KR970000051Y1 - Noodle making equipment - Google Patents

Abstract

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Description

Noodle maker

1 is a longitudinal sectional view of the present invention.

Figure 2 is an exploded cross-sectional view representing the device of the present invention.

3 is a cross-sectional view showing the assembly device of the extrusion cylinder and the keg.

4 is a block diagram of the power device of the present invention.

5 is a dough operation state.

6 is a state of operation of the dough.

* Explanation of symbols for main parts of the drawings

1: actuator assembly 11: body

13: output gear 14: reduction gear block

15: mounting part 3: dough barrel assembly

31; Kneading bin 32: opening

33: extrusion cylinder 34: guide part

35: engaging portion 36: stopper

37: wing 39: coupling groove

40 screw 41 spiral pin

42: dough arm 43: herb

44: rotating shaft 45: extrusion plate

46: extrusion hole 47: screw

49: cap 5: dough input device

51: inlet 52: guide member

53: arm 54: spatula

55: arm 56: arm

57: cutting / pressing member 7: separator

71, 73, 75: holes 72, 74, 76: stone rods

78: bulge 79: guide hole

80: hexagonal hole 91: connecting plate

92: Chin 93: Chin

95: spring plate 96: hanging

97: Chin

The present invention relates to a noodle making machine which can batch-process the noodle made by kneading of flour and extrusion, and in particular, it is possible to easily separate the kneading machine assembly and the actuator assembly to maintain cleanliness after use and to make dough and extruded noodles after It is characterized in that the separation and kneading operation is made systematically.

The noodle machine proposed in Utility Model Publication 83-572 constitutes a kneading chamber with a rotating body in the upper part and a screw-containing part in the lower part. Could not be transported properly,

Although a noodle machine with an extrusion cylinder for noodle making in the kneading chamber has been proposed in Korean Patent Publication No. 94-8574, this noodle machine has a low quality of noodles because the stages of the dough and the extruder noodles are not distinguished. The input and delivery operations were not systematically induced, and the effectiveness thereof was not achieved, and the separation operation of the keg assembly for cleaning was not easy.

The present invention is to provide a noodle making machine that improves these problems.

The noodle machine of the present invention is a noodle machine which can be easily separated from the dough assembly and the driver assembly to facilitate the washing after use.

The noodle making machine of the present invention has a built-in extrusion cylinder in the kneading container and divides the dough and the extruded noodle into two preferred steps to extrude the dough, so that the quality of the noodle is considered as the best state.

The noodle making machine of the present invention is a noodle making machine which makes the process of putting / delivering dough into an extrusion cylinder to be made quickly and smoothly.

Referring to the present invention in detail according to the accompanying drawings as follows.

The present invention consists of a drive assembly (1) and the kneading barrel assembly (3), consisting of a kneading barrel assembly (3), consisting of a kneading barrel assembly (3), consisting of a kneading barrel assembly (3), kneading It consists of a tubular assembly (3), the dough barrel assembly (30) to the dough delivery / input device (5), and combines the actuator assembly (1) and the dough barrel assembly (3) with a separator (7) It was.

Referring to FIGS. 1 and 4, the actuator assembly 1 may reduce the rotational output of the motor 12 and the motor 12 in the body 11 and transmit the deceleration gear block 14 to the output gear 13. ), And was formed by forming a kneading barrel assembly (3) mounting portion 15 on the outer surface of the body (11).

The dough container assembly 3 is equipped with an extrusion chamber 33 in the side opening 32 of the dough container 31.

The mounting device includes three guide grooves 34, a locking portion 35, and a stopper 36 formed at three or four inner edge portions of the opening 32 to protrude to the inner surface of the blade 37 of the cylinder 33. Insert (39). The fitting method is to insert the coupling groove 39 into the opening 32 in the guide part 35 so that the blade 37 is brought into close contact with the kneading container 31 and the coupling groove 39 is moved sideways until it reaches the stopper 36. Let's do it. As a result of the fitting, the engaging portion 35 of the kneading container 31 is fitted into the coupling groove 39 on the cylinder 33 side, thereby becoming in a tightly coupled state.

