JPS63129946A - Noodle making apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to a noodle making device that can divide noodle strings into unit amounts of noodle strings and take them out.

[Conventional technology]

In a conventional noodle making device, as shown in FIG. 5, a noodle strip 32 rolled to a predetermined width W by a rolling device 31 is
The noodle string cutting device 33 cuts the noodle strings into parallel noodle strings as they are, and in order to divide and take out a unit amount of the many cut noodle strings 32'', the noodle strings are first arranged in parallel in the width direction. Connect the line 32' to the upper dividing guides 34, 34...
The lower division guides 35, 35... are used to guide the group into multiple groups, and the cutter 36 cuts the noodle strings 321 into desired lengths. , each group 32. '・321・32.
Separate chute 37I / 37g every ° / 324'
・37.・Drop into 374 and shoot 37.
・３７□ ・３７．・374... Each compartment of boiling 138 brought in the upper direction 381 ・38□
・383 and 384 are supplied with a unit amount of noodle strings 32', such as one or two portions, respectively.

In this way, the boiled noodles were supplied with a unit amount of 32° noodle strings! 138 into a boiling tank (not shown) and boiling the noodle strings 32', boiled noodles can be obtained from the boiling basket 38 in unit quantities. .

[Problem that the invention seeks to solve]

However, this conventional device has the following problems.

That is, the width W of the noodle strip 33 rolled by the rolling device is, for example, 230 mm (or 215 fi or 300 mm).
11), the width W of the noodle strings is constant throughout the rolls of the rolling device, and the width W of the noodle strings cut by the noodle string cutting device is 8th (31÷8), 10th (
3 (: Im + 10), 12th (3cm + 12)
, . . . It differs depending on the count, such as 40th count (3G ÷ 20).

Therefore, the number of noodle strands when the noodle strip of the castor W is cut into noodle strands W of an arbitrary (desired) count always changes.

Therefore, in the conventional device, each time the cutting of the noodle strings 32' is started, the number of noodle strings 32' is counted and the same number of noodle strings 32' are cut out.
2' is each shade 37.・３７□・３７．・It was manually distributed to each chute so that it would be dropped into 374 chutes. Therefore, with conventional equipment, the work of counting the number of noodle strings and distributing them to each chute is difficult.
It required a lot of effort.

Furthermore, since the number of noodle strings 32' is not always a multiple of 4, the following troubles have also occurred. That is, in the case where there are, for example, four chutes as in the conventional WW shown above, if the noodle strip 32 with a width W of 2301 is cut into the 8th noodle string 32', (230÷ Technique=)61.33...In other words, 62 noodle strings 32' are obtained, so if these 62 noodle strings 32'' are divided into 4 groups, 1 group = (62÷4=) That's 15.5 dead.In other words, if you divide the group so that each group has 15 dead, you will have 2 dead.

Therefore, with conventional equipment, in such cases, the remaining 2
Cut the tree into the chute 37. ~374 By guiding outside (
), each chute 37. ~37, each contains 1
I made sure that the 32゛ noodle strings of Mayuki-nii would fit inside.

However, since the opening position of the upper end of the chute 37, which is a fixed body made of sheet metal, cannot be changed or adjusted, the remaining two noodle strands 32' are guided outside the chutes 371 to 374, and the remaining 60 When the real noodle strings were sorted into four chutes, some of the 32'' noodle strings had to be forcibly guided slightly to the side, rather than directly below them, in the direction of the chute. However, after trying to force myself like this, I couldn't get the desired shot 37. ~ Directed in 374 directions! ! The line is
Before you know it (unbeknownst to you), it will start to fall in a natural direction directly below you, and some groups will be short of numbers (
Furthermore, there was a problem that it was easy to cause insufficient quantity.

[Means for solving problems]

As described above, this invention enables the noodle strings to be cut into noodle strings by the noodle string cutting device and cut out to the desired length by the cuffer without the need to manually count the number of cut out feeder wires. The object is to provide a noodle-making device that can be obtained by dividing the noodle into a desired number of groups evenly (quantitatively) as it is. That is,
The gist of this is that between the noodle strip rolling device and the noodle string cutting device, there is a noodle strip dividing cutter that divides the noodle strips coming out of the rolling device into a plurality of narrow noodle strips; A sorting guide device is provided for alternately distributing a plurality of narrow width noodle strips, which are divided by a strip dividing cutter and lined up in the width direction, back and forth, and the noodle string cutting device cuts out the narrow width noodle strips distributed on the front side. It is composed of separate noodle string cutting devices: a front noodle string cutting device that acts on the noodle strips and a rear noodle string cutting device that acts on the narrow noodle strips distributed on the rear side. The percent making device is characterized in that each cutting device is provided with a cutter for cutting the noodle strings to an appropriate length.

