Mechanical component oil dipping and spinning-dry device

Abstract

A mechanical component oil dipping and spinning-dry device comprises a frame. The frame is provided with a work panel, an oil tank and compression air cylinders or hydraulic cylinders or electric pushrods. The work panel is arranged on the top of the oil tank. The frame is arranged on the rear side portion of the oil tank. A workpiece hole is formed in the center of the work panel of the oil tank. A rotation disc is arranged below the workpiece hole. A motor is arranged at the bottom of the oil tank. The bottom of the rotation disc is connected with the top end of a rotation shaft. The bottomend of the rotation shaft is connected with a motor output shaft. The mechanical component oil dipping and spinning-dry device is reasonable in structure and low in cost, the rotation shaft of the mechanical component oil dipping and spinning-dry device can rotate and spin surplus oil on the workpiece dry, the cyclic utilization rate of the oil is increased, and cost is saved; and the phenomenonof uneven oil coating is avoided, and rust prevention can be effectively conducted on the workpiece.

Description

technical field [0001] The invention relates to the technical field of mechanical processing, in particular to an oil-immersed drying device for mechanical parts. Background technique [0002] The processing and manufacturing process of shaft and disc parts is complicated, from the initial casting or die-casting, then to machining, to the final rust prevention of the finished product, every link is very important. At present, there are mainly the following methods for anti-rust treatment: [0003] 1) Manual oil immersion anti-rust is mainly to manually soak all the shaft and disk parts in anti-rust oil, then take out the excess anti-rust oil and automatically drip it off, and finally pack it offline; but there are three disadvantages in this process : First, the takt time is long, and the oil dripping time is required; second, the surface of the shaft and disk parts takes away more anti-rust oil, which leads to a large consumption of single unit, which virtually increases t...

AI Technical Summary

Problems solved by technology

[0003] 1) Manual oil immersion anti-rust is mainly to manually soak all the shaft and disk parts in anti-rust oil, then take out the excess anti-rust oil and automatically drip it off, and finally pack it offline; but there are three disadvantages in this process : First, the takt time is long, and the oil dripping time is required; second, the surface of the shaft and disk parts takes away more anti-rust oil, which leads to a large consumption of single unit, which virtually increases the cost of auxiliary materials; third, the shaft and disk parts are in the During the storage process, too much anti-rust oil will stick to the surface of shaft and disk parts, forming an oil film with greater adhesion than conventional ones, which makes it difficult to clean the anti-rust oil thoroughly before assembly of the whole machine, affecting later assembly, and even causing damage after assembly. The output of the whole machine cannot reach the design performance index

[0004] 2) Anti-rust through spraying equipment, which is mainly composed of roller table, nozzle, fuel tank, oil pump, transmission system, etc. Its working principle is that the shaft and disk parts automatically enter the equipment through the roller table, and then the anti-rust oil directly passes through the oil pump Pull it out to the nozzle, spray directly onto the surface of the shaft and disk parts, and finally complete the anti-rust treatment; this method will cause partial spraying, and there will still be more anti-rust oil on the surface of the shaft and disk parts, and the oil dripping time will also be set , the cleaning is not thorough before assembly in the later stage;

[0005] 3) Treatment of atomizing anti-rust equipment. The equipment adds an atomizing device and an oil mist collection system device on the basis of 1) and 2). In addition, it puts forward higher requirements for the sealing conditions of the equipment, otherwise it will cause oil molecules However, the current oil mist collection system on the market still has certain shortcomings, and it is difficult to recover the excess oil mist completely. In addition, if the oil mist system or the sealing environment of the equipment is abnormal, the oil molecules will immediately escape to the working environment on site Surroundings seriously affect the surrounding environment, and even affect employees' work emotions, resulting in physical incompatibility of employees; although the atomized anti-rust treatment has changed the situation of excessive anti-rust oil caused by the previous two methods and reduced the cost, however, if the fog Unreasonable debugging of the chemical device will lead to insufficient anti-rust of the shaft and disk parts, and rusting of the shaft and disk parts will occur during storage, which will bring unnecessary consequences and even cause the shaft and disk parts to be scrapped

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