초록 ▼

A front panel for a display rack has a base, upstanding sidewalls connected along their bottom end portions to the base, face members connected to the front edges of the sidewalls, and an elongate connecting member connected to the top end portions of the face members. The base, face members and con

A front panel for a display rack has a base, upstanding sidewalls connected along their bottom end portions to the base, face members connected to the front edges of the sidewalls, and an elongate connecting member connected to the top end portions of the face members. The base, face members and connecting member define a viewing window for the display rack through which a beverage container in a display rack in a refrigerator can be viewed. The base and connecting member curve outward to position a beverage container forward in the display rack. A pair of downwardly extending fingers fit into receiving slots in a front segment of the rack to fasten the front panel to the front segment of the display rack.

대표청구항 ▼

A front panel for a display rack has a base, upstanding sidewalls connected along their bottom end portions to the base, face members connected to the front edges of the sidewalls, and an elongate connecting member connected to the top end portions of the face members. The base, face members and con

A front panel for a display rack has a base, upstanding sidewalls connected along their bottom end portions to the base, face members connected to the front edges of the sidewalls, and an elongate connecting member connected to the top end portions of the face members. The base, face members and connecting member define a viewing window for the display rack through which a beverage container in a display rack in a refrigerator can be viewed. The base and connecting member curve outward to position a beverage container forward in the display rack. A pair of downwardly extending fingers fit into receiving slots in a front segment of the rack to fasten the front panel to the front segment of the display rack. riangular-shaped plate is mounted on an interior bottom surface of the enclosure generally adjacent to said impactor device; in which said plate extends upwardly between said enclosure interior bottom surface and contacts a member which extends transversely across generally the entire width of said bottom screen and generally abuts said screen; and in which an elongated periphery of said plate extends in the direction of travel of the material along the screens. 9. The apparatus of claim 2, in which a plurality of elastomeric shock absorbers are mounted on a bottom surface of said stand and extend between said stand and said horizontal surface upon which said stand is disposed. 10. The apparatus of claim 1, in which at least one cross-shaped frame-strengthening assembly is mounted on said frame; in which at least a pair of support members are mounted on said enclosure; and in which the enclosure is removably mounted on the frame. 11. A method of sizing and separating particles of a generally low-density material, using an apparatus comprising a stand, a frame, means attached to said stand and said frame for movably suspending the frame on the stand, an enclosure mounted on the frame, said enclosure having a material input end, a central portion and a material output end, at least one screen mounted in the enclosure, said screen being inclined downwardly in a direction from said enclosure input end to said enclosure output end, and a vibratory motor mounted on the frame for imparting a motion to said frame, said enclosure, and said screen, said method including the steps of: a) actuating said vibratory motor for imparting a generally circular planar motion to said frame, said enclosure and said screen at said enclosure input end, and for imparting a generally oblong linear reciprocating motion at said enclosure central portion and said output end; and b) supplying said generally low-density material onto an upper end of said screen adjacent to said enclosure material input end, whereby said material advances downwardly on said screen from said enclosure input end to said enclosure output end. 12. The method of claim 11, in which said frame is generally rectangular-shaped and includes a pair of spaced-apart elongated sides; in which said enclosure and said screen each is elongated; in which said vibratory motor is mounted on an end of said frame adjacent to said enclosure input end; in which a shaft of said motor is disposed generally perpendicular to a horizontal surface upon which said stand is disposed; and in which a counterweight is contained in the motor. 13. The method of claim 12, in which said screen has a mesh of from about 4 to about 100; in which the screen has a width of from about two feet to about five feet and a length of from about eight feet to about twenty feet; in which each of said frame, said enclosure and said screen is displaced about one inch during operation of said apparatus; and in which said motor operates at a frequency of about 600 revolutions per minute. 14. The method of claim 13, in which top and bottom screens are removably mounted in said enclosure in a generally vertically spaced, parallel relationship. 15. The method of claim 14, in which said enclosure has an inlet opening for receiving material at said input end; in which said enclosure output end is formed with first, second and third outlet openings; in which particles of said material failing to pass through said top screen pass through said first outlet opening; in which particles of the material which pass through said top screen and fail to pass through said bottom screen pass through said second outlet opening; and in which particles of said material which pass through said bottom screen pass through said third outlet opening. 16. The method of claim 12, in which a plurality of elastomeric shock absorbers are mounted on a bottom surface of said stand and extend between said stand and said horizontal surface upon which said sta