CN201291154Y

CN201291154Y - Upright fluid deferrization device

Info

Publication number: CN201291154Y
Application number: CNU200820100619XU
Authority: CN
Inventors: 李泽
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-11-13
Filing date: 2008-11-13
Publication date: 2009-08-19
Anticipated expiration: 2018-11-13

Abstract

The utility model relates to a vertical-type fluid de-ironing device, which is characterized in that the vertical-type fluid de-ironing device comprises a primary fluid de-ironing device that is communicated with a fluid storage tank, wherein, the primary fluid de-ironing device comprises a cavity, a pipeline, a permanent-magnetic rod and a power mechanism, wherein, the cavity is provided with a fluid inlet and a fluid outlet; the pipeline is vertically arranged on the top part of the cavity and is communicated with the cavity; the permanent-magnetic rod is arranged inside the pipeline and passes through the bottom of the cavity; and the power mechanism drives the permanent-magnetic rod to move from up to down; a non-magnetic conduction rod is arranged between the permanent-magnetic rod and the power mechanism; the upper end of the pipeline is provided with a fluid outlet, and the bottom part, which is connected with the permanent-magnetic rod, of the cavity is provided with a ferromagnetic substance scraping port, and the fluid inlet and the fluid outlet are provided with a valve; the cavity is provided with a washing port that is communicated with a washing liquid supplying device and is provided with a valve; the bottom part of the cavity is provided with a discharging port with a valve. Compared with the prior art, the vertical-type fluid de-ironing device has the advantages of small occupied area, easy formation of mass production, good de-ironing effect and high production efficiency.

Description

A kind of vertical fluid deferrization device

Technical field:

The utility model relates to a kind of ore deposit screening device.

Background technology:

In the manufacture process of existing high-grade ceramic tile, the raw material-ceramic powder of ceramic tile all needs through iron removal, and iron removal is carried out after preparation ceramic size process often.Existing method for removing iron to ceramic size is ceramic size to be imported be equiped with in the container of bar magnet, when ceramic size process bar magnet, the ferromagnetic material in the ceramic size is drawn by bar magnet, thereby is realized the purpose of removing ferromagnetic material of ceramic size.The above-mentioned technology of removing ferromagnetic material, after bar magnet is filled ferromagnetic material, all need bar magnet is taken out from container, deliver to then on the bar magnet cleaning device bar magnet is cleaned, so that come into operation again after cleaning the ferromagnetic material on the bar magnet totally, this kind method production efficiency is low, can not satisfy the requirement of continuous deferrization.For this reason, the inventor has designed a kind of horizontal method for removing iron, bar magnet is horizontal placement, drive its work cavity volume or bar magnet that enters except that ferromagnetic material in the ceramic size by an actuating unit and clean cavity volume, though this kind method can realize the continuous deferrization requirement by the many complete equipments of parallel connection, but because bar magnet is a horizontally set, make the shared place of equipment big, be not easy to realize large-scale production, and be subjected to the influence of gravity, horizontal mobile bar magnet difficulty, the support sliding bearing need be set especially, and ceramic size laterally passes through the mode deironing of bar magnet, is not easy to give full play to the deironing ability of bar magnet.

Summary of the invention:

The vertical fluid deferrization device that goal of the invention of the present utility model is to provide a kind of easy formation large-scale continuous production, good iron removal effect, production efficiency is high.

