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Stored energy ejector mechanism
   
Document Number
US Patent 3910125
Issued Date
October 7, 1975
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Inventors
Nowikas; Walter M. (Morris Plains, NJ)
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Abstract
A stored energy ejector mechanism is disclosed and described and includes an ejector plunger member which is propelled by a spring-bias induced by an actuator lever actuated by a stroke of a punch press and the like. The stored energy in these springs is released and the propelling or ejection motion of a plunger member is begun by the actuation of a trigger mechanism whose release time is selectively established and preferably occurs during the same stroke of the press mechanism in which is produced the loading of the springs. Although primarily for use with a punch press to provide a substantially quiet ejector action, this stored energy is equally applicable to other operations such as providing an ejector mechanism for use with a conveying or line inspection system employing linear motion.
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Stored energy ejector mechanism - US Patent 3910125 Drawing
Drawing from US Patent 3910125
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Number of Claims:
15
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Owner
Published
October 7, 1975
Application Number
05/485,499
Filed
July 3, 1974
US Classification
74/2   100/218 83/160 83/82
Int'l Classification
G05G   17/00   (20060101)  
Attorney/Law Firm
USPTO Field of Search
74/2   83/82   83/160   214/1BB   100/218  
Related Patents
3960023 - Stored energy ejector mechanism - Owned by Donley, Miller & Nowikas (East Hanover, NJ)

A stored energy ejector mechanism is disclosed and described and includes an ejector plunger member which is propelled by a spring-bias induced by an actuator lever actuated by a stroke of a punch press and the like. The stored energy in these springs is released and the propelling or ejection motion of a plunger member is begun by the actuation of a trigger mechanism whose release time is selectively established and preferably occurs during the same stroke of the press mechanism in which is produced the loading of the springs. Although primarily for use with a punch press to provide a substantially quiet ejector action, this stored energy is equally applicable to other operations such as providing an ejector mechanism for use with a conveying or line inspection system employing linear motion.

Claims
Description
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