KR200213578Y1 - noodle making machine - Google Patents

Abstract

The present invention relates to a noodle-making machine, and more particularly, to a device in which dough and noodle making are driven using a single motor.

In the noodle machine consisting of a hopper coupled to the housing and the upper end of the housing, a compression part located close to the end of the hopper, a thickness adjusting device located close to the compression part, a cutting part, and a driving motor, the one side can hold an object It is located close to the top of the inclined plate of the hopper by the open cylinder, and a plurality of dough blades are formed therein, and a kneading machine driven by the power of the drive motor is attached.

The kneader shaft rotates with the power of the drive motor, and in order to reduce the rotation of the motor, the belt shaft is connected to the second shaft and the third shaft from the first shaft, which is the motor shaft. The decelerated power is transmitted by the chain belt connected.

Description

Noodle making machine {noodle making machine}

The present invention relates to a noodle-making machine, and more particularly, to a device in which dough and noodle making are driven using a single motor.

In general, when preparing noodles such as udon noodles, soba noodles or ramen noodles, a certain amount of flour, which is a raw material for making noodles, is added to the kneader, mixed with a brine, and kneaded sufficiently, then the noodle is put into a noodle making machine. The compression means and the cutting means installed by the user is discharged to the cotton ball of the desired thickness.

However, the noodle making machine has only a function to pull out the noodle, and there is a problem that a user must separately prepare a kneading machine, and a lot of installation costs are required.

The present invention has been made to solve the above problems, a hopper obtained to put the dough into the compression unit, a compression device for compressing the dough, a cutting device for cutting the compressed dough and a noodle maker consisting of a motor for transmitting power on; The present invention provides a device capable of simultaneously driving a noodle maker and a dough machine with a single motor.

1 is an overall perspective view of a noodle-making machine according to the present invention.

Figure 2 is a perspective view showing the main part according to the present invention.

3 is a partial cross-sectional side view according to the present invention.

Figure 4 is a plan view showing a thickness adjusting device according to the present invention.

5 is a partially enlarged view of a thickness adjusting device according to the present invention.

Figure 6 is an exploded perspective view of a partial incision of the kneader according to the present invention.

7 is a partial perspective view showing another embodiment of the kneader according to the present invention.

8 is a partial front view of a third shaft according to the present invention;

9 is a partial front view of a fifth axis according to the present invention;

<Explanation of symbols for the main parts of the drawings>

1 Hopper 2 Compression 3 Thickness Control Device

4 cut portion 5 kneader 6 body housing

8: driving motor 11: inclined plate 12: blocking plate

21: fixed roller 22: variable roller 23: compression unit cover

31: control mechanism 32: fastener 41: first cutting roller

42: second cutting roller 51: dough blade 52: kneader cover

53: kneader side plate 54: French 61: plate body

62: horizontal frame 63: vertical frame 64: inner housing

65 side cover 71 first axis (motor shaft) 72 second axis

73: 3rd axis 74: 4th axis (dough axis) 75: 5th axis

76: 6th axis 77: 7th axis 78: 8th axis

79: 9th axis 82: 1st belt 83: 2nd belt

84: chain belt 311: pressure projection 312: adjustment shaft

313: Adjustment knob 314: Right hand thread 315: Left hand screw

316: fastener 321: fixing bolt 322: fixing spring

323: support 711: first belt pulley 721: second belt pulley

722: third belt pulley 731: first chain gear 732: fourth belt pulley

733: first power transmission gear 741: second chain gear 751: second power transmission gear

752: first compression gear 761: second compression gear 771: clutch gear

781: third power transmission gear 782: first cutting gear 791: second cutting gear

The present invention having such a purpose,

A housing in which two plates having a predetermined thickness are erected on both sides and fixed by a frame between the plates; Hopper is coupled to the top of the housing and made of a sloping plate and a blocking plate to prevent the dough from coming out to the side to form a predetermined slope; A compression unit positioned near the inclined inclined end of the hopper and composed of a fixed roller and a variable roller; Located in close proximity to the variable roller, the thickness adjustment device consisting of a shaft coupled to the pressing projection is a bearing, and a fixing member and a fixing member attached to one end of the shaft; A cutting part close to the lower end of the compression part and composed of two cutting rollers; In the noodle making machine consisting of a driving motor for driving the compression part and the cutting part, a cylinder which can hold an object and is located close to the upper end of the inclined plate of the hopper with an opening of one side, and a plurality of dough blades are formed therein and the drive motor Driven by a belt, and the smaller belt pulley attached to the motor shaft, the first shaft, and the second pulley attached to the second shaft, are connected to the belt by the belt, and the small belt pulley and the second shaft A large belt pulley of three axes is connected by a belt, and the third and fourth axes are finally connected by a chain belt, and power is transmitted. In another example, when a small-capacity motor is used, Using the fleece wheel as a gear, the motor rotates in a certain direction and the joint slips in the opposite direction to prevent rotation. It is possible to drive the kneader and the noodle machine without jamming.

