JP4174785B2

JP4174785B2 - Hand-made noodle manufacturing equipment

Info

Publication number: JP4174785B2
Application number: JP36517599A
Authority: JP
Inventors: 秀雄草野
Original assignee: 秀雄草野
Priority date: 1999-12-22
Filing date: 1999-12-22
Publication date: 2008-11-05
Anticipated expiration: 2019-12-22
Also published as: JP2001178351A

Description

【０００１】
【発明の属する技術分野】
本発明は、主に、中華麺や、うどんや、蕎麦や、その他の適宜麺類を、手揉み状態（縮れ麺状態）に製造できるように工夫した手揉み麺の製造装置に関するものである。
【０００２】
【従来の技術】
従来、この種の手揉み麺は、麺を実際に手で揉んで製造していたが、多量生産には不向きであるために、各種の手段が提供されるようになり、例えば、麺線群を移動装置によって搬送すると共に、移動装置の途中に設けた一対の前部回転体と、一対の後部回転体とで、麺線群を多様に変形させて手揉み状態（縮れ麺状態）に製造するようにした装置がある。
【０００３】
【発明が解決しようとする課題】
ところが、前述の如き製造装置にあっては、麺線群が、一対の前部回転体と一対の後部回転体とでばらばらにほぐれてしまい、しかも、麺線群を十分に揉むことと、あらゆる方向から揉むことが難しく、実際に手で揉んで製造した手揉み麺のように製造することが、非常に難しい難点等があった。
【０００４】
【課題を解決するための手段】
そこで、本発明は、前述の如き難点等を解消できるようにして、実際に手で揉んで製造した手揉み麺のように製造することができ、取扱い容易で、多量生産可能な手揉み麺の製造装置を提供すべく創出されたもので、請求項１記載の手揉み麺の製造装置にあっては、澱粉等の打ち粉がされた所定量の麺を包装袋に詰めてなる袋詰め麺Ｄに、手揉み処理を施せるようにした手揉み麺の製造装置であって、駆動回転する一対の手揉みローラ１２を備えた手揉みユニットＢを形成し、この手揉みユニットＢを、上下方向に沿って基枠Ａに複数配すると共に、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向を異ならしめて配設し、袋詰め麺Ｄが上方から下方の手揉みユニットＢによって順次手揉み押圧されると共に、あらゆる方向から手揉み押圧されるよう構成し、手揉みユニットＢは、基枠Ａに任意旋回向きに装着可能なユニット用フレーム１０と、このユニット用フレーム１０に離隔接近調節可能に装着される一対のローラ支持枠１１と、この一対のローラ支持枠１１に夫々回転自在に装着される一対の手揉みローラ１２と、この一対の手揉みローラ１２を同期回転せしめるローラ駆動モータ１５とを備え、手揉みローラ１２は、ローラ支持枠１１に回転自在に支承される駆動シャフト１３と、この駆動シャフト１３に着脱自在に装着される複数のフィンガープレート１４とを備え、フィンガープレート１４は、略親指を曲げたような形態の押圧突部１４ａを円周方向に沿って適宜間隔に配すると共に、この押圧突部１４ａの間に略Ｕ溝状の逃溝１４ｂを配して構成する手段を採用した。
【０００５】
また、請求項２記載の手揉み麺の製造装置にあっては、澱粉等の打ち粉がされた所定量の麺を包装袋に詰めてなる袋詰め麺Ｄに、手揉み処理を施せるようにした手揉み麺の製造装置であって、駆動回転する一対の手揉みローラ１２を備えた手揉みユニットＢを形成し、この手揉みユニットＢを、上下方向に沿って基枠Ａに複数配すると共に、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向を異ならしめて配設し、袋詰め麺Ｄが上方から下方の手揉みユニットＢによって順次手揉み押圧されると共に、あらゆる方向から手揉み押圧されるよう構成し、手揉みユニットＢは、基枠Ａに任意旋回向きに装着可能なユニット用フレーム１０と、このユニット用フレーム１０に離隔接近調節可能に装着される一対のローラ支持枠１１と、この一対のローラ支持枠１１に夫々回転自在に装着される一対の手揉みローラ１２と、この一対の手揉みローラ１２を同期回転せしめるローラ駆動モータ１５とを備え、手揉みローラ１２は、ローラ支持枠１１に回転自在に支承される駆動シャフト１３と、この駆動シャフト１３に着脱自在に装着される複数のフィンガープレート１４とを備え、フィンガープレート１４は、略親指を曲げたような形態の押圧突部１４ａを円周方向に沿って適宜間隔に配すると共に、この押圧突部１４ａの間に略Ｕ溝状の逃溝１４ｂを配して構成し、基枠Ａの下部にほぐしユニットＣを配設し、このほぐしユニットＣで、手揉みユニットＢにより手揉み処理された袋詰め麺Ｄを受けると共に、袋詰め麺Ｄのほぐし処理を施せるよう構成する手段を採用した。
【０００６】
更に、請求項３記載の手揉み麺の製造装置にあっては、前記手揉みローラ１２の複数のフィンガープレート１４は、駆動シャフト１３の長手方向中央部分に装着されるフィンガープレート１４に比較的小径のものを利用し、長手方向端部がわに装着されるフィンガープレート１４に比較的大径のものを利用して構成する手段を採用した。
【０００７】
そして、請求項４記載の手揉み麺の製造装置にあっては、前記手揉みローラ１２は、形状の異なるフィンガープレート１４を組合せて構成する手段を採用した。
【０００８】
【発明の実施の形態】
以下、本発明を図示例に基づいて説明すると、次の通りである。
本発明は、主に、中華麺や、うどんや、蕎麦や、その他の適宜麺類（例えば、生麺、半生麺、その他）等を、手揉み状態（縮れ麺状態）に製造できるようにした装置に係り、これは、澱粉等の打ち粉がされた所定量（一食分、或いは複数食分）の麺を、適宜合成樹脂製の包装袋に詰めてなる袋詰め麺Ｄに、手揉み処理を施せるようにした手揉み麺の製造装置である。
