JP3147094U - Light bulb-type fluorescent lamp - Google Patents

Abstract

The present invention provides a bulb-type fluorescent lamp that lights up brightly when lit.
A filament lamp is installed in a fluorescent lamp and heated at the time of lighting to heat up the entire bulb-type fluorescent lamp and light up earlier than the present time. Since it is not necessary to turn on the filament after the bulb-type fluorescent lamp is turned on, it automatically turns off. In addition, it is possible to contribute to the spread of fluorescent lamps by using a halogen lamp (light bulb life of 2,000 hours) or an incandescent lamp integrated in an incandescent lamp, which is turned on instantaneously after the switch is inserted into the bulb-type fluorescent lamp.
[Selection] Figure 1

Description

BACKGROUND ART Since bulb-type fluorescent lamps and halogen lamps have already been manufactured and sold, there is no need for new research and development.
Disclosure of the device As shown in the drawing.
Challenges for solving the problem Effect of the technical idea to join the spherical surface of the halogen lamp to the spherical surface of the bulb-type fluorescent lamp The greenhouse gas reduction effect when all households switch to the bulb-type fluorescent lamp is one of the household emissions. It is considered to be about 2 million tons, or 3%.
Possibility of use It may be more expensive than the current value of bulb-type fluorescent lamps, and it will take time to disseminate.
BRIEF DESCRIPTION OF THE FIGURES As shown in the attached drawing.
In addition to the purpose of the application, the purpose of the application is April 5, this year, the Minister of Economy, Trade and Industry said, “The incandescent lamp with high power consumption will be discontinued in four years and will be switched to a bulb-type fluorescent lamp. The company has officially announced its policy to complete.The bulb-type fluorescent lamp consumes about one-fifth of incandescent lamps and has a long life and high energy-saving effect. "The aim is to accelerate."
When all households switch to bulb-type fluorescent lights, the greenhouse gas reduction effect is estimated to be about 2 million tons, or 1.3% of household emissions.
The Minister of Economy, Trade and Industry expressed the idea that it would take about two minutes for the bulb-type fluorescent lamp to become bright [I would like to request technical improvements from the manufacturer].
I agree with this idea and will apply for it as per the attachment.
Volta batteries of the invention of Alessandro Volta in Italy in 1799 contributed to the development of the later electromagnetism and electrochemistry, and it is said that this invention is the beginning of all modern and future civilizations. Both [White Fluorescent Lamp] and [White Light Emitting Diode] are said to have been far behind without this invention. 1880 Edison patented [Incandescent Bulb]. In 1926, Edmund Garmer of Lectron, Germany, applied for a new fluorescent lamp system patent. In 1938, there was a theory that it was developed and invented by Inman of GE, USA. In 1946, white fluorescent lamps using “calcium halophosphate phosphor” developed by Alfred McKieg became popular.
In 1980, a bulb-type fluorescent lamp was developed by Philips. Since it can be directly attached to existing light bulb equipment, it is an epoch-making idea that drastically reduces the switching cost for popularizing fluorescent lamps.
Fluorescent lamps were assembled in Japan in 1940, and nearly 70 years later, now 65% of lighting fixtures. Lighting accounts for 20% of household power consumption. According to the theory of Professor Yasukouchi of Kyushu University, the light for two hours before going to sleep is deeper than the other lights when exposed to orange light such as light bulbs.
The main features of fluorescent lamps are high lamp efficiency, light color white, day white, light bulb color, low radiant heat, long lamp life from 6,000 hours to 20,000 hours, soft light, and low electricity charges.
The latter, on the other hand, has the same screw-on base as the light bulb and has an electronic ballast built in the lamp. Since it is impossible to set the same device specifications as the former in a narrow screw-in place, it takes two minutes for the mechanism that the filament inside the bulb-type fluorescent lamp discharges and emits electrons to light up.
FIG. 1 and FIG. 2 can be considered as methods for quickly lighting the bulb-type fluorescent lamp.
1 and 1 show that a filament is placed in a fluorescent lamp and the lamp is heated at the time of lighting to heat up the entire bulb-type fluorescent lamp so that it can be turned on earlier than the present. Since it is not necessary to turn on the filament after the bulb-type fluorescent lamp is turned on, it automatically turns off.
2. Fluorescent light bulbs by using a halogen lamp (light bulb life of 2,000 hours) or an incandescent lamp integrated as shown in Fig. 2 of the separate sheet, which is turned on immediately after the switch is inserted into the light bulb type fluorescent lamp. I think that I can contribute to the spread of
A mechanism that combines a time switch that turns on instantly after switch-on and automatically turns off the latter part two minutes after the bulb-type fluorescent light switch is turned on.
: There is a difference between the useful life of fluorescent lamps (6,000 to 20,000 hours) and the useful life of halogen lamps (2,000 hours). Absent.

Claims (3)

Combination of bulb-type fluorescent lamp and incandescent lamp (halogen lamp). An incandescent filament is provided in a bulb-type fluorescent lamp. A method of lighting faster than the current light bulb type fluorescent lamp.

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