1. Field of the Invention
The present invention generally relates to receptacles, and more particularly to a flipping trash can especially adapted for use in fast-food restaurants and other establishments serving food on paper plates loaded onto trays.
2. Description of the Related Art
Most fast-food restaurants rely on the customers to discard their trash. The usual practice requires customers to bring their trash-laden trays to a large trash receptacle, manually open a hinged lid on the trash receptacle, and dump the trash therein. The tray is then deposited on an adjacent shelf to be picked up and cleaned for reuse by restaurant employees. This practice sometimes requires a bit of dexterity to avoid spilling some of the trash on the floor while maintaining the lid in an open position, attempting to dump the trash, and hold on to the tray, all at the same time.
Because of these difficulties, many customers simply leave their trash-laden trays on the restaurant tables. Additional personnel must be assigned for cleanup thereby increasing operating costs and reducing efficiency. The fast-food industry would certainly welcome a user friendly, trash collecting apparatus that encourages costumer use and efficiently collects both the trash and tray. Thus, a flipping trash can solving the aforementioned problems is desired.
The flipping trash can is a trash receptacle adapted especially for use in fast food restaurants or the like. The trash receptacle includes a pedal-operated, spring-biased lid. When the lid is opened, the tray (with trash thereon) is positioned on a tray receiving mechanism that flips the tray so that trash thereon is deposited in a trash bin. The mechanism is designed to then move the empty tray to a storage area for retrieval and reuse. A sound-emitting electronic device is attached to the lid and is programmed to emit the phrase “Thank You” when the lid opens. The receptacle can be designed in different configurations (animals, spaceships, autos, etc) to attract attention and enhance aesthetics.
Accordingly, the invention presents a trash receptacle that allows easy and simple disposal of trash-laden trays in fast-food restaurants and the like. The trays are efficiently stored for retrieval and reuse. The invention provides for improved elements thereof in an arrangement for the purposes described that are inexpensive, dependable and fully effective in accomplishing their intended purposes.
These and other features of the present invention will become readily apparent upon further review of the following specification and drawings.
Similar reference characters denote corresponding features consistently throughout the attached drawings.
Referring to
A removable trash container 24 (preferably a plastic bag supported on a frame) is housed within the trash can 10. A door may be provided in one of the sidewalls 16 to insert and remove the trash container 24. A slide or ramp 26 extends over the open top of the trash container 24. The slide or ramp 26 is coated with or fabricated from a material having a low coefficient of friction, and is formed with an opening 26a therein, whereby access to the trash container 24 is attained. The slide or ramp 26 extends angularly and downwardly to adjoin the bottom wall 17, and may be segmented to include a first segment sloping gently downward over the trash container 24, a second segment sloping more steeply rearward, and a third segment forming a wall parallel to the rear wall 14 to define a chute for the trays. A plurality of rollers 28 extends across an angular portion of slide or ramp 26, e.g., the middle segment, as shown in
A U-shaped trough 30 is affixed to the top edge of the slide or ramp 26. The slide or ramp 26, the rollers 28, and the U-shaped trough 30 span the distance between the sidewalls 16. An opening 12a is provided at the lower end of front wall 12 closely adjacent one of the sidewalls 16. A foot pedal 32 is disposed in the opening 12a. A spring-biased rod 34 connects the foot pedal 32 to the movable lid 20. Another opening 14a is provided at the lower end of the rear wall 14 at a central area thereof. A tray return support member 36 is attached to the rear wall 14 adjacent the opening 14a. An electronic, battery-operated, sound-emitting device 38 is positioned on the lower surfaces of the movable lid 20 and the top wall 18.
As best seen In
When the lid 20 is drawn downward by depressing the foot pedal 32, a switch on the sound-emitting device 38 is triggered to play back a pre-recorded message, such as “Thank you.” The sound-emitting device 38 may comprise, e.g., a battery powered speech synthesizer connected to a speaker, the circuit including a normally closed pushbutton or slide switch that is kept in an open position until the lid 20 is pivoted downward.
The spring-biased rod may comprise any form of spring-biased rod known in the art for raising a lowering a trash can lid by use of a foot pedal, e.g., by a compression spring or a torsion spring extending between the free end of the foot pedal 32 and the bottom wall 17, wherein the spring is compressed by depressing the foot pedal 32 as the rod 34 pulls the free end of the lid 20 downward, the spring expanding to its normal length to raise the foot pedal 32 when the user removes his foot, thereby raising the rod 34 to close the lid 20. Alternatively, the lid 20 may be spring-biased to a closed position by a torsion spring disposed between the plates of the hinge 20a, while the foot pedal 32 is spring-biased to a normally up position by a torsion spring.
The housing may be made from transparent material, or may be configured in ornamental shapes that might appeal to children, e.g., a teddy bear, a rabbit, etc.
It is to be understood that the present invention is not limited to the embodiments described above, but encompasses any and all embodiments within the scope of the following claims.
This application is a continuation-in-part of U.S. patent application Ser. No. 11/679,436 filed on Feb. 27, 2007, which is herein incorporated by reference in its entirety.
Number | Date | Country | |
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Parent | 11679436 | Feb 2007 | US |
Child | 12906807 | US |