【０００９】
そして、この手揉み麺の製造装置は、駆動回転する一対の手揉みローラ１２を備えた手揉みユニットＢを形成し、この手揉みユニットＢを、上下方向に沿って基枠Ａに複数配すると共に、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向を異ならしめて配設し（例えば、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向が平面方向から見て略直交するように配設し）て、袋詰め麺Ｄが上方から下方の手揉みユニットＢによって順次手揉み押圧されると共に、あらゆる方向から手揉み押圧されるよう構成したもので、更に、基枠Ａの下部にほぐしユニットＣを配設し、このほぐしユニットＣで、手揉みユニットＢにより手揉み処理された袋詰め麺Ｄを受けると共に、袋詰め麺Ｄのほぐし処理を施せるように構成したものである。
【００１０】
基枠Ａは、その上部に麺投入口１が設けられると共に、その下部側方に麺排出口２が設けられ、しかも、麺投入口１の上方にホッパー３が配置できるように構成されている。具体的には、適宜型材等によって立設可能に組立てられ、その内に複数（例えば、６台）の手揉みユニットＢを上下方向に適宜間隔で配置できると共に、最下部にほぐしユニットＣを配置できるようによう構成されている。尚、基枠Ａの具体的構成、形状、寸法、材質、麺投入口１の具体的構成、寸法、配設位置、麺排出口２の具体的構成、寸法、配設位置、ホッパー３の具体的構成、形状、寸法、材質、配設位置等は、図示例のもの等に限定されることなく適宜自由に設定できるものである。ところで、基枠Ａ内への埃等の侵入を防止すべく、基枠Ａの外表面部分に適宜カバーを施しても良い。
【００１１】
手揉みユニットＢは、基枠Ａに任意旋回向きに装着可能なユニット用フレーム１０と、このユニット用フレーム１０に離隔接近調節可能に装着される一対のローラ支持枠１１と、この一対のローラ支持枠１１に夫々回転自在に装着される一対の手揉みローラ１２と、この一対の手揉みローラ１２を同期回転せしめるローラ駆動モータ１５とを備えており、ローラ駆動モータ１５の回転力が適宜伝達手段（例えば、歯車等）を介して一対の手揉みローラ１２に夫々伝達されるように形成されている。
【００１２】
ユニット用フレーム１０は、基枠Ａに略水平に固定できるように形成されると共に、水平面内に於いて任意の向きに装着できるように形成されている。しかも、ユニット用フレーム１０には、一対のローラ支持枠１１が揺動調節可能に装着されており、一対のローラ支持枠１１に装着される一対の手揉みローラ１２の軸間距離を任意に調節できるように形成されている。すなわち、一対の手揉みローラ１２による袋詰め麺Ｄの手揉み押圧状態を変更できるように形成してある。尚、ユニット用フレーム１０の具体的構成、形状、寸法、材質、基枠Ａへの取付け状態、ローラ支持枠１１の具体的構成、形状、寸法、材質、ユニット用フレーム１０への取付け状態等は、図示例等に限定されることなく適宜自由に設定できるものである。
【００１３】
手揉みローラ１２は、ローラ支持枠１１に回転自在に支承される金属製の略六角柱状の駆動シャフト１３と、中央に六角孔が穿設されて、駆動シャフト１３に着脱自在に装着される複数の合成樹脂製フィンガープレート１４とを備え、適宜寸法（或いは、形状）の異なるフィンガープレート１４を互換装着可能となるよう構成されている。
【００１４】
そして、フィンガープレート１４は、略親指を曲げたような形態の押圧突部１４ａが円周方向に沿って適宜間隔に配され、この押圧突部１４ａの間に略Ｕ溝状の逃溝１４ｂが配されて構成されている。すなわち、袋詰め麺Ｄは、フィンガープレート１４の押圧突部１４ａ部分で押圧されて、包装袋内の麺が手揉み状態となり、残りの部分が、逃溝１４ｂ部分に無理なく収まるように構成されている（図３参照）。しかも、複数のフィンガープレート１４は、図４に示すように駆動シャフト１３の長手方向中央部分に装着されるフィンガープレート１４に比較的小径のものを利用し、長手方向端部がわに装着されるフィンガープレート１４に比較的大径のものを利用して、袋詰め麺Ｄが一対の手揉みローラ１２の長手方向中央部分に誘導されて押圧できるように構成しても良い。また、形状の異なるフィンガープレート１４を組合せて、不規則な袋詰め麺Ｄの押圧状態が得られるようにしても良い。
【００１５】
ところで、手揉みローラ１２の具体的構成、形状、寸法、材質、駆動シャフト１３の具体的構成、形状、寸法、材質、フィンガープレート１４の具体的構成、形状、寸法、材質、数、駆動シャフト１３への具体的装着手段、押圧突部１４ａの具体的形状、寸法、数、逃溝１４ｂの具体的形状、寸法、数等は、図示例のもの等に限定されることなく適宜自由に設定できるものである。
【００１６】
ほぐしユニットＣは、例えば、適宜突起が配されたコンベヤベルト２１と、このコンベヤベルト２１を高速で輪転せしめるコンベヤ駆動モータ２２とを備えた高速コンベヤ２０で構成され、手揉みユニットＢで手揉み処理された袋詰め麺Ｄをコンベヤベルト２１で受けると共に、この袋詰め麺Ｄを基枠Ａの麺排出口２がわに放り出せるように構成されている。すなわち、十分に揉まれた袋詰め麺Ｄの高速コンベヤ２０による麺排出口２がわへの放り出し（及び麺排出口２部分での衝突）によって、包装袋内の麺がほぐされた状態となるように構成されている。尚、ほぐしユニットＣは、振動を利用したものや、回転遠心力を利用したものや、その他適宜手段のものを自由に採用できるものである。
【００１７】
本発明の手揉み麺の製造装置は、前述の如く構成され、次にその使用例について説明すると、先ず、澱粉等の打ち粉がされた所定量（一食分、或いは複数食分）の麺を、適宜合成樹脂製の包装袋に詰めて袋詰め麺Ｄを形成する。
【００１８】
そして、この袋詰め麺Ｄをホッパー３に投入し、一対の手揉みローラ１２を備えた手揉みユニットＢを順次通過させて、包装袋の上から中の麺に手揉み処理を施す。このとき、複数の手揉みユニットＢによって、袋詰め麺Ｄをあらゆる向きから手揉み押圧できて、包装袋内の麺を多様に変形させて理想的な手揉み状態（縮れ麺状態）となる。
