KR100494260B1 - Food waste disposer and automatic disposing process - Google Patents

Abstract

The present invention is connected to the dough portion (A), the supply portion (B) formed in the lower portion connected to the dough portion (A), the noodle extracting portion (C) attached to one end of the supply portion (B) to draw out noodles, It relates to a versatile noodle maker consisting of a grinding unit (D) for crushing the food by replacing the assembly with the noodle takeout (C).

Description

 Multipurpose noodle maker {Food waste disposer and automatic disposing process}

The present invention relates to a versatile noodle maker, and relates to a versatile noodle maker for crushing materials by using a second and third crushed and kneaded dough to prepare noodle with a noodle dispenser and replacing it with a grinder instead of a noodle dispenser.

In general, the noodle maker is a device for processing into a thin and long noodle type to fit the purpose of cooking kneaded dough kneaded with flour or other grains (kal noodles, rice noodles, kara noodles, soba noodles, jajangmyeon, etc.) It has been using the method of pressing the dough kneaded in the kneader between the roller and the roller equipped with Carter to extract the noodles, and the method of making noodles in the extruder by forcibly transferring the extruded dough into the hopper with a screw.

However, the conventional noodle maker has been processed into a noodle shape suitable for just eating the ingredients in the dough state, but there has been a lot of research because it does not taste the same as hand-made noodles.

For example, the Republic of Korea Utility Model Registration No. 20-0239788 is a gear box is installed on the body, the input rotation shaft of the output shaft of the gear box connected to the output rotation shaft of the drive motor, the screw is rotatably installed in the cylinder In a noodle maker having one end of a rotating shaft connected to a hopper on one side of the cylinder and a noodle outlet on the other side of the cylinder, the cylinder is installed to have a hollow section of a peanut-shaped cross section, and the screw rotating shaft is disposed at the hollow portion of the cylinder. The two are installed in pairs and installed in parallel to each other and are rotated while the screw blades of different screw rotation shafts are engaged between neighboring screw blades, which presses a pair of screw wings while effectively feeding the dough supplied from the hopper of the cylinder. Line, rear end to generate heat by itself And a noodle maker having a middle portion formed at a different pitch and equipped with a reverse screw blade at its end,

Publication No. 20-0277324 discloses various materials such as flour, kneaded by the operation of a main feed screw and a small feed screw installed inside the casing to be rotated at different rotational speeds on the same rotation axis. It describes a noodle maker which is extruded simultaneously through a pressing plate and a small feed plate.

Publication No. 20-0242212 is completely cooked by applying heat in the process of extruded and conveying the dough-like material put into the primary hopper by screw to make it half-boiled and heating it again into the secondary hopper. The machine which can pull out noodles is described,

Publication No. 0172933 describes a noodle maker comprising a flour supply unit, a dough unit, a roller unit, a cutter unit, and a transfer unit as a single machine.

Publication No. 20-0256131 describes a noodle maker which is equipped with a large number of cylinders and pistons and extrudes a surface extruded from each cylinder through a single outlet in order to produce a variety of colors for the noodles produced in a single color. There is,

The publication No. 20-0254512 has a motor and a control unit for the juice, noodle, chopping function and the green juice case combination is coupled to the main body to perform the juice, noodle, chopping function to cut the slice, chop, It is described an electric juicer with a multifunctional blade equipped with a food processor, such as,

Korean Patent Laid-Open Publication No. 1995-0024705 describes a brake gear device of a juicer equipped with a cutter and a juicer, which is used by installing one motor in a single unit, and serves as a cutter function and a juicer function or a juicer function.

The prior art as described above has a problem in that the noodle maker or the apparatus provided with the flour supply unit, the kneading barrel and the cutting section is independent of each other and the apparatus is complicated and occupies a lot of position and power consumption is not used in reality.

The present invention derived to solve the above problems is downsized the device, the first kneading in a conventional kneading bin, and then the second grinding and kneading with a feed screw of the feeder, and then passes through the feed pin installed on the front of the feeder After making the second crushing and kneading, the noodles are taken out through the opening of the noodle dispenser, and the flour is applied to the front and back sides of the noodle through the flour supply pipe installed at the upper and lower portions of the noodle drawer to prevent the noodle from sticking together. It is a technical problem to achieve the present invention to provide a versatile noodle maker for grinding the seasoning material by making a mechanical manufacturing noodle to feel the taste of hand-made noodle, instead of the noodle dispenser.

