The bank uses a queue system to ensure the privacy of its customers.

Each customer gets a number and waits for his$/$her turn.

Each teller announces the customer number which will be serviced using two seven$-$segment displays: one to show the customer$$s number and the other to show the teller's desk number.

Each teller has

$1-$ a push button to call the next customer

$2-$ A seven$-$segment display to display the customer number.

$3-$ A unique desk number

The system has

$1-$ A counter

$2-$ push buttons

$3-$ One main seven$-$segment display to show the customer$$s number

$4-$ One main seven$-$segment display to show the teller$$s number

$5-$ One seven$-$segment display for each teller to show the customer$$s number.

When a teller presses the push button

The counter increases by one

The content of the counter is displayed on the teller $7-$segment display.

The content of the counter is displayed on the main $7-$segment display

The teller number who pressed the button is displayed on the main $7-$segment display associated with the teller desk number

Suppose the bank has $3$ tellers, the customers$$ numbers are from $0-9$

you have $5$ Seven$-$segment displays and one counter.

$1.$ Use a block diagram in your design

$2.$ Show the gate$-$level design for the counter.

could you solve it in a paper and show me how I can solve it