【００１９】
それから、手揉み処理された袋詰め麺Ｄは、手揉みユニットＢ下方に配したほぐしユニットＣで受けると共に、麺排出口２がわに放り出されるようになって、包装袋内の麺にほぐし処理が施される。
【００２０】
【発明の効果】
従って、請求項１記載の手揉み麺の製造装置は、澱粉等の打ち粉がされた所定量の麺を包装袋に詰めてなる袋詰め麺Ｄに、手揉み処理を施せるようにした手揉み麺の製造装置であって、駆動回転する一対の手揉みローラ１２を備えた手揉みユニットＢを形成し、この手揉みユニットＢを、上下方向に沿って基枠Ａに複数配すると共に、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向を異ならしめて配設し、袋詰め麺Ｄが上方から下方の手揉みユニットＢによって順次手揉み押圧されると共に、あらゆる方向から手揉み押圧されるよう構成し、手揉みユニットＢは、基枠Ａに任意旋回向きに装着可能なユニット用フレーム１０と、このユニット用フレーム１０に離隔接近調節可能に装着される一対のローラ支持枠１１と、この一対のローラ支持枠１１に夫々回転自在に装着される一対の手揉みローラ１２と、この一対の手揉みローラ１２を同期回転せしめるローラ駆動モータ１５とを備え、手揉みローラ１２は、ローラ支持枠１１に回転自在に支承される駆動シャフト１３と、この駆動シャフト１３に着脱自在に装着される複数のフィンガープレート１４とを備え、フィンガープレート１４は、略親指を曲げたような形態の押圧突部１４ａを円周方向に沿って適宜間隔に配すると共に、この押圧突部１４ａの間に略Ｕ溝状の逃溝１４ｂを配して構成したので、袋詰め麺Ｄは、重力によって順次複数の手揉みユニットＢを経て十分に揉まれるようになると共に、あらゆる方向から揉まれるようになり、実際に手で揉んで製造した手揉み麺のように製造することが簡単に且つ確実に行えるようになる。しかも、取扱い容易で、多量生産が可能で、構成簡素で、耐久性に優れた手揉み麺の製造装置となる。
【００２１】
特に、手揉みユニットＢを、上下方向に沿って基枠Ａに複数配すると共に、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向を異ならしめて配設したので、袋詰め麺Ｄは、一対の手揉みローラ１２によって押圧される向きが順次異なるようになり、あらゆる方向から満遍なく揉まれて、手揉み麺のように形成できるようになる。
【００２２】
加えて、澱粉等の打ち粉がされた所定量の麺を包装袋に詰めてなる袋詰め麺Ｄに、手揉み処理を施すようにしてあることにより、包装袋によって所定量の麺がバラけること無く、ある程度麺が纏まった状態を維持できるようになり、これに手揉みユニットＢで手揉み処理を施せ、最適な手揉み状態（縮れ麺状態）が得られる製造装置となる。しかも、所定量の麺は、包装袋に詰められた状態のままで処理されるようになり、極めて衛生的で、取扱い易く、多量生産に最適な手揉み麺の製造装置となる。
【００２３】
そして、手揉みユニットＢは、基枠Ａに任意旋回向きに装着可能なユニット用フレーム１０と、このユニット用フレーム１０に離隔接近調節可能に装着される一対のローラ支持枠１１と、この一対のローラ支持枠１１に夫々回転自在に装着される一対の手揉みローラ１２と、この一対の手揉みローラ１２を同期回転せしめるローラ駆動モータ１５とを備えているので、一対の手揉みローラ１２によって袋詰め麺Ｄを種々の状態に押圧調節できるようになり、所望の手揉み状態が得られるものとなる。すなわち、ユニット用フレーム１０の基枠Ａへの装着向き（任意旋回向き）によって一対の手揉みローラ１２による袋詰め麺Ｄの押圧向きを調節でき、一対のローラ支持枠１１の離隔接近調節によって、一対の手揉みローラ１２による袋詰め麺Ｄの押圧間隔を調節できるようになる。
【００２４】
それから、手揉みローラ１２は、ローラ支持枠１１に回転自在に支承される駆動シャフト１３と、この駆動シャフト１３に着脱自在に装着される複数のフィンガープレート１４とを備え、フィンガープレート１４は、略親指を曲げたような形態の押圧突部１４ａを円周方向に沿って適宜間隔に配すると共に、この押圧突部１４ａの間に略Ｕ溝状の逃溝１４ｂを配して構成したので、袋詰め麺Ｄは、フィンガープレート１４の押圧突部１４ａ部分で押圧されて、包装袋内の麺が手揉み状態となり、残りの部分が、逃溝１４ｂ部分に無理なく収まるようになる。
【００２５】
また、請求項２記載の手揉み麺の製造装置は、澱粉等の打ち粉がされた所定量の麺を包装袋に詰めてなる袋詰め麺Ｄに、手揉み処理を施せるようにした手揉み麺の製造装置であって、駆動回転する一対の手揉みローラ１２を備えた手揉みユニットＢを形成し、この手揉みユニットＢを、上下方向に沿って基枠Ａに複数配すると共に、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向を異ならしめて配設し、袋詰め麺Ｄが上方から下方の手揉みユニットＢによって順次手揉み押圧されると共に、あらゆる方向から手揉み押圧されるよう構成し、手揉みユニットＢは、基枠Ａに任意旋回向きに装着可能なユニット用フレーム１０と、このユニット用フレーム１０に離隔接近調節可能に装着される一対のローラ支持枠１１と、この一対のローラ支持枠１１に夫々回転自在に装着される一対の手揉みローラ１２と、この一対の手揉みローラ１２を同期回転せしめるローラ駆動モータ１５とを備え、手揉みローラ１２は、ローラ支持枠１１に回転自在に支承される駆動シャフト１３と、この駆動シャフト１３に着脱自在に装着される複数のフィンガープレート１４とを備え、フィンガープレート１４は、略親指を曲げたような形態の押圧突部１４ａを円周方向に沿って適宜間隔に配すると共に、この押圧突部１４ａの間に略Ｕ溝状の逃溝１４ｂを配して構成し、基枠Ａの下部にほぐしユニットＣを配設し、このほぐしユニットＣで、手揉みユニットＢにより手揉み処理された袋詰め麺Ｄを受けると共に、袋詰め麺Ｄのほぐし処理を施せるよう構成したので、袋詰め麺Ｄは、重力によって順次複数の手揉みユニットＢを経て十分に揉まれるようになると共に、あらゆる方向から揉まれるようになり、実際に手で揉んで製造した手揉み麺のように製造することが簡単に且つ確実に行えるようになる。更に、十分に揉まれた袋詰め麺Ｄは、ほぐしユニットＣによって確実にほぐし処理されるようになり、包装袋内の麺相互がくっつくことなく確実にほぐされた状態となる。しかも、取扱い容易で、多量生産が可能で、構成簡素で、耐久性に優れた手揉み麺の製造装置となる。
