JPH11346637A - Rolling of noodle belt and rolling machine therefor - Google Patents
Rolling of noodle belt and rolling machine thereforInfo
- Publication number
- JPH11346637A JPH11346637A JP10157988A JP15798898A JPH11346637A JP H11346637 A JPH11346637 A JP H11346637A JP 10157988 A JP10157988 A JP 10157988A JP 15798898 A JP15798898 A JP 15798898A JP H11346637 A JPH11346637 A JP H11346637A
- Authority
- JP
- Japan
- Prior art keywords
- noodle
- rolling mill
- rolling
- noodle band
- rollers
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Manufacturing And Processing Devices For Dough (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、小麦粉、水、食塩
その他の原料を混合した原料混練物を順次圧延して所定
厚の麺帯を形成する麺帯圧延方法及び麺帯圧延装置に関
する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a noodle band rolling method and a noodle band rolling apparatus for sequentially rolling a kneaded raw material obtained by mixing flour, water, salt and other raw materials to form a noodle band having a predetermined thickness.
【０００２】[0002]
【従来の技術】従来、麺帯を機械的に製造する際には、
一対のローラが具備された圧延機が、麺帯の送出方向に
複数配設された麺帯圧延装置が用いられている。かかる
装置は、準備された原料混練物を、上流側（本明細書に
於いて、「上流側の圧延機」とは、原料混練物が導入さ
れる側に位置する圧延機をいう）の圧延機のローラ間に
通過させ、所定厚の麺帯を形成し、該麺帯を下流側の圧
延機のローラ間に通過させ、順次、上流側の圧延機から
下流側の圧延機のローラ間に通過させて麺帯を圧延する
ことにより、麺線に適する厚みの麺帯を形成することが
できる。2. Description of the Related Art Conventionally, when a noodle belt is mechanically manufactured,
A noodle band rolling device is used in which a plurality of rolling mills provided with a pair of rollers are arranged in the direction in which the noodle band is fed. Such an apparatus rolls the prepared raw material kneaded material on the upstream side (in this specification, the "upstream rolling mill" refers to a rolling mill located on the side where the raw material kneaded material is introduced). To pass between the rollers of the downstream rolling mill, and in turn, between the rollers of the upstream rolling mill to the downstream rolling mill. By rolling the noodle strip through the noodle strip, a noodle strip having a thickness suitable for the noodle strings can be formed.
【０００３】ところで、かかる圧延作業の際、作業開始
時に於いては、上流側の圧延機のローラ間から送出され
た麺帯の先端部を下流側の圧延機のローラ間に導入しな
ければならない。また、圧延作業中に於いて、例えば、
麺帯が途中で切断した場合には、同様に途切れた麺帯の
先端部を下流側の圧延機のローラ間に導入しなければな
らない。By the way, at the start of the rolling operation, the leading end of the noodle band sent out from between the rollers of the upstream rolling mill must be introduced between the rollers of the downstream rolling mill. . Also, during the rolling operation, for example,
If the noodle strip is cut in the middle, the broken end of the noodle strip must be similarly introduced between the rollers of the downstream rolling mill.
【０００４】かかる導入作業を作業員が手作業で行うこ
とは煩雑である。そこで、自動的に麺帯の先端部を下流
側の圧延機に導入するため、上流側の圧延機と下流側の
圧延機の間に、麺帯を搬送するコンベアが配設された麺
帯圧延装置が知られている。[0004] It is complicated for an operator to perform such an introduction work manually. Therefore, in order to automatically introduce the leading end of the noodle belt into the downstream rolling mill, a noodle belt rolling machine provided with a conveyor for transporting the noodle belt is provided between the upstream rolling mill and the downstream rolling mill. Devices are known.
【０００５】具体的には、図４に示すように、上流側の
圧延機４１と下流側の圧延機４３の間に、無端状のベル
ト４４が麺帯の送出方向に回転するコンベア４５が、配
設されている。かかるコンベア４５によって、上流側の
圧延機４１のローラ４６，４６から送出された麺帯４７
は、コンベア４５上にて搬送されて麺帯４７の先端部４
８が下流側の圧延機４３のローラ５０，５０間に導入さ
れ、該ローラ５０，５０によって麺帯４７が掴まれる。
同様にして下流側の各圧延機４３のローラ５０，５０間
に麺帯４７の先端部４８が導入され、以後、麺帯の圧延
作業が連続的に行われる。More specifically, as shown in FIG. 4, between an upstream rolling mill 41 and a downstream rolling mill 43, a conveyor 45 in which an endless belt 44 rotates in a noodle belt feeding direction is provided. It is arranged. The noodle belt 47 delivered from the rollers 46, 46 of the upstream rolling mill 41 by the conveyor 45.
Is transported on the conveyor 45 and the leading end 4 of the noodle belt 47
8 is introduced between the rollers 50, 50 of the downstream rolling mill 43, and the noodle belt 47 is gripped by the rollers 50, 50.
Similarly, the leading end portion 48 of the noodle band 47 is introduced between the rollers 50 and 50 of each downstream rolling mill 43, and thereafter, the rolling operation of the noodle band is continuously performed.
【０００６】[0006]
【発明が解決しようとする課題】ところで、上記コンベ
ア４５が配設された麺帯圧延装置は、各圧延機に麺帯導
入後、連続的に麺帯を圧延する際には、上流側の圧延機
４１のローラ４６，４６の回転速度（即ち、上流側の圧
延機４１のローラ４６，４６間から送出される麺帯４７
の麺帯送出速度）、コンベア４５の回転速度（即ち、コ
ンベア４５の麺帯搬送速度）、及び下流側の圧延機４３
のローラ５０，５０の回転速度（即ち、下流側の圧延機
４３のローラ５０，５０間に導入される麺帯４７の麺帯
導入速度）が、全て略同じ速度に調整しなければならな
い。By the way, the noodle band rolling apparatus provided with the above-mentioned conveyor 45, when the noodle band is continuously rolled after the noodle band is introduced into each rolling mill, the upstream side rolling is performed. Speed of the rollers 46, 46 of the mill 41 (ie, the noodle belt 47 delivered from between the rollers 46, 46 of the upstream rolling mill 41)
Noodle band sending speed), the rotating speed of the conveyor 45 (that is, the noodle band conveying speed of the conveyor 45), and the downstream rolling mill 43
(That is, the noodle band introduction speed of the noodle band 47 introduced between the rollers 50 and 50 of the downstream rolling mill 43) must be adjusted to substantially the same speed.
