Device using multichannel chute to transport materials in group and having speed reducing function

Abstract

The invention relates to a device using a chute to transport materials. The device using a multichannel chute to transport materials in group and having a speed reducing function is characterized by including a chute main body, slant speed reducing plates, a first compressing and expanding control mechanism, a second compressing and expanding control mechanism, and horizontal speed reducing plates; the multichannel chute main body comprises a bottom plate and 3-21 side plates arranged on the bottom plate and fixed with the bottom plate, the adjacent side plates form chute channels, and the horizontal speed reducing plates are arranged on the upper surface of the lower part of the chute main body; and one slant speed reducing plate is arranged in each chute channel and is provided with an upper end hinged with an upper end of a side plate on the right, lower ends of the slant speed reducing plates in the odd numbers of chute channels are connected with the first compressing and expanding control mechanism, and lower ends of the slant speed reducing plates in the even numbers of chute channels are connected with the second compressing and expanding control mechanism. The device can control material sliding speeds and ensure that the transported materials are in good condition, and ensures coherence of material loading and fetching.

Description

technical field [0001] The invention relates to a device for transporting materials by a chute. Background technique [0002] In the chute transportation, the conventional method cannot control the sliding speed of the material, and the material directly falls to the ground through the outlet of the chute, and the material is transported after a certain amount is accumulated, which will cause damage to a certain extent of the material and is not safe. There are some materials that require high appearance quality (such as refractory bricks, insulation bricks, acid and alkali resistant tiles, or components on some equipment), and the above-mentioned traditional transportation methods will not be able to guarantee the integrity of the materials, so the control of materials during chute transportation The speed of the slide and the fact that the material does not fall directly to the ground and cause damage are particularly important. There is an urgent need for a chute transpo...

AI Technical Summary

Problems solved by technology

[0002] In the chute transportation, the conventional method cannot control the sliding speed of the material, and the material directly falls to the ground through the discharge port of the chute, and the material is transported only after a certain amount has been accumulated, which will cause damage to the material to a certain extent, and is not safe

There are some materials that require high appearance quality (such as refractory bricks, insulation bricks, acid and alkali resistant tiles, or components on some equipment), and the above-mentioned traditional transportation methods will not be able to guarantee the integrity of the materials, so the control of materials during chute transportation The speed of the slide and the fact that the material does not fall directly to the ground and cause damage are particularly important

There is an urgent need for a chute transportation method that can control the sliding speed of the material to ensure the integrity of the transported material, and at the same time avoid the safety hazards caused by conventional methods

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