Senior Footwear Designer at Nike.
Patent №: D1047402 (October 22, 2024) – Shoe.
Patent №: D1047388 (October 22, 2024) – Shoe.
Patent №: D1047372 (October 22, 2024) – Shoe.
Patent №: D1047363 (October 22, 2024) – Shoe.
Evans Hankey was a key figure at Apple, serving as the Vice President of Industrial Design. She played a significant role in leading the design team after the departure of Apple’s legendary chief designer, Jony Ive, in 2019. Hankey oversaw the design of many of Apple’s iconic products, including iPhones, iPads, Macs, and other hardware, ensuring that Apple’s design ethos continued to influence its product lines.
She worked closely with other design and engineering teams, playing a crucial role in maintaining Apple’s reputation for sleek, minimalist, and user-friendly designs. Evans Hankey stepped down from her role in 2023, leaving a strong legacy in Apple’s industrial design leadership.
Patent №: D1048030 (October 22, 2024) – Housing module for an electronic device.
Patent №: D1048029 (October 22, 2024) – Housing module for an electronic device.
Patent №: D1048028 (October 22, 2024) – Housing module for an electronic device.
Patent №: D1048001 (October 22, 2024) – Electronic device.
Patent №: D1048000 (October 22, 2024) – Electronic device.
Patent №: D1047958 (October 22, 2024) – Speaker.
Patent №: D1047948 (October 22, 2024) – Electronic device.
Master Researcher (Ericsson Research Stockholm).
Patent №: 12127159 (October 22, 2024) – Technique for idle mode paging in a radio communication between a network node and a radio device.
A control system for a rotary electric machine includes an inverter, heat exchanger, temperature sensors, and a controller. It calculates power loss based on current and switch characteristics, determines power capacities using the loss and temperatures, and controls the inverter based on these capacities.
Patent №: 12126568 (October 22, 2024) –Methods and devices for managing transmissions in a wireless communications network. This describes methods for operating a network node in a communication network. The node receives a transmission from user equipment (UE) over a preconfigured uplink resource (PUR) and selects a transmission type for feedback, based on the successful reception of the transmission.
Dr. Welchko received the B.S. and M.S. degrees from Ohio University, Athens, in 1994 and 1996, respectively, and the Ph.D. degree from the University of Wisconsin, Madison, in 2003, all in electrical engineering.
In 2004, he joined the General Motors Advanced Technology Center (GMATC), Torrance, CA, where he works on various projects in the advanced development group.
His current research interests are in novel power-converter topologies and control methods applied to interior permanent-magnet (IPM) synchronous machines for hybrid and fuel-cell-powered vehicles.
Dr. Welchko is a member of the IEEE Industry Applications, IEEE Power Electronics, IEEE Industrial Electronics, and IEEE Power Engineering Societies. He is also a member of the European Power Electronics Society and served as the Technical Program Cochair for the 2003 IEEE International Electric Machines and Drives Conference (IEMDC), which was held in Madison, WI.
Patent №: 12126293 (October 22, 2024) – Method and system for controlling an electric machine. This describes a control system for a rotary electric machine that includes an inverter with power switches, a heat exchanger, temperature sensors, and a controller. The system calculates expected power loss based on current, switching functions, and power switch characteristics. It then determines power capacities using the power loss and temperatures of the power switches and heat exchanger, and controls the inverter accordingly.
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