【００２６】
特に、手揉みユニットＢを、上下方向に沿って基枠Ａに複数配すると共に、上下で隣設する手揉みユニットＢ相互の手揉みローラ１２の軸心方向を異ならしめて配設したので、袋詰め麺Ｄは、一対の手揉みローラ１２によって押圧される向きが順次異なるようになり、あらゆる方向から満遍なく揉まれて、手揉み麺のように形成できるようになる。
【００２７】
加えて、澱粉等の打ち粉がされた所定量の麺を包装袋に詰めてなる袋詰め麺Ｄに、手揉み処理を施すようにしてあることにより、包装袋によって所定量の麺がバラけること無く、ある程度麺が纏まった状態を維持できるようになり、これに手揉みユニットＢで手揉み処理を施せ、最適な手揉み状態（縮れ麺状態）が得られる製造装置となる。しかも、所定量の麺は、包装袋に詰められた状態のままで処理されるようになり、極めて衛生的で、取扱い易く、多量生産に最適な手揉み麺の製造装置となる。
【００２８】
そして、手揉みユニットＢは、基枠Ａに任意旋回向きに装着可能なユニット用フレーム１０と、このユニット用フレーム１０に離隔接近調節可能に装着される一対のローラ支持枠１１と、この一対のローラ支持枠１１に夫々回転自在に装着される一対の手揉みローラ１２と、この一対の手揉みローラ１２を同期回転せしめるローラ駆動モータ１５とを備えているので、一対の手揉みローラ１２によって袋詰め麺Ｄを種々の状態に押圧調節できるようになり、所望の手揉み状態が得られるものとなる。すなわち、ユニット用フレーム１０の基枠Ａへの装着向き（任意旋回向き）によって一対の手揉みローラ１２による袋詰め麺Ｄの押圧向きを調節でき、一対のローラ支持枠１１の離隔接近調節によって、一対の手揉みローラ１２による袋詰め麺Ｄの押圧間隔を調節できるようになる。
【００２９】
それから、手揉みローラ１２は、ローラ支持枠１１に回転自在に支承される駆動シャフト１３と、この駆動シャフト１３に着脱自在に装着される複数のフィンガープレート１４とを備え、フィンガープレート１４は、略親指を曲げたような形態の押圧突部１４ａを円周方向に沿って適宜間隔に配すると共に、この押圧突部１４ａの間に略Ｕ溝状の逃溝１４ｂを配して構成したので、袋詰め麺Ｄは、フィンガープレート１４の押圧突部１４ａ部分で押圧されて、包装袋内の麺が手揉み状態となり、残りの部分が、逃溝１４ｂ部分に無理なく収まるようになる。
【００３０】
更に、請求項３記載の手揉み麺の製造装置は、前記手揉みローラ１２の複数のフィンガープレート１４は、駆動シャフト１３の長手方向中央部分に装着されるフィンガープレート１４に比較的小径のものを利用し、長手方向端部がわに装着されるフィンガープレート１４に比較的大径のものを利用して構成したので、袋詰め麺Ｄが一対の手揉みローラ１２の長手方向中央部分に誘導されて押圧できるようになる。
【００３１】
そして、請求項４記載の手揉み麺の製造装置は、前記手揉みローラ１２は、形状の異なるフィンガープレート１４を組合せて構成したので、不規則な袋詰め麺Ｄの押圧状態が得られるようになる。
【図面の簡単な説明】
【図１】本発明の手揉み麺の製造装置を例示する概略正面図である。
【図２】本発明の手揉み麺の製造装置を例示する概略側面図である。
【図３】本発明の手揉み麺の製造装置の手揉みユニット部分を例示する概略縦断面図である。
【図４】本発明の手揉み麺の製造装置の手揉みユニット部分を例示する一部切欠概略平面図である。
【符号の説明】
Ａ基枠
１麺投入口２麺排出口
３ホッパー
Ｂ手揉みユニット
１０ユニット用フレーム１１ローラ支持枠
１２手揉みローラ１３駆動シャフト
１４フィンガープレート１４ａ押圧突部
１４ｂ逃溝１５ローラ駆動モータ
Ｃほぐしユニット
２０高速コンベヤ２１コンベヤベルト
２２コンベヤ駆動モータ
Ｄ袋詰め麺[0001]
BACKGROUND OF THE INVENTION
The present invention mainly relates to an apparatus for producing hand-stamped noodles devised so that Chinese noodles, udon, soba noodles, and other appropriate noodles can be manufactured in a hand-stamped state (fried noodle state).
[0002]
[Prior art]
Conventionally, this type of hand-made noodles has been produced by actually squeezing noodles by hand, but is not suitable for mass production, so various means have been provided. The noodle string group is variously deformed by a pair of front rotating bodies and a pair of rear rotating bodies provided in the middle of the moving apparatus, and manufactured into a hand-kneaded state (curved noodle state). There is a device to do that.