[Effect]

In the noodle making device of the present invention, the noodle strips rolled to a desired thickness and width by the noodle strip rolling device are first divided into a plurality of small 11 noodle strips using a noodle strip dividing cutter, and then was cut out,
After that, it is cut to the desired length with a cutter, so the number of divisions of the noodle strip (width of a small noodle strip) by the noodle strip dividing cutter and the I&? When setting the length of i appropriately, the I (weight) of each noodle string obtained by cutting each narrow noodle strip into noodle strings and cutting them to a predetermined length is, for example, No matter what thickness the noodle strip is cut into noodle strips by the noodle strip cutting device, that is, even if the strips are cut out or there are differences in the thickness of the strips, they will always be uniform.

Therefore, the width and line length of the narrow noodle strips are set so that the amount of noodle strings obtained from each narrow noodle strip is a desired unit amount, such as one portion or two portions. During storage, the dose for each unit amount obtained by this noodle making device is always uniform.

Further, in the noodle making device of the present invention, the narrow noodle strips that are divided by the noodle strip dividing cutter and lined up in series in the l] direction are arranged so that they are alternately distributed back and forth by the distribution device. The narrow noodle strips distributed back and forth by this sorting device are processed by a noodle string cutting device that acts on the narrow noodle strips distributed on the front side and on the narrow noodle strips distributed on the rear side. The noodle string cutting device that
Since it is configured with separate front and rear noodle string cutting devices, each of the front small width noodle strips and the rear side narrow noodle strips supplied to each noodle string cutting device can be The noodle strips are supplied to the front or rear strip cutting device with a gap for one narrow noodle strip being provided between the strips.

In the noodle-making device of the present invention, the D&% cut out by the upper and front cutter cutters, which are distributed to the front and rear as described above, are directly used by the front and rear cutters. Since each group of noodle strings falling below the cutter is cut to the desired length, the unit amount of noodle strings obtained from each narrow noodle strip is cut from front to back, left and right. It is obtained in a state where it is separated in both directions.

〔Example〕

To explain one embodiment with reference to the drawing, in the drawing, 1 is a machine frame, 2 and 3 are rolling rolls at the final stage of the noodle strip rolling device 4,
From the pair of rolling rolls 2 and 3, a noodle strip 5 rolled by a rolling device 4 into noodles having a constant thickness and a constant width W is sent out downward.

Reference numeral 6 denotes a noodle sheet dividing cutter disposed directly below the rolling rolls 2 and 3 at the final stage. It is composed of a pair of divided rolls 7 and 8. That is, each divided roll 7, 8 has a large diameter portion 7a, respectively.
7a..., 8a, 8a... and small diameter portions 7b, 7b
..., 8b, 8b... are formed alternately,
The pair of split rolls 7 and 8 have one large diameter portion 7a and 7.
a, 8a, 8a and the other small diameter portion 7b, 7b...,
8b, 8b... are made to face each other, and the step portions formed at the boundary between the large diameter portion and the small diameter portion of each roll 7, 8 are brought into sliding contact with each other, so that the pair of divided rolls 7・
The noodle belt 5 passing through the space 8 is -castor w (w=1/4W)
10.・10. It is divided into ・101 and 104.

Reference numerals 11 and 12 denote a pair of guide plates disposed above the noodle sheet dividing cutter 6.
The small diameter portion 7b of the divided roll 7 on the front side
7b! : Large diameter portions 8a and 8a of the rear split roll 8
The second and fourth narrow noodle strips 10z/104 from the left, passed between the 1 from the left, which is divided into four by the dividing cutter 6 and made to pass between the large diameter portions 7a, 7a of the front divided roll 7 and the small diameter portions 8b, 8b of the rear divided roll 8, respectively.
Second and third narrow noodle belt 10. -10 is guided in the rearward and downward direction by a guide plate 12 disposed on the rear side (Fig. 2).

The narrow noodle strips 10 are lined up in the width direction by a sorting device consisting of the pair of guide plates 1 and 12.・】0□ ・
10.・10. However, the portions that are sent out in a state where they are distributed alternately in the front and back are provided with a front noodle string cutting device 13 that acts only on the narrow noodle strips 10 and 104 distributed on the front side, and a rear A rear side cut-off device 14 is provided that acts only on the narrow noodle strips 1O3 and 10s distributed to the sides.

