Vibratory feeder of bearing retainer

Abstract

Disclosed is a vibratory feeder of a bearing retainer. The upper ends of leaf springs are fixed to a vibratory material receiving disc, and the lower ends of the leaf springs are fixed to a base. The four leaf springs are distributed at the lower portion of the vibratory material receiving disc in an annular-array mode by using the center of the vibratory material receiving disc as the center. The included angle formed between the leaf springs and the horizontal plane is 30-60 degrees. A feeding cylinder is fixedly welded to the vibratory material receiving disc. A spiral-escalation feeding piece is fixedly welded to the inner wall of the feeding cylinder. A first material conveying channel and a second material conveying channel are fixed to the feeding cylinder. A discharging outlet of the first material conveying channel faces a feeding inlet of the second material conveying channel. The distance between a first material conveying channel base plate of the first material conveying channel and the ground is larger than that between a second material conveying channel base plate of the second material conveying channel and the ground. A turnover rod is fixed to the first material conveying channel base plate and located at the position of the discharging outlet of the first material conveying channel. According to the vibratory feeder of the bearing retainer, it can be ensured that the face of the discharged bearing retainer in the direction A is arranged downwards.

Description

Technical field: [0001] The invention relates to the technical field of bearing production, in particular to a vibration feeder for a bearing cage. Background technique: [0002] At present, the cage loading on the bearing assembly production line uses a rod-type feeder, and then the bearing cage is manually inserted on the rod of the rod-type feeder, and then the rod-type feeder is installed on the bearing. assembly line. Its shortcoming is that the cage must be inserted and sleeved on the rod in the same direction to be used, which requires the staff to pay great attention to the direction of the cage and not to insert it backwards, so that the work efficiency is very low, and the operator is also very easy to feel fatigue. In order to continuously use the vibrating feeder to feed the bearing assembly line, it is necessary to make the direction of the cage coming out of the vibrating feeder discharge channel uniform, so that the continuous cage feeding device can be desi...

AI Technical Summary

Problems solved by technology

Its shortcoming is that the cage must be inserted and sleeved on the rod in the same direction to be used, which requires the staff to pay great attention to the direction of the cage and not to insert it backwards, so that the work efficiency is very low, and the operator is also very easy to feel fatigue

If we use the existing vibrating feeder to load the cage, there will be problems in the cages coming out of the outlet of the vibrating feeder that some cages face upward in direction A and some face upward in direction B. , that is to say, the direction of the cages coming out is not uniform, so that the cages coming out of the existing vibrating feeder cannot be used for bearing industrial assembly

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