KR101269655B1 - Selecting device of pepper powder - Google Patents

Abstract

In the present invention, the red pepper powder sorting device is installed at an inclined angle and the red pepper powder 5 and the foreign matter 12 are efficiently separated and sorted by at least one or more meshes 6 and 61 vibrating by the vibration means 8, Foreign matters coming from the periphery other than the meshes 6 and 61 or foreign matters or tools generated by an operator during repair by the protection net 16 installed under the meshes 6 and 61 are discharged from the inside of the discharge part 3. Inflow into the discharge pipe 17 is prevented.

Description

Chili Powder Separator {SELECTING DEVICE OF PEPPER POWDER}

The present invention relates to a red pepper powder sorting device in which red pepper powder and foreign substances are efficiently separated and sorted by at least one or more meshes vibratingly installed.

In general, red pepper powder is rich in capsanthin and capsaicin, which is spicy, and is a representative ingredient (seasoning) widely used on the table due to the characteristics of Koreans who enjoy a spicy and cool taste. have.

The red pepper powder is comminuted or crushed into a powder of a predetermined size or a predetermined particle size, and then commercialized through a screening process of removing foreign substances and obtaining a powder of a desired size.

In the sorting process, a mesh or net of a predetermined mesh is mainly used, and the structure is fixed to a pepper grinder or a pepper shredder, so the sorting efficiency is low. There was a problem such as short life.

It is an object of the present invention to provide a pepper powder sorting device in which red pepper powder and foreign substances are efficiently separated.

Another object of the present invention is characterized in that the efficient screening of red pepper powder and foreign matter by vibrating the mesh installed inclined,

Another object of the present invention is characterized in that the selection of red pepper powder and foreign substances can be made more efficiently by using a plurality of meshes.

Another object of the present invention is to install a protective net on the lower portion of the mesh or the upper portion of the discharge unit to prevent foreign substances flowing from the periphery other than the network or foreign bodies or tools generated by the operator during repair to the inside of the discharge portion and discharge pipe. It is characterized by.

The present invention pepper powder sorting apparatus, at least one network for screening the red pepper powder and foreign matter is installed inclined inside the cylindrical body, the discharge portion of the funnel shape installed in the lower portion of the cylindrical body, The support member for supporting the rear end of the mesh, the vibration means for vibrating the mesh, the spring to support the front end of the mesh, the support member is supported by the spring, the foreign matter installed on the bottom plate of the cylindrical body is collected It is configured to include a collector, a doorway formed on one side of the cylindrical body to pull out the collector, a handle installed on the collector.

In another aspect, the present invention is configured to further include a guard net installed by a hinge so as to be opened and closed on one side of the bottom plate of the cylindrical body, and a handle installed on the guard net.

In another aspect, the present invention, the discharge pipe is installed below the discharge portion, the discharge screw is installed in the discharge pipe to discharge the sorted pepper powder to the outside, and further comprises a reduction motor for rotating the discharge screw.

In another aspect, the present invention is configured to further include a reinforcing edge formed on the cylindrical body, and a plurality of fastening members for fastening to allow the cylindrical body and the discharge portion to be separated.

In another aspect, the present invention is characterized in that the separation preventing means is installed on the support member is installed spring to prevent the deviation of the spring position from vibration.

The present invention has the effect that the red pepper powder and the foreign matter is effectively separated and selected by at least one or more of the nets (6) 61 is installed obliquely and vibrated by the vibration means (8).

In addition, the present invention has the effect that the screening efficiency of the red pepper powder is greatly improved by efficiently screening the red pepper powder and reducing the labor time and labor costs.

In addition, the present invention is the foreign matter that is introduced from the periphery other than the net body 6, 61 by the protection net 16 installed in the lower portion or foreign matter or tools generated by the worker during the discharge portion 3 and the discharge pipe 17 ) Is prevented from entering.

In addition, the present invention has a simple configuration, low failure rate, easy maintenance, there is an effect that the manufacturing cost is reduced.

In addition, the present invention is a sorting device of the independent structure separated from the pepper crusher or pepper crushing device has a high sorting efficiency, there is an effect that the service life is greatly extended.

In addition, the present invention can obtain a pure red pepper powder almost eliminated the foreign substance by efficient screening, the food cooked with pure red pepper powder is very useful invention that can ensure the hygiene and safety.

