Agco Corporation

Other

Todd B Snyder

Jeremiah T Rau

James Slawson

Gerald R Swift

Joseph Paul Anderson

Troy R Palmquist

A flexible shoe includes an under sole, a foot bed, a first over-foot portion, and a second over-foot portion. The under sole is formed of ballistic nylon. The foot bed is arranged on an upper surface of the under sole. The first over-foot portion is attached to the under sole and is configured to flexibly overly an instep of a foot of a user forward of an ankle of the user. The second over-foot portion is configured to flexibly wrap around a heel of the user rearward of the ankle of the user and includes a tab extending toward and coupled a heel portion of the under sole. The under sole, the first over-foot portion, and the second over-foot portion define a cavity configured to enclose the foot of the user. The foot bed is positioned entirely within the cavity.

Flexible shoe

A vehicle includes a chassis, ground-engaging elements configured to support the chassis, support assemblies supporting the chassis on the ground-engaging elements, adjustable axles configured to change a lateral distance from the chassis to each of the support assemblies, and a controller configured to move the chassis laterally along the axles without changing a track width between ground-engaging elements on opposing sides of the chassis. Disclosed methods may be used to remove and install application systems on the vehicle.

Vehicle having a laterally adjustable chassis and methods of servicing such a vehicle

A flexible shoe includes an under sole, a foot bed, a first over-foot portion, and a second over-foot portion. The under sole is formed of ballistic nylon. The foot bed is arranged on an upper surface of the under sole. The first over-foot portion is attached to the under sole and is configured to flexibly overly an instep of a foot of a user forward of an ankle of the user. The second over-foot portion is configured to flexibly wrap around a heel of the user rearward of the ankle of the user. The under sole, the first over-foot portion, and the second over-foot portion define a cavity configured to enclose the foot of the user. The foot bed is positioned entirely within the cavity.

An electromagnetic breakaway system having a boom assembly, including a frame including a first portion and a second portion hingably coupled to the first portion; and a hinge assembly hingably coupling the first and second portions, the hinge assembly includes first and second electromagnets coupled respectively to the first and second portions, the first and second electromagnets comprising a same charge polarity when the first and second portions form an angle within a first pivot range, the first and second electromagnets comprising a different charge polarity when the first and second portions form an angle within a second pivot range.

Electromagnetic boom cushioning

A boom assembly, including a frame comprising a first portion and a second portion hingeably coupled to the first portion; and a hinge assembly hingeably coupling the first and second portions, the hinge assembly including first and second electromagnets coupled respectively to the first and second portions; a first switch membrane coupled to the second portion and configured to control an energy state of the first and second electromagnets.

Electromagnetic boom breakaway

An agricultural spreader has a hopper containing a granular product and a boom arm supporting a plurality of product delivery conduits supplying a plurality of row banding assemblies configured to disperse the product. The spreader has a pneumatic supply to propel the granular product through the product delivery conduits to the row banding assemblies. Each of the plurality of row banding assemblies includes a cyclone separator having an inlet connected to the product delivery conduit, a product outlet at a bottom end of the cyclone separator, an air outlet at a top end of the cyclone separator. The row banding assembly has a product placement tube connected to the product outlet, and an air exhaust tube connected to the air outlet. The air exhaust tube extends downward and surrounds the product placement tube.

Product row banding assembly for air delivery machines

An apparatus is configured for use with a ground-engaging wheel of a device configured to move in a travel direction. The apparatus includes a guard and bracket assembly, wherein the guard is configured to be movable over the wheel. The guard has forward portion, a back portion, and a width substantially covering a width of the wheel. The guard is configured to be movable over the wheel from a first position to a second position. In the first position, the forward portion of the guard is disposed proximate an upper portion of the wheel and the back portion of the guard is disposed proximate a rear portion of the wheel relative to the travel direction. In the second position, the forward portion of the guard is disposed proximate a front portion of the wheel and the back portion of the guard is disposed proximate an upper portion of the wheel.

Dual purpose pivot row crop tire guard

A tire guard for a wheel of an agricultural vehicle includes a fender having a first width substantially covering a width of the wheel and a crop shield having a forward area and a back area. A first bracket connects the fender to the wheel and a second bracket connects the crop shield to the wheel. The crop shield is movable over the fender between a first position and a second position. In the first position, the forward area of the crop shield is disposed proximate an upper portion of the wheel and the back area of the crop shield is disposed proximate a rear portion of the wheel. In the second position, the forward area of the crop shield is disposed proximate a front portion of the wheel and the back area of the crop shield is disposed proximate an upper portion of the wheel.

Retractable row crop tire guard

An agricultural spreader has a hopper containing a granular material, a boom arm with a plurality of spreader nozzle assemblies configured to disperse the material and a pneumatic supply to propel the granular material from the hopper, and out the spreader nozzle assemblies. The spreader nozzle assemblies include a conduit defining a pathway through which the material is delivered and a spreader nozzle in fluid communication with the pathway. A piezoelectric material is located within the pathway. A light source is located proximate the spreader nozzle and in electrical communication with the piezoelectric material. The light source arranged to direct emitted light into a spread pattern produced by the spreader nozzle.

Spreader nozzle light

A tunable high intensity lighting system comprising at least a light enclosure box, an elongated shaped reflector, and a lens. The high intensity lighting system can be retrofitted to existing strip fluorescent light fixtures to adapt the existing fixture to obtain desired lighting characteristics for a specific application. By using different combinations of components, different light intensities, and tint and glare characteristics are obtained. A method for tuning existing strip fluorescent light fixtures also is disclosed, as is a kit for preselected applications, where the kit contains the components for the retrofitting to the existing fixture.

Growing community of inventors

Jackson, MN, United States of America

Todd B Snyder