KR20190117942A - Supplying screww conveyer and separating screw conveyer and, sorting device of red pepper seed to multi-seperate having thereof - Google Patents

Abstract

The present invention relates to a supplying screw conveyer, a separating screw conveyer and a multi-separation device for sorting red pepper seeds having the same. The multi-separation device for sorting red pepper seeds comprises: a supplying unit including a supplying housing into which red pepper is introduced and a supplying screw conveyor mounted to the supply housing; a cutting unit provided with a fixed blade and a rotary blade installed to cut red pepper fed from the supplying screw conveyer; and a separating unit installed to separate the red pepper and red pepper seeds while the red pepper cut in the cutting unit flows into a tube of a certain length and is transported by a separating screw conveyer embedded in the tube.

Description

Supplying screww conveyer and separating screw conveyer and, sorting device of red pepper seed to multi-seperate having

The present invention relates to a device for separating red pepper seeds, and more specifically, peppers and pepper seeds are separated firstly, and peppers and pepper seeds are separated firstly, and horizontally moved secondly. The present invention relates to a feed screw conveyor and a separate screw conveyor and multiple split pepper seed separators including the same so as to be separated as much as possible.

In general, the fruit of the pepper is conical berry with little moisture and ripens in August-October. Red ripe fruits are dried and milled to be used as seasonings and spices such as red pepper powder and red pepper paste. They are also used for ornamental or medicinal purposes (Pungdong, neuralgia, frostbite, etc.). The leaves are boiled and eaten as herbs, and the green pepper is boiled as a side dish or eaten as a relief. In addition, the spicy taste of red pepper is due to a base component called capsaicin (also known as Capsaicin) (C18H27O3N), and the red pigment is mainly capsanthin (Carotenoid-based Capsanthin), which contains a lot of Vit. It contains a lot of Vit. C, but it breaks a lot during drying.) The traditional pepper foods are red pepper paste, red pepper jeon, red pepper paste stew, red pepper paste stew, red pepper leaf herb, red pepper leaf pickle, etc., which is used as an insect repellent in perspiration, edible promotion, nutrients, roundworms, worms, etc. It is used as the main raw material for rheumatoid and bronchitis. In order to use these peppers as food, a separate pepper seed separator may be used to separate pepper seeds and pepper seeds.

On the other hand, an example of a conventional pepper seed separator is disclosed in Republic of Korea Patent No. 10-0660143 (December 20, 2006). Briefly, the housing for washing pepper, the pepper cutter installed to cut the pepper discharged from the housing, the vertical tube installed to raise the pepper and pepper seeds, and the pepper and pepper seeds can move horizontally and separated from each other. It comprises a horizontal tube connected to the upper portion of the straight pipe, a red pepper seed collecting member mounted on the horizontal tube having a separating hole for lowering the red pepper seed, a crushing unit installed to cut the red pepper and / or red pepper seed passed through the horizontal tube again.

However, since the cut pepper simply rises through the vertical pipe, and the red pepper and red pepper seeds are separated while substantially moving the horizontal pipe, there is a problem in that sufficient separation of red pepper and red pepper seeds is not performed.

Republic of Korea Patent No. 10-0660143 (December 20, 2006) Republic of Korea Patent No. 10-0975737 (August 12, 2010) Republic of Korea Patent Registration 10-1069044 (2011.09.29. Notification) Republic of Korea Patent Registration No. 10-1724540 (August 7, 2017.) Republic of Korea Utility Model Registration No. 20-0429486 (August 23, 2006)

An object of the present invention devised to solve the above problems is to push the centrifugal direction while the cut pepper is transported to cause a collision with the inner wall of the pepper riser, whereby a separate screw conveyor to further separate the pepper and pepper seeds In providing.

In addition, another object of the present invention is to provide a feeding screw conveyor for feeding a constant amount of pepper always by feeding the fed pepper to the center and then conveyed downward.

Another object of the present invention is to separate the red pepper and red pepper seeds during the transverse direction along the transfer pipe after the first separation by the collision with the inner wall of the riser during the rise of the cut pepper, whereby It is to provide a multi-separated pepper seed separator which allows the pepper blood and pepper seeds to be sufficiently separated.

In order to achieve the above object, the supply screw conveyor according to the present invention comprises a rotating shaft of a predetermined length; A plurality of guide blades in the form of screws disposed in opposite directions while being fixed to both sides of the rotary shaft, respectively; and a push protrusion fixed to the central portion of the rotary shaft;

At this time, when the rotating shaft rotates in one direction, the guide blade may be installed to move the material including the pepper to the central portion, the pressing projection to press the material.

The multi-separable pepper seed separator including such a feed screw conveyor includes: a supply unit having a supply housing into which pepper is introduced and the above-described supply screw conveyor mounted to the supply housing; A cutting unit installed at the lower side of the supply screw conveyor and installed to cut the fed pepper; and the pepper cut at the cutting unit is introduced into a tube of a predetermined length and installed to be separated into pepper blood and pepper seeds while being transferred by a screw conveyor embedded in the tube. Separation unit; can be made to include.

