FPL FPL LED Lamp Cover LED fluorescent light diffuse amplification lens cover safety connection socket for electric shock prevention and easy movement fixing device with magnetic

摘要

The present invention relates to a light amplification lens cover for an FPL fluorescent lamp and an FPL fluorescent lamp compatible LED lamp, a safety connection socket for preventing electric shock, and a simple movement fixing device. In the present invention, when installing FPL fluorescent lamps and compatible LED lamps, two of the three fluorescent lamp installation structures of the existing luminaires are used without changing the structure to maintain the same brightness as the existing three fluorescent lamps, and at the same time To remove the shading, a plastic lens (ABS) is manufactured in the form of a cover and attached to the LED lamp, and this LED lamp is simply and safely installed without power-off and drilling and screw installation work by any drill or tool. The purpose is to construct a safety connection socket for electric shock prevention to be connected to a ballast installed in the luminaire, and a simple movement fixing device using a magnet that allows the LED lamp to be installed freely in the luminaire without any additional work. For this purpose, a concave lens made of plastic material (ABS) is made in the form of a cover in the same shape as an FPL fluorescent lamp and an FPL-compatible LED lamp. 32W (LED lamp is 18W) is 35 Cm, 55W ((LED lamp is 25W) is 50 cm. Therefore, by simply attaching (overlapping) on the existing FPL fluorescent lamps and FPL-compatible LED Lamp Covers, the brightness is increased and the shadows on the corners of the luminaires are removed, thereby showing the effect of spreading the light evenly throughout the luminaires. Also, the existing 32W fluorescent lamps And three 18W FPL LED lamps can be used as two, and the existing 55W fluorescent lamps and 25W FPL LED lamps can be easily installed by overlaying a diffusion type cover for reduced use from four or five to two or three. At the same time, it is characterized by drastically reducing electricity consumption by at least 33%. In order to install this, it is necessary to change the position of the existing ballast (A. B), connection socket (C), and stator (D) without shutting off the power of the fluorescent lamp. Although cumbersome installation work, such as drilling and screw installation work due to the drill due to power cut-off and installation of the luminaire, was required, pin type and hole type, characterized in that it is configured so that anyone can install it without power interruption without such additional change work. Hole) A safety connection socket for preventing electric shock consisting of two sockets, and a screw-type simple moving fixing device using a magnet, characterized in that it can be installed without power interruption. It caused many problems such as waste of resources and labor costs (over 20,000 won per installation cost), such as repurchasing and installing the entire luminaire in the city, but by using this invention, the problem of wasting resources and burdening labor costs by only replacing LED lamps compatible with FPL fluorescent lamps. It is judged that it will be possible to solve the problem, and in the past, a total of two ballasts, one for the second and one for the first, were required. When using only one ballast for 2 lamps, the product price is expected to decrease (approximately KRW 10,000), reducing the burden on consumers, thereby increasing the spread of LED lamps, reducing power consumption, preventing resource waste, and increasing installation costs and service life. It is believed that it will be able to make a lot of contributions to the national economy because it can be expected.