1 is a plan view showing an example of the present invention.
2 is a cross-sectional view illustrating an example of the present invention.
3 is a cross-sectional view showing another example of the present invention.
4 is a partial perspective view of the strainer and the guard net shown in one embodiment of the present invention.
5 is a cross-sectional view of the use state shown as an example of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description of the embodiments of the present invention, the same components as in the drawings are denoted by the same reference numerals as possible, and detailed descriptions of known configurations and functions are omitted so as not to obscure the gist of the present invention.

1 is a plan view of a pepper powder sorting apparatus 1 shown as an example of the present invention, Figure 2 is a cross-sectional view shown as an example.

The red pepper powder sorting device 1 has a cylindrical body 2 having an open top, a funnel-shaped discharge part 3 installed below the cylindrical body 2, and an inclined portion inside the cylindrical body 2. And at least one network (6) (61) for sorting the red pepper (5) introduced through the inclined chute (4), and the support member (7) for supporting the rear end of the high position (6) (61) And a vibrating means 8 fixed to the meshes 6 and 61 to vibrate the meshes 6 and 61, and springs 9 and 9a which support the ends of the meshes 6 and 61 having low positions. ), A collecting member in which the support member 10 on which the upper portions of the springs 9 and 9a are supported, and the foreign matters 12 which are installed on the upper surface of the bottom plate 11 of the cylindrical body 2 and are selectively dropped, are collected. (13), a protective net installed by a hinge (15) to be opened and closed on one side of the bottom plate 11 and the doorway (14) formed on one side of the cylindrical body (2) to take out the collecting container (13) ( 16), discharge pipe (17) installed below the discharge portion (3), and discharge Discharge screw 18 for discharging the selected red pepper powder (5a) to the outside, the deceleration motor 19 for rotating the discharge screw 18 and the collecting cylinder 13 is installed in the (17) The handle 20 is largely comprised of a handle 21 installed on the guard net 16 and a locking member 39 supporting a part of the edge of the guard net 16.

A reinforcing edge 22 is formed at an upper portion of the cylindrical body 2, and the cylindrical body 2 and the discharge part 3 are fastened by a plurality of fastening members 23 to be separated and coupled.

Both ends of the supporting members 7 and 10 are fixed to the inner surface of the cylindrical body 2 by welding or the like, or through holes or screw holes are formed on both sides of the cylindrical body 2, respectively, and then the supporting member ( 7) 10 will be fixed by inserting the two ends of the fixed or fastened.

The support member 7 is provided with a departure preventing means 26 for preventing the positional deviation of the net body 6, 61, the other support member 10 to prevent the positional deviation of the spring (9) (9a) Departure preventing means (25, 26) is installed.

The release preventing means (25, 26) is a pair of rings are fitted to the outer surface of the support member (7) 10 and then fixed or fixed to prevent the pair of rings from moving by welding or piece or wedge, etc. The members 7 and 10 may be constituted by a screw rod having a threaded portion formed on an outer surface thereof, and may be configured by nuts instead of a pair of rings to prevent the springs 9 and 9a from being displaced.

The upper ring of the springs 9 and 9a is positioned between the pair of rings or nuts, and the lower ring of the springs 9 and 9a is caught by the meshes 6 and 61 to vibrate. 61).

The meshes 6 and 61 are installed at a slope of about 45 °, and the foreign matter 12 separated and separated is collected and dropped into the collecting container 13, and the red pepper powder 5 is a strainer of the meshes 6 and 61. Passes through 6d and falls down, passes through the guard net 16 and flows into the discharge part 3.

The upper surface of the bottom plate 11 in which the collecting container 13 is located is preferably configured to allow the collection container 13 to smoothly enter and exit by installing a guide member 27.

The foreign materials include nylon strings, cord sachets, parts of red pepper stems, hair, sand or small stones.

The nets 6 and 61 are open to the top and the front. For example, the side plate 6b is bent or fixed vertically to both edge portions of the bottom plate 6a, the back plate 6c is bent or fixed vertically to the rear edge portion of the bottom plate 6a, and the bottom plate 6a is ) Is opened, the through-holes formed in the center of the bottom plate (6a) is provided with a mesh 6d of a predetermined mesh (mesh) is installed pepper powder (5) and foreign matter 12 is introduced from the inclined chute (4) This is sorted out, and sorted out more efficiently by vibration.

The mesh of the strainer 6d is different depending on the pepper powder to be selected.

The protection net 16 installed horizontally on one side of the bottom plate 11 is configured to be opened and closed upwardly around the hinge 15, and is not surrounded by the nets 6 and 61, for example, inside the cylindrical body 2. When the upper cover 29 of the cylindrical body 2 is lifted by the handle 30 as a center of the hinge 28 as shown in FIG. As the upper part is temporarily opened, various foreign substances introduced into the cylindrical body 2, foreign substances or tools generated by an operator during repair are caught by the strainer 16a of the protection net 16, and the discharge part 3 inside and the discharge pipe. Inflow into (17) is prevented.