On the other hand, the separation screw conveyor according to the present invention, the central axis of a predetermined length; And a plurality of rotary blades fixed to the central axis; and the rotary blades are connected to each other and are installed by connecting the rotary blades, and have slanted vanes arranged in a diagonal shape on the front side of the plate.

Multiple separation pepper seed separator including such a separation screw conveyor is provided with a supply housing which the pepper is introduced; A cutting part installed at the lower side of the supply housing and installed to cut the supplied pepper; and the pepper cut at the cutting part flows into a tube of a predetermined length, and is separated into chili pepper and pepper seeds while being transferred by the separation screw conveyor built in the tube. It may be made, including; separating portion installed to.

On the other hand, the multi-separable type pepper seed separator according to the present invention is a supply housing which pepper is introduced, and the supply unit is provided with the above-described supply screw conveyor mounted to the supply housing; A cutting unit provided with a fixed blade and a rotary blade installed to cut the pepper fed from the supply screw conveyor; and the pepper cut at the cutting unit is introduced into a tube of a predetermined length, and the pepper is transported by the above-described separation screw conveyor embedded in the tube. It may be made, including; separating portion installed to be separated into blood and pepper seeds.

Here, the supply unit may further include a support plate disposed below the first blade and the second blade disposed on both sides of the supply screw conveyor.

At this time, the supply screw conveyor is arranged side by side above and below the plane, the first wing and the second wing of both sides can be installed to discharge the pepper by pressing the pepper downwards when the center to collect the pepper.

In addition, the cutting portion is installed in the cutting housing, which is installed so that the hot pepper discharged from the supply housing, the fixed blades are arranged at regular intervals while being fixed in the form of "V" on the inside of the cutting housing, so as to pass through the rotating between the fixed blades Rotating blades fixed to the rotary blade shaft, and the pepper cut by the rotary blades may be further provided with a perforated outlet on a portion of the supply housing to be discharged.

In addition, the separation unit may include a first separation unit and a second separation unit.

Here, the first separation unit is a multi-column shaped riser, granular column-shaped riser installed as a granule as the pepper is cut through the outlet of the cutting housing, the first separation screw conveyor built into the riser, the outlet mounted on the top of the riser The first pepper seed discharge network and the first pepper seed discharge pipe mounted on the outer surface of the riser pipe may be provided to discharge the red pepper seeds passing through the first pepper seed discharge network.

At this time, the cut pepper rising from the riser may be pushed in the centrifugal direction by the inclined wings of the first separation screw conveyor to collide with the inner surface of the riser of the polygon.

In addition, the second separation unit is mounted on the upper side portion of the first separation unit is installed in the longitudinal direction of the transfer pipe, the transfer pipe installed so that the red pepper blood and pepper seeds discharged from the first separation unit into the upper layer and the lower layer on the side Second pepper seed dispensing network installed to distinguish, second separation screw conveyor installed on the upper layer of the transfer pipe, third separation screw conveyor installed on the lower layer of the transfer pipe, red pepper seed collected at the lower layer of the transfer pipe and transferred by the third separation screw conveyor The second pepper seed discharge pipe is installed to discharge the, can be made with a chili pepper discharge pipe installed to discharge the pepper blood conveyed by the second separation screw conveyor in the upper layer of the transfer pipe.

The second separation unit may be further provided with a grinder built in the upper side of the capillary blood discharge tube in the transfer pipe is installed to crush the pepper falling in the capillary blood discharge tube in the upper layer.

Here, the pulverizer may be provided with a grinding fixing member made of fixed blades are arranged at a predetermined interval while being fixed to the pepper blood discharge pipe, and a grinding shaft for rotating the rotating blades passing through the fixed blades.

According to the present invention as described above, there is an effect that the supply screw conveyor is installed can be discharged downward after collecting the pepper to the center.

In addition, the separation screw conveyor is built into the riser or conveying pipe has the effect of separating and discharge the pepper and pepper seeds more efficiently while transferring pepper and pepper seeds.

In addition, the first pepper seed discharge pipe is installed in the upper portion of the riser has the effect that can be discharged primarily red pepper seeds.

And the second pepper seed discharge network is installed in the transfer pipe 4100 divided into upper and lower layers on the side, the pepper seeds separated into the lower layer is discharged through the second pepper seed discharge pipe, the upper pepper blood is discharged through the pepper blood discharge pipe There is an effect that can be.

In addition, there is an effect that the pepper blood dropped from the upper layer can be more finely ground in the grinder.

