Fluid ejection device

Abstract

The disclosed embodiments relate to a pressurised fluid ejection device. More especially, the disclosed embodiments relate to such a device especially intended for fire fighting with improved reliability and efficiency, especially concerning the device placing the tank in communication with the fluid distribution circuit, including: a tank containing fluid, a fluid ejection port, ejection port closing means, a device capable of opening the said closing means including a breakable seal and means capable of retaining the seal after breakage comprising a pivot with an axis perpendicular to the ejected fluid flow.

Description

technical field [0001] The invention relates to the field of pressurized fluid discharge devices. In particular, the invention relates to such devices to be used in particular for firefighting. Background technique [0002] Pressurized fluid discharge devices such as fire extinguishers for firefighting are of two types: [0003] Devices under permanent pressure, in which the gas ensures permanent pressurization of the fluid in a single cylinder used as a storage tank; [0004] A device under non-permanent pressure in which the fluid contained in the tank is pressurized only when it is discharged, either by having the tank contain the fluid in communication with a source of compressed air or by mechanical means such as a piston Movement (which will reduce the volume occupied by the fluid in the tank) is guaranteed. [0005] In both cases, discharge of fluid means that the fluid contained in the tank, under pressure, communicates with the distribution circuit. This communi...

AI Technical Summary

Problems solved by technology

Such screens include obstructions that disrupt fluid flow and create load losses, reducing the efficiency of the fluid removal device

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