Abstract: A rotary cutting tool includes a shank portion, a cutting portion, and a cutting tip. The cutting portion includes a plurality of blades and a plurality of flutes. Each blade includes a leading face, a trailing face, and a land surface extending between the leading face and the trailing face. The cutting end includes an end cutting edge having a first end face cutting edge portion formed with a positive, neutral or negative radial angle, a positive dish angle and a negative axial rake angle, and second end face cutting edge portion formed with a highly positive radial angle, a positive dish angle and a negative axial rake angle. The highly positive radial angle of the second end face cutting edge portion enables the rotary cutting tool to perform a ramp operation at very large ramp angles of between about 15-45 degrees.

Abstract: A rotary cutting tool includes a shank portion, a cutting portion, and a cutting tip. The cutting portion includes a plurality of blades and a plurality of flutes. Each blade includes a leading face, a trailing face, and a land surface extending between the leading face and the trailing face. The cutting end includes an end cutting edge having a first end face cutting edge portion formed with a positive, neutral or negative radial angle, a positive dish angle and a negative axial rake angle, and second end face cutting edge portion formed with a highly positive radial angle, a positive dish angle and a negative axial rake angle. The highly positive radial angle of the second end face cutting edge portion enables the rotary cutting tool to perform a ramp operation at very large ramp angles of between about 15-45 degrees.

Abstract: At a publisher location, multiple encrypted documents are assembled into a distribution archive that is also encrypted. The distribution archive is then downloaded into a content server at an unsecure site. When the content server receives the distribution archive, it decrypts the archive file and unpacks the encrypted documents, which are then stored, in encrypted form, in a local document database. When a user logs into the local content server, a secure content viewer is downloaded to the user's browser. The content viewer requests a selected document from the local server, which then forwards the encrypted document to the viewer. The viewer then computes a document identifier from the encrypted document content and requests a key from the server with the identifier. The server then returns the requested key and the viewer decrypts that document and presents it in a display area controlled by the viewer.