In order to achieve the above object, the present invention is a multi-purpose noodle maker of the present invention, the dough portion (A), the supply portion (B) formed in the lower portion connected to the dough portion (A), one end of the supply portion (B) It relates to a versatile noodle maker comprising a noodle drawer (C) attached to draw noodles and a crushing unit (D) for crushing food by assembling with the noodle drawer (C).

In the present invention, the first kneading in a conventional kneader, the second grinding and kneading with a feed screw of the feeder, the second crushing and kneading while passing through the feed 설치된 installed on the front of the feeder, and then through the hole of the noodle dispenser While drawing the noodles, the flour is applied to the front and back sides of the noodles through the through-holes of the flour supply pipes installed at the upper and lower sides of the noodle drawer tube to prepare the noodles without sticking the noodle to each other. It is a versatile noodle maker.

In the crusher, in order to assemble the blade fixing part 62 and the crushing blade 60 alternately, it can be installed by adding or subtracting numbers as necessary.

Hereinafter, the operating state of the present invention will be described in detail by examples.

Example 1 (Noodle Making Process)

Put the raw material such as flour and water into the dough inlet (6) formed in the upper portion of the kneading container (3), and then operating the motor (1) kneading container (3) connected by the motor (1) and dough agitator shaft (5) The dough stirrer (4) installed in the interior of the operation and kneading, then discharge the dough through the outlet 7 installed in the lower, kneading in the hopper 21 of the feeder 20 installed in the lower portion of the outlet (7) When the input, the motor 10 is operated to rotate the transfer screw shaft 14 connected by the motor 10 and the pulley 12, the transfer screw 13 is rotated to crush the dough to re-dough to the front When pushed out, it is conveyed to the front surface by a screw-type supply 휀 30 installed on the front surface of the feed screw 13, and is provided inside the supply connection hole 33 of the supply connector 31 and the square supply connection hole 33. Dough inlet formed on the rear side of the noodle drawer tube 43 of the noodle dispenser 42 through the formed supply connection controller 34 Noodles are discharged through the noodle draw-out hole 43-3 of the noodle draw-out partition 43-2 which flows into the 40 and is formed at the front of the noodle draw-out tube 43, and at the same time, the upper and lower portions of the noodle draw-out tube 43 Blower 48 connected to the upper flour supply pipe 44 of the upper flour supply pipe 44 and the lower flour supply pipe 44-1 formed on one side, and the flour feeder 49 connected to one side of the upper flour supply pipe 44 When the flour is supplied to operate, the flour is sprinkled on the front and back of the discharged noodles through the flour supply holes 45 of the upper and lower wheat flour supply pipes (44, 44-1) and at the same time so that the noodles do not stick to the lower wheat flour Noodles are stretched to the bottom through the protruding roller 46 formed in the lower portion of the supply pipe 44-1, and the noodles were prepared so that the user grabbed the stretched noodles by hand and cut them by the desired amount.

Example 2 (grinding process)

When the raw material to be crushed is put into the hopper 21 of the feeder 20, the motor 10 is operated to rotate the feed screw shaft 14 connected by the motor 10 and the pulley 12, and the feed screw ( 13) is rotated to push the raw material to the front while grinding the first, fixed to the inside of the grinding casing 67 formed on the back of the transfer screw 13, grinding blade at one end of the transfer screw shaft (14) Secondary grinding is performed by alternately assembling the parts 62 and the grinding blade 60, and then into a conical shape that narrows toward the end fixed to the rear surface of the grinding blade 60 and the grinding blade fixing part 62. After the third pulverization by the crusher 65 and the crushing casing 67 having a plurality of crusher teeth forming portion 66 is formed in the spiral direction on the surface, the pulverization discharge formed on the other side of the pulverizing casing 67 The pulverized raw material was discharged through the unit 68.

