Internet of Things intelligent gas meter electromechanical valve gearbox gear set assembling system and method

Abstract

The invention discloses an Internet of Things intelligent gas meter electromechanical valve gearbox gear set assembling system. The Internet of Things intelligent gas meter electromechanical valve gearbox gear set assembling system comprises a gearbox cover body conveying system; and the Internet of Things intelligent gas meter electromechanical valve gearbox gear set assembling system further comprises a gearbox cover body feeding system, a lower-layer gear assembling system and an upper-layer gear assembling system which are sequentially arranged in the gearbox cover body conveying direction. The gearbox cover body conveying system is used for automatically conveying gearbox cover bodies, the gearbox cover body conveying system is filled with the cover bodies through the gearbox cover body feeding system, and the lower-layer gear assembling system and the upper-layer gear assembling system are used for gear assembling of lower-layer gears and upper-layer gears correspondingly. After assembly, the lower-layer gears and the upper-layer gears are meshed with each other to form gearbox gear sets, the assembly cost is low, and the efficiency is high.

Description

technical field [0001] The invention relates to the technical field of gear assembly, in particular to an assembly system for an electromechanical valve gearbox gear set of an Internet of Things intelligent gas meter. Background technique [0002] The gas meter electromechanical valve is used to realize the opening and closing and anti-blocking of the gas meter. The gas meter electromechanical valve is mainly assembled by a motor, a transmission gearbox and a valve stem actuator. [0003] Among them, the assembly process of the transmission gearbox is to pre-install the gear shaft on the cover of the transmission gearbox, and then install the gears in sequence to form a transmission gear set. The transmission gear set is generally composed of multiple single gears and double gears. A multi-stage gear set structure composed of meshing. [0004] When the gear is installed, it is mainly assembled manually at present, that is, manually clamping the gear, then manually adjusting...

AI Technical Summary

Problems solved by technology

[0004] When the gear is installed, it is mainly assembled manually at present, that is, manually clamping the gear, then manually adjusting the position of the clamping gear to meet the assembly requirements, and then manually assembling the gear and the gear shaft to form a shaft hole. Multiple problems: 1. First of all, due to the small diameter of the gears, it is extremely inconvenient to manually clamp the gears, and the clamped gears are also very easy to fall off. After each gear is clamped, it is necessary to manually adjust the gear assembly position. Low, and may use hands or other tools to assist in the adjustment process, which consumes manpower and is difficult to process; 2. Secondly, due to the steps of a large number of tools in manual processing, it is easy to bring in dust and cause product pollution; 3 , Moreover, due to the uncertainty of each processing force and accuracy of manual operation, the process may also cause gear damage

Therefore, there is a demand for automatic assembly in the industry, but also due to the small diameter of the gear and the difficulty of adjusting the assembly position, there are few devices on the market that can realize this gear assembly

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