Water-saving industrial silt screening equipment

Abstract

The invention discloses water-saving industrial silt screening equipment. The water-saving industrial silt screening equipment mainly comprises a material conveying mechanism, a residue throwing mechanism, a vibration screening mechanism, a stirring and water injecting mechanism, a left transmission assembly and a right transmission assembly, wherein the residue throwing mechanism comprises a machine body, a driving cavity, a motor, a first driving shaft, a sliding block and a first torsion spring, the vibration screening mechanism comprises a connecting rod, a first long plate, a first through groove, a second long plate, a second through groove and a screen, the stirring and water injecting mechanism comprises a material storage box, a stirring cavity, a second transmission cavity and asecond rotating shaft. The water-saving industrial silt screening equipment has the beneficial effects that a mechanical mechanism is used for driving the screen to vibrate up and down so as to screenout industrial waste residues while clear water is adopted for scouring, compared with general screening equipment, the water-saving industrial silt is high in screening speed and high in efficiency,in addition, after the water-saving industrial silt screening equipment finishes screening, silt with water is stirred to enable the water flow to enter a water pump again to be recycled through water falling fine holes, and the water-saving industrial silt screening equipment is energy-saving and environment-friendly, safe and reliable, and high in automation degree.

Description

technical field [0001] The invention relates to a water-saving type industrial sediment screening equipment, and mainly relates to the field of resource reuse. Background technique [0002] As we all know, in the industry, it is often necessary to use sediment as a filler or intermediate medium for production. In the industrial production process, these industrial sediments are more or less mixed with metal particles. For example, during the sand casting production process, a part of the metal solution will splash Metal particles are formed in the sediment. Due to the large scale of industrial production, this small part of metal materials accumulates and accumulates. When the sediment is directly discarded, it is not conducive to the current economic development model of resource recycling; in addition, the vast majority Industrial metals are toxic, so the industrial sediment accompanied by metal particles will pollute the soil or water during the discarding process, so it ...

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Problems solved by technology

[0002] As we all know, in the industry, it is often necessary to use sediment as a filler or intermediate medium for production. In the industrial production process, these industrial sediments are more or less mixed with metal particles. For example, during the sand casting production process, a part of the metal solution will splash Metal particles are formed in the sediment. Due to the large scale of industrial production, this small part of metal materials accumulates in small quantities. When the sediment is directly discarded, it is not conducive to the current economic development model of resource recycling; in addition, the vast majority Industrial metals are toxic, so the industrial sediment accompanied by metal particles will pollute the soil or water during the discarding process, so it is necessary to screen the industrial sediment, while the traditional sediment screening equipment has slow screening speed and low efficiency. It is easy to cause waste of water resources; therefore, it is necessary to design a water-saving industrial sediment screening equipment to solve the above problems

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