HERBERT E TAYLOR
Engineering in Woodford, VT

License number
Massachusetts 24450
Issued Date
Jun 25, 1971
Expiration Date
Jun 30, 2006
Type
Mechanical Engineer
Address
Address
Woodford, VT 05201

Professional information

Herbert Taylor Photo 1

Lubricant Controller

US Patent:
4726448, Feb 23, 1988
Filed:
Jan 21, 1986
Appl. No.:
6/821155
Inventors:
Roger L. Schroeder - Charlestown NH
Terry Walker - Manchester Center VT
Herbert Taylor - Bennington VT
Assignee:
Bijur Lubricating Corporation - Bennington VT
International Classification:
B61K 300
US Classification:
184 32
Abstract:
A device for controlling the application of lubricant to parts of a locomotive or a vehicle is taught. Briefly stated, the distance traveled by the locomotive or the like is computed, with lubrication to a component then being provided. The distance between lubrication application may be adjusted, as well as the amount of lubrication being applied. Further, this rate and amount of lubrication, as well as the use of lubrication at all, can be manually or automatically adjusted according to various sensors such as braking, sanding, reversing curves or the like.


Herbert Taylor Photo 2

Pressure Locking Filler Cap

US Patent:
4700866, Oct 20, 1987
Filed:
Nov 14, 1986
Appl. No.:
6/930799
Inventors:
Herbert Taylor - Bennington VT
Assignee:
Bijur Lubricating Corp. - Bennington VT
International Classification:
B65D 4500
US Classification:
220316
Abstract:
A pressure locking cap for a pressurized vessel is screw threaded on its periphery for being screwed into a filling opening in the vessel. The top of the cap includes a socket for receiving a wrench for unscrewing the cap. A first piston in the cap communicates into the pressure of the vessel and the piston includes a piston rod which is moved into the socket to prevent insertion of the socket removal tool upon elevated pressure developing in the vessel. In an alternate embodiment, a second piston is placed inside the first piston and also communicates with the pressure of the vessel. A locking element, such as a ball, moves with the first piston through the cap body until the locking element moves even with a recess in the cap body. The second piston is movable, against spring resistance, by elevated pressure in the vessel and the piston is shaped with a tapered shoulder which drives the locking element outwardly into the recess in the cap body for locking the first piston in the upraised condition at which it blocks insertion of the tool into the socket.