Resumes
Resumes
Neil Tremaglio Phones & Addresses
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505 Three Mile Hill Rd, Middlebury, CT 06762
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Waterbury, CT
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218 Deerbrooke Cir, Southington, CT 06489
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250 Broadway, Milford, CT 06460 (203) 878-3990
Work
Company:
Waterbury swiss automatics
Address:
Po Box 3128, Waterbury, CT 06705
Phones:
(203) 573-8584
Position:
President
Industries:
Screw Machine Products
Business Records
Name / Title
Company / Classification
Phones & Addresses
President
Waterbury Swiss Automatics
Screw Machine Products
Screw Machine Products
Po Box 3128, Waterbury, CT 06705
Website: waterburyswiss.com
Website: waterburyswiss.com
Secretary
THOMASTON INDUSTRIES INC
Mfg Screw Machine Products Mfg Misc Products
Mfg Screw Machine Products Mfg Misc Products
41 Electric Ave, Thomaston, CT 06787
Waterbury Swiss Automatics, Waterbury, CT 06705
218 Deerbrooke Cir, Southington, CT 06489
(860) 283-5026, (860) 283-4358, (860) 283-6737, (800) 875-0913
Waterbury Swiss Automatics, Waterbury, CT 06705
218 Deerbrooke Cir, Southington, CT 06489
(860) 283-5026, (860) 283-4358, (860) 283-6737, (800) 875-0913
President
Waterbury Swiss Automatics
Screw Machine Products
Screw Machine Products
Po Box 3128, Waterbury, CT 06705
Website: waterburyswiss.com
Website: waterburyswiss.com
Publications
Us Patents
Stop Spindle Attachment For Automatic Swiss Screw Machines
View pageUS Patent:
51059258, Apr 21, 1992
Filed:
Nov 27, 1990
Appl. No.:
7/618615
Inventors:
Neil L. Tremaglio - Middlebury CT
Angelo F. Tremaglio - Waterbury CT
Caesar D. Tremaglio - Waterbury CT
Lawrence E. Rode - Terryville CT
Alfred R. Smith - Bristol CT
Angelo F. Tremaglio - Waterbury CT
Caesar D. Tremaglio - Waterbury CT
Lawrence E. Rode - Terryville CT
Alfred R. Smith - Bristol CT
International Classification:
F16D 1376
F16D 6700
F16D 6700
US Classification:
192 11
Abstract:
A spindle brake apparatus for add on attachment to automatic Swiss screw machines, comprising an idler pulley release assembly, a spindle brake assembly and a cam actuated control assembly employing the existing cam shaft timing and control means of such machines to stop spindle rotation so that cross milling operations may be performed. The apparatus is operated by compressed air in response to cam actuated valves to first release an idler pulley then apply the brake to stop spindle rotation. After a stationary operation is performed, compressed air is released thereby releasing the brake followed by reengagement of the idler pulley to reestablish spindle rotation.
Rapid Indexing Spindle Drive Attachment For Cam Controlled Automatic Screw Machines
View pageUS Patent:
55267254, Jun 18, 1996
Filed:
Mar 23, 1994
Appl. No.:
8/216333
Inventors:
Neil L. Tremaglio - Middlebury CT
Angelo F. Tremaglio - Waterbury CT
Caesar D. Tremaglio - Waterbury CT
Lawrence E. Rode - Terryville CT
Alfred R. Smith - Bristol CT
Angelo F. Tremaglio - Waterbury CT
Caesar D. Tremaglio - Waterbury CT
Lawrence E. Rode - Terryville CT
Alfred R. Smith - Bristol CT
International Classification:
B23B 714
B23B 100
B23Q 3300
B23B 100
B23Q 3300
US Classification:
82 111
Abstract:
The present invention provides a rapid indexing spindle drive and control apparatus for installation as a retrofit on a cam controlled automatic screw machine to provide the capabilities of variable spindle speed and direction as well as rapid indexing of the spindle in relation to the tool head of the screw machine for stationary tool operations. The apparatus includes a variable speed, low mass servo-motor mounted on the headstock of the machine and connected to the spindle by a 1:1 drive ratio timing belt and pulley system. A cam shaft revolution sensor is mounted adjacent to the screw machine cam shaft and is driven by the cam shaft through a second 1:1 drive ratio timing belt and pulley system. Electronically connected to the servo-motor and the cam shaft revolution sensor is a computer control system which includes a computer and an operator interface unit whereby cam shaft positions and spindle drive commands corresponding to specific cam shaft positions are entered by the machine operator. In operation, the computer receives signals constantly generated by the cam shaft revolution sensor and a resolver in the servo-motor which signals correspond to the rotational positions of the cam shaft and the servo-motor respectively.