Ball type ceramic bearing ball loading equipment

Abstract

The invention provides ball mounting equipment for a ball ceramic bearing. The ball mounting equipment comprises a lower machine body, and the bottom wall of working cavity can be provided with locating plates; each locating plate is internally provided with a locating hole with an upward opening, and the top surface of each locating plate can be provided with a first holder extending into the corresponding locating hole; and the top surface of each locating plate can be provided with a ceramic outer ring and a ceramic inner ring located in the ceramic outer ring. According to the equipment, balls are located through the locating holes, and the located balls are fixed after the holders are installed; the distance between the adjacent balls is unchanged, and the balls of the equipment are located accurately; a produced ceramic bearing is high in quality; in addition, a larger space is left in the ball mounting process automatically, and used for packing the balls into the equipment; the balls are not liable to roll out of the rings, and the equipment is safe and reliable, and sensitive in response; the whole mounting process is high in degree of automation, and the equipment is convenient and efficient; and the operation is simple.

Description

technical field [0001] The invention relates to the field of production and manufacture of transmission parts, in particular to a ball-type ceramic bearing ball loading device. Background technique [0002] As we all know, bearings, as an important mechanical basic part, are often used to support mechanical rotating bodies, reduce the friction coefficient during its movement and ensure its rotation accuracy. Among bearings, ceramic bearings have excellent performance that metal bearings cannot match and are widely used. Applications, such as: not afraid of corrosion, low density, light weight, high elastic modulus, etc.; but the ceramic material itself is brittle and has low impact resistance, so ordinary metal bearings cannot directly install fixed balls inside the bearing by stamping. Applicable to ceramic bearings, but the traditional bearing production line is cumbersome and the ball installation efficiency is low; the equipment is heavy, the production cycle is long, an...

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Problems solved by technology

[0002] As we all know, bearings, as an important mechanical basic part, are often used to support mechanical rotating bodies, reduce the friction coefficient during its movement and ensure its rotation accuracy. Among bearings, ceramic bearings have excellent performance that metal bearings cannot match and are widely used. Applications, such as: not afraid of corrosion, low density, light weight, high elastic modulus, etc.; but the ceramic material itself is brittle and has low impact resistance, so ordinary metal bearings cannot directly install fixed balls inside the bearing by stamping. Applicable to ceramic bearings, but the traditional bearing production line is cumbersome and the ball installation efficiency is low; the equipment is heavy, the production cycle is long, and the economic benefit is low for short-term production; therefore, it is necessary to design a ball-type ceramic bearing ball loading equipment to solve the problem above questions

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