首页> 外国专利> Method for reducing heat losses or gains of the neighbouring refrigerated containers filled with a load, placed on a stacking yard and the kits for sealing refrigerated containers filled with a load, placed on a stacking yard

Method for reducing heat losses or gains of the neighbouring refrigerated containers filled with a load, placed on a stacking yard and the kits for sealing refrigerated containers filled with a load, placed on a stacking yard

机译:减少放置在堆场上的相邻装满负荷的冷藏集装箱的热损失或热量的方法以及放置在堆场上的用于密封装满负荷的冷藏箱的套件

摘要

way to reduce losses or gains heat adjacent refrigeration containers cargo placed on the constituent, is characterized by the fact that seals the space between the adjacent level cooling containers (1, 1 ') by introducing along what at least two vertical edges of the adjacent containers (1,1) grommet element (2) of length corresponding to at least the amount of the refrigerant container (1) minus the thickness of the isolation container and two lateral surface which is adjacent to the two adjacent containers.kit for sealing adjacent refrigeration containers with cargo placed on the constituent, is characterised by having at least one seal element (2) of length corresponding to at least the amount of the refrigerant container (1) and increasing obju0119tou015b e under the influence of the gas filling valve, fitted with a pump.set of different variety, is characterised by having at least one seal element (2) of length corresponding to at least the amount of the refrigerant container (1) minus two thick insulation container and is made of flexible material and niehigroskopijnego iso lacyjnego width able to free about 10 - 20% morethan the distance between adjacent containers (1, 1 ').
机译:减少损失或获取热量的方法,其特征在于,通过沿相邻容器的至少两个垂直边缘引入,来密封相邻水平冷却容器(1、1')之间的空间(1,1)索环元件(2)的长度至少等于制冷剂容器(1)的量减去隔离容器的厚度以及与两个相邻容器相邻的两个侧面的厚度。用于密封相邻制冷剂的套件在其上放置有货物的容器,其特征在于,至少一个密封元件(2)的长度至少对应于制冷剂容器(1)的数量,并且在气体填充的影响下增加obj u0119to u015b e装有各种泵的阀门,其特征在于具有至少一个密封元件(2),其长度至少对应于制冷剂容器(1)的数量。 )减去两个厚的绝缘容器,由柔性材料制成,niehigroskopijnego iso lacyjnego宽度比相邻容器(1,1')之间的距离多释放约10-20%。

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