David Ernest Ayers
Engineering at Cottage Cv Dr, Richmond, VA

License number
Louisiana PE.0029293
Issued Date
Jan 2, 2001
Expiration Date
Mar 31, 2003
Category
Civil Engineer
Type
Civil Engineer
Address
Address
2611 Cottage Cove Dr, Richmond, VA 23233

Personal information

See more information about David Ernest Ayers at radaris.com
Name
Address
Phone
David Ayers
5056 Youngwood Dr NW, Roanoke, VA 24017
(540) 562-1012
David Ayers
5533 Ridgelea Rd, Roanoke, VA 24018
David Ayers, age 67
3787 Praline Pl, Roanoke, VA 24012
David Ayers
3332 Fayette Dr, Virginia Bch, VA 23456
(757) 286-1098
David Ayers, age 60
438 Supplejack Ct, Chesapeake, VA 23320
(757) 609-3223

Professional information

See more information about David Ernest Ayers at trustoria.com
David Ayers Photo 1
Control Valve For An Anti-Lock Brake System

Control Valve For An Anti-Lock Brake System

US Patent:
4668023, May 26, 1987
Filed:
Aug 9, 1985
Appl. No.:
6/764162
Inventors:
Peter Every - Livonia MI
Edward N. Fuller - Manchester MI
David T. Ayers - Richmond VA
Assignee:
Kelsey-Hayes Company - Romulus MI
International Classification:
B60T 802
US Classification:
303100
Abstract:
The present invention concerns a control valve for use in a vehicle anit-lock braking systm adapted to control the application of pressurized brake fluid to at least one selected vehicle brake. The valve includes an outer housing having an inlet coupled to receive pressurized brake fluid from the vehicle master cylinder and an outlet coupled to supply pressurized brake fluid to the selected vehicle brakes. A passageway is formed in the housing for connecting the inlet to the outlet. A normally open isolation valve is located in the passageway and is utilized to control the flow of fluid through the passageway between the inlet and the outlet. When an incipient wheel lock condition is detected, the isolation valve can be closed to prevent a further increase in pressure to the controlled brakes and to hold the pressure supplied to the controlled brakes at a relatively constant level. After the isolation valve has been closed and it is desired to further increase the pressure to the controlled brakes, the valve can be momentarily opened to enable increased pressure from the vehicle master cylinder to be supplied to the controlled brakes. In accordance with the present invention, a damping mechanism is associated with the isolation valve for damping the movement of the valve as the valve is moved from the closed position.