DANIEL PAUL BARCH
Nursing in Natrona Heights, PA

License number
Pennsylvania PN276685
Category
Nursing
Type
Practical Nurse
Address
Address
Natrona Heights, PA 15065

Personal information

See more information about DANIEL PAUL BARCH at radaris.com
Name
Address
Phone
Daniel Barch, age 56
1510 3Rd St, Natrona Heights, PA 15065
(724) 224-1593
Daniel Barch
924 3Rd Ave, Brackenridge, PA 15014
(215) 722-4094
Daniel P Barch
1510 3Rd St, Harrison Valley, PA 16927
(724) 230-9910
Daniel P Barch
151 3Rd St, Harrison Valley, PA 16927
(724) 230-9910
Daniel P Barch
151 3Rd St, Harrison Valley, PA 16927
(724) 230-9910

Professional information

See more information about DANIEL PAUL BARCH at trustoria.com
Daniel Barch Photo 1
Daniel Barch - Natrona Heights, PA

Daniel Barch - Natrona Heights, PA

Work:
UPMC Shadyside Hospital
LPN(Respiratory)
Education:
St. Margarets School of Nursing - Pittsburgh, PA
GPN in Nursing


Daniel Barch Photo 2
Apparatus For The Production Of Particulate Metal

Apparatus For The Production Of Particulate Metal

US Patent:
4468183, Aug 28, 1984
Filed:
Aug 31, 1982
Appl. No.:
6/413513
Inventors:
Robert A. Ramser - New Kensington PA
Daniel R. Barch - Natrona Heights PA
Kalman E. Buchovecky - Oakmont PA
Ray A. Kuchera - Rockdale TX
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B01J 204
US Classification:
425 7
Abstract:
An improved apparatus for the production of particulate metal is disclosed. The apparatus includes a containment vessel having a sidewall and a bottom plate, a source of metal external to the vessel, nozzle means carried by the bottom plate and providing communication between the vessel and the external source of metal, and release means associated with the sidewall to inhibit deposition of the particulate metal on the sidewall.


Daniel Barch Photo 3
Apparatus For The Production Of Atomized Metal Particles

Apparatus For The Production Of Atomized Metal Particles

US Patent:
4464103, Aug 7, 1984
Filed:
Aug 31, 1982
Appl. No.:
6/413514
Inventors:
Robert A. Ramser - New Kensington PA
A. Daivd Booz - New Kensington PA
Daniel R. Barch - Natrona Heights PA
Walter S. Cebulak - New Kensington PA
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B01J 204
US Classification:
425 7
Abstract:
Apparatus is provided for the production of atomized metal comprising a containment vessel having a sidewall terminating in a bottom plate through which atomizing gas and molten metal from a molten metal source external to said vessel enter said vessel through nozzle means sealed thereto. An air ingress port is provided in the vessel spaced from said bottom plate; the sidewall and bottom plate cooperating with said nozzle means to seal off the interior of the vessel and the metal particles therein from the area adjacent the source of molten metal; thereby providing an essentially closed vessel, particularly with respect to the area in which the nozzle means are mounted.


Daniel Barch Photo 4
Method For The Production Of Atomized Metal Particles

Method For The Production Of Atomized Metal Particles

US Patent:
4548768, Oct 22, 1985
Filed:
May 3, 1984
Appl. No.:
6/595683
Inventors:
Robert A. Ramser - New Kensington PA
A. David Booz - New Kensington PA
Daniel R. Barch - Natrona Heights PA
Walter S. Cebulak - New Kensington PA
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B29C 600
US Classification:
264 12
Abstract:
Apparatus is provided for the production of atomized metal comprising a containment vessel having a sidewall terminating in a bottom plate through which atomizing gas and molten metal from a molten metal source external to said vessel enter said vessel through nozzle means sealed thereto. An air ingress port is provided in the vessel spaced from said bottom plate; the sidewall and bottom plate cooperating with said nozzle means to seal off the interior of the vessel and the metal particles therein from the area adjacent the source of molten metal; thereby providing an essentially closed vessel, particularly with respect to the area in which the nozzle means are mounted.


