JPS583505Y2 - Anti-wrapping plate in noodle plate rolling machine - Google Patents

Description

[Detailed description of the invention] The present invention is a belt conveyor in a noodle rolling device that rolls out noodle lumps of udon dough that have been pressed by cross-tracks to a predetermined thickness and size to form a circular plate shape, and a belt conveyor for preventing the wrapping. It's about the board.

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 noodle 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 outside of the material with his/her foot to thoroughly roll and knead it, then places this noodle mass on the base soil and rolls it with a round bar called a rolling pin.When it reaches the appropriate thickness, it is rolled with 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 and form a dense network, the process involves rolling and pressing from one direction, and then spreading it over the root soil. The strain caused by the rolling process is naturally removed, and the same operation is repeated by winding from a different direction.

However, even when this process was transferred to a mechanical process, the distortion could not be removed by simply continuous roll rolling, and the unique flavor could not be created.

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. The upper belt conveyor, which has a position-adjustable lower roll, extends diagonally upward on the - side from the main roll, and the lower belt conveyor, which also extends diagonally upward on the one side from the lower roll, at the same circumferential speed. In a weight plate spreading machine, the weight plate spreading machine is configured to rotate in opposite directions, and is provided with a wrapping prevention plate having a resistance imparting portion formed at its lower end and directed substantially downward from the tip of the upper belt conveyor. This relates to a wrapping prevention plate.

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

2 is a main roll, and a spreading roll 4 equipped with a pressing force adjustment device 3 is disposed above, and the spreading roll 4 is connected to gears A99 and H2.

A guide plate 5 is provided between the rolls to form a noodle mass supply port 6.

Reference numeral 7 denotes a slave roll, which is pivoted on the other end of an arm rod 8 whose one end is attached near the main roll 2, and a wide endless bell (A) is suspended between the slave roll 7 and the main roll 2, and is attached to the upper part. A belt conveyor 10 is configured.

At the tip of the upper belt conveyor 10, a curved anti-wrapping plate 11 is provided diagonally downward, and at the lower end of the anti-wrapping plate 11, the final end of the moving weight plate is bent and overlapped. In order to prevent this, the resistance imparting portion 12 is formed with an angle facing rearward in the transport direction of the lower belt conveyor.

Reference numeral 13 denotes a lower roll, which is rotated from the main roll 2 through gears A and E in a direction opposite to that of the main roll 2. The lower roll 13 and the tip of the arm rod 14 are located approximately diagonally above the slave roll 7. (a wide endless bell between 15 lower follower rolls)
B is suspended to constitute the lower belt conveyor 16.

Reference numeral 17 denotes an outlet/outlet guide plate, which is arranged obliquely downward from the vicinity of the lower roll 13, and forms an outlet 18 of the ring plate extended on the outlet guide plate 17.

Note that 19 is an electric motor, and 20 is a finishing plate.

Next, to explain its operation, when the electric motor 19 is started to drive this device and a predetermined noodle mass is supplied from the noodle mass supply port 6, it is first spread between the spreading roll 4 and the main roll 2, and then the upper belt It is transported on a conveyor 10.

The wheel plates sequentially fall upside down from the end of the upper belt conveyor 10 along the wrapping prevention plate 11 onto the lower belt conveyor 16, but the final end of the wheel plate is pushed backward in the conveying direction by the resistance imparting part 12. It can be bounced, bent and expanded without polymerizing.

The ring plate transferred on the lower belt conveyor 16 is secondarily expanded by the lower roll 13 and the main roll 2, and passes over the exit guide plate 17 from the weight plate outlet 18 in the shape shown in Fig. 2B. This is what comes out on the finishing plate 20.

Fold the oval ring plate (Fig. 2b) in two from the dotted line position and feed it again to the supply port 6 from the direction of the arrow in Fig. 2c.
Upper belt conveyor 10, lower belt conveyor 16
When the sheet is passed through the main roll 2 and the lower roll 13 for final rolling, a substantially circular ring plate is produced as shown in FIG. 2d.

As described above, in the present invention, the spreading roll 4 equipped with the pressing force adjustment device 3 is arranged above, and the lower roll 13 whose vertical position is freely adjustable is arranged below the main roll 2. The upper belt conveyor 10 extending from the lower roll 13 and the lower belt conveyor 16 extending diagonally upward on one side from the lower roll 13 are configured to rotate at the same circumferential speed and in opposite directions. conveyor 1
Since the winding prevention plate 11 with the resistance imparting part 12 formed at the lower end is disposed approximately downward from the tip end, the main roll The wheel plate rolled and expanded by the rolling rolls 2 and 4 is slowly moved in an expanded state on the upper belt conveyor 10 which is tilted diagonally upwards, and the lower part rotating in the opposite direction from the end thereof. They fall onto the belt conveyor 16 upside down one after another, but at this time, the wheel plate is attached to the upper belt conveyor 1.
The wrapping prevention plate 11 prevents the wheel plate from being rolled into the lower surface of the conveyor without moving away from the conveyor, and the final end of the wheel plate is prevented from bending in the transport direction of the lower belt conveyor 16 when it leaves the end of the conveyor. In many cases, the ring plate passes between the next spreading rolls while being bent and superposed, but since the end of the wheel plate is caught in the resistance imparting part 12 formed on the anti-wrapping plate 11, the end part is moved in the transport direction. It looks like it has been bounced backwards, and it expands without bending.

When the gluten is spread out and moved slowly in this way, the sudden strain caused by rolling is naturally removed, so the gluten fibers do not break and become non-directional, forming a dense network and producing a unique flavor. .

Moreover, during the second spreading process. The structure is simple, as the oval shape obtained by the first rolling process is folded and fed from different directions to form a roughly circular shape, so the roll width does not need to be too long and the equipment itself can be made more compact. It has a truly remarkable effect.

[Brief explanation of the drawing]

FIG. 1 is a partially sectional perspective view of the device according to the present invention. FIG. 2 is a schematic plan view of a ring plate processed in the order of a, l), c, and d. Figures 3 and 4 are side views of the operation without the wrapping prevention plate;
FIGS. 5A, 1) and 5C are side views of the anti-wrapping plate in action. 2 is a main roll, 3 is a pressing force adjustment device, 4 is a spreading roll,
10 is an upper belt conveyor, 11 is a wrapping prevention plate, 12
13 is a lower roll, and 16 is a lower belt conveyor.

Claims (1)

[Scope of utility model registration request] An upper belt conveyor extends diagonally upward on the - side from the main roll, which has a spreading roll equipped with a pressing force adjustment device arranged above and a lower roll whose vertical position can be freely adjusted below. A lower belt conveyor extending obliquely upward on one side from the roll is configured to rotate at the same circumferential speed but in opposite directions, and a resistance is imparted to the lower end of the upper belt conveyor approximately downward from the tip. A wrapping prevention plate in a weight plate spreading machine, which is provided with a wrapping prevention plate having a part formed thereon.