【０００７】例えば、コンベア４５の麺帯搬送速度が他
と比べて速い場合には、上流側の圧延機４１側に位置す
る麺帯４７が引っ張られ、且つ下方側の圧延機４３側に
位置する麺帯４７が皺等を生じるという不都合が生じ
る。また、上流側の圧延機４１の麺帯送出速度が他と比
べて速い場合には、コンベア４５上で麺帯４７の中途部
が皺等を生じ、引いては麺帯４７が曲がる等の不都合が
生じ、一方、下流側の圧延機４３の麺帯導入速度が他と
比べて速い場合には、コンベア４５上で麺帯４７が引張
られるという不都合が生じる。For example, when the noodle belt conveying speed of the conveyor 45 is higher than the others, the noodle belt 47 located on the upstream rolling mill 41 side is pulled and located on the lower rolling mill 43 side. There is a disadvantage that the noodle band 47 is wrinkled. In addition, when the noodle belt sending speed of the upstream rolling mill 41 is higher than the others, the middle part of the noodle belt 47 on the conveyor 45 has wrinkles and the like, and the noodle belt 47 is bent. On the other hand, if the noodle band introduction speed of the downstream rolling mill 43 is higher than the others, there is a disadvantage that the noodle band 47 is pulled on the conveyor 45.
【０００８】従って、上述のように、３者の略同じ速度
に調整しなければならないのであるが、最も下流側に位
置する圧延機４３から送出された麺帯は、麺帯切断装置
（図示せず）によって麺線に切断され、且つ所定長さに
切断され、かかる麺帯切断装置の動作の如何によって、
最も下流側に位置する圧延機の麺帯送出速度が変化し、
連鎖的に上流側の圧延機の麺帯送出速度が変化している
ので、各圧延機間に於ける３者の速度を適宜同速度に調
整して麺帯を圧延することは極めて困難且つ煩雑であ
る。Therefore, as described above, it is necessary to adjust the three speeds to substantially the same speed. However, the noodle band sent from the rolling mill 43 located at the most downstream side is supplied to the noodle band cutting device (not shown). Is cut into noodle strings, and cut into a predetermined length, depending on the operation of the noodle band cutting device.
The noodle belt delivery speed of the rolling mill located at the most downstream side changes,
Since the noodle band sending speed of the upstream rolling mills changes in a chain, it is extremely difficult and complicated to adjust the speeds of the three members between the respective rolling mills to the same speed as appropriate to roll the noodle bands. It is.
【０００９】そこで、本発明は、上記従来の問題点に鑑
みてなされたもので、麺帯を各圧延機に自動的に導入で
き、且つ導入後に麺帯を圧延する際には、従来に比して
簡易な速度調整を以て良好に麺帯を圧延することができ
る麺帯圧延方法及び麺帯圧延装置を提供することを課題
とする。In view of the above, the present invention has been made in view of the above-mentioned conventional problems, and the noodle band can be automatically introduced into each rolling mill. It is an object of the present invention to provide a noodle band rolling method and a noodle band rolling device which can easily roll the noodle band with a simple speed adjustment.
【００１０】[0010]
【課題を解決するための手段】そこで、本発明者は、鋭
意研究を重ねた末、各コンベアは、麺帯の先端部を各圧
延機のローラ間に導入する際には重要な働きをするが、
圧延の際には、麺帯を搬送しない方がよいことを見出
し、下記の手段を講じて上記課題を解決するに至った。Accordingly, the present inventor has made intensive studies, and as a result, each conveyor plays an important role when introducing the leading end of the noodle band between the rollers of each rolling mill. But,
In rolling, it was found that it was better not to convey the noodle belt, and the following measures were taken to solve the above problem.
【００１１】即ち、本発明に係る麺帯圧延方法は、回転
自在な一対のローラ２，２が具備された上流側の圧延機
３と下流側の圧延機３の間にコンベア５が配置され、前
記上流側の圧延機３のローラ２，２間から送出される麺
帯２５を下流側の圧延機３のローラ２，２間に導入する
ことにより麺帯２５を順次圧延する麺帯圧延方法に於い
て、上流側の圧延機３から送出された麺帯２５の先端部
を下流側の圧延機３に導入する際には、コンベア５によ
って麺帯２５を搬送して下流側の圧延機３のローラ２，
２間に麺帯２５の先端部を導入し、一方、麺帯導入後に
麺帯２５を圧延する際には、前記コンベア５から麺帯２
５の一部又は全部を離反させ、且つ該離反した麺帯２５
の高さを測定し、上流側の圧延機３のローラ２，２間か
ら麺帯２５が送出される麺帯送出速度又は下流側の圧延
機３のローラ２，２間に麺帯２５が導入される麺帯導入
速度の少なくとも何れか一方の速度を調整しながら麺帯
２５を圧延することにある。That is, in the noodle band rolling method according to the present invention, the conveyor 5 is disposed between the upstream rolling mill 3 provided with the pair of rotatable rollers 2 and 2 and the downstream rolling mill 3; A noodle band rolling method for sequentially rolling the noodle band 25 by introducing the noodle band 25 sent out between the rollers 2 and 2 of the upstream rolling mill 3 between the rollers 2 and 2 of the downstream rolling mill 3 Here, when the leading end of the noodle belt 25 sent from the upstream rolling mill 3 is introduced into the downstream rolling mill 3, the noodle belt 25 is transported by the conveyor 5 and the downstream rolling mill 3 Roller 2,
When the noodle belt 25 is rolled after introduction of the noodle belt 25 between the noodle belts 2, the noodle belt 2
5 or a part of the noodle band 25
Is measured, and the noodle band 25 is delivered from between the rollers 2 and 2 of the upstream rolling mill 3 or the noodle belt 25 is introduced between the rollers 2 and 2 of the downstream rolling mill 3. The noodle belt 25 is rolled while adjusting at least one of the noodle belt introduction speeds.
【００１２】かかる麺帯圧延方法によれば、圧延作業を
行う際、先ず、コンベア５によって麺帯２５が搬送され
るので、各圧延機３のローラ２，２間に麺帯２５の先端
部が自動的に導入される。According to the noodle band rolling method, when the rolling operation is performed, first, the noodle band 25 is transported by the conveyor 5, so that the leading end of the noodle band 25 is placed between the rollers 2 and 2 of each rolling mill 3. Automatically introduced.