[0003]
[Problems to be solved by the invention]
However, in the manufacturing apparatus as described above, the noodle strings are loosely separated between the pair of front rotating bodies and the pair of rear rotating bodies, and the noodle strings are sufficiently swallowed. It was difficult to squeeze from the direction, and it was very difficult to manufacture like hand-made noodles that were actually squeezed by hand.
[0004]
[Means for Solving the Problems]
Therefore, the present invention is a hand-made noodles that can be manufactured like hand-made noodles that have been prepared by hand by making it possible to eliminate the above-mentioned difficulties and the like, and can be handled easily and can be mass-produced. The hand-made noodle manufacturing apparatus according to claim 1, which was created to provide a manufacturing apparatus, and is a bag-filled noodle formed by packing a predetermined amount of noodles, such as starch, into a packaging bag. D is a hand-gripped noodle manufacturing apparatus that can be hand-rubbed, and a hand-gripping unit B having a pair of hand-rolling rollers 12 that are driven to rotate is formed. Are arranged on the base frame A along the upper and lower sides of the handgrip unit B, and the handgrip rollers 12 are arranged so that the axial directions of the handgrip rollers 12 are different from each other. B is sequentially pressed by hand and everyone And configured to be pressed rubbing hands from Temomi unit B, the unit frame 10 can be mounted to any turning direction based on frame A, a pair of rollers that are spaced closer adjustably mounted on the unit frame 10 A support frame 11, a pair of hand-grip rollers 12 rotatably mounted on the pair of roller support frames 11, and a roller drive motor 15 for synchronously rotating the pair of hand-grip rollers 12; 12 includes a drive shaft 13 that is rotatably supported by the roller support frame 11 and a plurality of finger plates 14 that are detachably attached to the drive shaft 13. The finger plate 14 has a substantially bent thumb. The pressing protrusions 14a having various shapes are arranged at appropriate intervals along the circumferential direction, and a substantially U-shaped relief groove 14b is arranged between the pressing protrusions 14a. A means of adopting.
[0005]
Moreover, in the hand-made noodle manufacturing apparatus according to claim 2, the hand-kneading treatment can be applied to the bag-filled noodle D formed by packing a predetermined amount of noodles, such as starch, into a packaging bag. This is a hand-gripped noodle production apparatus, in which a hand-gripping unit B having a pair of hand-rolling hand-rolling rollers 12 is formed, and a plurality of hand-gripping units B are arranged on the base frame A along the vertical direction. In addition, the handgrip units B adjacent to each other at the top and bottom are arranged with the axial directions of the handgrip rollers 12 different from each other, and the bagging noodles D are sequentially hand-pressed by the handgrip unit B below from above, The hand grip unit B is configured to be manually pressed from all directions, and the hand grip unit B is a unit frame 10 that can be mounted on the base frame A in an arbitrary turning direction, and a pair of units that are mounted on the unit frame 10 so as to be able to adjust the distance and approach. Roller support frame 1 A pair of hand-grip rollers 12 rotatably mounted on the pair of roller support frames 11, and a roller drive motor 15 for synchronously rotating the pair of hand-grip rollers 12, A drive shaft 13 rotatably supported on the roller support frame 11 and a plurality of finger plates 14 that are detachably attached to the drive shaft 13 are provided. The pressing projections 14a are arranged at appropriate intervals along the circumferential direction, and a substantially U-shaped relief groove 14b is arranged between the pressing projections 14a. A loosening unit C is provided below the base frame A. In this loosening unit C, a means for receiving the bagging noodle D that has been manually kneaded by the hand kneading unit B, and for performing the loosening treatment of the bagging noodle D is adopted. .
[0006]
Further, in the manual noodle manufacturing apparatus according to claim 3, the plurality of finger plates 14 of the manual kneading roller 12 have a relatively small diameter relative to the finger plate 14 attached to the longitudinal center portion of the drive shaft 13. The finger plate 14 to which the end in the longitudinal direction is attached is used a means that uses a relatively large diameter .
[0007]
In the manual noodle manufacturing apparatus according to claim 4, the manual massage roller 12 employs means configured by combining finger plates 14 having different shapes .
[0008]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, the present invention will be described based on illustrated examples as follows.
The present invention is mainly an apparatus capable of producing Chinese noodles, udon, soba noodles, and other appropriate noodles (for example, raw noodles, semi-raw noodles, etc.) in a hand-worn state (fried noodle state). Therefore, it is possible to perform a hand kneading process on a bag noodle D, in which a predetermined amount (one serving or a plurality of servings) of noodles, such as starch, is packed in a synthetic resin packaging bag as appropriate. This is an apparatus for producing hand-made noodles.
[0009]
And this manufacturing apparatus for hand-grown noodles forms a hand-gripping unit B having a pair of hand-gripping rollers 12 that are driven and rotated, and a plurality of hand-gripping units B are arranged on the base frame A along the vertical direction. At the same time, the axial center directions of the hand gripping rollers 12 adjacent to each other in the vertical direction are arranged differently (for example, the axial direction of the hand gripping rollers 12 between the vertical gripping units B adjacent to each other is different. The bag-shaped noodles D are arranged so as to be pressed manually by the hand-grip unit B from below and hand-pressed from all directions. In addition, a loosening unit C is arranged at the lower part of the base frame A, and the loosening unit C receives the bagging noodle D that has been hand-rubbed by the handbrushing unit B, and also performs the loosening treatment of the bagging noodle D. To give It is those that you configured.
[0010]
The base frame A is configured such that the noodle charging port 1 is provided at the upper portion thereof, the noodle discharging port 2 is provided at the lower side thereof, and the hopper 3 can be disposed above the noodle charging port 1. . Specifically, it is assembled so as to be able to stand up up properly with a mold material or the like, and a plurality of (for example, six) handgrip units B can be arranged at appropriate intervals in the vertical direction, and a loosening unit C is arranged at the bottom. It is configured to be able to. It should be noted that the specific configuration, shape, dimensions, material of the base frame A, the specific configuration, dimensions, arrangement position of the noodle inlet 1, the specific configuration, dimensions, arrangement position of the noodle outlet 2, the specifics of the hopper 3 The configuration, shape, dimensions, material, arrangement position, etc. are not limited to those shown in the drawings, and can be set as appropriate. By the way, in order to prevent dust and the like from entering the base frame A, a cover may be appropriately provided on the outer surface portion of the base frame A.
