Harvester of olives

Abstract

The collection of the olives is performed by a machinery, that has attached a telescopic rod (A.a), fixed from one side, and free to rotate hydraulically form the other side. This free side moves mechanically by the operator in order to come as close as possible to the olives. The strikers who drop the olives off the tree are on the free side of the rod. The machinery is either pulled and gets its power/motion through a compler by a tractor or it is as an independent automotive self-driven piece of machinery. The olives fall into a PVC foil top (A.b), which mechanically extends under the tree. The olives are transferred over a rotating belt (A.c) into the selected sacks, as the leaves have already been separated from the olives with the help of the absorber (A.d).

Description

This invention is about the mechanical, through hydraulics, striking of olive trees, in order to drop the olives off the tree.

This particular machinery can be manufactured in two versions:

The first version (drawing A), is an automotive machinery that can be driven, and whose operator will be performing all the machinery's functions, from the driver's seat.

The second version (drawing B), is a machinery attached to and pulled by a tractor, or to a similar type of vehicle. The necessary motion for the operation of its hydraulics will be taken by the tractor over a compler traction transferred over a pivot). In this case the operator set on the machinery during the operation.

Both versions A and B are both comprised by the following parts:

A: from a metal block which is build on wheels, for its easy transportation. Except the oil pump, on this block we also have the following parts:

A.a: a telescopic metal rod which extends up to 6 meters.

A.b: a foil of PVC aprox. 1 cm thick, for the collection of the olives

A.c: a continuous rolling belt, which has two parts, sends the olives into the sack a1 or b1.

A.d: An absorber who will separate the leaves from the olives.

A.a.1: Telescopic rod: the operator extends the rod to the necessary length, moves it vertically up and down, horizontally left and right, and semi circular left and right. The telescopic rod is fixed on the metal block, whilst the striker is fixed on the end side of the rod.

A.a.2: Frame striker: this is a metal framework fixed, as we already mentioned above, on the end of the telescopic rod. On its other side, has three rows of strikers. It moves up and down and semi circle left and right.

A.a.3: Strikers: these are three rods vertically installed on the end side of the rod, with four plastic strikers (of a crossed pattern) on each rod. They rotate in circularly by a hydraulic motor, which is fixed on the rod It transfers the drive/motion, with a chain simultaneously to all three rods.

A.a.4: Plastic strikers: a plastic striker 50 mm thick and 25 cm long. They are fixed on the striker by four in a cross pattern. As they turn around, they heat the branches of the olive tree and as a result the olives fall into the foil PVC.

A.b.1: Collection area: it consists of an elastic top made of PVC, 1 cm thick. It has three parallelogramical parts. The left and right one, open hydraulically outwards and they to stop underneath the third and firm piece. Each one to its side. The PVC foil is fixed on the second hub of an hydraulic telescope, therefore to be able to come close to the tree, The other side of the telescope is fixed on the opposite side of the compler, in order to move 180o, thus working on trees to the left and to the right side.

The PVC foil has a hole, in which the olives fill, either due to its angle, or by a hydraulic angle done by the operator,

Where the olives fall (in the hole), there is a rotating belt which, after the absorber has separated the leaves, brings the olives into sack.

Claims

1-4. (canceled)

5. Olive harvesting machine for the collection of olives through striking an olive tree at selected locations thereof to effect downfall of olives and subsequently separating olives from leaves, characterized by that it comprises in combination: a block (A) mounted onto wheels capable of moving in selected locations in the proximity of an olive tree; a telescopic rod (A.a.1) pivotally mounted onto said block and expandable at a height suitable for reaching any desired location of any olive tree whatsoever; striker means comprising a rod (A.a.2) pivotally mounted at the outermost end of said telescopic rod (A.a.1), a plurality of evenly spaced rods (A.a.3) rotatably mounted perpendicularly along and on either side of said rod (A.a.2), an arrangement of plastic strikers (A.a.4) being disposed in a crosslike pattern perimetrically around each one of said plurality of evenly spaced rods (A.a.3); means for the supply of power for driving movable items and especially for moving said plurality of evenly spaced rods (A.a.3) via a central motion transmission means activating a simultaneous rotation of all rods in said plurality of evenly spaced rods (A.a.3); means for the collection of olives falling from the olive tree through striking action of said plastic strikers (A.a.4), said means for the collection of olives being deployed at a selected location underneath said olive tree and comprising an assembly of a plurality of olive collection foil portions (A.b.1) of parallelogram configuration, a telescopically extendable rod passing centrally through said plurality of olive collection foil portions and supporting the same, said telescopically extendable rod being pivotally mounted at a rear side of said block (A) capable of turning at an arc of 90° rightwards or 90° leftwards and of longitudinally extending to reach the desired position underneath the olive tree where olives are expected to fall through striking action of said plastic strikers (A.a.4), an aperture being provided at a discharge end of said assembly of a plurality of foil portions (A.b.1), each foil portion of said assembly of a plurality of olive collection foil portions (A.b.1) comprising inclined side walls so as to obtain an inclined orientation of the overall assembly to lead collected olives to pass through said aperture, a rotating belt (A.c) being adapted to receive the olives being discharged through said aperture, an absorber (A.d) being provided at a certain point along said rotating belt (A.c) for separating olives from leaves, whereby olives deprived from leaves are alternatively led into packaging sack (a.1) or packaging sack (b1), said packaging sacks (a1, b1) being mounted onto said block (A).

