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This profile was last updated on 8/27/14  and contains information from public web pages and contributions from the ZoomInfo community.

Thomas Driscoll

Wrong Thomas Driscoll?

Engineering Manager

Local Address: Nashua, New Hampshire, United States
Microscan
700 SW 39Th Street
Renton, Washington 98057
United States

Company Description: Microscan made imaging technology even more accessible to manufacturers with the 1997 introduction of the Quadrus® the first smart camera to contain a light source,...   more
Background

Employment History

Web References
Tom Driscoll, ...
news-business.vlex.com [cached]
Tom Driscoll, Siemens' hardware engineering manager in charge of designing and producing the HawkEye, said he realized the camera's optics and circuitry were going to be ready weeks before he could get camera housings. He said his dilemma was how to acquire the housing parts.
"The product introduction schedule was the number-one driver," Driscoll said.
...
After exploring alternatives, Driscoll found Graphicast, Jaffrey, NH, a casting and CNC machining facility that used graphite molds.
...
Driscoll and his team required the camera have a durable housing.
In the spring of 2007, Tom ...
www.jobshoptechnology.com, 1 Oct 2008 [cached]
In the spring of 2007, Tom Driscoll, Siemens' hardware engineering manager in charge of designing and producing the HawkEye, realized that the camera's optics and circuitry were going to be ready weeks before he could get housings in which to enclose them.He recounts the dilemma he faced when deciding how to acquire the necessary housing parts.
"The product introduction schedule was the number one driver," recalls Driscoll.
...
After searching various alternatives, Driscoll was introduced to Graphicast, a New Hampshire casting and CNC machining facility, and its graphite molds."They fit a lot of our requirements, especially our budget," he said.
...
Early on, Driscoll and his team had stipulated that the HawkEye required durable housing.The circuitry of the higher-performance HawkEye could generate more heat than earlier machine-vision cameras and would therefore need a case capable of conducting and dispersing heat more effectively than the earlier model's extruded-aluminum housing.Furthermore, the new camera needed to be "industrially hardened," sealed tightly to withstand higher ambient temperatures, dusty or humid conditions, and even production-line washdowns.The team came up with an ingenious two-part design--wedge-shaped halves that would join along a line that did not transect the holes for the camera's lens, connector ports, or status indicators at the front, back, and top of the housing.Realizing that the new shapes ruled out extrusion as a production method, the team concluded the parts would have to be cast or machined.
Primarily electrical engineers, Driscoll and his colleagues at Siemens needed some mechanical-engineering advice to optimize the design for the Graphicast casting process."Being able to discuss the design with the engineers at Graphicast was very helpful," says Driscoll.
...
"We've been very happy with the quality of the housings," says Driscoll.
Graphite
www.ipnews.com, 12 April 2009 [cached]
In the spring of 2007, Tom Driscoll, Siemens Hardware Engineering Manager in charge of designing and producing the HawkEye, realized that the camera's optics and circuitry were going to be ready weeks before he could get housings in which to enclose them. He recounts the dilemma he faced when deciding how to acquire the necessary housing parts.
"The product introduction schedule was the number one driver," said Driscoll.
...
After searching various alternatives, Driscoll was introduced to Graphicast, a New Hampshire casting and CNC machining facility and its graphite molds.
...
"Early on, Driscoll and his team had stipulated the HawkEye required durable housing," the spokesperson said. "The circuitry of the higher-performance HawkEye could generate more heat than earlier machine-vision cameras and would therefore need a case capable of conducting and dispersing heat more effectively than the earlier model's extruded-aluminum housing. Furthermore, the new camera needed to be 'industrially hardened,' sealed tightly to withstand higher ambient temperatures, dusty or humid conditions and even production-line washdowns. The team came up with an ingenious two-part design: wedge-shaped halves that would join along a line that did not transect the holes for the camera's lens, connector ports or status indicators at the front, back and top of the housing. Realizing the new shapes ruled out extrusion as a production method, the team concluded the parts would have to be cast or machined."
Primarily electrical engineers, Driscoll and his colleagues at Siemens needed some mechanical-engineering advice to optimize the design for the Graphicast casting process. "Being able to discuss the design with the engineers at Graphicast was very helpful," said Driscoll.
...
"Siemens took advantage of this 'waived sample' program, and Driscoll's team had their first-article samples plus 50 more pre-production parts only four weeks after issuing the purchase order.
...
"We've been very happy with the quality of the housings," said Driscoll.
Official Microscan Blog - SolutionConnection: Machine Vision & Auto ID Industry Blog
www.microscan.com, 1 Feb 2011 [cached]
Kyle O’Brien, Microscan’s Manager of Product Management, and Thomas Driscoll, Microscan’s Engineering Manager located in Nashua, NH traveled to the McCarthy Middle School in Chelmsford, MA to educate these 6th grades on imaging, barcode and lighting technology.
Kyle O’Brien, Microscan’s Manager of ...
www.microscan.com [cached]
Kyle O’Brien, Microscan’s Manager of Product Management, and Thomas Driscoll, Microscan’s Engineering Manager located in Nashua, NH traveled to the McCarthy Middle School in Chelmsford, MA to educate these 6th grades on imaging, barcode and lighting technology.
...
I would also like to congratulate Tom Driscoll for his first patent, U.S. patent 7,835,634, titled “Camera Enclosure Sealing System and Method.†As you can see from the figure in the patent, Tom helped develop the VS-1 sealing system technology that enables our smart camera to perform in even the harshest environments.
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