Average Co-Inventor Count = 4.1

ph-index = 8

Forward Citations = 262(Granted Patents)

Location History:

Kashiwa, JP (1979)
Ohme, JP (1992)
Fujisawa, JP (2006)
Odawara, JP (2004 - 2008)
Kanagawa, JP (2008 - 2016)
Hiratsuka, JP (2012 - 2017)

Company Filing History:

13 out of 987

Hgst Netherlands, B.v.

patents

11 out of 2,636

Hitachi Global Storage Technologies Netherlands B.v.

patents

9 out of 227

Hitachi Global Storage Technologies Japan, Ltd.

Hitachi Plant Engineering Construction Co., Ltd.

where one patent can have more than one assignee

Years Active: 1979-2017

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41 patents (USPTO):Sort by Forward Citations

Abstract keywords

1. 9542962 - Multi-sensor reader structure having a current path with increased size to reduce noise (2017-01-10),

2. 9355655 - Magnetic capping layer structure for a spin torque oscillator (2016-05-31),

3. 9336802 - Zig-zag MIMO head reducing space between three sensors (2016-05-10),

4. 9269383 - Multi-sensor (MIMO) head having a back side antiferromagnetic middle shield (2016-02-23),

5. 9230574 - Magnetoresistive head with a CPP structure having suppressed side reading (2016-01-05),

6. 9190081 - AF-coupled dual side shield reader with AF-coupled USL (2015-11-17),

7. 9099125 - Current-perpendicular-to-the-plane (CPP) magnetoresistive (MR) sensor structure with stacked sensors for minimization of the effect of head skew (2015-08-04),

8. 9082436 - Zig-zag MIMO head reducing space between three sensors (2015-07-14),

9. 9042060 - Magnetic head having a long throat height pinned layer with a short height hard bias layer (2015-05-26),

10. 8953284 - Multi-read sensor having a narrow read gap structure (2015-02-10),

11. 8824103 - Magnetic recording head and magnetic recording apparatus (2014-09-02),

12. 8786988 - Read sensor having a structure for reducing magnetic coupling between a magnetic bias layer and an upper magnetic shield (2014-07-22),

13. 8537505 - Magnetoresistive effect head having a free layer and a magnetic domain control layer that applies a magnetic field more strongly in an upper part of the free layer (2013-09-17),

14. 8520338 - Magnetic recording head, method of manufacturing the same, and magnetic disk unit (2013-08-27),

15. 8432646 - Magnetic detection element (2013-04-30),

Title: Nobuo Yoshida: Innovator in Magnetic Recording Technology

Introduction: Nobuo Yoshida is a renowned inventor based in Hiratsuka, Japan, known for his significant contributions to the field of magnetic recording technology. With an impressive portfolio of 41 patents, Yoshida has demonstrated a consistent ability to innovate and enhance the functionality of recording media.

Latest Patents: Two of Yoshida's most recent patents reflect his groundbreaking work. The first patent, titled "Multi-sensor reader structure having a current path with increased size to reduce noise," introduces a magnetic head design with various specialized layers for optimizing magnetic field generation and reducing noise interference. His second patent, "Magnetic capping layer structure for a spin torque oscillator," describes an advanced magnetic recording head that utilizes a unique magnetic capping layer configuration to enhance data recording efficiency through high-frequency magnetic field generation.

Career Highlights: Throughout his career, Yoshida has held positions at reputable companies, including HGST Netherlands and Hitachi Global Storage Technologies Netherlands. His work with these organizations has played a pivotal role in advancing magnetic storage solutions in the industry. These experiences have equipped him with the technical expertise to engineer innovative recording technologies.

Collaborations: In his professional journey, Yoshida has collaborated with esteemed colleagues, including Katsuro Watanabe and Moriaki Fuyama. Their combined efforts have contributed to the success of various projects, as they aimed to push the boundaries of technology in the magnetic recording sector.

Conclusion: Nobuo Yoshida stands out as a leading inventor whose 41 patents exemplify his passion for innovation in magnetic recording technology. His recent work encapsulates a keen understanding of the intricacies involved in data recording and serves as a testament to his commitment to advancing the field. As technology continues to evolve, Yoshida’s contributions will likely shape the future of magnetic storage solutions.

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