Automatic pinsetter controller system

Claim 2

An automatic pinsetter controller system for providing electrical and financial controls over the utilization of automatic pinsetting machines in a bowling alley comprising: a digital data decoding means attached to each pinsetter in a bowling alley having means to receive parallel digital status data from its attached pinsetter, having means to transmit said digital status data to a computer; having means to receive serial digital status queries and commands for its attached pinsetter and having means to answer said queries and cause said pinsetter to okay said commands; a two-wire serial data bus which sends and receives said serial digital data and commands to and from each of said digital data decoding devices to said central computer; a central operator control computer console means which receives and records all said serial digital data from each of said decoding devices and which under program control transmits saids status queries and machine commands to each of said decoding devices for the control and operation of its individual pinsetter, all of said transmissions being over said serial data bus; a keyboard data entry means on said computer console to permit operator commands and queries for data to be transmitted to said computer and to said pinsetters; and a light emitting diode display means on said computer console to display to an operator his command and query entries and the responses thereto.

Claim 3

The automatic pinsetter controller system of claim 1 wherein each of said digital data decoding means further comprises: a clocked universal asynchronous receive and transmit device having a register for incoming messages and a register for outgoing messages to and from its associated pinsetter and to and from said central computer console and having means to convert serial digital data to parallel digital data and parallel digital data to serial digital data; a plurality of input wires sending parallel digital status data from its associated pinsetter to the incoming message register of said universal asynchronous receive and transmit device; a frequency shift keying device between said serial data bus and said universal asynchronous receive and transmit device to convert signals between these devices; address compare circuitry to enable each of said digital decoding devices to determine if a query or command pertains to its associated pinsetter; a flip-flop being set by a favorable address compare; a data ready line to transmit messages throughout said digital decoding device; a plurality of latches, each of which may be set according to the commands and queries received; a plurality of AC relays responding to pinsetting machine commands recorded in said latches; a plurality of wires from said AC relays to said associated pinsetting machine; one of said latches being a status latch; a transmit data wire from said status latch to said universal asynchronous receive and transmit device; zero function circuitry to transmit a zero at the end of each transmitted message and to zero out all circuits whose function is completed including said address compare circuit, said address switches, said data ready line and said flip-flop.

Claim 4

The automatic pinsetter controller system of claim 1 wherein said serial data bus is a two-wire data bus connected sequentially to each of said digital data decoding devices, each of which has a unique digital address at one end and connected to a computer console at its other end.

Claim 5

The automatic pinsetter controller system of claim 1 wherein said central operator computer control console means further includes: a serial to parallel data interface device to permit conversion of data to and from said serial data bus; a clocked microprocessor which serves as the central processing unit of said operator computer control console which transmits data to and from said serial to parallel data interface; a read-only-memory which stores the operating program for said microprocessor; a random access memory which stores all the volatile data collected from said pinsetters or inputted into the system by an operator; battery-powered means to retain said volatile data in said random access memory in the event of a power failure; a parallel interface between said operator keyboard means and display means; and a plurality of data buses interconnecting said computer console components, one being an address bus, one being a data bus and one being a control bus.

Claim 6

The automatic pinsetter controller system of claim 1 wherein said keyboard data entry means further comprises: a keyboard having a plurality of keys; ten of said keys representing the decimal digits; four of said keys representing pinsetting machine commands; six of said keys representing financial functions; the remainder of said keys represnting input convenience functions; a keyboard encoder to translate the electrical impulse from each of said keys to a digital data signal to be receognized by said parallel interface.

Claim 7

The automatic pinsetter control system of claim 1 wherein said light emitting diode display means further includes: a plurality of light emitting diodes to permit a display of a large number of digits; a plurality of buffers and dividers to interface said display means with said parallel interface; and a scan oscillator constantly interrupting said parallel interface for any data to be sent to said display device when necessary.

Claim 8

The automatic pinsetter controller system of claim 1 wherein said system counts and records in its random access memory the number of times each pinsetter connected to the system goes through a pinsetting cycle and the time each pinsetter is turned on and accumulates said totals for each game, each day and each year, and can cause said totals to be displayed on said display device.

Claim 9

The automatic pinsetter controller system of claim 1 wherein said keyboard data entry means permits the entering of varying costs for the utilization of said pinsetters on both a time and cycle basis.

Claim 10

The automatic pinsetter controller system of claim 1 wherein said keyboard data entry means permits the operator to cause said computer to compute the customer cost of utilization of at least one pinsetter by the entry of a lane number, a cost rate and a tax rate, and to cause said information to be displayed on said display device.