The following drawings, which are attached in this specification, illustrate preferred embodiments of the present invention, and together with the detailed description thereof, serve to further understand the technical spirit of the present invention. It should not be interpreted.
1 is a perspective view showing a supply screw conveyor according to a preferred embodiment of the present invention.
2 is a side view showing a separate screw conveyor according to a preferred embodiment of the present invention.
3 is a side view of the inclined wing shown in FIG.
4 is a side view schematically showing a multiple split pepper seed separator according to a preferred embodiment of the present invention.
5 is a plan view showing the supply unit shown in FIG.
6 is a side cross-sectional view of FIG. 5.
FIG. 7 is a cross-sectional view illustrating the inside of the cutout illustrated in FIG. 4.
8 is a perspective view of the housing of FIG. 7.
FIG. 9 is a plan sectional view showing the riser shown in FIG. 4.
10 is a cross-sectional view showing a portion of the first pepper seed discharge pipe in the riser shown in FIG.
FIG. 11 is a cross-sectional view of the separator illustrated in FIG. 4.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. However, in describing in detail the operating principle of the preferred embodiment of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

<Supply screw conveyor>

The feed screw conveyor according to the present invention can be manufactured to force the uncut whole pepper in one direction. This feed screw conveyor can be produced by fixing the screw-shaped first and second blades on both sides of the rotating shaft to transfer the pepper to the center, and the pressing projection for pressing the pepper in one direction to the central portion. have.

Hereinafter, a supply screw conveyor according to a preferred embodiment of the present invention will be described in detail with reference to FIG.

The supply screw conveyor 100 according to the preferred embodiment of the present invention may be manufactured to include a rotating shaft 110, the first wing 120, the second wing 130 and the pressing projection 140.

Rotating shaft 110 has a certain length, the first wing 120 is fixed to one side, the second wing 130 is fixed to the other side, one or more push projections 140 may be installed in the center. have. The rotation shaft 110 may have a cylindrical shape as a whole. In addition, the rotating shaft 110 may have a polygonal column shape in which a portion where the first blade 120 and the second blade 130 are fixed and / or a portion where the pressing protrusion 140 is fixed includes a quadrangle. At this time, the polygonal pillar shape is smooth when the pepper is moved to the center portion by the first wing 120 and the second wing 130 or moved downward by the pressing protrusion 140 to increase the interference with the pepper smoothly. You can do that. The rotary shaft 110 may be installed to rotate by an external power source.

The first wing 120 and the second wing 130 is a member for moving the pepper toward the push projection 140 side of the center. The first wing 120 and the second wing 130 has a conventional screw shape, and may be fixed to opposite sides of the rotation shaft 110, respectively. Therefore, when the rotating shaft 110 is rotated in one direction, the first wing 120 and the second wing 130 can move the pepper to the center.

The pressing protrusion 140 is a member for pressing the pepper downward forcibly moved. One or more of the push protrusions 140 may protrude and be fixed to a central portion of the rotation shaft 110. In this case, the push protrusions 140 may be spaced apart from each other, and may be positioned at different angles with respect to the circumferential surface of the rotation shaft 110. Therefore, the pepper moved to the center portion by the first wing 120 and the second wing 130 may be pressed downward by the push protrusion 140 may be moved downward. This will be described with a specific example in the pepper seed separator described below.

An application example of such a supply screw conveyor 100 will be described in detail below in the pepper seed classifier.

<Separated Screw Conveyor>

Separation screw conveyor according to the present invention can be produced to effectively separate the pepper and pepper seeds while transporting the cut pepper. This separate screw conveyor can be manufactured by being attached to the rotating blades in a spiral shape along the circumferential surface of the central axis, the inclined blades attached to the slanted diagonally substantially flat on the side while being arranged to connect the continuous rotating blades.

Here, the rotary wing is only a member for moving the pepper and pepper seeds in one direction, the inclined wing is a member for pushing the pepper and pepper seeds in one direction while moving in one direction. That is, the pepper blood and pepper seeds can be pushed outward to meet the inclined wings while moving in one direction by the rotary blades. This flow is when the separation screw conveyor is built in the riser, the peppers are actively cut friction with the inner surface of the riser can be separated more pepper and pepper seeds. In addition, when the separation screw conveyor is built into the ascension pipe or the transfer pipe, the red pepper seeds move upwards or horizontally and are pushed toward the red pepper seed separation network in a centrifugal direction by the inclined wings, and the red pepper seeds are efficiently discharged from or separated from the red pepper skins. Can be. At this time, the pepper seed separation network may be installed in the outlet perforated on a portion of the riser, or may be installed to separate the inside of the transfer pipe into an upper layer and a lower layer on the side. Thus, the red pepper seed separation may be performed several times depending on the movement route and location.

Hereinafter, a separate screw conveyor 200 according to a preferred embodiment of the present invention will be described in detail with reference to FIGS. 2 and 3.

As shown in FIG. 2, the separation screw conveyor 200 includes a central axis 210, a rotary blade 220, and an inclined blade 230.

The central axis 210 has a predetermined length, the inclined blade 230 may be attached to the rotary blade 220 on the outer surface. The central axis 210 may have a cylindrical shape as a whole. In addition, the central axis 210 may have a cylindrical shape at both end portions thereof, and may have a polygonal column shape including a quadrangular portion at which the rotary blade 220 and the inclined blade 230 are attached. At this time, the polygonal column shape can give a shock when the cut pepper is in contact, and may help in the separation of pepper blood and pepper seeds. The central axis 210 may be installed to rotate by an external power source.

