Stephen Putnam Phones & Addresses
-
225 E Grand Ave, Old Orchard Beach, ME 04064 (207) 934-5486
-
Tarpon Springs, FL
-
5 Linden Ln, Palm Harbor, FL 34683 (727) 785-3870 (727) 786-2432
-
1303 Westlake Blvd, Palm Harbor, FL 34683
-
Saint Petersburg, FL
-
Millbury, MA
-
Lutz, FL
-
Tampa, FL
Business Records
Name / Title
Company / Classification
Phones & Addresses
Director
F.L. PUTNAM SECURITIES COMPANY, INCORPORATED
225 E Grand Ave, Old Orchard Beach, ME 04064
Old Orchard Beach, ME 04064
Old Orchard Beach, ME 04064
Incorporator
J & K COAL COMPANY
Publications
Us Patents
Optical Fiber Spool Assembly
View pageUS Patent:
6643444, Nov 4, 2003
Filed:
Mar 14, 2002
Appl. No.:
10/096951
Inventors:
Stephen M. Putnam - Acton MA
Assignee:
Digital Lightwave, Inc. - Clearwater FL
International Classification:
G02B 600
US Classification:
385135, 385134, 385137
Abstract:
A technique for storing and managing optical fiber is disclosed. In one embodiment, the technique is realized as an optical fiber spool assembly comprising an inner spool component and an outer housing component. The inner spool component beneficially comprises a first center base section surrounded by a first annular ring section. The outer housing component beneficially comprises a second center base section surrounded by a second annular ring section. An annular optical fiber cavity for retaining an optical fiber is formed when the inner spool component and the outer housing component are assembled.
Robot Art Drive Module
View pageUS Patent:
20220193889, Jun 23, 2022
Filed:
Dec 21, 2020
Appl. No.:
17/128487
Inventors:
- Waltham MA, US
Robert E. Overman - Acton MA, US
Wesley Bird - Haverhill MA, US
Stephen Putnam - Littleton MA, US
Dominick Freeman - Brighton MA, US
Timothy J. Mason - Uxbridge MA, US
Robert E. Overman - Acton MA, US
Wesley Bird - Haverhill MA, US
Stephen Putnam - Littleton MA, US
Dominick Freeman - Brighton MA, US
Timothy J. Mason - Uxbridge MA, US
International Classification:
B25J 9/10
F16H 1/20
F16H 48/22
F16H 35/10
F16H 1/20
F16H 48/22
F16H 35/10
Abstract:
A drive module for rotating a first robot arm member relative to a second robot arm member comprising a motor, a gear head driven by the motor, a pinion driven by the gear head and a slip clutch including an input section with integral gear teeth driven by the pinon, and an output section configured to be coupled to the second robot arm member. A housing is disposed at least about the pinion and slip clutch and configured to be coupled to the first robot arm member.
Combined Medicament Fill And Cannula Insertion Device
View pageUS Patent:
20160296695, Oct 13, 2016
Filed:
Apr 8, 2016
Appl. No.:
15/094417
Inventors:
- Horw, CH
Douglas Lawrence - Framingham MA, US
David Freed - Hopkinton MA, US
Patrick McDermott - Oxford MA, US
Stephen Putnam - Littleton MA, US
Mads Dall - Hellerup, DK
Peter Gravesen - Nordborg, DK
Christian B. Eriksen - Sonderborg, DK
Heiko Arndt - Flensborg, DE
Douglas Lawrence - Framingham MA, US
David Freed - Hopkinton MA, US
Patrick McDermott - Oxford MA, US
Stephen Putnam - Littleton MA, US
Mads Dall - Hellerup, DK
Peter Gravesen - Nordborg, DK
Christian B. Eriksen - Sonderborg, DK
Heiko Arndt - Flensborg, DE
International Classification:
A61M 5/158
A61J 1/20
A61M 5/142
A61J 1/20
A61M 5/142
Abstract:
A device for filling a medicament delivery device (e.g., a patch pump) with medicament or fluid and inserting a cannula subcutaneously enables improved results and user safety, while simplifying the set up process for a user. The device can include a housing with a first chamber portion having a first deployment mechanism and a second chamber portion having a second deployment mechanism. The device can also include a trigger mounted to the housing to activate at least one of the first deployment mechanism and the second deployment mechanism and an interface adapted to mate releasably with the medicament delivery device. The filling of the device with medicament and the insertion of the cannula may occur sequentially or simultaneously, and both actions can be initiated by a single user step or a limited number of user steps, as compared to conventional approaches.