KR101183819B1 - An iron removal machine of red pepper powder - Google Patents

Abstract

PURPOSE: An iron removal machine for red pepper powder is provided to enable easy removal of iron from red pepper powder by increasing an exposure rate of red pepper powder to a maximum magnetic field strength. CONSTITUTION: An iron removal machine for red pepper powder comprises the following: a fixing wall(1) installed on one side of a bed(100); a partition wall(2) and a central partition wall(3) installed on the other side of the bed at a predetermined distance from the fixing wall; a separation room(S) and a cleaning room(C) installed among the fixing wall, the partition wall, and the central partition wall; a partition wall disk(20) and a central partition wall disk(30) rotatably installed inside the partition wall and the central partition wall for forming a constant interval among a plurality of horizontal penetration holes; bar magnets(40) inserted into the horizontal penetration holes from the partition wall disks; a bar magnet bundle(4) arranging the bar magnets in a circular shape; a scraper(5) in a hook shape fitted to the outside of the bar magnets; a rotation chuck(6) and a spindle head(7) rotating the partition wall disks and a rotary shaft(6a); and a revolution shaft(8) rotating toward the opposite direction of the bar magnet bundle.

Description

An iron removal machine of red pepper powder

The present invention relates to a red pepper powder remover, and more specifically, the manufacturing cost is low, and the collection of iron is easily made by increasing the probability of exposure to the strength and maximum magnetic strength of the magnet used, attached to the user seat The automatic removal of iron relates to a red pepper powder remover that allows the overall efficiency and simplicity of work to be minimized, as well as minimizing the loss of red pepper powder, and makes maintenance and cleaning easier to ensure cleanliness.

In general, red pepper powder is produced by crushing dry pepper between roll mills rotating at different speeds, and red pepper powder is ductile, so it is not easy to be broken, so it must be squeezed and crushed with high strength. Accordingly, metal friction occurs in the process of pressing the roll mill made of cast iron, and iron is mixed in the red pepper powder during the wear of the roll mill. Iron added in this way should be removed through the removal process, and removed using a permanent magnet or an electromagnet.
As a red pepper powder remover according to the prior art, Korean Patent Application No. 10-2008-51223 (name of the invention: red pepper powder sterilization and iron remover) is an example.
However, the iron removal apparatus using the magnet according to the prior art is expensive to manufacture, and the efficiency of iron collection and removal is low due to the low probability of exposure to the strength and maximum magnetic strength of the magnet used, the loss of red pepper powder, maintenance And it is not easy to clean because of the inefficiency and productivity of the work as well as a separate operation for removing the iron attached to the magnet, there is a problem that causes the inconvenience and inconvenience of the operation caused the deterioration of the reliability of the device.

Therefore, the present invention was devised to solve the above-mentioned conventional problems, and its object is to reduce the production cost and to increase the probability of exposure to the strength and maximum magnetic strength of the magnets used to collect iron. It is easily made, and the iron powder attached to the user's seat is automatically removed to minimize the loss of red pepper powder as well as the overall efficiency and simplicity of the work, and the red pepper powder remover for easier maintenance and cleaning to ensure cleanliness. In providing.

Red pepper powder remover according to the present invention for achieving the object of the present invention, a fixed wall is installed on one side on the bed, the separation partition and the central partition is installed on the other side on the bed at a distance from the fixed wall spaced apart A separation chamber installed between the fixed wall and the separation partition, and between the separation partition and the central partition wall, and a cleaning chamber; A separation partition disc and a central partition disc which are rotatably provided in the separation partition and the central partition, respectively, and the plurality of horizontal through holes are annular at equal intervals on a vertical plane; A plurality of rod magnet bundles arranged to form an annular shape at equal intervals in a vertical plane on a plurality of rod magnets inserted into the horizontal through-holes of the separating partition disc and the central partition disc; A ring-shaped scraper inserted between the separation partition disc and the central partition disc to move together with the bar magnet, and stopped by contact with the separation partition disc and the central partition disc; The one end of the rod magnet bundle is fixed, and the separation partition disc, the central partition disc and the rotation shaft are simultaneously rotated in the same direction by receiving power from the first driving motor by connecting the rotation axis to the rotation center of the separation partition disc and the center partition disc. A rotational chuck and a main shaft for linear reciprocating motion along the LM guide on the bed by the power of the second driving motor; It is installed in the inner center of the fixed wall, receiving the power of the third drive motor installed on the outer side of the fixed shaft to rotate at high speed as opposed to the rotation direction of the bundle of magnets;