Rotating blade 220 is a member for carrying the cut pepper in one direction. The rotary blade 220 may be fixed in a screw shape and along the outer surface of the central axis 210. Here, the rotary blade 220 is conventionally manufactured in one piece, but in the case of the present invention may be fixed to be connected by the inclined blade 230 while being made in two or more.

The inclined wing 230 is a member that pushes the cut pepper outward from the central axis 210 while carrying in one direction. The inclined blade 230 is a substantially plate-like inclined diagonally on the side, it may be fixed by connecting the rotary blades 220.

In addition, as shown in Figures 2 and 3, the inclined wing 230 is a square shape on the front, it can be manufactured so that the right side in the drawing is bent to one side from the bottom up. This is to allow the cut pepper to be pushed in the centrifugal direction while moving from bottom to top. Here, in addition to the plate shape, the inclined wing 230 may be borrowed in a variety of general shapes, including a shape having a plurality of sharp parts such as teeth or gears.

Therefore, the cut pepper is carried in one direction by the rotary blade 220 and the inclined blade 230, it can be pushed in the centrifugal direction in the range in contact with the inclined blade 230 during the transport.

On the other hand, when the separation screw conveyor 200 is installed inside the tube for transporting pepper, if the cut pepper is pushed in the centrifugal direction, the cut pepper may be more actively friction with the inner surface of the tube. In addition, since the tip side of the rotary blade 220 is curved, the cut pepper pinched between the rotary blade 220 and the inner surface of the tube can be separated from the pepper and pepper seeds by the interference of the curve. On the other hand, since the tip side of the inclined wing 230 is a straight line, the pepper cut between the inclined wing 230 and the inner surface of the tube can be separated from the pepper and pepper seeds by the interference of the straight line. That is, the separation of pepper blood and pepper seeds by the inclined blade 230 may proceed more actively than the rotary blade 220. In addition, when the pepper seed separation network is mounted in the interior of the tube or mounted in the hole drilled in the tube, the pepper seeds are separated into a completely different space from the pepper blood, even when the separation by the inclined wing 230 is the rotary blade 220 May be more active than

An application example for this separation screw conveyor 200 will be described in detail in the pepper seed separator described below.

<Multiple Type Pepper Seed Separator>

The multiple split pepper seed separator according to the present invention may be provided with the above-described feed screw conveyor and separate screw conveyor. The fed and cut pepper rises in the first separation unit and is separated firstly into pepper blood and pepper seeds, and is moved to the second separation unit to be separated side by side into different spaces. At this time, some of the red pepper seeds separated in the first separation unit may be discharged to the outside, the red pepper seeds separated in the second separation unit may also be discharged to the outside and the red pepper blood may be cut again. In more detail, the multi-separated red pepper seed separator is made of pepper which is fed by the feed screw conveyor and cut at the cut portion, and the cut pepper is raised by the first separated screw conveyor in the rising pipe to impinge on the inner wall. And red pepper seeds can be separated first. At this time, the separated pepper seeds may be separated through the first pepper seed discharge pipe. Thereafter, the red pepper seeds and red pepper seeds are flowed from the ascension pipe to the upper layer of the transfer pipe having a two-layer structure, and the red pepper seeds may fall through the red pepper seed separation network while being transferred by the second separation screw conveyor. And the lower pepper seeds are transported by the third separation screw conveyor is discharged through the second pepper seed discharge pipe, the upper pepper blood may be discharged through the pepper blood discharge pipe. At this time, the red pepper blood may be finely ground by a grinder installed near the red pepper blood discharge pipe.

Hereinafter will be described in detail with reference to Figures 4 to 11 with respect to the multiple split type pepper seed separator equipped with a separate screw conveyor according to an embodiment of the present invention.

The multi-separable pepper seed separator having a feed screw conveyor and a separate screw conveyor according to a preferred embodiment of the present invention, as shown in FIG. 4, the feed part 1000, the cut part 2000, the first separator 3000, and the second separator. It may include a separator 4000.

First, the supply unit 1000 is made to supply the whole pepper. 4 to 6, the supply unit 1000 may include an inclined plate 1100, a supply housing 1200, and a supply screw conveyor 100.

The inclined plate 1100 is a member that guides the whole pepper to the supply housing 1200. The inclined plate 1100 may be attached to one side of the supply housing 1200 and disposed to be inclined downward. In addition, the inclined plate 1100 may be manufactured so as not to fall sideways while the jaw is processed on both sides. Therefore, the pepper before cutting on the inclined plate 1100 may be moved to the supply housing 1200 along the inclined surface. At this time, the workers can spread foreign substances by hand spreading the pepper.

