Assembly mechanism of glass bead gear shaft oiler

Abstract

The invention relates to an assembly mechanism of a glass bead gear shaft oiling machine. The assembly mechanism comprises a machine frame and a cooperation control box. The machine frame is provided with two conveying devices. The conveying devices are provided with a conveying carrier. The conveying carrier is switched on the two conveying devices through a transposition air cylinder arranged on the machine frame. The conveying carrier comprises a conveying carrying base. An assembly carrier is arranged in the middle of the conveying carrying base. The two sides of the conveying carrying base are provided with a gear shaft placement carrier and a cover plate placement carrier correspondingly. The conveying device on the rear side is matched with a gear shaft feeding mechanical hand, a cover plate feeding device, a glass bead assembling device, a gear shaft feeding device, a gear feeding device and an alloy copper cover feeding device. A box body transfer device, an alloy copper cover riveting device, a gear shaft oiling device, a gear shaft assembling device, a cover plate assembling device, a bolt locking device and a discharge mechanical hand are arranged above the conveying device on the front side in a matched mode. It can be ensured that a follow-up gear shaft can be engaged with a gear when assembled, integrated automatic precise assembly is achieved, and assembly efficiency and the yield are greatly improved.

Description

technical field [0001] The invention relates to the field of processing equipment for lubricators, in particular to an assembly mechanism for a bead gear shaft lubricator. Background technique [0002] Such as Figure 5 As shown, most of the oilers are made up of the box body carrying the case cover 10, the gear shaft 73 installed by the copper 75 cover on the case cover 10, the gear 72 installed by the gear shaft 71 and the cover plate 74 on the case cover 10 , in order to improve the rigidity of the load-bearing gearbox, most of the existing gearboxes use an integrated box, so the assembled box will be used in the assembly process of the lubricator, and then the gear shaft and the gear shaft will be assembled on the box. For gears, in order to ensure that the gear shaft and the gear shaft mesh with each other, most of the existing assembly needs manual adjustment. For the glass beads in the gear shaft, most of the glass beads in the gear shaft are manually injected into th...

AI Technical Summary

Problems solved by technology

[0002] like Figure 5 As shown, most of the oilers are made up of the box body carrying the case cover 10, the gear shaft 73 installed by the copper 75 cover on the case cover 10, the gear 72 installed by the gear shaft 71 and the cover plate 74 on the case cover 10 , in order to improve the rigidity of the load-bearing gearbox, most of the existing gearboxes use an integrated box, so the assembled box will be used in the assembly process of the lubricator, and then the gear shaft and the gear shaft will be assembled on the box. For gears, in order to ensure that the gear shaft and the gear shaft mesh with each other, most of the existing assembly needs manual adjustment. For the glass beads in the gear shaft, most of the glass beads in the gear shaft are manually injected into the gear shaft in advance. The entire assembly uses It is also a semi-automatic assembly equipment, which consumes a lot of manpower and needs to be moved multiple times. The assembly efficiency of the oiler is low, and the yield rate is not high.

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