Gear double-sided deburring equipment

Abstract

The invention discloses gear double-sided deburring equipment which comprises a machine frame. The equipment is characterized in that a gear rotating device, a gear pressing device, a gear lower surface deburring device and a gear upper surface deburring device are arranged on the machine frame, the gear rotating device comprises a lower mounting frame, a transmission shaft, a gear positioning seat and a first motor, the gear pressing device comprises an upper mounting frame, a gear pressure head and a pressing cylinder, the gear lower surface deburring device comprises a first X-axis adjusting mechanism, a first Z-axis adjusting mechanism, a lower grinding wheel driving mechanism and a lower grinding wheel, and the gear upper surface deburring device comprises a second X-axis adjusting mechanism, a second Z-axis adjusting mechanism, an upper grinding wheel driving mechanism and an upper grinding wheel. By means of the double-sided deburring equipment, deburring processing can be carries out on the two faces of a gear simultaneously, the production efficiency can be greatly provided, the size precision of the gear can be improved, and the subsequent assembly precision of the gear can be guaranteed.

Description

technical field [0001] The invention belongs to the technical field of gear processing, and in particular relates to a gear double-sided deburring device. Background technique [0002] After the gear is processed, there will be residual burrs on both sides and nearby edges, which are very sharp and dangerous, and affect the assembly precision and appearance quality at the same time, so double-sided deburring is required. [0003] However, the current deburring equipment has the following deficiencies and is analyzed as follows: [0004] First, because the gear has two sides, at present, when processing, it needs to be clamped first, and after deburring the opposite side, the gear needs to be turned over manually, and then the other side is deburred after the second clamping , there is low work efficiency and long auxiliary time. [0005] Second, due to the current gear grinding, eccentric rotation or serious axial vibration occurs when the gear rotates, and it is difficult...

AI Technical Summary

Problems solved by technology

[0004] First, because the gear has two sides, at present, when processing, it needs to be clamped first, and after deburring the opposite side, the gear needs to be turned over manually, and then the other side is deburred after the second clamping , there are low work efficiency and long auxiliary time

[0005] Second, due to the current gear grinding, eccentric rotation or serious axial vibration occurs when the gear rotates, and it is difficult to ensure the precise axial length of the gear, which affects the subsequent assembly accuracy of the gear.

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