In addition, the cleaning chamber, the brush chuck is formed at the front end, the rear end is supported by a support bracket, the support bracket is moved forward and backward with the brush chuck by the pneumatic cylinder, the pneumatic cylinder is fixed to the bed vertically installed Is fixed in the horizontal direction to the front end of the cylinder rod is connected to the support bracket, the support bracket is moved back and forth to the fixed block by a fixed block and a guide rod penetrated in the horizontal direction to the guide fixed to the fixed block. It is characterized in that it further comprises a rod magnet sweeper configured to be supported.

In addition, the rod magnet is formed of a stainless material, the inside of the long outer pipe is closed on one side and the other side is open, the first inner pipe of stainless material having a length corresponding to the scratching and both sides and the other end is blocked, A plurality of circumferential magnet modules smaller than the inner diameter of the outer pipe are inserted into the rear side of the first inner pipe, and a stainless material formed at a rear side of the magnet module with a length smaller than the entire length of the magnet module and blocked at one end and the other end thereof. And inserting the second inner pipe to seal the other side opening of the outer pipe.

As described above, the red pepper powder remover of the present invention is not only inexpensive to manufacture, but also can increase the exposure probability to the strength and maximum magnetic strength of the magnet used, so that the collection of iron is easy, and the iron attached to the user seat can be removed. It can be automatically made to improve productivity by securing overall efficiency of work, and can increase the simplicity of work, and also minimize the loss of red pepper powder, and produce and manufacture high-purity red pepper powder, and ensure cleanliness. Maintenance and cleaning can be made more easily, so that the quality of the device can be improved and the reliability can be further increased.

1A and 1B show the overall configuration of the present invention,
1A is a front view.
1B is a side view.
Figure 2 is a perspective view showing the main part of the present invention.
3 is a front view showing the internal configuration of FIG.
4a and 4b show the operating state of the present invention,
Figure 4a is a front view showing a state of movement of the bundle and scraper.
Figure 4b is a front view showing a state in which the scraper is stopped in contact with the central bulkhead.
5 is a cross-sectional view showing the internal structure of the bar magnet.

Hereinafter, the configuration of the present invention will be described in detail with reference to the accompanying drawings.

1A and 1B show the overall configuration of the present invention. FIG. 1A is a front view and FIG. 1B is a side view.

As shown in the present invention, on the bed 100, the separation chamber (S) for separating iron from the red pepper powder introduced through the hopper 110 and the cleaning chamber for removing the iron selected in the separation chamber (S) (C) ) Is provided. The separation chamber (S) and the cleaning chamber (C) is partitioned and separated by a fixed wall (1), a separation partition (2) and a central partition (3) installed on the bed 100 at intervals from each other, The separation partition 2 and the central partition 3 are provided with a separation partition disc 20 and a center partition disc 30 rotatably therein, and the separation partition disc 20 and the center partition disc 30 are provided in a plurality. The bar magnet (40) of the penetrating the horizontal direction to form a bundle of bar magnets (4), between the separation partition (2) and the central partition (3) outside the bar magnet (40) scrape (5) forming a ring shape of Teflon material (5) Is fitted.

One end of the rod magnet bundle 4 is fixed to the rotary chuck 6 provided on the front side of the main shaft 7 for linear reciprocating movement along the LM guide 70 on the bed 100, the rotary chuck (6) is axially coupled with the rotation center of the separating partition disk 20 and the central partition disk 30 by the rotating shaft (6a) by the rotation of the rotary chuck (6) bar magnet 4 and the separating partition disk (20). ) And the central partition disk 30 is configured to be driven to rotate in the same direction at the same time.

