JPS6031479Y2 - noodle dough rolling machine - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a noodle dough rolling machine that can stretch the noodle dough onto a belt conveyor into an entirely flat and uniform noodle strip.

Conventionally, a belt conveyor that circulates on a plywood board, an eccentric device installed above the conveyor, and a guide installed parallel to the belt conveyor on the conveyor support the belt conveyor to maintain a predetermined height from the top of the conveyor. A noodle dough rolling machine comprising a stretching roller that is reciprocated back and forth by an eccentric device is known.

However, according to this rolling mill, the eccentric device was installed above the conveyor, and the guide supporting the stretching roller was also provided only on the lower side. However, if the eccentric device is installed in the machine frame above the conveyor, this lifting phenomenon becomes larger, and sometimes only one side lifts up, causing the overall problem. This has caused problems in rolling operations, such as the inability to form flat and uniform noodle strips.

However, if the weight of the enlarging roller is increased, problems remain, such as the service life of the eccentric device and the metal that supports the enlarging roller and slides on the guide becomes extremely short.

Therefore, in this invention, an independent upper guide is provided above the lower guide so as to be movable up and down, this upper guide is attached to the lower part, and an enlarger roller that reciprocates back and forth is pressed downward with the required pressure, and the lower part The above-mentioned problem has been solved by providing a noodle dough rolling machine configured such that the guides are driven by adjusting the vertical position of the guides.

Hereinafter, specific embodiments of this invention will be described with reference to the drawings.

The figure shows a case in which this invention is applied to a noodle dough rolling machine. It is monitored by a pressurizing device 3, etc., which presses the dough and stretches it in cooperation with the conveyor device 2.

The conveyor device 2 has drive rollers 4 mounted on the upper front and rear ends of the machine frame 1.
, 4' are pivoted so that they are parallel and horizontal, and an endless belt conveyor 5 is wound around both rollers 4, 4'.
A base plate 6 is disposed on the back side of the upper loading surface of the conveyor 5 to prevent the noodle dough from loosening during stretching.

The drive rollers 4, 4' are driven in the same direction by the output shaft 8 of a motor which rotates in the forward and reverse directions via the transmission belt 9°9' by operating the forward/reverse switching lever 7, and the conveyor 5 rotates in the forward and reverse directions. The noodle dough loaded on the top surface is moved back and forth.

It goes without saying that one of the driving rollers 4, 4' may be a floating roller.

The pressurizing device 3 includes upper and lower guides 12, 12', 13 that are independently movable up and down on the left and right sides of guide rods 10, 10', 11, 11' that are installed midway at the left and right ends of the machine frame 1. ,13'
are fitted, and the left and right upper and lower guides 12, 12', 13.
13' Metal 15 with an enlarging roller 14 mounted between the upper and lower sides
．． 15' is mounted so as to be able to reciprocate back and forth, and is driven via a transmission belt 17 from an output shaft 16 of a motor pivotally attached to the front side of the left and right ends of the machine frame 1.
8.18' causes the metal 15.15' to reciprocate back and forth, and along with this movement, the enlarging roller 14 also reciprocates back and forth.

The lower guide 13.13 also includes, for example, a handle 19.
By manual rotation operation of a, or by rotating the output shaft 2 of the motor.
From 0a to the upper and lower push button 20c via the transmission belt 20b
, 20d, the worm gear 19b is rotated, and a vertical adjustment mechanism 19.20 is installed, which can adjust the vertical position via the worm wheel 19c, etc., while the guide rod 1
0°10', 11. A box-shaped guide rod reinforcing/mounting stand 21 is fixed to the tip of the guide rod 11', and springs 22, 22', 23.
23' is interposed, and the upper guide 12.12' is biased downward.

As a result, the metal 15.15' is attached to the upper and lower guides 12.
, 12', 13, and 13', and the required pressure is applied to the enlarging roller 14 via the upper guide 12, 12', etc., and the enlarging roller 14 can be adjusted by adjusting the vertical adjustment mechanism 19, 20. This means that the gap 1 between the lower end of the conveyor 5 and the upper surface of the conveyor 5 can be freely adjusted.

Therefore, if the dumpling-shaped noodle dough is first loaded on the conveyor 5 and moved toward the stretching roller 14, the stretching roller 14 and the base plate 6, which repeatedly reciprocate back and forth due to the rotation of the eccentric device 18, 18', A slightly thicker noodle strip with an initial set gap is formed between the conveyors 5, and then the gap is narrowed and set, and the same operation as described above is repeated to form a noodle strip with the desired thickness. It is formed uniformly and flatly.

Incidentally, it is possible to give the enlarging roller 14 a rotation opposite to that of the drive rollers 4, 4', for example, by means of an appropriate transmission means 24 which transmits the rotation given to the eccentric device 18.degree. This has the advantage that the leading portion of the incoming noodle dough and thick noodle strips that are being produced are particularly easily swallowed by the enlarging rollers 14.

Further, the output shafts 16 and 20a of the motors are configured to be able to be rotated in the forward and reverse directions in the same manner by switching the forward/reverse switching lever 7.

As is clear from the above explanation of the structure, according to this invention, the eccentric device 18, 18 can be disposed not only at the upper position of the conveyor 5, but also at the lower position, and the enlarger roller 14 can be installed at the vertical adjustment mechanism 19, 20. Not only can the gap between the noodle strips and the top surface of the conveyor 5 be set as desired by the adjustment operation of In addition to the unidirectional movement of 5, the stretching roller 14 moves back and forth repeatedly to roll the noodle strips, so the force exerted on the noodle strips is averaged, making the noodle strips elastic, flat, and uniform in thickness. You can make noodle strips with excellent flavor.

Furthermore, since the enlarging roller 14 is supported by a biasing force other than its own weight, a number of excellent practical effects are expected, such as the enlarging roller 14 itself can be made lighter and mass-produced using inexpensive materials. can.

[Brief explanation of drawings]

FIG. 1 is a front view showing a noodle dough rolling machine implementing this invention, and FIG. 2 is a rear view of the same. Code, 1...Machine frame, 3...Pressure device,
5... Belt conveyor, 10.10', 11,
11'...Guide groove, 12,12'...
- Upper guide, 13.13'...Lower guide, 14...Enlarger roller, 8゜18'...Eccentric device.

Claims (1)

[Scope of utility model registration request] The belt conveyor 5 runs on the plywood 6, the eccentric devices 18, 18' are installed on the side of the machine frame 1, and the belt conveyor 5 is supported by a guide installed parallel to the belt conveyor 5. In a noodle dough rolling machine comprising a pressure device 3 that reciprocates the stretching roller 14 back and forth by the eccentric device 18, 18' while maintaining a predetermined height from the upper surface, the upper and lower guides are separated into an upper part and a lower part. Lower guide 12.12', 13°13'
Guide rods 10, 10', 11, 11' are erected from the machine frame 1, and the upper guide 12.12' is attached downward to press the enlarging roller 14 and to press the lower guide 13. A noodle dough rolling machine in which 13' is configured so that the vertical position can be changed and adjusted.