基本信息:
- 专利标题： Adsorption heat exchanger
- 专利标题（中）：吸附式热交换器
- 申请号：JP2007293593 申请日：2007-11-12
- 公开(公告)号：JP2009121711A 公开(公告)日：2009-06-04
- 发明人： KOMAKI KATSUYA , INOUE SEIJI , INOUE SATORU , SAEGUSA HIROSHI , TANAKA YOSHIAKI
- 申请人： Denso Corp , 株式会社デンソー
- 专利权人： Denso Corp,株式会社デンソー
- 当前专利权人： Denso Corp,株式会社デンソー
- 优先权： JP2007293593 2007-11-12
- 主分类号： F25B35/04
- IPC分类号： F25B35/04 ; F28F23/00
摘要：
PROBLEM TO BE SOLVED: To improve performance by reducing flow channel resistance near an inlet/outlet of a water vapor passage 25.
SOLUTION: The inside of a case 3 is composed of a first area A1 having an adsorbent filling layer 22 and a second area A2 free from the adsorbent filling layer 22, the water vapor passage 25A is formed from the second area A2 toward the inside of the adsorbing filling layer 22, and an area of the water vapor passage 25A at an inlet/outlet side opened to the second area A2 is wider than an area of the passage of the inside. Thus the flow channel resistance near the inlet/outlet of the water vapor passage 25A having a high flow rate of the water vapor, can be reduced. As an adsorbed medium can smoothly enter into the inside of the water vapor passage 25A when the passage is formed into the tapered shaped without changing the inside area of each water vapor passage 25A and the total amount of the adsorbent from that of the straight shape, the performance can be improved by just that much.
COPYRIGHT: (C)2009,JPO&INPIT
摘要（中）：
SOLUTION: The inside of a case 3 is composed of a first area A1 having an adsorbent filling layer 22 and a second area A2 free from the adsorbent filling layer 22, the water vapor passage 25A is formed from the second area A2 toward the inside of the adsorbing filling layer 22, and an area of the water vapor passage 25A at an inlet/outlet side opened to the second area A2 is wider than an area of the passage of the inside. Thus the flow channel resistance near the inlet/outlet of the water vapor passage 25A having a high flow rate of the water vapor, can be reduced. As an adsorbed medium can smoothly enter into the inside of the water vapor passage 25A when the passage is formed into the tapered shaped without changing the inside area of each water vapor passage 25A and the total amount of the adsorbent from that of the straight shape, the performance can be improved by just that much.
COPYRIGHT: (C)2009,JPO&INPIT
要解决的问题：通过减少水蒸汽通道25的入口/出口附近的流道阻力来改善性能。解决方案：壳体3的内部由具有吸附剂填充物的第一区域A1 层22和不含吸附剂填充层22的第二区域A2，从第二区域A2朝向吸附填充层22的内部形成水蒸气通路25A，在入口/出口处的水蒸气通路25A的区域， 向第二区域A2开口的出口侧比内部通道的面积宽。 因此，能够降低水蒸气流量高的水蒸气通路25A的入口/出口附近的流路阻力。 当不改变每个水蒸气通道25A的内部面积和吸附剂的总量与直线形状的总和相比，当通道形成锥形时，吸附介质可以平稳地进入水蒸气通道25A的内部， 性能可以通过这么多来改善。 版权所有（C）2009，JPO＆INPIT
信息查询:
EspacenetIPC结构图谱:
| F | 机械工程；照明；加热；武器；爆破 |
| --F25 | 制冷或冷却；加热和制冷的联合系统；热泵系统；冰的制造或储存；气体的液化或固化 |
| ----F25B | 制冷机，制冷设备或系统；加热和制冷的联合系统；热泵系统 |
| ------F25B35/00 | 发生器—吸收器，即可应用吸收作用或吸附作用的发生器 |
| --------F25B35/04 | .用固体作吸着剂 |