[0011]
The hand grip unit B includes a unit frame 10 that can be mounted on the base frame A in an arbitrary turning direction, a pair of roller support frames 11 that are mounted on the unit frame 10 so as to be able to adjust the distance and approach, and the pair of roller supports. A pair of hand-grip rollers 12 rotatably mounted on the frame 11 and a roller drive motor 15 for synchronously rotating the pair of hand-grip rollers 12 are provided, and the rotational force of the roller drive motor 15 is appropriately transmitted. It is formed so as to be transmitted to the pair of hand kneading rollers 12 via (for example, gears).
[0012]
The unit frame 10 is formed so as to be fixed substantially horizontally to the base frame A, and is formed so that it can be mounted in an arbitrary direction within a horizontal plane. In addition, a pair of roller support frames 11 are mounted on the unit frame 10 so as to be swingable, and the distance between the axes of the pair of hand-grip rollers 12 mounted on the pair of roller support frames 11 is arbitrarily adjusted. It is formed to be able to. That is, it forms so that the hand-pushing state of the bagging noodle D by the pair of hand-rolling rollers 12 can be changed. The specific configuration, shape, dimensions, and material of the unit frame 10, the mounting state on the base frame A, the specific configuration, shape, dimensions, and material of the roller support frame 11, the mounting state on the unit frame 10, etc. The present invention is not limited to the illustrated examples and can be set as appropriate.
[0013]
The hand-grip roller 12 is a plurality of metal substantially hexagonal columnar drive shafts 13 that are rotatably supported by the roller support frame 11, and a plurality of detachably mounted on the drive shafts 13 with a hexagonal hole formed in the center. The finger plates 14 having different sizes (or shapes) can be interchangeably mounted.
[0014]
The finger plate 14 is provided with pressing protrusions 14a shaped like a substantially thumb bent at appropriate intervals along the circumferential direction, and a substantially U-shaped relief groove 14b is formed between the pressing protrusions 14a. It is arranged. In other words, the noodle D packed in the bag is pressed by the pressing protrusion 14a portion of the finger plate 14 so that the noodle in the packaging bag is in a hand-gripped state, and the remaining portion fits comfortably in the escape groove 14b portion. (See FIG. 3). In addition, as shown in FIG. 4, the plurality of finger plates 14 have a relatively small diameter for the finger plate 14 attached to the central portion in the longitudinal direction of the drive shaft 13, and the end portions in the longitudinal direction are attached to the side. A relatively large-diameter finger plate 14 may be used so that the bag-filled noodles D can be guided and pressed to the center portion in the longitudinal direction of the pair of hand-rolling rollers 12. Moreover, you may make it obtain the pressing state of the irregular bagging noodle D by combining the fingerplate 14 from which a shape differs.
[0015]
By the way, the specific configuration, shape, dimensions, and material of the hand-rolling roller 12, the specific configuration, shape, dimensions, and material of the drive shaft 13, the specific configuration, shape, dimensions, material, and number of the finger plate 14, the drive shaft 13 The specific mounting means, the specific shape, dimensions, and number of the pressing protrusions 14a, the specific shape, dimensions, and number of the escape grooves 14b are not limited to those in the illustrated example, and can be freely set as appropriate. Is.
[0016]
The loosening unit C is composed of, for example, a high-speed conveyor 20 that includes a conveyor belt 21 with appropriate protrusions and a conveyor drive motor 22 that rotates the conveyor belt 21 at high speed. The bag noodle D is received by the conveyor belt 21, and the bag noodle D can be thrown out by the noodle discharge port 2 of the base frame A. That is, the noodle discharge port 2 of the sufficiently packed bag noodle D by the high-speed conveyor 20 is thrown into the wrinkle (and the noodle discharge port 2 collides), and the noodles in the packaging bag are loosened. It is configured as follows. The loosening unit C can freely adopt a unit that uses vibration, a unit that uses a rotational centrifugal force, or any other appropriate means.
[0017]
The production apparatus for hand-made noodles of the present invention is configured as described above. Next, an example of its use will be described. First, a predetermined amount (one meal or a plurality of meals) of noodles that has been dusted with starch or the like, The bagging noodles D are formed by appropriately packing in a synthetic resin packaging bag.
[0018]
And this bagging noodle D is thrown into the hopper 3, it passes through the hand kneading unit B provided with a pair of hand kneading rollers 12, and the noodles in the inside from the top of the packaging bag are hand kneaded. At this time, the hand-packed noodles D can be manually squeezed and pressed from all directions by the plurality of hand-grip units B, and the noodles in the packaging bag are variously deformed to obtain an ideal hand-kneaded state (fried noodle state).
[0019]
Then, the hand-packed noodles D are received by the unwinding unit C arranged below the hand-packing unit B, and the noodle discharge port 2 is thrown out to the noodles to unwind the noodles in the packaging bag. Is given.
[0020]
【The invention's effect】
Accordingly, the hand-stamped noodle manufacturing apparatus according to claim 1 is a hand-stamped noodle D in which a predetermined amount of noodles, such as starch, is packed in a packaging bag so that the hand-stamping can be performed. The noodle manufacturing apparatus is formed with a hand gripping unit B including a pair of hand gripping rollers 12 that are driven and rotated, and a plurality of hand gripping units B are arranged on the base frame A along the vertical direction. The handgrip units B adjacent to each other are arranged with the axis directions of the handgrip rollers 12 different from each other, and the bagging noodles D are sequentially hand-pressed by the handgrip unit B from the bottom to the top and from any direction. The hand gripping unit B is configured to be manually pressed, and the hand gripping unit B has a unit frame 10 that can be mounted on the base frame A in an arbitrary turning direction, and a pair of roller supports that can be mounted on the unit frame 10 so as to be able to adjust the distance and approach. Frame 11; A pair of hand-grip rollers 12 rotatably mounted on the pair of roller support frames 11 and a roller drive motor 15 for rotating the pair of hand-grip rollers 12 synchronously. A drive shaft 13 that is rotatably supported by the frame 11 and a plurality of finger plates 14 that are detachably attached to the drive shaft 13 are provided. The portions 14a are arranged at appropriate intervals along the circumferential direction, and the substantially U-groove-shaped escape grooves 14b are arranged between the pressing protrusions 14a. It is easy to manufacture like hand-made noodles that have been brewed by hand and have been squeezed from all directions. It becomes and reliably performed so. Moreover, it is an easy-to-handle, high-volume production, simple structure, and excellent hand-made noodle manufacturing apparatus with excellent durability.
