Abstract: The present disclosure relates to a robotic lawnmower fence (1) comprising a bracket (3) with two legs (9?, 9?), which are essentially straight and parallel, and a crossbar (11), which extends between upper ends (9?a, 9?a) of the two legs (9?, 9?) and perpendicular to the legs (9?, 9?). Opposite free ends (9?b, 9?b) of the legs (9?, 9?) are adapted to be anchored in the ground (17) and two support elements (5), each adapted to be arranged along respective leg (9?, 9?) in the extension direction (L) thereof to define a maximum depression depth (D) of the legs (9?, 9?) into the ground (17). The disclosure also relates to a fence system (49) comprising at least two fences (1).

Abstract: A tool holder for a tool belt may include a flexible carrier sheet and at least one belt hanger. The at least one belt hanger may include a belt interface which may be configured to be connected to a tool belt and a carrier sheet connection interface which may be configured to be connected to the carrier sheet. The flexible carrier sheet may include a tool suspension interface which may be configured to connect to a tool or a tool receiver, and a hanger connection interface which may be configured to connect to the carrier sheet connection interface of the belt hanger. The carrier sheet may be configured to connect to the belt hanger by bending the hanger connection interface.

Abstract: A tool belt (1) comprises a belt strap (2) and a belt buckle (3), wherein the belt buckle (3) comprises a male (5) and a female part (7). The male part (5) comprises a latch plate (27) and the female part (7) comprises a female interface (9) for receiving the latch plate (27). The latch plate (27) is attached to a first end (2a) of the belt strap (2) and the female part (7) is attached to a second end (2b) of the belt strap (2), and the female part (7) comprises a locking mechanism (15) adapted for connection and disconnection of the latch plate (27) to or from the female interface (9), and a length adjustment mechanism (17) adapted for adjustment of the length of the belt strap (2).

Abstract: A power tool (1) is disclosed comprising an electric motor (3) configured to power a tool (5) of the power tool (1), a power supply arrangement (7, 9) configured to supply electricity to the electric motor (3), and an air-cooling path (11, 11?) extending past at least portions of the electric motor (3) and the power supply arrangement (7, 9) so as to cool the electric motor (3) and the power supply arrangement (7, 9) when air is flowing through the air-cooling path (11, 11?). The power tool (1) further comprises a fan (13) arranged in the air-cooling path (11, 11?) between the electric motor (3) and the power supply arrangement (7, 9). The fan (13) is configured to generate an air flow through the air-cooling path (11, 11?) in a flow direction (d) from the electric motor (3) towards the power supply arrangement (7, 9).

Abstract: A handheld power tool comprises a cruise control actuator (22), which is mechanically connected to a controller input actuator (27) so as to variably move the controller input actuator (27) in a trigger direction (T) based on the position of the cruise control actuator (22). The cruise control actuator (22) is movable between a plurality of different, stable cruise speed positions, in which the cruise control actuator (22) is connected to said controller input actuator (20) in a unidirectional manner to allow a trigger (20) to move the controller input actuator (27) even further in the trigger direction (T) without moving the cruise control actuator (22). The cruise control actuator (22) is also movable to an “OFF” position in which it mechanically blocks the trigger (20) from moving the controller input actuator (27) in the trigger direction (T). Suggested figure for publication.

Abstract: A hand-held power tool (100) may include an electric power source (110), an electric motor (120) selectively coupled to the electric power source (110), a working assembly (130) operably coupled to the electric motor (120) to perform a working function responsive to actuation of the electric motor (120), and a control assembly (140) operably coupled to the electric motor (120) to provide selective control over actuation of the electric motor (120). The control assembly (140) may be configured to provide the selective control based on performance of at least two dissimilar operator actions. The control assembly (140) may include a sensing member (210) and a throttle control member (200). The sensing member (210) may be configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions.

Abstract: The present disclosure relates to a tool holder for a tool belt comprises a flexible carrier sheet (5) and at least one belt hanger (7). The at least one belt hanger (7) comprises a belt interface configured to be connected to a tool belt and a carrier sheet connection interface configured to be connected to the carrier sheet (5). The flexible carrier sheet (5) comprises a tool suspension interface configured to be connected to a tool or a tool receiver, and a hanger connection interface configured to be connected to the carrier sheet connection interface of the belt hanger (7). The carrier sheet (5) is configured to be connected to the belt hanger (7) by bending the hanger connection interface. The disclosure also relates to a method for connecting a tool holder to a tool belt.

Abstract: A tool belt (1) comprises a belt strap (2) and a belt buckle (3), wherein the belt buckle (3) comprises a male (5) and a female part (7). The male part (5) comprises a latch plate (27) and the female part (7) comprises a female interface (9) for receiving the latch plate (27). The latch plate (27) is attached to a first end (2a) of the belt strap (2) and the female part (7) is attached to a second end (2b) of the belt strap (2), and the female part (7) comprises a locking mechanism (15) adapted for connection and disconnection of the latch plate (27) to or from the female interface (9), and a length adjustment mechanism (17) adapted for adjustment of the length of the belt strap (2).

Abstract: A hand-held power tool (100) may include an electric power source (110), an electric motor (120) selectively coupled to the electric power source (110), a working assembly (130) operably coupled to the electric motor (120) to perform a working function responsive to actuation of the electric motor (120), and a control assembly (140) operably coupled to the electric motor (120) to provide selective control over actuation of the electric motor (120). The control assembly (140) may be configured to provide the selective control based on performance of at least two dissimilar operator actions. The control assembly (140) may include a sensing member (210) and a throttle control member (200). The sensing member (210) may be configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions.

