Victor F Joyner, 71Sonora, CA

6927684, Aug 9, 2005

Feb 6, 2003

10/359255

Victor Joyner - South Holland IL, US
Kevin P. Reilly - Hertford NC, US
Harold A. Gell - Silver Spring MD, US

H04Q007/00

3405391, 34082557, 34082569, 455403

A remotely activated control device responsive to a specific transmitter operating in a frequency band assigned to radio telephone equipment, such as cellular telephone networks, cordless telephones, etc. The control device includes a radio receiver which provides a received pulse train to an assurance logic circuit. The assurance logic circuit determines if the received pulse train is limited to no more than a transmitter identification code and an action code, the combination of which is less than the code required to activate a relay network or initiate a radio telephone connection. Pulse trains accepted by the assurance logic circuit are compared to a stored code by a comparitor. The stored code includes the identification of a specific transmitter or group of transmitters and at least one action code. If the received pulse train matches the stored code, a switching circuit is activated to control a user supplied device.

7479247, Jan 20, 2009

May 12, 2005

11/127255

Victor Joyner - South Holland IL, US

B28B 7/06
B29C 35/08

264313, 264494, 4254519

A process for casting three-dimensional parts and sacrificial models from casting compounds forced by pressurized inert gas into transparent molds that are supported by transparent mold frames. The casting compound incorporates radiation activated photo initiators which cause polymerization and curing of the compound within the mold. An automated casting system is anticipated which is enabled by the use of very soft, stretchable and deformable material for the mold body and supporting the mold with radiation transparent mold frames. Oxygen and other gases in the atmosphere react with some casting compounds to create a sticky film on mold cavity walls which causes difficulty when removing a casting from a mold. This problem is eliminated by purging the mold cavity with an inert gas between casts.

2008009, Apr 24, 2008

Oct 20, 2006

11/583897

Victor F. Joyner - South Holland IL, US

B22C 9/04

164 34, 164 45, 164 35

A process and casting media composition for casting three-dimensional parts and sacrificial models from a class of foaming casting compounds, and creating the foaming casting compounds by combining a radiation activated catalyst that causes a phase change from liquid to solid in the material and a foaming agent. In an alternate embodiment the combination is of a cold foaming casting compound and a compound which contains a radiation activated catalyst that causes a phase change from liquid to solid in the material. A further embodiment combines a hot melt casting compound with a compound which contains a radiation activated catalyst that causes a phase change from liquid to solid in the material and a foaming or blowing agent.

6375887, Apr 23, 2002

Apr 18, 2000

09/551845

Victor Joyner - South Holland IL, 60473

B29C 3340

264496, 4251744

A process and apparatus for casting three-dimensional parts and investment models from a class of fluid casting compounds, which are solidified by a reaction triggered by actinic radiation. The casting compound hardens in a chain reaction induced by the radiation and/or the casting compound acts as a conduit for the radiation during and after curing. This allows parts being cast to be solidified within molds that are opaque. The apparatus consists of a solidifying actinic radiation source positioned to trigger the chain reaction as the casting compound enters the mold and/or radiate into the mold cavity through the sprue hole, windows or venting holes to effect the curing process. The curing, or solidifying, process is accelerated by irradiating the compound as it flows into the mold cavity.