The supply housing 1200 may be disposed on the cutout 2000 and installed to guide the pepper moved along the inclined plate 1100 to the cutout 2000. The supply housing 1200 is disposed below the inlet 1210 and the inlet 1210, which are inclined so as to guide the pepper moved along the inclined plate 1100 to the inlet 1210. It is provided with a feed screw conveyor 100 installed to forcibly transport the pepper to the cutting unit 2000, and a backing plate 1230 installed below the first wing 120 and the second wing 130 of the feed screw conveyor 100. can do. At this time, the support plate 1230 may be installed to be moved to the center by the first wing 120 and the second wing 130 to support the pepper guided to the inlet 1210. Of course, the central portion where the pressing protrusion 140 is fixed may be provided with a supply hole 1240 to allow the pepper to fall downward.

One or more feed screw conveyors 100 may be installed side by side above or below the plane. Detailed description of this supply screw conveyor 100 is described above.

Accordingly, when the pepper moves along the inclined plate 1100, the pepper is moved along the guide surface 1220 of the supply housing 1200 to the inlet 1210, and moved to the center portion by the first wing 120 and the second wing 130. Then it can be forcibly moved downward by the push protrusion 140.

On the other hand, the cutting unit 2000 is made to cut the whole pepper fed through the supply unit (1000). The cutting part 2000 may include a cutting housing 2100, a fixed blade 2200, and a rotary blade 2300.

Cutting housing 2100 is fixed to the lower portion of the supply housing 1200, as shown in Figure 4, intact pepper flowing through the supply screw conveyor 100 is introduced, the fixed blade 2200 and the rotary blade (2300) It can be made to contain the pepper cut by. 7 and 8, the cutting housing 2100, the upper surface is opened so that the intact pepper is introduced, the fixed blades 2200 of approximately "V" shape on the side is fixed, this fixed blade ( The rotary blade 2300 may be mounted to rotate between the 2200. At this time, the fixed blades 2200 are arranged to have a predetermined interval from each other, a plurality of rotary blades 2300 may be installed so that the rotary blade 2300 passes through each of the fixed blades 2200. Details of these fixed blades 2200 and rotary blades 2300 will be described later.

In addition, the cutting housing 2100 has both sides corresponding to the discharge hole 2110 and the rotary blade shaft 2310 of the rotary blade 2300 to be drilled to discharge the pepper cut into the rising pipe 3100 fixed to the outer side. Each of the shaft grooves 2120 may be provided. Here, the outlet 2110 may be positioned to communicate with the inlet hole 1310 bored in the riser 3100. In addition, the shaft groove 2120 may be processed in a substantially "U" shape with an upper surface open as shown in the figure, or may be processed in a circular shape on the side.

The fixed blade 2200 is installed to cut the pepper together with the rotary blade 2300. The fixed blade 2200 is disposed in a substantially "V" shape on the side so that the top portion may be fixed to the inner surface of the cutting housing 2100. In addition, a plurality of fixed blades 2200 may be installed at a predetermined interval from each other. Of course, the interval between the fixed blades 2200 is the degree that the rotary blade 2300 passes while rotating, it may be an interval of cutting the pepper as the rotary blade 2300 passes. And the fixed blade 2200 may be installed to be fixed to the side and the opposite side in which the outlet 2110 is introduced from the cutting housing 2100. Therefore, the cutting blade 2200 may be pushed into the discharge port 2110 while the rotary blade 2300 rotates and passes between the fixed blades 2200.

Rotary blade 2300 is installed to cut the pepper while passing between the fixed blades (2200). The rotary blade 2300 may be manufactured to be fixed to the rotary blade shaft 2310. At this time, the rotary blade shaft 2310 may be installed so that both sides are fitted into the shaft groove 2120 of the cutting housing 2100 to rotate in one direction by an external power source. Accordingly, the rotary blades 2300 may cut pepper while rotating and passing between the fixed blades 2200, and spread the cut pepper into the outlet 2110.

On the other hand, as shown in Figure 4, the first separation unit 3000, while raising the cutting pepper supplied from the cutting unit 2000 is installed to separate the pepper blood and pepper seeds primarily. The first separation unit 3000 includes a riser tube 3100 disposed on one side of the cutting housing 2100, a first separation screw conveyor 200a mounted inside the riser tube 3100, and a riser tube 3100. It may be provided with a first pepper seed discharge pipe (3200) mounted on the top.

Ascending pipe 3100 has an inlet hole 3110 perforated to communicate with the outlet 2110, as shown in Figure 7, and as shown in Figure 9 can be produced in an approximately octagonal shape. The inner surface of the octagon may be hit by the inner surface of the octagon while the pepper is cut by the first separation screw conveyor (200a) to allow the pepper and pepper seeds to be more actively separated. At this time, the first separation screw conveyor 200a may be guided so that the cut pepper collides with the inner surface, which will be described later. Of course, the inner surface of the riser 3100 may be made of various polygons including triangular, square, pentagonal, hexagonal, etc., in addition to the octagon, but the closer to the circle, the polygon is selected in consideration of the effect of the collision is lowered. Can be.

