Abstract: Hammering device functioning with pressure fluid of a hydraulic arrangement which hammering device comprises a body (16), (19) which can be attached to a working machine on which machine a hammering mass (3) is adjusted to be resting and to be moving which hammering mass is moved into a hammering position with the help of hydraulic pressure by directing the pressurized fluid into the ring-shaped, first chamber space (6) wherein the hammering mass (3) when it is moving into a hammering position compresses gas in the chamber space (K1) located at the first side of the hammering mass (3) and in order to perform the hammering movement with the hammering mass (3) to the hammering element (5), (27) the flow of hydraulic pressure is blocked to the first chamber space (6) and the access for pressure fluid is allowed away from the first chamber space (6) with the help of the valve (2).

Abstract: Hammering device functioning with pressure fluid of a hydraulic arrangement which hammering device comprises a body (16), (19) which can be attached to a working machine on which machine a hammering mass (3) is adjusted to be resting and to be moving which hammering mass is moved into a hammering position with the help of hydraulic pressure by directing the pressurized fluid into the ring-shaped, first chamber space (6) wherein the hammering mass (3) when it is moving into a hammering position compresses gas in the chamber space (K1) located at the first side of the hammering mass (3) and in order to perform the hammering movement with the hammering mass (3) to the hammering element (5), (27) the flow of hydraulic pressure is blocked to the first chamber space (6) and the access for pressure fluid is allowed away from the first chamber space (6) with the help of the valve (2).

Abstract: A hydraulic driven turning device to be installed to a construction machine has a first body and a second body turning in relation to the first body, and a hydraulic cylinder attached from the first and second bodies to another body. A piston is axially movable via a hydraulic pressure medium, and a spiral part is attached to the piston. The spiral part causes a rotational movement to a counter part equipped with a spiral, whereupon the rotational movement can be transferred to be a turning movement of another body. The piston is arranged to be non-rotating in the cylinder by forming the cross section of the piston and the cylinder to be deviant from a round form, such as having an oval or angular shape, or by adjusting the piston to be eccentric in relation to a bearing axis thereof.

Abstract: Device processing wood (11) which stands freely or can be attached to a working machine which device comprises a body of the device wherein gripping elements are attached to the mentioned body of the device, such as pairs of clamps (2),(3) in order to grab, hold and move the wood (11), a sawing device (6) in order to cut the wood (11), a splitting device in order to split a cut block of wood and attachment devices (10, 14) for attaching the device to the working machine. The body of the device is a balk (13) which has the same direction as the wood to be processed and regarding the pairs of clamps (2);(3), which can be moved while resting on the mentioned balk, both pairs can be moved in the direction of the wood (11) to be processed.

Abstract: Method for placing a concrete-structure load-bearing pile or anchoring pile into the ground, in which method by means of hits generating device (3) a pile hole forming equipment, like with an end piece (5) equipped tube (1, 17) is forced into the ground to an intended depth (S) to a place meant for the intended pile, after forcing concrete mass is lead into said tube (1, 17) and simultaneously the tube (1, 17) is drawn out of the hole by means of the hammering device (3) wherein concrete mass fill the space meant for the final pile and the end piece (5) remaining as a pile top.

Abstract: Hydraulic driven turning device to be installed to a construction machine, like at the end of the boom of the power shovel whereupon a first body (1) and a second body (6) turning in relation to it belong to the turning device and a hydraulic cylinder attached from the mentioned bodies (1), (6) to another body belongs to the device in which cylinder the piston (5) can be moved axially back and forth with the help of a hydraulic pressure medium and a spiral part (2) is attached to the piston (5) which spiral part causes a rotation movement to its counter part (3) equipped with a spiral whereupon the mentioned rotation movement can be transferred to be a turning movement of another body. The piston (5) is arranged to be non rotating in the cylinder located in the body (1) by forming the cross section of the piston (5) and the cylinder to be deviant from a round form, like to be an oval or angular or by adjusting the piston (13) to be eccentric in relation to its bearing axle (2).

Abstract: A crushing or cutting device comprising a body (6), crushing/cutting jaws (1) making, rotation and attached to the body by means of one or several shafts (5), a first power unit (3) to move said jaws against each other, whereby at least one shaft (5) of jaw (1) is fitted with bearings to rotate in regard both to body (6) and jaw (1) and the said bearings are eccentric among themselves and the device has a second power unit (4) in order to rotate at least one said shaft (5). The second power unit (4) is fitted to press jaws (1) against each other in multiplying the motive force of the second power unit (4) between eccentricity distance (e) of the bearings and by means of a torsion arm longer than said eccentricity distance (e) connected to the shaft, in a situation, where shaft (5) is rotated 180° at the most, and when the first power unit (3) is hydraulically locked or in a position pressing the jaws against each other.

