公开(公告)号：KR1020010010827A

公开(公告)日：2001-02-15

申请号：KR1019990029929

申请日：1999-07-23

Applicant: 한국에너지기술연구원

Inventor： 유헌형 ,  민정현 ,  장철용 ,  장문석 ,  김만곤

IPC: F24C7/08

Abstract: PURPOSE: A radiator is provided to prevent a fire and a reduction of warmth according to a calorification of high temperature by using a calorification of low temperature to maintain a temperature under 100deg.C as a heating source. CONSTITUTION: In starting a radiator(1) by controlling a control button(15), a calorification is generated by feeding a power to a plate-shape heating element(3). Indoor air is inhaled through an inhaling grill(9) by driving a fan(5). The air is ventilated to a ventilating grill(8) via a space between the heating element(3) and a heat reflecting plate(4). The front face of the heating element(3) is directly contacted with the indoor air. Radiating heat is ventilated from the front face of the heating element(3). Heat from the rear face of the heating element and the heat reflecting plate(4) is ventilated through the ventilating grill(8) on a casing of the radiator by driving the fan(5). The heating element(3) maintains a calorificated state under 100deg.C always. An overheated state is detected by a temperature sensor(16) when the calorification of the heating element(3) is over 100deg.C. The power supply is blocked by overheat preventing device(17) when the overheated state is detected. The operation of the radiator is stopped.

Abstract translation: 目的：提供散热器，通过使用低温热量将温度保持在100℃以下作为加热源，防止发生火灾，并根据高温发热降低温度。 构成：通过控制控制按钮（15）来启动散热器（1），通过向板状加热元件（3）供电来产生热量。 通过驱动风扇（5）通过吸入式格栅（9）吸入室内空气。 空气通过加热元件（3）和热反射板（4）之间的空间通风到通风格栅（8）。 加热元件（3）的前表面与室内空气直接接触。 散热从加热元件（3）的前表面通风。 通过驱动风扇（5），从加热元件的后表面和热反射板（4）的热量通过通风格栅（8）通过散热器的壳体通风。 加热元件（3）始终保持100度以下的发热状态。 当加热元件（3）的热量超过100℃时，温度传感器（16）检测到过热状态。 当检测到过热状态时，电源被过热防止装置（17）阻挡。 散热器的运行停止。