Search

Richard H Benear

from Eagle, ID
Age ~72
Get Report
Also known as:
Richard Hugh Benear, Robert H Benear, Dick H Benear, Rick H Benear, Richard H Ryan, Richard R
Phone and address:
990 Meander Ct, Pearl, ID 83616
(208) 939-2812
Related to:
Erica Benear, 77Jo BenearPatricia L Ryan, 75Patricia BenearRobert James Rapoza, 63Jeremy D Nixon, 47Ashley J Poulton, 42David W BiglerHeather L Rapoza, 52David Bigler, 55
Connected to:
Emily K Benear, 34Bruce Beneby, 72Carolyn Beneby, 77Derrick Beneby, 30Cara R Benech, 33Frantz J Beneche, 69Diane A Benecke, 60Ingrid B Benecke, 85Lars Benecke, 62Lisa A Benecke, 49

Richard Benear Phones & Addresses

  • 990 Meander Ct, Eagle, ID 83616 (208) 939-2812
  • 7911 Apache Way, Boise, ID 83714 (208) 853-3250
  • Nampa, ID
  • 990 W Meander Ct, Eagle, ID 83616 (208) 871-5389

Work

Company: Meadowlark hills farm Nov 2010 Position: Business owner

Skills

Asic • Pcb Design • Hardware • Embedded Systems • Firmware • Device Drivers • Product Development • Debugging • Embedded Software • Hardware Architecture • Arm • Semiconductors • Rtl Design • Engineering Management • Electronics • System Architecture • Verilog • Microprocessors • Fpga • Field Programmable Gate Arrays • Arm Architecture

Emails

r***[email protected]

Industries

Computer Hardware

Resumes

Resumes

Richard Benear Photo 1

Business Owner

View page
Location:
990 west Meander Ct, Eagle, ID 83616
Industry:
Computer Hardware
Work:
Meadowlark Hills Farm
Business Owner
Skills:
Asic
Pcb Design
Hardware
Embedded Systems
Firmware
Device Drivers
Product Development
Debugging
Embedded Software
Hardware Architecture
Arm
Semiconductors
Rtl Design
Engineering Management
Electronics
System Architecture
Verilog
Microprocessors
Fpga
Field Programmable Gate Arrays
Arm Architecture

Business Records

Name / Title
Company / Classification
Phones & Addresses
Richard H. Benear
Principal
Meadowlark Hills Vineyard
Business Services at Non-Commercial Site
990 W Meander Ct, Pearl, ID 83616

Publications

Us Patents

Apparatus And Method For Storing Compressed Data To A Storage Device

View page
US Patent:
6504995, Jan 7, 2003
Filed:
Jul 21, 1999
Appl. No.:
09/358800
Inventors:
Richard Benear - Boise ID
Randall Don Briggs - Boise ID
Gregory A. Vaughn - Meridian ID
Assignee:
Hewlett-Packard Company - Palo Alto CA
International Classification:
H40N 5917
US Classification:
386111, 386125
Abstract:
Apparatus for writing compressed data to a storage device having multiple storage areas. The apparatus identifies one or more storage areas to receive the compressed data based upon the compression ratio of the compressed data and the characteristic transfer rates of the storage areas. The apparatus then writes the compressed data to the Identified storage areas. This is accomplished so that when the compressed data is later read, the storage device has at least a minimum output rate. The storage device may, for example, be a disk storage unit for a laser printer. The compressed data may be compressed video data describing a document to be printed.

Printer And Method For Alternately Printing And Compressing Data Using Same Processing Unit

View page
US Patent:
6522420, Feb 18, 2003
Filed:
Oct 20, 1998
Appl. No.:
09/175720
Inventors:
Clayton E. Chadez - Nampa ID
Richard H. Benear - Boise ID
Assignee:
Hewlett-Packard Company - Palo Alto CA
International Classification:
G06K 1500
US Classification:
358 115, 358 113
Abstract:
A printer performs both the processing and printing tasks efficiently using controller firmware with a single data path (i. e. , one ASIC). The printer has a periodic print cycle in which data for one page or plane (if multi-colored) is printed during each cycle. The print cycle is typically longer than the time needed to print one page or plane. Thus, the print cycle can be segmented into a âprinting phaseâ in which the printing mechanism prints data, and a ânon-printingâ phase in which the printing mechanism does not print data. The controller firmware interleaves printing operations with non-printing operations during the printing and non-printing phases of the print cycle, respectively. During the printing phase, the controller is dedicated to printing a page or plane. During the non-printing phase, the controller is free to perform other tasks, such as compressing raster data for subsequent printing.

Luminance-Based Color Resolution Enhancement

View page
US Patent:
6556311, Apr 29, 2003
Filed:
May 28, 1997
Appl. No.:
08/864944
Inventors:
Richard H. Benear - Boise ID
James R. Nottingham - Boise ID
Assignee:
Hewlett-Packard Development Co., L.P. - Houston TX
International Classification:
G06F 1300
US Classification:
358 19, 358520, 358522
Abstract:
A method and apparatus enhance a color or grayscale raster image in a printer by identifying a working pixel in the raster image for anti-aliasing, and then modifying luminance data of the working pixel in a luminance chrominance color space such that an anti-aliasing effect is achieved relative to the raster image. The luminance component of the raster image data is converted to a binary format to identify the working pixel using RET template matching. The luminance data of the working pixel is modified by utilizing luminance data of adjacent pixels to produce a new luminance value which is then assigned to the working pixel. One of the adjacent pixels defines an edge of the object being anti-aliased in the raster image, and the other of the adjacent pixels defines an edge of a region in the raster image that is adjacent the object. In the event chroma data is associated with the object, the chroma data is combined with the modified luminance data and also assigned to the working pixel for accurate imaging thereof.

