E.d. Etnyre & Co.

James K Bertsch

Thomas R Brown

Patrick C O'Brien

Randal L Zerbe

A conveyor mechanism is provided for transporting objects. The conveyor mechanism, includes a single continuous belt member wrapped around a plurality of chain loops and also around a pair of spaced-apart pulleys disposed outboard thereof. A chain drive drives the chain loops and the chain loops drive the surrounding belt. A frame having substantially frictionless channel guides provides additional support to the upper track portion of each chain so that the belt member can accommodate heavy loads. The belt has at least one guide ridge formed in its substantially flat undersurface. The belt turning rollers are provide with circumferential grooves which are sized to engage the raised guide ridge on the undersurface of the belt, so that cooperation between the grooves in the turning rollers and the ridge on the belt maintains lateral tacking of the belt. Further lateral stability is provided by disposing of pair of chain guides on either side of the ridge along the upper run of the belt.

Conveyor mechanism

In a vehicle for spreading liquid material, disclosed is a spray manifold based on an inventive variable orifice nozzle, spraying beyond the vehicle span while not extending beyond the vehicle span. Because of the inventive nozzle the vehicle is able to spray beyond the span of the vehicle with a uniform application to a swath of land over varying vehicle speeds and flow rates. The disclosed nozzle achieves a constant velocity and exit flow trajectory for a wide variety of flow rates, including low flow rates. The nozzle is particularly beneficial for vertical manifold arms with horizontally mounted nozzles because the trajectory distance is constant for a wide range of flow rates. The nozzle achieves these benefits by providing a fixed flow path and a variable flow path. The nozzle includes a substantially spherical poppet having a fixed hole orifice, variably retained by a spring adjacent to the orifice of the discharge port.

Method and apparatus of uniform nozzle liquid application by way of

A conveyor mechanism is provided for transporting objects. The conveyor mechanism, in particular, includes a single continuous belt member wrapped around one or more chain loops and also around a pair of spaced-apart pulleys disposed outboard thereof. A first axle having one or more drive sprockets, a second axle having an equal number of idler sprockets, and a motor connected to the first axle are provided for driving the chain loops and the surrounding belt member. In use, the belt member maintains a constant linear velocity throughout its travel path (i.e., both inboard and outboard of the two sets of sprockets), due to the action of the pulleys. In this way, the velocities of the belt member and chains are synchronized at all points where they are in engagement (i.e., inboard of the sprockets), and slipping and/or stretching of the belt member with respect to the chains is advantageously prevented at its reversal points (i.e., outboard of the sprockets). A frame having substantially frictionless channel guide(s) provides additional support to the upper track portion of each chain so that the belt member can accommodate heavy loads.

Growing community of inventors

Oregon, IL, United States of America

James K Bertsch