Brian J. Tillotson - Kent WA, US Bradley J. Mitchell - Snchomish WA, US Peter E. Herley - Renton WA, US Brenda K. Carlson - Bothell WA, US Kevin Y. Ung - Bellevue WA, US Tamaira E. Ross - Seattle WA, US Steven C. Venema - Kirkland WA, US Kristina A. Chinn - Renton WA, US James T. Farricker - North Bend WA, US Daniel A. Hendricks - Kenmore WA, US Richard R. Rocks - Spanoway WA, US Charles B. Spinelli - Bainbaidge WA, US David B. Blackwell - Seattle WA, US
International Classification:
H04Q 5/22 F16B 31/02
US Classification:
340 101, 73761
Abstract:
Data is remotely collected from a plurality of fasteners in response to a query signal wirelessly transmitted by a reader. Each of the fasteners includes a sensor for measuring a parameter related to the stress on the fastener. A device adapted to be attached to each of the fasteners receives the query signal, activates the sensor to measure the parameter and wirelessly transmits the data including the parameter to the reader.
Daniel Albert Hendricks - Bothell WA Arlen Ray Pumphrey - Arlington WA Robert Stephen Schempp - Bothell WA
Assignee:
The Boeing Company - Seattle WA
International Classification:
B25B 2100
US Classification:
81 54
Abstract:
Apparatus for assembling fasteners includes a fastening wrench operated by a first operator and having interchangeable sockets of different sizes for engaging nuts of different sizes. The nuts are required to be tightened to different torque values on their respective bolts. When the first operator removes a socket from a socket tray in preparation for attaching the socket to the fastening wrench, a signal is sent to a controller which determines the torque value associated with that socket size. When the fastening wrench reaches the specified torque value during the tightening operation, the controller automatically shuts the fastening wrench off. The apparatus also includes a second wrench, operated by a second operator, for engaging the heads of the bolts to prevent them from turning during the tightening process. During the tightening process the second operator may not be in communication with the first operator. The second wrench includes a safety switch which when not depressed by the second operator, prevents the fastening wrench from operating for the protection of the second operator.
Device For Orienting And Conveying A Headed Fastener
Paul J. Shemeta - Seattle WA Daniel A. Hendricks - Bothell WA
Assignee:
The Boeing Company - Seattle WA
International Classification:
B23Q 710 B23Q 712 B65H 900
US Classification:
29809
Abstract:
Disclosed is device (10) for orienting and conveying a headed fastener (14), wherein the device is positioned beneath any suitable dispenser (12) whereby headed fasteners are removed from a supply container and successively dropped with random orientation onto the device. The device (10) is configured to receive the headed fasteners (14) within a selected groove (32, 132) so that the headed fastener will assume a predetermined orientation within the device. The oriented fastener is then conveyed from the point it is received in the groove to a conduit (55, 57) which directs the headed fastener into the feeder tube (16) of the fastening machine. The fasteners are rotated as they are conveyed along the device in order to create a gyroscopic effect in the fastener as a means of maintaining the relative orientation of the fastener as it moves through the groove toward the feeder tube.
Daniel A. Hendricks - Bothell WA Warren E. Townsend - Seattle WA
Assignee:
The Boeing Company - Seattle WA
International Classification:
B21B 3100
US Classification:
72391
Abstract:
One end of a pull rod (66) is pivotably attached to a lever (82), and the other end of rod (66) has a T-shaped slot (70) for receiving the head (28) and part of the shaft (24) of a plastic blind rivet fastener (22). Rod (66) slides axially in a tube (54) which has a radial end wall (60) with a slot (62) for slidably receiving the shaft (24). A spring (76) biases the rod (66) into a fastener-receiving position adjacent to wall (60). The lever (82) is squeezed toward a handle (56) to pull the rod (66) away from the wall (60) and the fastener head (28) axially inwardly. The abutment of the wall (60) against a collar (36) on shaft (24) slides collar (36) along shaft (24) to force a portion of a sleeve (30) on shaft (24) radially outwardly. A bent tube (104) may be provided instead of the straight tube (54). The pull member (110) received in the tube (104) has two rod portions (112,120) on oposite sides of the bend (106).
Daniel A. Hendricks - Bothell WA Paul J. Shemeta - Seattle WA
Assignee:
The Boeing Company - Seattle WA
International Classification:
B23B 4514 B23Q 1110
US Classification:
408 59
Abstract:
Quick change chuck systems with integral fluid inducer. A quick change drill bushing system reduces misalignment of bushing to motor spindles and enables rapid change of cutting tools and bushing thereby reducing the number of dedicated working systems. The quick change chuck system with integral fluid inducer may utilize a quick change nosepiece system in combination.
Quick change chuck systems with integral fluid inducer. A quick change drill bushing system reduces misalignment of bushing to motor spindles and enables rapid change of cutting tools and bushing thereby reducing the number of dedicated working systems. The quick change chuck system with integral fluid inducer may utilize a quick change nosepiece system in combination.
Advantage Nissan
Lot Attendant
Manpower Mar 2014 - Apr 2014
Customer Service Representative
Pacific Fuels May 2012 - Dec 2013
Customer Service Representative
Olympic High School Student Store Feb 2010 - Jun 2011
Student Manager
East Linn MRI 505 N Santiam Hwy, Lebanon, OR 97355 5414516950 (phone), 5414516953 (fax)
Corvallis MRI A Joint Venture 3615 NW Samaritan Dr, Corvallis, OR 97330 5417685187 (phone), 5417685092 (fax)
Education:
Medical School University of Virginia School of Medicine Graduated: 2003
Languages:
English
Description:
Dr. Hendricks graduated from the University of Virginia School of Medicine in 2003. He works in Corvallis, OR and 3 other locations and specializes in Diagnostic Radiology and Vascular & Interventional Rad. Dr. Hendricks is affiliated with Good Samaritan Regional Medical Center, Samaritan Lebanon Community Hospital and Samaritan North Lincoln Hospital.
Wal-Mart - Electronics Sales Associate (2009) Chattanooga Times Free Press - Graphic Designer (2008-2008) Ann Arbor News - Inserter (2005-2008)
Education:
Cleveland State Community COllege, Western Governors University, Washtenaw Community College - Graphic Design, Wasthenaw Technical Middle College - High School
Daniel Hendricks
Education:
Olympic College - Engineering, Olympic High School - High School
Tagline:
I reject your reality, and substitute my own.
Daniel Hendricks
Work:
FedEx - Courier (2010)
Daniel Hendricks
Tagline:
Yet another Social Network.... anyone on here that doesn't work for Google?