首页> 外国专利> FIXED LED HEADLIGHT RADIATOR FOR EASILY RELEASING HEAT WHICH IS GENERATED IN THE LED OPTICAL SOURCE MODULE OF A FIXED HEADLIGHT AND A DRIVING METHOD THEREOF

FIXED LED HEADLIGHT RADIATOR FOR EASILY RELEASING HEAT WHICH IS GENERATED IN THE LED OPTICAL SOURCE MODULE OF A FIXED HEADLIGHT AND A DRIVING METHOD THEREOF

机译:用于轻松释放固定头灯的LED光学光源模块中产生的热量的固定式led头灯散热器及其驱动方法

摘要

PURPOSE: A fixed LED headlight radiator and a driving method thereof are provided to not only minimize the power consumption of a drive motor but also efficiently obtain the thermal performance of the LED optical source module by easily releasing heat, which is generating from the LED optical source module with a natural convection method, by air which naturally flows into the vehicles in driving.;CONSTITUTION: A heat base(110) supports the lower surface of an LED optical source module(10) by being contacted with the lower surface and is transmitted with heat, which is generated in the LED optical source module, by being fixed in a headlight case(20) to tightly close the fixture of the headlight case. A heat sink(120) emits the heat which is transmitted from the heat base by being arranged in the heat base. A first opening(131), which is opening toward the front of vehicles, is formed. A radiant heat flow path(132) is formed to flow air so. The radiant heat flow path is fixed to a heat base to separately surround the heat sink and communicates with a first opening part and contacts the heat sink. The heat dissipation housing is formed with the radiant heat flow path. A second opening(133), which is opened to the outside of the headlight case, is formed. A blower(140) selectively blows air in the radiant heat flow path. A drive motor(150) drives the blower. A driving control unit(160) controls the drive of the drive motor.;COPYRIGHT KIPO 2012
机译:用途:提供了一种固定式LED前灯散热器及其驱动方法,以不仅最小化驱动电动机的功率消耗,而且通过容易地释放由LED光学器件产生的热量来有效地获得LED光源模块的热性能组成:热基座(110)通过与LED光源模块(10)的下表面接触来支撑LED光源模块(10)的下表面,并通过自然对流的方式自然地进入车辆。通过固定在前灯壳(20)中以紧密闭合前灯壳的固定装置,将LED光源模块中产生的热量传递出去。散热器(120)通过布置在热基座中而散发从热基座传递的热量。形成朝着车辆的前方开口的第一开口(131)。形成辐射热流路(132)以使空气流过。辐射热流路径固定至热基座,以分别围绕散热器,并与第一开口部连通并接触散热器。散热壳体形成有辐射热流路。形成向头灯壳体的外部开口的第二开口(133)。鼓风机(140)在辐射热流路中选择性地吹送空气。驱动马达(150)驱动鼓风机。驱动控制单元(160)控制驱动电机的驱动。; COPYRIGHT KIPO 2012

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