Jeffry S. Bennin - Hutchinson MN Todd Boucher - Stewert MN Jeffrey W. Green - Sioux Falls SD Gary E. Gustafson - Darwin MN Ryan Jurgenson - Hutchinson MN Brent D. Lien - Minneapolis MN
Assignee:
Hutchinson Technology, Inc. - Hutchinson MN
International Classification:
G11B 2116
US Classification:
3602458
Abstract:
A trace interconnect assembly designed for transmitting electrical signals to and from a head assembly in a hard disk drive is disclosed. The interconnect assembly includes one or more single-layer thin, elongated, and generally flat substrate-free trace interconnects. The trace interconnects are new conductors etched out of a planar length of preferably a high tensile and high yield strength metal such as beryllium copper. They are shaped to match the surface topology of the suspension assembly. Trace interconnects have a rigid region and flexible regions that match a rigid region and flexible regions in the suspension assembly. Different additional elements include support braces, standoffs, trace tangs, bond pads, and stacked interconnects. Coupling a head assembly to the interconnect assembly creates a head interconnect harness. Methods of manufacture for the trace interconnect assembly, a multi-conductor stacked version, a head suspension assembly, and the head interconnect harness are disclosed.
Hygrothermal Load Compensating Structures In An Integrated Lead Suspension
Jeffry S. Bennin - Hutchinson MN Todd W. Boucher - Stewart MN James H. Dettmann - Duluth MN Lloyd C. Goss - Bloomington MN Gary E. Gustafson - Darwin MN Michael T. Hofflander - Edina MN Brent D. Lien - Minneapolis MN Dean E. Myers - Stewart MN
An integrated lead disk drive suspension including a load beam and one or more conductive leads. The load beam has a mounting region on a proximal end, a head bonding platform on a distal end, and one or more spring regions connecting the head bonding platform to the mounting region. The conductive leads are integrated with and insulated from the load beam by an adhesive dielectric layer, and extend between the head bonding platform and the mounting region. The leads are adapted to reduce mechanical effects of the leads and/or dielectric layer on spring characteristics of the spring regions. One embodiment of the leads includes at least a first compensating portion which extends off the load beam and traverses a nonlinear path around at least a portion of one or more of the spring regions. In another embodiment the portions of the conductive leads extending between the distal end of the load beam and the head bonding platform are substantially free from the dielectric layer. In yet another embodiment the width of portions of the dielectric layer is about equal to or less than the width of adjacent portions of the conductive leads.
Jeffry S. Bennin - Hutchinson MN Todd Boucher - Stewert MN Jeffrey W. Green - Sioux Falls SD Gary E. Gustafson - Darwin MN Ryan Jurgenson - Hutchinson MN Brent D. Lien - Minneapolis MN
A trace interconnect assembly for transmitting electrical signals to and from a head assembly in a hard disk drive. The interconnect assembly includes one or more single-layer thin, elongated, and generally flat substrate-free trace interconnects. The trace interconnects are new conductors etched out of a planar length of preferably a high tensile and high yield strength metal such as beryllium copper. They are shaped to match the surface topology of the suspension assembly. Trace interconnects have a rigid region and flexible regions that match a rigid region and flexible regions in the suspension assembly. Different additional elements include support braces, standoffs, trace tangs, bond pads, and stacked interconnects. Coupling a head assembly to the interconnect assembly creates a head interconnect harness. Methods of manufacture for the trace interconnect assembly, a multi-conductor stacked version, a head suspension assembly, and the head interconnect harness are disclosed.
Method For Manufacturing A Head Suspension Having Electrical Trace Interconnects With Reduced Capacitance
A head suspension assembly, for use in a magnetic rigid disk storage device, has an electrical conductor adherently secured along the length of the suspension and insulated from the surface of the load beam by means of a layer of dielectric insulating material. The suspension assembly is fabricated with capacitive coupling reducing areas or apertures to reduce the capacitive coupling between the electrical conductors and the metal surface of the head suspension.
Reduced Capacitance Of Electrical Conductor On Head Suspension Assembly
A head suspension assembly, for use in a magnetic rigid disk storage device, has an electrical conductor adherently secured along the length of the suspension and insulated from the surface of the load beam by means of a layer of dielectric insulating material. The suspension assembly is fabricated with capacitive coupling reducing areas or apertures to reduce the capacitive coupling between the electrical conductors and the metal surface of the head suspension.
