Brandt-pra, Inc.

Reach Electronics, Inc.

William Sherman, Iii

Alan P Jones

William L West, Jr

In an apparatus for accurately counting a stack of documents and especially legal tender (i.e., paper money), tests for authenticity are performed simultaneously with the counting operation and without in any way impeding the type of counting operation being performed. At the same time that the counting operation is being performed, at speeds of the order of 1250 bills per minute, each bill or note currency is tested for certain properties of genuineness, including fluorescence and magnetic characteristics. Notes which fail to satisfy the tests are categorized as suspect notes and automatically stop the machine and thereby temporarily halt the counting operation. The suspect note is isolated as the top-most document in the outfeed stacker greatly facilitating the handling and removal of the suspect bill for further examination. The presence of a suspect note further provides a visual and/or audible alarm indication thereof simultaneously with the halting of the counting operation thereby facilitating removal of the suspect note by conventional methods to permit further inspection. The circuitry provided enables counting to be immediately resumed by depressing a start button. The test may be performed when the equipment is being operated in either the batching or normal counting mode. Detection means are provided for testing fluorescence and/or magnetic properties of the bills being counted.

Counterfeit detection means for paper counting

Electronic patch circuitry interconnects a wire telephone line with the base station transmitter and receiver of a simplex two-way radio communication system, for causing VOX-type operation with very fast voice-operated keying between transmitter and receiver. The system is operable in a telephone line priority mode in which it responds to telephone line audio signals for keying the transmitter on and the receiver off regardless of whether or not the receiver is on at the time, and is also operable in an 'anti-VOX' mode. An automatic telephone line connector circuit responds to telephone ringing signals on the telephone line at the base station. The circuit then transmits a coded signal to a remote radio transceiver, which can return a signal to 'answer' the base station telephone and connect it to the patch circuitry. Automatic dialing means are provided for initiating a telephone call from the remote radio transceiver. Timing circuitry holds the base transmitter off for a short time immediately after each telephone line connection to insure monitoring of the radio channel by the telephone subscriber before he can transmit. Additional transmit-on timers key the base transmitter off if it is on too long. The system 'hangs up' the base station telephone after predetermined timed events or when dial tone occurs to prevent tie-up of the interconnection by the telephone line party.

Growing community of inventors

Willingboro, NJ, United States of America

William Sherman, Iii