Abstract: A distribution device, in particular a sowing machine, for distributing a good, with at least one storage container and at least one discharge apparatus. The storage container is connected to the discharge apparatus by at least one outlet channel such that the good arranged in the storage container can be transferred to the discharge apparatus such that the good can be distributed by the discharge apparatus. The distribution device has a first and a second part. The first and the second parts can be moved in relation to each other such that the outlet channel can be at least partially exposed.

Abstract: A drivable soil working device including a machine frame, a drive, at least one support arm which can be moved up and down by the drive and which is mounted on the machine frame in a pivotal manner, and at least one insertion tool which can be pivoted relative to the support arm about a first pivot axis and which can be moved up and down by means of the support arm. The insertion tool can be inserted into the soil and withdrawn.

Abstract: A sweeping machine for working ground surfaces, in particular lawns comprises a machine frame adapted to be moved in the traveling direction, at least one wheel axle with at least one wheel, said wheel axle being supported in the machine frame transversely to the traveling direction, said wheel axle supporting the machine frame parallel to the ground surface, a least one sweeping element adapted to be driven for rotation about a sweeping element axis, said sweeping element axis extending substantially parallel to the ground surface, and said sweeping element is in contact with the ground surface when in an operating position. The sweeping machine of the invention provides that the sweeping element axis of the at least one sweeping element is adapted to be moved from a first operating position, assumed when travelling straight, to a second operating position, assumed when driving a curve, in which second position the sweeping element axis is in a position pivoted towards the inner side of the curve.

Abstract: In a spreading apparatus for scattering spreading material, in particular sand or soil substrates, onto a ground surface, includes a container for the spreading material and at least one spreading unit by which the spreading material in the container can be scattered, wherein the spreading unit includes at least one rotatable spreading disc which is substantially parallel to the ground and at least one drive device for rotating the spreading disc about the axis of rotation with the result that the spreading material can be scattered by the spreading disc and by virtue of centrifugal forces, provision is made for a limiting device to be arranged in at least part of the circumferential region of the spreading disc, which limiting device prevents the scattering of the spreading material in this part of the circumferential region, wherein the position of the limiting device relative to the spreading disc is adjustable, with the result that the direction in which the spreading material can be scattered is variable

Abstract: A drivable soil working device including a machine frame, a drive, at least one support arm which can be moved up and down by the drive and which is mounted on the machine frame in a pivotal manner, and at least one insertion tool which can be pivoted relative to the support arm about a first pivot axis and which can be moved up and down by means of the support arm. The insertion tool can be inserted into the soil and withdrawn.

Abstract: A sweeping machine for working ground surfaces, including a machine frame adapted to be moved in the traveling direction, at least one wheel axle with at least one wheel, the wheel axle being supported in the machine frame transversely to the traveling direction. The wheel axle supports the machine frame parallel to the ground surface, at least one sweeping element may be driven for rotation about a sweeping element axis, the sweeping element axis extending substantially parallel to the ground surface, and the sweeping element is in contact with the ground surface when in an operating position. The sweeping element axis may be moved from a first operating position, assumed when travelling straight, to a second operating position, assumed when driving a curve. In the second position the sweeping element axis is in a position pivoted towards the inner side of the curve.

Abstract: A sweeping machine for working ground surfaces, in particular lawns comprises a machine frame adapted to be moved in the traveling direction, at least one wheel axle with at least one wheel, said wheel axle being supported in the machine frame transversely to the traveling direction, said wheel axle supporting the machine frame parallel to the ground surface, a least one sweeping element adapted to be driven for rotation about a sweeping element axis, said sweeping element axis extending substantially parallel to the ground surface, and said sweeping element is in contact with the ground surface when in an operating position. The sweeping machine of the invention provides that the sweeping element axis of the at least one sweeping element is adapted to be moved from a first operating position, assumed when travelling straight, to a second operating position, assumed when driving a curve, in which second position the sweeping element axis is in a position pivoted towards the inner side of the curve.

