No-crushing elevator hopper

Abstract

The invention discloses a no-crushing elevator hopper. The no-crushing elevator hopper comprises a ladder-shaped hopper body, wherein suspension pin bosses are arranged on two end side walls of the ladder-shaped hopper body. Suspension pins are respectively embedded in the suspension pin bosses. A clamp platform is arranged at the front end of the ladder-shaped hopper body. A strengthening flat A is arranged on a side wall of the ladder-shaped hopper body. A circular arc turning boss is arranged at one end of the strengthening flat A. A circular arc discharging boss A is arranged on a side wall, below the strengthening flat A, of the ladder-shaped hopper body. A stiffening beam is arranged between the circular arc turning boss and the circular arc discharging boss A. A guide limiting column is arranged on a side wall, on the same side with the strengthening flat A, of the ladder-shaped hopper body. The no-crushing elevator hopper has the advantages that two adjacent hoppers are in seamless connection, the triangular-prism-shaped clamp platform divides dropped materials into two adjacent hoppers, so that leakage of a gap between two adjacent hoppers is avoided, and the material is prevented from being grinded and broken. The no-crushing elevator hopper is simple in structure, convenient to maintain, low in manufacture cost and long in service life.

Description

Technical field: [0001] The invention relates to a hopper, in particular to a hopper without a broken elevator. Background technique: [0002] At present, the hoppers used in non-crushing elevators are all equipped with suspension shafts on the chain, and the suspension shafts are inserted on the hoppers, resulting in gaps between the hoppers, and the hoppers are prone to shaking during operation; when materials fall into the hopper, and During the operation, it will fall from the gap between the hoppers, causing material breakage and loss; the vibration of the hopper during operation makes friction and collision between the suspension shaft and the chain prone to occur, resulting in deformation of the suspension shaft, and even damage to the hopper, resulting in The life of the hopper is greatly shortened, and the equipment is often repaired, causing frequent interruptions in production. Invention content: [0003] The purpose of the present invention is to provide a non...

AI Technical Summary

Problems solved by technology

[0002] At present, the hoppers used in non-crushing elevators are all equipped with suspension shafts on the chain, and the suspension shafts are inserted on the hoppers, resulting in gaps between the hoppers, and the hoppers are prone to shaking during operation; when materials fall into the hopper, and During the operation, it will fall from the gap between the hoppers, causing material breakage and loss; the vibration of the hopper during operation makes friction and collision between the suspension shaft and the chain prone to occur, resulting in deformation of the suspension shaft, and even damage to the hopper, resulting in The life of the hopper is greatly shortened, and the equipment is often repaired, resulting in frequent interruption of production

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