A Clutch Mechanism Started by Flexible Connection

Abstract

The invention relates to the technical field of mechanical transmission equipment, and discloses a clutch mechanism for flexible connection activation, including an output mechanism, the right side of the output mechanism is frictionally connected with a connection mechanism, and the right side of the connection mechanism is threadedly connected with a locking mechanism , the inner wall of the locking mechanism is movably sleeved with an input mechanism; the output mechanism includes an output shaft. The clutch mechanism activated by the flexible connection, for the setting of the rotating disk and the connecting disk, uses the connecting disk to drive the output shaft to rotate at a lower speed before using the transmission tooth groove to drive the transmission gear to rotate, so that the transmission gear and the transmission gear The relative speed difference between the slots is small to reduce the severe impact of the high-speed rotating transmission tooth slots on the stationary transmission gears, thereby effectively reducing the abnormal noise and jamming phenomenon generated by the clutch during the transmission process, and at the same time Reduce the impact damage of the transmission gear or the transmission tooth groove, and prolong its service life.

Description

Technical field[0001]The present invention relates to the technical field of mechanical transmission devices, in particular a flexible connection starting clutch mechanism.Background technique[0002]The clutch is used as a power transfer member located between the active mechanism and the driven mechanism, which can be separated or engaged at any time to deliver the power delivery between the active mechanism and the slave structure to achieve the driven drive in the case where the active mechanism is not stopped. The power delivery of the agency is regulated.[0003]However, the existing clutch is in a state in which the active shaft is in a state in which the moving shaft is in a state in which the drive shaft is in a stationary state, resulting in a large impact strength of the connection gear when contact. The damage caused is more severe, and since the high-speed rotation of the active rotating shaft causes the connection gear to be connected to the connection card slot of the dri...

AI Technical Summary

Problems solved by technology

[0005] The invention provides a clutch mechanism with flexible connection and start, which has the advantages of shortening the speed difference between the driving shaft and the driven shaft before clamping, reducing the impact damage to the connecting gear when transmitting power, and prolonging the life of the clutch mechanism. The advantage of service life solves the problem of the impact strength of the existing clutch on the connecting gear when it contacts because the driving shaft is in a state of high-speed rotation while the driven shaft is in a stationary state at the moment of power transmission of the existing clutch. Larger, the damage caused to it is more serious, and because of the high-speed rotation of the driving shaft, it is difficult for the connecting gear to be accurately clamped on the connecting slot of the driven shaft, which in turn leads to the initial contact between the driving shaft and the driven shaft. There will be abnormal noise and jamming, which will further increase the impact damage to the connecting gear and seriously shorten the service life of the clutch mechanism.

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