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Road lighting fluorescent lamp

A technology for fluorescent lamps and fluorescent tubes, applied in the field of fluorescent lamps, can solve problems such as chromatic aberration, high power, and poor visibility of high-pressure sodium lights, and achieve high color rendering index and good correlated color temperature.

Inactive Publication Date: 2003-09-10
葛葆
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  • Abstract
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  • Application Information

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Problems solved by technology

[0005] 2. The chromatic aberration and low color rendering index of high-pressure sodium lighting
When viewing objects in this light color, the visual perception is not clear, and there will be a sense of haziness, and the vision is not good.
In addition, the color rendering index of general high-pressure sodium lamps is only 23, and the color reduction is very poor.
[0007] 3. The actual energy-saving effect of high-pressure sodium lamps is not ideal
Therefore, the high-pressure sodium lamps used for road lighting use higher power, which greatly wastes the power consumption of road lighting.

Method used

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Embodiment Construction

[0022] Figure 3 shows the outline drawings of two kinds of fluorescent lamps, Figure 3A Shown is a spherical fluorescent lamp, including a lamp tube 1 . The shape of the fluorescent lamp can be made into various shapes according to the needs, Figure 3B Another form of fluorescent lamp is shown, which is a multi-row planar form. The improvement of the present invention is not the shape of the fluorescent lamp or the fluorescent tube, therefore, no further discussion on the shape of the fluorescent lamp will be made here. It should be understood that the features of the invention described below can be applied to fluorescent lamps of various shapes.

[0023] As stated in the summary of the present application, the main feature of the present invention is to change the emission spectrum distribution of the traditional high-pressure sodium lamp, and set the main peak of the emission spectrum of the lighting fluorescent lamp of the present invention within the range of 516nm ± ...

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Abstract

This invention provides a road fluorescent lamp. A problem existing in traditional high-pressure sodium lamp is that the maximum light energy output concentrates at 580 nm which has low effective light flux and low exciting value to man's eye at neso-vision belonging to yellow light zone. This invented lamp includes a lamp characterizing in that the wavelength main peek value of fluorescence powder coated on the lamp is 516+ / -10nm and sub-peak values are 480+ / -10nm, 450+ / -10nm and 611+ / -10nm, the distribution of which comforms to the meso-vision spectrum sensitivity between bright and dark visions of man's eye.

Description

technical field [0001] The invention relates to a fluorescent lamp, in particular to a fluorescent lamp for road lighting. Background technique [0002] Road lighting is an important part of the development and changes of cities around the world. Lighting experts and human physiology experts agree that road lighting sources with high luminous efficiency, good color rendering, low energy consumption, long life and low light pollution are the development direction of road lighting in the future. At present, road lighting mainly adopts high-pressure sodium lamps with high luminous efficiency and long life, replacing traditional incandescent lamps and high-pressure mercury lamps, and has become the most important lamp for road lighting. However, as people's requirements for road lighting continue to increase, especially after research, it has been found that there are obvious differences between the human eye's visual effect requirements for the nighttime visual environment and...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01J61/42
Inventor 葛葆珪
Owner 葛葆
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