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

Figure 1 shows an overall perspective view according to the present invention, Figure 2 shows a perspective view showing the main part, Figure 3 shows a partial cross-sectional side view according to the present invention.

The noodle machine with a kneader according to the present invention has a main body housing 6 and a hopper 1 coupled to the upper end of the housing, a compression part 2 located close to the end of the hopper, and a thickness control located close to the compression part. It consists of the apparatus 3, the cutting | disconnection part 4, the drive motor 8 and the kneading machine 5 fixedly attached to the inside of a main body housing.

As shown in FIG. 3, the main body housing 6 is composed of two plate bodies 61 having a predetermined thickness, and frames 62 and 63 and an inner housing 64 supporting them therebetween and in one direction of the plate body. The extrusion groove 611 and the discharge groove 612 is formed.

The hopper 1 screwed to the upper end of the main body housing is formed with a blocking plate 12 so as to prevent the dough from falling on the side of the inclined plate 11 which forms a predetermined slope and the lower portion of the inclined plate is a compression part. The two rollers of (2) are bent in the direction which adjoins.

In addition, the compression unit (2) located close to the bottom of the inclined plate (11) of the hopper consists of a fixed roller 21 and a variable roller 22, two compression rollers having a cylindrical shape with an outer circumferential surface. The shaft of the roller 21 is coupled to the first power transmission gear 733 by the fifth shaft 75 is coupled to the second power transmission gear 751 and the first compression gear 752 is driven, the variable roller ( The shaft of 22 is coupled to a sixth shaft 76 by a second compression gear 761 which is driven by meshing with the first compression gear 752.

The thickness adjusting device 3 which is in contact with the variable roller 22 is composed of an adjusting device 31 and a fixing device 32, and the adjusting device 31 is disposed in close proximity to the variable roller 312. And, in contact with the variable roller 22 and the pressing projection 311 at the center of the control shaft, the adjustment knob 313 and the housing plate body 61 is coupled to one end of the control shaft and inserted into both ends of the control shaft It was made of a fastener 316 is formed through the through hole.

The control shaft 312 is formed with a screw thread 314 and a left screw thread 315, both ends of which are respectively formed, and at the end of the control shaft on which the right thread is formed, a circular plate-shaped adjustment handle 313 having a cylindrical protrusion is provided. Combined, the fastener 316 is a rectangular tube formed in the shape of a wedge one side as shown in Figure 5 in the through groove is formed to insert the threaded surface of the adjustment shaft 312 is formed inside the groove A thread is formed along the outer circumferential surface of the.

The fastener 32 is located in the housing plate 61 and consists of a support 323 for supporting the shaft of the adjusting device 31, a fixing spring 322 and a fixing bolt 321.

In addition, the cutting section 4 located at the lower end of the compression section 2 has a cylindrical shape, the first cutting roller 41 and the second cutting roller 42, which are two cutting rollers formed at regular intervals on the outer circumferential surface thereof. The shaft of the first cutting roller 41 is an eighth shaft 78 and the third power transmission gear 781 and the first cutting gear that are engaged with the clutch gear 771 of the seventh shaft 77 to be driven. The gear 782 is engaged, and the second cutting gear 791 is coupled to the ninth shaft 79 of the shaft of the second cutting roller 42.

On the other hand, the dough machine (5) located close to the top of the inclined plate 11 of the hopper 1 is a 'U' shaped tube with an upper portion opened, one side of the two sides is attached to the 'U' shaped plate body On the other side of the 'U' shaped French 54 is attached so that the kneader side plate 53 can be screwed together.

In addition, the inside of the kneading machine 5 is penetrated by a fourth shaft 74 to which the second chain gear 741 is coupled, and a plurality of plate-shaped dough blades 51 rounded at a predetermined angle are attached around the shaft. .

The second chain gear 741 is a first chain gear 731 of the third shaft 73 to which the first power transmission gear 733, the fourth belt pulley 732, and the first chain gear 731 are coupled. ) Is connected to the chain belt 84 and the fourth belt pulley 732 of the third shaft 73 is formed of the second shaft 72 having the second 721 and the three belt pulley 722 coupled thereto. The second belt pulley 721 connected to the three belt pulley 722 and the belt 83 and coupled to the second shaft 72 is the first belt pulley coupled to the first shaft 71 as the motor shaft. 711 and the belt 82 are connected.

Hereinafter, the operating state according to the present invention.

When a material such as flour or the like is put into the kneader 5 and the driving motor 8 is operated, the motor power rotates the first belt pulley 711 and is connected to the first belt pulley and the belt 82. Power is transmitted to the second belt pulley 721.

