KR20130051557A - A red papper pulverizer - Google Patents

Abstract

PURPOSE: A horizontal red pepper grinder is provided to reduce the height of the grinder, and facilitate a transfer and a grinding at the same time by installing a pair of grinding transfer screws which are capable of transferring and grinding at the same time, thereby shortening the total grinding time. CONSTITUTION: A horizontal red pepper grinder comprises: housing(10) installed with a hopper(11) in which red peppers are injected in an upper part, formed with a transfer space(12) in the inside, installed with a power delivering unit(50) in the side, and prepared with an open outlet in the other side; a rotary shaft(20) equipped as a pair to be installed in a row in the transfer space, whose one side rotates toward the inside by being connected to the power delivering unit; and a first grinding transfer screw(30a) and a second grinding transfer screw(30b) which are whine-installed to grind and transfer the red peppers at the same time while horizontally moving the red peppers to a discharging part. In the outer periphery of the rotary shaft, multiple grinding saw blades and wings(40) formed with an accommodating groove(410) between the grinding saw blades are prepared in a long spiral to grind the red peppers by the circumferential direction.

Description

Horizontal red pepper pulverizer

The present invention relates to a pulverizer for crushing while transporting pepper in a horizontal direction, and more particularly, a pulverizer installed inside the pulverizer for crushing dried red pepper is provided with a pair of rotary shafts installed in parallel, and the screw blades on the rotary shaft It is configured to crush and transport the pepper by forming each, but to form a grinding saw tooth in the circumferential direction so that the pepper can be effectively crushed, forming a receiving groove between the grinding saw tooth and the crushed saw tooth, It relates to a horizontal pepper mill, which is divided into first, second, and third sections and forms a different pitch interval so that the pepper is easily crushed according to the size determined in the grinding process.

In general, in order to obtain red pepper powder can be obtained by pulverizing the red pepper dried in natural light using a sun or a drying apparatus in a powder form through a grinder.

The red pepper powder thus obtained is used to give spicy food or to add red pepper paste to give spicy taste and aroma.

In order to grind pepper as described above, the Utility Model Registration No. 204228 (name: pepper grinder) of the vertical tower type is disclosed in the prior art, and the configuration is as follows.

In the pepper mill, the primary incision to cut the pepper supplied from the hopper and discharged to the bottom; A primary grinding unit for grinding the pepper which has passed through the primary incision to the lower portion of the primary incision through continuous friction between the surface and the groove while passing between the first and second rollers rotating inwardly; A secondary incision that cuts the pulverized particles through the primary crushing part and installs the support member and the incision member at regular intervals in the front and rear at the lower center of the primary crushing part to discharge the lower portion; A secondary grinding unit for finely grinding while passing between the first and second rollers rotating inwardly, the pulverized particles passing through the secondary cutting unit at a lower portion separated from the primary grinding unit; A tertiary cut-off portion for discharging the secondary pulverized pulverized particles by discharging the secondary pulverized lump by installing a support member 61 and a cutting member at regular intervals in the front and rear at the lower center of the secondary crushed portion; A third grinding unit for finely pulverizing again while passing the particles passing through the third cutting unit in the lower part spaced apart from the secondary grinding unit between the first and second rollers rotating inwardly; A fourth cutout which cuts the pulverized pulverized particles and discharges them to the lower part by installing a supporting member and a cutting member at regular intervals in the front and rear at the lower center of the third crushing part; The pepper grinder consisting of a discharge part for guiding the pulverized particles passing through the fourth incision forward and discharged to the outside in the lower part spaced apart from the third crushing part.

However, the conventional pulverizer as described above had a hopper at the top and a discharge part at the bottom, so that the worker was tired of working and the grinding time was long while repeatedly standing and sitting. In addition, the hopper installed high is difficult to use by the small elongator is used to put a separate pedestal, and the discharge portion is installed at the bottom, there was a problem that the operator is not easy to carry the crushed weight of red pepper powder, pepper In order to crush the rollers of the crushing unit, which is installed in a large number, diamond-shaped friction surfaces and grooves or spiral grooves are densely formed, which makes the manufacturing process cumbersome and difficult. And operating costs.

