Search

Kegham Markarian Phones & Addresses

  • 575 Tejas Pl, Nipomo, CA 93444
  • 654 Riviera Cir, Nipomo, CA 93444
  • 2380 Eardley Rd, Cleveland, OH 44118
  • University Heights, OH
  • San Luis Obispo, CA

Publications

Us Patents

Force Sensing Control Apparatus And Method For Electric Arc Furnaces

View page
US Patent:
39378691, Feb 10, 1976
Filed:
Oct 8, 1974
Appl. No.:
5/513124
Inventors:
Kegham M. Markarian - University Heights OH
Thomas M. Maloney - Cleveland OH
Assignee:
Republic Steel Corporation - Cleveland OH
International Classification:
H05b 700
US Classification:
13 13
Abstract:
A force sensing control apparatus and method is disclosed for detecting forces which resist movement of a motor driven electrode system in an electric arc furnace. Force sensing circuitry monitors forces applied to an electrode system as it is positioned with respect to the furnace and force responsive controls inhibit electrode movement, hence preventing damage to the electrode or to its support structure, in response to predetermined changes in sensed reaction forces during positioning of the electrode. Compensating circuitry continuously compensates for changes in forces arising from electrode weight variations and position changes of the electrode support structure so that the sensitivity of the control apparatus to applied forces which can damage electrode system remains consistently high.

Electrode Socket Design

View page
US Patent:
41616197, Jul 17, 1979
Filed:
Nov 11, 1977
Appl. No.:
5/850709
Inventors:
Kegham M. Markarian - University Heights OH
Richard D. Matty - Marshallville OH
Fred E. Svekric - Euclid OH
Assignee:
Republic Steel Corporation - Cleveland OH
International Classification:
H05B 714
US Classification:
13 18C
Abstract:
The invention provides an electric-arc furnace electrode assembly having electrode sections of improved structural integrity. A pair of carbonaceous electrode sections are held securely in end-to-end relationship by a pin threaded into a pair of sockets found in the respective ends of the electrode sections. Harmful stress concentrations which occur near the base of the socket are reduced by providing a novel base portion. This is achieved by incorporating a generous radius of curvature intermediate the lower-most socket thread and the base of the socket. All of the socket threads are engaged and a threaded portion of the pin extends beyond the lowermost socket thread without engaging the base of the socket.

Distortion Measurement In Casting

View page
US Patent:
45386692, Sep 3, 1985
Filed:
Dec 29, 1983
Appl. No.:
6/565841
Inventors:
Kegham M. Markarian - Woodmere OH
Robert Sobolewski - Streetsboro OH
Assignee:
Republic Steel Corporation - Cleveland OH
International Classification:
B22D 1116
US Classification:
164451
Abstract:
Apparatus and method is disclosed for on-line monitoring for early detection of diagonal distortion in a moving cast product ideally having a rectangular cross-section. A pair of contact rollers is supported on respective guide arms at a location along the casting path and biased to resiliently impinge on opposite edges of the moving cast product. A detector continuously senses the amount of separation between the contact elements to detect diagonal distortion in casting cross-section. A recorder is used to provide a tangible record of such variation. Optionally, both diagonals can be measured, and their sum or difference continuously monitored as well. A fixed support member carries the arms on slidable linear motion bearing structure to facilitate translational motion of the contact elements relative to the casting path, to minimize the effect of casting motion waver on contact separation.

Method Of Agglomerating Oil-Containing Steel Mill Waste

View page
US Patent:
58853286, Mar 23, 1999
Filed:
May 31, 1996
Appl. No.:
8/646832
Inventors:
Kegham M. Markarian - University Heights OH
James P. Morgan - Strongsville OH
Assignee:
LTV Steel Company, Inc. - Cleveland OH
International Classification:
C22B 1242
US Classification:
75770
Abstract:
A method of agglomerating oil-containing steel mill waste includes the step of combining a first steel mill waste component with a second steel mill waste component to form a mixture. The first waste component includes substantially dry non-oily steel mill waste and the second waste component includes oil-containing steel mill waste. The first waste component and the second waste component are agglomerated.
Kegham Markar Markarian from Nipomo, CA, age ~87 Get Report