CN200995168Y

CN200995168Y - Pipeline vibrating iron remover

Info

Publication number: CN200995168Y
Application number: CN200620162174.9U
Authority: CN
Inventors: 王兆连; 张洪彬; 付有良
Original assignee: WEIFANG HUATE MAGNETOELECTRIC APPARATUS CO Ltd
Current assignee: Shandong Huate Magnet Technology Co., Ltd.
Priority date: 2006-12-15
Filing date: 2006-12-15
Publication date: 2007-12-26
Anticipated expiration: 2016-12-15

Abstract

A pipeline-type vibrating iron remover, including a pipeline body, the inner cavity of the pipeline body is a material channel, and a plurality of magnetic separation boxes are installed in the material channel, each magnetic separation box has upper and lower openings, and the inner cavity is equipped with staggered And a plurality of magnetic rods fixed on the box body, each magnetic rod includes a shell made of non-magnetic material, a mandrel is fixed in the inner cavity of the shell, and the mandrel is covered with inherently staggered magnetic blocks and The soft magnetic sheet, wherein the polarity of the adjacent magnetic block is opposite, the vibration source that makes the magnetic separation box vibrate is also fixed on the pipeline body, and the inner vertical partition fixedly connected with the pipeline body is provided in the inner cavity of the pipeline body The gap between the plate and the outer vertical partition, the inner vertical partition and the outer vertical partition is the iron unloading chamber, each magnetic rod passes through the iron unloading chamber and extends into the magnetic separation box, and each magnetic rod is located in the iron unloading chamber. A sealing ring is set at the position close to the inner vertical partition in the chamber. This pipeline type vibrating iron remover has good effect of removing ferromagnetic impurities from fine powder materials and is easy to operate.

Description

Duct type vibration tramp iron separator

Technical field

The utility model relates to the device that a kind of removing is mingled in the ferromagnetic material in the powder material, a kind of duct type vibration tramp iron separator of more specifically saying so.

Background technology

In fields such as chemical industry, food, medicine, potteries,, to carry out deironing in advance to used powder material usually and handle in order to guarantee product quality.At present, known tramp iron separator, great majority are to be mingled in ferromagnetism impurity in the powder material with the simple magnetic field suction that static kicker magnet was produced, and ferromagnetism impurity is separated from powder material, finish iron removal step.The known tramp iron separator of this class, its drawback is: 1, because magnet is static, removal to ferromagnetism impurity is unclean, as fineness is surpassed 200 purpose removing iron by kaolin, in separating process, ferromagnetism impurity and kaolin raw material can be deposited on the bar magnet simultaneously, can't thoroughly remove ferromagnetism impurity; 2, when removing is deposited in ferromagnetism impurity on the bar magnet, bar magnet be taken off from tramp iron separator, troublesome poeration, efficient is low, and labour intensity is big.

Summary of the invention

The purpose of this utility model provides a kind of ferromagnetism impurity duct type vibration tramp iron separator effective, easy and simple to handle of removing.

In order to realize above-mentioned purpose, the duct type vibration tramp iron separator that is provided, comprise the pipe body that has charging aperture and lower discharge port, the inner chamber of pipe body is a material channel, in material channel, be equipped with from a side of pipe body and inject, arrange up and down and move towards vertical a plurality of magnetic separation boxes with material, each magnetic separation box is supported on a plurality of support wheels, these support wheels are fixed on the two side of pipe body, the box body upper and lower opening of each magnetic separation box, be equipped with in its inner chamber and be interspersed and be fixed in many bar magnets on the box body, every bar magnet comprises the shell of making of non-magnet material, in the inner chamber of shell, be connected with mandrel, intrinsic magnetic patch that is interspersed of cover and diskette on the mandrel, the polarity of wherein adjacent magnetic patch is opposite, its design feature is to be connected with the vibration source that makes the vibration of magnetic separation box on the pipe body, in the inner chamber of pipe body, be provided with the affixed interior vertical clapboard of pipe body and outside vertical clapboard, gap between interior vertical clapboard and the outer vertical clapboard is for unloading the iron chamber, every bar magnet passes this and unloads the iron chamber and protrude in the magnetic separation box, the lower end of unloading the iron chamber is provided with unloads the iron mouth, and every bar magnet is positioned at and unloads the iron chamber and press close to the position of vertical clapboard and be set with sealing ring.