In particular, the grooves or spiral grooves formed in the roller are densely formed so that if the pulverized peppers are not embedded in the grooves or spiral grooves, the friction surface loses its ability, and if the peppers are not removed in a timely manner, they will decay. There is a problem that the unsanitary problem and the commerciality of the red pepper powder is reduced.

The present invention has been made to solve the above problems, the pepper grinder is manufactured in a horizontal rather than a tower type so that the user can easily use, the screw is configured to be crushed at the same time while transporting the pepper, and also manufactured expensive Horizontal pepper to prevent the unsanitary condition that the pepper is spoiled by forming a sawtooth to improve the grinding capacity and a receiving groove to secure a relatively large space by reducing the manufacturing cost of the pepper grinder by the use of a roller that is not used. To provide a grinder.

The present invention is configured as follows to achieve the above object. In other words,

A hopper into which the dried pepper is introduced is installed at one upper side, a transfer space is formed inside, a power transmission unit is installed at one side, and a housing provided with an open outlet at the other side, and installed in parallel in the transfer space of the housing. It is provided in a pair so that one side is connected to the power transmission means and each of the rotary shaft and the outer peripheral edge of the rotary shaft provided in pairs formed in the circumferential direction a plurality of grinding teeth and its grinding It is characterized in that it comprises a; a blade formed with a receiving groove between the tooth and the crushed tooth is provided with a long spiral, and the first grinding feed screw and the second grinding feed screw installed to be crushed while simultaneously transporting the pepper to the discharge portion at the same time.

In addition, the first and second grinding feed screw is located in the lower hopper, the pitch interval is wide, the first screw for primary grinding the dried pepper, and the amount of the ground pepper provided on one side of the first screw A first storage space formed as a space for adjusting and transporting to the next screw, and formed at one side of the first storage space, and having a pitch interval narrower than the pitch of the first screw to finely crush the red pepper. It is formed on one side of the second screw and the second storage space and the space formed so that the two screws, and the amount of ground pepper provided on one side of the second screw to be transferred to the next screw, the pitch interval It is characterized in that it comprises a third screw provided narrower than the pitch of the second screw finely ground pepper 3 times to powder to the discharge portion.

Alternatively, the first and second grinding feed screw is located at the bottom of the hopper, the pitch interval is wide to provide a first screw for primary grinding the dried pepper and one side of the first screw to adjust the amount of ground pepper The second screw is formed on one side of the first storage space and the first storage space formed as a space to be transferred to the next screw, the pitch interval is narrower than the pitch of the first screw to secondary grinding the pepper into powder And a second storage space formed on one side of the second screw and formed on one side of the second storage space so as to adjust the amount of the pulverized pepper to be transferred to the next screw, and the interval between the pitch is the first screw. It is narrower than the pitch of the screw and is provided wider than the second screw, including the third screw to crush the red pepper not yet crushed in the second screw, and transfer the pepper to the discharge portion Horizontal pepper grinder made with gong.

The receiving groove formed between the grinding tooth and the grinding tooth forms a scraper surface formed by cutting the wing in a vertical direction and a support surface penetrating through the inner direction of the wing at the inner end of the scraper surface, thereby forming It is characterized in that the outer periphery is configured to open.

Alternatively, the receiving groove formed between the grinding tooth and the grinding tooth is cut in an arc shape curved in the inner direction of the blade so that the outer periphery of the blade is characterized in that the scraper surface is configured.

Alternatively, the receiving groove formed between the crushed tooth and the crushed tooth is characterized in that the scraper surface is configured in the blade rotation direction by cutting into an inverted trapezoidal shape so that the outer periphery of the wing is opened.

As described above, according to the present invention, by installing a pair of grinding feed screw that can simultaneously carry out the horizontal transfer and grinding, by reducing the height of the grinder to facilitate the user's use, to make the transfer and grinding at the same time The overall grinding time is significantly reduced, which is effective to grind large quantities.

In addition, by forming the crushed teeth on the blade, there is an effect that the ability to crush the pepper is improved.

In addition, the scraper surface is formed in the receiving groove has the effect of processing the residue attached to the rotating shaft by tearing off the pepper stuck to the rotating shaft and transported forward.

In addition, by forming a plurality of sections to be formed differently the pitch interval of the screw, there is an effect to effectively crush the pepper, which is gradually crushed and the size of the first pepper.