In addition, power is transmitted to the fourth belt pulley 732 connected to the third belt pulley 722 and the belt 83 by the rotation of the third belt pulley 722 coupled to the same shaft as the second belt pulley. The first chain gear 731 coupled to the same shaft as the fourth belt pulley is also rotated, and power is transmitted to the second chain gear 741 through the chain belt 84 connected thereto to knead the blade 51. The attached fourth shaft is rotated so that the dough machine 5 operates.

At this time, in order to decelerate the rotation of the motor, power must be transmitted from a small diameter pulley to a large diameter pulley so that the first belt pulley 711, the third belt pulley 722, and the fleece wheel 731 use a small diameter. In addition, the second belt pulley 721 and the fourth belt pulley 732 were used in a large diameter.

When the dough is finished, the kneader 5 rotates about the fourth shaft 74 so that the dough can be easily taken out. When the dough is put into the hopper 1, the compression unit 2 installed at the end of the hopper is provided. The roller of the operation to discharge the dough to a certain thickness, the user can pull out the dough to the desired thickness by using the adjustment knob 313 of the thickness adjusting device (3).

In addition, if the compression process is repeated several times to increase the density of the dough and put into the cutting portion 4, the dough compressed by the cutting blades formed on the cutting rollers 41 and 42 of the cutting portion is discharged to the cotton ball.

The driving of the fixed roller 21 and the variable roller 22 for compressing the dough in the process is driven by the power of the motor 8, the third rotation to receive the power from the motor as in the drive of the dough machine (5) The second power transmission gear 751 is driven by engaging with the first power transmission gear 733 coupled to the shaft 73.

The fifth shaft 75, to which the second power transmission gear 751 is coupled, includes a first compression gear 752 and a fixed roller 21, so that each of the fifth power transmission gears 751 is rotated by the second power transmission gear 751. Is transmitted, the second compression gear 761 is also rotated in engagement with the first compression gear 752, and the variable roller 22 of the sixth shaft 76 to which the second compression gear is coupled is also driven.

On the other hand, when cutting the dough spread by compression, the clutch gear 771 coupled to the seventh shaft (77) and the second power transmission gear (751) coupled to the fifth shaft (75) and the eighth shaft (78); By inserting manually between the third power transmission gear 781, the power is transmitted to the gear of the cutting portion 4 and is discharged to the cotton feet due to the cutting blades formed on the cutting rollers (41, 42).

When the clutch gear 771 is inserted, power is transmitted from the second power transmission gear to rotate the third power transmission gear coupled to the eighth shaft, and coupled to the eighth shaft by the rotation of the third power transmission gear. The first cutting gear is rotated, and power is transmitted to the second cutting gear coupled to the ninth shaft engaged therewith, thereby driving the second cutting roller.

A noodle machine comprising a hopper obtained to put dough into a compression part, a compression device for compressing the dough, a cutting device for cutting the compressed dough, and a motor for transmitting power; By mounting and integrating the kneader to drive the noodle maker and the kneader simultaneously with one motor, it is possible to provide a device that increases the financial competitiveness and uses the clutch gear to transmit power only when necessary.

Claims (4)

A housing in which two plates having a predetermined thickness are erected on both sides and fixed by a frame between the plates; Hopper is coupled to the top of the housing and made of a sloping plate and a blocking plate to prevent the dough from coming out to the side to form a predetermined slope; A compression unit positioned near the inclined inclined end of the hopper and composed of a fixed roller and a variable roller; Located in close proximity to the variable roller, the thickness adjustment device consisting of a shaft coupled to the pressing projection is a bearing, and a fixing member and a fixing member attached to one end of the shaft; A cutting part close to the lower end of the compression part and composed of two cutting rollers; In the noodle making machine which consists of a drive motor which drives said compression part and a cutting part, It is located close to the top of the inclined plate of the hopper, the upper portion and one side is opened and the side of the opening of the '54'-shaped French 54 is attached and can be rotated around the inner shaft 74; A plate-shaped kneader side plate (53) screwed to a French attached to the cylinder; Dough machine with a dough machine, characterized in that consisting of a dough machine (5) is driven by the power of the drive motor and made of a shaft having a plurality of dough blades 51 formed on the outer peripheral surface. The method of claim 1, wherein the kneader is driven by the power of the motor belt belt pulley of the small belt pulley attached to the motor shaft of the first axis and the two-stage pulley attached to the second shaft to reduce the rotation of the motor belt The small belt pulley of the second shaft and the large belt pulley of the third shaft with a belt, and finally, the chain gear of the third shaft and the fourth shaft is driven using a chain belt. . The method of claim 2, wherein the third shaft to the fourth shaft is a gear that transmits power to the power transmission in a certain direction by using a fleece wheel and the joint in the opposite direction is to prevent the power transmission The noodle maker with a kneading machine, characterized in that to separate the drive of the dough and noodle maker using a single motor. The noodle-making machine according to claim 1, wherein the French attached to the kneader is formed to protrude out of the cylinder and is directly coupled to the main body by a screw.