[0021]
In particular, a plurality of handgrip units B are arranged on the base frame A along the vertical direction, and the handgrip units 12 adjacent to each other in the vertical direction are arranged with their axial centers different from each other. The stuffed noodles D are sequentially pressed in different directions by the pair of hand kneading rollers 12 and can be squeezed uniformly from all directions to be formed like hand kneading noodles.
[0022]
In addition, a predetermined amount of noodles is scattered by the packaging bag because the bagging noodle D formed by packing a predetermined amount of noodles, such as starch, packed in the packaging bag, is subjected to a hand kneading process. Therefore, the state where the noodles are gathered can be maintained to some extent, and the hand kneading unit B can be subjected to the hand kneading process to obtain an optimum hand kneading state (curved noodle state). Moreover, a predetermined amount of noodles is processed while being packed in a packaging bag, which is an extremely sanitary and easy-to-handle apparatus for producing hand-made noodles that is optimal for mass production.
[0023]
The hand gripping unit B includes a unit frame 10 that can be mounted on the base frame A in an arbitrary turning direction, a pair of roller support frames 11 that are mounted on the unit frame 10 so as to be able to adjust the distance and approach, and the pair of roller support frames 11. A pair of hand-grip rollers 12 that are rotatably mounted on the roller support frame 11 and a roller drive motor 15 that synchronously rotates the pair of hand-grip rollers 12 are provided. The stuffed noodles D can be pressed and adjusted in various states, and a desired hand kneaded state can be obtained. That is, the pressing direction of the bag noodles D by the pair of hand-rolling rollers 12 can be adjusted by the mounting direction (arbitrary turning direction) of the unit frame 10 to the base frame A, and by the separation approach adjustment of the pair of roller support frames 11, It becomes possible to adjust the pressing interval of the bag noodles D by the pair of hand kneading rollers 12 .
[0024]
Then, the hand-rolling roller 12 includes a drive shaft 13 that is rotatably supported by the roller support frame 11 and a plurality of finger plates 14 that are detachably attached to the drive shaft 13. Since the pressing protrusions 14a in the form of bending the thumb are arranged at appropriate intervals along the circumferential direction, and a substantially U-shaped relief groove 14b is arranged between the pressing protrusions 14a, The bag-stuffed noodles D are pressed by the pressing protrusions 14a of the finger plate 14, and the noodles in the packaging bag are in a hand-gripped state, so that the remaining portions fit comfortably in the escape grooves 14b .
[0025]
Further, the hand-stamped noodle production apparatus according to claim 2 is a hand-stamped noodle D in which a predetermined amount of noodles to which a flour such as starch has been packed is packed in a packaging bag so that the hand-stamping can be performed. The noodle manufacturing apparatus is formed with a hand gripping unit B including a pair of hand gripping rollers 12 that are driven and rotated, and a plurality of hand gripping units B are arranged on the base frame A along the vertical direction. in disposed made different to the axial direction of the hand massage unit B mutual hand rubbing roller 12 is next set, the bagging noodles D are successively manually rubbing pressed by the lower hand rubbing unit B from above, from all directions The hand gripping unit B is configured to be manually pressed, and the hand gripping unit B has a unit frame 10 that can be mounted on the base frame A in an arbitrary turning direction, and a pair of roller supports that can be mounted on the unit frame 10 so as to be able to adjust the distance and approach. Frame 11 and this A pair of hand-grip rollers 12 rotatably mounted on the pair of roller support frames 11, respectively, and a roller drive motor 15 for synchronously rotating the pair of hand-grip rollers 12 are provided. 11 and a plurality of finger plates 14 that are detachably mounted on the drive shaft 13, and the finger plate 14 is a pressing protrusion having a substantially bent thumb shape. 14a are arranged at appropriate intervals along the circumferential direction, and a substantially U-shaped relief groove 14b is arranged between the pressing protrusions 14a, and a loosening unit C is disposed below the base frame A. In addition, the unpacking unit C is configured to receive the bag-packed noodle D that has been manually kneaded by the hand-packing unit B, and to perform the unraveling process of the bag-packed noodle D. With the force, it will be sufficiently squeezed through a plurality of hand squeezing units B sequentially, and it will be squeezed from all directions, making it easy to manufacture like hand squeezed noodles that are actually squeezed by hand. It will surely be possible. Furthermore, the fully stuffed bag noodles D are reliably unraveled by the unraveling unit C, and the noodles in the packaging bag are surely loosened without sticking to each other. Moreover, it is an easy-to-handle, high-volume production, simple structure, and excellent hand-made noodle manufacturing apparatus with excellent durability.
[0026]
In particular, a plurality of handgrip units B are arranged on the base frame A along the vertical direction, and the handgrip units 12 adjacent to each other in the vertical direction are arranged with their axial centers different from each other. The stuffed noodles D are sequentially pressed in different directions by the pair of hand kneading rollers 12 and can be squeezed uniformly from all directions to be formed like hand kneading noodles.
[0027]
In addition, a predetermined amount of noodles is scattered by the packaging bag because the bagging noodle D formed by packing a predetermined amount of noodles, such as starch, packed in the packaging bag, is subjected to a hand kneading process. Therefore, the state where the noodles are gathered can be maintained to some extent, and the hand kneading unit B can be subjected to the hand kneading process to obtain an optimum hand kneading state (curved noodle state). Moreover, a predetermined amount of noodles is processed while being packed in a packaging bag, which is an extremely sanitary and easy-to-handle apparatus for producing hand-made noodles that is optimal for mass production.
