Joseph N Belsh

6600768, Jul 29, 2003

Jul 22, 2002

10/200358

Oleg S. Fishman - Maple Glen PA
Hans G. Heine - Wildwood Crest NJ
Joseph T. Belsh - Mount Laurel NJ

Inductotherm Corp. - Rancocas NJ

F27D 300

373142, 373140

An induction melting furnace comprises a melt chamber for heating a melt either directly by magnetic induction, or indirectly by magnetic induction heating of the melt chamber, or a combination of the two, and a meter chamber connected to the melt chamber for providing a metered discharge of the melt from the furnace. A gas can be injected into the furnace to provide a blanket over the surface of the melt in the melt chamber and a pressurized flush of the metered discharge of the melt from the meter chamber.

6690710, Feb 10, 2004

Apr 29, 2002

10/135271

Oleg S. Fishman - Maple Glen PA
John H. Mortimer - Medford NJ
Joseph T. Belsh - Mount Laurel NJ
Aurelian Mavrodin - Mount Laurel NJ
Richard A. Ranlof - Morrestown NJ

Inductotherm Corp. - Rancocas NJ

H05B 602

373138, 373152, 373180, 219672

An induction heating and melting system uses a crucible formed from a material that has a high electrical resistivity or high magnetic permeability, and one or more inductor coils formed from a wound cable consisting of multiple individually insulated copper conductors to form an induction furnace that, along with its associated power supply, provides a compact design. The system components are air-cooled; no water-cooling is required. The crucible may alternatively be shaped as a tunnel or enclosed furnace.

6819704, Nov 16, 2004

Jul 21, 2003

10/624163

Oleg S. Fishman - Maple Glen PA
Hans G. Heine - Wildwood Crest NJ
Joseph T. Belsh - Mount Laurel NJ

Inductotherm Corp. - Rancocas NJ

H05B 602

373138, 373140, 373142

An induction melting furnace comprises a melt chamber for heating a melt either directly by magnetic induction, or indirectly by magnetic induction heating of the melt chamber, or a combination of the two, and a meter chamber connected to the melt chamber for providing a metered discharge of the melt from the furnace. A gas can be injected into the furnace to provide a blanket over the surface of the melt in the melt chamber and a pressurized flush of the metered discharge of the melt from the meter chamber.

7197061, Mar 27, 2007

Apr 14, 2004

10/823856

Oleg S. Fishman - Maple Glen PA, US
Joseph T. Belsh - Mount Laurel NJ, US
Bernard M. Raffner - Maple Glen PA, US
Prabhu N. Satyen - Voorhees NJ, US

Inductotherm Corp. - Rancocas NJ

F27D 3/00

373142, 373138

A molten material can be heated, melted and directly solidified in a single vessel. Induction heating and melting of the molten material is achieved by magnetically coupling the field produced by current flow in a plurality of induction coils surrounding the vessel with either the molten material in the vessel, or a susceptor surrounding molten material in the vessel. Current flow is selectively removed from the plurality of induction coils, and a cooling medium surrounding the vessel, such as water flowing through hollow induction coils, solidifies the molten metal into a highly purified crystalline solid.

8350198, Jan 8, 2013

Dec 26, 2009

12/647471

Joseph T. Belsh - Mount Laurel NJ, US
Satyen N. Prabhu - Voorhees NJ, US
John H. Mortimer - Little Egg Harbor Township NJ, US
Vitaly A. Peysakhovich - Moorestown NJ, US

Inductotherm Corp. - Rancocas NJ

H05B 6/10

219634, 219535, 219600, 373142

Apparatus and method are provided for heating and melting of materials by electric induction heating of susceptor components in a crucible of the furnace. The susceptor components comprise at least an array of susceptor rods arranged around the inner perimeter of the crucible. A susceptor base may also be provided in the crucible with connection to one end of the susceptor rods. One or more susceptor tubes may also be used within the interior volume of the crucible. Alternating current flow through one or more induction coils surrounding the exterior of the crucible generate magnetic flux fields that couple with the susceptor components to inductively heat the susceptor components. Heat from the susceptor components transfers to the material in the crucible to heat and melt the material.

20090114640, May 7, 2009

Oct 29, 2008

12/260270

Vladimir V. Nadot - Sicklerville NJ, US
Joseph T. Belsh - Mount Laurel NJ, US
Mike Maochang Cao - Westampton NJ, US
Oleg S. Fishman - Maple Glen PA, US

H05B 6/10
H05B 6/04

219634, 219661

Apparatus and process for heating and melting a material in a susceptor vessel are provided wherein phase synchronized ac voltage is supplied from a separate power source to each one of at least two induction coils in separate zones around the vessel. Power magnitude from each source to an induction coil is controlled by pulse width control of the source's output voltage. Output frequency from each source is either fixed or variable based upon the electrically conductive state of the material. Optional electromagnetic stirring is achieved by establishing a phase shift between the voltage outputs of the power supplies after the material in the susceptor vessel has melted.

6393044, May 21, 2002

Apr 14, 2000

09/550305

Oleg S. Fishman - Maple Glen PA
John H. Mortimer - Mount Laurel NJ
Joseph T. Belsh - Mount Laurel NJ
Richard A. Ranlof - Moorestown NJ
Aurelian Mavrodin - Mount Laurel NJ

Inductotherm Corp. - Rancocas NJ

H05B 602

373138, 373152, 373156, 373163

An induction melting system uses a crucible formed from a material that has a high electrical resistivity or high magnetic permeability and one or more inductor coils formed from a wound cable consisting of multiple individually insulated copper conductors to form an induction furnace that, along with its associated power supply, provides a compact design. The system components are air-cooled; no water-cooling is required. The induction melting system is particularly useful for separating metal from scrap, casting molds directly from the induction furnace, and providing a continuous supply of molten metal.

20170022082, Jan 26, 2017

Jul 24, 2016

15/218050

- Rancocas NJ, US
Joseph T. BELSH - Mount Laurel NJ, US
Aleksandr Olegovich SPIRIDONOV - Allentown NJ, US

C03B 5/02
F27B 14/06
F27B 14/10
C03B 37/02

An electric induction system and method is provided for induction heating and melting of basalt charge for the production of molten process basalt that can be used for molten basalt processes that produce basalt articles of manufacture including cast basalt articles and continuous basalt casting processes for producing basalt articles such as fibers and filaments.