Black Decker Inc.

Stanley Black Decker, Inc.

Nicholas E Achterberg

Robert P Welsh

John E Buck

Daniel N Lopano

Kathy E DiPasquale

John R Curtsinger

Carl F Merhar, Iii

Yung Ho Chang

Thomas James Wheeler

Thomas M Gaffney

David A Williams

David L Wikle

Christopher J Ruf

Russell M Timmons

Lawrence Edward Harper

Mark J Downes

William J Robinson

George W Cowman

Lindsay A Dilley

Richard Cherry

Bruno Le Gal

Christopher J Pauly

Mark Addison

Randall C Shabram

Jeffrey M Thrift

Carl F Merhar Iii

A table saw has a base assembly, a table assembly supported by the base assembly, and a saw assembly supported by at least one of the table assembly and the base assembly. The saw assembly includes a saw blade extending through the table assembly. The base assembly has at least one tube connected to the table assembly.

Table saw

Disclosed are various embodiments and a corresponding method for an adapter configured to attach an electronic identification device to an inventory item having a universal attachment fitting. A first end of the adapter body is configured to permanently attach to the universal attachment fitting. A second end of the adapter body is configured to attach to a tool configured to attach to the universal attachment fitting. An electronic identification device is attached to the adapter body.

Electronic identifier attachment for inventory items

A saw blade incorporates an integrated cant angle. The saw blade includes a cutting portion having a toothed edge and opposite edge. The toothed edge defines a cutting plane. A shank portion extends from the cutting portion and is laterally offset from the opposite edge of the cutting portion defining a step thereat. The shank includes an end portion including a mounting edge, the mounting edge and step define a mounting plane which is angularly offset from the cutting plane.

Canted saw blade

A portable light is provided with a hook cylinder assembly which includes a retracting hook rod connected to a rotor assembly. The hook rod and rotor assembly can be rotated and held in position with respect to a remainder of the hook cylinder assembly. A hook located at an end of the hook rod can thus be oriented in a desired direction.

Fluorescent flashlight

A saw blade retaining apparatus is provided for selectively retaining one in a series of saw blades having unique thicknesses. The retaining apparatus includes a rocker arm supported by a pair of lateral walls. The rocker arm includes a contoured contact surface which cooperates with a contoured stop segment extending between the lateral walls to securely retain one of a series of saw blades having unique thicknesses.

Saw blade clamp system

A carbide-tipped circular saw blade is formed by brazing cutting tips of tungsten carbide to the teeth of a steel blade blank, thereby creating discoloration on the planar surfaces of the blade adjacent the rim. Substantially the entire surface of the blade is sandblasted with blast media to remove the discoloration while generating a substantially uniform coloration and texture to the planar surfaces of the blade. User-readable graphics are overprinted upon the blasted surface. The graphics and the surface appearance of the blasted area are selected to be at a predetermined contrast, and the carbide cutting tips retain a visual appearance different from the rest of the blade, such that the graphics and cutting tips are visually perceptible to a potential purchaser at the blade's point of sale. The saw blade surfaces are sandblasted by jets directed at both sides of the saw blade. The blast nozzles are oriented such that the vertical components of force of the jets offset one another. This assists in minimizing the blade warping that would otherwise occur due to the sandblasting operation. In all-sandblasted 'softbody' blades, a reduction of 20% in deviation from flatness has been achieved compared to similar blades which are polished and rim-blasted.

Surface treatment of circular saw blades

A saw blade is stamped with a circumferential edge. At least one gullet and shoulder are formed in the circumferential edge. Likewise, a tooth pocket is formed in the circumferential edge. The tooth pocket is defined by a wall, generally radial to circle, on the shoulder, and a shelf substantially perpendicular to the wall. A tooth is secured, ordinarily by brazing, in the pocket such that a portion of the shelf extends beyond the front face of the tooth towards the gullet so that the tooth can be brazed along its entire lateral edge such that resultant forces in the tooth are transmitted to the body of the blade. After the tooth is positioned into the tooth pocket, the tooth, as well as a projection of the blade shoulder, are ground off so that the tooth and shoulder are flush with one another. Thus, the tooth longitudinal edge is in complete contact with the shoulder wall maximizing its strength.

Circular saw blade and method

Decorative through-slot pattern for circular saw blade

A saw blade is stamped with a circumferential edge. At least one deep gullet and shoulder are formed in the circumferential edge. Likewise, a tooth pocket is formed in the circumferential edge. The tooth pocket is defined by a wall, generally radial to circle, on the shoulder, and a shelf substantially perpendicular to the wall. A tooth is secured, ordinarily by brazing, in the pocket such that the thickness of the tooth is substantially equal to the depth of the shelf and the face of the tooth is continuous with the gullet. The tooth may be brazed along its entire lateral edge such that resultant forces in the tooth are transmitted to the body of the blade. After the tooth is positioned into the tooth pocket, the tooth, as well as a projection of the blade shoulder, are ground off so that the tooth and shoulder are flush with one another. Thus, the tooth longitudinal edge is in complete contact with the shoulder wall maximizing its strength.

Circular saw blade

Decorative vent pattern for circular saw blades

Saw blade with vents

Growing community of inventors

New Freedom, PA, United States of America

Nicholas E Achterberg