Disc feeding machine

Abstract

The invention discloses a disc feeding machine. The disc feeding machine comprises a rack, a disc body arranged on the rack in a rotating manner, a frame arranged around the disc body, a material conveying channel communicating with internal and external space of the frame, and a forward and reversely rotating motor for driving the disc body to rotate. Guide plates used for guiding a bearing ring placed reversely to slide upwards in an inclining manner are arranged on the opposite inner walls of the material conveying channel correspondingly. The guide plates are arranged upwards in an inclining manner in the discharging direction of the material conveying channel. Turnover plates used for pushing the bearing ring to be turned over are arranged between the two guide plates in a rotating manner. A drive motor for driving the turnover plates to rotate is arranged on the material conveying channel. According to the disc feeding machine, the bearing ring placed reversely can be turned over, and the phenomenon that the bearing ring is damaged in the machining process does not occur easily.

Description

technical field [0001] The invention relates to an automatic feeding device, more specifically, it relates to a disc feeding machine. Background technique [0002] In the assembly line of industrial production such as bearing processing, the continuous operation of the processing device requires continuous supply of materials, and manual feeding is time-consuming and laborious. At present, bulk materials generally use disc feeders to realize automatic feeding. [0003] The announcement number is: the Chinese patent of CN203921898U discloses a kind of disc feeding machine, comprises disc, the outer frame that surrounds disc, the feedway that is arranged on one side of disc, the frame that is positioned at disc below and is arranged on machine. A motor in the frame and connected to the disc axis, the material channel includes a feed port located on the disc and a discharge port located outside the disc, the material channel includes a material channel plate A and a material c...

AI Technical Summary

Problems solved by technology

[0004] like image 3 The bearing ring shown in the figure includes a large end face and a small end face. The thickness of the small end face is greater than the thickness of the large end face. When loading materials, the large end face must be placed downward, otherwise the bearing sleeve will be damaged during processing. The ring will be damaged by the cutter. When using the above-mentioned disc loading machine as image 3 When loading the bearing rings shown, the operator will pour a large amount of unprocessed bearing rings into the disc feeder, and there may be bearing rings placed upside down, while the above disc feeder The upside-down bearing ring cannot be turned over automatically, so that the bearing ring is prone to damage during processing

Images