An electric work machine includes a housing with improved strength. An electric work machine includes a motor compartment accommodating a motor, a battery holder that receives a battery for supplying electric power to the motor, a grip grippable by an operator, and a sheet for reinforcement located in a bend. The bend is in at least one of the motor compartment, the battery holder, or the grip or connects two of the motor compartment, the battery holder, or the grip.

An electric work machine includes a housing with improved strength. An electric work machine includes a motor compartment accommodating a motor, a battery holder that receives a battery for supplying electric power to the motor, a grip grippable by an operator, and a sheet for reinforcement located in a bend. The bend is in at least one of the motor compartment, the battery holder, or the grip or connects two of the motor compartment, the battery holder, or the grip.

The present disclosure is directed to a cordless power tool vibration isolation system. A solution to negative impacts of vibration on a removable battery pack caused by operation of a cordless power tool. Isolating the battery pack from the power tool reduces wear and tear on the battery pack including the pack housing, the pack terminals and internal pack components. A battery pack interface of the power tool including a discrete interface housing that mates with the battery pack and a vibration isolation element that separates and isolates the combination of the discrete interface housing and the battery pack from the power tool and the power tool's associated motor induced vibrations.

An electric tool includes a motor, a first intermediate member configured to be displaced when a first accessory is attached to a first attachment portion, a second intermediate member configured to be displaced when a second accessory is attached to a second attachment portion, and a first interlock member. The first interlock member mechanically moves in conjunction with the respective displacements of the first intermediate member and the second intermediate member. The first interlock member is displaced in the same direction between when the first accessory is attached and when the second accessory is attached, and is cumulatively displaced when the first accessory and the second accessory are attached. The electric tool is configured in such a manner that power supply to the motor is permitted only in a state that the first interlock member is cumulatively displaced.

An electric tool includes a motor, a first intermediate member configured to be displaced when a first accessory is attached to a first attachment portion, a second intermediate member configured to be displaced when a second accessory is attached to a second attachment portion, and a first interlock member. The first interlock member mechanically moves in conjunction with the respective displacements of the first intermediate member and the second intermediate member. The first interlock member is displaced in the same direction between when the first accessory is attached and when the second accessory is attached, and is cumulatively displaced when the first accessory and the second accessory are attached. The electric tool is configured in such a manner that power supply to the motor is permitted only in a state that the first interlock member is cumulatively displaced.

A handheld garden tool includes a housing, a control member, and a battery pack. The housing extends in the front and rear direction and is formed with an accommodation space. The control member is at least partially disposed in the accommodation space. The battery pack is detachably connected to the housing. In a projection plane perpendicular to the left and right direction, the projection of the control member in the projection plane in the left and right direction is a first projection, and the projection of the battery pack in the projection plane in the left and right direction is a second projection. The first projection at least partially overlaps the second projection.

A handheld garden tool includes a housing, a control member, and a battery pack. The housing extends in the front and rear direction and is formed with an accommodation space. The control member is at least partially disposed in the accommodation space. The battery pack is detachably connected to the housing. In a projection plane perpendicular to the left and right direction, the projection of the control member in the projection plane in the left and right direction is a first projection, and the projection of the battery pack in the projection plane in the left and right direction is a second projection. The first projection at least partially overlaps the second projection.

A simple configuration is provided to facilitate removal of a battery. An electric working machine comprises an electric working portion and a main body portion. The electric working portion is configured to operate by electric power supplied from a battery. The main body portion includes a battery holding portion having a holding space for inserting the battery in an insertion direction and holding the battery. The battery holding portion includes a plurality of openings including a first opening through which the battery passes when inserted and a second opening provided at a position that is separated from a front end of the battery held in the holding space in the insertion direction.

The present invention has a primary trigger, a secondary trigger, an electrical circuit, a screw head, a front side, and a reverse button. The electrical circuit is an internal system that provides electrical power to the present invention. The screw head is a metal component capable of locking into an external screw with a Philips head or flat head. The reverse button is an electrical button that reverses the rotational direction of the screw head. The electrical circuit is positioned within the present invention. The electrical circuit has a battery and a potentiometer. The screw head has a motor that rotates the screw head. The primary trigger is positioned directly next to the secondary trigger for each to easily be compressed simultaneously. The screw head is positioned offset the primary trigger to ensure no interference with the screw head rotation or oscillation.

The present invention has a primary trigger, a secondary trigger, an electrical circuit, a screw head, a front side, and a reverse button. The electrical circuit is an internal system that provides electrical power to the present invention. The screw head is a metal component capable of locking into an external screw with a Philips head or flat head. The reverse button is an electrical button that reverses the rotational direction of the screw head. The electrical circuit is positioned within the present invention. The electrical circuit has a battery and a potentiometer. The screw head has a motor that rotates the screw head. The primary trigger is positioned directly next to the secondary trigger for each to easily be compressed simultaneously. The screw head is positioned offset the primary trigger to ensure no interference with the screw head rotation or oscillation.