Patent ID: 6629622
Filing Date: 2003-10-07
Classification: B65F

Abstract:
An universal adjustable garbage, trash or waste management system, operated by a user, said system uniquely characterized by and comprised of:(a) a variable-size upper opening formed by a plurality of rotary wings synchronized by gears and controlled by a clickable mechanism preset in fixed angles by the user to achieve the required tension needed for the said variable size opening to conveniently adopt to size of mouth of wide variety of disposable supply media, including most brands, types and sizes of kitchen bags, plastic ties or trash sacks; (b) a lid supported by a glider transformable mechanism keeping said lid readily available, at the user discretion, to proceed with cover or uncover acts of said variable size upper opening of the said system, said lid stays around a top and side region of the said system, said lid being fixed by said glider transformable mechanism, with the user help, in a position most convenient for the user to perform waste management and other activities involving said system; (c) a supply media feeder forming the foundation of the said system, said feeder able to host in and feed out a plurality of supply media types of disposable items such as said bags, ties or sacks often compacted as a sequential collection of said disposable items in a box, or in a sequential, sometimes pre-perforated along separation lines, feed in a roll, said box or roll forming a plurality of said types; (d) a container stomach of the said system, said stomach able to contain said bags, ties or sacks in their expanded and furthermore filled form, said stomach optionally having a plurality of doors and/or cavities optionally overlapping with the said supply media feeder area across the level of the said stomach and said feeder separation panel, as needed for the user convenience to load the supply media and maintain it together with overall stability of the said system during its operation; (e) a collection of components, including but not limited to those mentioned in (a), (b), (c), and (d) herein, said components collaborate together shaping a universal architecture design pattern for a plurality of garbage, trash or waste management systems.