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

1 is a general view of the multipurpose noodle maker of the present invention, FIG. 2 is a detailed view of the multipurpose noodle maker of the present invention, FIG. 3 is a detailed view of the supply unit of the present invention, FIG. 4 is an assembly and disassembled detailed view of the present invention, and FIG. 6 is a detailed view of the assembly and disassembly of the pulverizer according to the present invention, wherein the motors 1, 10, the pulleys 2, 12, the kneading barrel 3, the dough stirrer 4, the dough stirrer shaft ( 5), dough inlet (6), dough outlet (7), feeder 20, hopper 21, feed screw settlement 22, motor connection 23, noodle dispenser connection 24, feeder support (25) ), Feed screw settlement projection (26), partition (27, 27`), partition through hole (28), noodle connection groove (29), feed screw (13), feed screw shaft (14, 14 '), screw cutting Part 15, screw shaft connector 18, screw type supply 휀 30, connection casing 31, feeder connecting groove 32, supply connection hole 33, feeder support (33-1), supply fixing hole (34), noodle takeout connection part 35, dough inlet (40), noodles Issue unit 41, noodle machine 42, the noodles take-out tube 43, a noodle-out section (43-1). Noodle takeout partition (43-2), noodle takeout hole (43-3), upper flour supply pipe (44), lower flour supply pipe (44-1), flour supply hole (45), protrusion roller (46), protrusion (47) ), Blower (48), flour feeder (49), grinding blade (60), grinding blade through hole (61), grinding blade fixing part (62), grinding blade fixed through hole (63), grinding shaft (64), grinder ( 65), grinder toothed portion 66, grinding casing 67, grinding casing groove (69). Grinding discharge unit 70, grinding discharge hole (71), grinding discharge support (72), grinding discharge casing support hole (73), fin (80), heater (100), grinding casing and supply connector fixing cover (200) It can be seen that kneading part (A), supply part (B), noodle takeout part (C), pulverization part (D).

Looking at the structure, as shown in Figure 1, the versatile noodle maker of the present invention is connected to the dough portion (A), the dough portion (A) and the supply portion (B) formed in the lower portion of the supply portion (B) A versatile noodle maker comprising a noodle extracting unit (C), which is attached to one end and draws out noodles, and a crushing unit (D) which crushes food by replacing and assembling the noodle extracting unit (C),

As shown in Figure 2, the dough portion (A) is a conventional kneading barrel (3), a kneading inlet (6) is formed in the upper portion of the kneading barrel (3) to inject raw materials such as flour, and the kneading barrel ( 3) a discharge port 7 installed at the lower part of the lower part to discharge the dough, a dough stirrer 4 provided inside the dough container 3, and a dough stirrer shaft 5 having one end connected to the dough stirrer 4; And, it is composed of a motor (1) installed on the other end of the dough agitator shaft (5),

As shown in FIGS. 3 and 4, the supply part B connected to the dough part A is formed at a lower part thereof.

Feeder 20, the hopper 21 is installed on the upper side of the feeder 20, the dough is put, the center of the feeder 20, the screw feed section 22 of the cylindrical shape and the feeder The motor connector 23 and the feeder are divided into a partition 27 having a through hole formed at a central portion of the rear portion of the back portion 20 and provided at a rear portion of the transfer screw settlement portion 22, and shorter than a diameter of the transfer screw settlement portion 22. The front part of the (20) and divided into a partition (27 ') having a through-hole formed in the center portion provided on the front of the transfer screw settlement 22, and the noodle take-off connector (24) formed larger than the diameter of the transfer screw settlement (22) and The inner side of the conveying screw settlement portion 22 is composed of a conveying screw settlement projection 26 formed with a plurality of projections in the longitudinal direction, and a conveying screw 13 placed in the conveying screw settlement portion 22. ,

As shown in FIG. 4, the transfer screw 13 has a hollow cylindrical shape and a screw is formed on the outside thereof, and a screw cutting part in which a part of the screw on the front side located at the bottom of the hopper 21 is cut off ( 15) is formed, and is composed of a feed screw shaft (14, 14`) formed extending in the longitudinal direction at the central portion of the outer shaft of both ends,

As shown in FIG. 4, the noodle takeout part C attached to one end of the supply part B and draws out the noodle,