Before assembling the extrusion cylinder 33 to the kneading container 31, the extrusion cylinder 33 and the screw 40 and the extrusion plate 45 are mounted.

The screw 40 accommodates the spiral pin 41 in the cylinder 33 and rotates integrally by inserting the hub 43 of the kneading arm 42 accommodated in the kneading barrel 31 onto the hexagonal rotating shaft 44. To be.

The extruded plate 45 is prepared by the extrusion hole 46 is a variety of forms, such as round, flat, tubular, capped to cover the outlet of the cylinder 33 and coupled to the screw 47 (49) ) To fix it.

The kneading material input device 5 is a cylinder 33 in the track adjacent to the inlet 51 of the upper portion of the cylinder 33, the inlet 51, the guide member 52 formed on one side upper portion, and the upper portion of the guide member 52. The dough 43 and spatula 54 installed on the hub 43 with the arm 53, and the hub 43 with the arm 56 to rotate the track between the guide member 52 and the cylinder 33. And a cutting / pressing member 57 installed at a position opposite to the spatula 54.

Separation device (7) for easily separating the actuator assembly (1) and the dough container assembly (3) is a stone bar 72 on the side of the dough container 31 is inserted into the holes 71 on the left and right of the upper body (11) And a stone rod 74 on the left and right sides of the mounting portion inserted into the hole 75 of the jaws in the front of the dough container 31 and the stone rod 74 on the side of the dough container 31 inserted into the hole 73 in the lower center of the body 11. ),

The jaw 92 provided on the inner connecting plate 91 of the lid 90 of the dough container 31 is caught by the jaw 93 of the body 11 and installed on the spring plate 95 outside the lid 90. The hook 96 is configured to be coupled to the jaw 97 on the side of the batter 31, and the ridge 78 on the body 11 side is fitted into the guide hole 79 on the batter 31 side. The hexagonal part of the rotating shaft 44 was inserted in the hexagonal hole 80 on the output gear 13 side.

Reference numeral 16 is a guide plate, 17, 19 is a projection, 21 is a cover switch, 22 is a switch pressure rod.

The present invention configured as described above puts an appropriate amount of flour and water into the kneading container 31 to make a dough by driving a motor 12. The rotational force of the motor 12 is decelerated by the reduction gear block 14 to rotate the output gear 13. Rotate the output gear 13. The output gear 13 rotates the hexagonal rotating shaft 44 fitted in the hexagonal hole 80. The rotation direction at the time of kneading rotates the rotating shaft 44 in the clockwise direction as shown by the arrow in FIG. The rotational force of the rotating shaft 44 rotates the dough arm 42 through the hub 43 to mix the flour with water and the flour between the kneading barrel 31 and the cylinder 33, which form the protrusions 17 and 19, and the flour. Since the dough in the keg 31, the dough of flour proceeds. The dough at the time of kneading does not enter the inlet 51 of the cylinder 33. That is, in FIG. 5, the dough a is pulled by the spatula 54 to pass through the inlet 51, but is pushed up to the top of the inlet 51 by the inclined surface of the guide member 52, and again the cutting / pressing member 57 on the opposite side. The interference between the guide member 52 and the cylinder 33 while preventing the input of the inlet 51 of the dough a 'is to minimize the input of the cylinder 33 of the dough during the kneading operation.

When the dough is finished, by operating the switch the motor 12 changes the rotation in the opposite direction.

At this time, the dough b is divided into a little bit as shown in Figure 6 is introduced into the cylinder 33 through the inlet 51 is made of the noodle. That is, when the spatula 54 rotates in the counterclockwise direction, the dough b scraped up by the spatula 54 touches the inclined surface of the guide member 52 and is pushed toward the inlet 51, and the spatula 54 is guide member 52. When approaching closer to the kneading operation of the dough b 'is further progressed, the cutting / pressing member 57 of the opposite side is approaching the guide member 52 position, the further advance of the dough b. When the dough is put in the cylinder 33 as described above, the dough is made by passing through the extrusion hole 46 of the extruded plate 45 by the rotating screw 40 pin 41. The shape of the surface may be used according to the shape of the extrusion hole 46 of the extruded plate 45, copper, flat, tubular and the like.