Here, the riser 3100 may be provided with a discharge hole perforated to communicate with the first pepper seed discharge pipe 3200 fixed to the upper portion, and may include a first pepper seed discharge network 3120 mounted to the discharge hole. That is, red pepper seeds that have risen inside the riser 3100 may pass through the first pepper seed discharge network 3120 and may be collected to the outside through the first pepper seed discharge pipe 3200.

The first separation screw conveyor (200a) is installed to raise the cut pepper, or pepper and pepper seeds inside the riser tube 3100 while rotating at a high speed as described with reference to FIGS. 2 and 3. The first separation screw conveyor 200a is built in the riser 3100 as shown in FIGS. 9 and 10, and the wing may be installed to maintain a predetermined distance from the inner surface of the riser 3100, which is a polygon. Therefore, since the cut pepper rising along the screw-shaped wing collides with the inner surface of the riser 3100, the separation of the red pepper blood and the red pepper seeds may proceed more actively. In addition, the inner surface of the first separation screw conveyor 200a may be provided with a collision plate protruding to collide with the rising cut pepper. Of course, the impingement plate may be installed within a range that does not interfere with the rotary blade 220 and the inclined blade 230 of the first separation screw conveyor (200a).

Here, the first separation screw conveyor (200a) can push the cut pepper to the inner surface side of the riser (3100). Therefore, the cut pepper is raised by a screw-shaped rotary blade 220, is pushed in the centrifugal direction by the inclined blade 230 is inclined arranged to actively collide with the inner surface of the riser 3100, the conventional general The effect of separating red pepper and red pepper seeds can be significantly better than screw conveyors. Of course, the first separation screw conveyor 200a may be a conventional screw conveyor.

The first pepper seed discharge pipe 3200 is installed to discharge the rising pepper seeds to the outside primarily. The first pepper seed discharge pipe 3200 is positioned to communicate with the discharge hole drilled on a portion of the upper portion of the riser 3100, it may be fixed to the outer surface of the riser (3100). At this time, the first pepper seed discharge pipe 3200 may allow the pepper seeds passed through the first pepper seed discharge network 3120 fixed to the outlet 2110 of the rising pipe 3100. Here, the inclined blade 230 of the first separation screw conveyor 200a may be located at a portion where the first pepper seed discharge network 3120 is located. Therefore, the red pepper seeds and pepper seeds are pushed toward the first pepper seed discharge network 3120 by the inclined wings 230, and the pepper seeds pass through the first pepper seed discharge network 3120, so that the red pepper seeds are the first pepper seed discharge pipe 3200. It can be discharged to the outside smoothly.

On the other hand, the second separator 4000 is installed to separate the pepper and pepper seeds in the upper and lower layers while moving the pepper and pepper seeds passed through the first separator 3000 in the lateral direction. The second separation unit 4000 is mounted on the upper portion of the riser 3100 as shown in FIG. 4, and the connector processed in the riser 3100 and the transfer tube 4100 so that the red pepper and the red pepper seeds are transferred to each other. Can be installed. As shown in FIG. 11, the second separator 4000 includes a transfer pipe 4100, a second pepper seed discharge network 4200, a second separated screw conveyor 200b, a third separated screw conveyor 200c, and a second pepper seed. Discharge pipe 4300, pepper blood discharge pipe 4400 and the grinder 4500 may be provided.

The transfer pipe 4100 has a certain length, and may be installed to allow the red pepper seeds and the red pepper blood to flow to one side from the rising pipe 3100. As shown in Figure 11, the transfer pipe 4100, the second pepper seed discharge network 4200 is installed so that the inside is divided into the upper layer and the lower layer on the side, the second separation screw conveyor 200b is installed on the upper layer, the lower layer The third separation screw conveyor 200c may be installed. At this time, the pepper seeds and pepper blood introduced from the riser 3100 may be introduced into the upper portion.

In addition, the transfer pipe 4100 may be provided with a second pepper seed discharge pipe 4300 and the pepper discharge pipe 4400 on the other side, the grinder 4500 may be built near the pepper discharge pipe 4400.

The second pepper seed discharge network 4200 is installed so that the pepper seeds conveyed from the upper layer of the transfer pipe 4100 passes and moves to the lower layer. The second pepper seed discharge network 4200 may be installed by dividing the transfer pipe 4100 on the side into an upper layer and a lower layer. At this time, the second pepper seed discharge network 4200 may be installed in a substantially semi-circular shape on the front side to avoid interference with the second separation screw conveyor (200b). Of course, interference with the third separation screw conveyor 200c may also be installed to be avoided. Therefore, the red pepper seed may pass through the second pepper seed discharge network 4200 and collect in the lower layer while being transferred from one side of the transfer pipe 4100 to the other side by the second separation screw conveyor 200b in the upper layer.