Abstract: A mobile soil-working device, having a machine frame, a drive for at least one insertion tool that can be moved up and down and inserted into the ground and pulled out again, the insertion tool being in a starting position at a predefined insertion angle before insertion into the ground and when in the ground executing a pivoting movement, which is superposed on the up and down movement, about a first pivot axis in the direction of a first pivot direction owing to the movement of the machine frame in the direction of travel, and having a returning means, which is coupled to the insertion tool and moves the insertion tool back into the starting position after its exit from the ground by pivoting the insertion tool in a second pivoting direction opposite to the first pivoting direction.

Abstract: A tilling device for tilling ground surfaces, in particular lawn surfaces, comprising at least one machine frame, at least one supporting device which supports the machine frame on the ground, multiple tools which can be lifted and lowered relative to the machine frame and thus can dig into the ground and be pulled out again, and at least one adjusting device which adjusts the distance between the supporting device and the machine frame in the vertical direction in order to adjust the digging depth of the tools into the ground. The adjusting device additionally adjusts the distance between the supporting device and the tools.

Abstract: Disclosed is a soil processing device for creating cavities in soil, including a machine frame that can move in the direction of travel, and at least one drive unit that is mounted in the machine frame and moves at least one pivotally mounted piercing tool up and down in a substantially vertical direction. Before piercing into the soil, the piercing tool is in a starting position at a predefined piercing angle, whereas in the soil, the same performs a pivoting movement about a first pivot axis as a result of the machine frame moving in the direction of travel, said pivoting movement being superimposed on the up-and-down movement.

Abstract: A sweeping machine for working ground surfaces, in particular lawns comprises a machine frame adapted to be moved in the traveling direction, at least one wheel axle with at least one wheel, said wheel axle being supported in the machine frame transversely to the traveling direction, said wheel axle supporting the machine frame parallel to the ground surface, a least one sweeping element adapted to be driven for rotation about a sweeping element axis, said sweeping element axis extending substantially parallel to the ground surface, and said sweeping element is in contact with the ground surface when in an operating position. The sweeping machine of the invention provides that the sweeping element axis of the at least one sweeping element is adapted to be moved from a first operating position, assumed when travelling straight, to a second operating position, assumed when driving a curve, in which second position the sweeping element axis is in a position pivoted towards the inner side of the curve.

Abstract: A sweeping machine for working ground surfaces, including a machine frame adapted to be moved in the traveling direction, at least one wheel axle with at least one wheel, the wheel axle being supported in the machine frame transversely to the traveling direction. The wheel axle supports the machine frame parallel to the ground surface, at least one sweeping element may be driven for rotation about a sweeping element axis, the sweeping element axis extending substantially parallel to the ground surface, and the sweeping element is in contact with the ground surface when in an operating position. The sweeping element axis may be moved from a first operating position, assumed when travelling straight, to a second operating position, assumed when driving a curve. In the second position the sweeping element axis is in a position pivoted towards the inner side of the curve.

Abstract: A mobile soil aeration device including a machine frame, a drive, at least one guide arm that can be moved up and down by the drive and that is pivotably arranged on the machine frame, at least one articulated piercing tool that is coupled to the guide arm, said piercing tool can be lowered into the soil and withdrawn therefrom, a tool holder for the piercing tool, that is mounted about a first pivotable axis in the guide arm that can be displaced up and down by the drive in order to allow the piercing tool to pivot in relation to the guide arm when engaging with the soil.

Abstract: A movable soil aeration device with a machine frame, a main input shaft for connection to a drive, an output shaft, preferably a crankshaft, coupled to the main input shaft via a reduction gearing, in which the output shaft can move at least one piercing tool up and down, The piercing tool can be pushed into the soil and be pulled therefrom. Different transmission ratios can be set at the reduction gearing.

