Pratt & Whitney Canada Corp. patent applications published on October 10th, 2024

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Summary of the patent applications from Pratt & Whitney Canada Corp. on October 10th, 2024

    • Summary:**

The recent patents filed by the organization describe innovative technologies for gas turbine engines, including a system for removing fuel from a manifold during low-power mode, a method for adjusting the modulation characteristic of a bleed-off valve, and a rotary engine side housing with integrated coolant chamber. These patents aim to improve fuel efficiency, engine performance, and cooling capabilities in various applications such as power generation, aviation, and industrial machinery.

    • Key Points of Patents:**

- System for removing fuel from a manifold during low-power mode. - Dual manifold fuel supply system for efficient fuel management. - Purging of fuel from the second manifold using combustor pressure. - Method for adjusting modulation characteristic of a bleed-off valve. - Utilizes setpoint configurations and adjustment factors based on operating conditions. - Allows for precise control and optimization of the valve's performance. - Rotary engine side housing with integrated coolant chamber. - Plurality of posts for structural integrity and durability.

    • Notable Applications:**

- Power generation plants - Aircraft engines - Industrial gas turbine applications - Automotive industry for rotary engines - Aerospace industry for aircraft engines - Industrial machinery for high-performance engines



Patent applications for Pratt & Whitney Canada Corp. on October 10th, 2024

ROTOR ASSEMBLY WITH COOLING CHANNELS SEPARATED BY RIBS FOR A ROTARY ENGINE (18132167)

Main Inventor

Jérémie Barberger


AIRCRAFT ENGINE FLUID SYSTEM WITH BYPASS VALVE (18130643)

Main Inventor

Kashif MOHAMMED


ROTOR ENGINE SIDE HOUSING AND METHOD FOR PRODUCING THE SAME (18132187)

Main Inventor

Jérémie Barberger


SYSTEMS AND METHODS FOR ADJUSTING A MODULATION CHARACTERISTIC OF A BLEED-OFF VALVE OF A GAS TURBINE ENGINE (18130514)

Main Inventor

Louis DURANLEAU-HENDRICKX


METHOD OF OPERATING A GAS TURBINE ENGINE AT A LOW POWER CONDITION (18750320)

Main Inventor

Stephen TARLING