KR20110115272A - Led lamp radiator - Google Patents

Abstract

The LED lamp radiator according to the present invention includes a cylindrical pedestal and a pedestal, the pedestal is installed inside the pedestal, a few fin pins are installed outside the pedestal, a constant bin between each fin pin At intervals, the connection between the fin pin and the base also maintains a constant gap and is characterized in that two screw holes are provided in the pedestal. The beneficial effect of the present invention is good heat dissipation performance, there is a gap between each fin fin, the heat emitted from the LED component flows into the air through the air into the tropical air through the empty space, fin fin and base connection is also a constant space To improve the heat dissipation function, reduce material consumption, reduce material cost, improve the efficiency of air convection by removing pedestal and buckle inside the radiator and removing the isolation layer in the prior art The cost of materials has been reduced.

Description

LED lamp radiator {LED LAMP RADIATOR}

The present invention relates to the art in the field of LED lighting, and more particularly to an LED lamp radiator.

The temperature rises due to the amount of heat generated during operation, and the LED burns when the temperature exceeds the maximum temperature value of the LED. Especially, when the temperature is too high, the LED burns more seriously. . In order to solve the technical problems caused by the normal operation of the LED at excessively high temperatures, the current one commonly used is to install a radiator on the LED to increase the scattering area of the LED so that the amount of heat generated by the LED in the air in a timely manner It is to be distributed.

LEDs are a kind of high-efficiency light sources, have a small volume, low power consumption, and are therefore used not only in automobiles, traffic lights but also in the lighting field. With the development of application demand, the demand for high efficiency LED lamps is increasing day by day. However, the higher the power of the LED, the higher the amount of heat emitted during operation, and whether or not it can be timely derived or released is a key factor affecting the LED emission quality and lifetime.

Currently, the radiators of LED ball lamps generally all use aluminum materials, but basically use a sealed structure. The heat emitted by the LED components is only conducted and released through the aluminum material, and the scattering effect of this structure is relatively low.

It is an object of the present invention to provide a LED lamp radiator, to solve the problem that the general structure can be scattered only through conduction through improvement of the existing process, thereby improving the scattering effect of the radiator.

The object of the present invention described above is realized through the following technical solutions.

The LED lamp radiator according to the present invention includes a cylindrical pedestal and a pedestal, the pedestal is installed inside the pedestal, a few fin pins are installed outside the pedestal, a constant bin between each fin pin At intervals, the connection between the fin pins and the base is also constantly spaced, and two screw holes are provided in the pedestal.

The beneficial effects of the present invention are as follows.

1. Good heat dissipation performance, regular spacing between each fin fin, and constant fin spacing between fin fin and base, so that the amount of heat emitted from LED components can be convection in the air through the gap to improve the heat dissipation performance. Improved.

2. There is a constant gap between each fin fin, and the connection between the fin fin and the base is also kept constant, reducing material consumption and material cost.

3. There is only a pedestal and buckle inside the radiator, eliminating the isolation layer in the prior art, improving the efficiency of air convection and reducing material costs.

1 is a front view of an LED lamp radiator according to a preferred embodiment of the present invention.
2 is a plan view of an LED lamp radiator according to a preferred embodiment of the present invention.
3 is a rear view of the LED lamp radiator according to the preferred embodiment of the present invention.

As shown in Figures 1 to 3, the LED lamp radiator according to a preferred embodiment of the present invention includes a cylindrical pedestal and a pedestal, the pedestal is installed in the pedestal, the outer periphery of the pedestal Some fin pins are installed, there is a constant gap between each fin pin, the connection between the fin pins and the base is also kept constant, and two screw holes are installed in the pedestal.

The heat generated during the operation of the lamp is radiated through the radiator, installs some fin pins on the outside of the radiator, puts a certain angle between each fin pin, and maintains a constant gap between the fin pin and the base. The heat is then convection in the air along the space to reach the heat dissipation purpose.

1: pedestal
2: pedestal
3: fin pin
4: screw hole
5: empty space

Claims (1)

A cylindrical pedestal and a pedestal, the pedestal is installed inside the pedestal, a few fin pins are installed outside the pedestal, a certain empty gap is set between each fin pin, and LED lamp radiator, characterized in that two screw holes are installed in the pedestal, leaving a constant gap between the base connection.

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