Plastic barrel rack assembly device

Abstract

A plastic bucket rack assembly includes a plurality of upright posts, a plurality of sleeves, multiple shelf units, and multiple side slide rail assemblies. The sleeves are fitted onto the upright posts. Each shelf unit includes a shelf frame and multiple shelf fasteners. The shelf fasteners are located on the shelf frames and fitted onto the sleeves to secure the shelf units between the upright posts. Each side slide rail assembly includes a slide rail element, two slide rail fasteners, and a stop structure. Slide rail fasteners are located on both sides of the slide rail element. The stop structure is vertically connected to the slide rail element. The slide rail fasteners are fitted onto the sleeves to secure the side slide rail assemblies between the upright posts.

Claims

1. A plastic bucket frame device, comprising: Multiple columns, each having a top side and a bottom side facing each other; A plurality of sleeve components are respectively fitted onto the corresponding column assemblies; a plurality of shelf layers are respectively provided on the top and bottom sides of the column assemblies, each shelf layer includes a shelf and a plurality of shelf layer fasteners, the shelf layer fasteners are provided on the shelf, wherein the shelf layer fasteners are respectively fitted onto the corresponding sleeve components to fix the shelf layers between the column assemblies; A baffle assembly includes a connecting element and two baffle fasteners. The connecting element is connected to the corresponding baffle fasteners on both sides. Each baffle fastener is sleeved on the outer side of the corresponding sleeve, so that the baffle assembly is arranged between the column assemblies. A plurality of side slide rail assemblies are located between the shelf layers. Each side slide rail assembly includes a slide rail element, two slide rail fasteners, and a stop structure. Corresponding slide rail fasteners are provided on both sides of each slide rail element. The stop structure is vertically connected to the slide rail element. The slide rail fasteners are sleeved on the corresponding sleeves to fix the side slide rail assemblies between the column assemblies.

2. The plastic bucket frame device as claimed in claim 1, wherein a groove is provided on the outer surface of each of the column assemblies, and a protrusion is provided on the inner surface of each of the sleeve members, and each protrusion is engaged with the corresponding groove.

3. The plastic bucket rack device as claimed in claim 1, wherein each of the shelf fasteners is provided with a first receiving portion, and each first receiving portion is capable of receiving the corresponding sleeve.

4. The plastic bucket frame device as claimed in claim 1, wherein each slide rail element includes a first plate and a second plate, each first plate is vertically connected to a corresponding second plate, the slide rail fasteners are respectively connected to the corresponding first plates, each second plate is vertically connected to a corresponding stop structure, and one of the stop structures extends in a vertical direction opposite to one of the vertical extension directions of the corresponding first plate.

5. The plastic bucket frame device as claimed in claim 1, wherein each of the slide rail fasteners is provided with a second receiving portion, and each of the second receiving portions is capable of receiving the corresponding sleeve.

6. The plastic bucket frame device as claimed in claim 1, wherein each of the baffle fasteners is provided with a third receiving portion, and each of the third receiving portions is capable of receiving the corresponding sleeve.

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