In addition, the electromagnet provided in the discharge portion is to remove the metal material that may occur in the grinding process, it is effective to prevent the intake of substances harmful to the human body.

1 is an exploded perspective view showing a pepper mill according to the present invention
Figure 2 is a perspective view showing a pepper mill in accordance with the present invention
Figure 3 shows a receiving groove that varies according to the length of the scraper surface and the support surface according to the present invention, (A) is a different length from each other, (B) is a side view showing that the length is the same
Figure 4 is an enlarged side view showing the sawtooth and the receiving groove of another shape of the present invention
Figure 5 is an enlarged side view showing the sawtooth and the receiving hop of another shape of the present invention
Figure 6 is a plan view showing an extract of the first and second grinding feed screw according to the present invention
7 is a plan view showing an extract of the first and second grinding screw screw of the present invention
8 is a cross-sectional view of the cross-sectional shape of the crushed teeth extracted from the first and second grinding feed screw in a square (A) and trapezoid (B).

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention;

The present invention is largely as shown in Figure 1 to Figure 8, the housing 10 is formed horizontally to insert and discharge the dried pepper, and a pair of teeth in the housing 10 is installed at the same time to rotate simultaneously in the inner direction The first and second grinding feed screw (30a) (30b) is provided with a spiral of the blade 40 formed with the grinding teeth 400 and the receiving groove 410 on the outer periphery of the rotary shaft 20 and the rotary shaft 20. .

The housing 10 is provided with a hopper 11 into which the dried pepper is introduced at one upper side thereof, and first and second grinding feed screws 30a and 30b provided at the pair of rotating shafts 20 are installed therein. The discharge space 12 is formed so that the discharge port 13 is formed on the side of the housing 10, that is, the other side on which the hopper 11 is formed, so that the ground red pepper powder is discharged from the housing 10.

Here, the transfer space 12 overlaps the two circles close to the diameter of the first and second grinding transfer screw (30a, 30b) by the length of the first and second grinding transfer screw (30a, 30b) is engaged. It is preferable to be formed, because the first and second grinding feed screw (30a, 30b) is rotated in contact with the inner surface of the transfer space 12 while being able to obtain a millstone effect by rubbing the peppers . In addition, the housing 10 and the transfer space 12 is preferably formed to extend in the horizontal direction by the length of the rotation axis 20.

And the power transmission means 50 is installed on the rear side of the housing 10 in which the discharge port 13 is formed to rotate the rotating shaft 20.

Here, the power transmission means 50 is installed so that the gears 51 are engaged with each other at the ends of the pair of rotary shafts 20 to rotate inward. And it is preferable that any one connecting means 53 of the belt or gear connected to the motor 52 for generating power is installed on any one of the pair of rotating shafts 20. The driving rotary shaft 20 is connected to the power transmission means 50 is rotated by receiving the power of the motor 52 and the other driven rotary shaft 20 is rotated inward at the same time by the engagement of the gear 51.

The first and second grinding feed screws 30a and 30b provided on the pair of rotation shafts 20 are composed of a plurality of blades 40, and the blades 40 are formed on the outer circumference of the rotation shaft 20. In the direction of the spiral is formed.

Here, as shown in the accompanying drawings, Figures 1 to 5, a plurality of grinding teeth 400 is formed on the outer periphery of the blade 40 formed by the spiral, the plurality of grinding teeth 400 and the grinding teeth 400 The receiving groove 410 is formed therebetween.

In the receiving groove 410, it is preferable to form scraper surfaces 41, 411a and 411b so as to tear off the peppers that are pressed and pressed in the grinding process of the other rotating shaft 20 corresponding to the receiving groove 410. Do.

Accordingly, the receiving groove 410 as described above is formed as a scraper surface 411a by cutting in an inverted trapezoidal shape so that the outer periphery of the wing 40 is opened, as shown in the accompanying drawings. And, by forming the supporting surface 412 in the horizontal and vertical direction at the end of the scraper surface (411a), the grinding saw tooth 400 can be formed in a trapezoidal shape.

Alternatively, as shown in FIG. 5, the receiving groove 410 may constitute a scraper surface 411b which is integrally cut and formed in an arc shape that is curved inwardly of the wing 40 so that the outer circumference of the wing is opened. have.

