Intermittent transmission mechanism and stirring wheel bottle conveying device

Abstract

The invention relates to an intermittent transmission mechanism and a stirring wheel bottle conveying device. The intermittent transmission mechanism comprises at least one driving rotary disk, at least one driven rotary disk, at least one stop parts and connecting parts. Each driving rotary disk is connected with a driving device. A driving part is mounted on one surface of each driving rotary disk and located nearby a transmission shaft of the driving rotary disk. A driving mechanism is mounted on the other surface of each driving rotary disk. The outer edge of each driven rotary disk is provided with a plurality of grooves matched with the corresponding driving part. The connecting parts are used for connecting the stop parts with the corresponding driving mechanisms. Each stop part islocated at one end of the corresponding connecting part. The driving mechanisms drive the stop parts to stop the driven rotary disks from rotating through the connecting parts. The driving parts in the grooves drive the corresponding driven rotary disks to rotate until the driving parts rotate by the preset angle around the transmission shafts of the corresponding driving rotary disks and then leave the grooves, and the stops parts get into the grooves to stop the driven rotary disks from rotating. The intermittent transmission mechanism has the advantages of being low in cost and small in manufacturing difficulty.

Description

technical field [0001] The invention relates to the technical field of pharmaceutical machinery and equipment, more specifically, to an intermittent transmission mechanism and a dial wheel bottle transporting device. Background technique [0002] Pharmaceutical equipment is vital for pharmaceutical companies in the pharmaceutical process. Among them, there are many working conditions that require that when the pharmaceutical machinery and equipment are running, some components have two stop states: transmission and work. For transmissions that require certain movement and stop, the commonly used ones are cam splitter and servo drive. The cost of cam splitting is high, and the processing It is complicated, and the cost of servo drive is also high. When multiple servos cooperate with high-speed operation, there is a risk of misalignment or poor coordination. Contents of the invention [0003] Based on this, the present invention aims at the technical problems of using the c...

AI Technical Summary

Problems solved by technology

Among them, there are many working conditions that require that when the pharmaceutical machinery and equipment are running, some components have two stop states: transmission and work. For transmissions that require certain movement and stop, the commonly used ones are cam splitter and servo drive. The cost of cam splitting is high, and the processing It is complex and the cost of servo drive is also high. When multiple servos cooperate with high-speed operation, there is a risk of misalignment or poor coordination.

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