CN103400746A - Flat-plate-type hollow vacuum gas recombination decorative lamp glass - Google Patents

Abstract

The invention relates to a flat-plate-type vacuum hollow gas recombination decorative glass lamp, which comprises vacuum glass and hollow glass, wherein the vacuum glass is formed by upper glass, lower glass, a support and an air suction pipe; the hollow glass is formed by the lower glass and base plate glass through parting bars at the two sides; four sides of the hollow vacuum gas recombination glass formed by the vacuum glass and the base plate glass are combined and sealed by adopting a groove-shaped frame; a closed ring-shaped exciting electrode is fixedly arranged in the groove-shaped frame; and inert gas or mercury is filled in an inner cavity of the vacuum glass formed by the upper glass and the lower glass. With the adoption of the flat-plate-type vacuum hollow gas recombination decorative glass lamp, the exciting principle that a high-frequency high-voltage electric field is used for exciting plasma shining is adopted, the brightness of air light is enhanced by air negative pressure inert gas in the vacuum glass, and the light intensity is improved; the vacuum hollow gas recombination glass is formed through the condition that flat-plate glass is retrofitted on the vacuum glass, so that dual functions of the vacuum glass and the hollow glass can be realized, and the glass applications are effectively expanded.

Description

A kind of flat hollow vacuum gas recombination decorative lamp glass

Technical field

The invention belongs to illumination and glass art, relate to the compound of decorative lamp and glass, especially a kind of plate type evacuated hollow gas ambetti lamp.

Technical background

The mankind are from be born, just and light, illumination interwoveness.From natural daylight and moonlight, make light to association's wisdom, the mankind have experienced and have utilized bonfire, torch, to oil lamp and candle; The transition to mercury lamp, sodium vapor lamp, xenon lamp of incandescent lamp, fluorescent lamp have been experienced again.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 domestic environment comfortable bright to factory and unit, 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 power consumption of the rare and poor efficiency 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, can't adapt to large area lighting; Although the emerging energy-conserving and environment-protective such as LED, brightness is high, and cost is too high, can't spread, so the large area lighting of family and institutional settings is still take fluorescent lamp as homophony.Although traditional fluorescent lamp is large, cheap and very popular with its lighting area, larger defect is still arranged, for example easily broken, complexity is installed, easily cause environmental pollution etc.

At present, along with the prosperity of economy, city illumination brightness more and more is subject to municipal and payes attention to.But existing city illumination still uses common fluorescent lamp or LED lamp,, although intensity of brightness is higher, consumes energy uneconomical; Need a kind of low-power consumption decorative lamp of energy-conserving and environment-protective to substitute; Simultaneously,, 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 present patent application publication document: gaseous discharge lamp is filled with method, the external electrode panel fluorescent lamp manufacturing method of discharge medium and the product (CN102945780A) that makes thereof, this gaseous discharge lamp is filled with the method for discharge medium, comprising: be filled with discharge medium and form the discharge medium bag in the vacuum tank of sealing; Before the gaseous discharge lamp vacuum treatment, the 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 the discharge medium that makes in the discharge medium bag be discharged in discharge tube.The product that the external electrode plane fluorescent lamp obtains with the method is for comprising two fluorescent lamp glass plates, be provided with discharge tube between two fluorescent lamp glass plates, described discharge tube two ends are provided with electrode, be provided with at least one glass tube or earthenware in discharge tube, the vacuum environment that has solved the manufacture process of gaseous discharge lamp and external electrode plane fluorescent lamp discharge tube keeps, and the mercury pollution problem.

Contrast by technical characterictic, the disclosure patent documentation and the present patent application have more different.

Summary of the invention

The object of the invention is to overcome the deficiencies in the prior art part, the plate type evacuated hollow gas ambetti lamp of a kind of design science, simple in structure, energy-conserving and environment-protective is provided.

The present invention realizes that the technical scheme of purpose is:

a kind of plate type evacuated hollow gas ambetti lamp, comprise by upper sheet glass, lower sheet glass, supporter, the vacuum glass that exhaust tube forms and the double glazing that the parting bead by both sides forms at lower sheet glass and base plate glass, the structure of vacuum glass is: the four involutory settings in limit of upper sheet glass and lower sheet glass, be fixed with in the gap at four edges, limit of upper sheet glass and lower sheet glass and fill and the edge sealing of the material formation of sealing function, one jiao at upper sheet glass and lower sheet glass is fixed with exhaust tube, the uniform supporter that is arranged at intervals with between upper sheet glass and lower sheet glass, it is the high vacuum cavities of 0.1-50 mercury that this vacuum glass inner chamber forms vacuum degree, optimal vacuum pressure is that high-15 mercury of 5 mercury are high, the hollow vacuum glass compound with the common formation of base plate glass, it is characterized in that: four limits of the hollow vacuum compound glass that forms at vacuum glass and base plate glass are combined adopts the grooved frame to carry out involution, be fixedly mounted with the annular exciting electrode of a sealing in the grooved frame, the vacuum glass inner chamber that upper sheet glass and lower sheet glass form is filled with inert gas or mercury.

And described annular exciting electrode is packed in the vacuum glass side in frame, perhaps is packed in base plate glass.

And, described hollow vacuum compound glass be shaped as square, rectangle, rhombus, circle and irregular polygon.

And described inert gas comprises neon and argon gas.

And described vacuum glass comprises ordinary plate glass, quartz glass or rigid plastics.