To this end, a second driving motor M2 moving along with the main shaft 7 along the LM guide 70 is provided at a lower side of the main shaft 7 at the rear side of the main shaft 7. The driving force of M2 passes through the main shaft 7 through the chain 6d and is transmitted to the sprocket 6c provided on the end side of the transmission shaft 6b which forms the rotation center of the rotation chuck 6, thereby transmitting the transmission shaft. The rotating chuck 6 is configured to be rotated by 6b. Here, M1 is a first drive motor for rotating and driving the feed shaft of the LM guide 70.

And, the center of the inner surface of the fixed wall (1) of the separation chamber (S) is formed in a cylindrical shape, is provided with a revolving shaft (8) that rotates at a high speed in the opposite direction to the bar magnet 40, the revolving shaft (8) Is configured to rotate at high speed by receiving power from the third fixed motor (M3) provided on the outside of the fixed wall (1), between the third fixed motor (M3) and the idle shaft (8) bevel gear ( 8a) is installed to transmit the power of the vertical third fixed motor (M3) to the orbiting shaft (8) forming a right angle.

On the other hand, the separation chamber (S) is the hopper 110 is installed on the upper side, between the separation chamber (S) and the hopper 110 is a slide valve 130 for blocking the input of pepper powder in the separation chamber (S) It is installed so that it can block the input arbitrarily. The slide valve 130 is a slide plate 131 having a handle 132 between the separation chamber (S) and the hopper 110 as shown in Figure 1b is installed to be movable in a horizontal direction, the slide The plate 131 forms a structure in which an opening 133 is formed at one side. Accordingly, when the user grasps the handle 132 and pushes the slide plate 131, the opening portion 133 is located between the separation chamber S and the hopper 110, and the red pepper powder can be added thereto. Pull the opening 133 is separated between the separation chamber (S) and the hopper 110 is configured to block the input of red pepper powder, the operation of opening and closing such a slide valve 130 is automated by a cylinder (not shown) can do.

In addition, the cleaning chamber (C) formed between the separation partition (2) and the central partition (3) further includes a bar magnet cleaning device (9) capable of forcibly removing iron remaining in the bar magnet bundle (4), The bar-magnet cleaner 9 has a brush chuck 91 to which a brush (not shown) is fixed so that the brush chuck 91 is moved forward and backward by the operation of the pneumatic cylinder 93. That is, when the rod magnet bundle 4 inside the cleaning chamber C is rotating, the brush chuck 91 on which the brush is fixed is advanced by the operation of the pneumatic cylinder 93 so that the brush contacts the rod magnet bundle 4. By forcibly removing the iron powder remaining in the rod magnet 40, after removal, the brush chuck 91 is moved back by the operation of the pneumatic cylinder 93 to return to its original position.

To this end, the fixing block 94 is vertically installed on the bed 100, and a support bracket 92 for supporting the brush chuck 91 from the rear side is provided at the front portion of the fixing block 94. The bracket 92 is connected to the cylinder rod of the pneumatic cylinder 93 fixed to the fixed block 94. In addition, the upper end of the fixed block 94, the long guide rod 96 through the fixed block 94, the front end is fixed to the support bracket 92, the fixed block 94 is guide rod 96 ) Is a movable guide (95) for movably fixing. Here, reference numeral 120 denotes a drawer that collects and collects the iron powder separated from the rod magnet 40 of the cleaning chamber C and dropped therefrom.

Figure 2 is a perspective view showing the main portion of the present invention, Figure 3 is a front view showing the internal configuration of Figure 2, as shown in the present invention, the separation chamber (S) having a hopper 110 on the upper side is a drum (10) The outside is blocked by the), between the separation chamber (S) and the hopper 110 is provided with a slide plate 131 having a handle 132 and a slide valve 130 having an opening 133, The slide valve 130 may be automated by mounting a cylinder (not shown), and the drum 10 may be provided with an opening / closing door (not shown) to ensure easy cleaning on one side. In addition, each rod magnet 40 of the rod magnet bundle 4 located in the cleaning chamber C between the separation partition 2 and the central partition 3 of the drum 10 has a teflon-shaped ring (5). In this case, the scraper 5 is positioned in contact with the separation partition disc 20 of the separation partition 2.

