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David A Dickmeyer

from Roanoke, IN
Age ~68
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Also known as:
Dave A Dickmeyer, David R, Jennifer Dacosta
Phone and address:
14406 White Loon Pass, Roanoke, IN 46783
(260) 672-3030
Related to:
Max DickmeyerNicole Pennino, 49Nicole Pennino-Costa, 49Jaime Dacosta, 37Giuseppe Costa, 51Tammy Reed, 50
Connected to:
Cheryl R Dickmeyer, 68Corey R Dickmeyer, 43Laura J Dickmeyer, 68Nancy B Dickmon, 59Michael C Dickoff, 68Daniel A Dickout, 35Jeanne M Dickover, 77Alexis DicksBrent T Dicks, 37Carrie I Dicks, 41

David Dickmeyer Phones & Addresses

  • 14406 White Loon Pass, Roanoke, IN 46783 (260) 672-3030
  • Indianapolis, IN
  • Fort Wayne, IN
  • Fountain Hills, AZ
  • Minneapolis, MN
  • West Palm Beach, FL
  • Maricopa, AZ

Work

Company: Neighborhood christian legal clinic Jun 2012 to Jul 2012 Address: Indianapolis, Indiana Area Position: Housing/consumer law intern

Education

Degree: B.A. School / High School: Bethel University 2005 to 2009 Specialities: History and Political Science

Skills

Solution Selling • Cloud Computing • Sales • Enterprise Software • Storage • Software Industry • Professional Services • Virtualization • Saas • Data Center • Leadership • Disaster Recovery • Account Management • Direct Sales • Managed Services • Channel Partners • Sales Process • Salesforce.com • Cisco Technologies • Crm • Security • Pre Sales • Enterprise Storage • Business Alliances • Partner Management • Backup Solutions • Emc Storage • Vmware • San • B2B • Sales Enablement • Storage Area Networks • Selling • Strategic Partnerships • Business Continuity • Storage Solutions • Lead Generation • Storage Virtualization • Network Security • Go To Market Strategy • Netapp • Channel • Unified Communications • High Availability • Vdi • Sales Presentations • Product Management • Demand Generation • Complex Sales • Sales Operations

Languages

English

Industries

Legal Services

Resumes

Resumes

David Dickmeyer Photo 1

Deputy Attorney General

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Location:
Cincinnati, OH
Industry:
Legal Services
Work:
Neighborhood Christian Legal Clinic - Indianapolis, Indiana Area Jun 2012 - Jul 2012
Housing/Consumer Law Intern
Mauck & Baker, LLC - Chicago, IL Sep 2009 - Jul 2011
Paralegal, Legal Assistant, and Intern
Wheaton College - Wheaton, IL Oct 2010 - May 2011
Assistant Debate Coach
Skjold-Barthel, P.A. - Minneapolis, MN Apr 2009 - May 2009
Law Clerk
Bethel University - Arden Hills, MN Aug 2006 - May 2009
Teaching Assistant
Education:
Bethel University 2005 - 2009
B.A., History and Political Science Indiana University Robert H. McKinney School of Law
J.D. Candidate, 2014
Skills:
Solution Selling
Cloud Computing
Sales
Enterprise Software
Storage
Software Industry
Professional Services
Virtualization
Saas
Data Center
Leadership
Disaster Recovery
Account Management
Direct Sales
Managed Services
Channel Partners
Sales Process
Salesforce.com
Cisco Technologies
Crm
Security
Pre Sales
Enterprise Storage
Business Alliances
Partner Management
Backup Solutions
Emc Storage
Vmware
San
B2B
Sales Enablement
Storage Area Networks
Selling
Strategic Partnerships
Business Continuity
Storage Solutions
Lead Generation
Storage Virtualization
Network Security
Go To Market Strategy
Netapp
Channel
Unified Communications
High Availability
Vdi
Sales Presentations
Product Management
Demand Generation
Complex Sales
Sales Operations
Languages:
English

Publications

Us Patents

Method Of Assembly Of A Variable Reluctance Sensor

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US Patent:
55070892, Apr 16, 1996
Filed:
Mar 1, 1995
Appl. No.:
8/396865
Inventors:
David A. Dickmeyer - Fort Wayne IN
Assignee:
Component Sales & Consultants, Inc. - Fort Wayne IN
International Classification:
H01F 4106
US Classification:
29605
Abstract:
A method of securing the bobbin assembly of a variable reluctance sensor within a hollow sensor shell having an opening in the front wall thereof to permit the magnet of the bobbin assembly to be exposed therethrough. A welding apparatus is provided for automatically ultrasonically welding the rear portion of the bobbin assembly to the open rear end portion of the shell, thereby preventing fluid flow through the rear end of the shell. The welding process forces the bobbin assembly into the sensor shell sufficiently to compress the front elastomeric seal between the front flange of the bobbin assembly and the inner surface of the front wall of the shell.

