To provide a game machine that reduces a design load of a program or a load of a control means, while driving many electric driving means by a limited number of output ports of the control means.

Driving data to be output by a control means to each of data transmitting means at the same timing are constituted in the same manner, and the control means is configured to output a switch control signal to the data transmitting means separate from the driving data. The data transmitting means is provided with a data output switch means that selects an output prohibition state in which the driving data is prohibited to be output to the electrical driving means or an output holding state in which the electrical driving means is allowed to output the data and continues to hold the output even if the driving data is not input. The control means controls the game according to a predetermined control procedure defined for every predetermined period. The control means includes a driving control processing for controlling the electrical driving means. In the driving control processing, the driving data to be driven in every period and a switch control signal are set.