JOHN C GROVE
Vehicle Board in Franklin, PA

License number
Pennsylvania MV155798L
Category
Vehicle Board
Type
Vehicle Salesperson
Address
Address
Franklin, PA 16323

Professional information

John Grove Photo 1

Dynamic Clamping System For Continuous Casting Machine

US Patent:
5901773, May 11, 1999
Filed:
Mar 28, 1997
Appl. No.:
8/828925
Inventors:
John A. Grove - Franklin PA
Assignee:
AG Industries, Inc. - Coraopolis PA
International Classification:
B22D2/00;11/16;11/00
US Classification:
1641501
Abstract:
A mold clamping system for clamping a first mold component to a second mold component in a continuous casting machine includes a tensioning rod that is connected to the first mold component, a support frame that is connected to the second mold component and a load cell member that has an inner portion, an outer portion and a force measuring mechanism for measuring the amount of axial force that is transmitted between the inner and outer portions. The inner portion is secured to the tensioning rod, and the outer portion is acted upon by a compression spring that is interposed between the support frame and the outer portion of the load cell member. In order to permit adjustment of the clamping force, the system also includes anti-biasing structure that is positioned to apply force to the outer portion of the load cell member for countervailing the biasing of the compression spring. This system permits an accurate measurement of the tensioning force that is applied to the mold part through the tensioning rod regardless of the amount of anti-biasing force that is being used.


John Grove Photo 2

Continuous Metal Casting Mold

US Patent:
5467810, Nov 21, 1995
Filed:
Apr 1, 1994
Appl. No.:
8/221954
Inventors:
John A. Grove - Franklin PA
Assignee:
Acutus Industries - Waterford MI
International Classification:
B22D 1104
US Classification:
164418
Abstract:
An improved continuous metal casting mold incorporating a removable cassette insert member that has a uniform thickness copper facing plate and a steel backing plate fastened together in such a way as to allow three dimensional expansion of the copper plate in relation to the steel plate to minimize the thermal stresses exerted on the copper plate and the temperature differential along the surface of the copper plate.


John Grove Photo 3

Continuous Casting Mold And Method

US Patent:
2003001, Jan 16, 2003
Filed:
May 2, 2001
Appl. No.:
10/042689
Inventors:
John Grove - Franklin PA, US
James Sears - Cranberry TWP. PA, US
International Classification:
B22D011/055
US Classification:
164/485000, 164/443000
Abstract:
An improved mold assembly for a continuous casting machine includes a mold liner assembly having an inner surface defining a casting space in which molten metal is shaped and cooled, an immersion nozzle, terminating within the casting space, for introducing molten metal into the casting space, and selective cooling structure for selectively cooling the mold liner assembly in such a manner that cooling is directed in varying intensities to different portions of the inner surface of the mold liner assembly according to predetermined circulation patterns in the molten metal, whereby heat transfer inequality as a result of convection is accommodated over the entire inner surface of the mold liner assembly.


John Grove Photo 4

Continuous Casting Mold And Method

US Patent:
5927378, Jul 27, 1999
Filed:
Mar 19, 1997
Appl. No.:
8/822559
Inventors:
John A. Grove - Franklin PA
James B. Sears - Cranberry Township PA
Assignee:
AG Industries, Inc. - Coraopolis PA
International Classification:
B22D 11124
US Classification:
164485
Abstract:
An improved mold assembly for a continuous casting machine includes a mold liner assembly having an inner surface defining a casting space in which molten metal is shaped and cooled, an immersion nozzle, terminating within the casting space, for introducing molten metal into the casting space, and selective cooling structure for selectively cooling the mold liner assembly in such a manner that cooling is directed in varying intensities to different portions of the inner surface of the mold liner assembly according to predetermined circulation patterns in the molten metal, whereby heat transfer inequality as a result of convection is accommodated over the entire inner surface of the mold liner assembly.