Above-mentioned vibration source is a vibrating motor, also can be other vibrating mechanism.

The quantity of above-mentioned magnetic separation box is 2-5.

Easy to operate when unloading iron is connected with handgrip in the box body outside of each magnetic separation box.

Above-mentioned duct type vibration tramp iron separator is connected with connecting plate in the bottom of pipe body, and connecting plate is supported on the support.

Stable for support, between connecting plate and support, be connected to damping block.

Duct type vibration tramp iron separator provided by the utility model, during work, under the effect of vibration source, bar magnet in all magnetic separation boxes is in vibrational state, after material flows into material channel from last charging aperture, under the magnetic field that bar magnet the produced effect that multilayer is gathered, the ferromagnetism impurity that is mingled in the powder material firmly is adsorbed on the bar magnet, non magnetic powder material then can not produce accumulation because of the vibration of bar magnet on bar magnet, continue to flow downward, flow out from lower discharge port, owing to be to adopt layer stereo magnetic system, every layer of magnetic system constitutes the one-level deironing, multilayer magnetic system then constitutes multistage deironing, so remove the effective of ferromagnetism impurity from powder material.Work a period of time, need be when being adsorbed on the ferromagnetism contaminant removal on the bar magnet, only need hold the outside pull magnetic separation of handgrip box, make bar magnet produce horizontal displacement, being adsorbed on ferromagnetism impurity on the bar magnet this moment breaks away from bar magnet and falls into and unload the iron chamber under the stopping of sealing ring, discharge through unloading the iron mouth, therefore, easy and simple to handle.

Learn that by top narration duct type vibration tramp iron separator provided by the utility model is not only removed the effective of ferromagnetism impurity from powder material, and easy and simple to handle.

Description of drawings

Embodiment of the present utility model is illustrated in conjunction with the accompanying drawings, wherein:

Fig. 1 is the structural representation of the described duct type vibration of embodiment tramp iron separator;

Fig. 2 is the left view of Fig. 1;

Fig. 3 is the structural representation of magnetic separation box;

Fig. 4 is the left view of Fig. 3;

Fig. 5 is the structural representation of bar magnet.

Among the figure: 1 is pipe body, and 2 is last charging aperture, and 3 is material channel, and 4 is vibration source, 5 are the magnetic separation box, and 6 is support wheel, and 7 is damping block, and 8 is connecting plate, 9 is support, and 10 is sealing ring, and 11 for unloading the iron mouth, and 12 are following charging aperture, 13 for unloading the iron chamber, and 14 is interior vertical clapboard, and 15 is outer vertical clapboard, and 16 is box body, 17 is bar magnet, and 18 is handgrip, and 19 is mandrel, and 20 is diskette, 21 is magnetic patch, and 22 is sealing resin, and 23 is latch, and 24 is shell.

