Raymond Lee Clark

US Patent:

6604497, Aug 12, 2003

Filed:

Aug 7, 2001

Appl. No.:

09/924947

Inventors:

Raymond C. Clark - Huntington Beach CA 92647
Jarrid Gross - Fullerton CA 92835
Ron Long - GardenGrove CA 92840
Lance E. Nist - Santa Ana CA 92705

International Classification:

F01L 902

US Classification:

123 9012, 123 9015, 123 9011

Abstract:

The reciprocating valve actuation and control system includes a poppet valve moveable between a first and second position; a source of pressurized hydraulic fluid; a hydraulic actuator including an actuator piston coupled to the poppet valve and reciprocating between a first and second position responsive to flow of the pressurized hydraulic fluid to the hydraulic actuator; an electrically operated valve controlling flow of the pressurized hydraulic fluid to the actuator; and an engine computer that generates electrical pulses to control the electrically operated valve. The electrically operated valve includes a linear latching motor, which includes a solenoid coil associated with a permanent magnet, wherein the coil is energized to create a central axial repelling magnetic field relative to the permanent magnet field, and to generate concentric repelling and attractive fields to produce secondary repelling and tertiary attractive forces on the permanent magnet.

US Patent:

20010006049, Jul 5, 2001

Filed:

Jan 16, 2001

Appl. No.:

09/761214

Inventors:

Harry Buehrle - Irvine CA, US
Raymond Clark - Huntington Beach CA, US
Jarrid Gross - Fullerton CA, US
Ron Long - Garden Grove CA, US
Lance Nist - Santa Ana CA, US

International Classification:

F01L009/02
F01L001/34

US Classification:

123/090120, 123/090150

Abstract:

The reciprocating valve actuation and control system includes a poppet valve moveable between a first and second position; a source of pressurized hydraulic fluid; a hydraulic actuator including an actuator piston coupled to the poppet valve and reciprocating between a first and second position responsive to flow of the pressurized hydraulic fluid to the hydraulic actuator; an electrically operated valve controlling flow of the pressurized hydraulic fluid to the actuator; and an engine computer that generates electrical pulses to control the electrically operated valve. The electrically operated valve preferably comprises a three path rotary latched magnetic motor actuating a rotary valve portion having a housing, a rotor, and a stator receiving and supplying hydraulic fluid pressure to the rotor, which alternately directs the hydraulic fluid pressure to the valve cylinder for opening of the valve, or to return to the engine oil sump, for closing the valve. In a presently preferred embodiment, the hydraulic actuator comprises a self-contained cartridge assembly including an actuator piston with dampers for damping motion of the actuator piston, limiting the actuator stroke to assure soft seating of the actuator, and to avoid overshoot during the engine valve opening stroke and the engine valve return stroke. The electro-hydraulic valves are electrically controlled by the engine computer, which generates electrical signals carried to the electro-hydraulic valves. The engine computer typically senses conventional engine variables, and optimizes performance of the valve actuation and control system according to preestablished guidelines, with information being supplied to the engine computer by sensors. The engine computer controls all aspects of engine performance, interfaces with all of the peripheral sensors, and calculates fuel parameters, ignition timing and engine valve timing based upon prior mapping of the engine. In this manner the engine can be controlled so as to provide maximum fuel economy, minimum emissions, maximum engine torque, or a compromise between these parameters.

US Patent:

20030098200, May 29, 2003

Filed:

Nov 29, 2001

Appl. No.:

10/022039

Inventors:

Raymond Clark - Huntington Beach CA, US

Assignee:

Allied International Corporation

International Classification:

E04B001/82

US Classification:

181/292000, 181/210000

Abstract:

An acoustic absorptive splitter consisting of two absorptive faces separated by a single on-quarter wavelength cavity support is disclosed as an equal substitute for a multi-layered splitter containing a central septum. This construction takes advantage of the reflective properties of the absorptive face sheets to support standing waves in the tuning cavities and in the duct cross modes. The utilization of these design principles permits significant silencer size and weight reduction. It also permits reduced splitter manufacturing costs by elimination of two layers of materials, difficult internal bonding and improvements in quality.

US Patent:

63324679, Dec 25, 2001

Filed:

Apr 5, 2000

Appl. No.:

9/543126

Inventors:

Lonnie Hutson - San Dimas CA
Leonard Hoffstetter - San Dimas CA
Raymond D. Clark - Oceanside CA

Assignee:

LH Medical Products, Inc. - San Dimas CA

International Classification:

A61F 537

US Classification:

128877

Abstract:

A Feeding tube spike set with integrated Y-port is disclosed. The preferred spike set includes a spike, a drip chamber, a y-port fitting, a stepped connector, and tubing connecting these components to one another in series. The y-port fitting further includes a body, a plug assembly and an undulating retaining member connecting the plug assembly to the body. The plug assembly further includes a plug from which a pair of tabs extend. The body also includes a flushing port formed within it; the preferred flushing port includes a plurality of ridges formed along it's bore to assist in retaining a secure seal between the inserted plug and the body.

