Abstract: An abrasive deburring machine comprised of a plurality of individually controlled abrasive modules, each having a rotatable drum type brush with flexible bristles, the drum is mounted on a rotatable support with axis of rotation generally perpendicular to the rotational axis of the drum. Each support with brush and support drive are mounted inside of a housing therefore creating a module. Plurality of such modules can be combined in a desired configuration to form a deburring machine or finishing/polishing machine tailored to a specific geometry of the work piece or part to be deburred, finished or polished. Each drum and drum support, including its axial angular position are controlled independently, which for a pre-programmed movement of all brushes in order to conform to a complex shape of the part to be deburred, optimize the process of deburring and maximize the durability of abrasive brushes.

Abstract: A koozie and method of making a same. A suitable log is first selected. The size of the log can vary depending upon the size of the desired koozie. The log is cut into at least one segment. The segments are secured to a table. Next, the segments are hollowed leaving a bottom plane and a stem extending from the bottom plane. Thereafter the stem is removed. This provides a koozie made from a log.

Abstract: The invention discloses a lineal log peeler and debarker that debarks logs for use in home construction automatically by, an operator in a protected control booth. The machine is electronically controlled and replaces the difficult, dangerous and time-consuming operation of hand-peeling such logs with a drawknife. The logs debarked by the machine of this invention can range in length from about 6 to over 50 feet. They can range from about 7 to about 21 inches in diameter and weigh up to about 3000 pounds.