Vertical fluid deferrization device of the present utility model is to realize like this, comprise the chopped-off head fluid deferrization device that is connected with fluid reservoir, this chopped-off head fluid deferrization device comprises and has fluid inlet, the cavity volume of fluid issuing, be arranged on the pipeline of the vertical setting that is connected with cavity volume at cavity volume top, be arranged in the pipeline and cross-under in the permanent magnet bar of cavity volume bottom, drive the actuating unit that permanent magnet bar moves up and down, between permanent magnet bar and actuating unit, be connected with the non-magnetizer rod, in the pipeline upper end fluid issuing is set, permanent magnet cross-under place in the cavity volume bottom is provided with ferromagnetic material and scrapes mouth, fluid inlet, fluid issuing all is provided with valve, cavity volume is provided with and rinse mouth that have valve that be connected with the flushing liquor feeding mechanism, is provided with the scavenge port that has valve in the cavity volume bottom.During work, fluid imports in the cavity volume and by the outlet of pipeline upper end from fluid reservoir and flows out, through cavity volume and pipeline the time, ferromagnetic material in the fluid is drawn by permanent magnet bar and is cleared out, after ferromagnetic material adsorbed on the permanent magnet bar acquires a certain degree, close fluid inlet, open fluid issuing, residual fluid in cavity volume and the pipeline is flow back in the storage tank by fluid issuing, close fluid issuing then, by the actuating unit permanent magnet bar that moves down, permanent magnet bar is moved down along the mouth of scraping of cavity volume bottom, the adsorbed ferromagnetic material in permanent magnet bar surface is scraped in the cavity volume, when permanent magnet bar fully by scraping mouth, scrape when only staying the non-magnetic conductive rod that links together with permanent magnet bar in mouthful top cavity volume, rinse mouth by the cavity volume side imports flushing liquor, the ferromagnetic material that reaches on the non-magnetic conductive rod in the cavity volume is flushed on the scavenge port of opening, and by outside the scavenge port discharge cavity volume, close rinse mouth then, scavenge port, permanent magnet bar after the cleaning is moved back into vertical pipeline, in the cavity volume, open the fluid inlet of cavity volume, proceed the work that removes ferromagnetic material of fluid.

Secondary Deironing mechanism below chopped-off head fluid deferrization device more than connection one cover, secondary Deironing mechanism comprises and has fluid inlet, the cavity volume of fluid issuing, be arranged on the pipeline of the vertical setting that is connected with cavity volume at cavity volume top, be arranged in the pipeline and cross-under in the permanent magnet bar of cavity volume bottom, drive the actuating unit that permanent magnet bar moves up and down, be provided with except that ferromagnetic material fluid inlet on the top of cavity volume, between permanent magnet bar and actuating unit, be connected with the non-magnetizer rod, in the pipeline upper end fluid issuing is set, permanent magnet cross-under place in the cavity volume bottom is provided with ferromagnetic material and scrapes mouth, fluid inlet, fluid issuing all is provided with valve, cavity volume is provided with and rinse mouth that have valve that be connected with the flushing liquor feeding mechanism, be provided with the scavenge port that has valve in the cavity volume bottom, the fluid inlet of the cavity volume of level Deironing mechanism links to each other with the fluid issuing of the cavity volume of chopped-off head fluid deferrization device first, the ferromagnetic material fluid inlet that removes of the cavity volume of level Deironing mechanism links to each other with the fluid issuing of the pipeline upper end of chopped-off head fluid deferrization device first, below the cavity volume bottom flow of the secondary Deironing mechanism of the one-level outlet in the end fluid collection tank is set, fluid collection tank links to each other with fluid reservoir by pumping installations.When removing iron substance, the transmission that fluid removes ferromagnetic material fluid inlet by the pipeline upper end fluid issuing and the cavity volume top of each Deironing mechanism realizes multiplely removing ferromagnetic material, thereby has promoted the effect of fluid deferrization magnetic material effectively; The fluid that cleaning is cleared up during bar magnet remains in the cavity volume is provided with on the fluid collection tank below the cavity volume bottom flow outlet that connects fluid issuing between each cavity volume, secondary Deironing mechanism that fluid inlet is finally collected afterbody, and sends fluid reservoir back to by pumping installations; The cleaning fluid that enters in the chopped-off head fluid deferrization device cavity volume is drained by the fluid deferrization device cavity volume bottom flow outlet of upper level, the fluid inlet and the afterbody fluid deferrization device cavity volume bottom discharge mouth of next stage fluid deferrization device cavity volume together with the ferromagnetic material that it cleaned out.

In order to prevent to wash cavity volume, permanent magnet bar back facing to the flushing liquor direction forms the dead angle, cavity volume bottom in the permanent magnet bar back that faces toward the flushing liquor direction is provided with the width square filling block consistent with the permanent magnet bar width, the tail end of permanent magnet bar also is provided with square non-magnetic inductive block, when the square non-magnetic inductive block on square non-magnetic inductive block width and the permanent magnet bar consistent with square filling block width moved to the cavity volume bottom, square non-magnetic inductive block and square filling block were bonded together.Like this, square non-magnetic inductive block back is filled by square filling block and can not be produced the dead angle.