When the scraper surface 411a, 411b of the receiving groove configured as described above grinds the pepper while the grinding teeth 400 formed on the wing 40 and the other rotating shaft 20 corresponding to the grinding teeth 400 are close to each other. When the crushed pepper continues to be pressed against the rotating shaft 40, the pepper is squeezed to the top of the next scraper surface 411a or 411b that is rotated to come off, and then the scraper surface 411a. The 411b and the supporting surface 412 are dropped into the transport space 12 in a state in which the pepper is torn and pushed, and is then transported forward by the wing 40 and simultaneously pulverized.

However, the receiving groove 410 having the scraper surfaces 411a and 411b formed in the inverted trapezoid and arc shape is accommodated according to the number formed on the wings 40 because only the upper side is opened and the remaining surfaces are closed. If the width of the groove 410 is densely formed, there may be a problem in which pepper is stuck and missed as in the conventional groove and spiral.

Therefore, the receiving groove 410 formed in the wing 40 of the present invention, as shown in the accompanying drawings, Figure 3, by cutting the wing 40 in the vertical direction to form a scraper surface 411, the scraper surface 411 At the end of the blade), the outer periphery of the blade 40 is formed by forming a supporting surface which is cut inwardly, that is, in the direction in which the respective rotation side 20 is installed in the first and second grinding screws 30a and 30b. It is formed to be open. The receiving groove 410 formed as described above is open to the receiving surface 412 so that the pepper dropped into the receiving groove 410 is rotated by the wing 40 and slides to the open supporting surface 412 to the transport space 12. It is desirable to configure so that it can fall.

Therefore, the grinding teeth 400 and the receiving groove 410 formed in the present invention to remove the remaining pepper remaining in the grinder significantly different from the friction surface or spiral that is conventionally formed to simply crush the pepper, pepper grinding and It is possible to provide a differentiated pepper mill that can completely grind even the remaining peppers without being ground in the grinding process.

Here, the depth of the receiving groove may be adjusted by adjusting the length of the scraper surface 411 and the supporting surface 412 of the receiving groove having a wide opening as described above.

Accordingly, the length L of the scraper surface 411 may be made shorter than the length l of the support surface 412, or the length L of the scraper surface 411 and the support surface 412 of the scraper surface 411. By forming the same length (1), it is possible to adjust the capacity of the pepper by selecting the entire depth of the receiving groove 410, and further it is possible to determine the size and shape of the grinding saw tooth (400).

In addition, the scraper surface 411 and the support surface 412 may be formed at right angles, or may be formed to be inclined with each other, so that the received peppers may slide along the inclination to easily fall into the transport space 12.

In addition, the cross-section of the crushed sawtooth 400 is formed in any one of the square or trapezoidal shape is formed in three sides with the front, rear and circumferential surface so as to crush the pepper to be transported as shown in Figure 8 attached It is preferable. The first and second grinding feed screw (30a) (30b) is configured to grind the sawtooth 400 is able to grind the pepper was introduced while the front and rear formed in contact with each other. In addition, the circumferential surface is in close contact with the rotating shaft 20 and the inner surface of the transport space 12 to crush the pepper, the scraper surface 411 (411a, 411b) is pepper powder dropped to the bottom of the transport space 12 It is preferable to scoop up to the top to perform the grinding again.

Further, as described above, the first and second grinding feed screw 30a, 30b having the blade 40 is composed of two or more sections having different pitches at least from the rotation shaft 20, and preferably the accompanying drawings. As described above, the dried red pepper is small in volume, the cutting stress is lowered, and the red pepper is most preferably composed of three sections. The embodiment is as follows.

In the first embodiment, as shown in FIG. 6, the first and second grinding feed screws 30a and 30b having the blades 40 are first pulverized with peppers at the distal end portion of the hopper 11. The first screw 31 is provided. The first screw 31 has a wide pitch (P1) interval between the wing 40 and the wing 40.

One side of the first screw 31 is provided with a pitch (P2) relatively narrower than the spacing pitch (P1) of the first screw 31, the second screw 32 to finely crush the first crushed red pepper Is provided.

One side of the second screw 32 is provided with a pitch (P3) relatively narrower than the spacing pitch (P2) of the second screw 32, the third screw 33 to pulverize finely ground red pepper with powder tertiary Is provided.