【００１３】そして、麺帯２５を圧延する際には、麺帯
２５の一部又は全部をコンベア５上から離反させるの
で、該麺帯２５は、上流側と下流側の圧延機３，３間に
垂れ下がった状態となって、麺帯２５はコンベア５の影
響を極めて受けにくくなる。従って、コンベア５の速度
の如何によって圧延機３間の麺帯２５が引張られたり、
麺帯２５に皺等を生じたりすることがない。When the noodle band 25 is rolled, a part or the whole of the noodle band 25 is separated from the conveyor 5, so that the noodle band 25 is moved between the upstream and downstream rolling mills 3, 3. , And the noodle belt 25 is extremely unlikely to be affected by the conveyor 5. Therefore, depending on the speed of the conveyor 5, the noodle belt 25 between the rolling mills 3 is pulled,
Wrinkles and the like do not occur on the noodle belt 25.
【００１４】そして、コンベア５から離反させた麺帯２
５の高さを測定し、麺帯２５の垂れ具合を設定範囲内に
維持することにより、良好に麺帯２５の圧延作業を行う
ことができる。即ち、麺帯２５の高さを測定し、設定範
囲外の場合には、上流側の圧延機３の麺帯送出速度又は
下流側の圧延機３の麺帯導入速度の少なくとも何れか一
方の速度を調整することにより、麺帯２５を良好に圧延
することができる。Then, the noodle band 2 separated from the conveyor 5
By measuring the height of No. 5 and maintaining the degree of sagging of the noodle band 25 within the set range, the rolling operation of the noodle band 25 can be performed well. That is, the height of the noodle belt 25 is measured, and if the height is out of the set range, at least one of the noodle belt feeding speed of the upstream rolling mill 3 and the noodle belt introducing speed of the downstream rolling mill 3. , The noodle band 25 can be satisfactorily rolled.
【００１５】上記麺帯圧延方法は、例えば、請求項２記
載のように、上流側の圧延機３と下流側の圧延機３の間
に、上流側の圧延機３の一対のローラ２，２間から送出
された麺帯２５を搬送し、且つ麺帯２５の先端部を下流
側の圧延機３一対のローラ２，２間に導入するコンベア
５が配設され、前記コンベア５は、コンベア５の一端１
０側が下流側の圧延機３のローラ２，２間近傍に配置さ
れ、且つコンベア５の他端１１側が上流側の圧延機３の
ローラ２，２の下方側に位置するように配置されている
と共に、コンベア５の上方には、麺帯２５との距離を検
知する距離検知手段が具備されており、しかも、上流側
の圧延機３のローラ２，２間から麺帯２５が送出される
麺帯送出速度を、下流側の圧延機３のローラ２，２間に
麺帯２５が導入される麺帯導入速度よりも遅くすること
ができるように各圧延機３のローラ２，２の回転速度が
調整可能に構成されている麺帯圧延装置により実施する
ことができる。The above-mentioned noodle band rolling method is, for example, as described in claim 2, between the upstream rolling mill 3 and the downstream rolling mill 3, a pair of rollers 2 and 2 of the upstream rolling mill 3. A conveyor 5 is provided which transports the noodle band 25 sent from between, and introduces the leading end of the noodle band 25 between the pair of rollers 2 and 2 on the downstream rolling mill 3. One end of
The 0 side is disposed in the vicinity of the rollers 2 and 2 of the downstream rolling mill 3, and the other end 11 side of the conveyor 5 is disposed below the rollers 2 and 2 of the upstream rolling mill 3. At the same time, a distance detecting means for detecting a distance from the noodle band 25 is provided above the conveyor 5, and the noodle band 25 is sent out from between the rollers 2 and 2 of the rolling mill 3 on the upstream side. The rotation speed of the rollers 2 and 2 of each rolling mill 3 is set so that the band sending speed can be made lower than the noodle band introducing speed at which the noodle band 25 is introduced between the rollers 2 and 2 of the downstream rolling mill 3. Can be implemented by a noodle band rolling device configured to be adjustable.
【００１６】[0016]
【発明の実施の形態】以下、本発明の一実施形態につい
て図面を参酌しつつ説明する。図１に於いて、１は、回
転自在な一対の圧延用のローラ２，２を有する圧延機３
が、長手方向（麺帯の進行方向）に複数（例えば、５
機）配設された麺帯圧延装置を示す。尚、例えば、５機
の圧延機３が配設されている場合、各構成を説明する際
に、上流側から順次Ａ，Ｂ，Ｃ…というようにアルファ
ベットの大文字を付け加えて図番を表す場合がある。ま
た、この場合、最上流側の圧延機を「第一圧延機」、そ
の次の下流の圧延機を「第二圧延機」、最下流の圧延機
を「第五圧延機」と称する場合がある。DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. In FIG. 1, reference numeral 1 denotes a rolling mill 3 having a pair of rotatable rolling rollers 2 and 2.
However, a plurality (for example, 5
(Machine) shows the arranged noodle strip rolling device. In the case where five rolling mills 3 are provided, for example, when describing each configuration, a figure number is represented by adding alphabetical capital letters such as A, B, C... Sequentially from the upstream side. There is. In this case, the most upstream rolling mill may be referred to as a “first rolling mill”, the next downstream rolling mill may be referred to as a “second rolling mill”, and the most downstream rolling mill may be referred to as a “fifth rolling mill”. is there.
【００１７】麺帯圧延装置１は、第一圧延機３Ａのロー
ラ２Ａ，２Ａ間に原料混練物が導入され、かかる圧延機
３Ａのローラ２Ａ，２Ａ間から送出された麺帯は、第二
圧延機３Ｂのローラ２Ｂ，２Ｂ間に導入され、順次圧延
を繰り返して第五圧延機３Ｅから送出された後、麺帯切
断装置４によって長手方向に切断されて麺線とされる。In the noodle band rolling apparatus 1, the raw material kneaded material is introduced between the rollers 2A, 2A of the first rolling mill 3A, and the noodle band sent out between the rollers 2A, 2A of the rolling mill 3A is converted into a second rolling mill. After being introduced between the rollers 2B and 2B of the mill 3B and sequentially repeated rolling and being sent out from the fifth rolling mill 3E, it is cut in the longitudinal direction by the noodle band cutting device 4 to form noodle strings.