The utility model compared with the prior art, owing to adopted the mode of removing ferromagnetic material of vertical pipeline, and, the cleaning that permanent magnet bar is carried out is to carry out in cavity volume, therefore, have shared local area few, form large-scale continuous production, good iron removal effect, advantage of high production efficiency easily.

Description of drawings:

Fig. 1 is a structural representation of the present utility model;

Structural representation when Fig. 2 washes bar magnet for the utility model

Structural representation when Fig. 3 overlooks for the utility model;

The A-A cutaway view of Fig. 4 Fig. 1;

Fig. 5 is Fig. 2 B-B cutaway view.

The specific embodiment:

Now in conjunction with the accompanying drawings and embodiments the utility model is described in further detail:

Vertical fluid deferrization device of the present utility model is to realize like this, comprise the chopped-off head fluid deferrization device 1 that is connected with fluid reservoir 21, this chopped-off head fluid deferrization device 1 comprises and has fluid inlet 2, the cavity volume 4 of fluid issuing 3, be arranged on the pipeline 5 of the vertical setting that is connected with cavity volume 4 at cavity volume 4 tops, be arranged in the pipeline 5 and cross-under in the permanent magnet bar 6 of cavity volume 4 bottoms, drive the actuating unit 7 that permanent magnet bar 6 moves up and down, be connected with non-magnetizer rod 8 in permanent magnet bar 6 and 7 of actuating units, non-magnetizer rod 8 is provided with sealing-plug 9, in pipeline 5 upper ends fluid issuing 10 is set, permanent magnet bar 6 cross-under place in cavity volume 4 bottoms are provided with ferromagnetic material and scrape mouth 11, fluid inlet 2, fluid issuing 3 all is provided with valve 12, cavity volume 4 is provided with the rinse mouth 14 that is connected with the flushing liquor feeding mechanism and have valve 13, is provided with the scavenge port 16 that has valve 15 in cavity volume 4 bottoms.When the effect of sealing-plug 9 is cleaning permanent magnet bar 6, with pipeline 5 sealings, in order to avoid cleaning fluid enters the fluid issuing 10 of pipeline 5 upper ends.

Secondary Deironing mechanism 17 below chopped-off head fluid deferrization device 1 more than connection one cover, secondary Deironing mechanism 17 comprises and has fluid inlet 2, the cavity volume 4 of fluid issuing 3, be arranged on the pipeline 5 of the vertical setting that is connected with cavity volume 4 at cavity volume 4 tops, be arranged in the pipeline 5 and cross-under in the permanent magnet bar 6 of cavity volume 4 bottoms, drive the actuating unit 7 that permanent magnet bar 6 moves up and down, be provided with except that ferromagnetic material fluid inlet 18 on the top of cavity volume 4, be connected with non-magnetizer rod 8 in permanent magnet bar 6 and 7 of actuating units, non-magnetizer rod 8 is provided with sealing-plug 9, in pipeline 5 upper ends fluid issuing 10 is set, permanent magnet bar 6 cross-under place in cavity volume 4 bottoms are provided with ferromagnetic material and scrape mouth 11, it is plastic hoops that ferromagnetic material is scraped mouth 11, fluid inlet 2, fluid issuing 3 all is provided with valve 12, cavity volume 4 is provided with the rinse mouth 14 that is connected with the flushing liquor feeding mechanism and have valve 13, be provided with the scavenge port 16 that has valve 15 in cavity volume 4 bottoms, the fluid inlet 2 of the cavity volume 4 of level Deironing mechanism 17a links to each other with the fluid issuing 2 of the cavity volume 4 of chopped-off head fluid deferrization device 1 first, the ferromagnetic material fluid inlet 18 that removes of the cavity volume 4 of level Deironing mechanism 17a links to each other with the fluid issuing 6 of pipeline 5 upper ends of chopped-off head fluid deferrization device 1 first, below cavity volume 4 bottom flow of the secondary Deironing mechanism 17b of the one-level outlet in the end 3 fluid collection tank 19 is set, fluid collection tank 19 links to each other with fluid reservoir 21 by pumping installations 20, in the end below the cavity volume 4 bottom discharge mouths 16 of the secondary Deironing mechanism 17b of one-level ferromagnetic material feeder 24 is set.

