to replace traditional aluminium section bar+PC lampshade technical scheme, use glass tube to be used as support member and radiating piece, yet the characteristics of Glass breadks easily are not but solved, the danger in use procedure still exists.

Summary of the invention

The purpose of this utility model is to provide a kind of glass lamp that is difficult for breaking into pieces, and this glass lamp can be for the manufacture of the LED fluorescent lamp.The technical scheme adopted is:

A kind of resisting broken glass lamp into pieces, includes glass tube, is provided with the glue-line of printing opacity on the inwall of described glass tube and/or outside wall surface, and described glue-line is by obtaining after glue curing; Perhaps on the outside wall surface of described glass tube, overlap the sleeve pipe that material contracting with heat is arranged.

Adopt the structure of such glass lamp, can on original glass tube, increase layer protective layer, after glass tube is dropped, prevent glass fragmentation, be scattered.For example: glue-line can be arranged on the inwall of glass tube, after glass tube is dropped, it can cling the glass broken, and it is not scattered, the protection user security.In the time of on the outer wall that glue-line is arranged to glass tube, so better the cover glass pipe, when fragmentation, make it to implode, and security is better.The glue-line adopted should be printing opacity; to guarantee the illuminating effect of glass tube; when adopting glue; can adopt the glue with light transmission of silica gel or other routine; be applied on the inwall or outer wall of glass tube, make after its spontaneous curing to become glue-line and get final product, glue layer is coated on the inner and outer wall of glass tube; can reach inside and outside double shielding, better effects if like this.The thickness of glue-line can be controlled at 0.1～3mm, preferred 0.1～0.5mm, during making, can pass through repeatedly coated with the thickness that increases glue-line, also can make by means such as polishings the reduced thickness of glue-line, while adopting silica gel, the thickness of its glue-line is when 0.1～0.5mm, and light transmittance generally can reach more than 90%.Other some there is mobility and solidify after can printing opacity glue also can adopt.In addition, easily manufactured in order to install, also can use the casing pipe sleeve of material contracting with heat outside glass tube, material contracting with heat is PVC (polyvinyl chloride), ABS (poly-(acrylonitrile-butadiene-styrene (ABS))) or PET (PET) material etc., according to the actual requirements, should select to there is suitable light transmittance.

As a kind of improvement, the inwall of glass tube and/or outer wall are frostings.The light that adopts such structure can make glass tube produce when printing opacity on the one hand in pipe outside ejaculation pipe after repeatedly diffuse reflection or refraction, make illuminating effect more even, on the other hand, in the time of on the inwall that glue is coated on to glass tube or outer wall, can effectively improve the adhesive force between glue and glass tube, the glue-line difficult drop-off after making to solidify.

The utility model also provides a kind of use the anti-LED fluorescent lamp of breaking the glass tube manufacture into pieces, in the inside of glass tube, is provided with aluminium base, on described aluminium base, is provided with LED light source, and lamp holder is fixed on the two ends of glass tube.This LED fluorescent lamp, than traditional glass lamp, have advantages of and be difficult for breaking into pieces.

Technique effect

With the traditional glass pipe and with the light fixture of these glass tube manufactures, compare, the utility model provides anti-ly breaks glass tube into pieces and anti-ly breaks the LED fluorescent lamp that glass tube is manufactured into pieces with this, non-friable, safe, greatly reduce because fluorescent tube breaks the chunk glass that the causes risk of hurting sb.'s feelings.

The accompanying drawing explanation

Fig. 1 is with the anti-structural representation of breaking the LED fluorescent lamp of glass tube manufacture into pieces in embodiment 1;

Fig. 2 is with the anti-structural representation of breaking the LED fluorescent lamp of glass tube manufacture into pieces in embodiment 2;

Fig. 3 is with the anti-structural representation of breaking the LED fluorescent lamp of glass tube manufacture into pieces in embodiment 3;

Fig. 4 is with the anti-structural representation of breaking the LED fluorescent lamp of glass tube manufacture into pieces in embodiment 4;

Wherein, the 1st, glass tube; 21, the 22nd, glue-line; The 3rd, aluminium base; The 4th, LED light source; The 5th, the sleeve pipe of material contracting with heat.

