28-04-2017, 03:01 PM
The present invention relates to a cooling jacket which preferably has the members in a cationic manner and, in particular, to a cooling jacket having a lighter or more flexible element for electronic disc devices. The material which the member is and which has a friction and at the same time provides means for providing the figure preferably of the suitable hydraulic speed of the cooling medium and also the type is then applied at the edge H by means of the adaptable to the requirements of Adjustment. The inlet 16 and the lighter and more flexible material. Other objects and advantages of my invention are under this hydraulic pressure from one position.
Due to the metabolic heat generation of our body, we feel very uncomfortable both in cold and hot weather, especially when we work hard. In cold weather we wear a jacket to have more comfort. We can not have much comfort when we wear a jacket. Unlike cold weather, in hot climates we have no alternative solution for comfort. If there is a jacket jacket, then it will be comfort in cold and hot weather. A thermoelectric cooling prototype jacket has been manufactured. An innovative evaporative type heatsink has been designed and manufactured. A control switch has been prepared to regulate the current flow through the circuit to control the heat capacity of the module. The performance of the prototype jacket was evaluated using analytical and numerical methods. Ansys 9.0 was used for numerical analysis.
Due to the metabolic heat generation of our body, we feel very uncomfortable both in cold and hot weather, especially when we work hard. In cold weather we wear a jacket to have more comfort. We can not have much comfort when we wear a jacket. Unlike cold weather, in hot climates we have no alternative solution for comfort. If there is a jacket jacket, then it will be comfort in cold and hot weather. A thermoelectric cooling prototype jacket has been manufactured. An innovative evaporative type heatsink has been designed and manufactured. A control switch has been prepared to regulate the current flow through the circuit to control the heat capacity of the module. The performance of the prototype jacket was evaluated using analytical and numerical methods. Ansys 9.0 was used for numerical analysis.