HOW TO REPLACE THE TOOTHED RING AND RUBBER BLOCK ANTI Vibration Mount OF HANGZHOU ADVANCE GEARBOX GROUP
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The toothed ring and rubber block ANTI Vibration Mount is parts of Hangzhou Advance Gearbox. It provides top anti-vibration efficiency. These toothed rubber block are amazingly sturdy to withstand the friction. Toothed rubber block is a type of accessory and parts made of rubber that is installed on the glove ring of gearboxes that is used to damp the transmission from the marine engine through the gearbox.
Toothed rubber blocks anti vibration mounts are manufactured by synthetic rubber mixed with some specialized chemicals that can withstand impact, tear resistance, meeting the needs of use in transmission coupling systems for HANGZHOU ADVANCE GEARBOX and marine engines, generators, etc..
Processing method of heavy-load herringbone gear ring processed in split splicing mode and correction tool thereof
Abstract
The invention discloses a processing method of a heavy-load herringbone toothed ring processed in a split splicing mode and a correction tool thereof. Therefore, in the combination process, the center plane centering control precision of the inner and outer teeth is improved by the aid of the tool, centering and alignment are facilitated, the efficiency is improved, the error accumulation is reduced, and the machining precision is improved.
Patent document No. CN103192241B discloses a method for machining a combined herringbone toothed ring part, which comprises the steps of: a slotting procedure of processing two helical tooth parts, and processing a group standing hole on the first helical tooth part; centering the centering error of the herringbone teeth, and processing a plurality of groups of vertical holes uniformly distributed on the second helical tooth part; centering the centering error of the herringbone teeth, and assembling; re-checking the herringbone tooth centering error, and issuing a centering check report; according to the centering test report, the pitch circle run-out is aligned, and the herringbone teeth are centered and then fastened by bolts; finished pin holes in the two helical tooth parts, and finished assembled holes in the second helical tooth part are drilled; verifying the centering error of the herringbone teeth again, and giving the correction direction of one helical toothed ring part.
