JPS583504Y2 - "Noodle" lump spreading device - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a noodle mass rolling device that rolls out a noodle mass of udon dough that has been pressed by cross lines to a predetermined thickness and size to form a circular plate shape.

The traditional manufacturing method for handmade udon noodles is to add an appropriate amount of water and salt to wheat flour, stir and knead, then mature the resulting round dough mass for a predetermined period of time, wrap it in a wrapping member such as cloth or tatami mat, and then A person steps on the material from the outside with his/her foot to sufficiently roll the noodle mass, then places the noodle mass on a board and rolls it with a round bar called a rolling pin. This involves winding it up and then pushing it out manually.

- This process may seem simple, but in order to make the gluten fibers that give the flavor of hand-made udon noodles non-directional, creating a dense mesh, the process involves rolling and pressing from one direction, and then rolling it out into a plate. The material is then rolled up to naturally remove the strain caused by the rolling process, and then the same process is repeated by winding it up from different directions.

However, even when this process was transferred to a mechanical process, it was not possible to remove the distortion and create a unique flavor with a simple continuous roll rolling process.

Therefore, in the present invention, in order to eliminate the distortion that occurs during the process and mechanize the noodle manufacturing process similar to that of hand-pulled noodles, a spreading roll equipped with a pressing force adjustment device is placed above, and an upper and lower roller is placed below. between a main roll with a lower roll whose position can be adjusted freely, and a subordinate roll whose one end is pivoted near the main roll and whose tip part is pivoted on an arm rod that extends toward one side so that the height can be adjusted freely. , a wide endless bell (A) is suspended between the lower slave roll and the lower roll, which is suspended substantially below the slave roll, and a wide endless bell (B) is suspended between the spreading roll and the main roll, and the main roll and the lower part. This invention relates to a noodle mass spreading device characterized in that the rolls are configured to rotate at the same circumferential speed and in opposite directions.

In the drawing, 1 is the machine base of this device.

A main roll 2 is provided with a spreading roll 4 equipped with a pressing force adjusting device 3 above, and the spreading roll 4 is rotated in a direction opposite to that of the main roll 2 through gears A99 and H2.

5 is an arm rod 6 which is a subordinate roll and has one end pivoted near the main roll 2.
(A wide endless bell is attached to the main roll 2 and follower roll 5)
The upper conveying body 7 is formed by suspending A.

The upper conveying body 7 is formed so as to vibrate the slave roll 5 side up and down about the pivot portion of the arm rod 6, and its angle is freely adjustable.

Reference numeral 8 denotes a lower roll, which is rotated by the main roll 2 through gears A and E in a direction opposite to that of the main roll 2. The lower roll 8 and the tip of the arm rod 10 have a shaft approximately below the slave roll 5. A wide endless bell (B) is suspended between the suspended lower follower rolls 9 to form a lower conveyor 11.

12 is a noodle block supply port, 13 is a wheel plate discharge port, 14 is a finishing plate, and 15 is an electric motor.

Next, to explain its operation, when the electric motor 15 is activated to drive this device and a predetermined noodle mass is supplied from the noodle mass supply port 12, it is spread between the spreading roll 4 and the main roll 2 and then transferred to the upper conveyor 7. conveyed above.

The weight plates sequentially fall upside down from the end of the upper conveyor 7 onto the lower conveyor 11, are spread out and conveyed on the lower conveyor 11, and are spread by the lower roll 8 and the main roll 2 at the lower rear. Then, it is discharged from the ring plate discharge port 13 onto the finishing plate 14 in the shape shown in FIG. 2B.

The ejected oval noodle plate is folded in two from the dotted line position (Fig. 2b) and fed again from the supply port 12 in the direction of the arrow in Fig. 2 and the lower roll 8, a substantially circular weight plate is completed as shown in Figure d.

As described above, the present invention includes a main roll 2 in which a spreading roll 4 equipped with a pressing force adjustment device 3 is arranged above, a lower roll 8 whose position can be freely adjusted up and down is arranged below, and a main roll 2 in the vicinity of the main roll 2. A wide endless bell (A) is suspended between slave rolls 5 which are pivoted on an arm rod 6 whose one end is pivoted to the arm rod 6 which extends toward one side with its tip end adjustable in height. A wide endless bell is placed between the lower follower roll 9 and the lower roll 8 which are shaft-mounted below.
B is suspended, and the spreading roll 4 and the main roll 2,
Since the main roll 2 and the lower roll 8 are configured to rotate at the same circumferential speed and in opposite directions, rolling with the main roll 2 and the spreading roll 4 is faster than in a conventional continuous roll rolling mill. The unfolded weight plate moves slowly in an expanded state on the upper carrier l inclined upward as needed, and the lower carrier 11 rotates in the opposite direction from its end.
The material falls upside down one after another, and the strain caused by rapid roll rolling is naturally removed as it spreads along the way.

In addition, during the second spreading process, the udon is fed from a different direction than the first, so it is no different from handmade udon noodles, and the gluten fibers do not break and become non-directional, resulting in a dense network that creates a unique flavor. be.

What's more, in the second stretching, the oval shaped material is folded and fed from different directions to make it almost circular, so there is no need to make the roll width too long, and the equipment itself can be made smaller. It has a simple structure and a truly remarkable effect.

[Brief explanation of drawings]

FIG. 1 is a partially sectional side view of the device according to the present invention. FIG. 2 is a schematic plan view of a weight plate that is processed in the order of a, l), c, and d. 2 is a main roll, 3 is a pressing force adjustment device, 4 is a spreading roll,
5 is a follower roll, 6 is an arm lever, 8 is a lower roll, and 9 is a lower follower roll.

Claims (1)

[Scope of utility model registration request] A main roll in which a spreading roll equipped with a pressing force adjustment device is arranged above and a lower roll whose position can be adjusted up and down below is arranged, and one end is pivoted near the main roll, and the tip part can be adjusted in height. A wide endless bell (A) is suspended between slave rolls that are pivoted on arm rods extending toward one side, and a wide endless bell is suspended between a lower slave roll that is pivoted approximately below the slave rolls, and the lower roll. 1. A noodle mass spreading device, characterized in that it suspends a bell) B, and is configured to rotate the spreading roll and the main roll, and the main roll and the lower roll at the same circumferential speed and in opposite directions.