The second separation screw conveyor 200b is installed on the upper layer of the transfer pipe 4100 separated by the second pepper seed discharge network 4200, and is one side of the transfer pipe 4100, and the chili pepper and pepper seeds introduced into the upper layer. It is installed to transfer to the other side of the transfer pipe (4100). The red pepper seeds and red pepper seeds are transferred by the rotary blades 220 of the second separation screw conveyor 200b, and the red pepper seeds and red pepper seeds are pressed into the second red pepper seed discharging network 4200 by the inclined blades 230. Can better pass through the second pepper seed discharge network (4200). Of course, the second separation screw conveyor 200b may be a conventional general screw conveyor. Here, the second separation screw conveyor 200b may be installed to transfer the pepper blood to the grinder 4500 embedded in the other side of the transfer pipe 4100.

The third separation screw conveyor 200c is installed at the lower layer of the transfer pipe 4100 separated by the second pepper seed discharge network 4200, and transfers the pepper seeds passing through the second pepper seed discharge network 4200 from the upper layer. It is installed to transfer to the other side of the 4100. More specifically, the second pepper seed discharge pipe 4300 mounted on the other side of the transfer pipe 4100 may be transferred. This third separation screw conveyor 200c may be a conventional general screw conveyor.

The second pepper seed discharge pipe 4300 may be installed on the other side of the transfer pipe 4100 to discharge the pepper seeds collected in the lower layer of the transfer pipe 4100 and transported by the third separation screw conveyor 200c. The second pepper seed discharge pipe 4300 may be installed to communicate with the lower layer of the transfer pipe 4100 on the side cross-section as shown in FIG. In addition, the second pepper seed discharge pipe 4300 may be provided with an opening and closing member 4310 to block or open the discharge path of pepper seeds. The opening and closing member 4310 may have a substantially plate shape and may be mounted to slide on the second pepper seed discharge pipe 4300.

The red pepper blood discharge pipe 4400 may be installed on the other side of the transfer pipe 4100 to discharge the red pepper blood collected on the upper layer of the transfer pipe 4100 and transferred by the second separation screw conveyor 200b. The pepper blood discharge pipe 4400 may be installed to communicate with the upper layer of the transfer pipe 4100 on the side cross-section as shown in FIG. Here, the pepper blood discharge pipe 4400 may be installed to communicate with the lower layer. Therefore, when the opening and closing member 4310 closes the second pepper seed discharge pipe 4300, the pepper seeds collected in the lower layer may be discharged through the red pepper discharge pipe 4400.

The grinder 4500 may be installed to cut and grind red pepper blood which is transferred from the upper layer to the red pepper blood discharge pipe 4400. The grinder 4500 may be located inside the transfer pipe 4100 and above the red pepper discharge pipe 4400. In the grinder 4500, a grinding shaft having a plurality of fixed blades disposed at regular intervals, and a grinding blade having a plurality of rotary blades positioned on the grinding fixed member 4510 and passing through the fixed blades. 4520 may be provided. At this time, the interval between the fixed blades of the grinding fixing member 4510 is narrower than the interval between the fixed blades 2200 of the cutting unit 2000, the rotary blades of the grinding shaft 4520 of the rotary blades 2300 of the cutting unit 2000 It may be narrower than the interval. Therefore, the red pepper blood that has passed through the grinder 4500 may be more finely ground than the red pepper blood that has passed through the cutting portion 2000.

As described above, those skilled in the art will understand that the present invention can be implemented in other specific forms without changing the technical spirit or essential features. Therefore, the above-described embodiments are to be understood in all respects as illustrative and not restrictive. The scope of the present invention is shown by the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts should be construed as being included in the scope of the present invention. do.

100: Supply Screw Conveyor
110: rotating shaft 120: the first wing
130: 2nd wing 140: Pressing protrusion
200: Separation screw conveyor
200a: first separation screw conveyor 200b: second separation screw conveyor
200c: third separation screw conveyor 210: center shaft
220: rotary wing 230: inclined wing
1000: supply
1100: Slope plate 1200: Supply housing
1210: inlet 1220: guide surface
1230: support plate 1240: supply hole
2000: cutting
2100: cutting housing 2110: outlet
2120: shaft groove 2200: fixed blade
2300: rotary blade 2310: rotary blade shaft
3000: first separator
3100: Ascension Hall 3110: Inflow Hall
3120: the first pepper seed discharge network 3200: the first pepper seed discharge pipe
4000: second separator
4100: transfer pipe 4200: second pepper seed discharge network
4300: second pepper seed discharge pipe 4310: opening and closing member
4400: pepper blood discharge pipe 4500: crusher
4510: grinding fixing member 4520: grinding shaft.

