초록 ▼

A product dispenser for compelling a flowable product from a container comprising a frame assembly having first and second opposed frame assembly ends, first and second opposed dispensing notches respectively on the first and second frame assembly ends, at least one elongate drive member substantial

A product dispenser for compelling a flowable product from a container comprising a frame assembly having first and second opposed frame assembly ends, first and second opposed dispensing notches respectively on the first and second frame assembly ends, at least one elongate drive member substantially extending between the first and second assembly ends and having first and second drive member ends. The dispenser may also have first and second drive trains each comprising a plurality of interconnected gears and each respectively operatively coupled to the first and second drive member ends, a driven member threadably coupled to the elongate drive member and adapted to travel between the first and second frame assembly ends, and a crank assembly adapted to be selectively operatively coupled to one of the drive trains. Actuation of the crank assembly may cause travel of the driven member between the first and second frame assembly ends.

대표청구항 ▼

What is claimed is: 1. A method for compelling a flowable product from a deformable product container, comprising the steps of: inserting the product container into a frame assembly having first and second opposed frame assembly ends, first and second opposed dispensing notches respectively on the

What is claimed is: 1. A method for compelling a flowable product from a deformable product container, comprising the steps of: inserting the product container into a frame assembly having first and second opposed frame assembly ends, first and second opposed dispensing notches respectively on the first and second frame assembly ends, at least one elongate drive member substantially extending between the first and second frame assembly ends and having first and second drive member ends, and first and second drive trains respectively operatively coupled to the first and second drive member ends; positioning the product container within the frame assembly to expel the product through the first dispensing notch; releasably operatively coupling a crank assembly to the second drive member end; actuating the crank assembly to cause travel in a first direction from the second frame assembly end to the first frame assembly end of a driven member threadably engaged to the at least one drive member; applying pressure on the container with the driven member to thereby compel the product from the container and through the first dispensing notch; uncoupling the crank assembly from the second drive member end; removing the container from the frame assembly; inserting a second product container into the frame assembly to expel the product through the second dispensing notch; releasably operatively coupling the crank assembly to the first drive member end; and actuating the crank assembly to cause travel of the driven member in a second direction from the first frame assembly end to the second frame assembly end. 2. The method of claim 1, wherein actuating the crank assembly comprises manual actuation of the crank assembly. 3. A product dispenser for dispensing a flowable product comprising: a frame assembly having first and second opposed frame assembly ends; first and second opposed dispensing notches respectively on said first and second frame assembly ends; at least one elongate drive member substantially extending between said first and second frame assembly ends and having first and second drive member ends; first and second drive trains each comprising a plurality of interconnected gears and each respectively operatively coupled to said first and second drive member ends; a driven member threadably coupled to said at least one elongate drive member and adapted to travel between said first and second frame assembly ends; and a crank assembly adapted to be selectively operatively coupled to one of said drive trains; wherein: actuation of said crank assembly causes travel of said driven member between said first and second frame assembly ends; and actuation of said crank assembly causes the product to be expelled from the product dispenser when the product is positioned in said frame assembly and in communication with one of said dispensing notches. 4. The dispenser of claim 3 wherein actuation of said crank assembly further comprises moving said driven member in a direction away from said crank assembly. 5. The dispenser of claim 3, further comprising opposed top and bottom walls defining a cavity in which the product is positioned, at least one of said top and bottom walls defining a window through which the product in said cavity is viewable. 6. The dispenser of claim 3 wherein said plurality of gears are serially connected. 7. The dispenser of claim 5 wherein one of said top and bottom walls is coupled to said crank assembly. 8. The dispenser of claim 5 wherein one of said top and bottom walls is integrally formed with said crank assembly. 9. The dispenser of claim 8 wherein said frame assembly is symmetric about a transverse plane. 10. The dispenser of claim 9 wherein said frame assembly is symmetric about a longitudinal plane.