Flat-pack liquid dispensing station
A flat-pack liquid dispensing station comprised of sheet material and configured to store or use a variety of liquid containers including plastic gallon bottles affixed with liquid dispensing hand pumps. The dispensing station may further comprise a shelf with an opening to accommodate the head of a pump and aid in restricting the movement of the liquid container.
1. A method for creating a flat-pack liquid dispensing station comprising:
outlining on a single piece of sheet material one or more shelves, and three or more wall panels,
wherein the wall panels are configured to assemble a freestanding station with a footprint no more than 324 square inches in area, the freestanding station further comprising an interior space with at least three sides if the wall panels were cut or punched out of the sheet material,
wherein the shelves and wall panels are configured so that each shelf may be attached to the wall panels and be positioned within the interior of the freestanding station if the shelf and wall panels were cut or punched out of the sheet material,
wherein at least one shelf is a container shelf configured to support a container of liquid and be positioned within the interior of the freestanding station at a height suitable for a user to receive by hand a liquid dispensed from the container if the container shelf was cut or punched out of the sheet material,
wherein one or more of the wall panels comprise an opening through which a cross member may pass to support a strap, and
wherein one or more of the wall panels comprise an outline of a pedal opening positioned at or near a bottom of the one or more wall panels when the freestanding station is assembled.
2. The method of claim 1 , further comprising the steps of:
outlining a pedal on the single piece of sheet material;
wherein the outline of the container shelf further comprises an outline for at least one opening for the strap;
wherein the pedal is configured to be pivotally inserted into the pedal opening if the pedal and pedal opening were cut or punched out of the sheet material,
wherein the at least one opening for the strap is configured to allow the strap to pass through if the container shelf were cut or punched out of the sheet material, and
wherein the container shelf, the wall panels, and the pedal are configured, if cut or punched out of the sheet material and assembled into a freestanding station, to allow the strap to attach to the pedal, pass through the at least one opening for the strap and interact with a head of a liquid dispensing pump such that a depression of the pedal would cause the pump to dispense liquid, wherein the head of the liquid dispensing pump is positioned atop a container of liquid and the container of liquid is being supported by the container shelf.
3. The method of claim 1 , further comprising the steps of:
outlining at least two supporting feet on the single piece of sheet material,
wherein the outline for the three or more wall panels further comprises at least one notch in at least two wall panels, each notch being positioned to be at the bottom of the assembled freestanding station, and
wherein each of the at least two supporting feet may be inserted into one of the notches, with the inserted supporting feet being substantially normal to the broadest plane of the wall panel if at least one of the supporting feet and at least one of the wall panels were cut or punched out from the sheet material.
4. The method of claim 1 , wherein the outlines of one or more shelves further comprises the outline of at least one pump-passthrough shelf, the pump passthrough shelf outline including at least one opening through which a head of a liquid dispensing pump may pass if the pump passthrough shelf outline were cut or punched out of the sheet material.
5. The method of claim 4 , wherein the outline of the pump-passthrough shelf comprises at least one front edge at least a portion of which recedes towards a center of the pump-passthrough shelf to provide access to a container of liquid if the pump-passthrough shelf were cut or punched out of the sheet material and positioned over a container of liquid in the assembled freestanding station.
6. The method of claim 1 , wherein the outline for the three or more wall panels further comprise two or more fold lines that delineate the wall panels when the wall panels are cut or punched out, and the cut or punched out wall panels are configured to be folded along the fold lines, wherein the wall panels further comprise substantially rectangular shapes.
7. The method of claim 6 , further comprising one or more cut lines wherein the two or more fold lines and one or more cut lines delineate where each wall panel may be folded into smaller sections if the wall panels were cut or punched out of the sheet material.
8. The method of claim 1 , wherein the one or more shelves and two or more wall panels are outlined on a single piece of the sheet material or outlined on a representation of the single piece of the sheet material.
9. The method of claim 1 , wherein the outlines for the container shelf and the three or more wall panels are further configured to position the container shelf at a height suitable for a child to receive by hand a liquid dispensed from the container if the container shelf and the wall panels were cut or punched out of the sheet material.
10. The method of claim 1 , wherein the outlining of at least three wall panels further comprises a fourth wall panel, wherein the wall panels comprise a front wall panel, a rear wall panel, and two side wall panels, wherein the front, wall panel is configured to be shorter than the rear wall panel when cut or punched out of the sheet material and assembled in a freestanding station and accommodate user access to a liquid dispensing container mounted to the rear wall.
11. The method of claim 1 , further comprising creating the pedal opening by cutting or punching out a portion of the sheet material according to an outline of the pedal opening on the sheet material.