Noodle connecting portion grooves 29 formed on the inner edge of the supply portion (B), the supply connector 31 is connected to the supply portion (B) and has a predetermined space therein, and inside the supply connector (31) It is fixed, is fixedly installed in the feed screw shaft 14 formed through the through hole of the partition 27`, the same shape as the feed screw 13 as a whole, the inner diameter is narrowed and the wing portion formed on the outside to the end The screw-shaped feed pin 30, which is wider and more sharply formed, and the feed screw shaft 14 of the feed screw 13 are inserted through the center portion of the screw feed pin 30, and the penetrated feed screw shaft 14 The outer side is connected to the supply fixing hole 34 of the interposed feed connector 31 by the screw shaft connector 18, consisting of a grinding casing and supply connector fixing cover 200 for fixing the supply connector 31. It is,

As shown in FIG. 4, the supply connector 31 has a cylindrical shape, one side of which is open and a supply connection hole 33 formed in a square at a central portion of the other side, and a lower portion of the center of the square supply connection hole 33. Supply fixed support hole (33-1) formed in the upper portion and the screw shaft connector 18 is formed in the center of the feeder support (33-1) is connected to the outside of the feed screw shaft (14) ( 34) and the noodle take-out connector 35 connected to the noodle dispenser 42 in a sliding manner on the outer circumferential edge of the rectangular supply connection through-hole 33,

The noodle dispenser 42, as shown in Figure 5, the noodle take-out tube 43 is formed with a dough inlet 40 is a rectangular through-hole connected to the supply connection hole 33 of the supply connector 31, The upper flour supply pipe 44 and the lower flour supply pipe 44-1 which are connected to the mill formed on the upper and lower sides with respect to the noodle extraction pipe 43 and the protrusion roller 46 formed in the lower portion of the lower flour supply pipe And

The noodle drawer tube 43 has a central portion and is formed in a shape that decreases in width toward both ends, and is formed at the rear side and has a dough inlet 40, which is a rectangular through-hole connected to the supply connection hole 33. Noodle take-out tube (43) formed, and the upper and lower portions of the noodle take-out tube (43) and the noodle take-out fixing portion (41) connected to the supply connector (31) of the noodle take-out connector (35) of the supply portion (B), The front portion has a noodle drawer 43-1 formed in a straight rectangle, and is inserted and fixed in a sliding manner from left and right to the noodle drawer 43-1 and has a plurality of noodle drawer holes 43-3 formed therein. Noodles take-out partition 43-2 which is a plate-shaped form of

The upper wheat flour supply pipe 44 and the lower wheat flour supply pipe 44-1 are connected to one side and the lower part from the top with respect to the noodle extraction pipe 43 in one pipe shape,

Blower 48 formed on one side of the upper flour supply pipe 44, a flour feeder 49 connected to one side of the upper flour supply pipe 44, and a plurality of flour supply holes 45 formed in a straight line on the front Is composed,

The protrusion roller 46 is formed in the lower portion of the lower flour supply pipe, it can be seen that the plurality of protrusions 47 is composed of a protrusion roller 46 formed in the longitudinal direction.

One side of the protruding roller 46 may be connected to and rotated by a motor.

As shown in Figure 6, the grinding unit (D) for crushing the food by replacing the assembly with the noodle takeout unit (C),

The grinding casing 67 is fixed by four grinding casing grooves 69 formed on the outside to the pin 80 inserted into the four noodle connecting groove 29 on the inner edge of the supply portion (B) and the predetermined space is formed; Is formed in the grinding casing 67, a plurality of grinding blade through-hole 61 is formed is fixed to one end of the feed screw shaft 14 formed through the through hole of the partition 27` is formed A grinding blade 60 and a grinding blade fixing part 62 located in the rear of the grinding blade 60 and having a diameter larger than that of the grinding blade 60 and having a grinding blade fixed hole 63 formed therein, and the grinding blade fixing part Located in the rear of the 62, the narrower conical shape is narrower toward the end of the horizontal shape and the surface of the grinder 65 is provided with a plurality of grinder teeth forming portion 66 formed in a spiral in the longitudinal direction, It is formed in the center of one side of the rear side of the grinder (65) Is composed of a grinder fixing (64) fixed to the end of the shaft 14,

As shown in Figure 6, the pulverization portion casing 67 is cylindrical, and one side is open, and the conical shape narrowing toward the rear is a horizontal shape and a plurality of teeth formed in a spiral or straight line in the longitudinal direction on the surface thereof. In the same structure as the grinder 65 with two grinder teeth forming parts 66,

 A pulverization discharge unit 70 for discharging the pulverized product to the other side, a pulverization discharge hole 71 formed in the center of the pulverization discharge unit 70, and a pulverization discharge supporter formed at the center of the pulverization discharge hole 71 ( 72) and the grinding discharge casing support hole 73 formed in the central portion of the grinding discharge support (72).

