CN203456414U

CN203456414U - Flat-type high-interval vacuum glass lamp

Info

Publication number: CN203456414U
Application number: CN201320471350.7U
Authority: CN
Inventors: 左树森
Original assignee: TIANJIN SENYU GLASS MANUFACTURING Co Ltd
Current assignee: TIANJIN SENYU GLASS MANUFACTURING Co Ltd
Priority date: 2013-08-02
Filing date: 2013-08-02
Publication date: 2014-02-26
Anticipated expiration: 2023-08-02

Abstract

The utility model relates to a flat-type high-interval vacuum glass lamp comprising an upper glass sheet, a lower glass sheet, a middle support body and a groove-shaped frame; a frame isolation bar is fixedly arranged between four edges of the upper glass sheet and the lower glass sheet, and the space between the frame isolation bar and inner surfaces of the upper glass sheet and the lower glass sheet is sealed by a sealing layer; the interval height formed in the vacuum cavity is 5-10mm; an excitation electrode is fixedly arranged in the groove-shaped frame; a phosphor layer is uniformly coated on an upper glass sheet in the vacuum glass cavity. The inner surfaces of the vacuum glass formed by the upper and lower glass sheets are pasted with sealing material, and isolated by the frame isolation bar having equal height with the support body, thereby greatly improving the cavity height between the upper and lower glass sheets, and the cavity height can maximumly be 10mm; the flat-type high-interval vacuum glass lamp is a novel large cavity vacuum glass, and can effectively improve the performance of heat isolation, heat insulation and sound insulation.

Description

A kind of flat high interval vacuum glass lamp

Technical field

The utility model belongs to illumination and glass art, relates to Glass lamp, especially a kind of flat high interval vacuum glass lamp.

Background technology

The mankind are from from the date of birth, just and light, illumination interwoveness.From natural daylight and moonlight, to association's wisdom, manufacture light, the mankind have experienced and have utilized bonfire, torch, to oil lamp and candle; Incandescent lamp, fluorescent lamp have been experienced again to the transition of mercury lamp, sodium vapor lamp, xenon lamp.Up to now, glimmer brilliantly illuminated to public place of entertainment of the neon light that the mankind's life be unable to do without light and illumination ，Cong street all the time, limpid bright and clear from comfortable become clear factory and the unit of domestic environment, various lightings coexist with us.Due to energy-conserving and environment-protective and human living standard's raising, light source product is also promptly updating.Due to the rare and poor efficiency power consumption of material, progressively faded out people's the visual field of incandescent lamp.Small type energy-saving lamp brightness is low, lighting area is little, cannot adapt to large area lighting; Although the emerging energy-conserving and environment-protective such as LED, brightness is high, and cost is too high, cannot spread, so the large area lighting of family and institutional settings still be take fluorescent lamp as homophony.Although traditional fluorescent lamp is large, cheap and very popular with its lighting area, still there is larger defect, for example easily broken, complexity is installed, easily cause environmental pollution etc.

At present, along with economic prosperity, city illumination brightness is more and more subject to municipal and payes attention to.But existing city illumination is still used common fluorescent lamp or LED lamp, although intensity of brightness is higher, consume energy uneconomical; Need a kind of low-power consumption decorative lamp of energy-conserving and environment-protective to substitute; Meanwhile, if decorative lamp can also have the function of clear glass, can greatly improve the purposes of decorative lamp.

By retrieval, only find one piece of identical or close with the utility model application patent document: gaseous discharge lamp is filled with method, the external electrode panel fluorescent lamp manufacturing method of discharge medium and the product (CN102945780A) making thereof, this gaseous discharge lamp is filled with the method for discharge medium, comprising: in the vacuum tank of sealing, be filled with discharge medium and form discharge medium bag; Before gaseous discharge lamp vacuum treatment, discharge medium bag is inserted in the discharge tube of gaseous discharge lamp; After gaseous discharge lamp completes, the discharge medium bag in discharge tube is processed to the discharge medium making in discharge medium bag and be discharged in discharge tube.The product that external electrode plane fluorescent lamp obtains by the method is for comprising two fluorescent lamp glass plates, between two fluorescent lamp glass plates, be provided with discharge tube, described discharge tube two ends are provided with electrode, in discharge tube, be provided with at least one glass tube or earthenware, the vacuum environment that has solved the manufacture process of gaseous discharge lamp and external electrode plane fluorescent lamp discharge tube keeps, and mercury pollution problem.

