Variable inclination angle energy-saving feeder easy to assemble and change

A feeder and variable inclination technology, which is used in port feeding equipment, metallurgy, and mining fields, can solve problems such as large time consumption, material leakage, and low working efficiency of production systems, so as to reduce power consumption and wear and prolong use. Longevity, easy and quick maintenance effect

Active Publication Date: 2012-05-16
刘素华
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The feeding port of the existing mine, metallurgy and port feeder is a fixed and non-adjustable structure, the position of the conveying chassis of the feeder is fixed, and the conveying chassis is basically a horizontal structure feeder, the power consumption is relatively large, and the material flow is not stable. Smooth, the material guide trough is directly connected with the feeding chassis, due to the suspension installation and the impact of the feeding chassis, the joint between the material guide trough and the feeding chassis is deformed, making the seal very difficult, and the material leaks seriously from the surrounding of the fuselage; the conveying chassis The feeder with an inclination angle can feed smoothly, but the material cannot effectively stay in the guide trough when the machine is shut down. When feeding in an empty bin, the material falls from the bin that is tens of meters high, and the feeder is easy to be damaged. In order to keep the material, the whole machine is made relatively long, resulting in a relatively long machine, the total power consumption is large, and it is impossible to control the feeding and storage scientifically and effectively; when the feeder breaks down and parts need to be replaced, due to the feeding The feeder is an integral structure, mostly installed by hanging, so it is necessary to disassemble the feeder before replacing parts, etc., resulting in very complicated maintenance work, which takes a lot of time, seriously affects normal production, and makes the entire production system work inefficient

Method used

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  • Variable inclination angle energy-saving feeder easy to assemble and change
  • Variable inclination angle energy-saving feeder easy to assemble and change
  • Variable inclination angle energy-saving feeder easy to assemble and change

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0028] figure 1 with figure 2 It is the variable inclination angle easy to assemble and replace the energy-saving feeder described in embodiment 1. The feeder includes a material guide chute 1 and a conveying chassis 2, and the conveying chassis 2 is arranged below the material guide trough 1. A hanging mechanism 1.1 is provided on the material guide trough 1, and a support device 9 is provided at the bottom of the conveying chassis 2. The conveying chassis 2 includes a feeding trough 2.1 and a chassis 2.2. The feeding trough 2.1 is arranged on the chassis 2.2. The feeding trough 2.1 can be integrated with the chassis 2.2, or can be fixedly connected to the chassis 2.2 through bolts and other components. . The feeding chute 2.1 is located below the feed chute 1 . The feed chute 1 is provided with an angle adjustment mechanism, and the angle adjustment mechanism includes an angle adjustment oil cylinder 1 3.2, an angle adjustment screw rod 3.3 and a sliding hanging tooth 3...

Embodiment 2

[0036] image 3 It is easy to assemble and replace the energy-saving feeder with variable inclination described in embodiment 2. Different from Embodiment 1, an angle adjustment mechanism, that is, an angle adjustment oil cylinder II 3.6, is also provided on the conveying chassis 2, and a rotating mechanism II 3.7 is set on the conveying chassis 2 at the same time, that is, the conveying chassis 2 can simultaneously move along the rotating mechanism I 3.1 and the rotating mechanism. II 3.7 implements rotation. The feeder in this embodiment is a reciprocating feeder, and the feeder can also be a scraper feeder, a trough feeder, a crawler feeder, or an apron feeder.

[0037] Others are with embodiment 1.

Embodiment 3

[0039] Figure 4 It is easy to assemble and replace the energy-saving feeder with variable inclination described in embodiment 3. The feeder includes a material guide trough 1 and a conveying chassis, the conveying chassis includes a material guide hopper 4, the material guide hopper 4 is located below the material guide trough 1, an angle adjustment mechanism is arranged on the material guide trough 1, and the angle adjustment mechanism can also be arranged on the material guide hopper 4 on. The side plate 4.1 of the hopper and the bottom plate of the conveying chassis can be in an integrated structure, or can be connected in a sealed manner. The guide trough baffle plate and the side plate 4.1 of the hopper are fitted and slidably connected, and an elastic seal is provided at the joint, and the elastic seal can be made of polymer material, polyester material, rubber material and / or plastic ester materials etc. The bottom of the guide hopper 4 is provided with a supporting...

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Abstract

The invention relates to feeding equipment for mines, metallurgy and ports and in particular relates to a feeder. The variable inclination angle energy-saving feeder easy to assemble and change comprises a guide chute and a delivery chassis, wherein the delivery chassis is arranged below the guide chute. The feeder also comprises an angular adjustment mechanism which is arranged on the guide chute and/or delivery chassis. The feeder has the following beneficial effects: materials can be ensured to flow automatically or stop; feeding quantity increase is realized; the power consumption and wear are reduced; more energy is saved; the service life of the feeder is prolonged; and the integral machine is separately assembled so that the machine is easy to maintain rapidly and components are easy to change rapidly, thus improving the operation efficiency of an integral production system.

Description

technical field [0001] The invention relates to feeding equipment for mines, metallurgy and ports, in particular to a feeding machine. Background technique [0002] The feeding port of the existing mine, metallurgy and port feeder is a fixed and non-adjustable structure, the position of the conveying chassis of the feeder is fixed, and the conveying chassis is basically a horizontal structure feeder, the power consumption is relatively large, and the material flow is not stable. Smooth, the material guide trough is directly connected with the feeding chassis, due to the suspension installation and the impact of the feeding chassis, the joint between the material guide trough and the feeding chassis is deformed, making the seal very difficult, and the material leaks seriously from the surrounding of the fuselage; the conveying chassis The feeder with an inclination angle can feed smoothly, but the material cannot effectively stay in the guide trough when the machine is shut d...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B65G21/10B65G47/18
Inventor 刘素华
Owner 刘素华
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