A fence assembly for a table saw includes a primary fence including a first elongated body having a first body first side, a first body second side, a first body top side, and a first body bottom side, and a first height measured between the first body top side and the first body bottom side. A secondary fence is pivotally mounted to the primary fence and pivotable between a deployed position adjacent one of the first body first side or the first body second side, and a stowed position adjacent the other of the first body first side or the first body second side. The secondary fence includes a second elongated body having a second body top side and a second body bottom side, and a second height measured between the second body top side and the second body bottom side. The second height is less than the first height.

A guide assembly for use with a tool to guide movement of the tool along a channel defined by a work platform. The guide assembly comprises an elongate bar slidably received in the channel. The elongate bar has a width that is less than a width of the channel. The elongate bar defines recesses extending from a first side of the elongate bar toward a second side of the elongate bar. Guides are moveably mounted in one of the recesses of the elongate bar to adjust a working width of the guide assembly to fit the width of the channel. Each guide projects from its recess and has a portion thereof disposed outward of the first side of the elongate bar. The working width of the guide assembly extends between the second side of the elongate bar and the portion of the guide disposed outward of the first side of the elongate bar.

A guide assembly for use with a tool to guide movement of the tool along a channel defined by a work platform. The guide assembly comprises an elongate bar slidably received in the channel. The elongate bar has a width that is less than a width of the channel. The elongate bar defines recesses extending from a first side of the elongate bar toward a second side of the elongate bar. Guides are moveably mounted in one of the recesses of the elongate bar to adjust a working width of the guide assembly to fit the width of the channel. Each guide projects from its recess and has a portion thereof disposed outward of the first side of the elongate bar. The working width of the guide assembly extends between the second side of the elongate bar and the portion of the guide disposed outward of the first side of the elongate bar.

Wireless power transmission is used in conjunction with lighting, such as a light emitting diode (LED) bulb or lighting fixture that uses existing electrical wiring infrastructure. For instance, a lighting device is provided such that a wireless power transmitter is coupled to receive electrical operating power via the lighting device when the lighting device is coupled to electrical wiring infrastructure.

A track square and a method of use thereof. The track square is adjustable to change an angle at which a guide rail is engaged therewith. A user is able to make a cut with a track saw that is oriented at right angles to the edge of the wood but is also able to make cuts at angles of less than ninety degrees relative thereto. The guide rail is secured to a rotatable turntable on the track square by an engagement mechanism. The turntable is rotated to the desired angle utilizing an angle setting mechanism and is then locked at the selected angle by a locking mechanism. The engaged guide rail and track square are positioned on the piece of wood to be cut and the track saw is moved along the guide rail to cut the wood at the set angle.

A track square and a method of use thereof. The track square is adjustable to change an angle at which a guide rail is engaged therewith. A user is able to make a cut with a track saw that is oriented at right angles to the edge of the wood but is also able to make cuts at angles of less than ninety degrees relative thereto. The guide rail is secured to a rotatable turntable on the track square by an engagement mechanism. The turntable is rotated to the desired angle utilizing an angle setting mechanism and is then locked at the selected angle by a locking mechanism. The engaged guide rail and track square are positioned on the piece of wood to be cut and the track saw is moved along the guide rail to cut the wood at the set angle.

A worktable (100), having: a left slot grid (102); a right slot grid (104) secured to the left slot grid; and a center slide (106) configured to be adjustably positionable between the left slot grid and the right slot grid.

A worktable (100), having: a left slot grid (102); a right slot grid (104) secured to the left slot grid; and a center slide (106) configured to be adjustably positionable between the left slot grid and the right slot grid.

A miter saw assembly includes a cutting tool configured to perform a cut along a cutting axis. A stop mechanism is linearly translatable in a first direction. A rotary motor includes a selectively rotatable rotor and a motion conversion mechanism configured to transform rotary motion of the rotor to linear motion of the stop mechanism in the first direction. A controller is configured to selectively rotate the rotor to cause linear translation of the stop mechanism toward or away from the cutting axis. A position detection system includes a visual sensor coupled to the stop mechanism and a ruler strip. The ruler strip includes a plurality of spaced apart position indicators configured for detection by the visual sensor in order to determine a position of the stop mechanism relative to the cutting axis of the cutting tool via position correlating perform by the controller.

A push block for advancing a work piece over a table saw is disclosed. The push block includes a table-top; a handle mounted on the table-top; a first leg having a proximal end mounted on a first side of the table-top, where the first leg includes a first grip member arranged on distal end of the first leg; a second leg having a proximal end movably mounted underneath the table-top, the second leg is spaced apart from the first leg to form a cut tunnel therebetween, where the second leg includes a second grip member arranged on a distal end of the second leg; a maneuvering mechanism, arranged on the table-top, for moving the second leg to adjust a width of the cut tunnel; and a balancing wheel slidably mounted on a second side, opposite to the first side, of the table-top.