As described above, by forming a screw that narrows the pitch interval from the end of the hopper 11 to the distal end of the discharge port 13, it is configured to crush relatively large red pepper into small particles in order to easily obtain red pepper powder will be.

Further, the width of the circumferential surface 43 of the blade 40 is formed by the first screw 31 having the widest width W1, and the second screw 32 has a width smaller than that of the first screw 31 ( W2), and the third screw 33 has a width W3 that is relatively smaller than that of the second screw 32, so that the red pepper is formed in accordance with the particle size in an area in contact with the transfer space 12 and the rotating shaft 20. Preferred for grinding.

In the second embodiment, as shown in FIG. 7, the first and second grinding screw (30a, 30b) having the wings in the first axis of the rotary shaft 20 located in the lower portion of the hopper 11 The first screw 31 having the widest pitch P1 spaced between the blades 40 is provided to be pulverized and conveyed.

One side of the first screw 31 is provided with a second screw 32 which is provided at a pitch P2 relatively narrower than the spacing pitch P1 of the first screw 31 to crush the red pepper with powder.

One side of the second screw 32 is a third screw 33 having a pitch P3 which is smaller than the pitch P1 interval of the first screw 31 and wider than the pitch P2 interval of the second screw 32. ), And the third screw 33 has a small amount of the second screw () with a narrow pitch (P2) for the purpose of crushing red pepper that has not been ground in the first and second screws (31, 32). By accommodating the red pepper in the pitch P3 of the enlarged third screw 33, the red pepper powder is discharged without being clogged when the red pepper powder is discharged so that the red pepper does not overflow to the first screw 31 through the hopper 12. It is preferable to configure to make.

Furthermore, the width of the circumferential surface of the grinding teeth 400 constituting the blade 40 is formed by the first screw 31 having the widest width W1, and the second screw 32 is the first screw 31. The relatively narrow width W2 is formed, and the third screw 33 is formed to have a relatively larger width than the second screw 32 and a narrower width W3 than the first screw 31 to form the transfer space 12. It is preferable to grind pepper according to the area in contact with the rotating shaft 20.

Further, the first and second grinding feed screw (30a, 30b) of the first and second embodiments is formed so as to control the amount of pepper to be transferred to the next process by forming a space in which the ground pepper is stored during the transfer The configuration is as follows.

The first storage space 34 is formed between the first screw 31 and the second screw 32 to make a lot of pepper conveyed in the first screw 31 composed of a large pitch (P1) Since the two screws 32 cannot be accommodated at the same feed rate, they stay in the first storage space 34 for a while and only a predetermined amount is transferred to the second screws 32, thereby smoothly crushing red pepper.

For this purpose, a second storage space 35 is also formed between the second screw 32 and the third screw 33 to be configured to smoothly grind pepper.

Although not shown here, if a larger number of screws are formed, a storage space corresponding to the number of screws is, of course.

Furthermore, the discharge part 13 of the housing 10 is preferably provided with an electromagnet 60 to extract and remove the metal component. Electromagnet 60 is installed inside the frame body is changed to the electromagnet 60 when the power is applied and is configured to extract the metal material contained in the red pepper so that the electromagnet 60 is released when the power is disconnected, and more Preferably, it is easier to extract the metal material from the mesh body having a tight gap on the inner surface of the frame.

The operation of the pepper mill configured as described above is as follows.

Looking at the operation of the first embodiment first, the dried red pepper injected into the hopper 11 is moved into the housing 10, the moved red pepper is composed of a pair of the first to rub the red pepper by friction principle with each other The pitch P1 of the two grinding feed screws 30a and 30b reaches the first screw 31 having the widest distance, and is pulverized by the grinding teeth 400.

When the pepper of such a large particle is crushed and conveyed, the pepper is gathered in the first storage space 34, and is then pushed by the conveyed pepper to move a predetermined amount to the second screw 32.

As described above, the red pepper, which is transferred to the second screw 32 having a smaller pitch P2 than the pitch P1 of the first screw 31, is pulverized into particles by the fine grinding teeth 400 and thus the second storage space ( The red pepper, which is moved to 35, and gathered in the second storage space 35, such as the first storage space 34, is moved to the third screw 33 having the narrowest pitch P3. Completely pulverized by the tooth 400 is discharged to the outside through the discharge portion 13 of the housing (10).