【００１８】さらに、各圧延機３の間には、麺帯を搬送
可能なコンベア５が配設されている。より具体的には、
コンベア５は、無端状の搬送ベルト６が駆動ローラ７，
７によって回転自在に構成されており、固定側（例え
ば、圧延機３の枠体８）に固着されている。尚、該搬送
ベルト６の回転速度は、任意に調整可能である。Further, a conveyor 5 capable of transporting the noodle belt is provided between the rolling mills 3. More specifically,
The conveyor 5 includes an endless transport belt 6 having driving rollers 7,
7, and is fixed to a fixed side (for example, the frame 8 of the rolling mill 3). The rotation speed of the conveyor belt 6 can be adjusted arbitrarily.
【００１９】さらに詳しくは、図２にも示すように、コ
ンベア５は、コンベア５の一端１０側が下流側の圧延機
３（例えば、第一圧延機３Ａと第二圧延機３Ｂの間に配
設されたコンベア５Ａの場合には、第二圧延機３Ｂ。ま
た、第二圧延機３Ｂと第三圧延機３Ｃの間に配設された
コンベア５Ｂの場合には、第三圧延機３Ｃ）のローラ
２，２間近傍に位置し、且つコンベア５の他端１１側が
上流側の圧延機３のローラ２の下方に離反して設けられ
ている。More specifically, as shown in FIG. 2, the conveyor 5 has one end 10 of the conveyor 5 disposed downstream of the rolling mill 3 (for example, disposed between the first rolling mill 3A and the second rolling mill 3B). In the case of the conveyed conveyor 5A, the second rolling mill 3B, and in the case of the conveyor 5B disposed between the second rolling mill 3B and the third rolling mill 3C, the rollers of the third rolling mill 3C) The other end 11 of the conveyer 5 is located in the vicinity of the roller 2 between the rollers 2 of the upstream rolling mill 3.
【００２０】従って、各コンベア５は、その一端１０
が、下流側の圧延機３のローラ２，２の導入口１６と、
上流側の圧延機３のローラ２，２の送出口１７とを結ん
だ結線Ｘ（図２に一点鎖線で示す）に略一致した位置に
配され、且つその他端１１が該結線Ｘよりもかなり下方
に位置して配され、全体として、下流側の圧延機３の導
入口１６から上流側の圧延機３の送出口１７の下方側に
傾斜して設けられている。尚、従来の麺帯圧延装置のコ
ンベアは、同様の結線Ｘに略一致した位置にコンベアが
配されている。Therefore, each conveyor 5 has one end 10 thereof.
Is an inlet 16 of the rollers 2 and 2 of the downstream rolling mill 3,
It is arranged at a position substantially coincident with a connection X (indicated by a dashed line in FIG. 2) connecting the rollers 2 and 2 of the upstream rolling mill 3 with the delivery port 17, and the other end 11 is considerably larger than the connection X. The rolling mill 3 is disposed at a lower position, and as a whole, is provided to be inclined from the inlet 16 of the downstream rolling mill 3 to a lower side of the outlet 17 of the upstream rolling mill 3. Note that the conveyor of the conventional noodle band rolling device is arranged at a position substantially coincident with the same connection X.
【００２１】さらに、コンベア５の一端１０と下流側の
圧延機３のローラ２，２の導入口１６との間の間隙１４
には、導入架橋板１５が設けられており、かかる導入架
橋板１５は、コンベア５で搬送された麺帯の先端部を下
流側の圧延機３のローラ２，２間に導く導入路として機
能する。一方、コンベア５の他端１１と上流側の圧延機
３のローラ２，２の送出口１７との間の間隙１８には、
保持架橋板１９が設けられており、かかる保持架橋板１
９は、上流側の圧延機３から送出された麺帯の先端部を
保持し、コンベア５上に誘導する保持誘導路として機能
する。Further, a gap 14 between one end 10 of the conveyor 5 and an inlet 16 of the rollers 2 and 2 of the downstream rolling mill 3 is provided.
Is provided with an introduction cross-linking plate 15, which functions as an introduction path for guiding the leading end of the noodle belt conveyed by the conveyor 5 between the rollers 2 and 2 of the downstream rolling mill 3. I do. On the other hand, in the gap 18 between the other end 11 of the conveyor 5 and the outlet 17 of the rollers 2 and 2 of the upstream rolling mill 3,
The holding bridge plate 19 is provided, and the holding bridge plate 1 is provided.
Reference numeral 9 functions as a holding guide path for holding the leading end of the noodle belt sent from the upstream rolling mill 3 and guiding the noodle belt to the conveyor 5.
【００２２】加えて、各コンベア５には、麺帯の上面と
の距離検知する距離検知手段として距離検知センサー２
０が設けられている。該距離検知センサー２０は、例え
ば、各コンベア５の中途部上方であって、コンベア５の
上面と所定間隔を有して固定（例えば、圧延機３の枠体
８等の固定側に固定）されている。In addition, each conveyor 5 has a distance detecting sensor 2 as distance detecting means for detecting the distance from the upper surface of the noodle belt.
0 is provided. The distance detection sensor 20 is fixed, for example, above the middle of each conveyor 5 and at a predetermined interval from the upper surface of the conveyor 5 (for example, fixed to the fixed side of the frame 8 or the like of the rolling mill 3). ing.
【００２３】さらに、各圧延機３のローラ２，２の導入
口１６（又は送出口１７）には、該ローラ２，２間に麺
帯が導入されたことを検知する導入検知センサー（図示
せず）が設けられている。Further, an introduction detecting sensor (not shown) for detecting that a noodle band is introduced between the rollers 2 and 2 is provided at an introduction port 16 (or a delivery port 17) of the rollers 2 and 2 of each rolling mill 3. Z) is provided.
【００２４】尚、前記各圧延機３のローラ２，２は、モ
ータ等の駆動装置（図示せず）によって回転自在であ
り、各ローラ２，２の回転速度はそれぞれ任意に調整可
能である。The rollers 2 of each rolling mill 3 are rotatable by a driving device such as a motor (not shown), and the rotation speed of each roller 2 can be arbitrarily adjusted.
【００２５】さらに、麺帯圧延装置１には、少なくとも
下記の機能を有する制御装置（図示せず）が設けられて
いる。 ．距離検知センサー２０によって麺帯の上面と距離検
知センサーとの距離を測定し、後述する麺帯の高さを算
出する。Further, the noodle band rolling device 1 is provided with a control device (not shown) having at least the following functions. . The distance between the upper surface of the noodle band and the distance detection sensor is measured by the distance detection sensor 20, and the height of the noodle band described later is calculated.
