Gaming Machine Management System for Dynamic Social Distancing

The system dynamically changes the operational state of gaming machines based on real-time conditions. When a player approaches a machine, the system temporarily disables adjacent machines to enforce social distancing, then re-enables them when the player moves away. This dynamic adaptation allows machines to maintain close physical positioning while violating the harmful effect of player proximity only temporarily and locally.

The system changes the operational parameter of machine availability from a static state (always available) to a dynamic state (available/disabled based on player presence). By monitoring player proximity and adjusting machine availability accordingly, the system maintains high device density while preventing harmful player contact during critical periods.

The system performs preliminary sanitization actions by disabling machines immediately when a player session ends, before the next player arrives. This creates a mandatory window where sanitization can occur without risking player exposure. The machine remains disabled (and thus sanitized) until the player moves away, ensuring sanitization is completed before the machine is re-enabled for the next session.

The system continuously monitors player presence and machine status, creating a feedback loop that adjusts machine availability in real-time. When a player session ends, the system receives feedback that the machine is no longer in use and automatically triggers sanitization by disabling the machine. This feedback mechanism ensures sanitization occurs at the optimal moment without reducing overall productivity.

The system enables self-service sanitization by automatically monitoring player presence and triggering machine disablement without human intervention. The management computing device tracks player proximity and automatically disables adjacent machines, eliminating the need for staff to manually monitor and control sanitization timing. This reduces operational complexity while maintaining reliable sanitization coverage.

The system replaces the mechanical system of manual staff patrolling and controlling machine availability with an automated electronic system. The management computing device uses digital signals to monitor player presence and control machine states, substituting human labor with automated technology. This reduces the complexity of staff management while improving the consistency and reliability of sanitization enforcement.