JP2909062B1 - Core feeder for fish wrapping machine - Google Patents

Core feeder for fish wrapping machine

Info

Publication number
JP2909062B1
JP2909062B1 JP10140445A JP14044598A JP2909062B1 JP 2909062 B1 JP2909062 B1 JP 2909062B1 JP 10140445 A JP10140445 A JP 10140445A JP 14044598 A JP14044598 A JP 14044598A JP 2909062 B1 JP2909062 B1 JP 2909062B1
Authority
JP
Japan
Prior art keywords
core material
suction
core
rotating disk
disk
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.)
Expired - Fee Related
Application number
JP10140445A
Other languages
Japanese (ja)
Other versions
JPH11318392A (en
Inventor
康夫 栗原
勝美 宮部
Original Assignee
有限会社備文エンジニアリング
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by 有限会社備文エンジニアリング filed Critical 有限会社備文エンジニアリング
Priority to JP10140445A priority Critical patent/JP2909062B1/en
Application granted granted Critical
Publication of JP2909062B1 publication Critical patent/JP2909062B1/en
Publication of JPH11318392A publication Critical patent/JPH11318392A/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Landscapes

  • Fish Paste Products (AREA)

Abstract

【要約】 【課題】 魚肉練製品で芯材を巻着する魚肉巻きぐるみ
機におけるごぼう、いか足、ウインナーソーセージ等の
芯材はその方向性が不揃いなため、これらの方向を自動
的に揃えて成型原料への供給を自動化し魚肉巻きぐるみ
機の自動化と製造能率を向上する。 【解決手段】 芯材搬送ベルト6上に方向性が不揃状態
で供給された芯材Bを、夫々軸方向上にスリット10・
11を有する補助吸引回動円盤7、吸引回動円盤8と小
孔12を有する吸着回動ロール9と夫々のスクレッパー
7′・8′・9′の併用で順次芯材の方向性を規整しな
がら揃えた後、芯材供給コンベヤ5により連続移送コン
ベヤ1上の成型原料上に載置供給する。
Abstract: PROBLEM TO BE SOLVED: To automatically align the directions of core materials such as burdock, squid legs, and wiener sausage in a fish meat wrapping machine for winding a core material with a fish meat kneading product. Automated supply of raw materials for molding and automation of fish wrapping machine and improvement of production efficiency. SOLUTION: A core material B supplied in a non-uniform state on a core material conveying belt 6 is slit into a slit 10 in an axial direction.
The directionality of the core material is successively regulated by using the auxiliary suction rotating disk 7 having the suction disk 11, the suction rotating disk 8, the suction rotating roller 9 having the small holes 12, and the respective scrapers 7 ′, 8 ′, 9 ′. After being aligned, the core material is supplied onto the molding raw material on the continuous transfer conveyor 1 by the core supply conveyor 5.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【0001】[0001]

【発明の属する技術分野】本発明はいか、ごぼう、人
参、ウインナーソーセージ等の線状芯材の周囲に水産練
成原料を巻着成型する魚肉巻きぐるみ機における芯材供
給装置に関するものである。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a core material supplying apparatus for a fish meat wrapping machine which winds and forms a fishery kneaded material around a linear core material such as squid, burdock, ginseng, and wiener sausage.

【0002】[0002]

【従来の技術】魚肉練成原料でいか、ごぼう、人参等の
線状芯材を巻着成型する魚肉巻きぐるみ機は、魚肉練成
原料を原料成型装置で薄い厚さの長方形状に成型した成
型原料を移送コンベヤで連続移送しながら作業者がその
中央にごぼう、その他の芯材を供給載置し、これを移送
コンベヤ終端部に設置した巻きぐるみ装置で巻着成型し
ているのが現状である。
2. Description of the Related Art A fish meat wrapping machine which winds and molds a linear core material such as squid, burdock, carrot, etc. from a raw material of fish meat is formed by shaping the raw material of fish meat into a thin rectangular shape with a raw material molding device. Workers supply burdock and other core materials at the center while continuously transferring molding raw materials on a transfer conveyor, and this is wound and formed by a wrapping device installed at the end of the transfer conveyor. It is.

