Traveling-type solid-liquid separation measuring machine

Abstract

The invention provides a traveling-type solid-liquid separation measuring machine. The traveling-type solid-liquid separation measuring machine comprises a vehicle body platform, a moving mechanism arranged below the vehicle body platform, a separating mechanism arranged in the middle of the vehicle body platform, a slag inlet mechanism arranged at one side of the separating mechanism, a rotatingmechanism arranged at one end of the vehicle body platform and a self-discharging mechanism arranged on the rotating mechanism; the separating mechanism comprises a box body; a plurality of water filtering partition plates are uniformly and vertically arranged in the box body; a feeding port and a discharging port are formed in the box body and respectively positioned at the two ends of water filtering partition plates; a plurality of rotating shafts are uniformly arranged in the box body; and a special-shaped shifting plate is arranged on each rotating shaft and positioned between every two adjacent water filtering partition plates. According to the traveling-type solid-liquid separation measuring machine, a solid-liquid mixture is separated as the solid-liquid mixture enters the machine,the recovery rate of solid particles is high, the separated solid particles has low water content, the running noise of the machine is low, the separated water flows into a water storage tank througha pipeline, the onsite working environment is improved, and the manual work intensity is reduced.

Description

technical field [0001] The invention relates to the technical field of solid-liquid separation, in particular to a walking type solid-liquid separation metering machine. Background technique [0002] Nowadays, many mines need a lot of water to flush the coal hole during the drilling process, and discharge a lot of water slag mixture, etc. The amount of water and coal is too large. Once the drilling operation is performed, it is very difficult to manually separate the solid-liquid mixture. The existing solution, one is to use The cofferdam sedimentation method takes a long time; the second is to use a vibrating screen, which is very noisy during operation in the roadway, which seriously affects the physical and mental health of the workers; and in both methods, a large amount of solid particles are lost with the water, and the recovery rate of solid particles is low; And there is also the problem that the solid particles lost with the water will be silted up again in the sedi...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, many mines need a lot of water to flush the coal hole during the drilling process, and discharge a lot of water slag mixture, etc. The amount of water and coal is too large. Once the drilling operation is performed, it is very difficult to manually separate the solid-liquid mixture. The existing solution, one is to use The cofferdam sedimentation method takes a long time; the second is to use a vibrating screen, which is very noisy during operation in the roadway, which seriously affects the physical and mental health of the workers; and in both methods, a large amount of solid particles are lost with the water, and the recovery rate of solid particles is low; And there is also the problem that the solid particles lost with the water will be silted up again in the sedimentation tank

The whole process consumes a lot of manpower and is cleaned up in time, which seriously affects the progress of drainage and recovery

[0003] And under normal circumstances, about 0.5 tons of rock slag or solid particles can be collected per 1 meter of footage in the drilling process, and even more solid particles flow out of the coal seam, so the measurement method is now used to assess the manual drilling footage; most of the current coal mines The solid particles are separated by the cofferdam to measure the size and calculate the cubic number to judge whether it meets the standard, which consumes a lot of procedures and manpower

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