Amusement machine with a game structure controller, said game structure controller being connected with a control unit of a cash dispensing unit, wherein the game structure controller communicates with the control unit in order to issue cash, wherein the cash dispensing unit comprises • an electric motor and • the control unit comprises a storage unit, - wherein the electric motor is coupled with the control unit via an encapsulated and controllable switch coupled with the electric motor and can be controlled via the switch for issuing cash with current/voltage for a specific period, wherein a monoflop associated with the switch generates a specific run time of the electric motor by means of a correspondingly long voltage/current supply through closing the power circuit by means of the switch; and - wherein the control unit is envisaged and designed for issuing a code generated as a voltage sequence with voltage gaps; and - wherein a two-core electric cable can be used for transmitting the code, with which the electric motor will be supplied with operating voltage/operating current, • a comparator module for receiving the code and comparing the code with a pre-defined code, wherein - the comparator module is preceded by a shift register, wherein the code can be serially filtered from the voltage applied for the electric motor by the shift register and transmitted parallel to the comparator module, and - the switch for supplying voltage to the electric motor for issuing cash can be controlled via the monoflop if the received code is identical to the pre-defined code. • an electric motor and • the control unit comprises a storage unit, - wherein the electric motor is coupled with the control unit via an encapsulated and controllable switch coupled with the electric motor and can be controlled via the switch for issuing cash with current/voltage for a specific period, wherein a monoflop associated with the switch generates a specific run time of the electric motor by means of a correspondingly long voltage/current supply through closing the power circuit by means of the switch; and - wherein the control unit is envisaged and designed for issuing a code generated as a voltage sequence with voltage gaps; and - wherein a two-core electric cable can be used for transmitting the code, with which the electric motor will be supplied with operating voltage/operating current, - wherein the electric motor is coupled with the control unit via an encapsulated and controllable switch coupled with the electric motor and can be controlled via the switch for issuing cash with current/voltage for a specific period, wherein a monoflop associated with the switch generates a specific run time of the electric motor by means of a correspondingly long voltage/current supply through closing the power circuit by means of the switch; and - wherein the control unit is envisaged and designed for issuing a code generated as a voltage sequence with voltage gaps; and - wherein a two-core electric cable can be used for transmitting the code, with which the electric motor will be supplied with operating voltage/operating current, • a comparator module for receiving the code and comparing the code with a pre-defined code, wherein - the comparator module is preceded by a shift register, wherein the code can be serially filtered from the voltage applied for the electric motor by the shift register and transmitted parallel to the comparator module, and - the switch for supplying voltage to the electric motor for issuing cash can be controlled via the monoflop if the received code is identical to the pre-defined code. - the comparator module is preceded by a shift register, wherein the code can be serially filtered from the voltage applied for the electric motor by the shift register and transmitted parallel to the comparator module, and - the switch for supplying voltage to the electric motor for issuing cash can be controlled via the monoflop if the received code is identical to the pre-defined code.