Abstract: A mobile soil aerating device including a machine frame, a drive, at least one penetration tool hingedly coupled with the machine frame, said penetration tool being adapted to be driven into the soil and to be pulled out again, said penetration tool being pivotable with respect to the machine frame during a penetration phase in which the penetration tool, prior to penetration, being in an initial position at a predetermined penetration angle, and wherein, at least after having pulled the penetration tool from the ground, at least one element engaging the penetration tool and coupled to the machine frame exerts a restoring moment on the penetration tool in order to pivot the penetration tool back to the initial position.

Abstract: The invention relates to a device for cleaning a ground surface of artificial turf with filler, comprising a frame, moving and supporting means arranged on the frame for the purpose of moving the device over the ground surface, and processing means arranged on the frame for processing a flow of material taken up from the ground surface, such as dirt and filler, wherein the processing means comprise: a take-up means, a separating means, a collecting means, a feedback means. The invention is characterized in that the processing means further comprise a dust suction device, wherein the dust suction device comprises at least a pump means for creating an underpressure and a dust inlet which is connected to a suction side of the pump means and which is arranged in the vicinity of the separating means in the device.

Abstract: Device for processing a ground surface of artificial turf comprising filler, the device comprising a frame (11) and moving means arranged for moving the device over the ground surface in a working direction, a supplier arranged for taking up a flow of material from the ground surface, such as dirt and filler, and for supplying the flow to a processing device (3) arranged for processing the flow of material, wherein the supplier extends at a distance above the ground surface and that the device further comprises an engaging device (41) arranged for engaging the material on the ground surface for loosening said material.

Abstract: In a mobile soil working device comprising a machine frame (23), a drive for at least one penetration tool (3) adapted for up and down movement, the penetration tool (3) being adapted to be driven into the soil and to be pulled out again, a guide element (4) for at least one penetration tool (3), the guide element being guided movably at the machine frame (23), a tool holder (2) for the penetration tool (3), which is supported for pivotal movement about a first pivot axis (40) in the guide element (4) movable up and down by the drive, so as to allow a pivoting of the penetration tool (3) against a spring force while the tool is in the soil, it is provided that, between the tool holder (2) and the guide element (4), a torsion element (1a, 1b, 1c) is provided coaxially with the first pivot axis (40), which torsion element, under a force effect on the at least one penetration tool (3), allows the tool holder (2) to pivot relative to the guide element (4) and, when the force effect ceases, exerts a restoring mome

Abstract: In a mobile soil working device comprising a machine frame (23), a drive for at least one penetration tool (3) adapted for up and down movement, the penetration tool (3) being adapted to be driven into the soil and to be pulled out again, a guide element (4) for at least one penetration tool (3), the guide element being guided movably at the machine frame (23), a tool holder (2) for the penetration tool (3), which is supported for pivotal movement about a first pivot axis (40) in the guide element (4) movable up and down by the drive, so as to allow a pivoting of the penetration tool (3) against a spring force while the tool is in the soil, it is provided that, between the tool holder (2) and the guide element (4), a torsion element (1a, 1b, 1c) is provided coaxially with the first pivot axis (40), which torsion element, under a force effect on the at least one penetration tool (3), allows the tool holder (2) to pivot relative to the guide element (4) and, when the force effect ceases, exerts a restoring mome

Abstract: In a self-propelled soil aeration device comprising a machine frame, a plurality of movable piercing tools arranged next to each other transversely to the direction of travel and define a width of a working path, at least two rear wheels running laterally alongside the path, and at least one front wheel arranged in front of the piercing tools providing a supporting device extending transversely to the direction of travel and arranged in front of the piercing tools and is vertically adjustable with respect to the soil such that in a working position, the rear wheels are raised and the machine frame is supported on the supporting device and the at least one front wheel so that neither the front or rear wheels, nor the supporting device travel over the already worked soil and the supporting device is supported by one or more wheels.