CN201859832U - Efficient magnetic energy induction fluorescent lamp - Google Patents
Efficient magnetic energy induction fluorescent lamp Download PDFInfo
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- CN201859832U CN201859832U CN2010202837959U CN201020283795U CN201859832U CN 201859832 U CN201859832 U CN 201859832U CN 2010202837959 U CN2010202837959 U CN 2010202837959U CN 201020283795 U CN201020283795 U CN 201020283795U CN 201859832 U CN201859832 U CN 201859832U
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- induction
- fluorescent lamp
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Abstract
The utility model discloses an efficient magnetic energy induction fluorescent lamp which comprises a luminous tube forming a closed loop and a magnetic current induction line. A first magnetic cavity and a second magnetic cavity are arranged on the luminous tube; a solid mercury cavity communicated with the cavity of the luminous tube is positioned at the first magnetic cavity; an indium network cavity communicated with the cavity of the luminous tube is positioned at the second magnetic cavity; at least one magnetic current induction line penetrates the luminous tube; and a fluorescent coating is coated on the inner wall of the luminous tube. The magnetic current induction line penetrates the luminous tube, so as to form an accelerated spiral magnetic current cavity, which has a tractive effort on magnetic energy and simultaneously performs spiral accelerating on ion flow in the luminous tube, so that the speed, the rang and the density of the ion flow impacting mercury atom are unprecedentedly improved, and the discharge rate and the light efficiency are greatly enhanced, and as the utilization efficiency of solid mercury is improved, the use level of the solid mercury can be reduced, and the lamp is more environment-friendly.
Description
[technical field]
The utility model relates to discharge lamp with luminescence, but particularly utilizes magnetic energy effect mode ion flow to be carried out the high efficiency magnetic energy induction fluorescent lamp of the luminous no filament of spiral acceleration bump light-emitting atom.
[background technology]
It from the patent No. 96191079.8 the known discharge lamp with luminescence of Chinese patent.This kind discharge lamp is provided with first and second magnetic cores respectively and installs magnetron (that is: induction coil) additional on magnetic core, be directly connected to the incoming end of first and second induction coils with insulated conductor at the high frequency electric source end, supply with the certain electromagnetic energy of magnetron by high frequency electric source and excite solid mercury in the lamp housing, inert gas produces mercury vapour (mercury atom) and ion flow, drive the fluorescent material photon that ion flow clashes into the adsorbed electron production uv light induction tube wall of atom by electromagnetic energy simultaneously, form visible light and also outwards distribute with the daylight form in certain spectral region, the above-mentioned patent No. is that 96191079.8 discharge lamp is than generic linear tubulose (common fluorescent lamp), annular tube shaped, rectangular tubular, the U type, the luminous efficiency of spirality and annular electricity-saving lamp has had considerable raising.Its concrete mechanism is: the solid mercury of high-energy evaporation that sends in the magnetron during work is that mercury vapour (mercury atom) is formed with the bump of the ion flow of certain intensity, speed to mercury atom to inert gas ionization and acceleration simultaneously, make low-pressure mercury vapour discharge in the pipe, this discharge process essence is that mercury atom loses the luminescence process that electronics obtains electronics, simultaneously about 60% input electric energy is transformed into wavelength and is the ultra-violet radiation of 253.7nm and be transformed into visible light by fluorescent material.Providing polarity to act on the magnetron at power supply is that unidirectional words are because atom is subjected to ion flow drive same direction in ring shaped lamp constantly to accelerate to dynamic equilibrium all the time, chance, quantity and intensity that this moment, atom was impacted reach dynamic equilibrium on low-level, cause its light efficiency greatly to reduce.So this discharge lamp is the electric current that installs magnetron additional in a kind of closed tube-like tube one or both ends and positive-negative polarity is provided with the cycle by high frequency electric source, it affacts the ion flow that will constantly form clockwise counterclockwise polarity on the magnetron and makes the electronics of absorption separate the generation ultraviolet light with magnetic energy ion flow bump mercury atom and encourages the fluorescent material photon of tube wall to form visible light, because losing electronics this discharge process of electronics of getting back after being impacted, its mercury atom of characteristic of atom goes round and begins again, make it constantly form visible light, this shows its mercury atom that has electronics be impacted the discharge many more its light efficiencies of number of times high more, adopt the constrictive accelerated mode that has of reciprocal orthoscopic at present, the frequency that mercury atom is impacted and discharges, density is lower, therefore, the utilance to mercury is also not high.Simultaneously, this discharge lamp is owing to there is longer connecting line to influence its aesthetic property through the lamp housing space surface between magnetron and high frequency electric source.More important because its connecting line high-frequency magnetic leakage is big, low this of efficient will directly have influence on the light efficiency of product, and because the radio frequency width of cloth will form serious electromagnetic interference when penetrating Datong District.
