An accessory for a power tool includes a blade and a coupling. The coupling includes a blade portion, a tool portion, and a transition. The blade portion is fixedly coupled to the blade. The tool portion is configured to be removably coupled to the power tool. The tool portion also includes an opening. The transition extends between the blade portion and the tool portion, and the transition includes a first transition region, where the transition intersects with the blade portion, and a second transition region, where the transition intersects with the tool portion. The first transition region includes a first arc having a center that is arranged between the first arc and the opening, and the second transition region includes a second arc having a center that is arranged between the second arc and the opening.

An accessory for a power tool includes a blade and a coupling. The coupling includes a blade portion, a tool portion, and a transition. The blade portion is fixedly coupled to the blade. The tool portion is configured to be removably coupled to the power tool. The tool portion also includes an opening. The transition extends between the blade portion and the tool portion, and the transition includes a first transition region, where the transition intersects with the blade portion, and a second transition region, where the transition intersects with the tool portion. The first transition region includes a first arc having a center that is arranged between the first arc and the opening, and the second transition region includes a second arc having a center that is arranged between the second arc and the opening.

The disclosure relates to a jigsaw having a housing unit and a base plate, wherein the housing unit is at least 25%, in particular around 40-60%, longer than the base plate in the longitudinal direction of the jigsaw. According to the disclosure, the housing unit and the base plate are bracingly interconnected, in particular in a rigid or damped manner, by means of two connecting regions, which are mutually spaced in the longitudinal direction of the jigsaw, in particular comprising bearing and/or fixing points.

A method of forming a custom air filter is disclosed. In accordance with the method, a first air filter having a first size is provided. A length of support material is also provided and includes a substrate covered with a pressure sensitive adhesive, over which a release layer is disposed. At least a first portion of the first air filter is cut and removed to form a nascent air filter. The length of support material is manipulated to have a channel configuration, and the release layer is removed to expose the pressure sensitive adhesive of the length of support material. The length of support material with the channel configuration is pressed into engagement with the nascent air filter such that the exposed pressure sensitive adhesive bonds to the nascent air filter, thereby forming the custom air filter.

A method of forming a custom air filter is disclosed. In accordance with the method, a first air filter having a first size is provided. A length of support material is also provided and includes a substrate covered with a pressure sensitive adhesive, over which a release layer is disposed. At least a first portion of the first air filter is cut and removed to form a nascent air filter. The length of support material is manipulated to have a channel configuration, and the release layer is removed to expose the pressure sensitive adhesive of the length of support material. The length of support material with the channel configuration is pressed into engagement with the nascent air filter such that the exposed pressure sensitive adhesive bonds to the nascent air filter, thereby forming the custom air filter.

The disclosure provides a work tool having an electric motor, a power transmission means that receives motive power from the electric motor and transmits the motive power to a tip tool, a gear housing for accommodating at least a portion of the power transmission means, weights swingably supported on the gear housing, and coil springs that function as an urging means for urging the weights such that the weights are located at an initial neutral position, wherein the weights and the coil springs are provided respectively on the two sides of the gear housing so as to put the power transmission means therebetween, and a rotational support axle is provided that functions as a connecting means for connecting the weights provided on both sides of the gear housing so as to connect the weights such that the weights swing integrally.

A reciprocating saw blade mounted depth stop for a reciprocating saw blade. The depth stop includes a U-shaped body mounted to the blade center body web with a sliding flange face positioned at a linear cut depth from the blade cutting edge and an angled nose face positioned at a nose cut depth from the blade nose tip so that a reciprocating saw blade can be used to cut items such as electrical conduit without harming items inside the conduit. The stop body defines a body slot aperture sized for accepting the blade center body web adjacent the sliding flange face and a set of opposing clamps positioned to clamp the blade center body web within the body slot aperture to control the nose cut depth and the linear cut depth.

A method of forming a custom air filter is disclosed. In accordance with the method, a first air filter having a first size is provided. A length of support material is also provided and includes a substrate covered with a pressure sensitive adhesive, over which a release layer is disposed. At least a first portion of the first air filter is cut and removed to form a nascent air filter. The length of support material is manipulated to have a channel configuration, and the release layer is removed to expose the pressure sensitive adhesive of the length of support material. The length of support material with the channel configuration is pressed into engagement with the nascent air filter such that the exposed pressure sensitive adhesive bonds to the nascent air filter, thereby forming the custom air filter.

A method of forming a custom air filter is disclosed. In accordance with the method, a first air filter having a first size is provided. A length of support material is also provided and includes a substrate covered with a pressure sensitive adhesive, over which a release layer is disposed. At least a first portion of the first air filter is cut and removed to form a nascent air filter. The length of support material is manipulated to have a channel configuration, and the release layer is removed to expose the pressure sensitive adhesive of the length of support material. The length of support material with the channel configuration is pressed into engagement with the nascent air filter such that the exposed pressure sensitive adhesive bonds to the nascent air filter, thereby forming the custom air filter.

A power tool includes: a housing having a handle configured to be grasped by a user; a motor supported by the housing and defining a motor axis; a driving gear rotated by the motor about the motor axis; a driven gear defining a rotation axis that is parallel to the motor axis, the driven gear engaging the driving gear to be rotated by the driving gear about the rotation axis; a crankshaft coupled to and rotatable with the driven gear; a counterweight having a first yoke coupled to the driven gear to translate rotation of the driven gear into reciprocating motion of the counterweight; and a spindle having a second yoke coupled to the crankshaft to translate rotation of the driven gear into reciprocating motion of the spindle, wherein the counterweight and the spindle reciprocate opposite one another.