Then, one side end of the rod magnet bundle (4) of the main shaft (7) for the linear reciprocating motion along the LM guide 70 on the bed 100 through the central partition disk 30 of the central partition (3) The rotary chuck 6 is fixed to the rotary chuck 6, and the rotary chuck 6 is axially coupled to the rotation centers of the separation partition disc 20 and the central partition disc 30 by the rotation shaft 6a to separate the rod magnet bundle 4. The partition plate 20 and the center partition plate 30 are configured to rotate in the same direction at the same time, and the LM guide 70 is driven by the power of the second drive motor M2 as usual. By rotating the guide groove 73 of the headstock 7 is configured to be moved along the guide protrusion 72 on the bed (100).

The rod magnet bundle 4 has a plurality of rod magnets 40 arranged to form an annular shape at equal intervals in a vertical plane, corresponding to a plurality of horizontal through-hole partition plate 20 and the central partition disk 30 correspondingly. 20a and 30a are formed to form an annular shape at equal intervals in a vertical plane. The separating partition disc rotates at the same speed as the bar magnet, but maintains a constant gap without contacting the bar magnet. Through this gap, the iron attached to the rod magnets together with the rod magnets 40 is transferred, and the partition bulkhead to make the gap is thickened to 10 mm to prevent general pepper powder from escaping from the separation chamber.

The rod magnet 40 is a magnetic bundle that is forcibly fixed to the outer pipe 41 made of stainless steel as shown in Figure 5 against each other with the same magnetic pole of 25Φ x 20mm, the outer pipe 41 is blocked on one side and the other side An open pipe, a first inner pipe 42 made of stainless steel corresponding to the length of the scraper 5 is inserted into the outer pipe 41, and then a plurality of magnet modules 43 are inserted. 2 The inner pipe 44 is inserted and sealed. Here, the rod magnet 40 is 520 mm long, but 13 nubidium magnet modules 43 are disposed at a length of 300 mm, and the remainder is made of stainless steel pipes using iron rods in the process of drawing out and inserting them from the separation chamber. This is because the remaining stainless pipe, ie, the second inner pipe 44, is filled with 220 mm of diamagnetic material to easily remove iron attached to the bar magnet. In this case, the encapsulation may be performed by forming a spiral inside or outside the opening of the outer pipe 41 to be fastened with a stopper having a relative spiral coupled to the spiral. At this time, the magnetic field strength is the maximum at the part where the magnetic poles meet, the maximum magnetic field strength is maintained around 10,0000 Gauss (Gauss). In addition, the first inner pipe 42 is composed of a stainless steel pipe made of a semi-magnetic material, such as the second inner pipe 44, when the iron attached to the bar magnet 40 by the scraper 5 is removed, the iron powder at the end of the bar magnet Iron is easily separated from the bar magnet by not affecting the magnetic force.

In addition, the scraper 5 is limited to the movement by the separation partition disk 20 and the center partition disk 30, by this restriction relative movement occurs between the bar magnet 40 and the scraper 5, Iron attached to 40 is removed by this relative motion. The material of the scraper 5 is made of tefron, which does not change the mechanical properties, and when the scraper 5 reaches the tip of the bar magnet, the barley magnet sweeper 9 is operated to clean the tip of the bar magnet 40. do. Rotating nine ends of the magnets 40 are simultaneously cleaned. The material of the partition bulkhead 20 and the center bulkhead 30 is MD and is an FDA approved material. MD is known to have excellent mechanical properties due to its ease of processing and less deformation with temperature and time.

The separation partition disc 20 and the center partition disc 30 are configured in such a manner that the two discs are in contact with each other, and the separation partition 2 and the central partition 3 are configured to allow only rotational movement without bearings. To this end, as shown in FIG. 3, bearing grooves 20b and 30b are formed in the separation partition disc 20 and the central partition disc 30, and the inside of the separation partition 2 and the center partition 3 is formed. As the bearing protrusions 2a and 3b are inserted into the bearing grooves 20b and 30b and slide, there is no load on the rotational movement.