US Patent:

61736848, Jan 16, 2001

Filed:

Jan 10, 2000

Appl. No.:

9/480098

Inventors:

Harry W. Buehrle - Irvine CA
Raymond C. Clark - Huntington Beach CA
Jarrid Gross - Fullerton CA
Ron Long - Garden Grove CA
Lance E. Nist - Santa Ana CA

International Classification:

F01L 902

US Classification:

123 9012

Abstract:

The reciprocating valve actuation and control system includes a poppet valve moveable between a first and second position; a source of pressurized hydraulic fluid; a hydraulic actuator including an actuator piston coupled to the poppet valve and reciprocating between a first and second position responsive to flow of the pressurized hydraulic fluid to the hydraulic actuator; an electrically operated valve controlling flow of the pressurized hydraulic fluid to the actuator; and an engine computer that generates electrical pulses to control the electrically operated valve. The electrically operated valve preferably comprises a three path rotary latched magnetic motor actuating a rotary valve portion having a housing, a rotor, and a stator receiving and supplying hydraulic fluid pressure to the rotor, which alternately directs the hydraulic fluid pressure to the valve cylinder for opening of the valve, or to return to the engine oil sump, for closing the valve. In a presently preferred embodiment, the hydraulic actuator comprises a self-contained cartridge assembly including an actuator piston with dampers for damping motion of the actuator piston, limiting the actuator stroke to assure soft seating of the actuator, and to avoid overshoot during the engine valve opening stroke and the engine valve return stroke. The electro-hydraulic valves are electrically controlled by the engine computer, which generates electrical signals carried to the electro-hydraulic valves.

US Patent:

53479610, Sep 20, 1994

Filed:

Oct 27, 1993

Appl. No.:

8/141647

Inventors:

Harry W. Buehrle - Irvine CA
Lance E. Nist - Santa Ana CA
Raymond C. Clark - Huntington Beach CA

International Classification:

F01L 904

US Classification:

123 9011

Abstract:

An internal combustion engine valve actuating device located directly above each cylinder which has a co-axial venturi shaped duct (20) that is removably attached with threaded capscrews (24) and sealed with an o-ring (28). The interior of the duct contains a number of inwardly facing vanes (30) that hold an electromechanical valve actuator (48) complete with an engine intake valve (50). When a pulsed electrical signal is received by the actuator, opposed electromagnetic fields are developed reciprocating the valve. A fuel injection system introduces combustible fuel into the duct at the trailing edge of the vanes. The valve actuating device may also be applied to the exhaust system, less the fuel injection, and the valve actuator may be cooled by interconnecting cavities (60) within the vanes using engine coolant or oil.

US Patent:

60240601, Feb 15, 2000

Filed:

Jun 5, 1998

Appl. No.:

9/092445

Inventors:

Harry W. Buehrle - Irvine CA
Raymond C. Clark - Huntington Beach CA
Jarrid Gross - Fullerton CA
Ron Long - Garden Grove CA
Lance E. Nist - Santa Ana CA

International Classification:

F01L 902

US Classification:

123 9012

Abstract:

The reciprocating valve actuation and control system includes a poppet valve moveable between a first and second position; a source of pressurized hydraulic fluid; a hydraulic actuator including an actuator piston coupled to the poppet valve and reciprocating between a first and second position responsive to flow of the pressurized hydraulic fluid to the hydraulic actuator; an electrically operated valve controlling flow of the pressurized hydraulic fluid to the actuator; and an engine computer that generates electrical pulses to control the electrically operated valve. The electrically operated valve preferably comprises a three path rotary latched magnetic motor actuating a rotary valve portion having a housing, a rotor, and a stator receiving and supplying hydraulic fluid pressure to the rotor, which alternately directs the hydraulic fluid pressure to the valve cylinder for opening of the valve, or to return to the engine oil sump, for closing the valve. In a presently preferred embodiment, the hydraulic actuator comprises a self-contained cartridge assembly including an actuator piston with dampers for damping motion of the actuator piston, limiting the actuator stroke to assure soft seating of the actuator, and to avoid overshoot during the engine valve opening stroke and the engine valve return stroke. The electro-hydraulic valves are electrically controlled by the engine computer, which generates electrical signals carried to the electro-hydraulic valves.