Ag-right Enterprises, Inc.

Other

Fmc Corporation

Marty D Youman

Phillip Ray Scott

Franklin P Orlando

Kevin M Caine

Dennis Raymond Schultz

Michael Brian Fitzgerald

A harvester incorporating at least one force balanced shaker vibratory brush as the harvesting apparatus uses a sensing system connected to spring feelers to generate a signal responsive to the location, shape and position of a tree.

Adjustable shaker head harvester

Automatically adjusting shaker head harvester with steering correction and improved shaker head mounting

A over-the-row single sided harvester harvests a row crop from a first side of a row while simultaneously collecting crop from the 'off side' side of the same row.

Over-the-row single sided harvester

A harvester incorporating at least one force balanced shaker vibratory brush as the harvesting apparatus uses a sensing system connected to a plurality of spring feelers carried on a shaft to generate a torque value responsive to the location of the shape and position of a tree. The feeler springs may be of differing lengths to assist in tuning the harvester. Apparatus and a method for mounting the shaker head on the vehicle as well as system of steering the harvester are disclosed.

An array of foliage contacting rods having a certain stiffness and trunk contacting rods having a greater stiffness is assembled in combination for mounting on an oscillatory shaker head configured to be carried over row cultivated crops by a mobile harvester to effect crop harvesting by both foliage shaking and trunk shaking using a single shaker head. Moreover, the number of rods of each type may be varied to suit harvesting conditions while the oscillatory shaker head remains in place in the mobile harvester and the stiffness of each rod is adjustable within limits to further conform to harvesting conditions. The rod array in one embodiment provides simultaneous harvesting of multiple rows of a crop cultivated in parallel row configuration.

Crop harvesting rod array

A harvester for tree borne fruit is disclosed wherein a power driven vehicle is provided for following a course adjacent and parallel to a row of fruit trees. The vehicle carries a vibratory brush having tines for engaging and shaking the tree's fruit bearing branches. The brush is yieldably held in engagement with the fruit bearing branches and is adjustable in three aspects, elevation, tilt angle and lateral position, to assume an optimum position relative to the row of trees. A brake is provided to control a net rotation speed of the vibratory brush within the branches. A resilient screen deflects randomly projected harvested fruit toward a harvested fruit catch apparatus. The tines are covered with an optimally designed resilient cover for reducing cullage in the harvested fruit.

Tree borne fruit harvester

A harvester for harvesting grapes or other fruits from plants. The harvester uses elastomer spring to support the closure wings of the harvester. The elastomeric spring may be a block of elastomeric material connecting a closure plate to the frame of the harvester. The elastomeric spring allows movement of the closure plate in many different directions. In addition, the elastomeric spring has fewer parts and is easier to assemble than conventional spring systems.

Growing community of inventors

Madera, CA, United States of America

Marty D Youman