Oil spraying equipment based on closing plate

Abstract

The invention provides oil spraying equipment based on a closing plate. The oil spraying equipment comprises a closed annular main pipeline and a plurality of branch pipelines communicating with the main pipeline, wherein the multiple branch pipelines are uniformly distributed on the periphery of the main pipeline in a circular array form; the circular array formed by the branch pipelines and themain pipeline are coaxial; a plurality of oil discharge pores are uniformly distributed in the branch pipelines; an oil feed pipe is connected to the main pipeline, the inner side of the main pipelineis provided with a plurality of installation sheets which are uniformly distributed in a circular array form, and the circular array formed by the installation sheets and the main pipeline are coaxial; and installation holes are formed in the installation sheets. The oil spraying equipment has the beneficial effects that the oil pipelines are simplified, using is more convenient, lubricating oilforms small oil drips to be uniformly scattered in overall large-size equipment by arranging the multiple oil spraying pores, all parts can be lubricated by the lubricating oil, through the design, the spraying uniformity of the lubricating oil can be remarkably improved, the advantage of saving oil is achieved, and the lubricating cost of the large-size mechanical equipment can be substantially reduced.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment and parts thereof, in particular to a fuel injection equipment based on a closing plate. Background technique [0002] In large machinery and equipment, lubricating oil is required to lubricate the mechanical parts, so as to reduce the degree of wear between the parts and achieve the purpose of extending the service life of the equipment. However, the traditional way of adding lubricating oil is to place the lubricating oil between the contact surfaces of the two parts through the pipeline with a small flow rate. Due to the large number of parts and components of large-scale equipment, on the one hand, the oil circuit will be too complicated and the lubricant will be wasted. Therefore, the traditional refueling method not only wastes oil, but also fails to achieve the expected lubricating effect. From this, it can be seen that how to develop a fuel injection device based on a closed...

AI Technical Summary

Problems solved by technology

Due to the large number of parts in large equipment, on the one hand, this will cause the oil circuit to be too complicated, and will cause a waste of lubricating oil

Therefore, the traditional refueling method not only wastes oil, but also fails to achieve the expected lubricating effect

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