JOHN A MALESKY
Plumbers in Auburn, MA

License number
Massachusetts 26615
Issued Date
Jul 9, 2003
Expiration Date
May 1, 2018
Type
Journeyman Plumber
Address
Address
Auburn, MA 01501

Personal information

See more information about JOHN A MALESKY at radaris.com
Name
Address
Phone
John Malesky
203 Massasoit Rd, Worcester, MA 01604
John Malesky, age 43
462 Leicester St, Auburn, MA 01501
(508) 832-2984
John A Malesky, age 73
462 Leicester St, Auburn, MA 01501
(508) 832-9692
(508) 832-8124
(508) 832-2984
John Malesky
Auburn, MA
(508) 832-2984
John A Malesky
878 Southbridge St, Worcester, MA 01610

Organization information

See more information about JOHN A MALESKY at bizstanding.com

John Malesky Jr

462 Leicester St, Auburn, MA 01501

Industry:
Plumbing/Heating/Air Cond Contractor
Principal:
John Malesky (Principal)

Professional information

John Malesky Photo 1

Component Reclamation Apparatus And Method

US Patent:
5148969, Sep 22, 1992
Filed:
Nov 27, 1991
Appl. No.:
7/799535
Inventors:
Bernard J. Boucher - Fitchburg MA
Kerry S. Dinsmore - Nashua NH
John A. Malesky - Auburn MA
Douglas A. Brochu - Manchester NH
Assignee:
Digital Equipment Corporation - Maynard MA
International Classification:
B23K 100, B23K 300
US Classification:
228264
Abstract:
This invention relates to an apparatus and method by which electronic components can be reclaimed from printed circuit boards. In the preferred embodiment, the reclamation system includes a conveyor which grasps the edges of the boards and holds them at an angle so that the component sides of the boards are facing downward. The conveyor carries the boards past infrared panels which heat each board, so that the solder bonding the components to a given board is made to reflow. While the solder is in a reflow state, each board is struck with a tapper, the impact of which has a tendency to dislodge the components. Falling components are caught in bins where they can be collected. In addition, the reclamation system is configured such that a number of operators are able to work in front of the boards passing on the conveyor. Therefore, if the tapper fails to dislodge any components on a given board, an operator can manually remove the components before the board is itself removed from the conveyor. Given that the system accommodates the simultaneous processing of a number of boards, a high volume throughput can be achieved.