A paint trencher includes a main body, a guide, an abrasive body, a first adjustable bracket, a second adjustable bracket, and a handle. The main body includes a top panel, a support, a first pin, and a second pin. The guide is rotatably connected to the first pin and the second pin so that paint trencher can be adjusted according to the ceiling corners or vertical corners. The abrasive body is adjacently mounted to the support, and the handle is mounted to the top panel so that applied pressure of the main body can be transferred into the abrasive body to cut a trench into the wall. The first adjustable bracket and the second adjustable bracket are oppositely positioned of each other about the support and are operatively coupled between the top panel and the guide thus enabling the guide to be adjusted and locked about the main body.

A paint trencher includes a main body, a guide, an abrasive body, a first adjustable bracket, a second adjustable bracket, and a handle. The main body includes a top panel, a support, a first pin, and a second pin. The guide is rotatably connected to the first pin and the second pin so that paint trencher can be adjusted according to the ceiling corners or vertical corners. The abrasive body is adjacently mounted to the support, and the handle is mounted to the top panel so that applied pressure of the main body can be transferred into the abrasive body to cut a trench into the wall. The first adjustable bracket and the second adjustable bracket are oppositely positioned of each other about the support and are operatively coupled between the top panel and the guide thus enabling the guide to be adjusted and locked about the main body.

A device for smoothing a working edge of a squeegee tool that is used for application of film substrates to glass surfaces; the device having a main body including a base and opposing first and second panels extending away from the base and diverging away from one another to define an open mouth, and a fabric sheet secured to the main body at opposite end portions, and the fabric sheet including a central portion received within the open mouth and formed in a V-shape transverse configuration, wherein the working edge of the tool is moved longitudinally between the opposing panels and in frictional engagement with a top surface of the fabric sheet at a bottom of the V-shape to effectively remove bumps, nicks and scratches on the working edge of the tool.

A device for smoothing a working edge of a squeegee tool that is used for application of film substrates to glass surfaces; the device having a main body including a base and opposing first and second panels extending away from the base and diverging away from one another to define an open mouth, and a fabric sheet secured to the main body at opposite end portions, and the fabric sheet including a central portion received within the open mouth and formed in a V-shape transverse configuration, wherein the working edge of the tool is moved longitudinally between the opposing panels and in frictional engagement with a top surface of the fabric sheet at a bottom of the V-shape to effectively remove bumps, nicks and scratches on the working edge of the tool.

A sanding device, for, e.g., cosmetic and finishing applications, is provided. The sanding device includes a wire mesh having a plurality of apexes, the apexes having an abrasive affixed thereto. The wire mesh forms a substantially planar surface with a bent perimeter section. The sanding device further includes a rim made from a plastic material, the plastic material capping the bent perimeter section of the wire mesh and further extending from the bent perimeter section. The wire mesh and the rim defining a shallow bowl shape. The sanding devices also includes a carrier shell or grip received and captured with the bowl shape.

A sanding device, for, e.g., cosmetic and finishing applications, is provided. The sanding device includes a wire mesh having a plurality of apexes, the apexes having an abrasive affixed thereto. The wire mesh forms a substantially planar surface with a bent perimeter section. The sanding device further includes a rim made from a plastic material, the plastic material capping the bent perimeter section of the wire mesh and further extending from the bent perimeter section. The wire mesh and the rim defining a shallow bowl shape. The sanding devices also includes a carrier shell or grip received and captured with the bowl shape.

A sharpener for sharpening a cutting edge of a cutting tool includes: a housing having an elongated vertically extending slot therein, and an anchor region; and a spring biased sharpening element having a pair of arms, the sharpening element being arranged within the housing and secured to the housing at the anchor region below the vertically extending slot to provide a pivot point for the arms. The sharpening element has: a coil spring portion, arranged at the pivot point, and the pair of arms integrally formed with the coil spring portion, each arm having first and second elongated sharpening portions, respectively, extending from respective ends of the coil spring portion, the coil spring portion and the first and second elongated sharpening portions being spring biased in relation to one another to maintain a crossed relation within housing during a passing through of a cutting edge for sharpening.

A sharpener for sharpening a cutting edge of a cutting tool includes: a housing having an elongated vertically extending slot therein, and an anchor region; and a spring biased sharpening element having a pair of arms, the sharpening element being arranged within the housing and secured to the housing at the anchor region below the vertically extending slot to provide a pivot point for the arms. The sharpening element has: a coil spring portion, arranged at the pivot point, and the pair of arms integrally formed with the coil spring portion, each arm having first and second elongated sharpening portions, respectively, extending from respective ends of the coil spring portion, the coil spring portion and the first and second elongated sharpening portions being spring biased in relation to one another to maintain a crossed relation within housing during a passing through of a cutting edge for sharpening.

Apparatus and method for sharpening a cutting tool, such as but not limited to a knife. A sharpener has a housing with a sharpener stage adapted to facilitate a sharpening operation upon the cutting tool responsive to retraction, by a user, of the cutting tool along a longitudinal drawing axis. A tiltable sharpening mechanism is disposed within the housing adjacent the sharpening stage. The tiltable sharpening mechanism has a central body that is rotatable about a transverse rotational axis nominally orthogonal to the longitudinal drawing axis. The rotatable central body supports at least a first sharpening element. In some cases, the central body supports a pair of intersecting sharpening elements. A biasing member exerts a biasing force to urge the central body of the tiltable sharpening mechanism to a neutral position within the housing. The central body can be locked in neutral, positive rake and negative rake positions.

A sanding device for sanding a workpiece. The sanding device includes a sanding block. The sanding block includes a right triangular block having a triangular base and a rectangular block having a rectangular base. The rectangular block may be affixed to a side surface of the right triangular block. The sanding block includes sanding block base surfaces having the triangular base abutting the rectangular base along a straight edge. The sanding block base surfaces include an abrasive surface and an engagement surface opposite the abrasive surface. The engagement surface includes a hand-shaped recess extending from the engagement surface towards the abrasive surface. The hand-shaped recess includes a thumb-shaped recess in the triangular base of the engagement surface and at least one non-thumb-shaped recess in the rectangular base of the engagement surface.