By technical characterictic, contrast, the disclosure patent documentation and the utility model application have relatively big difference.

Utility model content

The purpose of this utility model is to overcome the deficiencies in the prior art part, and the flat high interval vacuum glass lamp of a kind of scientific structure, energy-conserving and environment-protective is provided.

The technical scheme that the utility model is realized object is:

A kind of flat high interval vacuum glass lamp, comprise sheet glass, lower sheet glass, intermediate support, grooved frame, upper sheet glass and the four involutory settings in limit of lower sheet glass also seal edge sealing, the uniform intermediate support that is arranged at intervals with between upper sheet glass and lower sheet glass, vacuum cavity vacuum degree in this vacuum glass inner chamber is that 0.1-50 mercury are high, on vacuum glass four limits, be fixed with grooved frame, between grooved frame and the end face of vacuum glass, be filled with fluid sealant, it is characterized in that: between four edges, limit of described upper sheet glass and lower sheet glass, be fixed with frame parting bead, this frame parting bead and upper sheet glass, between the inner surface of lower sheet glass, adopt sealant sealing, the interval height forming in vacuum chamber is 5-10mm, in grooved frame, be fixed with exciting electrode, on the upper sheet glass in vacuum glass cavity, evenly scribble layer of fluorescent powder.

And, in the cavity of described vacuum glass, also fill inert gas.

And described exciting electrode is arranged in vacuum glass cavity or outside chamber, exciting electrode is annular electrode, or symmetrically arranged electrode.

And described frame parting bead is that hollow and closed border width is at the organic or inorganic material frame of 10-30mm.

And, described vacuum glass be shaped as square, rectangle, rhombus, circle.

And, the clear sheet that described vacuum glass adopts organic mercury or inorganic material to make.

Advantage of the present utility model and good effect are:

1, the utility model all adopts surface to be stained with encapsulant and separates with the contour frame parting bead of supporter forming inner surface between the upper and lower sheet glass of vacuum glass, greatly improved thus the housing depth between upper and lower sheet glass, it highly reaches as high as 10mm, be a kind of novel large chamber vacuum glass, effectively improved the performance of thermal insulation heat preservation and soundproof.

2, the utility model scribbles fluorescent material and/or in cavity, is filled with inert gas at the inner surface of upper sheet glass, in vacuum glass surrounding, install metal induction electrode additional, form thus plasma luminescence body lamp body, under the effect of high-frequency and high-voltage exciter, by fluorescent coating, send air that evenly soft light and/or inert gas form luminous and form the energy-efficient flat fluorescent lamp of pair light sources, this fluorescent lamp has a wide range of applications in decoration, aspect beautifying the environment.

3, the utility model adopts hollow frame parting bead, and stress performance is good, and intensity is large.

4, the utility model has been abandoned the original tubular structure of transmission fluorescent lamp, vacuum glass lamp is that light-emitting phosphor and low-pressure gas are luminous, whole shape adopts plate armature, improved brightness of illumination, strengthened the illumination efficiency of fluorescent lamp, make divergence expression illumination change over centralized illumination, thin, the breakable defect of tube wall that has changed traditional fluorescent lamp, lamp body is firm firm, is easy to storage and transport, has broken the contour structures of the single tubulose of traditional fluorescent lamp, be convenient to design, produce various structure plans, be convenient to install, easily beautifying and decorating effect.

Accompanying drawing explanation

Fig. 1 is structural front view of the present utility model;

Fig. 2 is that the A-A of Fig. 1 is to cross-sectional view;

Fig. 3 is the B portion structure enlarged diagram of Fig. 2.