Daniel Barch Photo 5
Method For Controlling Powder Production

Method For Controlling Powder Production

US Patent:
4576767, Mar 18, 1986
Filed:
May 3, 1984
Appl. No.:
6/595616
Inventors:
A. David Booz - New Kensington PA
Daniel R. Barch - Natrona Heights PA
Ray A. Kuchera - Rockdale TX
David D. White - Rockdale TX
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B29B 900
US Classification:
264 12
Abstract:
An improved apparatus is disclosed for the production of particulate metal comprising a containment vessel having a sidewall extending to an endwall, a source of metal external to the vessel, nozzle means carried by the endwall, the nozzle means including a central bore and providing communication between the vessel and the external source of metal, the sidewall and endwall cooperating with the nozzle means to seal off the interior of the vessel and the metal particles therein from the area adjacent the source of molten metal, a source of atomizing gas flowing through the nozzle means into the vessel, and means for removing depositions in the bore including a source of purging gas directable into the bore.


Daniel Barch Photo 6
Apparatus For Control Of Powder Production

Apparatus For Control Of Powder Production

US Patent:
4468182, Aug 28, 1984
Filed:
Aug 31, 1982
Appl. No.:
6/413512
Inventors:
A. David Booz - New Kensington PA
Daniel R. Barch - Natrona Heights PA
Ray A. Kuchera - Rockdale TX
David D. White - Rockdale TX
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B01J 204
US Classification:
425 7
Abstract:
An improved apparatus is disclosed for the production of particulate metal comprising a containment vessel having a sidewall extending to a bottom plate, a source of metal external to the vessel, nozzle means carried by the bottom plate, the nozzle means including a central bore and providing communication between the vesel and the external source of metal, the sidewall and bottom plate cooperating with the nozzle means to seal off the interior of the vessel and the metal particles therein from the area adjacent the source of molten metal, a source of atomizing gas flowing through the nozzle means into the vessel, and means for removing depositions in the bore including a source of purging gas directable into the bore.


Daniel Barch Photo 7
Process For The Production Of Particulate Metal

Process For The Production Of Particulate Metal

US Patent:
4597919, Jul 1, 1986
Filed:
Aug 4, 1984
Appl. No.:
6/595622
Inventors:
Robert A. Ramser - New Kensington PA
Daniel R. Barch - Natrona Heights PA
Kalman E. Buchovecky - Rockdale TX
Ray A. Kuchera - Oakmont PA
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B29B 900
US Classification:
264 12
Abstract:
An improved apparatus for the production of particulate metal is disclosed. The apparatus includes a containment vessel having a sidewall and an endwall, a source of metal external to the vessel, nozzle means carried by the endwall and providing communication between the vessel and the external source of metal, and release means associated with the sidewall to inhibit deposition of the particulate metal on the sidewall.


Daniel Barch Photo 8
Method For Collection Of Atomized Metal Particles

Method For Collection Of Atomized Metal Particles

US Patent:
4457881, Jul 3, 1984
Filed:
Sep 10, 1982
Appl. No.:
6/416603
Inventors:
A. David Booz - New Kensington PA
Daniel R. Barch - Natrona Heights PA
Walter S. Cebulak - New Kensington PA
John B. Kapustay - Pocos De Caldas, BR
Adam J. Sartschev - Allison Park PA
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B01J 204
US Classification:
264 12
Abstract:
An improved method for the production of particulate metal utilizes a containment vessel having a cylindrical shell and an bottomplate, a source of metal external to the vessel, nozzle means carried by the bottomplate and providing communication between the vessel and the external source of metal, gas ingress port spaced from the bottomplate and an exit port, means provided downstream of the vessel for collecting the metal particles swept from the vessel, and aspirating means for drawing collecting gases into the vessel through the ingress port and for carrying the particulate metal from the vessel to the collecting means.