An anti-sticking and smooth activated cloth device

Abstract

The invention relates to an anti-gluing and smooth activating distributor. The anti-gluing and smooth activating distributor comprises a distributing device, wherein the distributing device is arranged below an external stock bin. The anti-gluing and smooth activating distributor is characterized in that the distributor further comprises an activating cone arranged in the distributing device, wherein the activating cone is connected with the distributing device through a hanging arm of the activating cone and a hanging shaft of the activating cone, a vibrating motor and a shock excitation body are fixedly connected and arranged on one side of the distributing device, the vibrating motor and the shock excitation body are connected with the distributing device through a hanging arm of the shock excitation body and a hanging shaft of the shock excitation body, and the shock excitation body is fixedly connected with the activating cone through a shock excitation spring and a connecting rod. According to the anti-gluing and smooth activating distributor, a discharge port of the external stock bin can activate discharged material, funnel flow and tubular flow can not be formed, the probability that materials in the bin are glued to the wall is greatly reduced, continuous production is facilitated, and the anti-gluing and smooth activating distributor is widely applied to feeders of various solid particle materials such as building materials or steel and iron ore.

Description

technical field [0001] The invention belongs to solid particle material feeding equipment, in particular to an anti-sticking and smooth activated material distributing device. Background technique [0002] Raw materials such as building materials or steel ore usually contain viscous materials, and their mass content and humidity vary greatly. As a large-capacity storage silo, it is easy to form funnel flow or tubular flow due to viscous material sticking to the wall, resulting in Unsmooth export feed directly affects normal continuous production. To make full use of the designed storage capacity, it is necessary to carry out normal clearance, which is not only a heavy workload, but also dangerous. The existing real-time solutions mainly adopt methods such as bin wall vibration, integral vibrating hopper or air cannon, but none of them can completely solve the problem of material sticking to the wall and smooth discharge; Affected by the change of warehouse pressure and the...

AI Technical Summary

Problems solved by technology

Although this scheme is beneficial to the smooth discharge of the clay vibrating hopper, there are still obvious deficiencies: First, the solid particles with high soil content constantly rub against the decompression cone, the side wall of the vibrating hopper and the activation cone, and the particles adhering to the solid particles The impact and directional friction produced by the vibration gradually stick to the wall of the decompression cone, vibrating hopper and activation cone. In severe cases, the hopper will be blocked, which directly affects the normal continuous production; the second is that the air cannon is used for multi-component viscous granular materials. It basically loses its function. After the material enters the vibrating device, there is no relative movement between the vibrating hopper and the activation cone. The expanded material forms a horizontal resonance system with the vibrating hopper and the activation cone, which directly affects the feeding effect; the third is the design of the lower cone. The dead angle will inevitably lead to the accumulation of dead materials, which will eventually affect the smooth discharge of materials

Although this scheme can make the material evenly distributed in the axial direction of the coal crusher to improve the working condition of the coal crusher, there are still obvious deficiencies: First, the primary splitter plate adopts a fixed structure. When it is large, it is easy to block the channel, resulting in poor feeding of the upper stage. The problem of poor feeding of the upper stage caused by multi-component viscous granular materials is more serious; the second is the rigid vibration of the self-vibration device. When large pieces are piled up, once overloaded It is easy to burn, and the maintenance work is very demanding; the third is that the adjustment device is manual, and the feeding cannot be adjusted at any time according to the material condition, and the adjustment device is in contact with the material for a long time during operation, and there is a problem of failure

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