Jason C Jury

age ~49

from Apple Valley, MN

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Jason Jury Phones & Addresses

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Work:

Nevada Gold Mines
Maintenance Planner

Automated Cluster Size Measurement
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US Patent:

8625213, Jan 7, 2014
Filed:

Mar 31, 2011
Appl. No.:

13/077576
Inventors:

Jason Charles Jury - Minneapolis MN, US
Xiaowei Wu - Pleasanton CA, US
Pierre Asselin - Edina MN, US
Assignee:

Seagate Technology LLC - Cupertino CA
International Classification:

G11B 5/02
US Classification:

360 25
Abstract:

A cluster size measurement method includes writing a first pattern of a first size of a first number of magnetic clusters. A second pattern of a second size of a second number of magnetic clusters is written, wherein the second plurality of clusters includes clusters of the first number of clusters and a switched cluster. A cluster size of the switched cluster is automatically determined by contrasting the first size and the second size.

Readback System Providing A Combined Sample Output Including Multiple Samples Per Bit
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US Patent:

20070211362, Sep 13, 2007
Filed:

Mar 10, 2006
Appl. No.:

11/373742
Inventors:

Shaoping Li - Naperville IL, US
Insik Jin - Eagan MN, US
Kaizhong Gao - Eden Prairie MN, US
Song Xue - Edina MN, US
Mike Montemorra - Longmont CO, US
Housan Dakroub - Savage MN, US
Jason Jury - Minneapolis MN, US
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

G11B 20/10
US Classification:

360039000
Abstract:

A readback system includes a magnetic sensor that receives a sensor current. The magnetic sensor senses magnetic bits at a bit frequency and generates a sensor output. The readback system includes a channel circuit that modulates the sensor current at a modulation frequency higher than the bit frequency. The channel circuit samples the sensor output and combines multiple samples of the sensor output per magnetic bit into a combined sample output.

Reading Narrow Data Tracks With Multiple Wide Readers
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US Patent:

20160035372, Feb 4, 2016
Filed:

Jun 26, 2015
Appl. No.:

14/752154
Inventors:

- Cupertino CA, US
Jason Charles Jury - Minneapolis MN, US
International Classification:

G11B 5/02
G11B 5/48
Abstract:

Technologies are described herein for utilizing multiple, wide readers to read narrow data tracks on a magnetic recording media in a storage device. A system for reading a data track on a magnetic recording media comprises a plurality of reader elements, the width of each reader element being an integer greater than 1 multiple of a width of the data tracks on the recording media. The system further comprises a multi-reader decoder module operably connected to the plurality of reader elements. Each of the reader elements is configured to read a magnetic signal from the magnetic recording media. The multi-reader decoder module is configured to receive a read signal from each of the reader elements, and decode the data on the data track based on the read signals from the reader elements.

Preamplifier For Adjustable Write Current
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US Patent:

20150213813, Jul 30, 2015
Filed:

Jan 30, 2014
Appl. No.:

14/168970
Inventors:

- Cupertino CA, US
Housan Dakroub - Dearborn Heights MI, US
Jason C. Jury - Minneapolis MN, US
Assignee:

SEAGATE TECHNOLOGY LLC - Cupertino CA
International Classification:

G11B 5/027
Abstract:

The implementations disclosed herein provide for a storage device including a preamplifier that dynamically adjusts at least one of a rise time and fall time of an analog write current pulse based on a length of a corresponding write transition and/or characteristics of a media location where the write transition is to be recorded.

Storage Device With Multiple Coding Redundancies
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US Patent:

20150089317, Mar 26, 2015
Filed:

Sep 20, 2013
Appl. No.:

14/032677
Inventors:

- Cupertino CO, US
Deepak Sridhara - Longmont CO, US
Zheng Wang - Longmont CO, US
Jason Charles Jury - Minneapolis MN, US
Assignee:

Seagate Technology LLC - Cupertino CO
International Classification:

H03M 13/23
US Classification:

714755
Abstract:

A storage device is configured to utilize different encoding and decoding schemes in reading and writing data to different regions of a storage device based on the position of the storage regions and/or component-specific physical characteristics of the regions. Each encoding scheme may include multiple different types of encoders selected based an optimization process for each region.