Explaining how to assemble

After installing the dough stirrer 4 connected to the dough stirrer shaft 5 in the dough container 3 of the present invention and connecting it to the motor 1,

After matching the dough outlet 7 formed in the lower part of the kneading container 3 and the hopper 21 of the feeder 20, the feed screw 13 to the feed screw settlement part 22 of the center part of the feeder 20 is matched. ), The motor 10 is connected to the transfer screw shaft 14 'by the motor connecting portion 23, and the screw-type feed saw 30 is inserted into the other transfer screw shaft 14 and then installed. After the pin 80 is fixed to the supply connection groove 32 of the supply connector 31 in the noodle connection groove 29 of the noodle dispenser connector 24 of the feeder 20, the supply connector of the supply part B Assembling the noodle dispenser 42 through the noodle takeout fixing part 41 of the noodle dispenser 42 in the noodle takeout connection part 35 of (31),

The noodle dispenser 42 is inserted into the noodle drawer 43 and the noodle drawer 43-1 formed on the front surface of the noodle drawer 43 by slidingly inserting the noodle drawer 43-2. The upper wheat flour supply pipe 44 and the lower wheat flour supply pipe 44-1 which are connected to the mill formed on the upper and lower sides of the noodle extraction pipe 43, and the protruding roller 46 formed at the lower portion of the lower wheat flour supply pipe Consists of.

In the case of using the apparatus of the present invention as a grinder, after the hopper 21 of the feeder 20 is matched, the transfer screw 13 is placed in the feed screw settlement portion 22 of the central portion of the feeder 20. After inserting and fixing the feed screw shaft 14 to the center portion of the feed screw 13, the motor 10 is connected to one side of the feed screw shaft 14 by the motor connecting portion 23, the feed screw shaft ( On the other side of 14) to replace the noodle takeout part (C) with a grinding unit (D), as described in detail,

After assembling a pulverizing casing 67 having a predetermined space installed at a rear of the supply part B and having one side having an open cylindrical shape and having a pulverizing discharge portion 68 for discharging pulverized products on the other side, the pulverizing casing 67 ) Is placed inside the grinding blade fixing part 62, grinding blade 60, grinding blade fixing part 62, grinding blade 60, grinding at one end of the feed screw shaft (14) After assembling the blade fastening part 62 in order, the grinding | pulverizer 65 is assembled and completed in the back surface.

Experimental Example

(Sensory test)

The sensory test was conducted on 20 trained sensory evaluation agents who cooked the water noodle with the noodle prepared by the above example. Sensory evaluation was performed on preference and the like.

TABLE 2

        Evaluation Item Comparison Zest Chewing taste Robbery Symbol Water noodle according to Example 1 4.2 4.3 4.3 4.5 Boiled noodles according to Example 1 4.1 4.4 4.3 4.1 Conventional noodle 3.7 3.8 3.7 3.8

Sensory Score-1: Very bad, very weak

                  2: bad, weak

                  3: is normal

                  4: good, strong

As a result of the sensory test, the water noodles prepared with the noodle prepared with the device of the present invention and the boiled noodles were in harmony with the overall taste, and the jolly taste, seasoning taste, and aroma intensity of each material were excellent. there was.

The present invention as described above, while the device is small, it can produce a large amount of noodles and maintains the same taste as hand-made noodles, can be used as a grinder and juicer by replacing some devices, such as at home or restaurant It is a very useful invention that can be used for various purposes and contribute to the improvement of dietary culture.

