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SELF-ADJUSTABLE RECEIVING UNDER SUBMERSIBLE GAS CONDITIONS, ISSUED BY THE REACTION BETWEEN THE LIQUID AND THE SOLID PHASE, AND THE RELATED DEVICE

机译:在液体状态下,固相与相关设备之间的反应所引起的在可淹没气体条件下的自调节接收

摘要

1. The method of producing gas (G), self-regulating depending on the needs, while the method is performed under submerged conditions, and it includes: - immersion in a liquid (L) capable of reacting with a solid substance (S) to obtain a gas (G ), a reservoir (3; 31) containing a charge (6; 61) of a solid (S); the load (6; 61) is located in the upper part of the internal volume of the tank (3; 31) above the buffer volume (v), which does not contain any load; the reservoir (3; 31) has in its lower part at least one opening (9; 91) suitable for the penetration of liquid (L) into the free buffer volume (v), and in its upper part at least one outlet (8 ; 81), suitable for gas outlet (G0, G); - penetration of liquid (L) into the free buffer volume (v) through at least one hole (9; 91) and an increase in the liquid level (L) in the internal volume of the tank ( 3; 31) with the release of the gas originally present (G0) in the tank (3; 31) through at least one outlet (8; 81); - the formation of gas (G) by the reaction of a solid (S) upon contact with liquid (L), the rise of gas (G) in the internal volume of the tank (3; 31) in the direction of at least one outlet (8; 81) and the release of gas (G) through at least one outlet (8; 81) ); the level of liquid (L) in the reservoir (3; 31) changes by itself as a function of the difference between the volumetric flow rate of the generated gas and the volumetric flow rate of the gas discharged through at least one outlet (8; 81). 2. The method according to claim 1, characterized in that it includes regulating the gas pressure (G) in the tank using the immersion depth of the tank (3; 31) in the liquid (
机译:1.产生气体(G)的方法,该方法根据需要进行自我调节,而该方法在浸没条件下进行,并且包括:-浸入能够与固体物质(S)反应的液体(L)中为了获得气体(G),需要一个装有固体(S)装药(6; 61)的容器(3; 31);负载(6; 61)位于罐(3; 31)内部容积的上部,在缓冲容积(v)上方,其中不包含任何负载;容器(3; 31)在其下部具有至少一个开口(9; 91),该开口(9; 91)适于使液体(L)渗透到自由缓冲空间(v)中,在其上部具有至少一个出口(8)。 ; 81),适用于出气口(G0,G); -液体(L)通过至少一个孔(9; 91)渗透到自由缓冲液(v)中,并且随着释放,罐(3; 31)的内部容积中的液位(L)增加通过至少一个出口(8; 81)在罐(3; 31)中最初存在的气体(G0)的多少; -通过固体(S)与液体(L)接触而反应生成气体(G),气体(G)在容器(3; 31)的内部容积中至少朝着方向上升一出口(8; 81),并通过至少一出口(8; 81)释放气体(G));容器(3; 31)中的液体(L)的液位根据所产生的气体的体积流量与通过至少一个出口(8; 11)排出的气体的体积流量之差而自身变化。 81)。 2.根据权利要求1所述的方法,其特征在于,所述方法包括利用所述容器(3; 31)在液体(3)中的浸入深度来调节所述容器中的气压(G)。

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