The utility model discloses a heat dissipation belt and an electric heating oil cement. The heat dissipation belt includes a heat conduction part, a heat dissipation window frame and a heat dissipation strip. The heat dissipation window frame is a \back\ structure. The upper or lower frame is fixed with the heat conduction part, the heat dissipation strip is a long sheet, and the upper and lower short edges of the heat dissipation strip are respectively connected with the upper and lower edges of the heat dissipation window frame. The short edge of the radiating strip is at an angle of 20 to 50 degrees from the upper and lower edges of the radiating window frame; the electric-heating oil-cement includes a shell and a radiating belt, the shell includes multiple radiating fins, and the radiating belt is arranged between two adjacent radiating fins. The heat conduction part transfers the heat absorbed from the radiator to the radiation window frame and the radiation strip. The radiation strip releases the heat into the air. The radiation strip enlarges the radiation area of the radiator, thereby improving the radiation efficiency of the electric heating grease. The upper and lower ends of the radiation strip are respectively fixed to the upper and lower frames of the radiation window frame, so that the heat conduction part can be dispersed. The heat conduction efficiency of the hot bar is improved to further improve the heat dissipation efficiency.
【技术实现步骤摘要】
一种散热带及具有该散热带的电热油汀
本技术涉及电热油汀
,具体涉及一种散热带及具有该散热带的电热油汀。
技术介绍
充油式电热取暖器,即电热油汀,是冬季人们常用的取暖装置之一,其具有结构紧凑、耐用,绝缘效果好,工作时不会产生有害气味,无运行噪音,无明火,安全性较高等特点,近年来得到广泛的应用。电热油汀主要是以导热油进行热量传递,电热丝对导热油加热后,热量由导热油传递到油汀的外壳,外壳一般由多片散热片组装而成,每个散热片均由两个散热单片扣合并连接构成,两个散热单片之间设有有导油槽,导油槽中设有至少两条导油通道,实现各散热片均匀散热。但是目前的电热油汀,其相邻的散热片之间没有任何填充物,使得整体的散热面积偏小,散热效率低,致使启动电热油汀后,短时间内房间不能迅速升温。
技术实现思路
本技术的目的在于提供一种散热带及具有该散热带的电热油汀,用以解决现有电热油汀散热效率低的问题。为实现上述目的,本技术提供了一种散热带,其包括导热部、散热窗框和散热条,所述散热窗框为“回”形框架结构,其上边框或下边框与所述导热部固定,所述散热条为长形片材,所述散热条的上下两端的短边分别与所述散热 ...
【技术保护点】
1.一种散热带,其特征在于,所述散热带包括导热部(1)、散热窗框(2)和散热条(3),所述散热窗框(2)为“回”形框架结构,其上边框或下边框与所述导热部(1)固定,所述散热条(3)为长形片材,所述散热条(3)的上下两端的短边分别与所述散热窗框(2)的上下边框连接,所述散热条(3)的短边与所述散热窗框(2)的上边框或者下边框的呈20‑50°夹角。
【技术特征摘要】
1.一种散热带,其特征在于,所述散热带包括导热部(1)、散热窗框(2)和散热条(3),所述散热窗框(2)为“回”形框架结构,其上边框或下边框与所述导热部(1)固定,所述散热条(3)为长形片材,所述散热条(3)的上下两端的短边分别与所述散热窗框(2)的上下边框连接,所述散热条(3)的短边与所述散热窗框(2)的上边框或者下边框的呈20-50°夹角。2.根据权利要求1所述的散热带,其特征在于,所述导热部(1)的横断面呈“U”形或者“V”形,所述导热部(1)与所述散热窗框(2)均设有多个,多个所述导热部(1)分两列设置,位于每列的多个所述导热部(1)间隔设置,两列所述导热部(1)错位设置,两列所述导热部(1)的“U”形或者“V”形开口相向设置,多个所述散热窗框(2)分别设置于位于两列的错位相邻的所述导热部(1)之间,以便多个所述导热部(1)与多个所述散热窗框(2)连接成波形结构。3.根据权利要求1-2中任意一项所述的散热带,其特征在于,所述散热窗框(2)与所述导热部(1)焊接固定或一体成型。4.根据权利要求1...
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