Intelligent furniture telescopic adjusting assembly

Abstract

The invention provides an intelligent furniture telescopic adjusting assembly, and belongs to the field of intelligent furniture. Comprising a telescopic end, a hinge assembly and a supporting end, the supporting end is connected with the telescopic end through the hinge assembly, the telescopic end comprises a telescopic pipe set formed by sleeving a plurality of sleeves, the telescopic pipe set stretches out and draws back pneumatically, the supporting end and the telescopic end form fixed-angle bending through the hinge assembly, the supporting end is provided with two sections of pipe bodies, and stretching out and drawing back are formed through an electric drive assembly. A supporting foot pad is arranged at the end part of the supporting end, the telescopic end comprises a fixed seat, a telescopic shell, a telescopic pipe group, a telescopic connecting pipe and an air pump, the fixed seat is of a U-shaped structure, the edges of the two sides of the fixed seat extend outwards to form connecting parts, mounting assemblies are arranged on the connecting parts, and the telescopic pipe group is arranged in the fixed seat and is used for adjusting stretching and folding of a plate body of the intelligent furniture; expanding support is formed, the supporting strength is improved, the furniture surface can be rapidly installed, and the installation stability is good.

Description

technical field [0001] The invention provides an intelligent furniture telescopic adjustment assembly, which belongs to the field of intelligent furniture. Background technique [0002] At present, the emergence of compact apartment types has made the indoor space more diversified and the multi-functional requirements have been increased. The existing layout is carried out through smart furniture, and the shape of the furniture is changed through adjustment to achieve different functional requirements. In smart furniture, telescopic structures are used. As widely used, the existing adjustments are mainly adjusted by manpower, and some use electric drive, which is driven by a motor to expand and contract, and is carried out by using a rack and pinion. The overall operation consumes a lot of energy and is inconvenient to install. Install parts, and the gear structure is easy to get stuck, which affects the further expansion of furniture. In addition, the existing adjustments a...

AI Technical Summary

Problems solved by technology

[0002] At present, the emergence of compact apartment types has made the indoor space more diversified and the multi-functional requirements have been increased. The existing layout is carried out through smart furniture, and the shape of the furniture is changed through adjustment to achieve different functional requirements. In smart furniture, telescopic structures are used. As widely used, the existing adjustments are mainly adjusted by manpower, and some use electric drive, which is driven by a motor to expand and contract, and is carried out by using a rack and pinion. The overall operation consumes a lot of energy and is inconvenient to install. Install parts, and the gear structure is easy to get stuck, which affects the further expansion of furniture. In addition, the existing adjustments are all adjusted in a single plane, which cannot form multi-directional three-dimensional adjustments. One-way adjustments form a cantilever structure, which has poor support. , cannot be supported stably

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