Oil Filtration System for Ceramic Tile Press

Abstract

The invention discloses an oil filter system of a ceramic brick machine. The oil filter system comprises an oil cylinder, an upper oil tank and a lower oil tank. The oil cylinder is connected with the upper oil tank. The oil filter system further comprises a first oil outlet pipeline, a second oil outlet pipeline and an oil inlet pipeline. A first check valve is arranged on the first oil outlet pipeline. Oil in the lower oil tank enters the upper oil tank through the first check valve. A first filter and a second check valve are arranged on the second oil outlet pipeline. The oil in the lower oil tank body enters the upper oil tank through the first filter and the second check valve. A second filter is arranged on the oil inlet pipeline. The oil of the second oil outlet pipeline is filtered through the first filter, impurities in the oil can be filtered out, moisture dissolved in the oil can be filtered out, the oil is prevented from being emulsified, the elasticity modulus of the oil can be effectively kept, the energy consumption of the ceramic brick machine can be lowered, and the work efficiency of the ceramic brick machine can be improved. The oil passing through the oil inlet pipeline is filtered through the second filter.

Description

technical field [0001] The invention relates to the field of ceramic brick presses, in particular to an oil filter system of the ceramic brick presses. Background technique [0002] The ceramic brick press is driven by an oil cylinder to realize the brick pressing process. The oil filter structure of the ceramic brick press in the prior art is as follows: figure 1 As shown, it includes an oil cylinder 1a, an upper oil tank 2a, a lower oil tank 3a and a main oil pump 4a, the upper oil tank 2a is the main oil tank of the ceramic tile press, the lower oil tank 3a is the auxiliary oil tank of the ceramic tile press, and the oil in the upper oil tank 2a It enters the lower oil tank 3a through the oil inlet pipe; when the oil is recycled, it will inevitably be contaminated with impurities and water. In order to solve this problem, a filter 5a is added for filtering. In order not to affect the flow of the oil, the filter 5a uses It is a large flow filter element; when the oil cyli...

AI Technical Summary

Problems solved by technology

[0004] First of all, considering that the oil can flow smoothly and at a large flow rate, the dirt-holding capacity of the filter element is generally small, about 150 to 250g, resulting in a shorter replacement cycle of the filter element, about 1 to 2 months, which not only increases the cost, but also reduces the Reduce the working efficiency of the ceramic tile press

Secondly, the existing oil filtration system can only filter a small part of the water that is free in the oil. The unfiltered water in the oil will cause its emulsification. After the oil is emulsified, the elastic modulus will be reduced and the ceramic tile press energy consumption, reduce the efficiency of the ceramic tile press, and increase the probability of rusting of the filter system components, thereby reducing the service life of the components

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