Gregory C Skinner
Dentist in Hemet, CA

6629841, Oct 7, 2003

Aug 28, 2000

09/649198

Gregory C. Skinner - Hemet CA 92543

A61C 900

433 43

An adjustable dental impression tray includes a first and second arcuate member movably attached at a proximal end of each arcuate member. The adjustable dental impression tray includes a handle to facilitate removal of the tray from a persons mouth. The dental impression tray also includes an adjustment mechanism which allows the user to position the first arcuate member relative to the second arcuate member to form a U-shaped channel which approximates the patients dentition. The dental impression is further configured with a locking member to receive and retain impression material into the tray.

7270540, Sep 18, 2007

May 1, 2003

10/427733

Gregory C. Skinner - Hemet CA, US

A61C 9/00

433 43

An adjustable dental impression tray including a first arcuate member and a second arcuate member configured to selectively engage the first arcuate member. The first and second arcuate members forming a channel adapted to receive a quantity of impression material. The adjustable dental impression tray having a handle formed at one end which facilitates the introduction and removal of the impression tray into and from the mouth of a patient. An adjustment mechanism engageably disposed in relation to the first and second arcuate members, wherein the adjustment mechanism provides for the selective adjustment of the first arcuate member in at least one fixed position relative to the second arcuate position, wherein defining one or more widths of the channel. Preferably, the channel is formed having a general U-shaped configuration which approximates the various sizes of the dentition of a patient. In preferred design, each of the arcuate members comprise an outer wall, an inner wall and a platform surface.

5749729, May 12, 1998

Nov 27, 1996

8/757387

Gregory C. Skinner - Hemet CA
Gaylen J. Cox - Provo UT

A61C 514

433136

A dental absorbency device is disclosed in one presently preferred embodiment of the present invention as including a flat section comprising a single sheet of a highly absorbent material having a contoured elongated shape preferably sized to fit comfortably within a human mouth for the purpose of absorbing moisture, contaminants, blood, saliva, water, and/or other fluids at an operative field. In preferred design, the flat section may be formed having an upper surface, a lower surface, and peripheral edges which are unobstructed to fluid flow so as to provide a means for encouraging the absorption of fluids therethrough. The upper surface is preferably formed having an impervious, non-absorbent coating that resists slippage of the elongated flat section when disposed within the mouth of a patient. Structurally, the upper surface of the flat section includes at least one porous opening for absorbing fluids therethrough, whereas in contrast, the lower surface provides a means for absorbing fluids through its entire external surface area. A collection reservoir is preferably disposed between the upper and lower surfaces of the elongated flat section and functions to provide a means for retaining the collected fluids therein.