热交换器及热交换器用流体流路封闭手段暨具有热交换器及热交换器用流体流路封闭手段之热交换器具;HEAT EXCHANGER AND FLUID FLOW CONDUIT SHUTTING MEANS FOR HEAT EXCHANGER, AND HEAT EXCHANGE APPARATUS EQUIPPED WITH HEAT EXCHANGER AND FLUID FLOW CONDUIT SHUTTING MEANS FOR HEAT EXCHANGER

摘要

提供一种热交换器，能够以简单之方式进行热交换器本体内、蛇行状之流体流路内之引动、脱气。藉由间隔部12P而形成有沿着热交换器本体12H之长边L方向延伸之蛇行状之流体流路12FP。间隔部12P系在开放部12OU与热交换器本体12H之侧部S之一个方向之间形成有大空间12LS。热交换器本体12H之侧部S之一个方向，系形成为自侧部S之一个方向以朝向另一侧部S之一个方向之方式上昇之倾斜12SL。热交换器本体12H系在侧部之一个方向上装设有流体入口13FI，在侧部之一个方向上装设有流体出口13FO，在侧部之一个方向上装设有排气口14。在流体出口13FO附近装设有第1夹子C1，在排气口14附近装设有第2夹子C2。;[Means to solve the problem] A meandering fluid flow conduit 12FP is formed by a partition member 12P, said fluid flow conduit extending in a longitudinal direction L of a heat exchanger’s body portion 12H. The partition member 12P forms a large space 12LS between an open portion 12OU and one direction of a lateral S of the heat exchanger’s body portion 12H. The one direction of the lateral of the heat exchanger’s body portion 12H forms a slant 12SL which ascends from one direction of a lateral S toward another direction of another lateral S. The heat exchanger’s body portion 12H is equipped with a fluid inlet 13FI at the one direction of the lateral, equipped with a fluid outlet 13FO at the one direction of the lateral, and equipped with a vent port 14 at the one direction of the lateral. A first cramp C1 is attached at a vicinity of the fluid flow outlet 13FO and a second cramp C2 is attached at a vicinity of the vent port 14.