Gaming machine

Abstract

The magnetic screws can be temporarily placed during maintenance, preventing players from feeling uneasy. [Solution] The magnetic force strength required to attract the magnetic screws used in the gaming machine is 1 millitesla. The surface of the push button's operating body has a magnetic force strength of 0.5 millitesla during vibration, and the right and left sides of the lower wall of the front door (between the lower panel and the lower tray) have a magnetic force strength of 2.5 millitesla, as indicated by the magnetic force generating electronic components positioned on the back of the front door. The surface of the push button's operating body is a part that players touch, but even during vibration, the magnetic force strength is less than 1 millitesla, so it does not cause players any anxiety. The right and left sides of the lower wall have a magnetic force strength of 1 millitesla or more, so they attract magnetic screws, and can therefore be used as a temporary storage area for magnetic screws during maintenance.

Claims

[Claim 1] The effect switch located in the center of the front door, The lower panel located at the front lower part of the front door, A lower tray located at the lower front edge of the front door and Equipped with, The control unit for the effect switch can be made to vibrate according to the effect. "N" Tesla is defined as the strength of a magnetic field that is strong enough to attract the magnetic screws used in amusement machines. The surface of the control body for the performance switch has a magnetic field strength of less than "N" Tesla even when vibrating due to the performance, while a portion of the area between the lower panel and the lower tray on the front of the front door has a magnetic field strength of "N" Tesla or greater. This is achieved by positioning magnetic field generating electronic components in predetermined locations on the back of the front door. A gaming machine characterized by the following features.

Images