Method And Apparatus For Alignment Of Image Planes

View page
US Patent:
6573919, Jun 3, 2003
Filed:
Jul 31, 2001
Appl. No.:
09/919638
Inventors:
Richard Benear - Boise ID
Rulon Gregory Esplin - Eagle ID
Assignee:
Hewlett-Packard Development Company L.P. - Houston TX
International Classification:
G06G 1501
US Classification:
347116, 399299, 399301
Abstract:
An alignment apparatus for use in an electrophotographic imaging device includes a first counter to count a first value of changes of a first signal, with the first value related to a first location of a photoconductor in a first direction. In addition, the alignment apparatus includes a second counter to count a second value of changes of a second signal, with the second value related to a second location of the photoconductor in a second direction substantially perpendicular to the first direction. Additionally, the alignment apparatus includes a circuit coupled to the first and the second counter to generate a change in a third signal after the first and the second counter count to, respectively, the first value and the second value.

Method And Apparatus For Data Compression

View page
US Patent:
6583887, Jun 24, 2003
Filed:
Feb 26, 1999
Appl. No.:
09/258545
Inventors:
Scott Clouthier - Boise ID
Richard Benear - Boise ID
Gregory S. Saathoff - Boise ID
Jeffery M. Roberts - Nampa ID
Assignee:
Hewlett-Packard Development Company, L.P. - Houston TX
International Classification:
H04N 132
US Classification:
358 115, 35842601, 35842602, 35842603, 35842604, 35842605, 35842606, 35842607, 35842608, 35842609, 35842611, 3584261, 35842612, 35842613, 35842614, 35842615, 35842616, 382232
Abstract:
Compression apparatus is described that operates to select an optimum compression procedure to apply to received image data. The compression apparatus can be employed in a page printer having a print engine that must be provided with video data at a constant rate in order to avoid a print underrun. The page printer operates to receive print data and to convert the received print data into rasterized page strips. Some or all of these rasteized page strips can then be compressed by the compression apparatus for later conversion to video data. The compression apparatus operates to compress each received rasterized page strip by selecting a compression procedure that results in a compressed strip that will provide optimum print quality while not causing a print underrun and that is below a threshold data size.

Method And Apparatus For Processing Data In An Imaging Device

View page
US Patent:
20030081244, May 1, 2003
Filed:
Oct 30, 2001
Appl. No.:
10/003389
Inventors:
Scott Clouthier - Boise ID, US
Richard Benear - Boise ID, US
Todd Fischer - Boise ID, US
International Classification:
B41J001/00
G06F015/00
US Classification:
358/001150, 358/001900
Abstract:
An apparatus includes a memory to store compressed color data and decompressed color data. In addition, the apparatus includes a decompressor arranged to receive the compressed color data from the memory and configured to generate the decompressed color data and store the decompressed color data in the memory. Furthermore, the apparatus includes a color space converter arranged to receive the decompressed color data from the memory and configured to perform a color space conversion on the decompressed color data to form converted color space data. Additionally, the apparatus includes a halftoning device arranged to receive the converted color space data and configured to perform a halftoning operation to generate halftone data. A method includes storing compressed color data in a memory and loading the compressed color data into a decompressor from the memory. In addition, the method includes generating decompressed color data from the compressed color data, storing the decompressed color data in the memory, and loading the decompressed color data into a color space converter from the memory. Furthermore, the method includes performing a color space conversion on the decompressed color data to generate converted color space data.

Adjustment Of Dot Size For Laser Imagers

View page
US Patent:
57934061, Aug 11, 1998
Filed:
Mar 6, 1996
Appl. No.:
8/611890
Inventors:
Jeffrey L. Trask - Boise ID
Rulon G. Esplin - Eagle ID
David S. Pitou - Meridian ID
Richard H. Benear - Boise ID
James A. Kazakoff - Boise ID
Brian Hoffmann - Boise ID
Assignee:
Hewlett-Packard Company - Palo Alto CA
International Classification:
B41J 247
US Classification:
347252
Abstract:
Fine pulse width modulation (PWM) adjustments in the output of a laser printer are accomplished by receiving values from a bit map and modifying the values in accordance with values in a lookup table (LUT). The lookup table is subdivided into a plurality of blocks, and a selection of the blocks is made in accordance with external values. This allows the output of a pulse width modulation circuit to be adjusted to a precision that is greater than that afforded by the bit size of the values from the bit map. The use of plural blocks in the lookup table permits adjustments in the output of the pulse width modulation circuit in accordance with external factors such as relative humidity, sensitivity of an optical photoreceptor, and developer life.
Control profile
Richard H Benear from Eagle, ID, age ~72 Get Report