Oct 2012 to 2000 Fluid Power EngineerVideo Products Distributors, Inc Perrysburg, OH Mar 2011 to Oct 2012 Automation Maintenance ManagerAvery Weigh-Tronix Livonia, MI Nov 2009 to Mar 2011 Application / Product EngineerRAF Automation Solon, OH Aug 2006 to May 2008 Application Sales EngineerOwens Community College, Perrysburg Twp, OH
Feb 2004 to Dec 2006 Fluid Power InstructorFesto Corporation
May 1999 to Aug 2006 Outside Sales EngineerFesto Corporation
Apr 1997 to May 1999 Applications EngineerFurnace Parts, Inc Cleveland, OH Dec 1994 to Apr 1997 Technical Sales EngineerPepperl + Fuchs, Inc Twinsburg, OH Jan 1990 to Dec 1994 Application Sales EngineerLFE Instruments Div., Mark IV Co Chesterland, OH May 1989 to Jan 1990 Engineering Technician
Stephen R. Horvath - Racine WI Robert D. Abrams - Racine WI Thomas A. Helf - New Berlin WI
Assignee:
S. C. Johnson & Son, Inc. - Racine WI
International Classification:
B05B 728
US Classification:
239 10
Abstract:
A fluid-mixing device and a fluid-dispensing system are disclosed. The fluid-mixing device comprises a nozzle (200) having an outlet (210), an inlet (208) adapted for receiving a high-pressure liquid diluent, a nozzle mixing chamber (226), an orificed fluid passageway (236) communicating with the mixing chamber (226), and an orificed fluid-metering element (180) in fluid communication with the fluid passageway (236). A vacuum effect is created in the mixing chamber (226) when high-pressure liquid is passed from the nozzle inlet (208) to the nozzle outlet (210). The fluid-dispensing system comprises a container (144) having a spout (146) and adapted for containing a dilutable liquid concentrate, an apertured plug (152) snap-engaged into the spout (146) and in fluid communication with the nozzle mixing chamber (226), and conduit (192) for passing liquid concentrate from the container (144) into the mixing chamber (226) via the orificed fluid passageway (236) and orificed fluid-metering element (180), the vacuum effect thus causing the liquid concentrate and the high-pressure liquid diluent to combine in the mixing chamber (226) to produce a liquid mixture, the orificed fluid passageway (236) and the orificed fluid-metering element (180) both being dimensioned for selecting precisely-ratioed amounts of concentrate-to-diluent in the liquid mixture.
Aspirator Liquid Blending Device Using Multiple Restrictors
Stephen R. Horvath - Caledonia WI Charles E. Seaman - Somers WI
Assignee:
S. C. Johnson & Son, Inc. - Racine WI
International Classification:
B05B 730
US Classification:
239318
Abstract:
An improved aspirator device for the accurate blending of an additive liquid such as a liquid concentrate with a pressurized stream of a main liquid such as water. The improvement involves the use of a metering means composed of at least two plastic injection molded restrictors in serial communication. Each restrictor has, as its smallest diameter fluid passage, a hollow bore of from about 0. 005 inches to 0. 010 inches in diameter and from about 0. 005 inches to 0. 010 inches in length wherein the dimensions of each hollow bore are such to provide a volume:volume dilution ratio of the additive liquid to the main liquid of from about 1:500 to 1:2,500.
A hose-end dispenser device including a container with an outlet opening, a handle extending along the container adjacent the opening, a rigid tube for carrier fluid flow overlying the handle and the opening and having insulating means thereon along the handle, a fluid connection from the container into the tube through the opening of the container, and a discharge means at one end of the tube. Preferred embodiments are characterized by radially extending thermally non-conductive fins on the rigid tube to form the insulating means, and/or a foaming nozzle of particular configuration forming the discharge means.
Jean Mohrhauser - Racine WI Stephen R. Horvath - Racine WI
Assignee:
Versa Technologies, Inc. - Racine WI
International Classification:
A47J 3710
US Classification:
99345
Abstract:
A baster or like device includes a liquid tube and a squeezable, resilient suction bulb. The suction bulb includes a series of radially spaced scallops or indentations about its outer surface, which provide ergonomic advantages in gripping the suction bulb. Further, the spacing between the indentations defines a series of lands, which function to bias the suction bulb to its undeformed condition. The suction bulb is removably mounted to the liquid tube, and a pair of sealing rings are located toward the rearward end of the liquid tube. The suction bulb includes internal grooves which receive and mate with the sealing rings. The forward end of the suction bulb engages a shoulder defined by a stop ring formed on the liquid tube. This structure provides a fluid-tight seal between the liquid tube and the suction bulb, to prevent leakage of air or other fluid during use.
Class of 2015, youve built new equipment that uses less energy. Youve designed new vessels with fewer harmful emissions. Stephen Horvath, selected as a Fulbright Scholar, will research new technologies for renewable energies. The Coast Guard is building more fuel-efficient cutters. So you're a
Date: May 20, 2015
Category: U.S.
Source: Google
President Obama to Cadets: Lead the Way on Fighting Climate Change
lass of 2015, youve built new equipment that uses less energy. Youve designed new vessels with fewer harmful emissions. Stephen Horvath, selected as a Fulbright Scholar, will research new technologies for renewable energies. The Coast Guard is building more fuel-efficient cutters. So youre alread
Date: May 20, 2015
Category: U.S.
Source: Google
As Partner Losses Near 70, Dewey's Troubles Spread Overseas
firm's new management team, installed last month, has ties to Poland. Stephen Horvath, a London partner set to take over the firm's day-to-day operations, works closely with the Warsaw office on M&A and finance deals, according to his Dewey Web site bio. Like Fogelman, Horvath joined Dewey from