【0003】[0003]

【発明が解決しようとする課題】しかしながら前記従来
の方式は、芯材を作業者が手作業で載置しているため製
造効率が低くかつ労力を要すると共に芯材をその都度成
型原料の中央部に正確に載置するにも熟練を要する等の
問題点がある。そこで原料成型装置と巻きぐるみ装置と
の間に芯材の供給装置を設けることも提案されたが、ご
ぼう、いかの足等の芯材は太さ、大きさが不揃であった
り、変形したりしているため、芯材が成型原料の所定位
置に載置されなかったり、芯材のない成型原料が巻きぐ
るみ装置に移送されたりするため、その都度不良品を除
去したり、機械を停止したりしなければならず、製造能
率が極めて悪く未だ実用化されていないのが現状であ
る。
However, in the above-mentioned conventional method, since the core material is manually placed by an operator, the production efficiency is low and labor is required, and the core material is formed at the center of the molding material each time. However, there is a problem that the skill is required to accurately mount the device. Therefore, it has been proposed to provide a supply device for the core material between the raw material molding device and the wrapping device.However, core materials such as burdock and squid legs are not uniform in thickness and size or are deformed. The core material is not placed at the predetermined position of the molding material, or the molding material without the core material is transferred to the wrapping device. At present, the production efficiency is extremely poor and has not yet been put to practical use.

【0004】本発明はこのような現状に鑑み、不揃のご
ぼう等の線状芯材の方向を自動的に揃えて効率よく円滑
確実に成型原料上に供給載置するようにして製造効率を
向上するようにした魚肉巻きぐるみ機における芯材供給
装置を提供することを目的とするものである。
In view of the above situation, the present invention automatically adjusts the direction of a linear core material such as irregular burdock, and efficiently and smoothly supplies and places it on a molding raw material, thereby improving production efficiency. It is an object of the present invention to provide a core material supply device in a fish meat wrapping machine that is improved.

【0005】[0005]

【課題を解決するための手段】本発明は前記目的を達成
するために、始端部に原料成型装置を、終端部に巻きぐ
るみ装置を夫々設置した連続移送コンベヤの中央部上方
に芯材供給コンベヤを設置し、該芯材供給コンベヤの上
側に軸方向に小孔を穿設した吸着回動ロールを設け、該
吸着回動ロールの一側に芯材搬送ベルトの終端部を臨設
せしめ、該芯材搬送ベルトの終端部上側に軸方向にスリ
ットを有しかつ芯材の長さより小さい幅の吸引回動円盤
を設けると共に前記吸着回動ロール及び吸引回動円盤に
は夫々吸引した芯材を剥離するスクレッパーを設けたこ
とを特徴とするものであり、この場合前記芯材搬送ベル
トの中央部に幅及びスリット幅が前記吸引回動円盤の幅
及びスリット幅より広い補助吸引回動円盤を設けて芯材
搬送ベルト上の芯材を補助吸引回動円盤で吸着移送して
芯材の方向性を矯正してから吸引回動円盤で吸着移送す
るようにすると芯材の方向性を更に正確に揃えることが
できる。また芯材供給コンベヤの終端部に芯材を落下さ
せる噴射エヤーノズルを設けることにより、芯材を連続
移送コンベヤ上の成型原料上に一層円滑確実に載置する
ことができる。
In order to achieve the above object, the present invention provides a core material feeding conveyor above a central portion of a continuous transfer conveyor in which a raw material forming device is provided at a start end and a wrapping device is provided at an end portion. And a suction roll having perforations formed in the axial direction is provided on the upper side of the core supply conveyor, and the end of the core material transport belt is provided on one side of the suction roll, and the core is provided. A suction rotating disk having a slit in the axial direction and having a width smaller than the length of the core material is provided on the upper end of the material conveying belt, and the sucked rotation roll and the suction rotating disk peel the suctioned core material, respectively. In this case, an auxiliary suction rotary disk having a width and a slit width larger than the width and the slit width of the suction rotary disk is provided at the center of the core material conveying belt. Core on core material conveyor belt Can the aligned auxiliary suction when turning disc by adsorbed transported so as to adsorb the transfer by suction rotating disk after correcting the direction of the core the direction of the core material more accurate. In addition, by providing an injection air nozzle for dropping the core material at the end of the core material supply conveyor, the core material can be more smoothly and reliably placed on the molding material on the continuous transfer conveyor.

