Ford Global Technolgoies, LLC

Visteon Global Technolgoies, Inc.

Jeffery N Conley

Raymond Edward Kalisz

Charles Alan Rocco

Harold P Sears

Ronald H Hasenbusch

James Todd Kloeb

Alan Lawrence Jacobson

Bernie Gerard Marchetti

Larry Edward Ellis

Nicholas Andrew Mazzocchi

Robert D Bedard

Upton Beall Bowden

Matthew Cassoli

Giuseppe Domenic Lacaria

Richard R Vaughan

Michael Aaron Haen

Kurt Nuler

Tubular sponge

Methods of in-situ additively manufacturing (AM) a part include placing a blank of a decorative material onto a platform and applying an AM material onto the blank such that the blank and the AM material simultaneously contour to a shape of the platform to form the part. The AM material may be applied onto the part by an extrusion process. The blank and the AM material may be under vacuum. The blank and/or the AM material may be directly or indirectly heated while the AM material is applied onto the blank.

In-situ decorative wrapping methods for polymeric additively manufactured commodities

A mold core package for forming a molding tool includes a plurality of stacked particulate layers having a binding agent. The plurality of stacked particulate layers form sacrificial walls defining a mold cavity. A sacrificial displacement line and a sacrificial displacement body extend from the mold core package and are adapted to displace a molten material applied to the mold core package.

Molding tool with conformal portions and method of making the same

A mold core package for forming a molding tool includes a plurality of stacked particulate layers having a binding agent. The plurality of stacked particulate layers form sacrificial walls. An elongate sacrificial displacement line extends through the mold core package adjacent a forming surface of the mold core package. A mold cavity is defined by the stacked particulate layers.

Mold core for forming a molding tool

An active bolster for automotive crash protection has front and back walls with their outer peripheral edges sealed together to provide a bladder chamber therebetween. A gas source supplies an expansion gas to inflate the bladder chamber during a crash. The back wall has a pleated section comprising a plurality of generally-parallel rows of generally-circumferential pleats that unfold during inflation. The unfolding of the pleats controls a deployment trajectory of the front wall, and the pleats have an undulating transverse curve length corresponding to a maximum trajectory of the front wall. The pleated section further comprises a plurality of transverse ribs joining adjacent pleats in selected locations to reduced the unfolding during inflation to provide a modified deployment trajectory.

Active bolster with cross-connected pleats

An active bolster for an automotive vehicle has base wall for mounting against a rigid structure of the vehicle. A front wall overlies the base wall and forms an interior trim piece of the vehicle. The base wall has a first surface facing the front wall, and the front wall has a second surface facing the base wall. The base wall and front wall are joined around a closed perimeter to form an inflatable bladder with an initial open space between the first and second surfaces. The base wall includes a wide rib projecting from the first surface continuously along the closed perimeter, the wide rib having a minimum radial width along the closed perimeter equal to a first predetermined radial width. The front wall includes a plurality of narrow ribs projecting concentrically from the second surface continuously along the closed perimeter. Each narrow rib is welded to the wide rib, and each narrow rib has a respective radial width at each respective location along the closed perimeter less than half the radial width of the wide rib at the respective location.

Active bolster with hermetic seal

An in-vehicle coffee maker includes a coffee mug and a brewing station that receives the mug, and has a lid that secures the mug therein. A pump supplies water to the lid from a water reservoir via a water line. A heating element heats the water to a predetermined temperature. The mug includes a mug portion, a drink cap, and a pod retainer. The drink cap includes a pod chamber to hold coffee grounds, and the pod retainer secures the coffee grounds therein. The pod retainer includes a opening for water to pass through, into the pod chamber, which in turn includes an opening for water to drain downward into the mug. The lid of the brewing station includes a nozzle that forms a sealed engagement with the opening in the pod retainer so water supplied from the reservoir to the lid flows into the pod chamber.

In-vehicle coffee maker

Growing community of inventors

Belleville, MI, United States of America

Jeffery N Conley