Abstract: The invention relates to a shaft of a tool or the like with an adjustable length, the shaft comprising a first shaft section (2) and a second shaft section (10) which are attached to each other by adjusting means and move telescopically with respect to each other when the shaft length is adjusted. In that case, the adjusting means for adjusting the shaft length comprise a sleeve (4) provided in the second shaft section (10) and an at least partly toothed spindle (6) provided in the first shaft section (2), the first end of the spindle being taken through the sleeve (4). The sleeve (4) and the spindle (6) attach the first (2) and the second (10) shaft section adjustably to each other so that the sleeve (4) and the spindle (6) can be turned with respect to each other into a position preventing the adjustment of the shaft length and into a position allowing the adjustment of the shaft length where the spindle (6) can move in the sleeve (4) in the longitudinal direction.

Abstract: The invention relates to a device for removing plants or the like from the ground. The device comprises an elongated shaft, a ground support pivoted to a first end of the shaft transversely in relation to the longitudinal axis thereof and at least two blades including grip ends forming an extension of the shaft. The device is characterized in that the blades are pivoted in respect of the ground support transversely in relation to the longitudinal axis of the shaft and functionally connected together such that turning the shaft and the ground support in respect of each other causes the grip ends of the blades to move towards one another, thus enabling to grip the plant.

Abstract: The invention relates to shears comprising a stationary blade (1) and a movable blade (2) which moves during the shearing movement of the shears. An operating mechanism (5) is arranged to affect a point of the pin (6) located at a distance from the movable blade (2). When the shears are being closed, a force is thus generated which also tries to pull the movable blade (2) towards and against the stationary blade (1) and to keep the blades (1, 2) in contact with each other. The operating mechanism (5) is arranged to affect the joint pin (6) through a sleeve-like part (7). The interior of the sleeve comprises two conical sections (8, 9), the narrowest point of the interior of the sleeve determining the point from which the sleeve-like part (7) affects the joint pin (6).

Abstract: The invention relates to a device for removing plants or the like from the ground. The device comprises an elongated shaft, a ground support pivoted to a first end of the shaft transversely in relation to the longitudinal axis thereof and at least two blades including grip ends forming an extension of the shaft. The device is characterized in that the blades are pivoted in respect of the ground support transversely in relation to the longitudinal axis of the shaft and functionally connected together such that turning the shaft and the ground support in respect of each other causes the grip ends of the blades to move towards one another, thus enabling to grip the plant.

Abstract: A lopper used to perform lopping, pruning and similar operations includes a lopping head having a spring-biased blade cooperating with a jaw, a drive mechanism connected to the lopping head and an elongate housing connected to the drive mechanism.

Abstract: A lopper used to perform lopping, pruning and similar operations includes a lopping head having a spring-biased blade cooperating with a jaw, a drive mechanism connected to the lopping head and an elongate housing connected to the drive mechanism.

Abstract: The invention relates to a shaft of a tool or the like with an adjustable length, the shaft comprising a first shaft section (2) and a second shaft section (10) which are attached to each other by adjusting means and move telescopically with respect to each other when the shaft length is adjusted. In that case, the adjusting means for adjusting the shaft length comprise a sleeve (4) provided in the second shaft section (10) and an at least partly toothed spindle (6) provided in the first shaft section (2), the first end of the spindle being taken through the sleeve (4). The sleeve (4) and the spindle (6) attach the first (2) and the second (10) shaft section adjustably to each other so that the sleeve (4) and the spindle (6) can be turned with respect to each other into a position preventing the adjustment of the shaft length and into a position allowing the adjustment of the shaft length where the spindle (6) can move in the sleeve (4) in the longitudinal direction.

Abstract: The invention relates to shears comprising a stationary blade (1) and a movable blade (2) which moves during the shearing movement of the shears. An operating mechanism (5) is arranged to affect a point of the pin (6) located at a distance from the movable blade (2). When the shears are being closed, a force is thus generated which also tries to pull the movable blade (2) towards and against the stationary blade (1) and to keep the blades (1, 2) in contact with each other. The operating mechanism (5) is arranged to affect the joint pin (6) through a sleeve-like part (7). The interior of the sleeve comprises two conical sections (8, 9), the narrowest point of the interior of the sleeve determining the point from which the sleeve-like part (7) affects the joint pin (6).

