EMMETT BLACKSHEAR PETER, III
Pilots at Sunnyside Dr, Leesburg, FL
License number
Florida A2569662
Issued Date
Sep 2016
Expiration Date
Sep 2018
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
7165 Sunnyside Dr, Leesburg, FL 34748
Professional information
Reverser Mechanism For Duplex Printing/Paper Handling Apparatus For Cut Sheet Printing
US Patent:
4300758, Nov 17, 1981
Filed:
Jun 26, 1980
Appl. No.:
6/163395
Inventors:
Emmett B. Peter - Leesburg FL
Assignee:
Burroughs Corporation - Hollywood FL
International Classification:
B65H 500
US Classification:
271225
Abstract:
A reversing mechanism for use with a cut sheet item feeder in a printer/copier wherein a pair of contrarotating roller members each of which is angularly oriented relative to the horizontal rotative axes thereof operate in conjunction with individual spring biased pressure rollers solenoid actuated so as to cause sheet items disposed therebetween to move selectively in either one of two opposite directions and wherein a one-way movable member disposed in the path of the items prevents the items from returning back into the input pathway. Photo optical control means actuated by passage of each item time the reversal mode of the apparatus by applying a reversal signal to the solenoid actuating device controlling the contrarotating rollers.
Duplex Printing/Paper Handling Apparatus For Cut Sheet Printing
US Patent:
4333641, Jun 8, 1982
Filed:
Jun 26, 1980
Appl. No.:
6/163394
Inventors:
Emmett B. Peter - Leesburg FL
Assignee:
Burroughs Corporation - Orlando FL
International Classification:
B65H 2958
US Classification:
271289
Abstract:
A modular assembly for selectably changing or diverting sheet items from an input pathway into a selected one of a number of output pathways. Three irregularly shaped one-way gate members, actuated by the passage of the item, act to prevent return movement of the item into the input pathway. Two sets of three diverter members coupled together by means of a novel linkage to a single actuating solenoid act to cause the two sets of diverters to move in unison in one or the other of two opposite directions to divert the items into selected output pathways as desired.