Bearing processing equipment chain plate connection automatic feeding mechanism

Abstract

The invention relates to an automatic feed back mechanism for a bearing machining equipment chain plate assembly line. A discharging opening of a rotary baiting disc is connected with a feeding opening of a fourth baiting channel. A discharging opening of the fourth baiting channel is connected with a first feeding opening of a first rotary type plate chain conveyor. A first discharging opening of the first rotary type plate chain conveyor is connected with a feeding opening of a first baiting channel. A discharging opening of the first baiting channel is connected with a first feeding opening of a second rotary type plate chain conveyor. A first discharging opening of the second rotary type plate chain conveyor is connected with a feeding opening of a second baiting channel. A discharging opening of the second baiting channel is connected with a second feeding opening of the first rotary type plate chain conveyor. A second discharging opening of the first rotary type plate chain conveyor is connected with a feeding opening of a third baiting channel. A discharging opening of the third baiting channel is connected with a feeding opening of the rotary baiting disc. By the adoption of the automatic feed back mechanism, the potential quality hazard existing in the man-made material carrying process is avoided, and the human cost is saved. The automatic feed back mechanism is simple in structure and high in automation degree.

Description

technical field [0001] The invention belongs to the technical field of chain plate connection of bearing processing equipment, and in particular relates to an automatic feeding mechanism for chain plate connection of bearing processing equipment. Background technique [0002] At present, the chain plate connection line used for bearing processing equipment is used to flow the material of the chain plate into the receiving box, and then manually carry it. Manual handling is time-consuming and labor-intensive. During the handling process, it is easy to cause potential quality hazards such as mixing materials and materials being overturned on the ground. [0003] Such as figure 1 As shown, the original bearing equipment chain plate connection line feeds from the feeding turntable 5 to the main board chain 1, from the main board chain 1 to the discharge channel 2, and then from the discharge channel 2 to the buffer plate 3, and then from the buffer plate 3 to the material rece...

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