Electrical table carrier mechanism

Abstract

An electrical table carrier mechanism includes two carrying members, a connection member, and two suspension arms, which provide a sufficient supporting force and stability to a tabletop of an electrical table mounted thereto. The carrying members, the connection member and the suspension arms are all formed through pressing and folding of metal plates so that the material cost and the machining cost are low and products thereof are made light in weight to facilitate transportation thereof so as to improve competition power of the products.

Description

(a) TECHNICAL FIELD OF THE INVENTION[0001]The present invention relates generally to a carrier mechanism of an electrical table, and more particularly to a structure design of a carrier mechanism featuring length adjustability for accommodating tabletops of different lengths, so that various advantages, including lowering material and fabrication costs and making products light in weight, can be achieved with the design of this invention.(b) DESCRIPTION OF THE PRIOR ART[0002]As shown in FIGS. 1 and 2, a known electrical table 1 that provides a function of adjustment comprises, at least, a pair of table legs 11, a carrier mechanism 12 and a tabletop 13, wherein the pair of table legs 11 is provided, in an interior thereof, with an operation mechanism (not shown). The table legs 11 each have a top to which a mechanism seat 111 is mounted, and a lower end of the table leg 11 is provided with a leg base 112 for positioning on a ground surface. The carrier mechanism 12 comprises a plural...

AI Technical Summary

Benefits of technology

The invention is a carrier mechanism for an electrical table that provides excellent levels and stability during assembly. It includes two carrying members, a connection member, and two suspension arms that support the table's weight. The mechanism is made of low-cost, lightweight metal plates that are formed through pressing and folding. This reduces material and processing costs, and makes the carrier mechanism easy to transport, improving its competitiveness.

Problems solved by technology

It is commonly known that cutting and machining rectangular tubes is an expensive operation and an extended period of time is necessary for such an operation.

All such adverse conditions make the fabrication expenditure of the carrier mechanism 12 relatively high, leading to an excessively high cost of the electrical table 1 that is disadvantageous for sale.

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