Fluidverteilungselement fuer eine fluidfuehrende Vorrichtung, insbesondere fuer ineinander verschachtelte mehrkanalartige Fluidfuehrungsapparate

(A1) Das erfindungsgemaesse Fluidverteilungselement hat einen sehr geringen Raumbedarf und vereinfacht die verkettete Anbindung von Mehrkanalrohren zum Zweck des Aufbaus eines kompakten Aggregats zur Waermeuebertragung. Insbesondere ist das erfindungsgemaesse Fluidverteilungselement auf konstruktiv einfache Art und Weise so herstellbar, ohne dass wie beim Stand der Technik an den Durchdringungsstellen eine erhoehte Gefahr fuer Leckage besteht. Um moegliche Druckverluste zusaetzlich zu verhindern, kann der Aufbau der fluidfuehrenden Vorrichtung mittels der Fluidverteilungselemente vorteilhafterweise so erfolgen, dass bionische Ansaetze bei der Trasse des Kanals verfolgt werden.

DE 102007056995 A1 UPAB: 20090604 NOVELTY - The element has an inner channel and an outer channel (A) with respective channel pieces (1S, 2S) provided in a channel longitudinal direction. The channel pieces are formed in overlapping regions (E-E', F-F') of an inner channel piece (I3) connected to an intersection region. The channel pieces are connected with a third channel piece (A2) and run parallel to each other. The overlapping regions of the inner channel piece are covered by an outer channel piece (A3) in an overlapping manner. An individual layer is formed of metal or plastic. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for producing a fluid distribution element. USE - Fluid distribution element for use in a fluid guiding device e.g. heat exchanger and device for interchanging of materials between fluid flows (all claimed), in an air conditioning system in an automobile industry. ADVANTAGE - The distribution element simplifies the interlaced connection of multi-channel pipes, thus minimizing the installation space and manufacturing the element in a simple and cost effective manner with increased life span and reliability. The element effectively distributes the fluid into the heat exchanger without any increased danger of leakage of fluid at the penetration points. The element is inserted in a channel of the fluid guiding device in a harp-shape, thus minimizing pressure losses.