【００２６】．算出された麺帯の高さと、予め制御装
置のメモリ等に設定された麺帯の高さとを比較して、該
比較値に基づき、上流側の圧延機３のローラ２，２の回
転速度又は下流側の圧延機３のローラ２，２の回転速度
の少なくとも何れか一方の圧延機３のローラ２，２の回
転速度を自動的に調整する（本明細書に於いて、調整す
るという用語には、停止及び始動の意味をも含む）。
尚、該比較値に基づき、圧延機３のローラ２，２だけで
なく、コンベア５の回転速度を自動的に調整する機能も
有する。[0026] The calculated height of the noodle band is compared with the height of the noodle band previously set in a memory or the like of the control device, and based on the comparison value, the rotation speed of the rollers 2 and 2 of the upstream rolling mill 3 or The rotation speed of the rollers 2 and 2 of at least one of the rollers 2 and 2 of the downstream rolling mill 3 is automatically adjusted (in this specification, the term adjustment is used). Means stop and start).
In addition, based on the comparison value, a function of automatically adjusting not only the rollers 2 and 2 of the rolling mill 3 but also the rotation speed of the conveyor 5 is provided.
【００２７】．導入検知センサーによって検出された
データに基づき、ローラ２，２間の麺帯の有無を認識
し、上流側の圧延機３のローラ２，２の回転速度又は下
流側の圧延機３のローラ２，２の回転速度の少なくとも
何れか一方の圧延機３のローラ２，２の回転速度を自動
的に調整する。尚、該麺帯の有無を認識し、圧延機３の
ローラ２，２だけでなく、コンベア５の回転速度を自動
的に調整する機能も有する。[0027] Based on the data detected by the introduction detection sensor, the presence or absence of the noodle belt between the rollers 2 and 2 is recognized, and the rotation speed of the rollers 2 and 2 of the upstream rolling mill 3 or the rotation speed of the rollers 2 and 2 of the downstream rolling mill 3 is determined. The rotation speed of the rollers 2, 2 of at least one of the rolling mills 3 among the rotation speeds 2 is automatically adjusted. It has a function of recognizing the presence or absence of the noodle belt and automatically adjusting not only the rollers 2 and 2 of the rolling mill 3 but also the rotation speed of the conveyor 5.
【００２８】次に、原料混練物を圧延して所定厚の麺帯
を製造する麺帯圧延方法について説明する。Next, a noodle band rolling method for rolling a kneaded raw material to produce a noodle band having a predetermined thickness will be described.
【００２９】＜前処理工程＞まず、下流側へと麺帯を送
出可能に回転する第一圧延機３Ａのローラ２Ａ，２Ａ間
の導入口に塊状となった原料混練物を導入する。尚、原
料混練物は、手作業で該ローラ間２，２に導入してもよ
く、又、第一圧延機３Ａの上流側に混練機（図示せず）
を配置して該混練機から排出される原料混練物を自動的
に導入するようにしてもよい。<Pretreatment Step> First, a mass of raw material kneaded material is introduced into the inlet between the rollers 2A, 2A of the first rolling mill 3A which rotates so that the noodle belt can be sent to the downstream side. The kneaded raw material may be manually introduced into the gap between the rollers 2 and 2, or a kneader (not shown) may be provided upstream of the first rolling mill 3A.
To automatically introduce the kneaded material discharged from the kneader.
【００３０】＜麺帯導入工程＞次に、上流側の圧延機３
から送出された麺帯はコンベア５上に載り、該コンベア
５によって搬送されて下流側の圧延機３のローラ２，２
間に導入される。かかる動作が各圧延機３間で行われ
て、全ての圧延機３のローラ２，２間に麺帯が掴まれ
る。<Noodle Belt Introducing Step> Next, the upstream rolling mill 3
Is transferred onto the conveyor 5 and is conveyed by the conveyor 5 to the rollers 2 and 2 of the downstream rolling mill 3.
Introduced in between. Such an operation is performed between the rolling mills 3, and the noodle belt is gripped between the rollers 2 of all the rolling mills 3.
【００３１】より詳細に説明すると、図２に示すよう
に、下流側の圧延機３に麺帯２５が導入される前には、
上流側の圧延機３の麺帯送出速度、コンベア５の麺帯搬
送速度及び下流側の圧延機３の麺帯導入速度は、略同一
に設定されている。More specifically, as shown in FIG. 2, before the noodle belt 25 is introduced into the downstream rolling mill 3,
The noodle belt sending speed of the upstream rolling mill 3, the noodle belt conveying speed of the conveyor 5, and the noodle belt introducing speed of the downstream rolling mill 3 are set to be substantially the same.
【００３２】尚、麺帯送出速度、麺帯搬送速度及び麺帯
導入速度は、一定時間当たりの麺帯の移動距離をいい、
圧延機３のローラ２等の回転速度と異なる。例えば、上
流側の圧延機３から送出された麺帯２５が、下流側の圧
延機３によって半分の厚み（麺帯の幅は同一）に圧延さ
れる場合、上流側の圧延機３のローラ２，２の回転速度
に対して下流側の圧延機３のローラ２，２の回転速度が
２倍の速度であれば、理論上、上流側の圧延機３の麺帯
送出速度と下流側の圧延機３の麺帯導入速度は同一とな
る（但し、全てのローラが同一形状の場合）。The noodle band sending speed, the noodle band conveying speed and the noodle band introducing speed refer to the moving distance of the noodle band per fixed time,
It is different from the rotation speed of the roller 2 and the like of the rolling mill 3. For example, when the noodle belt 25 sent out from the upstream rolling mill 3 is rolled by the downstream rolling mill 3 to a half thickness (the width of the noodle belt is the same), the rollers 2 of the upstream rolling mill 3 are rolled. If the rotation speed of the rollers 2 and 2 of the downstream rolling mill 3 is twice as high as the rotation speed of the downstream rolling mill 2, the noodle band sending speed of the upstream rolling mill 3 and the downstream rolling The noodle band introduction speed of the machine 3 is the same (provided that all rollers have the same shape).