Gimbal Flexure And Electrical Interconnect Assembly
Jeffry S. Bennin - Hutchinson MN Todd Boucher - Stewert MN Jeffrey W. Green - Sioux Falls SD Gary E. Gustafson - Darwin MN Ryan Jurgenson - Hutchinson MN Brent D. Lien - Minneapolis MN
A gimbal flexure and electrical interconnect assembly for attachment to a disk drive suspension assembly. The gimbal flexure and electrical interconnect acts both as an interconnect system for relaying electrical signals and as a gimbal flexure. It comprises a self-supporting set of generally parallel traces--electrically insulated linear substrate-free conductors constructed of a single layer spring material. The set of traces includes a load beam portion extending over and matching the surface topology of at least a section of the first surface of a load beam, and a gimbal portion located at a distal end of the set of traces shaped as a gimbal flexure means. The invention describes specific embodiments, including head harnesses, suspension assemblies, and head suspension assemblies, as well as manufacturing methods.
A solar collector is designed for use in the window opening of a house and also serves to retain the window function for the occupants of the house. The collector has a rectangular frame having an inner pane of glass, an outer pane or panes and a plurality of rotatable louvers mounted in the frame between the inner and outer panes. The louvers have a reflective material on one side and a dark or solar absorbing surface on the other, thereby allowing the proper side to be rotated into position depending on the season. A heated chamber is provided within the louvers so that the working fluid may flow directly through the louvers and allow the heat transfer to occur therein.
Gimbal Flexure And Electrical Interconnect Assembly
Jeffry S. Bennin - Hutchinson MN Todd Boucher - Stewrt MN Jeffrey W. Green - Sioux Falls SD Gary E. Gustafson - Darwin MN Ryan Jurgenson - Hutchinson MN Brent D. Lien - Minneapolis MN
A method for manufacturing a head suspension including separately manufacturing a load beam and a set of traces. The traces are formed from a sheet of conductive material and include an elongated conductor portion and a gimbal portion. Portions of the traces which are configured to be mounted to the load beam are coated with dielectric before being mounted to the load beam. The gimbal portion of the traces provides both mechanical and electrical connections to the conductor portion.
Name / Title
Company / Classification
Phones & Addresses
Gary R. Gustafson Owner
FingerTipShopper.com, Incorporated Internet Shopping
700 W 46 St, Minneapolis, MN 55419 6128272638
Gary R. Gustafson Principal
Gary Roger Gustafson Business Services at Non-Commercial Site
1330 Greeley Ave N, Glencoe, MN 55336
Gary Gustafson Owner, Principal
Accountable Consultants, Inc Business Consulting Services
6936 Howard Ln, Edina, MN 55346
Gary Gustafson Director Of Environmental Services
Grand Itasca Clinic and Hospital Medical Doctor's Office
2007 to 2000 Engineer and CAD DesignerWidmer Associates, Inc Staples, MN Jan 2007 to Jan 2007 Engineer and CAD 3D DesignLaser Job Shop Fridley, MN Jan 2006 to Jan 2007 Engineer Production LeadLaser Job Shop Plymouth, MN 2001 to 2006 Project & Manufacturing Engineer, CustomerRemmele Engineering Inc Big Lake, MN 1998 to 2001 Senior Manufacturing Engineer, New BusinessSpectralytics Inc Minneapolis, MN 1995 to 1998 Stent Group Manager, Specializing in Laser SolutionsHutchinson Technology Inc Hutchinson, MN 1993 to 1995 R & D Engineer SuspensionsViggo Spectramed Oxnard, CA 1992 to 1993 Consultant Supporting New Blood Pressure ProductsBecton Dickinson Vascular Access Division Sandy, UT 1988 to 1992 Department of Sensors / Catheter Systems DevelopmentHoneywell Solid State Electronics Division Plymouth, MN Jan 1980 to Jan 1988 Engineer 4Skills Summary
Group manager responsible for engineering, process development, team building, technical sales
Education:
Hamline University Saint Paul, MN 1977 to 1981 BA in Physics and Mathematics GPA 3.54 out of 4
Dr. Gustafson graduated from the Des Moines University College of Osteopathic Medicine in 1974. He works in Raymore, MO and specializes in Urgent Care Medicine.
Medical School Wayne State University School of Medicine Graduated: 1982
Languages:
English
Description:
Dr. Gustafson graduated from the Wayne State University School of Medicine in 1982. He works in Troy, MI and 1 other location and specializes in Radiation Oncology. Dr. Gustafson is affiliated with Beaumont Health System and William Beaumont Hospital.
Veterans placed wreaths for all six branches of the military and prisoners of war: Gary Gustafson placed a wreath in for all those who served and are serving in the U.S. Army; John Lang for the U.S. Navy; Glenn Dennis for the U.S. Marines Corps; Dan Thurston for the U.S. Air Force; Bill Duquette for