Abstract: The invention promotes a smooth agitation and efficient transport of coins by setting the rotation direction of the agitator in the same direction as the rotary disc to move a center of rotation of the agitator to a location where most coins are collected.

Abstract: The present invention provides a guiding device for dispensing discs from a storage hopper and includes a disc guiding unit attached to the storage hopper to extend operatively for conveying discs in a first mode of operation and also attached relative to the storage hopper to extend in a second non-operative mode of operation wherein jammed coins can be removed and a disc dispensing apparatus can be provided in a compact configuration for transportation.

Abstract: The invention promotes a smooth agitation and efficient transport of coins by setting the rotation direction of the agitator in the same direction as the rotary disc to move a center of rotation of the agitator to a location where most coins are collected.

Abstract: The present invention provides a guiding device for dispensing discs from a storage hopper and includes a disc guiding unit attached to the storage hopper to extend operatively for conveying discs in a first mode of operation and also attached relative to the storage hopper to extend in a second non-operative mode of operation wherein jammed coins can be removed and a disc dispensing apparatus can be provided in a compact configuration for transportation.

Abstract: A coin dispensing apparatus includes a storage interior for storing bulk coins, a coin passageway extending along a vertical longitudinal axis upward from the storage container to an exit aperture, and a coin selector for selectively sending coins upward along the coin passageway. A lever is pivotably mounted for contacting the coin as it exits the exit aperture, and a sensor unit operatively connected with the lever can count the coins as they exit. The lever and the sensor unit can be appropriately aligned in a fixed relationship and a mounting assembly that is mounting the lever and the sensor unit adjacent the exit aperture can be adjusted traverse to to the longitudinal axis to accommodate different size coins.

Abstract: A coin dispensing apparatus of a compact design for dispensing coins at high speed from a storage hopper includes a selection mechanism for selecting the coins from the hopper and passing the coins along a passageway to an exit opening. A coin ejection guide assembly is positioned adjacent the exit opening and includes a movable member that is spring biased to contact the coin. A contact member is positioned opposite the movable member at a pre-determined distance for forcing the coin to push against the movable member. A guide unit is located downstream of the movable member for changing the direction of movement of the coin after it is pushed against the movable member. The guide unit can include a rotatable guide roller and a sloping guide rail. The movable member can further exert the storage spring energy as an ejection force against the rear edge of the coin to propel it through the exit opening in the direction determined by the guide unit.

Abstract: A coin dispensing apparatus includes a storage interior for storing bulk coins, a coin passageway extending along a vertical longitudinal axis upward from the storage container to an exit aperture, and a coin selector for selectively sending coins upward along the coin passageway. A lever is pivotably mounted for contacting the coin as it exits the exit aperture, and a sensor unit operatively connected with the lever can count the coins as they exit. The lever and the sensor unit can be appropriately aligned in a fixed relationship and a mounting assembly that is mounting the lever and the sensor unit adjacent the exit aperture can be adjusted traverse to ? can be movably adjusted first to the longitudinal axis to accommodate different size coins.