WILLIAM TYLER JOHNSTON
Pilots at Thornhill Rd, Puyallup, WA
License number
Washington A5320230
Issued Date
Aug 2016
Expiration Date
Aug 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
3001 Thornhill Rd, Puyallup, WA 98374
Professional information
Bacterial Cellulose Binding Agent
US Patent:
5207826, May 4, 1993
Filed:
Oct 7, 1991
Appl. No.:
7/771811
Inventors:
John A. Westland - Bothell WA
R. Scott Stephens - Auburn WA
William C. Johnston - Puyallup WA
Harold J. Rosenkrans - Seattle WA
R. Scott Stephens - Auburn WA
William C. Johnston - Puyallup WA
Harold J. Rosenkrans - Seattle WA
Assignee:
Weyerhaeuser Company - Tacoma WA
International Classification:
C08L 102
US Classification:
1061631
Abstract:
A binding agent comprising fiber strands of microbially produced cellulose is disclosed. The cellulose is synthesized by certain strains of microorganisms of the genus Acetobacter grown under agitated culture conditions to produce fine, interconnected fiber strands forming a three-dimensional reticulated structure. The binding agent is effective for binding fibers and fragments of material, such as natural and treated wood fragments and particles as well as synthetic materials, and it imparts wet and dry tensile strength to the bound material.
Method For Forming A Rim And Edge Seal For An Insulating Cup
US Patent:
2008015, Jul 3, 2008
Filed:
Dec 28, 2006
Appl. No.:
11/617055
Inventors:
William C. Johnston - Puyallup WA, US
Assignee:
Weyerhaeuser Co. - Federal Way WA
International Classification:
B65D 3/00, B65D 81/38, B31B 1/00
US Classification:
229100, 229403, 493 56
Abstract:
A container such as a paper cup is formed from a thick paperboard blank. The blank has a predetermined thickness and has a top edge, side edges, and a bottom edge. The regions adjacent at least one, and preferably all, of the top edge and first and second side edges are compressed along the length thereof. When the regions adjacent the side edges are overlapped, a reduced thickness side seam is formed. When the compressed region adjacent the top edge is curled to form the upper lip, a lip of lesser thickness is formed than otherwise would be formed from the paperboard material.
Embossed Insulating Paperboard
US Patent:
2004021, Oct 28, 2004
Filed:
May 14, 2004
Appl. No.:
10/846760
Inventors:
Donald Halabisky - Tacoma WA, US
William Johnston - Puyallup WA, US
William Johnston - Puyallup WA, US
Assignee:
Weyerhaeuser Company
International Classification:
D21H011/00
US Classification:
428/156000
Abstract:
An insulating paperboard contains at least one layer of cellulose fibers. The one layer is at least partially composed of bulky fibers. The paperboard is sufficiently insulated to provide a hot water T across the paperboard of at least 0.7° C.±2.3° C. per 0.1 mm of caliper. The paperboard may be embossed to decrease surface transmission of heat. A hot cup may be produced from the insulating paperboard.
Binder Coated Discontinuous Fibers With Adhered Particulate Materials
US Patent:
5432000, Jul 11, 1995
Filed:
Mar 22, 1991
Appl. No.:
7/673899
Inventors:
Richard H. Young - Federal Way WA
Amar N. Neogi - Seattle WA
Michael R. Hansen - Seattle WA
Kevin T. Hodgson - Seattle WA
Donald D. Halabisky - Tacoma WA
David G. Marsh - Federal Way WA
Christel Brunnenkant - Seattle WA
David W. Park - Puyallup WA
Paul G. Gaddis - Renton WA
William C. Johnston - Puyallup WA
Amar N. Neogi - Seattle WA
Michael R. Hansen - Seattle WA
Kevin T. Hodgson - Seattle WA
Donald D. Halabisky - Tacoma WA
David G. Marsh - Federal Way WA
Christel Brunnenkant - Seattle WA
David W. Park - Puyallup WA
Paul G. Gaddis - Renton WA
William C. Johnston - Puyallup WA
Assignee:
Weyerhaeuser Company - Tacoma WA
International Classification:
D02G 300
US Classification:
428372
Abstract:
A fiber product comprises dry discontinuous fibers having a starch binder on at least a portion of the fiber surfaces, at least about seventy percent of the starch binder coated fibers being unbonded to one another, solid particles are adhered to the fibers by the binder without the binder entirely coating the particles. The fibers may be air laid into a web or formed into an absorbent structure. Superabsorbent particles are a specific example of the particles which may be adhered to the fibers.