[utility model content]
The purpose of this utility model solves the problems of the prior art exactly, proposes a kind of high efficiency magnetic energy induction fluorescent lamp, not only can eliminate harmful electromagnetic interference, and can increase the discharge rate of mercury gaseous mixture, makes whole light efficiency reach a new height.
For achieving the above object, the utility model proposes a kind of high efficiency magnetic energy induction fluorescent lamp, comprise the luminous tube and the magnetic current line of induction that form loop, described luminous tube is provided with first magnetic cavity and second magnetic cavity, the described first magnetic cavity place is provided with the solid mercury chamber that communicates with the luminous tube inner chamber, the second magnetic cavity place is provided with the indium net chamber that communicates with the luminous tube inner chamber, is installed with at least one magnetic current line of induction in the described luminous tube, scribbles fluoresent coating on the inwall of described luminous tube.
As preferably, the described magnetic current line of induction adopts conductive material, and covers insulating barrier outside conductive material, and the outer surface of insulating barrier scribbles fluoresent coating.Under the situation that does not increase volume, increased the area of fluoresent coating, under identical illumination effect, can dwindle the volume of whole lamp, under identical volume, can increase luminous light efficiency.
As preferably, the described magnetic current line of induction is located at the center of luminous tube.Making full use of the characteristic of magnetic energy, this moment because and guiding magnetic force parabola central point it will can maximizedly utilize the intensity of the ion flow that also mean magnetic current simultaneously and drawn also will maximize the use to magnetic current intensity when overlapping substantially.
As preferably, described luminous tube is a rectangle, and first magnetic cavity and second magnetic cavity are symmetricly set on rectangular two minor faces along center line.This rectangle luminous tube is formed by two sections pipe Combination Welding, and simple in structure, cost is low.
As preferably, described luminous tube is circular, and first magnetic cavity and second magnetic cavity are symmetrical arranged along the center of circle.This circle luminous tube combines good looking appearance by two sections semicircular pipe welding.
For achieving the above object, the utility model has also proposed a kind of U-shaped high efficiency magnetic energy induction fluorescent lamp, the luminous tube and the magnetic current line that comprise " U " shape, be provided with magnetic cavity between the two ends of described luminous tube, the two ends of described luminous tube are respectively equipped with solid mercury chamber and indium net chamber, be installed with at least one magnetic current line of induction in the described luminous tube, scribble fluoresent coating on the inwall of described luminous tube.Novel structure, good looking appearance.
As preferably, the described magnetic current line of induction adopts conductive material, and covers insulating barrier outside conductive material, and the outer surface of insulating barrier scribbles fluoresent coating.Under the situation that does not increase volume, increased the area of fluoresent coating, under identical illumination effect, can dwindle the volume of whole lamp, under identical volume, can increase luminous light efficiency.
The beneficial effects of the utility model: wear the magnetic current line of induction in the utility model luminous tube, form ion flow high performance induction enhancement region, making it make the movement locus of ion flow in the luminous tube that the essence that acceleration in a spiral manner advances has taken place when magnetic energy of magnetic cavity district emission plays draw to magnetron changes, make ion flow under the constant situation of original unit lineal measure, advance along the magnetic current line of induction outer wall acceleration of spinning, it surmounts the lineal measure of original unit greatly around the length of advancing, this just means that ion flow is that space in the whole luminous tube is carried out helical cut and mercury atom is carried out sufficient incompressible cutting collision when the spiral acceleration advances, make the speed of ion flow bump mercury atom, scope and density are an unprecedented increase, thereby discharge rate and light efficiency are greatly improved, and ion flow intensity in the luminous tube owing to heightened, make starter easier, because to the raising of the utilization ratio of mercury admittedly, its solid mercury consumption can reduce, thereby environmental protection more, the application of the magnetic current line of induction has simultaneously obviously improved the serious problem of electromagnetic interference that can't overcome in the prior art.