After the noodle, before the dough is hardened, the remaining dough in the cylinder 33 must be removed, and the kneading container 31 is to be kept clean inside.

In the present invention, the operation of separating the kneading barrel assembly 3 by adding washing is to remove the kneading barrel 31 from the body 11 of the driver assembly 1 by opening the cover 90. That is, in the assembled state, the dough container 31 is supported by the holes 71, 73, 75 and the stone bars 72, 74, 76, and the connecting plate 91 of the cover 90 is supported by the body 11. The cast granules (1, 3) by being integrated, the cover plate 90 is removed when the connecting plate 91 is removed, the holes (71, 73, 75) and the protrusions (72, 74, 76) are easily separated will be.

Detachment of the cover 90 removes the hook 96 from the jaw 97 and lifts one end in a posture as shown in FIG. 2 to remove the jaw 92 from the jaw 93 and to connect the connecting plate 16 along the guide plate 16. As the 91 is separated from the body 11, the separation of the lid and the separation of the kneading barrel assembly 3 are extremely easy, and the assembly state maintains a stable assembly state.

When the kneading barrel assembly 3 is separated from the driver assembly 1, the kneading barrel 31 and the cylinder 33 are separated, the screw 40 and the cylinder 33 are separated, and the cylinder 33 and the extrusion plate 45 are removed. Remove, wash with water, assemble in reverse order and wait for use again.

As described above, the present invention is to provide a noodle making machine which can be easily separated from the kneading assembly and the actuator assembly to facilitate the washing after use. It is to provide a noodle making machine so that the quality of the noodles can be changed to the best state because it is extruded to make an appropriate powder powder.

The noodle machine of the present invention is to provide a noodle machine that makes the process of injecting / delivering dough into an extrusion cylinder to be made quickly and smoothly.

Claims (2)

In the noodle making machine comprising the driver assembly (1) and the dough container assembly (3), the feeding device (5) is formed in the dough container assembly (3), and the driver assembly (1) and the dough container assembly (3) are separated. (7) was configured to combine, kneading barrel assembly (3) is equipped with an extrusion cylinder (33) in the side opening 32 of the kneading barrel (31), screw 40 and the extrusion plate to the extrusion cylinder (33) 45, the screw 40 accommodates the spiral pin 41 in the cylinder 33 and the hub 43 of the dough down pressure 42 accommodated in the kneading container 31. It is configured to be rotated integrally by inserting into a), the dough-feeding device (5) is the inlet 51 of the upper portion of the cylinder 33, the guide member 52 formed on one side of the inlet 51, the guide In the orbit adjacent to the upper part of the member 52, between the kneading barrel injection spatula 54 installed on the hub 43 with the arm 53 and between the guide member 52 and the cylinder 33; Bin Noodle machine, characterized in that consisting of a cutting / pressing member (57) installed on the hub (43) with the arm (56) to rotate the degree is installed in the opposite position of the spatula (54). According to claim 1, Separation device (7) which makes it easy to separate the actuator assembly (1) and the kneading barrel assembly (3) is a kneading barrel (inserted into the holes 71 on the left and right of the upper body 11) On the stone bar 72 on the 31 side, the stone bar 74 on the side of the kneading barrel 31 inserted into the hole 73 in the lower center of the body 11, and the hole 75 of the jaws in the front of the kneading barrel 31. The jaw 92 of the left and right mounting portions to be inserted is constituted, and the jaw 92 installed on the inner connecting plate 91 of the lid 90 of the kneading barrel 31 is caught by the jaw 93 of the body 11, The hook 96 provided on the cover 90 and the outer spring plate 95 is connected to the jaw 97 on the side of the kneading container 31, and the hexagonal part of the rotating shaft 44 is disposed on the output gear 13 side. A noodle maker, which is configured to be inserted into a hexagonal hole 80.