High-efficient reflecting condenser long-life-type electronic energy-saving spherical bubble

Abstract

The invention discloses a high-efficient reflecting condenser long-life-type electronic energy-saving spherical bubble. The electronic energy-saving spherical bubble comprises an E27 lamp connector, an upper plastic shell, a switch electronic power panel, a lower plastic shell, a light source nanometer-coating reflector plate, a light source V-shaped nanometer-coating cone reflector, a U-shaped and spiral energy-saving lamp tube, and a glass nanometer-coating reflector, wherein the lamp connector inputs power to drive and light the lamp tube through the electronic power panel, the light generated by all power sources in the device is reflected, condensed and collected to be changed into effective light through the light source nanometer-coating reflector plate, the light source V-shaped nanometer-coating cone reflector and the glass nanometer-coating reflector, thus the lighting effect is improved; a concave-convex embedded type design is adopted between the glass nanometer-coating reflector and the lower plastic shell of the spiral energy-saving lamp tube, thereby realizing the simple and direct coordination and reducing the damage to the light source lamp part; and the light source lamp tube is subjected to dustproof protection, static easily-absorbed powder-dust protection and lighting effect homogenization, thus the service life of the lamp tube is prolonged by 3-5 times, and the life and lighting effect of the whole lamp are improved.

Description

technical field [0001] The invention belongs to the technical field of lighting lamps, and in particular relates to an electronic energy-saving bulb with high-efficiency reflection and light-gathering and long life. Background technique [0002] Nowadays, the energy-saving lamps we are talking about are mainly for incandescent lamps. Ordinary incandescent light effect is about 10 lumens per watt, and its lifespan is about 1000 hours. Its working principle is: when the lamp is connected to the circuit, the current flows through the filament, and the heating effect of the current makes the incandescent lamp emit continuous visible light and Infrared rays, due to the high temperature of the filament during work, most of the energy is wasted in the form of infrared radiation. Due to the high temperature of the filament, the evaporation is also very fast, so the life is greatly shortened, about 1000 hours. [0003] The energy-saving lamp mainly heats the filament of the lamp tub...

AI Technical Summary

Problems solved by technology

[0007] The present invention has the following advantages: the general energy-saving lamps and light bulbs on the market have short service life, are easy to be stained with dust, have low luminous efficiency, are easy to age, are inconvenient to install lamps, are easy to encounter damage to light source lamp tubes during installation, and have a long service life. Up to 50,000 hours, the shape is new and novel, the structure is compact and beautiful, the lamp base 1 adopts E27 (or E14) standard connection; the upper and lower plastic shells are made of ABS (or PP) fireproof materials with a temperature resistance of 180 degrees or more; switching power supply The board design uses an electronic drive circuit with a power factor of 99.6%; the nano-coated reflector of the light source adopts a nano-coated film with a reflectivity of more than 99%; the V-shaped nano-coated conical reflector of the light source adopts ABS (or PP) with a temperature resistance of 180 degrees The cone formed by the above-mentioned fireproof materials adopts vacuum nano-coating technology to make the light reflectance more than 99%; the U-shaped and spiral energy-saving lamps are designed as pure three-color environmental protection and mercury-free light source; The arc-shaped anti-reflection design eliminates the glare of the glass spherical surface, and then the mirror-level aluminum coating makes the reflection characteristics of light (more than 99% total reflection rate, diffuse reflection rate: 96%); the plastic used to fix U-shaped and spiral energy-saving lamps The lower shell is assembled with concave-convex mosaic; through the above-mentioned structural design to achieve the best light-gathering and reflection principles, the useless light inside the light source is collected, and multiple comprehensive optical structures improve the working of the whole light product at the same power consumption. At the same time, the glass nano-reflector has a protective effect on the light source lamp tube, reduces heat emission and electrostatic adsorption of the lamp, prolongs the service life of the light source lamp tube and improves the trial life of the whole lamp, and realizes true High-efficiency lighting, long-life green energy-saving bulbs

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