Roller press reducer without damage disassembly structure

Abstract

The invention discloses a nondestructive dismounting structure of a speed reducer of a roller press. The nondestructive dismounting structure comprises a speed reducer output shaft (6) and a roller press extrusion roller shaft head (1). The nondestructive dismounting structure is characterized in that the speed reducer output shaft (6) is a solid shaft, and the roller press extrusion roller shaft head (1) is provided with a transition flange disc (2) connected to the speed reducer output shaft (6) via a bolt (3); two ends of the bolt (3) are respectively provided with nuts (5). The nondestructive dismounting structure of the speed reducer of the roller press not only is simple in structure, but also is low in cost; after the nondestructive dismounting structure of the speed reducer is adopted, the maintaining and dismounting time can be shortened to half a day without destructing the roller press extrusion roller shaft head and the speed reducer output shaft, and the installation time is also shortened to half a day, so that the maintaining and installation time is saved greatly, and the production efficiency and working efficiency are improved. The nondestructive dismounting structure of the speed reducer of the roller press is suitable for popularization and application.

Description

technical field [0001] The invention relates to a glass glaze potentiometer, in particular to a damage-free disassembly structure for a roller press reducer. Background technique [0002] The traditional traditional roller press reducer is a planetary reducer, and its connection with the extrusion roller of the roller press is: expansion sleeve interference connection; the specific connection method is: the output shaft of the reducer is in a thin-walled hollow state, and it is fitted through a gap It is hung on the shaft head of the extrusion roller of the roller press, and is locked by the shrink disk to transmit the torque. The disassembly structure of the traditional roller press reducer is as follows: figure 1 As shown, its disadvantages are: [0003] a. The assembly process is cumbersome, and it is difficult to control the assembly accuracy; [0004] b. During the operation of the roller press, the joint surface is prone to relatively slipping, thus straining the ex...

AI Technical Summary

Problems solved by technology

[0007] One of the purposes of the present invention is to address the above-mentioned deficiencies, to provide a non-damage disassembly structure for a roller press reducer, in order to solve the cumbersome installation process of the connection mode between the roller press reducer and the squeeze roller in the prior art, and the reducer is hollow. The sleeve is prone to slipping, and the disassembly process is difficult

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