David N Debaene

US Patent:

60747056, Jun 13, 2000

Filed:

Apr 30, 1999

Appl. No.:

9/302670

Inventors:

David N. DeBaene - West Warwick RI

International Classification:

B05D 100
B05D 126
B05D 300
C09D 104
C09D 500

US Classification:

427447

Abstract:

An applicator for temporarily masking stains on clothing includes a canister having an chamber for containing fluid, a water based, stain masking solution disposed within the chamber of the canister, and a brush or a spray head applying the stain masking solution from the chamber of the canister on a stain requiring masking. The stain masking solution covers the stain so that the stain is substantially concealed. The canister has an elongate annular wall having an open end at one end thereof, and an end wall closing the other end of the annular wall. Preferably, the stain masking solution consists of: resin--approximately 10. 0 percent by weight; isopropanol--approximately 15. 0 percent by weight; water--approximately 55. 0 percent by weight; titanium dioxide--approximately 15. 0 percent by weight; and ammonia--approximately 5.

US Patent:

59930977, Nov 30, 1999

Filed:

Nov 14, 1997

Appl. No.:

8/970712

Inventors:

David N. DeBaene - West Warwick RI

International Classification:

A46B 1100

US Classification:

401129

Abstract:

An applicator for temporarily masking stains on clothing includes a canister having an chamber for containing fluid, a water based, stain masking solution disposed within the chamber of the canister, and a brush or a spray head applying the stain masking solution from the chamber of the canister on a stain requiring masking. The stain masking solution covers the stain so that the stain is substantially concealed. The canister has an elongate annular wall having an open end at one end thereof, and an end wall closing the other end of the annular wall. Preferably, the stain masking solution consists of: resin--approximately 10. 0 percent by weight; isopropanol--approximately 15. 0 percent by weight; water--approximately 55. 0 percent by weight; titanium dioxide--approximately 15. 0 percent by weight; and ammonia--approximately 5.

US Patent:

61088196, Aug 29, 2000

Filed:

Nov 24, 1998

Appl. No.:

9/198646

Inventors:

David DeBaene - West Warwick RI
Steev Panneton - West Warwick RI

International Classification:

A61F 502
A41D 106
A41D 1302

US Classification:

2227

Abstract:

Pants for use when performing work involving heavy lifting which providing removable back support to the wearer. The pants are constructed with an attachment apparatus, such as Velcro. RTM. brand hook and loop type fastener material, affixed to the waist area. A back support is also provided which has an attachment apparatus designed to fasten securely to the attachment apparatus of the pants. While attached to the pants the back support is comfortable and remains in a supportive position, yet may be easily removed when unnecessary or when cleaning the pants.

US Patent:

50384082, Aug 13, 1991

Filed:

Oct 26, 1990

Appl. No.:

7/603557

Inventors:

David N. DeBaene - Coventry RI

International Classification:

A41D 1300

US Classification:

2 23

Abstract:

Pants for use when performing work in which sitting and kneeling take place frequently, as in roofing work, the pants having effective special construction in the seat and knee areas.

US Patent:

56342152, Jun 3, 1997

Filed:

Oct 6, 1995

Appl. No.:

8/540587

Inventors:

David N. DeBaene - West Warwick RI

Assignee:

JD American Workwear, Inc. - Coventry RI

International Classification:

A41D 106

US Classification:

2227

Abstract:

A work pant garment for use by a wearer in an environment wherein the garment is subject to excessive wear conditions includes an upper portion that has a front panel and a seat panel, and a lower portion that has pant legs which are integrally joined to the front seat and panels and that extend downwardly therefrom. Both of the upper and lower portions are formed of a woven material that is fabricated from heavy duty yarns. Moreover, the seat panel and pant legs each have an overlay panel affixed thereto, each of which are formed of an abrasion-resistant material that is defined by woven yarns that are selected from a group consisting of nylon and polypropylene. A polyurethane coating is adhered to the inner surfaces of the overlay panels for preventing migration of moisture through the panels.