Abstract: A pruner has a first elongated member and a second elongated member coupled to a metal plate. The metal plate has a central aperture, a forwardly extending blade and a rearwardly extending tang having a second aperture offset from the central aperture. A jaw is mounted on the first elongated member. A power lever having a first end and a second end. A first coupler pivotably mounted in the central aperture and coupling the first member to the plate, with a second coupler pivotably mounted in the second aperture and coupling the second member to the plate. The power lever is coupled to the first and second elongated members by a third coupler pivotably coupling the first end of the power lever to the second member and a fourth coupler pivotably coupling the second end of the power lever to the first member. The power lever forces the second member to move linearly toward the first member for pivotable movement of the blade and jaw in response to linear movement of the first and second members.

Abstract: A cutting tool, particularly hedge shears, comprising a first elongated handle member, a second elongated handle member pivotally connected to the first handle member at a first pivot point, a first blade member having a cutting edge and being pivotally connected to the first handle member at a second pivot point, a second blade member having a cutting edge and being pivotally connected to the second handle member at a third pivot point, the first and the second blade members being pivotally connected to each other at a fourth pivot point, the blade members being turnable relative to the fourth pivot point so that their cutting edges move in a scissor-like manner between an open and a closed position, the first, second, third and fourth pivot points forming a quadrangle in which an angle the vertex of which is formed by the first pivot point is approaching but not reaching 180° when the blade members are approaching their closed position, whereby the work done to close the shears creates a force which ten

Abstract: The present invention relates to scissor action tools which comprise first and second cutting elements pivotable about a first joint in a first plane of movement and first and second hand levers pivotable about a second joint in a second plane of movement. One end of the first cutting element is pivotally connected to one end of the first hand lever at a third joint and one end of the second cutting element is pivotally connected to one end of the second hand lever at a fourth joint, a line connecting the third and fourth joint forming a meeting line between the first and second plane of movement. The third and fourth joint allow the angle between the first and second plane of movement to be adjusted.

Abstract: A pruner comprising a first elongated member and a second elongated member coupled to a metal plate. The metal plate has a central aperture, a forwardly extending blade and a rearwardly extending tang having a second aperture offset from the central aperture. A jaw is mounted on the first elongated member. A power lever having a first end and a second end. A first coupler pivotably mounted in the central aperture and coupling the first member to the plate, with a second coupler pivotably mounted in the second aperture and coupling the second member to the plate. The power lever is coupled to the first and second elongated members by a third coupler pivotably coupling the first end of the power lever to the second member and a fourth coupler pivotably coupling the second end of the power lever to the first member. The power lever forces the second member to move linearly toward the first member for pivotable movement of the blade and jaw in response to linear movement of the first and second members.

Abstract: A foot operated cutting device used to perform pruning, shearing, trimming, and similar operations includes a cutting head provided with a spring biased blade cooperating with a jaw, an actuating mechanism in a housing coupled to a foot actuating device. The foot operated cutting device generates power from a force input supplied by a user to the foot actuator.

Abstract: A foot operated cutting device used to perform pruning, shearing, trimming, and similar operations includes a cutting head provided with a spring biased blade cooperating with a jaw, an actuating mechanism in a housing coupled to a foot actuating device. The foot operated cutting device generates power from a force input supplied by a user to the foot actuator.

Abstract: A lopper used to perform lopping, pruning and similar operations includes a lopping head provided with a spring-biased blade cooperating with a jaw, a drive mechanism, and an elongate housing. The drive mechanism includes first and second wheels rotatable relative thereto about a first axis. A head line couples the first wheel to the blade at a connecting point, and the second wheel is coupled to a driving line. The first wheel is eccentric relative to the second wheel so that a distance separating a region of a guiding surface of the first wheel from the first axis is smallest at a predetermined point of blade travel across the bight. The lopper also includes an intermediate handle and a lower handle selectively operable to actuate the blade relative to the jaw.

Abstract: A hand tool for cutting, such as a pair of pruners, includes a pair of opposed elongated members, each member comprising a jaw at a front end portion thereof, a handle at a rear end portion thereof, and a midportion where the members cross over each other. A pivotable joint unites the midportions for scissor-like movement of the handles and jaws, and a spring biases the handles and jaws to an open position. According to the invention, one of the handles is rotatable. A transmission mechanism is provided to interconvert the rotation force applied to the rotatable handle into a rectilinear force used to draw the handles together.