Allyson Tamie Toney
Nursing in Clearfield, UT
License number
Utah 6933764-3102
Issued Date
Oct 13, 2008
Expiration Date
Jan 31, 2017
Category
Nurse
Type
Registered Nurse (Under Interstate Compact)
Address
Address
Clearfield, UT
Education
WEBER STATE UNIVERSITY
WEBER STATE UNIVERSITY
Personal information
See more information about Allyson Tamie Toney at radaris.comName
Address
Phone
1129 N 3000 W, West Point, UT 84015
Professional information
See more information about Allyson Tamie Toney at trustoria.com
Cold Water Wash Formula
Cold Water Wash Formula
US Patent:
5763382, Jun 9, 1998
Filed:
Jan 3, 1996
Appl. No.:
8/582612
Inventors:
Theodore R. Cooper - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
Assignee:
Cyclo3pss Textile Systems, Inc. - Salt Lake City UT
International Classification:
C11D 702, D06L 304
US Classification:
510303
Abstract:
A cold water washing formula and a method of reducing the soil load on a textile by introducing the textile and cold water into an internal assembly within a washing machine. The method includes a first break wash wherein the textile, water, and a solvent are introduced into the washing machine to initiate soil removal. In a second break wash, a surfactant and an alkali are added to the first break wash to continue the washing cycle. The combined first and second break washes are drained from the internal assembly and the textile is rinsed with water. After draining the first rinse from the internal assembly, a second rinse including ozonated water and an acid is introduced into the internal assembly. The second rinse is drained from the internal assembly and a third rinse, which includes ozonated water, is introduced into the internal assembly to rinse the textile. The invention also includes a cold water washing formula which includes ozonated water, a non-ionic surfactant, a solvent, and a sufficient amount of an acid to maintain the cold water washing formula to a pH below 13.
Cold Water Wash Method
Cold Water Wash Method
US Patent:
5645608, Jul 8, 1997
Filed:
Apr 17, 1996
Appl. No.:
8/633573
Inventors:
Theodore R. Cooper - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
International Classification:
D06B 1900, D06L 304
US Classification:
8137
Abstract:
A cold water washing method for reducing the soil load on a textile by introducing the textile and cold water into an internal assembly within a washing machine. The method includes a first break wash wherein the textile, water, and a solvent are introduced into the washing machine to initiate soil removal. In a second break wash, a surfactant and an alkali are added to the first break wash to continue the washing cycle. The combined first and second break washes are drained from the internal assembly and the textile is rinsed with water. After draining the first rinse from the internal assembly, a second rinse including ozonated water and an acid is introduced into the internal assembly. The second rinse is drained from the internal assembly and a third rinse, which includes ozonated water, is introduced into the internal assembly to rinse the textile.
Cold Water Ozone Disinfection
Cold Water Ozone Disinfection
US Patent:
6115862, Sep 12, 2000
Filed:
Dec 27, 1999
Appl. No.:
9/473251
Inventors:
Theodore R. Cooper - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
Assignee:
Cyclo3pss Textile Systems, Inc. - Salt Lake City UT
International Classification:
D06F 3902
US Classification:
8158
Abstract:
The invention includes a method of reducing the microbial population on a textile in a washing machine. The washing machine has an outer shell for containing fluids and an internal assembly for containing textiles. The method includes introducing a wash liquor into the internal assembly, thus contacting the textile with the wash liquor and wetting the textile. The wash liquor is then removed from the internal assembly and the outer shell at a first point. At a second point, a combination of ozone gas, oxygen and/or oxygen enriched air is mixed into the wash liquor being removed from the outer shell to form an ozonated wash liquor. This ozonated wash liquor is re-introduced into the outer shell and internal assembly thus contacting the textile with the ozonated wash liquor for a period of time.
Cold Water Ozone Disinfection
Cold Water Ozone Disinfection
US Patent:
6006387, Dec 28, 1999
Filed:
Nov 30, 1995
Appl. No.:
8/565714
Inventors:
Theodore R. Cooper - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
Allyson T. Toney - West Point UT
John B. McParlane - Salt Lake City UT
Assignee:
Cyclo3pss Textile Systems, Inc. - Salt Lake City UT
International Classification:
D06F 3902
US Classification:
8158
Abstract:
The invention includes a method of reducing the microbial population on a textile in a washing machine. The washing machine has an outer shell for containing fluids and an internal assembly for containing textiles. The method includes introducing a wash liquor into the internal assembly, thus contacting the textile with the wash liquor and wetting the textile. The wash liquor is then removed from the internal assembly and the outer shell at a first point. At a second point, a combination of ozone gas, oxygen and/or oxygen enriched air is mixed into the wash liquor being removed from the outer shell to form an ozonated wash liquor. This ozonated wash liquor is re-introduced into the outer shell and internal assembly thus contacting the textile with the ozonated wash liquor for a period of time.