Feature of the present utility model and advantage will be elaborated in conjunction with the accompanying drawings by embodiment.
[description of drawings]
Fig. 1 is the structural representation of high efficiency magnetic energy induction fluorescent lamp embodiment one of the present invention;
Fig. 2 is the structural representation of high efficiency magnetic energy induction fluorescent lamp embodiment two of the present invention;
Fig. 3 is the structural representation of high efficiency magnetic energy induction fluorescent lamp embodiment three of the present invention;
Fig. 4 is the structural representation of high efficiency magnetic energy induction fluorescent lamp embodiment four of the present invention.
[embodiment]
Embodiment one:
As shown in Figure 1, high efficiency magnetic energy induction fluorescent lamp comprises the luminous tube 1 and the magnetic current line of induction 2 that forms loop, described luminous tube 1 is provided with first magnetic cavity 5 and second magnetic cavity 6, described first magnetic cavity 5 places are provided with the solid mercury chamber 3 that communicates with luminous tube 1 inner chamber, second magnetic cavity, 6 places are provided with the indium net chamber 4 that communicates with luminous tube 1 inner chamber, be installed with at least one magnetic current line of induction 2 in the described luminous tube 1, scribble fluoresent coating on the inwall of described luminous tube 1, scribble fluoresent coating on the outer surface of magnetic current line 2.Usually, adopt the effect of a magnetic current line of induction 2 better, as a kind of mapping mode, also a magnetic current line of induction 2 can be divided into multistage, every section two ends are conducted with the external world respectively, have the technical scheme of the magnetic current line 2 more than two thereby form, and are also contained in the present embodiment.
The characteristic lead of magnetic energy send electricity by power supply to first magnetic cavity 5 and second magnetic cavity 6, will produce magnetic field induction through time on the magnetic current line of induction 2 of conducting, owing to will play draw to the magnetic line of force of generation magnetic energy when through-flow at electric current.Because quickening when the innovation and application of the magnetic current line of induction 2 of spiral makes it play draw to magnetic energy is the ion flow acceleration of spinning in the luminous tube 1, making ion flow quicken the magnetic current line of induction outer wall acceleration of spinning along spiral under the constant situation of original unit lineal measure advances, it surmounts the lineal measure of original unit greatly around the length of advancing, this just means that ion flow is that space in the whole luminous tube 1 is carried out helical cut and mercury atom is carried out sufficient incompressible cutting collision when the spiral acceleration advances, the present invention makes the speed of ion flow bump mercury atom in sum, the discharge rate and the light efficiency that also make unit intensity are greatly improved thereby scope and density are an unprecedented increase, and ion flow intensity in the luminous tube 1 owing to heightened, make starter easier, because to the raising of the utilization ratio of mercury admittedly, thereby its solid mercury consumption can reduce environmental protection more.
The described magnetic current line of induction 2 is located at the center of luminous tube 1, making full use of the characteristic of magnetic energy, this moment because and guiding magnetic force parabola central point it will can maximizedly utilize the intensity of the ion flow that also mean magnetic current simultaneously and drawn also will maximize the use to magnetic current intensity when overlapping substantially.
The selection and the setting of ionogenic filling material mercury.Its inert gas can be inert gas and their mixtures such as argon, krypton; Mercury is solid-state mercury, as selecting the mercury alloy that contains that is called as mercurial for use, in order to reach the light output of greater efficiency after lamp is started very soon, this device adds selects a kind of indium mercury alloy net that is called as for use, its mercury of selecting for use is placed in the blast pipe usually, helps the startup of its low temperature.
The present invention is owing to the abundant application and the innovation of key principle are recreated the recycling of leaking energy simultaneously, its Energy Efficiency Ratio energy-saving effect that is greatly improved is more outstanding, simultaneously because the increasing substantially of the discharge rate of unit intensity, the whole light efficiency, the luminous flux that always fluctuate that industry is paid close attention to the most reached a brand-new breakthrough height.
In the present embodiment, luminous tube 1 adopts the rectangle pipe, and first magnetic cavity 5 and second magnetic cavity 6 are symmetricly set on rectangular two minor faces along center line.This rectangle luminous tube 1 is combined by two sections pipes, and simple in structure, cost is low.
