CN2373185Y - Scraper type iron remover - Google Patents

Abstract

The utility model provides a scraper type de-ironing machine, the outer container that has a set of relative feeding slide including inside, the outer container bottom is formed with finished product play hopper and iron powder play hopper respectively, it is equipped with several magnetic rods to arrange with the interval distance in the outer container, and each magnetic rod does not possess the magnetism end in both ends respectively, a scraper blade has been set respectively to the one end of each magnetic rod, the scraper blade can extend to the outer container outside by the frame strip, be equipped with one on the frame strip of outer container outside and push away the handle that promotes, setting up by the magnetic rod can be used for adsorbing the iron nature impurity in the raw materials, and can strike off by the scraper blade and lie in the iron nature impurity on the magnetic rod surface, this de-ironing machine can improve the whole performance that uses of de-ironing machine.

Description

Scraper type iron remover

The utility model relates to an iron remover, in particular to a scraper type iron remover which can improve the efficiency of iron removal.

Some specific raw materials, such as chemicals, ceramics or medicines, are in the form of slurry or liquid or powder before molding. After being hardened and shaped through specific processing procedures, specific products can be formed for use. The above-mentioned types Slurry or liquid or powder raw materials may be contained in the raw materials themselves, or under the influence of factors such as iron filings mixed into the raw materials during processing by mining, mixing or stirring processing machinery, etc. Iron or iron-containing minerals may lead to poor and unstable product quality after molding.

Someone has designed an iron remover that can remove the iron in the above-mentioned slurry raw materials, so that the product will not be affected by the iron impurities after molding, and can be used to improve the overall quality of the product. Generally, most of the existing iron removers are A magnet structure is set up to absorb ferrous impurities, so that ferrous impurities can be separated from the raw materials. However, the magnets generally installed inside the iron remover have insufficient magnetic properties and cannot provide sufficient adsorption force, so that they cannot be removed. The ferrous impurities in the raw material are completely removed, so there are still deficiencies in its use, and it is necessary to improve it.

The main purpose of the utility model is to provide a scraper-type iron remover with high iron removal efficiency, which includes a set of outer boxes opposite to the feeding slides. The bottom of the outer box is respectively formed with a finished product discharge hopper and an iron powder discharge hopper. There are several magnetic rods arranged at intervals, each magnetic rod has a non-magnetic end at its two ends, and a scraper is respectively sleeved at one end of each magnetic rod, and the scraper can be extended to the outer box through the frame Outside, there is a pushable handle on the outer frame bar of the outer box, which can be used to absorb ferrous impurities in the raw materials by setting the magnetic bar, and can scrape off the ferrous impurities on the surface of the magnetic bar by means of a scraper , can improve the overall performance of the iron remover.

In order to achieve the above object, the utility model takes the following measures:

The scraper type iron remover of the utility model includes:

A hollow outer box, with a set of feeding slides inclined inward from top to bottom are formed on the upper part of the outer box, and a finished product discharge hopper and an iron powder discharge hopper are respectively formed at the bottom of the outer box;

At least two magnetic rods with strong suction. The two ends of the magnetic rods are non-magnetic ends respectively. A scraper can be placed on the magnetic rods with non-magnetic ends at both ends. The outer side of the scraper is provided with a The outer frame bar is provided with a pushable handle outside the frame bar.

Wherein: the finished product discharge hopper can be located at the center of the bottom of the outer box, and the two sides of the finished product discharge hopper are respectively provided with iron powder discharge hoppers.

Compared with the prior art, the utility model has the following effects:

Since the outer box 10 is provided with a group of relatively inclining feeding slides 11, the bottom of the outer box 10 is respectively formed with a finished product hopper 12 and an iron powder hopper 13, and several magnetic rods 20 are arranged at intervals inside the outer box 10. The two ends of each magnetic rod 20 are non-magnetic ends 21 respectively. After the ferrous impurities 40 are adsorbed on each magnetic rod 20, they can be scraped back and forth on the magnetic rod 20 on the scraper 30 to achieve Scraping off the iron powder adsorbed on the surface of the magnetic bar 20 can separate the ferrous impurities 40 in the raw material and improve the overall performance of the iron remover.

Further illustrate structural feature and purpose of the present utility model below in conjunction with accompanying drawing.

Brief description of the drawings:

Fig. 1 is a perspective view of an embodiment of the utility model.

