High soft membrane flexible coupler

Abstract

The invention discloses a high soft membrane flexible coupler, which comprises flanges at two ends and at least one membrane ring. When the high soft membrane flexible coupler is provided with more than two membrane rings, a spacing disc or a spacing shaft is connected between two membrane rings; the membrane rings of the coupler are connected by more than two pairs of 8-shaped lamination membrane rods which are provided with open pores at two ends and align open pores at two ends at intervals one by one to form a membrane rod ring chain end to end; and a plurality of bolts pass through the open pores respectively to fix the membrane rod ring chain on the flanges at two ends or the spacing disc or the spacing shaft. The high soft membrane flexible coupler can greatly improve the softness, flexibility, displacement compensation ability and economy of the membrane coupler.

Description

technical field [0001] The utility model relates to a high flexibility diaphragm flexible shaft coupling. Background technique [0002] The flexible coupling is a mechanical concept product full of contradictions, and it has two missions that cannot be neglected: ① transmit the torque of the prime mover to the driven machine safely, reliably and quietly; ② due to the inevitable In the presence of manufacturing errors, installation errors, and factors such as load-bearing deformation and thermal deformation of equipment under dynamic conditions, there must be three misalignment displacements in the axial, angular, and radial directions between the axes of the prime mover shaft and the driven machine shaft Deviation, another important mission of the flexible coupling is to use the softness of its own elastic elements to make reconciliation, concession, deformation and compensation for the three misalignment displacement deviations of the equipment, collectively referred to as:...

AI Technical Summary

Problems solved by technology

However, although the thickness of the diaphragm of the coupling is very thin, it still has a certain thickness. Therefore, when the laminated diaphragm is bent for angular displacement compensation, due to the difference in curvature between the inner and outer surfaces, there is a gap between adjacent contact diaphragms. Curvature interference, curvature interference causes high-frequency wear and contact fatigue between the diaphragm contact surfaces, and severe wear will lead to premature failure of the coupling diaphragm

[0008] 3. The traditional annular diaphragm flexible coupling ( figure 1 ) and JB/T9147-1999 lap rod diaphragm coupling ( figure 2 ) The flexibility (softness) that provides three items of misalignment displacement compensation for the equipment all comes from the bending deformation of the diaphragm. When the design is improper and the l

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