In the case where it is necessary to repair and clean the lower part of the protective net 16, such as the discharge part 3, the discharge screw 18, or the like, or to remove the red pepper powder inside the discharge part 3, etc. Holding the handle 21 of the lift and lifting up around the hinge 15 to form a space, by using the space to repair and clean the discharge portion (3) and the discharge screw 18 or to remove the red pepper powder Next, when the hinge 15 is closed by using the handle 21 of the open guard net 16 as the shaft, the edge of the guard net 16 rests on the locking member 39 to prevent further falling and the original horizontal The state is maintained.

The cover 29 is mounted on the upper surface of the reinforcing edge 22 of the cylindrical body 2 and is sealed by the packing 31 so as to open and close one side of the cover 29 that is half divided about the hinge 28. Consists of the cover 29, the other side through-hole is inclined chute 4 for pepper powder input. Of course, it is a structure that can open the entire cover 29.

The cover 29 is mounted on the upper surface of the reinforcing edge 22 of the cylindrical body 2 and is sealed by a packing 31 positioned therebetween, and the cover 29 is divided in half about the hinge 28. It is configured to open and close one side, the inclined chute 4 for pepper powder input is coupled to the other through-hole of the cover (29). Of course, when the combined inclined chute (4) is separated, the cover 29 can be opened and folded.

The screen 16 is also provided with a mesh mesh 16a of a predetermined mesh.

That is, the mesh net 16a of a mesh slightly smaller than the mesh net 6d of the mesh 6 and 61 is installed in the center part of the guard net 16, and passes through the strain net 6d of the mesh 6 and 61. The whole red pepper powder (5a) falling by passing through and then introduced into the discharge portion (3), the red pepper powder introduced into the discharge portion (3) is a metal detection process and a metering process, which is a subsequent process by the discharge screw (18) And packaging process through the packaging process.

When the mesh of the mesh 6 and 61 mesh 6d is about 10 mesh, the mesh 16a of the protective net 16 is preferably about 6 mesh, and the mesh of the mesh 6d is 6 mesh is preferable even when the mesh is 14 mesh or 24 mesh. In other words, all of the pepper powder (5a) that is selectively passed by the strainer (6d) is satisfactory if it is a size that can be smoothly passed through the discharge portion (3).

In the present invention, the network may be provided with one network 6 as shown in FIG. 2 or two networks 6 and 61 as shown in FIG. 3 at the same inclination up and down, or two or more may be installed. As shown in FIG. 3, when the rear plate 6c of the meshes 6 and 61 is fixed to the vibrating means 8, the two vibrating bodies 6 and 61 may be vibrated simultaneously by one vibrating means 8.

That is, when the mesh 6d mesh of the upper mesh 6 is about 10 mesh, the mesh mesh of the lower mesh 61 is preferably about 11-12 mesh, and the mesh 6d mesh of the upper mesh 6 is 14. In the case of mesh before and after the mesh mesh of the lower mesh 61 is preferably 15 to 16 mesh, and the mesh mesh of the lower mesh 61 is 25 ~ 25 mesh mesh of the upper mesh 6 of the upper mesh 6d is about 24 mesh. 26 mesh is preferred, so that even a small amount of foreign matter that has passed through the strained net 6d of the upper mesh 6 can be sorted almost entirely.

That is, when the mesh 6d mesh of the upper mesh 6 is about 10 mesh, the mesh mesh of the lower mesh 61 is preferably about 11-12 mesh, and the mesh mesh 6d of the upper mesh 6 is 14 In the case of mesh before and after the mesh mesh of the lower mesh 61 is preferably 15 ~ 16 mesh, and the mesh mesh of the lower mesh 61 is 25 ~ 25 mesh of the mesh 6d mesh of the upper mesh 6 is about 24 mesh 26 mesh is preferred, so that a small amount of foreign matter that has passed through the strained net 6d of the upper mesh 6 can be sorted almost entirely from the lower mesh 61.

The vibrating means 8 may be applied to an air vibrator vibrating by air pressure, or an electric vibrator vibrating by electricity. The vibrating force may be adjusted by air pressure or voltage, and pressure air is an energy source necessary for vibration. , Or power (electricity) is supplied via the supply line (24). The supply line 24 is an air hose or electric wire. In the present invention, the vibration means 8 may apply a mechanical rocking device.

