Intelligent detecting installing equipment for multiple types of piston rings

Abstract

The invention discloses intelligent detecting installing equipment for multiple types of piston rings. The intelligent detecting installing equipment for the multiple types of piston rings comprises an installing platform, an oil ring positioning device, a conical surface gas ring positioning device and a barrel surface gas ring positioning device are connected to the installing platform, and first longitudinal slide rails, a first switching electric cylinder and a first material bin supporting plate are transversely arranged in the middle of the installing platform; the oil ring positioning device comprises first pushing mechanisms, oil ring material frames and oil ring expanding devices, and the oil ring material frames are connected to the first material bin plate; each oil ring expanding device comprises a first material receiving plate, a first transmission gear ring and a first expanding mechanism, a first piston supporting block is arranged in each first material receiving plate, and a first buffering reset mechanism and a first buffering support are connected to the lower end of each first piston supporting block; each first transmission gear ring is located at the lower end of the corresponding first material receiving plate and arranged outside the corresponding first piston supporting block in a sleeving mode; and the conical surface gas ring positioning device and the barrel surface gas ring positioning device are arranged on the portion, on the right side of the oil ring positioning device, of the installing platform. According to the installing equipment intelligent installing of the piston rings can be achieved, operation is easy and convenient, and the installing efficiency is high.

Description

technical field [0001] The invention relates to the field of vehicle engineering, in particular to an intelligent detection and installation device for multi-type piston rings. Background technique [0002] At present, the installation of engine piston rings mainly relies on manual installation, which is inefficient and prone to problems such as reverse piston ring installation and piston ring breakage. Moreover, if the force is improper, the piston ring will also experience irreversible elastic deformation and other problems during the stretching process. The wear of the cylinder block during the movement of the engine piston will greatly affect the consistency of the assembly quality and bury a great hidden danger for the normal operation of the engine. At present, the commonly used installation method is to spread the piston ring in the corresponding groove of the piston by hand or with simple tools at room temperature. Under great danger. Therefore, how to improve the...

AI Technical Summary

Problems solved by technology

[0002] At present, the installation of engine piston rings mainly relies on manual installation, the installation efficiency is low, and problems such as reverse piston ring installation and piston ring breakage are prone to occur.

Moreover, if the force is improper, the piston ring will also experience irreversible elastic deformation and other problems during the stretching process.

Causes wear on the cylinder block during the movement of the engine piston, greatly affects the consistency of assembly quality, and buryes a great hidden danger for the normal operation of the engine

At present, the commonly used installation method is to spread the piston ring in the corresponding groove of the piston manually or with a simple tool at room temperature. under great danger

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