초록 ▼

A system of dispensers for bulk material is provided. The system includes a free-standing rack and a plurality of dispensers for bulk material having bottom panels and mounted on the rack. Each dispenser includes an enclosed container, an access door on the upper portion of the container, a spout co

A system of dispensers for bulk material is provided. The system includes a free-standing rack and a plurality of dispensers for bulk material having bottom panels and mounted on the rack. Each dispenser includes an enclosed container, an access door on the upper portion of the container, a spout connected to the bottom panel and defining an outlet in the bottom of the container. A downwardly directed taper is formed inside in its lower portion, the narrow portion of the taper being offset from the outlet. A passage extends generally longitudinally between and communicates with the narrow portion of the taper and the outlet. A feed slide assembly is slidably disposed on the inside of the bottom panel under the narrow portion of the taper and in the bottom of the passage. The feed slide assembly includes a knob and rod connected at one end for gripping to manually slide the assembly in to-and-fro movements longitudinally thereof and a spring in contact with the other end of the slide assembly. One end of the slide assembly forms a discharge gate for the outlet.

대표청구항 ▼

A system of dispensers for bulk material, comprising a free-standing rack; a plurality of dispensers for bulk food products, said dispensers having bottom panels and being mounted on the free-standing rack and arranged in a plurality of tiers of rows of aligned, side-by-side units, each dispenser be

A system of dispensers for bulk material, comprising a free-standing rack; a plurality of dispensers for bulk food products, said dispensers having bottom panels and being mounted on the free-standing rack and arranged in a plurality of tiers of rows of aligned, side-by-side units, each dispenser being made of a transparent material and including an enclosed container, an access door on the upper portion of the container, a spout having a mouth and connected to the bottom panel and defining an outlet in the bottom of the container, a gate over the mouth of said outlet, a taper formed inside the container in the lower portion thereof, the taper having a narrow portion directed downwardly, the narrow portion being offset from the outlet, a passage extending generally longitudinally between and communicating with the narrow portion of the taper and the outlet, and a planar feed slide assembly slidably disposed on the inside of the bottom panel under the narrow portion of the taper and in the bottom of the passage, said feed slide assembly including gripping means connected at one end for manually sliding said assembly in to-and-fro movements longitudinally thereof and spring means at the other end of the slide assembly, one end of said slide assembly forming said discharge gate over the mouth of said outlet, whereby the feed slide assembly can effect both movement of bulk material in the container toward the outlet and discharge thereof in the outlet in variable, controlled amounts directly by manual operation; and a plurality of trays mounted on said rack, one tray extending across each row of dispensers below the outlets thereof, said access door including an inclined face and a vertical front face on the front end of each dispenser, the discharge spout being located at the front end of each container, and each of said trays being inclined at substantially the same angle as the inclined front face of the access door and being disposed along the top side of the access doors of any dispensers mounted beneath the tray to block the opening of the doors below the tray.