Abstract: A crashing or cutting device comprising a body (6), crushing/cutting jaws (1) making, rotation and attached to the body by means of one or several shafts (5), a first power unit (3) to move said jaws against each other, whereby at least one shaft (5) of jaw (1) is fitted with bearings to rotate in regard both to body (6) and jaw (1) and the said bearings are eccentric among themselves and the device has a second power unit (4) in order to rotate at least one said shaft (5). The second power unit (4) is fitted to press jaws (1) against each other in multiplying the motive force of the second power unit (4) between eccentricity distance (e) of the bearings and by means of a torsion arm longer than said eccentricity distance (e) connected to the shaft, in a situation, where shaft (5) is rotated 180° at the most, and when the first power unit (3) is hydraulically locked or in a position pressing the jaws against each other.

Abstract: A method and system for protecting an object to be protected against vibration induced by traffic and transmitted from a roadway (2) via the ground. The object to be protected (1), such as a building, is protected against the vibration induced by traffic and transmitted from a roadway (2) via the ground using an insulator wall (3), which has been driven into the ground at a distance from the roadway substantially in parallel with the roadway between the roadway and the object to be protected to damp vibration. The insulator wall (3) has been installed with respect to the vertical direction at an inclined angle (?) so that the insulator wall is slanting downward at the aforesaid angle (?) and away from the roadway (1) to direct the vibration obliquely downward, the insulator wall (3) both damping and directing the vibration into the direction determined by the insulator wall.

Abstract: A hammering device comprising a body (1) from which the device can be connected to a working machine, for instance, a stroke-transmitting piece (5) fixed in the body and taking the strokes of moving and hammering mass (2) and transmitting the strokes to pile (7) to be hammered into or pulled up from the ground, whereby between piece (5) and pile (7) a clamp (6) is applied, by means of which pile (7) surface is grasped. The device includes mass (2) moving cylinders (8), by means of which the back-motion of the mass can be carried out conducting the fluid pressure to have effect on piston (16) of said cylinders on primary side (20), and by means of which cylinders the hammering motion of mass can be carried out compressing the gas on the secondary side of cylinders 8 into wanted pressure by means of fluid pressure conducted to primary side (20), whereby hammering motion is carried out discharging the fluid pressure from primary side of the cylinders.

Abstract: A method to connect and disconnect a push-pull coupling in a push-pull assembly and a push-pull assembly for mounting a tool on a work machine. The tool comprises several attachment bushings for fitting of fulcrum pins into the bushings, by means of which the tool is attached to the work machine. The fulcrum pins are mounted on the work machine and are horizontally movable in opposite directions for insertion into and withdrawal from the attachment bushings.

Abstract: An apparatus, connectable to a driving machine with an articulated boom system, which is operated by percussion energy and drives into or draws up from the ground piles or walls and grasps with its gripping jaws objects (17) on the ground or objects that are to be driven into the ground characterized in that the apparatus comprises a turning equipment system that transmits percussion energy to the object in order to grip with its jaws (16) the object both with a firm hold of the jaws in the blow direction and an essentially vertical grip of the jaws and that the apparatus transmits the percussion force to the object in line with its travel direction when both grips with the jaws are used.

Abstract: A driving machine includes an articulated boom to which a scoop, bulldozer plate, loader or a similar tool is attachable. The articulated boom has a first arm which is articulated to slew around a joint in another arm of the boom in order to carry out the folding motion of the boom. In addition, the first arm is movable inside the other arm to carry out a telescopic motion.

Abstract: An apparatus, connectable to a driving machine with an articulated boom system, which is operated by percussion energy and drives into or draws up from the ground piles or walls and grasps with its gripping jaws objects (17) on the ground or objects that are to be driven into the ground characterized in that the apparatus comprises a turning equipment system that transmits percussion energy to the object in order to grip with its jaws (16) the object both with a firm hold of the jaws in the blow direction and an essentially vertical grip of the jaws and that the apparatus transmits the percussion force to the object in line with its travel direction when both grips with the jaws are used.