6. Olive harvesting machine as claimed in above claim 5, characterized by said rod (A.a.2) pivotally mounted at the outermost end of said telescopic rod (A.a.1) being capable of selectively moving in any orientation up-down, right-left with respect to said telescopic rod (A.a.1) thereby achieving a motion in simulation of the human hand.

7. Olive harvesting machine as claimed in above claim 5, characterized by that an innermost foil portion of said assembly of a plurality of olive collection foil portions (A.b.1) is fixedly mounted onto said telescopically extendable rod passing centrally therethrough, whilst the other foils of said plurality of foil portions being selectively foldable within said innermost fixedly mounted foil portion as said telescopically extendable rod contracts whilst said means for the collection of olives is not in use and being desirably deployed as said telescopically extendable rod expands to bring said means for the collection of olives at a selected location underneath said olive tree.

8. Olive harvesting machine as claimed in above claim 5, wherein the means for the supply of power for driving movable items and specifically for moving said plurality of evenly spaced simultaneously rotatable rods (A.a.3) of said striker means, said rotating belt (A.c), said telescopic rod (A.a.1) bearing the striker means and said telescopically extendable rod supporting said assembly of olive collection foil portions (A.b.1) is a hydraulic circuitry comprising an oil pump mounted onto said block (A) connected through oil circulation piping to said movable items of said olive harvesting machine.

9. Olive harvesting machine as claimed in above claim 8, wherein the machine is attached to and pulled by a tractor or related vehicle and the power supply necessary for operating said hydraulic circuitry is received from said tractor or related vehicle.

10. Olive harvesting machine as claimed in above claim 8, wherein the machine is an automotive machinery equipped with a driving seat and being provided with an autonomous power supply necessary for operating said hydraulic circuitry and for driving.

11. Method for the collection of olives employing an olive harvesting machine as claimed in above claims 5-10 and being characterized by that following bringing said olive harvesting machine in the proximity of an olive tree, it comprises the following steps being implemented by the operator through operations carried out through a console: appropriately turning and deploying said telescopic rod (A.a.1) to bring said striker means comprising said rod (A.a.2) pivotally mounted at the outermost end thereof at a selected location of the olive tree; appropriately turning and deploying a telescopically extendable rod supporting an assembly of olive collection foil portions (A.b.1) to bring said olive collection foil portions at the desired position underneath the olive tree wherein olives are expected to fall through striking action of said striker means; performing a selective continuous human hand simulating movement of said rod (A.a.2) pivotally mounted at the outermost end of said telescopic rod (A.a.1) thereby effecting an efficient striking action in the olive collection process as said rod (A.a.2) selectively continuously moves in any orientation, up-down, right-left with respect to said telescopic rod (A.a.1), wherein olives and leaves being separated from the olive tree through said striking action fall downwards into said assembly of olive collection foil portions (A.b.1); operating an absorber means (A.d) to effect separation of olives from leaves along a rotating belt (A.c.) wherein olives are discharged from said assembly of olive collection foils (A.b.1); alternatively guiding discharge of olives from said rotating belt (A.c) into packaging sack (a1) or packaging sack (b1) to attain a continuous operation of the olive harvesting machine as discharge is being shifted from one packaging sack after filling thereof to the other; repeating the above sequential steps with sequential movement of the olive harvesting machine at adjacent locations of the same or of an adjacent olive tree.