The core of the iron removal in the separation chamber (S) is to increase the contact probability as much as possible in the maximum magnetic field strength line of the bar magnet (40). The contact probability is considered to be higher as the turbulent flow becomes more turbulent, and the revolving shaft 8 is installed in the central axis of the separation chamber S to increase the turbulent motion. The material of the idle shaft (8) is made of stainless steel is selected by the material that is not affected by the magnetic field, and produced by cutting the stainless pipe, it is supported by the fixed wall (1) and the bearing. Since there is only one support point, the central axis is extended to support the bending moment, and the rotation of the revolution shaft is supplied by the third drive motor M3 installed on the fixed wall 1 of the separation chamber S, and the AC motor is used. It is possible to adjust the arbitrary rotation.

As described above, a revolving shaft 8 is installed as a method for increasing the contact probability, and the revolving shaft 8 generates a circulation to rotate the surrounding air, thereby affecting the influence of the rotating air. It is the concept of Tesla's wingless pump that accelerates the movement of red pepper powder and iron in the air as it increases the contact probability of approaching the magnetic field of the rod magnet 40 while the red pepper powder or iron is bounced out at a high speed. The Tesla pump is a suitable application in that it is intended to produce.

Next will be described in detail with reference to the accompanying drawings the operation of the present invention configured as described above.

First, the red pepper powder is introduced into the interior of the separation chamber (S) through the hopper 110 in the state of Figure 3, wherein the bundle of magnets 4 inside the separation chamber (S) is rotated by the rotary chuck (6), The revolving shaft 8 arranged on the inner side of the fixed wall 1 of the separation chamber S rotates at a high speed in the opposite direction to the bundle of magnets 4, causing turbulence to be added to the red pepper powder and the red pepper powder introduced into the separation chamber S. As the contained iron springs out at high speed and the contact probability of approaching the magnetic field of the bar magnet 40 increases, the red pepper powder is dropped and discharged as it is, and the iron is attached to the bar magnet 40 to separate the iron from the red pepper powder. After the iron separation operation is performed for the time set in the control unit (not shown), the main shaft 7 moves backward according to the driving signal of the control unit.

Accordingly, the rod magnet bundle 4 is moved from the separation chamber S to the cleaning chamber C side as shown in FIG. 4A, wherein the horizontal through-hole 20a formed in the separation partition disc 20 is the rod magnet 40. By having a gap) and the iron is to pass through the iron attached to the bar magnet 40 without interference of the horizontal through-hole 20a, the ring-shaped scraper (5) inserted in the bar magnet (40) is also moved together. Thus, the rod magnet bundle 4 will continue to move through the separation chamber (S) and the separation partition (2) to the cleaning chamber (C) side, the scrapes (5) inserted in the bar magnet (40) is the center shown in Figure 4b The rod magnet bundle 4 is continuously moved to the headstock 7 side by the backward movement of the headstock 7 even when the scraper disc 30 is stopped and the scraper 5 is stopped. Accordingly, the iron powder attached to each rod magnet 40 of the rod magnet bundle 4 is separated and removed from the rod magnet 40 by the scraper 5 while the rod magnet 40 passes through the stationary scraper 5. The removed iron powder is freely dropped to be collected and collected in the drawer 120 provided on the lower side of the cleaning chamber C, and again, as shown in FIG. 3 by the advance of the headstock 7. The iron is removed and the iron is removed. At this time, the removal of iron is possible even in the state that the bundle of rod magnets, the separating partition disk and the central partition disk is rotated and not rotated.

As such, the present invention is inexpensive to manufacture, it is possible to increase the probability of exposure to the strength and maximum magnetic strength of the magnet used to easily collect the iron, the removal of the iron attached to the user seat is made automatically the overall work Efficiency and simplicity, as well as minimizing the loss of red pepper powder, maintenance and cleaning to ensure cleanliness will be made easier.

