Other

Distributed Vending Company

Eesti Engineering, LLC

Peter C Brusso

Anton K Simson

Henri J A Charmasson

Frank Ruskin

John D Buchaca

A method for centralized mass processing of substitutable, good-holding magazines used in conjunction with computer-controlled vending machines. A memory-chip-mounting smart-card is used, not only to enter into the machines the magazine location and price of the various goods, but also to carry a sales transaction record of the replaced magazine, thus avoiding the need for magazine locking mechanisms and other security measures.

Processing method for vending machine with substitutable magazines

One of a number of automatic vending machines run by one or more operators accepts payment for the goods it dispenses by creditable and debitable cash card, also called smart card. The machine includes a currency acceptor that writes on the card the sum in bank notes received by the currency acceptor. With each purchase, the given price of selected and dispensed goods is deducted from the card. The amount of payment received by the currency acceptor and the price charged are recorded by the machine and communicated to an account clearing house that debits the operator's account with the sum received and credits it by the charged price. A large number of goods and service providers using this type of automatic vending machines can accept the same universal card for the convenience of their customers.

Vending machine with electronic payment media

A light and compact vending machine suitable for use on a table or counter top, uses interchangeable magazines that can be preloaded with goods at a service center and quickly and conveniently installed on or removed from the machine. Each magazine has good-holding stations that differ in numbers and sizes. Each station has an access port on the front of the magazine toward which a spiral rack driven by a mechanism mounted in the machine moves goods. The currency accepted in payment for the goods is automatically dropped into a sealed receptacle at the bottom of the magazine. Each magazine is secured by a door that opens automatically only when the magazine is in place and the machine door has been locked. Personnel servicing the machine by replacing an empty one with a loaded one need not handle the goods or the cash. In some alternate embodiments of the invention, packaged goods and beverage cans slide down along slanted channels toward dispensing gates under their own weight.

Compact table-top vending machine

In a banner display device where a plurality of banners are mounted end-to-end upon a carrier web to form a scroll which is wound on a pair of parallel and spaced-apart rollers, means carried on the scroll for stretching or decompressing a medial section of a displayed banner sufficiently to eliminate wrinkles and small distortions. One embodiment uses means for propelling the medial section away from the web comprising resiliently flexible banner end sections or resiliently flexible strips framing the banner which, when partially wound over the rollers, resiliently assume a more planar tangential position in relation to the rollers, thereby allowing the medial section to jut anteriorly away from the carrier. An embodiment further comprises two independent lateral support members capable of being mounted within enclosures having widely different widths. Components such as motors, transmissions, roller mounting spindles, control sensors and circuitry are mounted directly on the support members. Command and control of the motors is accomplished through a programmed microprocessor which monitors the status of user manipulable switches and indicators. According to the microprocessor's software/firmware programming, pulse code modulated drive voltages are produced to accurately turn the motors at the proper speeds.

Banner display device

A banner display device where a plurality of banners are mounted end-to-end to form a scroll which is wound on a pair of parallel and spaced-apart rollers, each driven by a motor. Pulse code modulated drive voltages are produced by microprocessor based command and control circuitry to accurately and efficiently turn the motors at speeds which impart proper tensioning of the scroll during winding.

A scroll displaying mechanism suitable for use in moving advertising displays, chart recorders and tape readers uses a pair of D.C. motors wired to operate under slightly different speed-controlling voltages in order to maintain the displayed part of the scroll between two rollers taut. A simple belt and pulley drive mechanism for each roller assures quiet and vibration-free operation. The viewing time between frame-advance and the scroll direction reversal are controlled by detection of different length markers positioned along one edge of the scroll.

Scroll displaying device

An apparatus for randomly and successively selecting and displaying each one out of a stack of banners comprises a wind-in roller around which the entire stack of banners is wound, front face down, with the leading edges of the banners being staggered in an overlapping arrangement on the periphery of the wound stack. A knife bears against the periphery of the stack, compacts and constringes the banners as the wind-in roller is rotated in the direction opposite the winding direction of the stack. The rotation is stopped when the leading edge of the selected banner is near the edge of the knife. The rotation of the wind-in roller is reversed, causing the knife to lift the leading edge of the selected banner and to peel off that banner and all other banners located above it in the stack. A wind-out mechanism places the peeled off banners into a display frame with the inner, front face of the selected one exposed to view. A variation of this device a second knife to separate the selected banner from those located above it so that only the selected banner is displayed. This option allows for back lighting of the selected banner within the display frame.

Growing community of inventors

Anaheim Hills, CA, United States of America

Peter C Brusso