 1 is a general view of the multi-purpose noodle maker of the present invention

 2 is a detailed view of the versatile noodle maker of the present invention

 3 is a detailed view of the supply unit of the present invention

 Figure 4 assembly and exploded detailed view of the present invention

 5 is a detailed view of the noodle extraction unit of the present invention

 6 is a detailed view of the assembly and disassembly of the grinder of the present invention

<Description of Major Symbols Used in Drawings>

Motor (1, 10), pulley (2, 12), kneading container (3), dough agitator (4), dough agitator shaft (5), dough inlet (6), dough outlet (7), feeder (20), Hopper 21, feed screw set 22, motor connection 23, noodle dispenser connection 24, feeder support 25, feed screw set protrusion 26, partitions 27, 27`, partition Through hole (28), Noodle connecting groove (29), Feed screw (13), Feed screw shaft (14, 14 '), Screw cutting part (15), Screw shaft connector (18), Screw type feed 휀 30, Connection Casing (31), feeder connecting groove (32), supply connecting hole (33), feeder support (33-1), supply fixing hole (34), noodle takeout connection part 35, dough inlet (40), noodle takeout Government (41), noodle dispenser (42), noodle drawer (43), noodle drawer (43-1). Noodle takeout partition (43-2), noodle takeout hole (43-3), upper flour supply pipe (44), lower flour supply pipe (44-1), flour supply hole (45), protrusion roller (46), protrusion (47) ), Blower (48), flour feeder (49), grinding blade (60), grinding blade through hole (61), grinding blade fixing part (62), grinding blade fixed through hole (63), grinding shaft (64), grinder ( 65), grinder toothed portion 66, grinding casing 67, grinding casing groove (69). Grinding discharge unit 70, grinding discharge hole (71), grinding discharge support (72), grinding discharge casing support hole (73), fin 80, heater (100), grinding casing and supply connector fixing cover 200 , Kneading unit (A), supply unit (B), noodle extraction unit (C), grinding unit (D).

Claims (5)

