A three-section quick-install base plate structure for cabinets

Abstract

The invention relates to a three-section type quick assembly base plate structure for a cabinet. The three-section type quick assembly base plate structure comprises two first base plates and a second base plate. The second base plate is located between the two first base plates, two longitudinal sides of the first base plates and the second base plate are bended to form lateral sides respectively, two horizontal sides of the first base plates and the second base plate are respectively bent to form folding sides, a first slot is formed in each folding side of each first base plate, and a tongue cutting flange is arranged in each first slot. A second slot is formed in each folding side of the second base plate, the two first base plates and the second base plate are spliced to form a three-section type base plate assembly, and two ends of the three-section type base plate assembly are connected with a group of base beams located at the bottom of the cabinet. The base plate structure can achieve cable inlet flexibility of cables at the bottom of the data cabinet, achieves standardization production, is simple and convenient to install, capable of achieving tool-free installation and capable of meeting 100 KG weight bearing requirement, and has the advantages of being high in strength and high in weight bearing capability.

Description

technical field [0001] The invention relates to cabinet equipment, in particular to a three-section quick-install base plate structure for a data cabinet. Background technique [0002] The bottom plate of a data cabinet is a spare part that encloses or closes a cabinet to make it an independent cavity. The bottom plate of a traditional data cabinet is formed by sheet metal processing to form a whole plate to close the bottom of the cabinet, such as figure 1 As shown, taking the surface of the base plate 200 as a reference plane, the first folded edge 201 is formed by bending the front and rear of the base plate 1, and the second folded edge 202 is formed by bending the left and right sides of the base plate 200. The first folded edge 201, The second folded edge 202 is distributed around the bottom plate 200, so that the bottom plate 1, the first folded edge 201, and the second folded edge 202 are connected to form a box structure with an opening and a relatively shallow dept...

AI Technical Summary

Problems solved by technology

For the above-mentioned full-slab floor, there are few hemming passes in the length and width directions, which cannot ensure load bearing, which affects the passage of construction personnel during wiring, and often causes the floor to fail due to construction personnel stepping on it.

In addition, if there are other cable entry and exit requirements, the user of the product needs to provide the opening size and opening position of the bottom plate 200, which requires continuous communication and coordination between the supplier and the buyer, and the change process is time-consuming and laborious.

Since the data cabinet needs to adapt to and satisfy different power lines, data cables and other bottom-entry construction environments, the positions of the openings on the bottom plate 200 will continue to change (for example, at the front, rear or middle), due to the above uncertainties It brings inconvenience to the factory production of the data cabinet provider. At the same time, this uncertainty also confuses the user of the data cabinet. When the cable layout is arranged, the data cabinet is in place in the computer room according to the construction drawings. If a temporary change is required, the bottom plate of the data cabinet prepared according to the drawing requirements will be scrapped or modified. The user of the data cabinet often requires the manufacturer to change the required delivery in the shortest time to ensure the construction progress. This temporary change situation It is not uncommon in the on-site construction of data centers and cloud computer rooms, which greatly reduces the efficiency of production and construction

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