Round ball continuous guiding mechanism

Abstract

The invention discloses a round ball continuous guiding mechanism, and belongs to the field of machining conveying equipment. A bearing and guiding pipe is arranged on a ball guiding support on one side below a ball conveying pipe. A guiding rotating seat above the bearing and guiding pipe is rotationally connected to the ball guiding support. A reciprocating rotating gear is rotationally connected to the ball guiding support on the lower side of the bearing and guiding pipe. A reciprocating translation rack is arranged in a rack translation support in a sliding manner. A guiding and transferring connecting plate is fixedly arranged on one side of the reciprocating rotating gear in the radial direction of the reciprocating rotating gear, and a ball bearing clamp is fixedly arranged at theend of the guiding and transferring connecting plate. A reciprocating rotating disc is vertically, coaxially and fixedly arranged on one side of the reciprocating rotating gear. An ejector sleeve reciprocating connecting rod is arranged between the reciprocating rotating disc and the bearing and guiding pipe. The mechanism is reasonable in structural design, balls can be efficiently, stably, accurately, smoothly and continuously guided and conveyed one by one, the automation degree is high, and the machining and using requirements are met.

Description

technical field [0001] The invention belongs to the field of mechanical processing transmission equipment, in particular to a circular ball continuous material guide mechanism. Background technique [0002] Mechanical workpieces are single parts that make up machinery and machines that cannot be separated. It plays an important role in the automation industry. Mechanical workpieces include the connection of parts, supporting parts, lubricating lubrication systems and sealing parts. Components, parts of the transmission system that transmit motion and energy, there are many types of workpieces, and shaft sleeve workpieces are especially widely used in industrial production and mechanical equipment. The main function of shaft sleeve workpieces on mechanical equipment is axial positioning, Dustproof, sealing and torque transmission, during the manufacturing and processing of shaft sleeve workpieces, it is necessary to place multiple balls evenly on the outside of the shaft tube...

AI Technical Summary

Problems solved by technology

[0002] Mechanical workpieces are single parts that make up machinery and machines that cannot be separated. It plays an important role in the automation industry. Mechanical workpieces include the connection of parts, supporting parts, lubricating lubrication systems and sealing parts. Components, parts of the transmission system that transmit motion and energy, there are many types of workpieces, and shaft sleeve workpieces are especially widely used in industrial production and mechanical equipment. The main function of shaft sleeve workpieces on mechanical equipment is axial positioning, The role of dustproof, sealing and torque transmission, during the production and processing of shaft sleeve workpieces, it is necessary to place multiple balls evenly on the outside of the shaft tube part of the shaft sleeve workpiece, so that the shaft sleeve workpiece can realize shaft rotation during specific use. In the process of placing the balls of the existing shaft sleeve workpieces, the balls are placed one by one manually, the work intensity of the workers is relatively high and the work efficiency is low, and the existing balls are usually placed by manipulators The balls are grasped and placed, but the manipulator is used for grasping and placing, the driving mechanism is more and the operation is troublesome, it is difficult to realize the continuous and accurate placement of the balls, and because the ball particles have a circular structure, the manipulator is in the process of grasping the balls. It is difficult to achieve stable and efficient grabbing and fixing, and it is very easy to cause the balls to fall off during the ball grabbing and transferring process, which affects the normal and orderly ball feeding process. In the process, it is difficult to realize the smooth and efficient transfer and loading of balls one by one, and the balls cannot be automatically guided to the desired position. The automation of ball feeding and transmission is low, which affects the ball placement efficiency and quality of shaft sleeve workpieces, and reduces The production and processing speed of shaft sleeve workpieces cannot meet the needs of processing and use

Images