The vibrating means 4 may apply an air vibrator vibrating by air pressure, or an electric vibrator vibrating by electricity, and may adjust the vibration force by air pressure or voltage. Pressure air, or power (electricity), which is an energy source required for the vibration, is supplied through the supply line 24. The supply line 24 is an air hose or electric wire. In the present invention, the vibration means 4 may apply a mechanical rocking device.

In the present invention, since the nets 6 and 61 are vibrated by the vibrating means 8, the red pepper powder 5 and the foreign matter 12 are efficiently sorted and discharged separately.

That is, red pepper powder 5 having a size smaller than the mesh 6d mesh of the nets 6 and 61 falls down through the mesh 6d and then passes through the guard net 16 to discharge the portion 3. ) Is introduced into the discharge pipe (17) and then introduced (inlet) into the discharge pipe (18), and is transferred to the metal detection process, the metering process and the packaging process by the discharge screw 18 rotated by the reduction motor (19) and the packaging process do.

In addition, when the amount of the foreign matter 12 collected by the collecting container 13 increases, the collecting container 13 is discharged to the outside of the entrance 14 by using the handle 20 of the collecting container 13, and then the foreign material 12 And the collecting container 13 in which the foreign substance 12 is removed is introduced into the upper surface of the bottom plate 11 in the original position where the foreign substance 12 falls through the doorway 14 to continuously collect the foreign substance 12. Just do it. The guide means 27 guides the collection container 13 to the entrance and exit easily.

The present invention not only vibrates the nets 6 and 61 by the vibrating means 8, but also is installed at an inclination of about 45 ° so as to easily separate and discharge the red pepper powder 5 and the foreign matter 12. Efficiency is greatly improved and screening time is shortened.

In addition, the present invention is a structure independent from the pepper crusher or pepper crusher, so the efficiency is greatly improved and the service life is extended.

Since the tips of the nets 6 and 61 are supported by the springs 9 and 9a, vibration is buffered and the net 16 is temporarily opened by the upper cover 29 of the cylindrical body 2. Foreign matter introduced during the period or foreign matter or tools generated by the worker during repair is prevented from flowing into the discharge portion 3 or the discharge pipe (17).

In the present invention, the red pepper powder is selected as an example, but, of course, various materials such as powdered medicines or construction materials, chemicals, etc. may be separated and selected, including crushed grains having a predetermined particle size or a predetermined size.

Reference numerals 32 and 33 of FIG. 5 denote transfer pipes and transfer hoses for transferring the red pepper powder which has been pulverized or crushed and sterilized to the auxiliary tank 34, and 35 denotes a temporary tank 34. The discharge pepper 35 is a discharge pipe 35 for transferring the stored pepper powder to another transfer pipe 38 and the inclined chute (4), a transfer screw (not shown) is installed inside the discharge pipe 35, the transfer screw is a reduction motor While rotating by 35, the red pepper powder of the auxiliary tank 34 is transferred to the net body 6 through the transfer pipe 38 and the inclined chute 4.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is self-evident to those who have knowledge of.

(1)-selection device (2)-cylindrical body
(3)-Exhaust (4)-Slope Suit
(5) (5a)-Black Pepper (6) (61)-Manche
(6a)-bottom plate (6b)-side plate
(6c)-plates (6d)-screen
(7) (10)-support member (8)-vibration means
(9) (9a)-spring (11)-bottom plate
(12)-foreign material (13)-collection
(14)-Gateway (15) (28)-Hinge
(16)-Guard Net (17)-Exhaust Pipe
(18)-Exhaust Screw (19)-Reduction Motor
(20) (21) (30)-Handle (22)-Reinforcement Border
(23)-Tightening member (24)-Supply line
(25) (26)-Departure Prevention Means (27)-Guide
(29)-Cover (31)-Packing
(39)-Hanging member

Claims (3)

delete A cylindrical body with an open top;
A funnel-shaped discharge part installed below the cylindrical body;
At least one mesh for sorting red pepper powder and foreign substances which are installed to be inclined inside the cylindrical body;
A support member for supporting the mesh body;
A collecting tank installed on the bottom plate upper surface of the cylindrical body and collecting foreign matters falling therefrom;
An entrance formed at one side of the cylindrical body to draw out the collection container;
A handle installed in the collection container;
Including but not limited to:
Vibration means for vibrating the mesh;
A spring holding one end of the mesh;
A support member on which the spring is supported;
A protection net installed by a hinge to open and close at one side of the bottom plate;
A handle installed in the protection net;
A catching member supporting a portion of an edge of the protection net;
Pepper powder sorting device further comprising. delete

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