【００３３】次に、上流側の圧延機３の送出口１７から
送出された麺帯２５は、保持架橋板１７を介してコンベ
ア５の他端１１上に載り、該コンベア５によって搬送さ
れ、導入架橋板１５を介して下流側の圧延機３の導入口
１６に到達し、麺帯２５の先端部がローラ２，２間に導
入される。Next, the noodle band 25 sent out from the outlet 17 of the rolling mill 3 on the upstream side is placed on the other end 11 of the conveyor 5 via the holding cross-linking plate 17, conveyed by the conveyor 5, and introduced. It reaches the inlet 16 of the rolling mill 3 on the downstream side via the cross-linking plate 15, and the leading end of the noodle belt 25 is introduced between the rollers 2 and 2.
【００３４】該麺帯２５が、下流側の圧延機３のローラ
２，２間に導入されると、導入検知センサーが麺帯２５
を検知し、かかる信号に基づき、制御装置によって上流
側の圧延機３の麺帯送出速度は少し遅く（ローラ２，２
の回転速度を遅く）調整される。When the noodle belt 25 is introduced between the rollers 2 and 2 of the downstream rolling mill 3, the introduction detecting sensor
Is detected, and based on such a signal, the controller sends the noodle band sending speed of the upstream rolling mill 3 slightly lower (the rollers 2, 2).
(Slower rotation speed) is adjusted.
【００３５】すると、図３に示すように、麺帯２５は、
その一部又は全部がコンベア５上から浮き上がって離反
し、麺帯２５の中途部が圧延機３間に垂れ下がった状態
となる。各圧延機３に於いて同様の工程を経て、全ての
圧延機３に麺帯２５が導入される。Then, as shown in FIG. 3, the noodle belt 25 is
A part or all of the noodle belt 25 is lifted off the conveyor 5 and separated from the conveyor 5, and the middle part of the noodle belt 25 is hung between the rolling mills 3. The noodle bands 25 are introduced into all the rolling mills 3 through the same steps in each rolling mill 3.
【００３６】＜麺帯圧延工程＞圧延機３に麺帯２５が導
入されると、導入検知センサーが麺帯の存在を検知し、
距離検知センサー２０が作動して、該センサー２０と麺
帯２５との距離を測定する。即ち、距離検知センサー２
０によって、コンベア５から離反した麺帯２５の所定箇
所の高さが測定され、該センサー２０の信号に基づき、
制御装置が設定値と比較して、設定値の範囲内にあれ
ば、そのままの状態で圧延作業を継続する。<Noodle Belt Rolling Step> When the noodle belt 25 is introduced into the rolling mill 3, the introduction detecting sensor detects the presence of the noodle belt,
The distance detection sensor 20 operates to measure the distance between the sensor 20 and the noodle belt 25. That is, the distance detection sensor 2
0, the height of a predetermined portion of the noodle belt 25 separated from the conveyor 5 is measured, and based on the signal of the sensor 20,
If the control device compares the set value with the set value and is within the set value range, the rolling operation is continued as it is.
【００３７】一方、設定値の範囲外であれば、上流側の
圧延機３の麺帯送出速度を調整する。例えば、麺帯２５
の垂れ具合が大きく（コンベア５から離反した麺帯２５
の高さが低く）なると、麺帯２５がコンベア５に近づ
き、引いては麺帯２５全体がコンベア５上に載り、コン
ベア５の搬送速度の影響を受ける。かかる場合は、上流
側の圧延機３の麺帯送出速度が速いため、制御装置によ
り、該圧延機３のローラ２，２の回転速度を遅くして、
麺帯２５を設定範囲にまで上げてコンベア５から遠ざけ
る。On the other hand, if it is out of the set value range, the speed of feeding the noodle band of the upstream rolling mill 3 is adjusted. For example, noodle belt 25
The degree of dripping is large (the noodle belt 25 that has separated from the conveyor 5).
When the height of the noodle belt 25 is low, the noodle belt 25 approaches the conveyor 5 and the entire noodle belt 25 is placed on the conveyor 5, and is affected by the transport speed of the conveyor 5. In such a case, since the noodle belt sending speed of the upstream rolling mill 3 is high, the control device reduces the rotation speed of the rollers 2 and 2 of the rolling mill 3,
Raise the noodle belt 25 to the set range and move it away from the conveyor 5.
【００３８】また、例えば、麺帯２５の垂れ具合が小さ
く（コンベア５から離反した麺帯２５の高さが高く）な
ると、麺帯２５が圧延記３間で引張られる虞がある。か
かる場合は、上流側の圧延機３の麺帯送出速度が遅いた
め、制御装置により、該圧延機３のローラ２，２の回転
速度を速くして、麺帯２５を設定範囲にまで下げる。Further, for example, when the degree of sagging of the noodle band 25 becomes small (the height of the noodle band 25 separated from the conveyor 5 becomes high), there is a possibility that the noodle band 25 is pulled between the rolling records 3. In such a case, since the noodle band sending speed of the upstream rolling mill 3 is slow, the control device increases the rotation speed of the rollers 2 and 2 of the rolling mill 3 to lower the noodle band 25 to a set range.
【００３９】さらに、上流側の圧延機３の麺帯送出速度
を調整する際、同時にコンベア５の麺帯搬送速度を調整
することは好ましい。麺帯２５の一部がコンベア５上に
載って（接触して）いる場合、該接触部分において、少
しではあるが、コンベア５による引張り等の影響が出る
虞があるからである。また、麺帯２５の全部がコンベア
５から離反するように設定されている場合には、コンベ
ア５を停止させていてもよい。但し、圧延作業中に麺帯
２５が切断した場合には、麺帯２５の先端部を導入する
ため、再び始動するようにする。Further, when adjusting the speed of feeding the noodle bands of the upstream rolling mill 3, it is preferable to simultaneously adjust the speed of conveying the noodle bands of the conveyor 5. This is because, when a part of the noodle belt 25 is placed on (contacted with) the conveyor 5, the contact portion may be slightly affected by tension or the like by the conveyor 5. When all of the noodle belt 25 is set to be separated from the conveyor 5, the conveyor 5 may be stopped. However, when the noodle band 25 is cut during the rolling operation, the noodle band 25 is started again in order to introduce the leading end of the noodle band 25.
【００４０】尚、上記に於いて、麺帯２５の垂れ具合が
設定値の範囲外である場合に、上流側の圧延機３の麺帯
送出速度を調整しているが、下流側の麺帯導入速度を調
整してもよいこと言うまでもない。In the above, when the degree of sagging of the noodle band 25 is out of the set value range, the noodle band sending speed of the upstream rolling mill 3 is adjusted, but the noodle band on the downstream side is adjusted. It goes without saying that the introduction speed may be adjusted.
