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Fluid flow channel with efficiency-increasing transformations

机译:具有效率提升转换的流体流动通道

摘要

The invention relates to a fluid flow channel in a heat exchanger (280, 360, 395, 400) or in a cooling / heating element (430) for a heat-absorbing or heat-emitting first working fluid (310), comprising: a first channel wall (110) and a second channel wall ( 120), which are arranged opposite one another and via which the first working fluid (310) flowing in the fluid flow channel (100) with at least one further working fluid of the heat exchanger (280, 360, 395, 400) or with at least one further component or with the surroundings of the cooling - / heating element (430) is in heat exchange, first deformations (130) extending into the fluid flow channel (100), each formed with the opposite channel wall (110, 120) or in the opposite channel wall (110, 120), in the fluid flow channel (100 ) extending first formings (130) are integrally or positively connected and i n second deformations (140) extending into the fluid flow channel (100), each at a predetermined spacing (160) from the opposite channel wall (110, 120) or from those formed in the opposite channel wall (110, 120), into the fluid flow channel (100) extending second formations (140) are spaced.
机译:本发明涉及在热交换器(280、360、395、400)或在冷却/加热元件(430)中用于吸热或放热的第一工作流体(310)的流体流动通道,包括:第一通道壁(110)和第二通道壁(120)彼此相对布置,并且第一工作流体(310)通过该第一工作壁(110)与流体中的至少一种其他工作流体一起在流体流动通道(100)中流动交换器(280、360、395、400)或具有至少一个其他组件或冷却/加热元件(430)的周围进行热交换,第一变形(130)延伸到流体流动通道(100)中分别形成有相对的通道壁(110、120)或在相对的通道壁(110、120)中,在流体流动通道(100)中,延伸的第一成型件(130)一体地或可靠地连接并且处于第二变形(140) )延伸到流体流动通道(100)中,每个流体通道都与对置件以预定间距(160)流体通道壁(110、120)或从形成在相对的通道壁(110、120)中的通道壁(110、120)间隔进入延伸到第二结构(140)的流体流动通道(100)。

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