【0006】[0006]

【発明の実施の形態】本発明の実施の形態を実施例の図
面について説明すると、連続移送コンベヤ1の始端部上
側には公知の回動押出式原料成型装置2が設けられ、そ
の上部のポッパーに供給された魚肉練成原料を押出成型
により連続移送コンベヤ1上に長方形状の成型原料Aを
所定間隔で成型できるように構成されていると共に該連
続移送コンベヤ1の中途部上方には前記原料成型装置2
と同調して作動する芯材供給装置3が、また終端部分に
は公知の巻きぐるみ装置4が夫々設置されている。
DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiment of the present invention will be described with reference to the accompanying drawings. A known rotary extrusion type raw material molding apparatus 2 is provided above the start end of a continuous transfer conveyor 1 and a popper on the upper side thereof. The raw kneading raw material supplied to the container is extruded to form a rectangular molding raw material A on a continuous transfer conveyor 1 at a predetermined interval. Molding device 2
A core material supply device 3 which operates in synchronism with the above, and a known wrapping device 4 is provided at the end portion.

【0007】前記芯材供給装置3は、連続移送コンベヤ
1の上部に平行状に設置された芯材供給コンベヤ5と、
該芯材供給コンベヤ5の上方に設けられた芯材搬送ベル
ト6と、該芯材搬送ベルト6の中途部及び終端部上に夫
々設置された補助吸引回動円盤7及び吸引回動円盤8
と、前記吸引回動円盤8と芯材供給コンベヤ5の始端部
との間に設けられた吸着回動ロール9とで構成されてい
る。
[0007] The core material supply device 3 comprises a core material supply conveyor 5 installed parallel to the upper part of the continuous transfer conveyor 1;
A core transport belt 6 provided above the core supply conveyor 5, and an auxiliary suction rotary disk 7 and a suction rotary disk 8 provided on the middle and end portions of the core transport belt 6, respectively.
And a suction rotation roll 9 provided between the suction rotation disk 8 and the starting end of the core material supply conveyor 5.

【0008】しかして前記補助吸引回動円盤7、吸引回
動円盤8及び吸着回動ロール9は同径同速度で同期同調
して回動するように形成され、また補助吸引回動円盤7
の軸方向の長さである幅は吸引回動円盤8の幅より大き
くかつ芯材Bの長さより小さくなるように形成されると
共に補助吸引回動円盤7及び吸引回動円盤8の周面の軸
方向には夫々スリット10・11が設けられ、特にスリ
ット10の溝幅はスリット11の溝幅より広くなるよう
に形成されている。
The auxiliary suction rotation disk 7, suction rotation disk 8 and suction rotation roll 9 are formed so as to rotate synchronously at the same diameter and the same speed.
Is formed to be larger than the width of the suction rotating disk 8 and smaller than the length of the core material B, and the peripheral surfaces of the auxiliary suction rotating disk 7 and the suction rotating disk 8 are formed. Slits 10 and 11 are provided in the axial direction, respectively. In particular, the slit 10 is formed so that the groove width of the slit 10 is wider than the groove width of the slit 11.

【0009】また前記吸着回動ロール9の軸方向の幅は
芯材Bの長さより長く形成されていると共にその周面の
軸方向には多数の小孔12が穿設されており、更にこれ
らの補助吸引回動円盤7、吸引回動円盤8及び吸着回動
ロール9の回動方向側の下部には夫々スクレッパー7′
・8′・9′が設けられており、図示されていない吸引
ポンプの吸引力で前記補助吸引回動円盤7、吸引回動円
盤8及び吸着回動ロール9がそのスリット10・11、
小孔12部分に吸着した芯材Bを夫々スクレッパー7′
・8′・9′で剥離落下するように構成されている。
The width of the suction rotating roll 9 in the axial direction is longer than the length of the core material B, and a number of small holes 12 are formed in the axial direction of the peripheral surface thereof. Each of the auxiliary suction rotation disk 7, suction rotation disk 8, and suction rotation roll 9 has a scraper 7 '
8 ′ and 9 ′ are provided, and the auxiliary suction rotating disk 7, the suction rotating disk 8, and the suction rotating roll 9 are slits 10 and 11 by the suction force of a suction pump (not shown).
The core material B adsorbed on the small holes 12 is scraped to the scraper 7 '.
It is configured to fall off at 8 'and 9'.

