CN202625269U

CN202625269U - Anti-abrasion device for material conveying system

Info

Publication number: CN202625269U
Application number: CN 201220208630
Authority: CN
Inventors: 陈宾; 张首锋
Original assignee: China MCC17 Group Co Ltd
Current assignee: China MCC17 Group Co Ltd
Priority date: 2012-05-10
Filing date: 2012-05-10
Publication date: 2012-12-26
Anticipated expiration: 2022-05-10

Abstract

Disclosed is an anti-abrasion device for a material conveying system. The anti-abrasion device comprises a hopper and an elongated chute. A blanking hopper position which is often abraded and impacted by materials is changed into a step shape, and steel plates lengthened by about 50 millimeters are arranged at corners of the step; and material blocking steel plates are evenly welded in the elongated chute, and steel plates of 50 millimeters to 200 millimeters are welded at certain intervals on the internal bottom surface and two sides. According to the anti-abrasion device for the material conveying system, the steel plates are used to be welded into material accumulating areas, that materials abrade materials are formed in the material conveying process, direct contact and abrasion of materials to the chute or the hopper inner wall is avoided, the abrasion resistance is improved greatly, the service life is increased, and the normal and smooth production of production lines is guaranteed.

Description

The material-transporting system shoe

Technical field

The utility model relates to the abrasionproof facility of the material-transporting system of band hopper in the every profession and trade.

Background technology

In industry-by-industry; There are many materials need grow the transmission of distance; And in course of conveying, all kinds of hoppers, chute etc. all can be rubbed and the damaged situation that starts a leak by material for a long time, and the position that has then is a frequent wear; Frequent needs carry out patch work, exert a certain influence to production.

Summary of the invention

The purpose of the utility model will overcome the above problems exactly; A kind of material-transporting system shoe is provided,, adopts stepped appearance to add baffle plate technology conveyor hopper and chute are transformed to the hopper in the material-transporting system, the frequent wear problem of chute; Make material not directly to hopper and chute walls wearing and tearing; Thereby prolonged its service life, reduced patch work greatly, made production unobstructed smoothly.

The technical scheme of the utility model realizes like this: a kind of material-transporting system shoe; The chute that comprises hopper, elongated; Be characterized in: at the hopper position that material often weares and teares and impacts, change system into steppedly, prolong the steel plate about 50mm in step corner; In the chute interior of elongated, rectangular distribution is welded with the backgauge steel plate, is welded with the steel plate of 50～200mm at inner bottom surface and both sides one determining deviation.

The beneficial effect of the utility model is; Utilize steel plate to be welded into the buildup zone; In the convey materials process, form the material grind materials, avoided the direct contact wearing and tearing of material, improved its resistance to abrasion greatly chute or hopper inwall; Increase its service life, guaranteed the normal production smoothly of manufacturing line.

Description of drawings

Fig. 1 is the hopper External view of the utility model.

Fig. 2 be Fig. 1 the A-A cutaway view.

Fig. 3 is the schematic appearance of chute.

Fig. 4 is that the B of Fig. 3 is to view.

Among the figure: 1-material conveyor; 2-material; 3-hopper; 4-stepped appearance buildup; 5-chute; 6-chute welding side plate; 7-chute welding base plate; 8-material.

The specific embodiment

At the hopper position that material often weares and teares and impacts; Change system into steppedly, after material was piled up on step surface, the material of back just just rubbed to the material of deposition surface; Isolated the friction effect of material to the bucket wall liner plate; Simultaneously prolong the steel plate about 50mm, avoid the wearing and tearing of corner, so just place in operation for a long time in step corner.

And inner at the conveying scraper-trough conveyer of elongated, then only need rectangular distribution welding backgauge steel plate can reach the abrasionproof effect.Big or small length according to chute or hopper; Steel plate at inner bottom surface and both sides one determining deviation welding 50～200mm; Just be filled with material in the steel plate inboard when chute or the hopper punishment in advance first time, formed the solid accumulation zone, punishment in advance has in fact just become the material grind materials so later on; Can guarantee material do not wear and tear chute or hopper bottom surface and two sides, the resistance to abrasion of chute or hopper increases substantially.

The simple and easy practicality of this shoe; In material-transporting system, conveyer 1 is transported to material 2 in the hopper 3, and material 2 has been expired material through just piling up behind the stepped appearance buildup platform for the first time; The material of process will be the material grind materials later on, realize the abrasionproof effect to hopper; Same material can be deposited in chute welding side plate 6 and welding base plate 7 formed buildup zones through chute 5 time, course of conveying also forms the material grind materials, has realized the abrasionproof protective effect to chute.

Claims

1. material-transporting system shoe comprises it is characterized in that the chute of hopper, elongated: at the hopper position that material often weares and teares and impacts, change system into steppedly, prolong the steel plate about 50mm in step corner; In the chute interior of elongated, rectangular distribution is welded with the backgauge steel plate, is welded with the steel plate of 50 ~ 200mm at inner bottom surface and both sides one determining deviation.