Fig. 2 is a joint cross-sectional view of the embodiment of the utility model.

Fig. 3 is a schematic diagram of a feeding state in a group of relative feeding slides of the present invention.

Fig. 4 and Fig. 5 are schematic cross-sectional views of the state of the utility model removing ferrous impurities in raw materials respectively.

As shown in Fig. 1 and Fig. 2, the scraper type iron remover of the present invention includes: a hollow outer box 10, and a group of feeding slides inclined inwardly from top to bottom are respectively formed on the top of the interior 11. A finished product discharge hopper 12 and two iron powder discharge hoppers 13 are respectively formed on the bottom of the outer box 10, and the finished product discharge hopper 12 is located in the central part, and the two sides of the finished product discharge hopper 12 are respectively provided with an iron powder discharge hopper 13, and the intersection positions of each iron powder outlet hopper 13 and the finished product outlet hopper 12 are respectively located directly below each feed slide 11;

The interior of the outer box 10 is provided with a plurality of cylindrical magnetic rods 20 with strong suction. The two ends of each magnetic rod 20 are respectively without magnetic ends 21, and the effect of the absence of magnetic ends 21 is that they cannot absorb ferrous impurities 40 ;

One of the ends of each magnetic rod 20 does not have a magnetic end 21, and there is a scraper 30 with several holes inside. A U-shaped frame bar 31 is provided on the outer side, and a handle 32 for pushing is provided on the outside of the frame bar 31 .

As shown in Figure 3, when using the combination of the above-mentioned structures, when the slurry or liquid or powder raw materials are poured into the outer box 10, the slurry or liquid or powder raw materials can pass through a set of relative inner slopes. The feeding slide 11 slides into the outer box 10, and the magnetic bar 20 arranged in the outer box 10 is used to absorb the ferrous impurities 40 in the raw material by the strong suction force generated by the magnetic bar 20. , and the ferrous impurities 40 can be adsorbed on the surface of the magnetic bar 20, and the raw materials without ferrous impurities 40 are slurry or liquid or powder can be output by the bottom of the finished product hopper 12 for use.

When desiring to remove ferrous impurities 40 accumulated on the magnetic bar 20 (as shown in Figure 4), the handle 22 can be pulled, that is, the frame bar 31 can pull the scraper 30, and the scraper 30 can move the position , the ferrous impurities 40 on the surface of the scraper 30 can be pulled to the top of the iron powder discharge hopper 13 on the right side, because the right end of the magnetic bar 20 has no magnetic end 21, the ferrous impurities 40 will not be magnetically adsorbed And take place downwards and fall in the iron powder discharge hopper 13 of right side;

In order to prevent the ferrous impurities 40 on the magnetic bar 20 from being produced, because a single scraping is still not clean enough, it is necessary to push back the scraper 30 (as shown in Figure 5) to scrape off again. The ferrous impurities 40 remaining on the surface of the magnetic bar 20, and the remaining ferrous impurities 40 can be pushed back to the top of the iron powder discharge hopper 13 on the left, because the left side of the magnetic bar 20 does not have a magnetic end 21, it will Make the ferrous impurities 40 fall downwards into the iron powder discharge hopper 13 on the left side. If the ferrous impurities 40 still cannot be separated, the above-mentioned pushing and pulling actions can be repeated, and the ferrous impurities 40 in the raw material can be reliably removed. Separation is used to improve the overall efficiency of the iron remover.

Claims (2)

1. scraper-type magnetic separator de-ironing includes:

One is the outer container of hollow form, and its inner and upper is formed with one group of oblique feed ramp respectively from top to bottom inwardly, and the outer container bottom is formed with finished product discharge bucket and iron powder discharge bucket respectively; It is characterized in that, also comprise:

At least two braces have the magnetic bar of powerful suction, the two ends of magnetic bar are respectively does not have a magnetic end, two ends have that not have on the magnetic bar of magnetic end be to be nested with a scraper plate, and the outside of scraper plate is provided with a moulding that extends to the outer container outside, and the moulding outside is provided with a handle that can promote.

2. scraper-type magnetic separator de-ironing according to claim 1 is characterized in that: described finished product discharge bucket is positioned at described outer container bottom center, and the both sides of finished product discharge bucket are respectively equipped with the iron powder discharge bucket.

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