Claims (10)

A rotating shaft 110 of a predetermined length;
The first blade 120 and the second blade 130 of the screw shape is fixed to both sides of the rotary shaft 110 and disposed in opposite directions to each other; and
Includes; the pressing protrusion 140 is fixed to the central portion of the rotating shaft 110,
When the rotating shaft 110 is rotated in one direction, the first blade 120 or the second blade 130 to move the material containing the pepper to the central portion, the press projection 140 is installed to feed the material conveyor.
A supply unit 1000 including a supply housing 1200 into which pepper is introduced, and a supply screw conveyor 100 of claim 1 mounted on the supply housing 1200;
A cutting unit 2000 installed to cut the supplied pepper installed at the lower side of the supply screw conveyor 100; and
Multiple separation type pepper seed separator consisting of; the pepper cut in the cutting portion 2000 is introduced into a tube of a predetermined length, separated by the pepper blood and pepper seeds while being transferred by a screw conveyor embedded in the tube.
A central axis 210 of predetermined length;
A plurality of rotating blades 220 of the screw type is fixed to the central axis 210; And
Separation screw conveyor comprising a; is installed by connecting the rotary blades 220, the inclined blades 230 are arranged in a diagonal line on the side of the front plate shape.
A supply unit 1000 having a supply housing 1200 into which pepper is introduced;
A cutting unit 2000 installed at the lower side of the supply housing 1200 to cut the supplied pepper; and
The separator cut into the pepper is introduced into the tube of a predetermined length, the separator is installed to be separated into pepper and pepper seeds while being transported by the separation screw conveyor 200 of claim 3 embedded in the tube; Multiple split pepper seed separators.
A supply unit 1000 including a supply housing 1200 into which pepper is introduced, and a supply screw conveyor 100 of claim 1 mounted on the supply housing 1200;
A cutting part 2000 provided with a fixed blade 2200 and a rotary blade 2300 installed to cut peppers fed from the supply screw conveyor 100; and
The separator cut into the pepper is introduced into the tube of a predetermined length, the separator is installed to be separated into pepper and pepper seeds while being transported by the separation screw conveyor 200 of claim 3 embedded in the tube; Multiple split pepper seed separators.
In claim 5,
The supply unit 1000 further includes a support plate 1230 disposed below the first wing 120 and the second wing 130 disposed at both sides of the supply screw conveyor 100,
The supply screw conveyor 100 is arranged side by side above and below the plane, when the first wing 120 and the second wing 130 of the both sides collect the pepper in the center, the push projection 140 presses the pepper downwards Split pepper seed separator installed for draining.
In claim 5,
The cutting part 2000 is fixed to the cutting housing 2100, the cutting housing 2 installed in such a way that the discharged from the supply housing 1200 in the shape of the "V" shape on the side of the cutting housing 2100 is disposed at regular intervals from each other The blades 2200, the rotary blades 2300 fixed to the rotary blade shaft 2310 to pass through the fixed blades 2200, and the pepper cut by the rotary blades 2300 are lifted up and discharged. Multiple separator pepper seed separator further comprises at least one of the outlet (2110) perforated on a portion of the supply housing (1200) as possible.
In claim 7,
The separator is provided with a first separator 3000 and a second separator 4000,
The first separation unit 3000 is a first separation built into the riser tube 3100 and the riser tube 3100 having a polygonal column shape installed as a granule as the pepper is cut through the outlet 2110 of the cutting housing 2100. Screw conveyor (200a), the first pepper seed discharge network (3120) mounted to the discharge hole drilled in the upper portion of the riser (3100), and the rise tube 3100 to discharge the pepper seeds passed through the first pepper seed discharge network (3120) At least one of the first pepper seed discharge pipe 3200 mounted on the outer surface of the),
The multiplicity of red pepper seed separator is made so that the cut pepper rising from the riser (3100) is pushed in the centrifugal direction by the inclined blade 230 of the first separation screw conveyor (200a) to collide with the inner surface of the polygonal riser (3100).
In claim 8,
The second separator 4000 is mounted to the upper side of the first separator 3000, the transfer pipe 4100, the transfer pipe (100) installed so that the red pepper and pepper seeds discharged from the first separator 3000 is introduced. The second pepper seed discharge network 4200 installed in the longitudinal direction inside the 4100 to be divided into the upper layer and the lower layer on the side, the second separation screw conveyor 200b installed on the upper layer of the transfer pipe 4100, the transfer pipe 4100 Third separation screw conveyor (200c) installed on the lower layer of), the second pepper seed discharge pipe (4300), which is collected in the lower layer of the transfer pipe (4100) installed to discharge the pepper seed transferred by the third separation screw conveyor (200c), 2 of the pepper member discharge pipe 4400 installed to open and close the red pepper seed discharge pipe 4300 and the red pepper blood conveyed by the second separation screw conveyor (200b) in the upper layer of the transfer pipe (4100) Multiple split pepper seed separator comprising at least one.
In claim 9,
The second separation unit 4000 is further provided with a grinder (4500) is built in the upper side of the pepper blood discharge pipe 4400 in the transfer pipe 4100 installed to crush the pepper falling from the upper pepper blood discharge pipe (4400) in the upper layer; ,
The grinder 4500 is a grind fixed member 4510 formed by fixing the fixed blades are arranged at a predetermined interval and fixed on the upper side of the red pepper discharge pipe 4400, and the rotary blades through which the rotating blades are rotated between the fixed blades 4520 Multiple split pepper seed separator, comprising).

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