The utility model relates to a portable device for radiating heat to articles when the ambient temperature is high, belonging to the field of portable devices for radiating heat to articles. The utility model comprises the following components: a heat sink, a sealed hollow flaky container with a heat sink, a liquid guide groove in the container, which is used to dissipate the heat transferred by the heat conducting pipe; a heat conducting pipe, which is connected with a heat radiating part composed of a heat absorbing part and a heat radiating piece, wherein the coolant in the heat conducting pipe absorbs the heat and vaporizes in the heat absorbing part, which is transmitted to the heat radiating part through the heat conducting pipe, so as to release the heat and liquefy; a heat absorbing part, which is in the shape of a box without a cover Structure, the bottom of which is a closed hollow structure, in which there is coolant, which is connected with the heat conduction pipe; solar panel, which is located above the heat absorption part and the heat dissipation part, avoids direct sunlight, and provides electric energy for the heat dissipation fan. The utility model absorbs the heat of the article through the cooling liquid in the heat absorption part to vaporize, the gas formed by vaporization carries the heat to the heat dissipation part through the heat conduction pipe, releases the heat in the heat dissipation part to liquefy, and then flows back to the heat absorption part through the heat conduction pipe after liquefying.
【技术实现步骤摘要】
一种环境温度较高时对物品散热的便携装置
本技术涉及一种环境温度较高时对物品散热的便携装置,属于对物品散热的便携装置领域。
技术介绍
在夏日,因汽车车内温度较高以及户外工作者的工作环境温度较高,常常造成手机、银行卡等物品损坏。为有效解决上述问题,开发一种环境温度较高时对物品散热的便携装置成为亟待解决的问题。
技术实现思路
针对汽车车内温度较高以及户外工作者的工作环境温度较高,常常造成手机、银行卡等物品损坏的问题,本技术专利的目的是提供一种环境温度较高时物品便携散热装置。通过此装置可以有效在环境温度较高时降低物品温度。为实现上述目的,本技术采用的技术方案是:一种环境温度较高时对物品散热的便携装置,其包括如下组成部分:散热部(1):为散热片连接组成的结构,与导热管连接,用于将导热管传递的热量散发出去;散热片(2):有散热孔的密闭中空片状容器,容器内有导液槽,用于将导热管传递的热量散发出去;导液槽(3):位于散热片内部,用于将液化后的冷却液汇聚到导热管内;导热管(4):连接吸热部与散热部以及散热部中各散热片,导热管内的冷却液在吸热部吸收热量汽化,通过导热管传输到散热部,放热液化;吸热部(5):无盖盒形结构,底部为密闭中空结构,内有冷却液,与导热管相连;太阳能板(6):位于吸热部与散热部上方,避免阳光直射吸热部与散热部,并为散热风扇提供电能;散热风扇(7):位于散热部侧面,用于加快散热片附近空气流动,提高散热效率。优选的,所述的散热片( ...
【技术保护点】
1.一种环境温度较高时对物品散热的便携装置,其特征在于包括如下组成部分:散热部(1):为散热片连接组成的结构,与导热管连接,用于将导热管传递的热量散发出去;/n散热片(2):有散热孔的密闭中空片状容器,容器内有导液槽,用于将导热管传递的热量散发出去;/n导液槽(3):位于散热片内部,用于将液化后的冷却液汇聚到导热管内;/n导热管(4):连接吸热部与散热部以及散热部中各散热片,导热管内的冷却液在吸热部吸收热量汽化,通过导热管传输到散热部,放热液化;/n吸热部(5):无盖盒形结构,底部为密闭中空结构,内有冷却液,与导热管相连;/n太阳能板(6):位于吸热部与散热部上方,避免阳光直射吸热部与散热部,并为散热风扇提供电能;/n散热风扇(7):位于散热部侧面,用于加快散热片附近空气流动,提高散热效率。/n
【技术特征摘要】
1.一种环境温度较高时对物品散热的便携装置,其特征在于包括如下组成部分:散热部(1):为散热片连接组成的结构,与导热管连接,用于将导热管传递的热量散发出去;
散热片(2):有散热孔的密闭中空片状容器,容器内有导液槽,用于将导热管传递的热量散发出去;
导液槽(3):位于散热片内部,用于将液化后的冷却液汇聚到导热管内;
导热管(4):连接吸热部与散热部以及散热部中各散热片,导热管内的冷却液在吸热部吸收热量汽化,通过导热管传输到散热部,放热液化;...
【专利技术属性】
技术研发人员:王子,陈宝刚,宋裴,李浩,沈孝峰,
申请(专利权)人:安徽理工大学,
类型:新型
国别省市:安徽;34
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。