Kneading portion (A), the supply portion (B) formed in the lower portion connected to the kneading portion (A), the noodle extracting portion (C) attached to one end of the supply portion (B) to take out noodles, and the noodles extraction In the multi-purpose noodle maker comprising a crushing unit (D) for crushing the food by assembling with the unit (C), The kneading portion (A) is formed in a conventional kneading container (3), a kneading inlet (6) formed at the upper portion of the kneading container (3), and inputs raw materials such as flour, and is installed in the lower part of the kneading container (3). A discharge outlet 7 for discharging the dough, a dough stirrer 4 provided inside the dough container 3, a dough stirrer shaft 5 having one end connected to the dough stirrer 4, and the dough stirrer shaft It consists of the motor (1) installed in the other end of (5), The supply part B connected to the dough part A is formed at a lower part of the feeder 20, a hopper 21 installed at one side of the upper part of the feeder 20, into which the dough is fed, and the feeder 20. Located in the center portion is divided into a cylindrical screw feed portion 22, the back portion of the feeder 20 and the partition 27 formed in the central hole installed in the rear of the screw feed portion 22, the screw feed portion Motor connection part 23 formed shorter than the diameter of the 22 and the partition of the front part of the feeder 20 and the partition (27 ') having a through-hole formed in the center portion provided on the front surface of the transfer screw settlement 22, the transfer screw Noodle take-out connecting portion 24 formed larger than the diameter of the settled portion 22, the transfer screw settlement projections (26) formed with a plurality of projections in the longitudinal direction inside the transfer screw settlement 22, and the transfer screw Consists of a transfer screw 13 placed in the settled portion 22 Uh, and, The conveying screw 13 has a hollow cylindrical shape and a screw is formed on the outside, and a screw cutting part 15 in which a part of the screw is cut is formed at the lower side of the hopper 21, and both ends are formed. A versatile noodle maker, characterized in that it comprises a feed screw shaft (14,14`) formed extending in the longitudinal direction at the central portion of the outer shaft. The noodle extracting portion (C) attached to one end of the supply portion (B) and extracting the noodles has four noodle connection grooves (29) formed at four inner edges of the supply portion (B), and the supply portion (B). Is fixed to the feed connector 31 formed in a predetermined space therein, and fixed to the inside of the feed connector 31, the feed screw shaft 14 formed through the through hole of the partition 27`. Installed in the whole and the same as the transfer screw (13), the inner diameter is narrowed, the blade portion formed on the outside is wider and sharper toward the end of the screw-type feed 휀 30, and the central portion of the screw supply 30 30 The feed screw shaft 14 of the feed screw 13 is interpolated, and the supply fixing hole 34 of the feed connector 31 inserted by the screw shaft connector 18 on the outside of the feed screw shaft 14 is passed through. ), The supply connector 31 Multipurpose noodle maker, characterized in that consisting of the grinding casing and supply connector fixing cover 200 to be fixed. The method of claim 1, wherein the supply connector 31 is cylindrical, one side is open and the other side of the supply connection hole 33 is formed in a square in the central portion, and the lower side from the center of the rectangular supply connection hole 33 to the top A supply fixing hole 34 formed at the center of the formed feeder support 33-1 and the feeder support 33-1 and having a screw shaft connector 18 connected to the outside of the feed screw shaft 14; And, versatile noodle maker, characterized in that consisting of the noodle drawer connection portion 35 is connected to the noodle dispenser 42 by sliding on the outer periphery of the rectangular supply connection hole (33). According to claim 1, The noodle dispenser 42 is a noodle take-out tube 43 is formed with a dough inlet 40 is a rectangular through-hole connected to the supply connection hole 33 of the supply connector 31, the noodle takeout The upper flour supply pipe 44 and the lower flour supply pipe 44-1 connected to the mill formed on the upper and lower sides of the pipe 43, and the protrusion roller 46 formed at the lower portion of the lower flour supply pipe, The noodle drawer tube 43 has a central portion and is formed in a shape that decreases in width toward both ends, and is formed at the rear side and has a dough inlet 40, which is a rectangular through-hole connected to the supply connection hole 33. A noodle take-out tube (43) formed and upper and lower portions of the noodle take-out tube (43) and connected to a supply connector (31) and a noodle take-out connector (35) of a supply unit (B); The front portion has a noodle drawer 43-1 formed in a straight rectangle, and is inserted and fixed in a sliding manner from left and right to the noodle drawer 43-1 and has a plurality of noodle drawer holes 43-3 formed therein. Noodles take-out partition 43-2 which is a plate-shaped form of The upper wheat flour supply pipe 44 and the lower wheat flour supply pipe 44-1 are connected to one side and the lower part from the top with respect to the noodle extraction pipe 43 in one pipe shape, Blower 48 formed on one side of the upper flour supply pipe 44, a flour feeder 49 connected to one side of the upper flour supply pipe 44, and a plurality of flour supply holes 45 formed in a straight line on the front The protruding roller 46 is formed in the lower part of the lower flour supply pipe, and the multi-purpose noodle maker characterized in that the protruding roller 46 is formed in the longitudinal direction. The method of claim 1, wherein the grinding portion (D) for grinding the food by replacing the assembly with the noodle takeout portion (C) is a pin (80) inserted into the four noodle connecting groove 29 in the inner edge of the supply portion (B) The grinding casing 67 is fixed by four grinding casing grooves 69 formed on the outside and the grinding casing 67 has a predetermined space, and is placed inside the grinding casing 67 and is formed through the through hole of the partition 27`. Grinding blade 60 formed with a plurality of grinding blade through-hole 61 is fixed to one end of the feed screw shaft 14, and is located on the rear of the grinding blade 60 and diameter than the grinding blade 60 The grinding blade fixing part 62 is formed with a large grinding blade fixing hole (63), and is located in the rear of the grinding blade fixing part 62, the conical shape is narrowed toward the end of the horizontal shape and the surface in the longitudinal direction As a result, a plurality of grinder tooth forming portions 66 are formed in a spiral shape. Grinder 65, a grinder fixing part 64 formed at the center of one side of the rear surface of the grinder 65 and fixed to the end of the transfer screw shaft 14, and the grinder portion casing 67 is cylindrical. One side is open, the conical shape is narrowed toward the rear side of the horizontal shape and the surface has the same structure as the grinder 65 is provided with a plurality of grinder teeth forming part 66 is formed in the longitudinal direction spiral or straight teeth As the shape narrows toward the rear A pulverization discharge unit 70 for discharging the pulverized product to the other side, a pulverization discharge hole 71 formed in the center of the pulverization discharge unit 70, and a pulverization discharge supporter formed at the center of the pulverization discharge hole 71 ( 72) and a pulverized discharge casing support hole (73) formed in the center of the pulverized discharge support (72).