Abstract: An improved vending machine having a plurality of vertically inclined racks therein for dispensing products is disclosed. Each rack within such vending machine has an open end and closed end, wherein the open end thereof is provided with a mechanical stop or gate having essentially no mechanical moving parts, for control of the dispensing of products from such racks in response to customer demand for product from such rack. In the preferred embodiments of this invention, the mechanical stop or gate is formed of a resilient deformable material (e.g. natural or synthetic rubber or an equivalent elastomer), and includes means for engagement of a complimentary recess or slot at the end of the product dispensing rack.

Abstract: An improved vending machine having a plurality of racks therein for dispensing products is disclosed. Each rack within such vending machine comprises a vertical, rectilinear, product dispensing channel equipped with an elevator assembly for support of product and means for elevating said support within said channel in response to consumer demand for the product. The preferred elevator assembly of this invention comprises a product cradle of unique design, which design imparts improved stability of the cradle within the channel and simplified operation as to the number and type of springs needed to effect its upward movement within the vertical channel of the dispensing rack. The unique angular slope of the cradle permits presentation of a product selection at the open end of the rack in a manner to facilitate removal of such product by a consumer.

Abstract: An improved vending machine having a plurality of vertically inclined racks therein for dispensing products is disclosed. Each rack within such vending machine has an open end and closed end, wherein the open end thereof is provided with a mechanical stop or gate having essentially no mechanical moving parts, for control of the dispensing of products from such racks in response to customer demand for product from such rack. In the preferred embodiments of this invention, the mechanical stop or gate is formed of a resilient deformable material (e.g. natural or synthetic rubber or an equivalent elastomer), and includes means for engagement of a complimentary recess or slot at the end of the product dispensing rack.