JPS6031496Y2 - noodle making machine - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a noodle making machine that makes noodles such as udon and soba by rolling noodle material thinly and cutting the rolled material into thin pieces.

In the figure, 1 is an outer box that forms the exterior of the noodle making machine, and as shown in Figure 2, it has a material insertion opening 2 on the top surface and an outlet 3 on the bottom surface.
The front upper surface portion including the material insertion port 2 is a lid 1a that can be opened and closed.

There are a pair of noodle cutting rollers 4, each having a shaft portion 4a parallel to each other.

Reference numeral 5 denotes a support base for supporting the noodle cutting roller 4, and has two parallel bearings 5b, 5b on the upright portion 5a at both ends, and both ends of the shaft portion 4a of the noodle cutting roller 4 are rotatably attached to the bearings 5b. To support.

The end of the shaft portion 4a of each noodle cutting roller is equipped with gears 6, 6 that mesh with each other, and a driven side joint 7 is provided at the tip of one shaft portion.
and a gear 8 driven by a motor (not shown)
, 9, the drive side joint 10 provided on the gear 8 at the end of the row,
The driven joint 7 is connected.

The gear 9 is slidably mounted on the shaft 11, and is pushed by a spring 12 in the direction in which the driving side joint 10 is connected to the driven side joint 7, but the gear 9 is slid so as to disconnect the two joints. This allows the noodle cutting roller 4 to be removed.

Each noodle cutting roller 4 includes a first group of cutters 41 having a large number of disk-shaped blades 4b arranged at the same pitch, and a large number of disk-shaped blades 4C having a different thickness from the blades 4b arranged at the same pitch. has a second group of cutters 42 arranged at different pitches and arranged in the axial direction.

Each row 4b is arranged such that each group of cutters 41, 42 engages with blades of the same blade thickness and pitch of the adjacent rollers forming a pair, facing each other and being alternately positioned.

4c has a radius larger than half of the center-to-center distance between the bearings 5b, 5b.

A first group of cutters 41 with thick blades and a large pitch is used, for example, to cut udon noodles, and a second group of cutters 42, which have thin blades and a small pitch, are used, for example, to cut soba noodles.

Reference numeral 13 (Fig. 3) denotes a pair of noodle rolling rollers, the shaft portions 13a at both ends are rotatably supported by bearings 5b of the support base 5, and the ends of the shaft portions 13a are provided with gears 14 that mesh with each other. In addition, a driven side joint 15 is provided at the tip of one shaft portion.

The driven side joint 15 is detachably connected to the drive side joint 10 similarly to the noodle cutting roller 4 described above.

Each noodle rolling roller 13 is formed to have a radius smaller than half of the distance between the centers of the bearings 5bt5b so as to form a gap between both rollers for thinly rolling the material.

In addition, the noodle rolling gap is set by the cutter group 4 of the noodle cutting roller mentioned above.
In order to form two types of large and small, corresponding to the number of groups of 1.42,
It has a cylindrical outer circumferential surface 13b with a small diameter and a cylindrical outer circumferential surface 13c with a large diameter.

The axial length of each outer circumferential surface is formed to be approximately the same as the length of each group of cutters of the noodle cutting roller.

The large gap 18 between the small diameter outer circumferential surfaces 13b, 13b is set to a size that extends the material to a thickness suitable for cutting with the first group of cutters 41, and the large diameter outer circumferential surface 13C? The small gaps 17 between 13C are each sized to extend the material to a suitable thickness for cutting by the second set of cutters 42.

Reference numeral 13d designates flanges provided at both ends of the noodle rolling roller in order to prevent the material from protruding in the axial direction when the material is rolled by the noodle rolling roller.

16 (Fig. 4) is a guide piece that prevents the material from wrapping around the noodle rolling roller, and is located on the upper surface of the support base 5, and located between the bearings 5b, 5b, and on both sides of the opening 5c facing the outlet 3. It protrudes in two paired rows along the .

The upper end of the guide piece 16 is located close to the outer peripheral surface of the noodle rolling roller 13, and peels off the material stretched from the outer peripheral surface of the roller and guides it to the outlet 3.

Further, the guide piece 16 has a comb-teeth shape in the axial direction of the roller.

The pitch of the comb teeth is set to be the same as the pitch of each row of cutters 41, 42 of the noodle cutting roller 4, and each guide piece is set to the same pitch as that of each row of cutters 41, 42 of the noodle cutting roller 4.
The pitch has fallen by half compared to c.

Each of the guide pieces of the two rows of guide pieces 16 is older than the guide pieces of the other rows by wL.

Therefore, when the noodle cutting rollers 4 are mounted on the support stand 5, each row 4b, 4c has a larger diameter than the noodle rolling roller 3, so that
As shown in FIG. 2, each guide piece 16 is inserted between each blade 4b, 4c, and the thinly cut noodles can be guided to the outlet 3 by the guide piece 16.

Now, when the noodle rolling roller 13 is attached to the support stand 5 and the kneaded material is inserted into the material insertion opening 2, the gap between the rollers is 18.17.
Depending on the corresponding insertion position, the material can be rolled out to a thickness for udon or soba noodles.

When rolling the material thinly to the thickness for buckwheat noodles, it is easier to roll the material in two stages by inserting it into the large gap 18 of the rollers and then inserting it into the raw gap 17.

Next, a noodle cutting roller 4 is attached to the support stand 5 in place of the noodle rolling roller 13, and the rolled material is passed through the material insertion opening 2 into the first or second cutter group 41. 42
By inserting it into the corresponding position, you can cut udon or soba noodles into thin pieces.

As described above, in this invention, when a noodle rolling roller is attached to a support stand, a guide piece is brought close to its outer peripheral surface, and when a noodle cutting roller is attached to the support stand, a guide piece is inserted between the rows. In either of these methods, the material or noodles can be guided toward the exit by means of a guide piece, so simply by replacing the rollers with respect to the support base, it is possible to use either noodle rolling or noodle cutting.

Furthermore, since only one support stand is required, it can be manufactured at low cost.

[Brief explanation of drawings]

Figure 1 is a partially cutaway plan view of the noodle making machine with the noodle cutting roller installed, Figure 2 is a sectional view taken along line A-A in Figure 1, and Figure 3 is the noodle making machine with the noodle rolling roller installed. FIG. 1 is a diagram corresponding to FIG. 1, and FIG. 4 is a sectional view taken along line BB in FIG. 3. Explanation of numbers 4 is a noodle cutting roller, 5 is a support base, 5b is a bearing, 13 is a noodle rolling roller, and 16 is a guide piece.

Claims (1)

[Claims for Utility Model Registration] Two parallel bearings at each end, two rows of comb teeth between the bearings, and m#i relative to the other rows.
A support base each having a guide piece protruding from the top, a large number of disc-shaped blades arranged on a single axis, and mounted on a bearing of the support base so that the guide plate is inserted between the blades. a pair of noodle rolling rollers having a cylindrical outer circumferential surface and mounted on bearings of the support base such that the guide piece is close to the outer circumferential surface of the noodle rolling rollers; A noodle making machine in which a cutting roller and a noodle rolling roller can be exchangeably mounted on bearings of the support stand.