Joseph C Byrne

6612455, Sep 2, 2003

Jan 9, 2002

10/095770

Joseph M. Byrne - Yorba Linda CA, 92886

B65D 5118

220210, 215207, 2202594, 220725

A cap lock system for restricting access to a threaded cylindrical end of an access or security device, such as a Schrader valve. An inner lock has a threaded cavity which screws onto an externally-threaded cylindrical end of the Schrader valve. The inner lock itself is received into an open end of an outer cap which captively encloses the inner lock in a manner which allows free rotation between the inner lock and outer cap and prevents the inner lock from being unscrewed. An upper endwall of the outer cap has a keyhole leading into a recessed cavity of the inner lock, with the recessed cavity surrounded by an annular wall. A key is provided for locking and unlocking the inner lock from the Schrader valve. The key has a pivot shaft which is matingly insertable into a section of the keyhole which is configured to support radial loads similar to a journal bearing. A tab connected to a leading end of the pivot shaft is insertable through the keyhole and into the recessed cavity.

6796531, Sep 28, 2004

Sep 15, 2003

10/665038

Wade Anderson - Corona CA
Charles Van Druff - Laguna Hills CA
Douglas G. Scheid - Orange CA
Joseph M. Byrne - Yorba Linda CA

H. Koch Sons Co., Inc. - Anaheim CA

B64D 1700

244151R, 244151 B

A parachute canopy release mechanism. The canopy release releasably holds a strap holding member. The strap holding member is released by movement of a latch, which in turn is released by an actuating lever which is protected against inadvertent opening by a cover. The cover has a cover lock which further prevents the inadvertent release of the latch. The release mechanism can have a removable triggering unit which is activated when the mechanism is exposed to water.

7407411, Aug 5, 2008

Feb 27, 2007

11/712746

Joseph Byrne - Yorba Linda CA, US
Mark A. Forster - Diamond Bar CA, US

H01R 9/05

439578, 174 74 R, 174 88 R

A dead cable end distributes holding force over a length of a cable end to reduce or eliminate damage to cables. The dead cable end includes a housing containing a plurality of collets each residing in a collet receptacle. Each collet includes a conical exterior and a lengthwise collet gap and each collet receptacle includes a conical interior. The collets and collet receptacle are held inside the housing by a retaining nut, and the collet and collet receptacle pairs are compressed between the retaining nut and a spring inside the housing. The cable end resides inside the collets, and compressive force on each collet and collet receptacle pair causes each collet to compress radially and hold the cable end. The holding force is thereby distributed over the length of each collet and over the plurality of collet and receptacle pairs to avoid damage to the cable.

7607954, Oct 27, 2009

Jul 7, 2008

12/168737

Joseph Byrne - Yorba Linda CA, US
Mark A. Forster - Diamond Bar CA, US

H01R 11/09

439797, 174 74 R, 174 79, 439805

A dead cable end distributes holding force over a length of a cable end to reduce or eliminate damage to cables. The dead cable end includes a housing containing a plurality of collets each residing in a collet receptacle. Each collet includes a conical exterior and a lengthwise collet gap, and each collet receptacle includes a conical interior. The collets and collet receptacle are held inside the housing by a screw-in retaining nut, and the collet and collet receptacle pairs are compressed between the retaining nut and a spring inside the housing. The cable end resides inside the collets, and axial compressive forces on each collet and collet receptacle pair cause each collet to compress radially and hold the cable end. Anti-rotation pins are inserted through the housing into slots in the collet receptacle next to the screw-in retainer to prevent internal rotation during tightening.

20070180875, Aug 9, 2007

Feb 3, 2006

11/346941

Joseph Byrne - Anaheim CA, US

E05B 19/14

070401000

A combination tool includes a compact “D” shaped handle and a rotating drum for tool selection. The straight back segment of the “D” provides an axis for rotation of the drum. The drum includes opposed tool ends, either of which may be rotated into position for use. In a preferred embodiment, the tool ends are keys for releasing a tamper resistant cap over a Schrader valve. Each key is shaped for a cap used with a particular Freon refrigerant used in an air conditioning unit. The drum includes indicia of which Freon refrigerant the corresponding key matches.

44080050, Oct 4, 1983

Mar 22, 1982

6/360712

Joseph B. Byrne - Antioch CA

The Dow Chemical Company - Midland MI

C08K 330

524421

Flame retardant polycarbonate compositions are prepared from dihydric aromatic compounds and alkali metal hydrogen sulfite. These compositions are more effective than similar compositions containing alkali metal sulfites.

41349369, Jan 16, 1979

Dec 27, 1976

5/754399

Joseph B. Byrne - Antioch CA
Christian A. Weber - Sanford MI

The Dow Chemical Company - Midland MI

C08L 6900

260860

Novel copolycarbonates exhibiting generally improved impact resistance, clarity and flame resistance are prepared by blending a polycarbonate of a trityldiol such as phenolphthalein and a polycarbonate of another diol such as bisphenol-A under conditions of temperature and/or shear sufficient to cause reaction of the polycarbonates.

47105488, Dec 1, 1987

May 19, 1986

6/866991

Joseph B. Byrne - Antioch CA

The Dow Chemical Company - Midland MI

C08L 6700
C08L 6900
C08L 6702

525439

Blends of aromatic polyestercarbonate copolymers with aromatic polycarbonate resins provide improved low temperature toughness while maintaining tensile strength essentially equivalent to the polycarbonate component. Particularly preferred components are polycarbonates of bisphenol A and a polyestercarbonate derived from bisphenol A, phosgene and terephthaloyl and isophthaloyl chlorides.