Embodiment two:
As shown in Figure 2, in the present embodiment, luminous tube 1 adopts round tube, and first magnetic cavity 5 and second magnetic cavity 6 are symmetrical arranged the round tube good looking appearance along the center of circle.
Embodiment three:
As shown in Figure 3, in the present embodiment, luminous tube 1 adopts the U-shaped pipe, the luminous tube 1 and the magnetic current line of induction 2 that comprise " U " shape are provided with a magnetic cavity (first magnetic cavity 5) between the two ends of described luminous tube 1, the two ends of described luminous tube 1 are respectively equipped with solid mercury chamber 3 and indium net chamber 4, be installed with at least one magnetic current line of induction 2 in the described luminous tube 1, the described magnetic current line of induction 2 passes luminous tube 1, scribbles fluoresent coating on the inwall of described luminous tube 1, scribbles fluoresent coating on the outer surface of the magnetic current line of induction 2.
Embodiment four:
As shown in Figure 4, in the present embodiment, be installed with at least two magnetic current lines of induction 2 in the luminous tube 1, and many magnetic current lines of induction 2 are to arrange side by side, all scribble fluoresent coating on the outer wall of every magnetic current effect pipe 2, this is simple in structure, and illumination effect is better.
The foregoing description is to explanation of the present utility model, is not to qualification of the present utility model, any scheme after the utility model simple transformation is all belonged to protection range of the present utility model.
Claims (7)
1. a high efficiency magnetic energy is responded to fluorescent lamp, comprise the luminous tube and the magnetic current line of induction that form loop, described luminous tube is provided with first magnetic cavity and second magnetic cavity, the described first magnetic cavity place is provided with the solid mercury chamber that communicates with the luminous tube inner chamber, the second magnetic cavity place is provided with the indium net chamber that communicates with the luminous tube inner chamber, it is characterized in that: be installed with at least one magnetic current line of induction in the described luminous tube, scribble fluoresent coating on the inwall of described luminous tube.
2. a kind of high efficiency magnetic energy induction fluorescent lamp as claimed in claim 1, it is characterized in that: the described magnetic current line of induction adopts conductive material, and covers insulating barrier outside conductive material, and the outer surface of insulating barrier scribbles fluoresent coating.
3. a kind of high efficiency magnetic energy induction fluorescent lamp as claimed in claim 1, it is characterized in that: the described magnetic current line of induction is located at the center of luminous tube.
4. a kind of high efficiency magnetic energy induction fluorescent lamp as claimed in claim 1, it is characterized in that: described luminous tube is a rectangle, first magnetic cavity and second magnetic cavity are symmetricly set on rectangular two minor faces along center line.
5. a kind of high efficiency magnetic energy induction fluorescent lamp as claimed in claim 1, it is characterized in that: described luminous tube is for circular, and first magnetic cavity and second magnetic cavity are symmetrical arranged along the center of circle.
6.U form height is imitated magnetic energy induction fluorescent lamp, the luminous tube and the magnetic current line that comprise " U " shape, be provided with magnetic cavity between the two ends of described luminous tube, the two ends of described luminous tube are respectively equipped with solid mercury chamber and indium net chamber, it is characterized in that: be installed with at least one magnetic current line of induction in the described luminous tube, scribble fluoresent coating on the inwall of described luminous tube.
7. U-shaped high efficiency magnetic energy induction fluorescent lamp as claimed in claim 6, it is characterized in that: the described magnetic current line of induction adopts conductive material, and covers insulating barrier outside conductive material, and the outer surface of insulating barrier scribbles fluoresent coating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202837959U CN201859832U (en) | 2010-08-05 | 2010-08-05 | Efficient magnetic energy induction fluorescent lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202837959U CN201859832U (en) | 2010-08-05 | 2010-08-05 | Efficient magnetic energy induction fluorescent lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201859832U true CN201859832U (en) | 2011-06-08 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202837959U Expired - Fee Related CN201859832U (en) | 2010-08-05 | 2010-08-05 | Efficient magnetic energy induction fluorescent lamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201859832U (en) |
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2010
- 2010-08-05 CN CN2010202837959U patent/CN201859832U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110608 Termination date: 20180805 |