The cavity volume 4 of secondary Deironing mechanism 17 is provided with the rinse mouth 14 that is connected with the flushing liquor feeding mechanism and have valve 13.

As Fig. 4, shown in Figure 5, cavity volume 4 bottoms in permanent magnet bar 6 back that face toward the flushing liquor direction are provided with the width square filling block 22 consistent with permanent magnet bar 6 width, the non-magnetizer rod 8 that links to each other with the tail end of permanent magnet bar 6 is square non-magnetic inductive blocks, when the square non-magnetic inductive block 23 on square non-magnetic inductive block width and the permanent magnet bar 6 consistent with square filling block 22 width moved to cavity volume 4 bottoms, square non-magnetic inductive block and square filling block 22 were bonded together.

Claims

1, a kind of vertical fluid deferrization device, it is characterized in that comprising the chopped-off head fluid deferrization device that is connected with fluid reservoir, this chopped-off head fluid deferrization device comprises and has fluid inlet, the cavity volume of fluid issuing, be arranged on the pipeline of the vertical setting that is connected with cavity volume at cavity volume top, be arranged in the pipeline and cross-under in the permanent magnet bar of cavity volume bottom, drive the actuating unit that permanent magnet bar moves up and down, between permanent magnet bar and actuating unit, be connected with the non-magnetizer rod, in the pipeline upper end fluid issuing is set, permanent magnet cross-under place in the cavity volume bottom is provided with ferromagnetic material and scrapes mouth, fluid inlet, fluid issuing all is provided with valve, cavity volume is provided with and rinse mouth that have valve that be connected with the flushing liquor feeding mechanism, is provided with the scavenge port that has valve in the cavity volume bottom.

2, vertical fluid deferrization device according to claim 1, it is characterized in that the secondary Deironing mechanism more than connection one cover below chopped-off head fluid deferrization device, secondary Deironing mechanism comprises and has fluid inlet, the cavity volume of fluid issuing, be arranged on the pipeline of the vertical setting that is connected with cavity volume at cavity volume top, be arranged in the pipeline and cross-under in the permanent magnet bar of cavity volume bottom, drive the actuating unit that permanent magnet bar moves up and down, be provided with except that ferromagnetic material fluid inlet on the top of cavity volume, between permanent magnet bar and actuating unit, be connected with the non-magnetizer rod, in the pipeline upper end fluid issuing is set, permanent magnet cross-under place in the cavity volume bottom is provided with ferromagnetic material and scrapes mouth, fluid inlet, fluid issuing all is provided with valve, cavity volume is provided with and rinse mouth that have valve that be connected with the flushing liquor feeding mechanism, be provided with the scavenge port that has valve in the cavity volume bottom, the fluid inlet of the cavity volume of level Deironing mechanism links to each other with the fluid issuing of the cavity volume of chopped-off head fluid deferrization device first, the ferromagnetic material fluid inlet that removes of the cavity volume of level Deironing mechanism links to each other with the fluid issuing of the pipeline upper end of chopped-off head fluid deferrization device first, below the cavity volume bottom flow of the secondary Deironing mechanism of the one-level outlet in the end fluid collection tank is set, fluid collection tank links to each other with fluid reservoir by pumping installations.

3, vertical fluid deferrization device according to claim 2 is characterized in that the cavity volume of secondary Deironing mechanism is provided with and rinse mouth that have valve that be connected with the flushing liquor feeding mechanism.

4, according to claim 1 or 2 or 3 described vertical fluid deferrization devices, it is characterized in that the width square filling block consistent with the permanent magnet bar width being set in the cavity volume bottom of the permanent magnet bar back that faces toward the flushing liquor direction, the non-magnetizer rod that links to each other with the tail end of permanent magnet bar is square non-magnetic inductive block, when the square non-magnetic inductive block on square non-magnetic inductive block width and the permanent magnet bar consistent with square filling block width moved to the cavity volume bottom, square non-magnetic inductive block and square filling block were bonded together.