Embodiment

Below in conjunction with accompanying drawing, the utility model is described in further detail by specific embodiment.It should be noted that, the present embodiment is descriptive, is not determinate, can not limit protection range of the present utility model with this.

A kind of flat high interval vacuum glass lamp, comprise sheet glass 2, lower sheet glass 7, intermediate support 6, grooved frame 1, upper sheet glass and the four involutory settings in limit of lower sheet glass also seal edge sealing, the uniform intermediate support that is arranged at intervals with between upper sheet glass and lower sheet glass, vacuum cavity vacuum degree in this vacuum glass inner chamber is that 0.1-50 mercury are high, and optimal vacuum pressure is that high-15 mercury of 5 mercury are high; On vacuum glass four limits, be fixed with grooved frame, between grooved frame and the end face of vacuum glass, be filled with fluid sealant 4.

Innovative point of the present utility model is:

1, between four edges, limit of described upper sheet glass and lower sheet glass, be fixed with frame parting bead 10, frame parting bead is that hollow and closed border width is at the organic or inorganic material frame of 10-30mm; Between the inner surface of this frame parting bead and upper sheet glass, lower sheet glass, adopt sealant 9 sealings, the interval height forming in vacuum chamber is generally at 5-10mm, and sealant adopts glass dust or other PURs.

2, the vacuum glass cavity inward flange in grooved frame is fixed with exciting electrode 5, on upper sheet glass in vacuum glass cavity, evenly scribble layer of fluorescent powder 8, by exciting of exciting electrode, can make light-emitting phosphor, this exciting electrode is drawn grooved frame outward and is connected outside control section by electrode cable 3.

Described exciting electrode is arranged in vacuum glass cavity or outside chamber, can be annular electrode, can be also symmetrically arranged electrode, as the present embodiment accompanying drawing.

In the cavity of described vacuum glass, can also fill inert gas, the air of realizing under the exciting of exciting electrode is luminous.

3, vacuum clip glass is shaped as square, rectangle, rhombus, circle and irregular polygon.

4, vacuum glass described in the utility model also can adopt other printing opacity board making, the clear sheet that for example organic mercury or inorganic material are made is as float glass, coated glass, light-converting glass, polymethyl methacrylate, comprise ordinary plate glass, quartz glass, rigid plastics, and embodiment take plate glass to narrate as example.

Claims

1. a flat high interval vacuum glass lamp, comprise sheet glass, lower sheet glass, intermediate support, grooved frame, upper sheet glass and the four involutory settings in limit of lower sheet glass also seal edge sealing, the uniform intermediate support that is arranged at intervals with between upper sheet glass and lower sheet glass, vacuum cavity vacuum degree in this vacuum glass inner chamber is that 0.1-50 mercury are high, on vacuum glass four limits, be fixed with grooved frame, between grooved frame and the end face of vacuum glass, be filled with fluid sealant, it is characterized in that: between four edges, limit of described upper sheet glass and lower sheet glass, be fixed with frame parting bead, this frame parting bead and upper sheet glass, between the inner surface of lower sheet glass, adopt sealant sealing, the interval height forming in vacuum chamber is 5-10mm, in grooved frame, be fixed with exciting electrode, on the upper sheet glass in vacuum glass cavity, evenly scribble layer of fluorescent powder.

2. flat high interval according to claim 1 vacuum glass lamp, is characterized in that: in the cavity of described vacuum glass, also fill inert gas.

3. flat high interval according to claim 1 vacuum glass lamp, is characterized in that: described exciting electrode is arranged in vacuum glass cavity or outside chamber, exciting electrode is annular electrode, or symmetrically arranged electrode.

4. flat high interval according to claim 1 vacuum glass lamp, is characterized in that: described frame parting bead is that hollow and closed border width is at the organic or inorganic material frame of 10-30mm.

5. flat high interval according to claim 1 vacuum glass lamp, is characterized in that: described vacuum glass be shaped as square, rectangle, rhombus, circle.

6. flat high interval according to claim 1 vacuum glass lamp, is characterized in that: the clear sheet that described vacuum glass adopts organic mercury or inorganic material to make.