【００４１】また、圧延作業を継続している際に、麺帯
２５が切断した場合には、該途切れた麺帯２５がコンベ
ア５上に載り、その麺帯２５の先端部が再び下流側の圧
延機３に導入されるので、麺帯の圧延作業を途中で止め
る必要がない。尚、麺帯２５が切断した場合、導入検知
センサーが下流側の圧延機３のローラ２，２間に麺帯２
５が存在しないことを検知して、距離検知センサー２０
の作動を止めるため、例えば、上流側の圧延機３の麺帯
送出速度が遅くなることもない。If the noodle band 25 is cut during the rolling operation, the broken noodle band 25 is placed on the conveyor 5, and the leading end of the noodle band 25 is again placed on the downstream side. Since it is introduced into the rolling mill 3, it is not necessary to stop the rolling operation of the noodle belt halfway. When the noodle band 25 is cut, the introduction detection sensor detects the noodle band 2 between the rollers 2 and 2 of the downstream rolling mill 3.
5 is detected, and the distance detection sensor 20 is detected.
Is stopped, for example, the noodle band sending speed of the upstream rolling mill 3 does not decrease.
【００４２】このように、本発明に係る麺帯圧延方法及
び麺帯圧延装置によれば、下流側の圧延機３に麺帯２５
を自動で導入した後、上流側の圧延機３の麺帯送出速度
（上流側の圧延機３のローラ２，２の回転速度）又は下
流側の圧延機３の麺帯導入速度（下流側の圧延機３のロ
ーラ２，２の回転速度）の何れか一方のみを調整するこ
とにより、麺帯２５が引張られたり、皺になったりする
ことなく、良好に圧延作業を継続することができる。As described above, according to the noodle band rolling method and the noodle band rolling apparatus according to the present invention, the noodle band 25
Is automatically introduced, and then the noodle band sending speed of the upstream rolling mill 3 (the rotation speed of the rollers 2 and 2 of the upstream rolling mill 3) or the noodle band introducing speed of the downstream rolling mill 3 (the downstream rolling mill 3). By adjusting only one of the rotation speeds of the rollers 2 and 2 of the rolling mill 3, the rolling operation can be favorably continued without the noodle belt 25 being pulled or wrinkled.
【００４３】さらに、圧延作業中に、麺帯２５をコンベ
ア５から殆ど全部離反させることは、コンベア５による
麺帯５の引張り等の虞もなく、従って、コンベア５の搬
送速度の調整が不要であるという利点がある。Furthermore, during the rolling operation, the noodle belt 25 is almost completely separated from the conveyor 5 without the risk of the noodle belt 5 being pulled by the conveyor 5, and therefore, it is not necessary to adjust the transport speed of the conveyor 5. There is an advantage that there is.
【００４４】また、導入検知センサーと距離検知センサ
ー２０との連動により、下流側の圧延機３に麺帯２５が
導入された直後には、自動的に上流側の圧延機３の麺帯
送出速度（又は下流側の圧延機３の麺帯導入速度）が変
化して、麺帯２５が所定高さまで離反する。Further, by the interlocking of the introduction detection sensor and the distance detection sensor 20, immediately after the noodle band 25 is introduced into the downstream rolling mill 3, the noodle band sending speed of the upstream rolling mill 3 is automatically set. (Or the noodle band introduction speed of the downstream rolling mill 3) changes, and the noodle band 25 separates to a predetermined height.
【００４５】尚、上記実施形態の麺帯圧延方法に於い
て、麺帯２５をコンベア５から離反させる方法として
は、上流側の圧延機３の麺帯送出速度（又は下流側の圧
延記３の麺帯導入速度）を変化させているが、例えば、
コンベア２５の他端１１側（又はコンベア５の全体）を
下方に移動させて麺帯２５をコンベア５から離反させて
もよい。但し、コンベア５を移動させるよりも、上記圧
延機３の速度を変化させる方が簡便である。In the noodle band rolling method of the above embodiment, the method of separating the noodle band 25 from the conveyor 5 includes the noodle band sending speed of the upstream rolling mill 3 (or the rolling speed of the downstream rolling mill 3). Noodle belt introduction speed), for example,
The noodle belt 25 may be separated from the conveyor 5 by moving the other end 11 side of the conveyor 25 (or the entire conveyor 5) downward. However, it is easier to change the speed of the rolling mill 3 than to move the conveyor 5.
【００４６】[0046]
【発明の効果】以上のように、本発明に係る麺帯圧延方
法及び麺帯圧延装置によれば、麺帯を各圧延機に手作業
ではなく自動的に導入でき、又麺帯圧延中に麺帯が切断
した場合であっても、再び、切断した麺帯を下流側の圧
延機に自動的に導入することができる。従って、圧延作
業を止めるとこなく、継続して圧延作業を行うことがで
きるので、作業時間の効率化等により生産性を高めるこ
とができる。As described above, according to the noodle band rolling method and the noodle band rolling device according to the present invention, the noodle band can be automatically introduced into each rolling mill instead of manually, and the noodle band rolling can be performed during the noodle band rolling. Even when the noodle band is cut, the cut noodle band can be automatically introduced again into the downstream rolling mill. Therefore, since the rolling operation can be continuously performed without stopping the rolling operation, the productivity can be improved by improving the working time and the like.
【００４７】さらに、麺帯の圧延作業中は、少なくとも
上流側の圧延装置の麺帯送出速度（ロールの回転速度）
又は下流側の圧延機の麺帯導入速度（ロールの回転速
度）の何れか一方を調整するだけで良好な麺帯を製造で
きる。従って、各装置間のバランスを考慮した煩雑な速
度調整を行う必要がなく、従来の方法及び装置に比して
簡易に麺帯を製造することができる。Further, during the rolling operation of the noodle band, at least the feeding speed of the noodle band (rotational speed of the roll) of the upstream rolling device.
Alternatively, a good noodle band can be manufactured only by adjusting one of the noodle band introduction speed (roll rotation speed) of the downstream rolling mill. Therefore, there is no need to perform complicated speed adjustment in consideration of the balance between the devices, and the noodle belt can be easily manufactured as compared with the conventional method and device.
【図面の簡単な説明】[Brief description of the drawings]
【図１】本発明の一実施形態における麺帯圧延装置を示
す側面図。尚、圧延機の枠体を二点鎖線で示す（図２〜
図４に於いて同じ）。FIG. 1 is a side view showing a noodle band rolling apparatus according to an embodiment of the present invention. The frame of the rolling mill is indicated by a two-dot chain line (FIG. 2).