【0010】また前記芯材供給コンベヤ5の終端部分に
は芯材Bの案内誘導板13と、芯材Bの落下を促進する
噴射エヤーノズル14とが夫々設けられ、芯材供給コン
ベヤ5で移送された芯材Bを確実に連続移送コンベヤ5
上の成型原料A上に落下載置するように形成されてい
る。なお前記連続移送コンベヤ1、芯材供給コンベヤ
5、芯材搬送ベルト6は何れも補助吸引回動円盤7、吸
引回動円盤8、吸着回動ロール9と同様に同期駆動さ
れ、芯材Bを成型原料A上に載置できるように調整され
ていることは勿論である。
At the end of the core supply conveyor 5, a guide plate 13 for the core B and a jet air nozzle 14 for facilitating the drop of the core B are provided, respectively, and are transferred by the core supply conveyor 5. Conveyor 5 for reliably transferring the core material B
It is formed so as to be dropped and mounted on the upper molding material A. The continuous transfer conveyor 1, the core material supply conveyor 5, and the core material transport belt 6 are all driven synchronously in the same manner as the auxiliary suction rotation disk 7, the suction rotation disk 8, and the suction rotation roll 9 to remove the core material B. Of course, it is adjusted so that it can be placed on the molding raw material A.

【0011】本発明の実施例は上記のように構成されて
いるから、芯材供給装置3の芯材搬送ベルト6上の始端
部に適宜手段により供給されたその方向性の不揃の芯材
Bは補助吸引円盤7の広い幅のスリット10で吸着され
て回動移送され、スクレッパー7′によってその方向性
が芯材搬送ベルト6の幅方向に略揃えられながら剥離さ
れて芯材搬送ベルト6に落下し、次いで吸引回動円盤8
の幅の小さいスリット11で吸着回動されそのスクレッ
パー8′により方向性は芯材搬送ベルト6の幅方向に一
致するように剥離されて吸着回動ロール9上に落下し、
更にその小孔12に吸着されて回動移送されスクレッパ
ー9′で芯材供給コンベヤ5上に方向が揃えられて落下
供給されるものである。
Since the embodiment of the present invention is constructed as described above, the core material having irregular directions supplied to the starting end of the core material conveying belt 6 of the core material supply device 3 by appropriate means. B is sucked by the wide slit 10 of the auxiliary suction disk 7 and is rotated and transferred. The scraper 7 ′ is peeled off while the direction thereof is substantially aligned in the width direction of the core material conveying belt 6, and is separated. And then the suction rotating disk 8
Is sucked and turned by the slit 11 having a small width, and the scraper 8 ′ is peeled off by the scraper 8 ′ so that the direction thereof coincides with the width direction of the core material conveying belt 6, and falls on the suction turning roll 9.
Further, it is adsorbed by the small holes 12 and rotated and transported, and is dropped and supplied in a uniform direction on the core material supply conveyor 5 by the scraper 9 '.

【0012】このようにして方向性が揃えられて芯材供
給コンベヤ5に供給された芯材Bはその先端部から噴射
エヤーノズル14により連続移送コンベヤ1上の成型原
料Aの上部に載置供給された後、成型原料Aは巻きぐる
み装置4により芯材Bに巻着されるものである。
The core material B supplied to the core material supply conveyor 5 having the uniformity in the direction as described above is placed and supplied from above the tip of the core material B on the continuous transfer conveyor 1 by the injection air nozzle 14 above the molding material A. After that, the molding raw material A is wound around the core material B by the wrapping device 4.

【0013】従って芯材Bの方向が不揃であったり、曲
がった状態で芯材搬送ベルト6に供給されてもその方向
性を自動かつ可及的に芯材搬送ベルト6の幅方向に規整
することができ、不揃の芯材Bの成型原料A上への供給
を自動的に行いその製造効率を従来より著しく向上する
ことができるものである。
Therefore, even if the direction of the core material B is irregular or is supplied to the core material conveying belt 6 in a bent state, the direction of the core material B is regulated automatically and as much as possible in the width direction of the core material conveying belt 6. Thus, the irregular core material B is automatically supplied onto the molding raw material A, and the production efficiency thereof can be significantly improved.