High Output And Environmentally Impervious Variable Reluctance Sensor

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US Patent:
59989882, Dec 7, 1999
Filed:
Nov 17, 1994
Appl. No.:
8/341655
Inventors:
David A. Dickmeyer - Fort Wayne IN
Kenneth G. Maurer - Fort Wayne IN
Larry L. Redmon - Fort Wayne IN
Assignee:
Component Sales & Consultants, Inc. - Fort Wayne IN
International Classification:
G01P 3488
G01P 102
US Classification:
324174
Abstract:
A variable reluctance sensor assembly including an open-ended housing which contains a bobbin assembly with an overmolded connector piece. The bobbin contains a ferrous pole piece pressed into a closed-ended cavity within the bobbin, a small disc-shaped rare earth permanent magnet mounted forward of the pole piece, and a magnet wire coil wound upon the bobbin barrel and attached to the customer terminals which carry the output signal. A separate submersible connector is affixed to the integral connector. A front seal ring is stretch fit to the forward flange of the bobbin, and a rear seal ring is stretch fit to the rear section of the sensor housing. The bobbin assembly is slip fit into the housing with magnet forward. Upon the bobbin assembly being initially seated with the magnet in the open magnet pocket of the housing, the connector piece is ultrasonically welded via shear joint to the housing, thereby simultaneously compressing both O-rings, fully seating the magnet into the open pocket in the housing, and fully seating the bobbin assembly into the housing. In an alternative embodiment, a leaded sensor assembly may be provided with a harness holder in place of the connector piece.

High Output And Environmentally Impervious Variable Reluctance Sensor

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US Patent:
53810899, Jan 10, 1995
Filed:
Jan 10, 1994
Appl. No.:
8/179147
Inventors:
David A. Dickmeyer - Fort Wayne IN
Kenneth G. Maurer - Fort Wayne IN
Larry L. Redmon - Fort Wayne IN
Assignee:
Component Sales & Consultants, Inc. - Fort Wayne IN
International Classification:
G01P 3488
H01F 2702
H01F 2730
H05K 506
US Classification:
324174
Abstract:
A variable reluctance sensor assembly including an open-ended housing which contains a bobbin assembly with an overmolded connector piece. The bobbin contains a ferrous pole piece pressed into a closed-ended cavity within the bobbin, a small disc-shaped rare earth permanent magnet mounted forward of the pole piece, and a magnet wire coil wound upon the bobbin barrel and attached to the customer terminals which carry the output signal. A separate submersible connector is affixed to the integral connector. A front seal ring is stretch fit to the forward flange of the bobbin, and a rear seal ring is stretch fit to the rear section of the sensor housing. The bobbin assembly is slip fit into the housing with magnet forward. Upon the bobbin assembly being initially seated with the magnet in the open magnet pocket of the housing, the connector piece is ultrasonically welded via shear joint to the housing, thereby simultaneously compressing both O-rings, fully seating the magnet into the open pocket in the housing, and fully seating the bobbin assembly into the housing. In an alternative embodiment, a leaded sensor assembly may be provided with a harness holder in place of the connector piece.

High Output And Environmentally Impervious Variable Reluctance Sensor

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US Patent:
52784967, Jan 11, 1994
Filed:
May 22, 1992
Appl. No.:
7/888334
Inventors:
David A. Dickmeyer - Fort Wayne IN
Kenneth G. Maurer - Fort Wayne IN
Larry L. Redmon - Fort Wayne IN
Assignee:
Component Sales & Consultants, Inc. - Fort Wayne IN
International Classification:
G01P 3488
G01B 730
H05K 506
H01F 2730
US Classification:
324174
Abstract:
A variable reluctance sensor assembly including an open-ended housing which contains a bobbin assembly with an overmolded connector piece. The bobbin contains a ferrous pole piece pressed into a closed-ended cavity within the bobbin, a small disc-shaped rare earth permanent magnet mounted forward of the pole piece, and a magnet wire coil wound upon the bobbin barrel and attached to the customer terminals which carry the output signal. A separate submersible connector is affixed to the integral connector. A front seal ring is stretch fit to the forward flange of the bobbin, and a rear seal ring is stretch fit to the rear section of the sensor housing. The bobbin assembly is slip fit into the housing with magnet forward. Upon the bobbin assembly being initially seated with the magnet in the open magnet pocket of the housing, the connector piece is ultrasonically welded via shear joint to the housing, thereby simultaneously compressing both O-rings, fully seating the magnet into the open pocket in the housing, and fully seating the bobbin assembly into the housing. In an alternative embodiment, a leaded sensor assembly may be provided with a harness holder in place of the connector piece.
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David A Dickmeyer from Roanoke, IN, age ~68 Get Report