Details of the elastic zone of the cam intermittent mechanism
The cam intermittent mechanism turns the roller on in the balance area of the end face of the rib and the cam, that is, in the static range, but the turret itself does not rotate. The taper support rib is usually in contact with two or three cam rollers for the input shaft. The rotation can be transmitted evenly to the output shaft. If there is a non-slip condition between the cam surface of the tapered support rib and the cam roller, the splitter is damaged. By rotating the eccentric bearing seat that supports the input shaft, the distance between the high-speed input shaft and the output shaft can be adjusted, and the phenomenon of non-slip can be completely eliminated. In other words, the distance between the high speed shafts can eliminate the phenomenon that the rotation is not smooth. The elastic region of the cam can be accessed by a high-speed preloading load, thereby enhancing the rigidity of the cam splitter segment. Lubrication of equipment such as cam dividers is an important part of the on-site use and maintenance of machinery and equipment. Proper and reasonable lubrication of equipment can reduce friction and wear of equipment parts, extend equipment life, give full play to equipment efficiency, reduce functional loss, and prevent equipment corrosion and deformation. On the contrary, ignoring the lubrication of the equipment and improper lubrication of the equipment will accelerate the wear of the equipment, resulting in frequent equipment failures and accidents, accelerating the deterioration of the technical state of the equipment, and affecting product quality and output. Therefore, equipment management, use of personnel and maintenance personnel should pay attention to the lubrication of equipment. When the input shaft rotates, the cam roller rotates the output turret according to the set displacement curve, and at the same time rolls along the inclined surface of the rib. The details of the elastic zone of the cam intermittent mechanism are introduced here for you. I hope the above content can help you better understand the cam intermittent mechanism!
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