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US 2026/0185550 A1Published application
Swirling flow generating device that can change the rotation direction periodically
AssigneeRoketsan Roket Sanayii Ticaret A.S.
InventorMehmet Nazim TOMAÇ
Life of this patent
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Abstract
The invention relates to a device that provides a more homogenised flow characteristic in both directions by periodically changing the rotation direction of the swirling flow to be used in rocket injectors, fluid distributing components such as shower heads, and to be used as an aerodynamic flow control actuator.
Claims6
Swirling flow generating device (100) that can change the rotation direction periodically, comprising:
- an inlet end (110), where the fluid enters through the connection path,
- a fluid entering the device through the inlet end (110) is transferred to the fluidic oscillator (120) with the separator (124) added to the outlet of the fluidic oscillator, separator (124) directs the output jet of the fluidic oscillator (120) to the intermittent flow left distribution channel (125) or intermittent flow right distribution channel (126) depending on the phase of the period, and the fluid advances to the chamber (130) in a periodical manner thus swirling flow generating device (100) that can periodically change the flow direction can operate,
- a chamber (130) with a cylindrical wall structure as monoblock with the fluidic oscillator (120), which is positioned to make a certain angle (A) with the fluidic oscillator (120) and allowing the fluid coming from the one of the intermittent flow distribution channels to form swirling flow depending on the velocity of the fluid coming out of the fluidic oscillator (120);
- and
- a protruding diverter surface (131) located at the end of the chamber (130) wall in the opposite direction of the inlet end (110) and prevents the fluid from going to the other channel during the swirling flow formation from the channel from which it comes, thereby ensures that it is directed towards the outlet without back flow to the other channel
- an outlet end (112), mounting under the chamber (130), through which the fluid exits.
3 more elements
(canceled)
Dependencies are inferred from the claim text.