A miter bar assembly (100), including: a top member (102) having: a top member opening (110) configured to permit a bottom member fastener (122) to pass through the top member; and a top member fastener feature (140) configured to immovably fix the top member directly to a panel; and a bottom member (104) positioned under the top member and having: a bottom member fastener feature (120) configured cooperate with the bottom member fastener and the top member opening to enable the bottom member to move laterally relative to the top member and to selectively immovably fix the bottom member to the top member. At least one of: a magnetic force urges the bottom member and the top member laterally apart; and relative longitudinal movement between the bottom member and the top member adjusts a lateral position of the bottom member relative to the top member.

A miter bar assembly (100), including: a top member (102) having: a top member opening (110) configured to permit a bottom member fastener (122) to pass through the top member; and a top member fastener feature (140) configured to immovably fix the top member directly to a panel; and a bottom member (104) positioned under the top member and having: a bottom member fastener feature (120) configured cooperate with the bottom member fastener and the top member opening to enable the bottom member to move laterally relative to the top member and to selectively immovably fix the bottom member to the top member. At least one of: a magnetic force urges the bottom member and the top member laterally apart; and relative longitudinal movement between the bottom member and the top member adjusts a lateral position of the bottom member relative to the top member.

A taper jig that provides a woodworker with multifunctional use for orientating and maintaining a workpiece in order to make a tapered cut in a workpiece at desired incremental angles. The taper jig includes a first track and a second track that operably engages the first track wherein the second track is pivotably moveable relative to the first track. The taper jig also includes at least one measurement scale assembly that operably secures the first track and the second track to one another at a predetermined angle. The taper jig also includes at least one clamping handle assembly that operably engages one of the first track and the second track, wherein the at least one clamping handle assembly being adapted to clamp a workpiece. The taper jig may also include a first sled and a second sled that operably engage with the first and second tracks.

This disclosure is directed to a miter gauge and methods of use thereof. Generally, this disclosure is related to a miter bar of a miter gauge that includes at least one spacer member which applies pressure to a side of a channel defined within a worktable. The application of this pressure by the at least one spacer member enables the miter bar to remain in a substantially constant position between the first side and second side of the channel and reduces the degree of play between the miter bar and the first and second sides of the channel. Retainer members are provided on a bottom of the miter bar to aid in preventing the miter bar from lifting vertically out of the channel during use.

This disclosure is directed to a miter gauge and methods of use thereof. Generally, this disclosure is related to a miter bar of a miter gauge that includes at least one spacer member which applies pressure to a side of a channel defined within a worktable. The application of this pressure by the at least one spacer member enables the miter bar to remain in a substantially constant position between the first side and second side of the channel and reduces the degree of play between the miter bar and the first and second sides of the channel. Retainer members are provided on a bottom of the miter bar to aid in preventing the miter bar from lifting vertically out of the channel during use.

An apparatus (100), including: a push block (100) including: a first side (120) and a second side (122), each configured to abut and slide along a fence of the table saw; and a bottom (124) including a first tunnel (130) and a second tunnel (132) and an immovable dividing wall (134) therebetween. When the first side abuts the fence the first tunnel is configured to straddle a blade throughout a first tunnel first range of fence positions (R12), and the second tunnel is configured to straddle the blade throughout a second tunnel first range of fence positions (R34). When the second side abuts the fence the first tunnel is configured to straddle the blade throughout a first tunnel second range of fence positions (R45), and the second tunnel is configured to straddle the blade throughout a second tunnel second range of fence positions (R23).

An apparatus (100), including: a push block (100) including: a first side (120) and a second side (122), each configured to abut and slide along a fence of the table saw; and a bottom (124) including a first tunnel (130) and a second tunnel (132) and an immovable dividing wall (134) therebetween. When the first side abuts the fence the first tunnel is configured to straddle a blade throughout a first tunnel first range of fence positions (R12), and the second tunnel is configured to straddle the blade throughout a second tunnel first range of fence positions (R34). When the second side abuts the fence the first tunnel is configured to straddle the blade throughout a first tunnel second range of fence positions (R45), and the second tunnel is configured to straddle the blade throughout a second tunnel second range of fence positions (R23).

A sled assembly configured to push stock along a fence includes a carriage and rollers mounted at spaced apart positions. The rollers engage the fence to guide movement of the carriage therealong and each has a peripheral portion for being received in a fence race. An adjustable roller mount selectively adjusts the position of the roller to align the peripheral portions of the rollers with the width of the race. An adjustable fence assembly includes an outfeed fence movable relative to an infeed fence. An outfeed fence adjustment mechanism includes mounting posts at spaced apart locations along the length of the outfeed fence movable to drive movement of the outfeed fence along an axis transverse to the feed direction.

A sled assembly configured to push stock along a fence includes a carriage and rollers mounted at spaced apart positions. The rollers engage the fence to guide movement of the carriage therealong and each has a peripheral portion for being received in a fence race. An adjustable roller mount selectively adjusts the position of the roller to align the peripheral portions of the rollers with the width of the race. An adjustable fence assembly includes an outfeed fence movable relative to an infeed fence. An outfeed fence adjustment mechanism includes mounting posts at spaced apart locations along the length of the outfeed fence movable to drive movement of the outfeed fence along an axis transverse to the feed direction.

The present invention relates to a table saw jig. The table saw jig is designed to enable accurate straight or angled cuts in a wooden workpiece. The jig features a flat or planar base plate and several pre-drilled holes at specific angles. The jig also includes an adjustable guide rail that is secured to a pair of symmetrically opposed pre-drilled holes and can be used for making accurate and repeatable cuts. A wood piece can be positioned along a rip fence of the guiderail allowing the wood piece to horizontally slide to facilitate accurate and repeatable cuts. The table saw jig reduces the time required to precut stocks as well as the amount of waste material produced during the cabinetry and woodworking process.