At this time, the pepper pressed by the heat of pressing and grinding in each grinding shaft 20 during the grinding process is torn by the rotating scraper surface 411 (411a) (411b) formed in the receiving groove 410 transport space 12 To fall into.

Looking at the operation of the second embodiment, the dried red pepper introduced into the hopper 11 is moved into the housing 10 and the moved red pepper is composed of a pair of the first to rub the red pepper by rubbing principle with each other, The grinding | pulverization is performed by the grinding | pulverization saw tooth 400 as the pitch P1 space | interval of 2 grinding | pulverization feed screw 30a, 30b reaches the largest screw 31 which is widest. When the pepper of such a large particle is crushed and conveyed, the pepper is gathered in the first storage space 34 and then pushed by the conveyed pepper to move the predetermined amount to the second screw 32.

As described above, the red pepper, which is conveyed to the second screw 32 having the narrowest pitch P2 among the screws, is pulverized into a powder form by the crushing tooth 400 and moved to the second storage space 35, and the first storage The pepper gathered in the second storage space 35 like the space 34 is moved to the third screw 33 having a pitch P3 wider than the pitch P2 of the second screw 32, and the third screw 33 ) In the second screw 32 when the red pepper is not crushed using the crushed sawtooth 400, and transported to discharge the red pepper powder to the discharge portion 13 of the housing 10, compared to the first embodiment The third screw 33 formed with a wide pitch P3 can accommodate a large amount in the wide space, so that the red pepper powder transferred in the narrow space of the second screw 32 can be accommodated without clogging. It is formed as a space is easily configured to discharge.

Here too, the red pepper pressed to each of the rotary shafts 20 by pressing and crushing heat in the grinding process is broken by the scraper surfaces 411, 411 a and 411 b formed in the receiving groove 410, and transferred to the transfer space 12. Falling, it is crushed while being transported forward by the wing 40 again.

The present invention is not limited to the above-described embodiments, and various modifications can be made within the scope of the technical idea of the present invention.

Housing: 10 Hopper: 11
Transport space: 12 Outlet: 13
Axis of rotation: 20
First grinding feed screw: 30A Second grinding feed screw: 30B
1st screw: 31 2nd screw: 32
3rd screw: 33
First storage space: 34 Second storage space: 35
Wings: 40 Front: 41
Rear: 42 Perimeter: 43
Grinding tooth: 400 Groove: 410
Scraper surface: 411,411a, 411b Base surface: 412
Power Train: 50 Gears: 51
Motor: 52 Connection: 53

Claims (14)