【0014】上記実施例は、方向性の規整を確実にする
ため、芯材搬送ベルト6上に補助吸引回動円盤7を設置
しているが、場合によってはこれを省略することも可能
であり、またスリッチ10・11及び小孔12の設置箇
所も四箇所に代えて二箇所、六箇所に適宜増減すること
もできる。
In the above-described embodiment, the auxiliary suction rotating disk 7 is provided on the core material conveying belt 6 in order to ensure the regulation of the direction. However, this may be omitted in some cases. Also, the locations of the slitches 10 and 11 and the small holes 12 can be appropriately increased or decreased to two or six instead of four.

【0015】[0015]

【発明の効果】本発明は方向性が不揃状態で芯材搬送ベ
ルトに供給された芯材を吸引回動円盤及び吸着回動ロー
ルの夫々軸方向のスリット、小孔の吸引作用とスクレッ
パーの剥離作用とによって順次芯材の方向性を規整して
揃えながら連続移送コンベヤ上の成型原料上に円滑確実
に供給でき、魚肉巻きぐるみ機における芯材の自動供給
を可能にしてその製造能率を向上すると共に省力化を図
ることができる。
According to the present invention, the core material supplied to the core material transport belt in a non-uniform state is sucked by the slits and small holes in the axial direction of the suction-rotating disk and the suction-rotating roll, respectively, and the scraper has With the peeling action, the core material direction can be regulated and aligned in order, and it can be supplied smoothly and reliably onto the raw material on the continuous transfer conveyor, enabling the automatic supply of the core material in a fish meat wrapping machine and improving its production efficiency And labor saving can be achieved.

【0016】また本発明において芯材搬送ベルト上に更
に補助吸引回動円盤を設置して芯材の方向性を更に順次
規整しながら方向性を揃えるようにすると、一層芯材の
自動供給を円滑確実に行うことができる。
Further, in the present invention, if an auxiliary suction rotating disk is further provided on the core material conveying belt so that the directionality of the core material is further adjusted and the directionality is made uniform, the automatic supply of the core material becomes smoother. It can be done reliably.

【0017】更に芯材の芯材供給コンベヤから連続移送
コンベヤ上の成型原料への供給に噴射エヤーノズルを併
用して載置するようにすると芯材は更に正しく成型原料
上の所定位置に載置することができ、品質のよい製品を
製造することができる。
When the core material is supplied from the core material supply conveyor to the molding material on the continuous transfer conveyor by using an injection air nozzle together, the core material is more correctly placed at a predetermined position on the molding material. Quality products can be manufactured.

【図面の簡単な説明】[Brief description of the drawings]

【図1】本発明の正面図。FIG. 1 is a front view of the present invention.

【図2】同要部の一部切欠正面図。FIG. 2 is a partially cutaway front view of the main part.

【図3】同要部の平面図。FIG. 3 is a plan view of the main part.

【符号の説明】[Explanation of symbols]

1 連続移送コンベヤ 2 原料成型装置 3 芯材供給装置 4 巻きぐるみ装置 5 芯材供給コンベヤ 6 芯材搬送ベルト 7 補助吸引回動円盤 8 吸引回動円盤 9 吸着回動ロール 7′・8′・9′ スクレッパー 10・11 スリット 12 小孔 14 噴射エヤーノズル REFERENCE SIGNS LIST 1 continuous transfer conveyor 2 raw material molding device 3 core material supply device 4 wrapping device 5 core material supply conveyor 6 core material transport belt 7 auxiliary suction rotation disk 8 suction rotation disk 9 suction rotation roll 7 ′, 8 ′, 9 '' Scraper 10.11 Slit 12 Small hole 14 Injection air nozzle

Claims (3)

