Clayton D Peterson, Age 41814 Settlers Ct, San Marcos, CA 92069

8356782, Jan 22, 2013

Nov 17, 2009

12/620030

Andre Robichaud - Orange CA, US
Clayton R. Peterson - Laguna Woods CA, US

A47G 29/00
F16M 13/00

2482171, 2482181, 248497, 248546

A device is disclosed for supporting an object, such as a picture frame, on a wall. The device includes an arcuate member having a penetration end that terminates in at least one point. The arcuate member further includes a support end, opposite the penetration end, that has a support hook. A pressure disk may be slidably retained at an aperture therethrough on the arcuate member. A plurality of different support accessories may be included, the support hook being adapted to support each support accessory thereon. In use, with the penetration end of the arcuate member contacting the front surface of the wall, pressure is applied to the pressure disk that binds against the arcuate member to force the penetration end of the arcuate member through the wall. The arcuate member is curved such that when the support hook contacts the front surface of the wall the penetration means contacts the rear surface of the wall to retain the device firmly in the wall and to support the object.

2002011, Aug 15, 2002

Feb 14, 2001

09/783341

Richard Ernst - San Diego CA, US
Clayton Peterson - Laguna Woods CA, US

B24B005/36

451/061000

An abrading tool forms a plurality of grooves in an inner wall surface of a hole having a diameter and a depth, and defining a longitudinal axis, into which an anchor is installed. The tool is configured for mounting to a rotating driver to provide rotational movement to the tool. The tool has a shank having a first end for securing to the rotating driver and a second, free end. The shank has a diameter. A first abrading element is mounted to the shank proximal to the free end. A second abrading element is mounted to the shank spaced from the first abrading element and proximal to the rotating driver. The first and second abrading wheels have a diameter greater than the diameter of the shank. The tool is inserted into the hole and held at an angle relative to the longitudinal axis of the hole. With the rotating driver actuated, the tool is rotated around the hole to form first and second grooves in the inner wall surface of the hole.

D369814, May 14, 1996

Sep 13, 1994

D/028375

Gordon Pearlman - Los Angeles CA
Clayton R. Peterson - Bigfork MT

Pearl Abrasive Company - Commerce CA

D15126

5788561, Aug 4, 1998

Jun 20, 1997

8/879572

Gordon E. Pearlman - Los Angeles CA
Clayton R. Peterson - Bigfork MT

Pearl Abrasive Co. - Commerce CA

B24B 2706

451353

A handheld and readily maneuverable apparatus for grinding floor surfaces and/or cutting grooves in a floor formed of a hard material such as concrete, stone or the like is disclosed. The apparatus includes an elongated tube having a motor mounted at its upper end and a special rotatable abrasive head at its lower end. Rotation of the motor is coupled to the rotatable abrasive head via a flexible shaft that extends longitudinally through the elongated tube. In one form of the invention, the abrasive head includes a grinding disk that is oriented generally horizontally relative to the floor when the apparatus is in its operating orientation, and the operator can manually maneuver the apparatus so as to grind the floor surface. In an alternative form of the invention, the abrasive head includes a cutting disk that is oriented generally vertically relative to the floor when the apparatus is in its operating orientation, and the operator can manually maneuver the apparatus so as to cut grooves or enlarge cracks in the floor.