The specific embodiment

Embodiment 1

As Fig. 1, the glass tube of certain specification 1 is cleaned up and dries, then glue is coated in to the inwall of glass tube 1, glue adopts silica gel, the mode applied is high pressure painting, use the High Pressure Gun rotary spraying at glass tube 1 inwall in glue, perhaps glue is poured in glass tube 1, make it at glass tube 1 inner surface levelling, then heating makes it to be solidificated in glass surface, so just formed the anti-glass tube of breaking into pieces that an inwall has glue-line 21, in such scheme, the inwall of glass tube used is ground glass, be conducive to like this increase the contact area of glue and glass tube 1, make the connection between glass and glue more firm, the thickness of glue layer is 0.1mm,

LED light source 4 is welded on aluminium base 3, then at backside coating one deck cohesive material (not shown in FIG.) of aluminium base 3, perhaps in above-mentioned resisting on the part inwall of breaking glass into pieces, apply again one deck glue, aluminium base 3 is put into to resist and break glass tube into pieces and be fixed on inwall, circuit on lamp holder (not shown in FIG.) is connected with the circuit on aluminium base 3, then lamp holder is fixed on to glass tube 1 two ends, gets final product.

Embodiment 2

As Fig. 2, the glass tube of certain specification 1 is cleaned up and dries, then glue is coated in to the outer wall of glass tube 1, glue adopts silica gel, and the mode of coating is high pressure painting, use the High Pressure Gun rotary spraying at the glass tube outer wall in glue, perhaps glass tube 1 is immersed in glue, and make glue at glass tube 1 outer surface levelling, then heating makes it to be solidificated in glass surface, so just formed the anti-glass tube of breaking into pieces that an outer wall has glue-line 22, the thickness of its mesoglea is 3mm;

LED light source 4 is welded on aluminium base 3, then at backside coating one deck cohesive material (not shown in FIG.) of aluminium base 3, perhaps in above-mentioned resisting on the part inwall of breaking glass into pieces, apply again one deck glue, aluminium base 3 is put into to resist and break glass tube into pieces and be fixed on inwall, circuit on lamp holder (not shown in FIG.) is connected with the circuit on aluminium base 3, then lamp holder is fixed on to glass tube two ends 1, gets final product.

Embodiment 3

As Fig. 3, the ground glass pipe 1 of a certain specification is cleaned up, dry, remove steam, then apply one deck silica gel at the inner and outer wall of glass tube 1 respectively, and heating makes glue curing at glass tube 1 surfaces externally and internally respectively, make the glue-line 21 of formation, 22 thickness are 1mm, so just form a surfaces externally and internally and be coated with glue-

line

21, 22 the anti-glass tube of breaking into pieces, the glue-line of this glass tube inner and outer wall all has protective effect, not only make the more difficult fragmentation of glass tube 1, can not fall down a lot of fragments of formation after also making glass breakage yet, security performance is fabulous.

Embodiment 4

As Fig. 4, the ground glass pipe 1 of a certain specification is cleaned up, dry, remove steam, then a heat-shrinkable T bush 5 is enclosed within on glass tube, heating, heat-shrinkable T bush 5 is shunk, be tightly placed on the outer wall of glass tube, the heat-shrinkable T bush used is PVC material or ABS material or PET material etc., the thickness that heat-shrinkable T bush shrinks is 0.3mm, so just produced the anti-glass tube of breaking into pieces that an outer wall is overlapping the transparent heat Heat-Shrinkable Tubings.

LED light source 4 is welded on aluminium base 3, then at backside coating one deck cohesive material (not shown in FIG.) of aluminium base 3, perhaps in above-mentioned resisting on the part inwall of breaking glass into pieces, apply again one deck glue, aluminium base 3 is put into to resist and break glass tube into pieces and be fixed on inwall, circuit on lamp holder (not shown in FIG.) is connected with the circuit on aluminium base 3, then lamp holder is fixed on to resist and breaks the glass tube two ends into pieces, get final product.

Claims

1. anti-break glass lamp into pieces for one kind, include glass tube, it is characterized in that: be provided with the glue-line (21,22) of printing opacity on the inwall of described glass tube (1) and/or outside wall surface, described glue-line (21,22) is by obtaining after glue curing; Perhaps on the outside wall surface of described glass tube (1), overlap the sleeve pipe (5) of the material contracting with heat that printing opacity is arranged.

2. according to claim 1 resisting broken glass lamp into pieces, and it is characterized in that: described glue is silica gel.

3. according to claim 1 resisting broken glass lamp into pieces, and it is characterized in that: the thickness of described glue-line (21,22) is between 0.1～3mm.

4. according to claim 1 resisting broken glass lamp into pieces, and it is characterized in that: inwall and/or the outer wall of described glass tube (1) are frostings.

5. according to claim 1ly anti-break glass lamp into pieces, it is characterized in that: the material contracting with heat of described printing opacity is a kind of in PVC, ABS or PET.

6. one kind with the described anti-LED fluorescent lamp that glass lamp is manufactured of breaking into pieces of claim 1～5 any one, it is characterized in that: in the inside of glass tube (1), be provided with aluminium base (3), be provided with LED light source (4) on described aluminium base (3), lamp holder is fixed on the two ends of glass tube (1).