Abstract: A hand-held power tool (100) may include an electric power source (110), an electric motor (120) selectively coupled to the electric power source (110), a working assembly (130) operably coupled to the electric motor (120) to perform a working function responsive to actuation of the electric motor (120), and a control assembly (140) operably coupled to the electric motor (120) to provide selective control over actuation of the electric motor (120). The control assembly (140) may be configured to provide the selective control based on performance of at least two dissimilar operator actions. The control assembly (140) may include a sensing member (210) and a throttle control member (200). The sensing member (210) may be configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions.

Abstract: A handheld power tool comprises a cruise control actuator (22), which is mechanically connected to a controller input actuator (27) so as to variably move the controller input actuator (27) in a trigger direction (T) based on the position of the cruise control actuator (22). The cruise control actuator (22) is movable between a plurality of different, stable cruise speed positions, in which the cruise control actuator (22) is connected to said controller input actuator (20) in a unidirectional manner to allow a trigger (20) to move the controller input actuator (27) even further in the trigger direction (T) without moving the cruise control actuator (22). The cruise control actuator (22) is also movable to an “OFF” position in which it mechanically blocks the trigger (20) from moving the controller input actuator (27) in the trigger direction (T). Suggested figure for publication.

Abstract: A battery operated handheld power tool, the power tool (1) comprising a working tool assembly (20), comprising a working tool of the power tool and an electric motor, arranged to drive the working tool, a handle assembly (10), comprising a body portion (11) to which a battery pack (13) may be detachably connected, which battery pack (13) is arranged to provide electric power to the electric motor, a control unit (15), provided in the body portion (16) so as to control a flow of electric current from the battery pack (13) to the motor. The battery operated handheld power tool is characterized in that the body portion (11) comprises a fan (14), arranged to generate a flow of air passing by the control unit (15) during operation of the power tool (1).

Abstract: A hand-held power tool (100) may include an electric power source (110), an electric motor (120) selectively coupled to the electric power source (110), a working assembly (130) operably coupled to the electric motor (120) to perform a working function responsive to actuation of the electric motor (120), and a control assembly (140) operably coupled to the electric motor (120) to provide selective control over actuation of the electric motor (120). The control assembly (140) may be configured to provide the selective control based on performance of at least two dissimilar operator actions. The control assembly (140) may include a sensing member (210) and a throttle control member (200). The sensing member (210) may be configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions.

Abstract: A lawn mower may include a blade housing configured to house at least one blade, an engine supported at least in part by the blade housing to selectively rotate the at least one blade, a handle assembly comprising at least one handle member for guiding operation of the lawn mower by an operator walking substantially behind the lawn mower, and a handle height adjustment assembly. The handle height adjustment assembly enables the handle member to be fixed in at least a first operating position or a second operating position each of which defines different handle heights for the handle member responsive to the handle height adjustment assembly being in a locked state, and enables the handle member to be rotated between the first operating position, the second operating position, and a folded position responsive to the handle height adjustment assembly being in an unlocked state.

Abstract: A lawn mower may include a blade housing configured to house at least one blade, an engine supported at least in part by the blade housing to selectively rotate the at least one blade, a handle assembly comprising at least one handle member for guiding operation of the lawn mower by an operator walking substantially behind the lawn mower, and a handle height adjustment assembly. The handle height adjustment assembly enables the handle member to be fixed in at least a first operating position or a second operating position each of which defines different handle heights for the handle member responsive to the handle height adjustment assembly being in a locked state, and enables the handle member to be rotated between the first operating position, the second operating position, and a folded position responsive to the handle height adjustment assembly being in an unlocked state.

Abstract: A battery operated handheld power tool, the power tool (1) comprising a working tool assembly (20), comprising a working tool of the power tool and an electric motor, arranged to drive the working tool, a handle assembly (10), comprising a body portion (11) to which a battery pack (13) may be detachably connected, which battery pack (13) is arranged to provide electric power to the electric motor, a control unit (15), provided in the body portion (16) so as to control a flow of electric current from the battery pack (13) to the motor. The battery operated handheld power tool is characterized in that the body portion (11) comprises a fan (14), arranged to generate a flow of air passing by the control unit (15) during operation of the power tool (1).

Abstract: Enhanced watercraft performance is provided by combinations of one or more inboard swivel propulsion drives and hull tunnels. A tunnel at the hull centerline with specific features provides performance advantages for a center swivel propulsion drive. Use of front propeller based traction propulsion is particularly advantageous in the swivel drive systems and allows the use of tunnels with improved tunnel conformations. Advantages of the traction swivel drive arrangements include minimization of hull space with smaller engine room volume, greater propulsion efficiency and improved watercraft handling.

Abstract: Enhanced watercraft performance is provided by combinations of one or more inboard swivel propulsion drives and hull tunnels. A tunnel at the hull centerline with specific features provides performance advantages for a center swivel propulsion drive. Use of front propeller based traction propulsion is particularly advantageous in the swivel drive systems and allows the use of tunnels with improved tunnel conformations. Advantages of the traction swivel drive arrangements include minimization of hull space with smaller engine room volume, greater propulsion efficiency and improved watercraft handling.