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    • 14. 发明申请
    • Thermoelectric converter for a heat transfer device
    • 用于传热装置的热电转换器
    • US20060289051A1
    • 2006-12-28
    • US11473406
    • 2006-06-22
    • Yasuhiko NiimiYuji ItoIsao Kuroyanagi
    • Yasuhiko NiimiYuji ItoIsao Kuroyanagi
    • H01L35/28
    • H01L35/32H01L35/10
    • A thermoelectric converter is disclosed which includes a body and an extension member. The body includes a plurality of dissimilar thermoelectric elements in an array. The body also includes a first substrate with a first electrically conductive pattern portion that is electrically connected to the plurality of dissimilar thermoelectric elements. Also, the body includes a second substrate with a second electrically conductive pattern portion that is electrically connected to the plurality of dissimilar thermoelectric elements. The extension member includes an extension pattern portion that is electrically connected to at least one of the first and second electrically conductive pattern portions. The extension member extends away from the body.
    • 公开了一种热电转换器,其包括主体和延伸构件。 主体包括阵列中的多个不同的热电元件。 主体还包括具有电连接到多个不同热电元件的第一导电图案部分的第一基板。 而且,本体包括具有电连接到多个不同热电元件的第二导电图案部分的第二基板。 延伸构件包括电连接到第一和第二导电图案部分中的至少一个的延伸图案部分。 延伸构件远离身体延伸。
    • 17. 发明授权
    • Condenser for refrigerating cycle
    • 冷冻循环冷凝器
    • US5444993A
    • 1995-08-29
    • US247971
    • 1994-05-23
    • Ken YamamotoIsao KuroyanagiYasushi YamanakaNobuharu Kakehashi
    • Ken YamamotoIsao KuroyanagiYasushi YamanakaNobuharu Kakehashi
    • F25B1/00F25B6/02F25B39/04
    • F25B39/04F25B2339/044F25B2600/0272F25B2700/1933
    • A condenser for a refrigerant, capable of varying the condensing capacity of the condenser in accordance with a load, so that a condensing pressure larger than a predetermined value is maintained at the condenser when the load is low. The condenser includes a inlet header 15 to which a first inlet conduit 17 is connected at its top location. The inlet conduit 17 is provided with a U-shaped portion 17a and an upright portion 17b. A second inlet conduit 18 is connected to the header 15 at its bottom location. During a high load condition, the high speed of the flow of the refrigerant prevents a lubricant mixed with the refrigerant from being held at the U-shaped portion 17a, so that the gaseous state the refrigerant can pass through the upright portion 17b, so that the refrigerant is introduced into all of heat exchanging tubes 13, thereby obtaining a large area of the heat emission by the heat exchanging tubes 13. During a low load condition, the low speed of the flow of the refrigerant allows the lubricant to be held at the U-shaped portion 17a, so that the gaseous state the refrigerant is blocked at the first inlet conduit 17, so that the refrigerant is introduced only into the heat exchanging tubes connected to the second inlet conduit 18, thereby providing a small area for the heat emission by the heat exchanging tubes 13.
    • 一种用于制冷剂的冷凝器,其能够根据负载改变冷凝器的冷凝能力,使得当负载低时,在冷凝器处保持大于预定值的冷凝压力。 冷凝器包括入口集管15,第一入口管道17在其顶部位置连接到入口集管15。 入口导管17设有U形部分17a和直立部分17b。 第二入口管道18在其底部位置处连接到集管15。 在高负载状态下,制冷剂的高速度阻止了与制冷剂混合的润滑剂被保持在U形部分17a,使得制冷剂可以通过直立部分17b的气态,使得 制冷剂被引入到所有热交换管13中,从而获得热交换管13的大量的发热面积。在低负载状态下,制冷剂的低流速允许润滑剂保持在 U形部分17a,使得气态在第一入口导管17处阻塞制冷剂,使得制冷剂仅被引入连接到第二入口导管18的热交换管中,从而为 热交换管13发热。