The invention relates to a device for pushing glass objects from a resting depositing plate to a conveyor belt moving at a uniform speed, characterized by a first electric motor (1) arranged in a stationary manner within a housing (49). The electric motor has a driving connection to a cantilever (4) that is rotatably supported about a vertical axis (8). An accommodating element (9) is located on the cantilever. The accommodating element carries a second electric motor (12), the output shaft of which extends vertically and is connected at the free end thereof to a crank arm (17) in a rotationally fixed manner. A pusher (18) is attached to the free end of the crank arm in an articulated manner in such a way that the pusher can be pivoted relative to the crank arm (17) about a vertical axis (19). By means of an annular element (26), which is rotatably supported about the axis (23) of said output shaft and which has a drive connection to a third electric motor that is likewise carried by the accommodating element (9), the pusher (18) can be pivoted relative to the crank arm about the axis (19) via an intermediately arranged push rod. After two of the three electric motors, which can be controlled independently of each other, are arranged on the cantilever (4), a significant reduction of transmission parts is achieved compared to three electric motors arranged in a stationary manner. The mechanism of a pivoting motion of the pusher (18) relative to the crank arm (17) by means of a push rod is robust, low-maintenance, and suitable in particular for the usage conditions in a glassworks.