Deere + Company

Other

Michael Thompson

Benjamin J Jordan

Eric Albert Keen

Brian M Huenink

Gregory O McConoughey

Felix Nagelin

Aaron Scott Ritter

Michael R Gratton

Dean Arden Boyce

Thorsten Hagner

Mark Charles DePoorter

Nathan R Demski

Sebastian Himpel

Mark C Depoorter

Trent Kulig

Benjamin J Mueller

Pradipkumar J Tanpure

James O Kuhn

Gary Herman Wenzel

Richard K Rogers

Richard Rogers

Disclosed herein are example mobile device holders having an adjustable retaining device for adjustably sizing a mobile device enclosure. The adjustable retaining device can include one or more adjustable arms extending from the body of the device holder. The adjustable retaining device can also include a corresponding number of engagement members disposed on the ends of the one or more adjustable arms. The one or more adjustable arms and the one or more corresponding engagement members can move from an undeflected state to a deflected state when a mobile device is introduced to the enclosure, and may be biased, for example by spring elements, to return to the undeflected state when the mobile device is removed from the enclosure.

Quick release mobile device holder

A door latch assembly is positionable between an unlatched position, an intermediate position, and a latched position. The door latch assembly includes a housing, a drive mechanism disposed within the housing, a rotor pivotally coupled to the housing and disposed therein, and a catch assembly pivotally coupled to the housing and disposed therein. The rotor has an outer surface which forms at least two notches. A bearing is rotatably coupled to the catch assembly. In the unlatched position, the bearing is located in contact with the outer surface but not within either of the at least two notches. In the intermediate position, the bearing is located in a first notch and in the latched position the bearing is located in a second notch.

Door latch assembly for a work machine

An operator station for a cab of a work vehicle is provided. The operator station includes a base frame configured to be fixedly secured to a floor of the cab; an operator chair including a chair frame rotatably coupled to the base frame to rotate about an upright swivel axis; and a first chair arm positioned on a lateral side of the operator chair. The first chair arm includes a first chair arm body; and a first chair arm adjustment mechanism coupled to the base frame and the first chair arm body and configured to pivot the first chair arm body about a lateral axis substantially perpendicular to the swivel axis as the chair frame rotates about the swivel axis with respect to the base frame.

Work vehicle operator station with swivel arm raise avoidance system

An operator station includes a base frame; a chair is configured to swivel in first and second clock directions; and first and second chair arms. The first chair arm includes a first chair arm body disposed proximate and repositionable with respect to a first lateral side of the chair; and a first chair arm adjustment mechanism coupled to the base frame and the first chair arm body and configured to permit the first chair arm to rotate in a first lateral plane relative to the chair in the first clock direction when the chair rotates in the second clock direction relative to the base frame and to rotate in the first lateral plane relative to the chair frame in the second clock direction when the chair rotates in the first clock direction relative to the base frame.

Work vehicle operator station with swivel arm swing avoidance system

An operator station is provided for a work vehicle cab. The operator station includes a base frame; an operator chair including a chair frame; and a chair arm. A chair arm adjustment mechanism includes a mounting post and the chair frame; a clamp configured to fit about the mounting post; a tie rod; and a lever. The lever is movable into a first pivotal position to move the tie rod to substantially disengage the clamp surface from the post surface, and the lever is movable into a second pivotal position to move the tie rod to substantially engage the clamp surface on the post surface. When the clamp surface is disengaged, the chair arm body is movable along the post axis, and when the clamp surface is engaged with the post surface, the chair arm body, at least in part, is fixed along the post axis.

Work vehicle operator station with arm height adjustment mechanism

Operator station for work vehicle

A brake system for providing tactile feedback in a vehicle steering system. The brake system includes an input shaft, and a rotor responsive to the shaft to rotate in response to input steering wheel inputs. A friction element imparts a base load to the rotor, and an electromagnetic coil imparts a variable load to the rotor. A housing of the brake system includes a fixed component and an intermediate component threaded together to set the base load. An adjustable component of the housing is threaded to the intermediate component to calibrate the variable load. The friction element is disposed between, and engages, both the rotor and the intermediate housing to impart the feedback loads.

Brake system for steering feedback

A roof () for work vehicle comprises a molded roof portion () formed by rotational molding, the molded roof portion () having a first surface () that is generally planar and faces upward, and a second surface () molded integral with the first surface (), wherein the second surface () faces downward and has a plurality of integrally molded troughs () that extend upward into the second surface ().

Roof for a work vehicle

An operator station () for a work vehicle comprises a roof, a roof (), that defines an outside air inlet (); a floor (); several windows () extending between the floor () and the roof () that together define in enclosed operator compartment; an operator seat () disposed within the operator compartment; an air-conditioning module () disposed adjacent to the floor (); a first air conduit extending between an outside air inlet () and the air-conditioning module (); and a second air conduit extending between the air-conditioning module () and a first conditioned air outlet of the roof ().

Operator station

This invention relates to food preparation; in particular this invention relates to an apparatus used to prepare meats and poultry; and more particularly this invention relates to an apparatus and method to tenderize meats and poultry products.

Meat tenderizing system

A board game includes a playing board with a playing surface formed as a rectangular grid of multiple rows and columns of recesses. A multiplicity of playing pieces are dimensioned to seat within the recesses and have a body portion about the periphery of which are repetitions of an indicium, such as a letter of the alphabet, and each repetition is in a distinct color. In game play a first player may place a multiplicity of playing pieces in aligned recesses to construct a cognizable linear array of indicia such as a word, and each playing piece displays its indicium in a preselected color associated with that player. The second player may place at least one playing piece in an empty recess adjacent one of the recesses utilized by the linear array of the first player and thus create a new cognizable linear array incorporating the added indicium which is rotated to display the repetition of the indicium in a color associated with the second player. The second player also rotates the playing piece(s) of the first player incorporated in the new linear array to display the indicia thereof in the color associated with the second player.

Growing community of inventors

Clayton, IN, United States of America

Michael Thompson