Although the red pepper powder remover according to the present invention has been described in detail above, this is only for describing the most preferred embodiments of the present invention, and the present invention is not limited thereto, and the scope thereof is determined by the appended claims. Are limited. In addition, anyone of ordinary skill in the art will be able to make various modifications and imitations according to the description of the specification of the present invention, but it will be apparent that this is also outside the scope of the present invention.

1: fixed wall 2: separating partition
3: central bulkhead 4: rod magnet bundle
5: scrape 6: chuck
6a: rotation shaft 6b: transmission shaft
6c: Sprocket 6d: Chain
7: headstock 8: idle shaft
8a: Bevel Gear 9: Bong-Sec Cleaner
10: drum 20: separating partition disc
30: central partition disk 40: bar magnet
41: outer pipe 42, 44: first and second inner pipe
43: magnet module 70: LM guide
71: feed shaft 72: guide protrusion
73: guide groove 91: brush chuck
92: support bracket 93: pneumatic cylinder
94: fixed block 96: guide rod

Claims (3)

The fixed wall 1 is installed on one side of the bed 100, and the separation partition 2 and the central partition 3 are spaced apart from each other on the bed 100 at a distance from the fixed wall 1. A separation chamber (S) and a cleaning chamber (C) provided between the fixed wall (1) and the separation partition (2), and between the separation partition (2) and the central partition (3);
Separation partition plate 20 which is rotatably provided in the separation partition 2 and the central partition 3, respectively, and formed with a plurality of horizontal through holes 20a, 30a annular at equal intervals in a vertical plane. And, the central partition disc 30;
A plurality of rod magnets 40 inserted into the horizontal through-holes 20a and 30a of each of the separating partition disc 20 and the center partition disc 30 are arranged to form an annular shape at regular intervals in a vertical plane. 4) and;
It is inserted into the outside of the bar magnet 40 between the separation partition disk 20 and the central partition disk 30 and moves together with the bar magnet 40, by contact with the separation partition disk 20 and the central partition disk 30. A stationary ring scraper 5;
The one end of the rod magnet bundle 4 is fixed and connected to the rotation center of the separation partition disc 20 and the center partition disc 30 by a rotation shaft 6a to receive the power of the first driving motor M1. The separating partition disk 20, the central partition disk 30 and the rotating shaft 6a are simultaneously rotated in the same direction, and are straight along the LM guide 70 on the bed 100 by the power of the second driving motor M2. A rotary chuck 6 and a spindle 7 for reciprocating motion;
The idle shaft is installed at the inner center of the fixed wall (1), and receives the power of the third drive motor (M3) installed on the outside of the fixed wall (1) so that the high-speed rotation opposite to the rotation direction of the rod magnet bundle (4) (8); red pepper powder remover, characterized in that consisting of.
The method of claim 1,
The cleaning chamber (C), the brush chuck 91 is formed at the front end, the rear end is supported by a support bracket 92, the support bracket 92 is a brush chuck 91 by the pneumatic cylinder (93) With the back and forward, the pneumatic cylinder (93) is fixed in a horizontal direction to a fixed block (94) installed perpendicular to the bed 100, the front end of the cylinder rod is connected to the support bracket 92, the support bracket 92 is movable to the fixed block 94 by the fixed block 94 and the guide rod 96 penetrates the guide 95 fixed to the fixed block 94 in the horizontal direction. Red pepper powder remover, characterized in that it further comprises a rod magnet cleaner (9) configured to be supported.
The method according to claim 1 or 2,
The rod magnet 40 is formed of a stainless material, the inside of the long outer pipe 41, one side is blocked and the other side is open, has a length corresponding to the scraper (5), one side and the other end is made of stainless material 1, the inner pipe 42 is inserted, and a plurality of circumferential magnet modules 43 smaller than the inner diameter of the outer pipe 41 are inserted into the rear side of the first inner pipe 42, and the Red pepper powder, characterized in that the second inner pipe 44 is formed of a length smaller than the entire length of the magnet module, one side and the other end is blocked, and the other side opening of the outer pipe 41 is sealed by inserting the second inner pipe 44. Iron eliminator.

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