4 is the same).
【図２】本発明の一実施形態における一組の圧延機を示
す側面図。FIG. 2 is a side view showing a pair of rolling mills according to the embodiment of the present invention.
【図３】一組の圧延機間を例示して麺帯の圧延作業の状
態を示す側面図。FIG. 3 is a side view illustrating a state of a rolling operation of a noodle band by exemplifying a pair of rolling mills.
【図４】従来の麺帯圧延装置を用いた麺帯圧延作業の状
態を示す側面図。FIG. 4 is a side view showing a state of a noodle band rolling operation using a conventional noodle band rolling device.
２…ローラ、３…圧延機、５…コンベア、１０…コンベ
アの一端、１１…コンベアの他端、２５…麺帯2 ... roller, 3 ... rolling machine, 5 ... conveyor, 10 ... one end of conveyor, 11 ... other end of conveyor, 25 ... noodle belt
Claims (2)
された上流側の圧延機(3)と下流側の圧延機(3)の間にコ
ンベア(5)が配置され、前記上流側の圧延機(3)のローラ
(2),(2)間から送出される麺帯(25)を下流側の圧延機(3)
のローラ(2),(2)間に導入することにより麺帯(25)を順
次圧延する麺帯圧延方法に於いて、上流側の圧延機(3)
から送出された麺帯(25)の先端部を下流側の圧延機(3)
に導入する際には、コンベア(5)によって麺帯(25)を搬
送して下流側の圧延機(3)のローラ(2),(2)間に麺帯(25)
の先端部を導入し、一方、麺帯導入後に麺帯(25)を圧延
する際には、前記コンベア(5)から麺帯(25)の一部又は
全部を離反させ、且つ該離反した麺帯(25)の高さを測定
し、上流側の圧延機(3)のローラ(2),(2)間から麺帯(25)
が送出される麺帯送出速度又は下流側の圧延機(3)のロ
ーラ(2),(2)間に麺帯(25)が導入される麺帯導入速度の
少なくとも何れか一方の速度を調整しながら麺帯(25)を
圧延することを特徴とする麺帯圧延方法。A conveyor (5) is arranged between an upstream rolling mill (3) provided with a pair of rotatable rollers (2) and (2) and a downstream rolling mill (3), Rollers of the upstream rolling mill (3)
(2), the noodle strip (25) sent out between (2) and the downstream rolling mill (3)
Roller (2), in the noodle band rolling method of rolling the noodle band (25) sequentially by introducing between the (2), the upstream rolling mill (3)
The leading end of the noodle strip (25) sent out from the downstream rolling mill (3)
When introducing the noodle belt (25) between the rollers (2), (2) of the downstream rolling mill (3) by conveying the noodle band (25) by the conveyor (5)
When rolling the noodle band (25) after the noodle band is introduced, part or all of the noodle band (25) is separated from the conveyor (5), and the separated noodle is removed. Measure the height of the belt (25), and from the roller (2) of the upstream rolling mill (3), (2)
Adjust the speed of at least one of the noodle band sending speed at which the noodle band is introduced between the rollers (2), (2) of the downstream rolling mill (3) and the noodle band (25) is sent out. A noodle band rolling method, wherein the noodle band (25) is rolled while rolling.
の間に、上流側の圧延機(3)の一対のローラ(2),(2)間か
ら送出された麺帯(25)を搬送し、且つ麺帯(25)の先端部
を下流側の圧延機(3)一対のローラ(2),(2)間に導入する
コンベア(5)が配設された麺帯圧延装置に於いて、前記
コンベア(5)は、コンベア(5)の一端(10)側が下流側の圧
延機(3)のローラ(2),(2)間近傍に配置され、且つコンベ
ア(5)の他端(11)側が上流側の圧延機(3)のローラ(2),
(2)の下方側に位置するように配置されていると共に、
コンベア(5)の上方には、麺帯(25)との距離を検知する
距離検知手段が具備されており、しかも、上流側の圧延
機(3)のローラ(2),(2)間から麺帯(25)が送出される麺帯
送出速度を、下流側の圧延機(3)のローラ(2),(2)間に麺
帯(25)が導入される麺帯導入速度よりも遅くすることが
できるように各圧延機(3)のローラ(2),(2)の回転速度が
調整可能に構成されていることを特徴とする麺帯圧延装
置。2. An upstream rolling mill (3) and a downstream rolling mill (3).
Between the pair of rollers (2) of the upstream rolling mill (3), to transport the noodle band (25) sent out between (2), and the tip of the noodle band (25) to the downstream side Rolling machine (3) a pair of rollers (2), in a noodle band rolling device provided with a conveyor (5) introduced between (2), the conveyor (5), one end of the conveyor (5) ( 10) side is disposed near the rollers (2) and (2) of the downstream rolling mill (3), and the other end (11) side of the conveyor (5) is the roller (2) of the upstream rolling mill (3). ),
(2) is arranged so as to be located below,
Above the conveyor (5), a distance detecting means for detecting the distance to the noodle belt (25) is provided, and furthermore, between the rollers (2) and (2) of the upstream rolling mill (3). The noodle band sending speed at which the noodle band (25) is sent out is lower than the noodle band introduction speed at which the noodle band (25) is introduced between the rollers (2) and (2) of the downstream rolling mill (3). A rolling speed of the rollers (2) and (2) of each rolling mill (3) is adjusted so that the rolling speed can be adjusted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10157988A JPH11346637A (en) | 1998-06-05 | 1998-06-05 | Rolling of noodle belt and rolling machine therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10157988A JPH11346637A (en) | 1998-06-05 | 1998-06-05 | Rolling of noodle belt and rolling machine therefor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH11346637A true JPH11346637A (en) | 1999-12-21 |
Family
ID=15661797
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP10157988A Pending JPH11346637A (en) | 1998-06-05 | 1998-06-05 | Rolling of noodle belt and rolling machine therefor |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH11346637A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104542790A (en) * | 2015-01-05 | 2015-04-29 | 尚宝泰机械科技（昆山）有限公司 | Continuous calendaring machine |
-
1998
- 1998-06-05 JP JP10157988A patent/JPH11346637A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104542790A (en) * | 2015-01-05 | 2015-04-29 | 尚宝泰机械科技（昆山）有限公司 | Continuous calendaring machine |
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