Glenn A Walters, 74PO Box 981012, Boston, MA 02298

2013031, Nov 21, 2013

Aug 14, 2012

13/585243

William M. Pacheco - Bridgewater MA, US
Glenn Walters - Port Washington WI, US
Benjamin Lloyd - West Allis WI, US

Cybex International, Inc. - Medway MA

A63B 24/00

482 4

An exercise machine comprising: a frame and a support mechanism having a user interactive surface, the user interactive surface comprising a middle section, an upper section), and a lower section disposed vertically below the middle section; the upper and lower sections each including one or both of a visually observable display and a manually actuatable member, the middle section including a surface that is blank; the support mechanism including a mount mechanism adapted to mount a readily portable object in an orientation such that the object overlies entirely within the blank surface of the middle section.

4952420, Aug 28, 1990

Oct 12, 1988

7/256695

Glenn J. Walters - Duxbury MA

Advanced Dielectric Technologies, Inc. - Taunton MA

B05D 512
B05D 132

427 97

An etchless patterning method for depositing material patterns upon substrates. The method involves providing substrate to be patterned, immobilizing a patterned physical mask upon a mask carrier, transferring the mask from the carrier to contact the substrate, immobilizing the mask upon the substrate while removing the mask carrier, exposing the masked substrate to vapor phase pattern material in a vacuum, reimmobilizing the mask upon the mask carrier and removing the mask from the substrate in a manner that allows the mask to remain immobilized on the mask carrier. The process is particularly well suited for the production of circuit boards or electronic applications.

6010770, Jan 4, 2000

Oct 21, 1997

8/955259

Glenn J. Walters - Duxbury MA

Advanced Deposition Technologies, Inc. - Taunton MA

B32B 300

428209

A laminate structure of a retroreflective film includes one layer of a prismatic plastic film laminated to a heat sealable, white polyester film having a pattern of aluminum deposited such that the resulting laminate is very cost effective to produce and has superior whiteness properties when compared to conventional films.

5256846, Oct 26, 1993

Sep 5, 1991

7/755082

Glenn J. Walters - Duxbury MA

Advanced Dielectric Technologies, Inc. - Taunton MA

H05B 680

219 1055E

Shelf stable packaging films and packages which are microwaveable yet are substantially impermeable to gases and ultraviolet energy and selectively permeable to microwave energy are described. The films include a water vapor and oxygen barrier substrate having a first side upon which is deposited a metallic coating capable of selectively transmitting a portion of a microwave energy field through the substrate. The coating is formed in a plurality of discrete, microwave reflective areas separated by non-reflective gaps. The shape and spacing of the areas is varied so that the microwave energy transmission through non-coated areas of the barrier is sufficient to avoid arcing and heat the object but not cook the object. A food packaging system for storing and heating food by microwave energy, which includes the microwave barrier film of this invention, is also described.

5530231, Jun 25, 1996

May 1, 1995

8/432492

Glenn J. Walters - Duxbury MA
John A. McCormick - Lakeville MA

Advanced Deposition Technologies, Inc. - Taunton MA

H05B 680

219730

A conductive structure for use in microwave food packaging which adapts itself to heat food articles in a safer, more uniform manner is disclosed. The structure includes a conductive layer disposed on a non-conductive substrate. Provision in the structure's conductive layer of fuse links and base areas causes microwave induced currents to be channeled through the fuse links, resulting in a controlled heating. When over-exposed to microwave energy, fuses break more readily than the conductive base areas resulting in less absorption of microwave energy in the area of fuse breaks than in other regions where fuses do not break. The arrangement and dimensions of fuse links compensate for known uneven stresses in the substrate, giving uniform fuse performance. In addition, by varying the dimensions of the fuse links and base areas it is possible to design and fabricate different fused microwave conductive structures having a wide range of heating characteristics. Thus, a fused microwave conductive structure permits food heating temperatures to be tuned for food type.

5953202, Sep 14, 1999

Feb 6, 1997

8/796886

Glenn J. Walters - Duxbury MA
Gordon E. Walters - Duxbury MA

Advanced Deposition Technologies, Inc. - Taunton MA

H01G 406

361311

Materials from which metal film capacitors with plastic or other dielectric films are formed include a plurality of regions or segments defining plates of a capacitor, the regions electrically interconnected by fuse regions which separate a region containing a short circuit fault from the capacitor. The plurality of regions or segments are circular. The fuse regions may be circular or may alternatively be high resistivity regions filling spaces between the plurality of regions or segments. A capacitor having a higher energy storage density and safer construction is wound from these materials using conventional techniques.

6188055, Feb 13, 2001

Oct 21, 1997

8/954803

Glenn J. Walters - Duxbury MA

Advanced Deposition Technologies, Inc. - Taunton MA

H05B 680

219730

A microwave heating material is formed of a micromesh conductive coating on a substrate. The micromesh includes a plurality of closely spaced, fine lines of a conductive material such as aluminum. The conductive material may have a resistivity of about 1-50. OMEGA. /. quadrature. The microwave heating material may include electrically and physically discontinuous islands of micromesh, each of which may optionally be connected to another only by a susceptor fuse region. The microwave heating material is laminated to a supporting material which may be incorporated into wraps, bags, boxes, trays, and other food containers.

5786910, Jul 28, 1998

May 11, 1995

8/438776

Glenn J. Walters - Duxbury MA
John A. McCormick - Lakeville MA

Advanced Deposition Technologies, Inc. - Taunton MA

G03H 100

359 2

Security devices which are difficult to reproduce include a grid screen metallization pattern. The grid screen metallization pattern may be laid down over a hologram or diffraction grating formed as a surface relief pattern on a substrate, to form a visually identifiable, semi-transparent security device. Additionally, the metallization pattern may include resonant structures in which information about the security device is encoded. In some embodiments of these security devices, the metallization pattern is disposed in accurate registration with the underlying hologram or diffraction grating. These security devices are made by methods which include printing an oil pattern on the substrate. Areas on which oil is deposited do not receive metal during a metallization step. Since these methods do not use caustics, metallization patterns including features which would otherwise trap and hold caustics are possible.