[0028]
The hand gripping unit B includes a unit frame 10 that can be mounted on the base frame A in an arbitrary turning direction, a pair of roller support frames 11 that are mounted on the unit frame 10 so as to be able to adjust the distance and approach, and the pair of roller support frames 11. A pair of hand-grip rollers 12 that are rotatably mounted on the roller support frame 11 and a roller drive motor 15 that synchronously rotates the pair of hand-grip rollers 12 are provided. The stuffed noodles D can be pressed and adjusted in various states, and a desired hand kneaded state can be obtained. That is, the pressing direction of the bag noodles D by the pair of hand-rolling rollers 12 can be adjusted by the mounting direction (arbitrary turning direction) of the unit frame 10 to the base frame A, and by the separation approach adjustment of the pair of roller support frames 11, It becomes possible to adjust the pressing interval of the bag noodles D by the pair of hand kneading rollers 12 .
[0029]
Then, the hand-rolling roller 12 includes a drive shaft 13 that is rotatably supported by the roller support frame 11 and a plurality of finger plates 14 that are detachably attached to the drive shaft 13. Since the pressing protrusions 14a in the form of bending the thumb are arranged at appropriate intervals along the circumferential direction, and a substantially U-shaped relief groove 14b is arranged between the pressing protrusions 14a, The bag-stuffed noodles D are pressed by the pressing protrusions 14a of the finger plate 14, and the noodles in the packaging bag are in a hand-gripped state, so that the remaining portions fit comfortably in the escape grooves 14b .
[0030]
Furthermore, the manufacturing apparatus of noodles massaging hands of claim 3, wherein the plurality of fingers plate 14 of the hand rubbing roller 12 is relatively small ones finger plates 14 to be mounted in the longitudinal central portion of the drive shaft 13 Since the finger plate 14 having a relatively large diameter is used for the finger plate 14 whose longitudinal end is attached to the crocodile , the packed noodle D is guided to the longitudinal center portion of the pair of hand-rolling rollers 12. To be pressed .
[0031]
In the hand-made noodle manufacturing apparatus according to claim 4, since the hand-rolling roller 12 is configured by combining finger plates 14 having different shapes , an irregularly pressed state of the bag noodle D can be obtained. Become .
[Brief description of the drawings]
FIG. 1 is a schematic front view illustrating an apparatus for producing hand-made noodles according to the present invention.
FIG. 2 is a schematic side view illustrating an apparatus for producing hand-made noodles according to the present invention.
FIG. 3 is a schematic vertical cross-sectional view illustrating a hand kneading unit portion of the hand noodle manufacturing apparatus of the present invention.
FIG. 4 is a partially cutaway schematic plan view illustrating a hand kneading unit portion of the hand kneading noodle manufacturing apparatus of the present invention.
[Explanation of symbols]
A base frame 1 noodle inlet 2 noodle outlet 3 hopper B hand grip unit 10 unit frame 11 roller support frame 12 hand grip roller 13 drive shaft 14 finger plate 14a pressing projection 14b relief groove 15 roller drive motor C unwinding unit 20 High-speed conveyor 21 Conveyor belt 22 Conveyor drive motor D Bag-packed noodles

Claims

A pair of hand kneading rollers that are driven and rotated, which is a device for producing hand kneaded noodles, which can be subjected to a hand kneading process to a bag noodle formed by packing a predetermined amount of noodles that have been dusted with starch or the like into a packaging bag. A plurality of hand gripping units are arranged on the base frame along the vertical direction, and the shaft center directions of the hand gripping rollers adjacent to each other are arranged differently. The bagging noodles are configured so that the hand-packed noodles are sequentially manually pressed from below and manually pressed from all directions, and the hand- held unit can be mounted on the base frame in any swivel direction. A unit frame, a pair of roller support frames attached to the unit frame so as to be able to adjust the distance from the unit frame, a pair of hand-grip rollers rotatably attached to the pair of roller support frames, and the pair of hands A roller drive motor that synchronously rotates the roller, and the hand-rolling roller includes a drive shaft that is rotatably supported by the roller support frame, and a plurality of finger plates that are detachably attached to the drive shaft. The finger plate is configured by arranging pressing protrusions shaped like a substantially thumb bent at appropriate intervals along the circumferential direction, and arranging substantially U-shaped relief grooves between the pressing protrusions. An apparatus for producing hand-made noodles, characterized in that.

A pair of hand kneading rollers that are driven and rotated, which is a device for producing hand kneaded noodles, which can be subjected to a hand kneading process to a bag noodle formed by packing a predetermined amount of noodles that have been dusted with starch or the like into a packaging bag. A plurality of hand gripping units are arranged on the base frame along the vertical direction, and the shaft center directions of the hand gripping rollers adjacent to each other are arranged differently. The bagging noodles are configured so that the hand-packed noodles are sequentially manually pressed from below and manually pressed from all directions, and the hand-held unit can be mounted on the base frame in any swivel direction. A unit frame, a pair of roller support frames attached to the unit frame so as to be able to adjust the distance from the unit frame, a pair of hand-grip rollers rotatably attached to the pair of roller support frames, and the pair of hands A roller drive motor that synchronously rotates the roller, and the hand-rolling roller includes a drive shaft that is rotatably supported by the roller support frame, and a plurality of finger plates that are detachably attached to the drive shaft. The finger plate is configured by arranging pressing protrusions shaped like a substantially thumb bent at appropriate intervals along the circumferential direction, and arranging substantially U-shaped relief grooves between the pressing protrusions. The loosening unit is disposed at the lower part of the base frame, and the loosening unit receives the bagged noodles that have been manually cramped by the handcrushing unit, and is configured to be able to perform the loosening process of the bagged noodles. Hand-made noodle manufacturing equipment.

The plurality of finger plates of the hand grinder roller use a relatively small diameter finger plate that is attached to the longitudinal center portion of the drive shaft, and a relatively large finger plate that has a longitudinal end attached to the hook. The apparatus for producing hand-made noodles according to claim 1 or 2, characterized in that it has a diameter .

3. The hand-grown noodle manufacturing apparatus according to claim 1 , wherein the hand-rolling roller is configured by combining finger plates having different shapes .