The specific embodiment

With reference to accompanying drawing, the described duct type vibration of embodiment tramp iron separator, comprise the pipe body 1 that has charging aperture 2 and lower discharge port 12, the bottom of pipe body 1 is connected with connecting plate 8, connecting plate 8 is supported on the support 9, between connecting plate 8 and support 9, be connected to damping block 7, the inner chamber of pipe body 1 is a material channel 3, in material channel 3, be equipped with from a side of pipe body 1 and inject, arrange up and down and move towards vertical a plurality of magnetic separation boxes 5 with material, 3 have been drawn among the figure, each magnetic separation box 5 is supported on a plurality of support wheels 6, these support wheels 6 are fixed on the two side of pipe body 1, be connected with handgrip 18 in box body 16 outsides of each magnetic separation box 5 and be provided with the latch 23 that closely contacts with pipe body 1, box body 16 upper and lower openings of each magnetic separation box 5, be equipped with in its inner chamber and be interspersed and be fixed in many bar magnets 17 on the box body 16, every bar magnet 17 comprises the shell of making of stainless steel 24, in the inner chamber of shell 24, be connected with mandrel 19 with sealing resin 22, intrinsic magnetic patch that is interspersed 21 of cover and diskette 20 on the mandrel 19, magnetic patch 21 is selected NdFeB material for use, diskette 20 is selected ferrovanadium cobalt material for use, the polarity of wherein adjacent magnetic patch 21 is opposite, on pipe body 1, also be connected with the vibration source 4 that makes 5 vibrations of magnetic separation box, vibration source 4 is selected vibrating motor for use, in the inner chamber of pipe body 1, be provided with the affixed interior vertical clapboard 14 of pipe body 1 and outside vertical clapboard 15, gap between interior vertical clapboard 14 and the outer vertical clapboard 15 is for unloading iron chamber 13, every bar magnet 17 passes this and unloads iron chamber 13 and protrude in the magnetic separation box 5, the lower end of unloading iron chamber 13 is provided with unloads iron mouth 11, and every bar magnet 17 is positioned at and unloads iron chamber 13 and press close to the position of vertical clapboard 14 and be set with sealing ring 10.

Claims

1. A pipeline type vibrating iron remover, comprising a pipeline body (1) with an upper material inlet (2) and a lower material outlet (12), the inner cavity of the pipeline body (1) is a material channel (3), A plurality of magnetic separation boxes (5) inserted from one side of the pipe body (1), arranged up and down and perpendicular to the direction of the material are installed in the material channel (3). Each magnetic separation box (5) is supported on multiple On the support wheels (6), these support wheels (6) are fixedly connected on the two side walls of the pipeline body (1), and the box body (16) of each magnetic separation box (5) opens up and down, and its inner cavity is equipped with A plurality of magnetic rods (17) that are distributed in a staggered manner and fixedly connected to the box body (16), each magnetic rod (17) includes a shell (24) made of non-magnetic material, in the inner cavity of the shell (24) A mandrel (19) is fixedly connected, and the mandrel (19) is covered with inherently staggered magnetic blocks (21) and soft magnetic sheets (20), wherein the polarities of adjacent magnetic blocks (21) are opposite, and the characteristic is The vibration source (4) that makes the magnetic separation box (5) vibrate is fixedly connected to the pipeline body (1), and an inner vertical partition (14) fixedly connected with the pipeline body 1 is provided in the inner cavity of the pipeline body (1) And outer vertical clapboard (15), the gap between interior vertical clapboard (14) and outer vertical clapboard (15) is unloading iron chamber (13), and every magnetic bar (17) passes through this iron unloading chamber ( 13) into the magnetic separation box (5), the lower end of the iron discharge chamber (13) is provided with an iron discharge port (11), and each magnetic rod (17) is located in the iron discharge chamber (13) close to the inner vertical partition ( 14) is sleeved with sealing ring (10).

2. The pipeline type vibration iron remover according to claim 1, characterized in that the vibration source (4) is a vibration motor.

3. The pipeline type vibrating iron remover according to claim 1, characterized in that the number of magnetic separation boxes (5) is 2-5.

4. The pipeline type vibrating iron remover according to claim 1 or 3, characterized in that a handle (18) is fixedly connected to the outside of the box body (16) of each magnetic separation box (5).

5. The pipeline vibrating iron remover according to claim 1, 2 or 3, characterized in that a connecting plate (8) is fixedly connected to the lower part of the pipeline body (1), and the connecting plate (8) is supported on the bracket 9.

6. The pipeline type vibrating iron remover according to claim 5, characterized in that a damping block (7) is connected between the connection plate (8) and the bracket (9).