Javad Hosseini, Age 717006 Vauxhall Pl, Peoria, IL 61615

H002031, Jun 4, 2002

Dec 21, 1998

09/217243

Kendall R. Harrell - Morton IL
Javad Hosseini - Edelstein IL
Alan L. Stahl - Peoria IL

Caterpillar Inc. - Peoria IL

G06G 770

701 68

The present invention discloses a system and a method for controlling the timing of the filling of a fluid actuate. The system includes, a fluid actuated clutch an electronic controller adapted to detect an end-of-fill point for the fluid actuated clutch compare the end-of-fill point with a desired end-of-fill point and adjust at least one of a plurality of clutch fill parameters in response to the comparison in order to control the timing of the filling of the clutch and a control valve that is activated by the electronic controller.

6640950, Nov 4, 2003

Dec 28, 2001

10/029815

Keith F. Harvey - Peoria IL
Javad Hosseini - Edelstein IL
Ken Liesener - Peoria IL
Brad McCunn - Eureka IL
Gregory Menke - East Peoria IL

Caterpillar Inc. - Peoria IL

F16D 4806

192 85R, 192109 F, 192 8711

A method of controlling a transmission is provided. A command is received to engage a clutch having a chamber. A control valve is opened to allow pressurized fluid to flow from a fluid supply line into the clutch chamber. The pressure of the fluid within the fluid supply line is monitored as fluid flows through the control valve to enter the clutch chamber. A rate of change in the volume of fluid entering the chamber is determined based on the sensed pressure of the fluid within the fluid supply line. A fill point of the clutch chamber is detected when the rate of change in the volume of fluid entering the chamber is less than a volume differential threshold.

6757604, Jun 29, 2004

Nov 9, 2001

10/037601

Douglas A. Carlson - Morton IL
Todd D. Creger - Geneva IL
Wayne M. Ferrell - Peoria IL
Javad Hosseini - Edelstein IL
Kenneth P. Liesener - Peoria IL
Sri K. Rangarajan - Peoria IL

Caterpillar Inc. - Peoria IL

G06F 1700

701 53, 701 51, 477185, 477113

A method and apparatus for determining a value of torque at a desired location on a machine. The method and apparatus includes choosing the desired location, determining an operating condition relevant to the desired location, determining a plurality of parameters of the machine, and determining a value of torque at the desired location as a function of the operating condition and the plurality of parameters.

5535124, Jul 9, 1996

Dec 9, 1993

8/164675

Javad Hosseini - Edelstein IL
Michael A. Cobo - St. Charles IL
Noel J. Rytter - Peoria IL
Andrew G. Verheyen - East Peoria IL

Caterpillar Inc. - Peoria IL

B60K 2816
B60T 832
B60T 862

36442603

An anti-spin apparatus for a machine is disclosed. The machine is articulated and has at least one axle set with at least two driven wheels. The anti-spin apparatus includes braking mechanisms which controllably apply braking forces to each of the driven wheels. A controller produces a slip signal having a value responsive to the difference in rotational velocity between the wheels of the axle set. A transducer produces an articulation signal having a value responsive to the angle of articulation of the machine. Further, a microprocessor receives the slip signal and the articulation signal, and produces a braking control signal. One of the braking mechanisms receives the braking control signal and responsively applies the braking forces to the faster rotating wheel.

5537818, Jul 23, 1996

Oct 31, 1994

8/331449

Javad Hosseini - Edelstein IL
Nathan T. Schenkel - Peoria IL
James E. Schimpf - Plainfield IL

Caterpillar Inc. - Peoria IL

F16D 3100
F15B 1316

60327

A method for controllably moving an implement is provided. The implement is connected to a work machine and is movable between first and second implement positions in response to operation of a hydraulic actuator. The method includes a joystick with first and second positions and a neutral position. The joystick is normally biased in a neutral position and is movable between the first and second positions. The method senses the position of the joystick and responsively generates a joystick position signals The joystick maintained at the first and second detent positions in response to manual movement of the joystick to the respective first and second detent positions. The joystick is released from the detent position in response to receiving a release detent signal. The method senses the position of the work implement with respect to the work machine. The method provides hydraulic fluid flow to the hydraulic actuator in response to a magnitude of an electrical valve signal.

5893294, Apr 13, 1999

Dec 18, 1996

8/769261

Javad Hosseini - Edelstein IL
David L. Dickrell - Dunlap IL

Caterpillar Inc. - Peoria IL

F16H 5904

74336R

A method for controlling automatically controlling the shifting of a transmission when operating the higher speeds so that a downshift is performed before a directional shift is made. A controller receives a directional signal, a mode signal, a transmission output speed signal. The signals and a shift sequence table is used to shift the transmission when the machine has reached an "on speed" point. The controller will perform a shift after a predetermined time without the machine reaching the "on speed" point.

5727387, Mar 17, 1998

Jan 10, 1997

8/783422

Javad Hosseini - Edelstein IL
Nathan T. Schenkel - Coal City IL
James E. Schimpf - Plainfield IL

Caterpillar Inc. - Peoria IL

F16D 3100
F16D 3900

60327

An apparatus for controllably moving an implement is provided. The implement is connected to a work machine and is movable between first and second implement positions in response to operation of a hydraulic actuator. The apparatus includes a joystick with first and second positions and a neutral position. The joystick is normally biased in a neutral position and is movable between the first and second positions. The apparatus senses the position of the joystick and responsively generates a joystick position signal. The joystick maintained at the first and second detent positions in response to manual movement of the joystick to the respective first and second detent positions. The joystick is released from the detent position in response to receiving a release detent signal. The apparatus senses the position of the work implement with respect to the work machine. The apparatus provides hydraulic fluid flow to the hydraulic actuator in response to a magnitude of an electrical valve signal.

RE36152, Mar 16, 1999

Jan 22, 1997

8/732798

Javad Hosseini - Edelstein IL
Michael A. Cobo - St. Charles IL
Noel J. Rytter - Peoria IL
Andrew G. Verheyen - East Peoria IL

Caterpillar Inc. - Peoria IL

B60K 2816
B60T 832
B60T 862

701 82

An anti-spin apparatus for a machine is disclosed. The machine is articulated and has at least one axle set with at least two driven wheels. The anti-spin apparatus includes braking mechanisms which controllably apply braking forces to each of the driven wheels. A controller produces a slip signal having a value responsive to the difference in rotational velocity between the wheels of the axle set. A transducer produces an articulation signal having a value responsive to the angle of articulation of the machine. Further, a microprocessor receives the slip signal and the articulation signal, and produces a braking control signal. One of the braking mechanisms receives the braking control signal and responsively applies the braking forces to the faster rotating wheel.