Suspension device controlled by multiple swing arms

Abstract

The invention discloses a suspension device controlled by multiple swing arms. The suspension device controlled by the multiple swing arms comprises a base. The base is of a hollow structure; a first rotary motor is arranged in the base; an output shaft of the first rotary motor extends outside the base, and is connected with a first mechanical arm; fixed blocks are symmetrically arranged at one side, far away from the base, of the first mechanical arm; a first channel is arranged on each fixed block; a rotary shaft is movably arranged in each first channel and extends outside the corresponding first channel; a second channel is arranged at one side of each first channel; each second channel and the corresponding first channel form an inverted T-shaped structure; each second channel is arranged in the corresponding fixed block; a clamping pillar is movably arranged in each second channel and extends outside the corresponding fixed block; and a clamping slot is formed in one side, far away from each second channel, of each first channel. The suspension device controlled by the multiple swing arms provided by the invention is simple in structure, convenient to operate, and beneficial to reduced production cost, and meets the demand of people.

Description

Technical field [0001] The invention relates to the technical field of suspension devices, in particular to a multi-swing arm control suspension device. Background technique [0002] In production and life, we often use multiple swing arms to complete the movement of the suspension device, which is convenient for people's production and life. However, most of the rope-receiving devices of the existing suspension devices are fixed installations. During use, when The internal rotating motor of the contraction suddenly stops working, and the inertial force of the heavy object on the hook directly acts on the rope take-up device, which often causes damage to the rope take-up device and even damage to the swing arm, which increases the cost of production or living. At the same time, the swing arms cooperate with each other When rotating, the internal rotating shaft is worn out under long-term work, resulting in laborious rotation. However, most of the existing rotating shafts are fixe...

AI Technical Summary

Problems solved by technology

[0002] In production and life, we often use multiple swing arms to cooperate to complete the movement of the suspension device, which is convenient for people's production and life. However, most of the rope receiving devices of the existing suspension devices are fixed installations. During use, when The internal rotating motor suddenly stops working after shrinking, and the inertial force of the heavy object on the hook directly acts on the rope receiving device, which often causes damage to the rope receiving device, and even damages the swing arm, which increases the cost of production or living. At the same time, the swing arms cooperate with each other When rotating, the internal rotating shaft wears out under long-term work, resulting in laborious rotation, but most of the existing rotating shafts are fixed installations, which are complicated to disassemble and cannot meet people's needs

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