Abstract:
A support stand for an implement such as a tiller is provided. During use of the implement when the implement is connected to a tractor, the support stand is in a stowed position adjacent to a side of the implement. When the implement is disconnected from the tractor, the support stand is rotatable outwards from the side of the implement and frontwards toward the front of the implement and rests against the ground to maintain the implement in a generally upright position.
Abstract:
This spading machine consists of the stable frame (18) and the movable digging mechanism (3), the stable frame (18) is at the upper part and it couples on the tractor, while the digging mechanism (3) at the lower part near the earth and hangs from the stable frame (18). The mechanism of digging depth (19-20) and (32) is at the stable frame, the one part on the upper side (19) and it has the double energy jack (32), while the other one is (20) and the two small wheels (21) and (22) at the back and lower side of the spading machine and they touch the ground. The weight of the spading machine is divided among the two rear small wheels (21) and (22) of the spading machine, and the two rear wheels of the tractor. Thus with the double energy jack (32) at the mechanism of digging depth (19-20) we check the depth where the knives (7) will dig the earth, the depth is from 0 mm up to the maximum under the ground surface. The extension of the digging mechanism (3) outside the stable frame (18) is done at the horizontal axis of the spading machine, by using a double energy jack (31) and the control 23. And therefore it facilitates us because it penetrates among the vines and digs the earth, even under the vines when they are lifted from the ground and the vines are connected between them with wires so that their branches would be fastened. When the vines are not lifted from the ground, they are alone without wires, there is no need to dig the field at the vineyard crisscross.
Abstract:
A soil-working implement comprising a frame (1) provided with two side walls and arranged to be mounted on two wheels or applied to the rear lift of a tractor, a series of hoes (8) rotating about a horizontal axis perpendicular to the direction in which the implement advances, and a grid (10) positioned to the rear of said series of rotary hoes, in which the grid is adjustable relative to the series of hoes, and is associated with a rear levelling bar.
Abstract:
Energy saving mechanical device for tillage, anti piling, high soil pulverization and shredding tilling residues. Consisting of mechanical parts mounted on tillers, rear tine tillers, rotary tillers, rotary cultivators, milling machines and all agricultural machinery working the soil using tools assembled on a rotating shaft. The device consists of one or more mechanical parts that mounted on the milling group, are going to close the space between one blade and the other. Those parts will work the soil as well as the blades, increasing earth pulverization considerably and preventing any kind of clogging of the milling group. Consequently saving time and fuel consumption resulting in a much lower environmental impact. With the adding of this device only one single pass is necessary, instead of three, for perfect soil preparation.
Abstract:
A soil tilling device, in particular a rotary tiller, a motor hoe or a motocultivator of the kind comprising one or more soil blades (2), assembled on a rotating driven shaft (1), apt to work the soil, avoiding the accumulation of either twigs, weeds, pruning remains or any kind of branches at the soil blades and at the shaft, since twigs and others undergo a reduction in size and length preventing the twining thereof due to one or more subsidiary blades (4, 9) placed at the sides of said soil blades (2), at said shaft (1).
Abstract:
Method of and apparatus/machine for use in the preparation of a raised and shaped crop receiving bed/ridge formation characterised by a first section (2) incorporating means for tilling soil as to form an elongate raised bed/ridge for a crop along a predetermined direction of a field, and by a second section (3) operationally positioned downstream of the first section (2) incorporating means for shaping the raised bed/ridge (26, 32) thereby to produce a raised bed/ridge with a predetermined profile, the arrangement being such that the apparatus/machine is able to both produce and shape the raised bed/ridge during a single pass of the machine across a field.
Abstract:
Apparatus system, consisting essentially of a motion mechanism (101) with supporting wheels, a rotary device (102) with dovetailing prongs, a sowing machine (103) and a roller tiller and clod breaker (104). The elements of the system may be employed in various combinations as well as individually.
Abstract:
A hole digger having an anchor inserted into the ground so tines rotate in place discharging loose material from a hole being dug. The anchor includes an elongate stake carried by the transmission carrying the tines that is inserted to a depth greater than tine depth limiting tine travel to an arc about the stake. The digger can include one or more digger tines of increased axial surface area provided by an axial deflector extending radially along part of a tine facing toward the outer edge of the hole increasing the volume discharged from the hole during each tine rotation. Such a digger can be produced by modifying a garden tiller or cultivator to include an anchor mounted to its transmission and can further include one or more digger tines if desired. The anchor and deflectors can form a kit for retrofitting a tiller or cultivator into a hole digger.
Abstract:
A soil tilling device, in particular a rotary tiller, a motor hoe or a motocultivator of the kind comprising one or more soil blades (2), assembled on a rotating driven shaft (1), apt to work the soil, avoiding the accumulation of either twigs, weeds, pruning remains or any kind of branches at the soil blades and at the shaft, since twigs and others undergo a reduction in size and length preventing the twining thereof due to one or more subsidiary blades (4, 9) placed at the sides of said soil blades (2), at said shaft (1).