Advantage of the present invention and good effect are:

1, the present invention utilizes electromagnetic induction can make the especially luminous principle of inert gas of air, annular magnet coil is packed in the periphery of vacuum glass, undertaken luminous by the negative pressure air in vacuum glass, although the air field brightness that produces is lower, decorative lamp as show window and urban landscape is fully passable, and this decorative lamp environmental protection and energy saving, have a wide range of applications in decoration, aspect beautifying the environment.

2, the present invention adopts the excitation principle of high-frequency high-voltage field excitation luminescence of plasma, and the negative pressure inert gas in vacuum glass increases the brightness of airlight, has improved light intensity.

3, the present invention has been installed again one flat plate glass additional and has been formed the vacuum hollow composite glass on vacuum glass, can realize thus the dual-use function of vacuum glass and double glazing, has effectively expanded the purposes of glass.

4, it is luminous that the present invention utilizes induction to carry out air, therefore can make lamp body can adopt the mode of separating with annular electrode, avoided the problem of the poor sealing performance that the different coefficients of expansion due to the contour printing opacity plate of metal electrode and glass cause, and simplified the technique of decorative lamp, guaranteed the quality of production of flat decorative lamp, reduced production cost, innovation and the development of decorative lamp industry have been promoted, can realize industrialization, scale, standardized production, it is the regeneration product of existing decorative lamp, it is the revolution innovation to illuminating industry, has boundless development prospect.

Description of drawings

Fig. 1 is structural front view of the present invention;

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

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

Specific embodiment

Below in conjunction with accompanying drawing, by specific embodiment, the present invention is described in further detail.Need to prove, the present embodiment is descriptive, is not determinate, can not limit protection scope of the present invention with this.

a kind of plate type evacuated hollow gas ambetti lamp, comprise by upper sheet glass 4, lower sheet glass 1, supporter 8, the vacuum glass that exhaust tube 2 forms and the double glazing that the parting bead 9 by both sides forms at lower sheet glass and base plate glass 10, the structure of vacuum glass is: the four involutory settings in limit of upper sheet glass and lower sheet glass, arrange for the edge misalignment in the present embodiment accompanying drawing, be fixed with in the gap at four edges, limit of upper sheet glass and lower sheet glass and fill and the edge sealing 3 of the material formation of sealing function, one jiao at upper sheet glass and lower sheet glass is fixed with exhaust tube, the uniform supporter that is arranged at intervals with between upper sheet glass and lower sheet glass, said structure forms vacuum glass after exhaust tube vacuumizes, it is the high vacuum cavities of 0.1-50 mercury that this vacuum glass inner chamber forms vacuum degree, optimal vacuum pressure is that high-15 mercury of 5 mercury are high.The hollow vacuum glass compound with the common formation of base plate glass.

Innovative point of the present invention is:

Four limits of the hollow vacuum compound glass that 1, forms at vacuum glass and base plate glass are combined adopts grooved frame 5 to carry out involution, is fixedly mounted with the annular exciting electrode 6 of a sealing in the grooved frame, and this exciting electrode connects outside control sections by wire 7.In the present embodiment accompanying drawing, described annular exciting electrode is the vacuum glass side that is packed in frame, also can be packed in base plate glass.

2, the vacuum glass inner chamber that forms of upper sheet glass and lower sheet glass is filled with inert gas or mercury, and described inert gas comprises neon and argon gas.

3, the hollow vacuum compound glass is shaped as square, rectangle, rhombus, circle and irregular polygon.

4, hollow vacuum compound glass of the present invention also can adopt other printing opacity board making, the for example clear sheet made of organic mercury or inorganic material such as float glass, coated glass, polymethyl methacrylate, comprise ordinary plate glass, quartz glass, rigid plastics, and embodiment narrates as an example of plate glass example.

Claims (5)

1. plate type evacuated hollow gas ambetti lamp, comprise by upper sheet glass, lower sheet glass, supporter, the vacuum glass that exhaust tube forms and the double glazing that the parting bead by both sides forms at lower sheet glass and base plate glass, the structure of vacuum glass is: the four involutory settings in limit of upper sheet glass and lower sheet glass, be fixed with in the gap at four edges, limit of upper sheet glass and lower sheet glass and fill and the edge sealing of the material formation of sealing function, one jiao at upper sheet glass and lower sheet glass is fixed with exhaust tube, the uniform supporter that is arranged at intervals with between upper sheet glass and lower sheet glass, it is the high vacuum cavities of 0.1-50 mercury that this vacuum glass inner chamber forms vacuum degree, optimal vacuum pressure is that high-15 mercury of 5 mercury are high, the hollow vacuum glass compound with the common formation of base plate glass, it is characterized in that: four limits of the hollow vacuum compound glass that forms at vacuum glass and base plate glass are combined adopts the grooved frame to carry out involution, be fixedly mounted with the annular exciting electrode of a sealing in the grooved frame, the vacuum glass inner chamber that upper sheet glass and lower sheet glass form is filled with inert gas or mercury.

2. plate type evacuated hollow gas ambetti lamp according to claim 1 is characterized in that: described annular exciting electrode is packed in the vacuum glass side in frame, perhaps is packed in base plate glass.

3. plate type evacuated hollow gas ambetti lamp according to claim 1 is characterized in that: described hollow vacuum compound glass be shaped as square, rectangle, rhombus, circle and irregular polygon.

4. plate type evacuated hollow gas ambetti lamp according to claim 1, it is characterized in that: described inert gas comprises neon and argon gas.

5. according to claim 1 or 3 described plate type evacuated hollow gas ambetti lamps, it is characterized in that: described vacuum glass comprises ordinary plate glass, quartz glass or rigid plastics.

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