A hopper 11 into which the dried pepper is introduced is installed at one upper side, a transfer space 12 is formed therein, a power transmission unit is installed at one side, and an outlet 13 opened at the other side. 10;
It is provided in pairs to be installed in parallel to the transport space 12 of the housing 10, one side is connected to the power transmission means 50, the rotating shaft 20 to rotate inwardly, respectively; And
At the outer circumference of the pair of rotary shafts 20, a plurality of grinding teeth 400 and grinding grooves 410 formed between the grinding teeth 400 and the grinding teeth 400 are formed to grind pepper in the circumferential direction. It includes; the wing 40 is formed long in a spiral, the first grinding feed screw (30a) and the second grinding feed screw (30b) is installed to be crushed at the same time while grinding the pepper horizontally to the discharge portion 13; Horizontal pepper mill.
The method of claim 1, wherein
The first and second grinding feed screw (30a, 30b) is located in the hopper (11), the first screw 31 to crush the dried chili pepper is provided with a wide interval of the pitch (P1);
A first storage space 34 provided at one side of the first screw 31 and formed as a space for controlling the amount of the ground pepper to be transferred to the next screw;
A second screw 32 formed at one side of the first storage space 34 and having a pitch P2 narrower than a pitch P1 of the first screw 31 to finely crush red pepper;
A second storage space 35 formed on one side of the second screw 32 to form a space for adjusting the amount of crushed red pepper to be transferred to the next screw; And
It is formed on one side of the second storage space 35, the interval of the pitch (P3) is provided to be narrower than the pitch (P2) of the second screw 32, finely pulverized pepper three times pulverized with powder discharge portion ( 13) a third screw 33 to be transferred to; horizontal pepper mill, comprising a.
The method of claim 1, wherein
The first and second grinding feed screw (30a, 30b) is located in the hopper (11), the first screw 31 to crush the dried chili pepper is provided with a wide interval of the pitch (P1);
A first storage space 34 provided at one side of the first screw 31 and formed as a space for controlling the amount of the ground pepper to be transferred to the next screw;
A second screw 32 formed at one side of the first storage space 34 and having a pitch P3 narrower than a pitch P1 of the first screw 31 to secondly grind pepper into powder;
A second storage space 35 formed on one side of the second screw 32 to form a space for adjusting the amount of crushed red pepper to be transferred to the next screw; And
It is formed on one side of the second storage space 35, the interval of the pitch (P3) is provided narrower than the pitch (P1) of the first screw 31 and wider than the second screw (32) second screw 32 Horizontal pepper mill, comprising: a third screw 33 for pulverizing the pepper that was not crushed in the third, and conveys the pepper to the discharge portion (13).
The method of claim 1,
The receiving groove 410 formed between the grinding teeth 400 and the grinding teeth 400 has a blade at the inner end of the scraper surface 411 and the scraper surface 411 provided by cutting the blade in a vertical direction. Horizontal pepper mill, characterized in that the outer periphery of the wing (40) is formed by forming a support surface 412 to be cut through in the inner direction of (40).
The method of claim 1,
The receiving groove 410 formed between the grinding teeth 400 and the grinding teeth 400 is cut into an inverted trapezoidal shape so that the outer periphery of the blade 40 is opened, and the scraper surface 411a in the rotational direction of the blade 40. Horizontal pepper mill, characterized in that the configuration.
The method of claim 1,
The receiving groove 410 formed between the crushed tooth 400 and the crushed tooth 400 is cut into an arc shape that is curved inwardly of the wing 40 so that the outer periphery of the wing 40 is opened, and the scraper surface 411b. Horizontal pepper mill, characterized in that the configuration.
5. The method of claim 4,
The length (L) of the scraper surface (411) is horizontal pepper mill, characterized in that configured shorter than the length (l) of the support surface (412).
5. The method of claim 4,
Horizontal pepper mill, characterized in that the length (L) of the scraper surface (411) and the length (l) of the support surface (412) configured the same.
The method according to any one of claims 1 to 3,
The grinding teeth 400 of the first and second grinding feed screw (30a, 30b) is a horizontal type, characterized in that formed in any shape of square or trapezoid having the front, rear and circumferential surface to crush the pepper Pepper grinder.
The method of claim 9,
The width of the circumferential surface of the grinding tooth 400 is the first screw 31 has the widest width (W1), the second screw 32 is formed with a width (W2) relatively less than the first screw (31). And, the third screw 33 is a horizontal pepper mill, characterized in that formed with a relatively smaller width (W3) than the second screw (32).
The method of claim 9,
The circumferential surface width of the crushed tooth is formed by the first screw 31 has the widest width W1, and the second screw 32 is formed with a relatively smaller width W2 than the first screw 31, Three screw 33 is a horizontal pepper mill, characterized in that the relatively larger than the second screw (32) is formed with a width (W3) less than the first screw (31).
The method of claim 1,
The transfer space 12 of the housing 10 may include a first and second grinding feed screw 30a (30a) so that each of the rotating shafts 20 provided with the first and second grinding transfer screws 30a and 30b can be installed. Horizontal pepper mill, characterized in that the two circles close to the diameter of 30b is formed so as to overlap the length of the first and second grinding feed screw (30a, 30b) is engaged.
The method of claim 1,
The power transmission means 50 is installed so that the gears 51 are engaged with each other at the ends of the pair of rotary shafts 20, any one of the rotary shaft 50 and the motor 52 of the pair of rotary shafts 50 Horizontal pepper mill, characterized in that connected to the connecting means 53 is configured to transmit a rotational force.
The method of claim 1,
Horizontal pepper mill, characterized in that the front of the discharge portion 13 is configured an electromagnet (60) for extracting a metal material that may occur in the process of grinding pepper.

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