Toothed plate double surface groove edge milling machine milling head mechanism

Abstract

The present invention relates to a toothed plate double surface groove edge milling machine milling head mechanism. According to the mechanism, a vertical speed reducer is coupled with the upper surface of a top connection flange, the lower surface of the top connection flange is coupled with the upper surface of a support base cylinder, the upper end of a milling cutter shaft is coupled with an output shaft of the vertical speed reducer, the milling cutter shaft is arranged inside a support base through a first support bearing assembly and a second support bearing assembly, the first support bearing assembly is arranged above steps inside the support base, the second support bearing assembly is arranged below the steps inside the support base, and is subjected to position limitation fixation through an end cover, a milling cutter head is arranged on a journal on the lower end of the milling cutter shaft, and is locked and fixed through two lower fixation nuts, the milling cutter head and the milling cutter shaft are coupled through a flat key so as to transfer a torque, and cutter blades are arranged on various blade holders of the milling cutter head. The toothed plate double surface groove edge milling machine milling head mechanism has characteristics of simple structure, low cost, low noise, high precision, convenience, safety, suitability for a plurality of work environments, reduced labor intensity, and greatly improved production efficiency.

Description

technical field [0001] The invention relates to a milling head mechanism of a toothed plate double-sided bevel edge milling machine, specifically a power output device for installing a double-sided milling cutter and performing milling in the toothed plate double-sided bevel edge milling machine The working mechanism belongs to the technical field of mechanical equipment. Background technique [0002] Before the present invention was made, in the prior art, the welding groove processing of the plates in the steel structure components was basically done after the flame cutting of the plates, and then manual grinding was carried out with an electric grinding wheel grinder, so as to form the welding slope required for connecting the plates mouth. Flame cutting personnel need to draw a cutting line on the plate with a stone pen, and then use a flame cutter to manually cut the groove on the plate. During the cutting process, it is easy to have poor straightness, uneven groove wi...

AI Technical Summary

Problems solved by technology

Flame cutting personnel need to draw a cutting line on the plate with a stone pen, and then use a flame cutter to manually cut the groove on the plate. During the cutting process, it is easy to have poor straightness, uneven groove width, and uneven groove surface. After grinding for a long time, the grinding machine still cannot fully meet the assembly requirements before welding

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