The noodle string cutting devices 13 and 14 each have cutting blades 15a to 15a having the same structure as a known noodle string cutting blade.
It is composed of a pair of rolls 15, 16 and 17, 18 having rolls 17a, 18a.

Below the pair of noodle string cutting devices 13 and 14,
A pair of cuffers 23 and 24 are provided, each consisting of a pair of guide plates 19 and 20 and a pair of rotating cutting blades 21 and 22 provided oppositely to each of the guide plates 19 and 20, for cutting out noodle strings on the front side. Noodle strings 10'z cut into noodle strings by the device 13
・10'4 and the noodle strings to'+ cut out by the noodle string cutting device t14 on the rear side. ・10' are each cut to a predetermined length by separate cuckoos 23 and 24 arranged at the front and back. In other words, each noodle string divided into four is 10°, ・10゛2
The groups of 10 degrees and 10'4 are each cut into lengths that are enough for one or two meals.

In addition, in the figure, 25.・25.・25.・25
, is a separate narrow noodle strip divided into four 5.・5z ・5
3 ・5a is uvAIO'+ ・10'z ・t
.

1. The above cuffer 23 is cut out to 10'4.
The openings at the upper ends of the parts that fall after passing through 24 are faced, respectively, and the openings at the lower ends of the parts are arranged in a row horizontally in Fig. 1 and are brought downward. Boiling basket 2
6 private rooms 26.・26!・263 ・264 This is a chute facing upward and disposed between the cutters 23 and 24 and the known conveyance path of the boiled rice 26.

In the above embodiment, the noodle strings are divided into unit portions by the noodle making device of the present invention, separated into front, rear, left and right positions and taken out.
, 10'4 are guided as they are to a private room in the boiling basket 26, but the noodle strings 10', 10'・10
', ·10'4 Whether or not to feed it as is for boiling is completely optional; in other embodiments, it may be fed on a conveyor, in a steamer, or in a packaging container. Needless to say, the guide may be provided inside the building (not shown).

〔Effect of the invention〕

As can be easily understood from the detailed explanation of the operation, the noodle-making device of the present invention can produce multiple unit parts by dividing the cut line into multiple parts only in the width direction (horizontal direction). Unlike conventional equipment, which had to divide the rolled noodle strips into multiple narrow noodle strips, the rolled noodle strips are divided into multiple narrow noodle strips in advance, and the strips are divided in both the front, back, left, and right directions (width direction and width direction).
This method solves the problem mentioned at the beginning and allows each unit to be separated into noodle strips (in the direction perpendicular to the width direction) and then cut into noodle strips, which are then cut to the desired length. This machine automatically divides the noodle strings into the desired unit amount by giving ample space between the noodle strings, without any manual work required with conventional equipment. can be obtained.

In addition, in the noodle-making device of the present invention, each of the narrow width noodle bands is cut out into noodle strings at positions separated from each other in both the front, back, left, and right directions. By varying the number of the cutting blade of the line cutting device, it is possible to provide a difference in thickness between the noodle strings of each unit portion obtained at the same time from one noodle making device.

[Brief explanation of the drawing]

Fig. 1 is a front view showing one embodiment of the noodle making device according to the present invention, Fig. 2 is a vertical side view of the same, the third area is a plan view of the noodle band dividing cutter, and the fourth area is a noodle string cutting device. Plan view of 5th
The figure is a front view showing an example of a conventional device, and FIG. 6 is a longitudinal sectional side view of the same. 4... Noodle strip rolling device, 5... Noodle strip, 6... Noodle strip dividing cutter, 10+ ・10!・10.・10. ...Small noodle belt, 10', ・10'□ ・101.・10′4・・
- Noodle strings, 11, 12... Sorting guide plate, 13... Front noodle string cutting device, 14... Back noodle string cutting device, 23, 24... Cutter. Patent applicant: Kenji Murakami (6370) Patent attorney Art supplies: Takemi

Claims (1)

[Claims] 1. Between the noodle strip rolling device and the noodle strip cutting device, there is a noodle strip dividing cutter that divides the noodle strips coming out of the rolling device into a plurality of narrow noodle strips, and the noodle strip dividing cutter divides the noodle strips into a plurality of narrow noodle strips. A distribution guide device is provided that alternately distributes a plurality of narrow noodle strips arranged in the width direction back and forth.
The noodle string cutting device includes a front noodle string cutting device that acts on the narrow noodle strips distributed to the front side, and a rear noodle string cutting device that acts on the narrow noodle strips distributed to the rear side. 1. A noodle making device comprising a noodle string cutting device, each of which is provided with a cutter for cutting the noodle strings to an appropriate length.