DR. DANIEL SCHWARTZ, M.D.
Osteopathic Medicine at Vista Ave, Saint Louis, MO
License number
Missouri 2014018111
Category
Osteopathic Medicine
Type
Emergency Medicine
Address
Address
3635 Vista Ave, Saint Louis, MO 63110
Phone
(314) 577-8780
(314) 577-8516 (Fax)
(314) 577-8516 (Fax)
Personal information
See more information about DANIEL SCHWARTZ at radaris.comName
Address
Phone
374 Schluersburg Rd, Augusta, MO 63332
Professional information
Owner At Business Masters, Inc
Position:
Owner at Business Masters, Inc
Location:
Greater St. Louis Area
Industry:
Accounting
Work:
Business Masters, Inc
since 1988
-
Owner
Kerlick, Switzer and Johnson (Ad Agency)
Jul 1987 - Jul 1988
-
Executive vice president
American Loose Leaf Business Products
Jan 1981 - Jun 1987
-
General Manager
Education:
Murray State University 1979 - 1981
MBA, Finance and Marketing William Jewell College 1975 - 1979
BA, Chemistry, Business and Philosophy
MBA, Finance and Marketing William Jewell College 1975 - 1979
BA, Chemistry, Business and Philosophy
Skills:
Business Consulting, Accounting, Business and personal tax preparation, Strategic Planning, Excellent Communication skills
Expansion Agent Assisted Diffusion Bonding
US Patent:
6168072, Jan 2, 2001
Filed:
Oct 21, 1998
Appl. No.:
9/176424
Inventors:
Daniel S. Schwartz - University City MO
Donald A. Deuser - Florissant MO
Donald A. Deuser - Florissant MO
Assignee:
The Boeing Company - St. Louis MO
International Classification:
B23K 2000, B23K 2800, B23K 3102, C22B 100, C22B 114
US Classification:
2282351
Abstract:
The present invention provides a method of diffusion bonding a first article containing a thermally activated expansion agent to a second article. The first article and the second article are placed adjacent to each other at a bonding area. The first article and the second article are constrained such that contact is maintained between the first article and the second article at the bonding area. The constrained articles are then heated at a temperature that causes the first article to expand, creating pressure between the articles at the bonding area.
Pressure Bonding And Densification Process For Manufacturing Low Density Core Metal Parts
US Patent:
6085965, Jul 11, 2000
Filed:
Feb 4, 1997
Appl. No.:
8/794835
Inventors:
Daniel S. Schwartz - University City MO
Donald A. Deuser - Florissant MO
Rick L. Martin - St. Peters MO
Donald A. Deuser - Florissant MO
Rick L. Martin - St. Peters MO
Assignee:
McDonnel & Douglas Corporation - St. Louis MO
International Classification:
B23K 2002, B23K 20233
US Classification:
228190
Abstract:
A novel method of forming low density core metal parts by pressure bonding face sheets to a porous foam metal core and simultaneously densifying the core is disclosed. In particular, low density core aluminum and aluminum alloy parts can be formed according to the method of the invention. The method of forming low density core metal parts generally comprises the steps of providing a porous, foam metal core and simultaneously pressure bonding first and second solid metal face sheets directly to opposite sides of the core and densifying the core by applying heat and uniaxial forge pressure to the first and second face sheets and to the core for a predetermined period of time. The method of the invention can therefore produce LDC parts having a predetermined shape and density. Furthermore, the LDC parts are less subject to interfacial oxidation and delamination than conventional LDC parts made by brazing.
Expanded Metal Structure And Method Of Making Same
US Patent:
5972521, Oct 26, 1999
Filed:
Oct 1, 1998
Appl. No.:
9/164781
Inventors:
Christopher S. Huskamp - Columbia IL
Donald A. Deuser - Florissant MO
Daniel S. Schwartz - University City MO
Donald A. Deuser - Florissant MO
Daniel S. Schwartz - University City MO
Assignee:
McDonnell Douglas Corporation - St. Louis MO
International Classification:
B22F 300
US Classification:
428547
Abstract:
The present invention provides a method of forming a continuous one-piece structural porous metal (SPM) structure having a predetermined geometry. The method the invention includes the steps of preparing a metal billet comprising a metal core formed of a metal and a gas, and solid metal face sheets bonded to opposite sides of the metal core; placing the metal billet in a mold cavity having a predetermined geometry defined by opposing inner surfaces of the mold with at least one of the opposing inner surfaces contacting at least a portion of the metal billet and spaced apart from at least a portion of the metal billet; and heating the metal billet to expand the metal core to form the expanded metal structure. The portion of the metal billet in contact with the inner surfaces of the mold cavity is constrained by these surfaces while the remainder of the metal billet that is spaced apart from at least one of the inner surfaces of the mold is allowed to expand resulting in a one-piece expanded metal structure having a geometry corresponding generally to the geometry of the mold cavity with the constrained portion of the metal structure having a higher density than the remainder of the expanded metal structure. The present invention also includes a continuous one-piece expanded metal structure.