(57)【特許請求の範囲】(57) [Claims] 【請求項1】 始端部に原料成型装置を、終端部に巻き
ぐるみ装置を夫々設置した連続移送コンベヤの中央部上
方に芯材供給コンベヤを設置し、該芯材供給コンベヤの
上側に軸方向に小孔を穿設した吸着回動ロールを設け、
該吸着回動ロールの一側に芯材搬送ベルトの終端部を臨
設せしめ、該芯材搬送ベルトの終端部上側に軸方向にス
リットを有しかつ芯材の長さより小さい幅の吸引回動円
盤を設けると共に前記吸着回動ロール及び吸引回動円盤
には夫々吸引した芯材を剥離するスクレッパーを設けた
ことを特徴とする魚肉巻きぐるみ機の芯材供給装置。
1. A core material supply conveyor is installed above a central portion of a continuous transfer conveyor in which a raw material molding device is provided at a start end and a wrapping device is provided at an end portion, and an axial direction is provided above the core material supply conveyor. A suction rotation roll with a small hole is provided,
An end portion of the core material transport belt is provided on one side of the suction rotation roll, and a suction rotary disk having a slit in the axial direction above the end portion of the core material transport belt and having a width smaller than the length of the core material. And a scraper for separating the sucked core material from the suction rotation roll and the suction rotation disk, respectively.
【請求項2】 芯材搬送ベルトの中央部上側にスクレッ
パーを設けた補助吸引回動円盤を設置し、該補助吸引回
動円盤の幅及びスリット幅を夫々吸引回動円盤の幅及び
スリット幅より広く形成したことを特徴とする請求項1
記載の魚肉巻きぐるみ機の芯材供給装置。
2. An auxiliary suction rotating disk provided with a scraper is provided above the center of the core material conveying belt, and the width and slit width of the auxiliary suction rotating disk are respectively determined by the width and slit width of the suction rotating disk. 2. The battery according to claim 1, wherein the battery is widely formed.
A core material supply device for a fish meat wrapping machine as described in the above.
【請求項3】 芯材供給コンベヤの終端部に芯材を落下
させる噴射エヤーノズルを設けたことを特徴とする請求
項1又は請求項2記載の魚肉巻きぐるみ機の芯材供給装
置。
3. A core material supply device for a fish meat wrapping machine according to claim 1, wherein an injection air nozzle for dropping the core material is provided at an end portion of the core material supply conveyor.
JP10140445A 1998-05-08 1998-05-08 Core feeder for fish wrapping machine Expired - Fee Related JP2909062B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP10140445A JP2909062B1 (en) 1998-05-08 1998-05-08 Core feeder for fish wrapping machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP10140445A JP2909062B1 (en) 1998-05-08 1998-05-08 Core feeder for fish wrapping machine

Publications (2)

Publication Number Publication Date
JP2909062B1 true JP2909062B1 (en) 1999-06-23
JPH11318392A JPH11318392A (en) 1999-11-24

Family

ID=15268803

Family Applications (1)

Application Number Title Priority Date Filing Date
JP10140445A Expired - Fee Related JP2909062B1 (en) 1998-05-08 1998-05-08 Core feeder for fish wrapping machine

Country Status (1)

Country Link
JP (1) JP2909062B1 (en)

Also Published As

Publication number Publication date
JPH11318392A (en) 1999-11-24

Similar Documents

Publication Publication Date Title
US5051268A (en) Method and apparatus for transferring food material strips onto a support web
KR101162465B1 (en) Apparatus for peeling onion
JP2909062B1 (en) Core feeder for fish wrapping machine
US3282524A (en) Automatic winding machine
US5870947A (en) Apparatus for supplying paste food sheets at a predetermined interval
JPH08308466A (en) Windup molding device for stick-shaped bread
JPH11266838A (en) Core material rolling machine for fish meat paste stock
JPH01277443A (en) Kneaded substance distribution apparatus
JP7388736B2 (en) Skewered food manufacturing equipment
JP4327282B2 (en) Core material supply device for rolled kneaded products
US2093407A (en) Method and apparatus for treating plastic material
JPH11127772A (en) Automated remover of head and internal organs from fish body of small and medium size
JPH0711598Y2 (en) Sandwich-shaped kneaded product manufacturing equipment
JP2994612B2 (en) Core wrapping machine for raw fish meat raw materials
JP2699271B2 (en) Core roll food manufacturing equipment
JPH0737510Y2 (en) Sushi roll making equipment
JP2000189080A (en) Apparatus for coating common salt on food
JPH0429830A (en) Peeling of coating film from smc sheet material
KR200320135Y1 (en) spangle winding apparatus
JP3608870B2 (en) Food material molding equipment
JPS624529A (en) Supply device aligning bar-shaped parts
JPS62262761A (en) Apparatus for producing spacer sheet
JP2514728Y2 (en) Rice forming and feeding device
JP2000032960A (en) Feeder for platy food material
JP3060301B2 (en) Pre-receiving method and device for vertical extrusion of incense stick to tray tray

Legal Events

Date Code Title Description
LAPS Cancellation because of no payment of annual fees