JPH0698592B2 - Material feeder for high speed meat slicer - Google Patents
Material feeder for high speed meat slicerInfo
- Publication number
- JPH0698592B2 JPH0698592B2 JP23199785A JP23199785A JPH0698592B2 JP H0698592 B2 JPH0698592 B2 JP H0698592B2 JP 23199785 A JP23199785 A JP 23199785A JP 23199785 A JP23199785 A JP 23199785A JP H0698592 B2 JPH0698592 B2 JP H0698592B2
- Authority
- JP
- Japan
- Prior art keywords
- meat
- face plate
- meat box
- conveyor device
- box
- 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
Links
Description
【発明の詳細な説明】 産業上の利用分野 この発明は、機台上に定置した肉箱と、肉箱の前端面に
沿つて平行に回転する円板形の面板と、面板に偏心して
設けた円形の開口部内で自転しつつ面板の回転と共に公
転する刃物と、前記肉箱内に付設されて積載した材料肉
塊を肉箱の前端面から繰り出すコンベア装置とを備え、
前記面板と交互に肉箱の前方を通過する前記刃物によつ
て前記材料肉塊をスライスするようにした高速食肉スラ
イサーの材料送り装置に関する。Description: TECHNICAL FIELD The present invention relates to a meat box placed on a machine base, a disk-shaped face plate that rotates in parallel along a front end face of the meat box, and is provided eccentrically on the face plate. A blade that revolves with the rotation of the face plate while rotating in a circular opening, and a conveyor device that feeds the material meat chunks attached and loaded in the meat box from the front end surface of the meat box,
The present invention relates to a material feeding device for a high-speed meat slicer, which slices the material meat chunk with the blade that alternately passes in front of the meat box with the face plate.
従来の技術 上記のように構成されたこの種の高速食肉スライサー
は、毎分100〜300枚のスライスができ、例えば、特公昭
60-1159号公報にあるように肉箱をクランクによつて往
復させるようにした往復型の食肉スライサーに比べると
数倍の作業能力があり、大量に食肉を処理する食肉加工
場等において注目されつつある。そして、高速食肉スラ
イサーは上記のように高能力を有するので、一般にはス
ライサーの排出側にスライス片搬送用のベルトコンベア
を設けて、スライス片がベルト上で鱗列状態に搬出され
るように用いられている（例えば特開昭60-191792号公
報）。2. Description of the Related Art A high-speed meat slicer of this kind constructed as described above can make 100 to 300 slices per minute.
It has several times as much work capacity as a reciprocating meat slicer in which a meat box is reciprocated by a crank as disclosed in JP 60-1159, and is attracting attention in meat processing plants that process a large amount of meat. It's starting. Since the high-speed meat slicer has high performance as described above, a belt conveyor for delivering slice pieces is generally provided on the discharge side of the slicer, and the slice pieces are used so that they are carried out in a scaled state on the belt. (For example, JP-A-60-191792).
発明が解決しようとする問題点 上記のように鱗列状態でベルトコンベアに搬送されてく
るスライス片は、次の包装工程で取り扱い易くしたり、
あるいはベルトコンベア上にトレーを載置して自動的に
収容する場合には、数枚毎に互いの間に間隙を形成した
間欠鱗列送り方式を採用することが望ましい。スライス
片の間欠鱗列送りは、ベルトコンベアの速度に緩急をつ
けることによつてもできるが、高速食肉スライサーにお
いては、肉箱内の材料送り用のコンベア装置を間欠駆動
することが技術的に容易である。しかしながら、材料送
り用のコンベア装置を停止させた場合、肉箱の傾斜、材
料の自重および材料に対する上押え等の力が作用して送
りの止まつた材料肉塊の前端面が膨出し、その間も回転
を継続している刃物によつてその膨出部分が切り落さ
れ、予定外の変形したスライス片を生ずることが多く、
材料の間欠送りをする高速食肉スライサーにおいてはこ
のようなロスのないように改良することが望まれてい
た。Problems to be Solved by the Invention Slice pieces conveyed to the belt conveyor in a scaled state as described above are easy to handle in the next packaging step,
Alternatively, when the trays are placed on the belt conveyor and automatically accommodated, it is desirable to adopt the intermittent scale feeding method in which a gap is formed between several trays. Intermittent scale feeding of slice pieces can also be done by slowing down the speed of the belt conveyor, but in a high-speed meat slicer, it is technically possible to intermittently drive the conveyor device for feeding materials in the meat box. It's easy. However, when the conveyor device for feeding the material is stopped, the front end face of the material meat block that has stopped feeding swells due to the force of the inclination of the meat box, the self-weight of the material and the upper presser for the material, etc. The bulging portion is cut off by the blade that continues to rotate, often resulting in unexpectedly deformed slice pieces,
In a high-speed meat slicer that intermittently feeds materials, it has been desired to improve such a loss.
問題点を解決するための手段 そこで本発明は、機台上に定置される肉箱と、肉箱の前
端面に沿つて平行に回転する円板形の面板と、面板に偏
心して設けた円形の開口部内で自転しつつ面板の回転と
共に公転する刃物と、前記肉箱内に付設されて積載した
材料肉塊を肉箱の前端面から繰り出すコンベア装置とを
備えて、前記面板と交互に肉箱の前片を通過する前記刃
物によつて前記材料肉塊をスライスするようにした高速
食肉スライサーの材料送り装置において、前記コンベア
装置が、材料送りの自動的な停止と再起動を反復して行
なう間欠駆動手段と、この間欠駆動手段が駆動停止動作
に入つた上記コンベア装置を逆回転し、再起動動作に入
るときに上記逆回転度動作に基づく材料の後退を大幅に
正回転させる正逆回転駆動手段を備えた駆動制御機構を
有することを特徴とする高速食肉スライサーの材料送り
装置を提供するものである。Means for Solving the Problems Therefore, the present invention relates to a meat box placed on a machine base, a disk-shaped face plate that rotates in parallel along the front end face of the meat box, and a circular shape eccentrically provided on the face plate. A blade that revolves with the rotation of the face plate while rotating in the opening portion of the meat box, and a conveyor device that feeds the material meat chunks attached and loaded in the meat box from the front end surface of the meat box, and alternately replaces the face plate with the meat. In the material feeder of the high-speed meat slicer, which is adapted to slice the material meat chunk by the blade passing through the front piece of the box, the conveyor device repeats automatic stop and restart of the material feed. Intermittent driving means to perform and the intermittent driving means reversely rotates the conveyor device that has entered the drive stop operation, and when entering the restart operation, the material retreat based on the reverse rotation degree operation is significantly rotated in the normal direction. Drive with rotary drive means A material feeding device for a high-speed meat slicer characterized by having a control mechanism.
作用 本発明に係る高速食肉スライサーは、肉箱内に付設され
た材料送り用のコンベア装置がスライス片の間欠鱗列送
りを行う場合に、間欠駆動手段が駆動停止動作に入る
と、正逆回転駆動手段の作動によりコンベア装置を逆回
転して、最終枚目をスライスし終つた材料肉塊を肉箱の
前端面から後退させ、刃物による切断から回避し、間欠
駆動手段が再起動動作に入るときに上記逆回転に基づく
材料の後退を通常の材料送り量に加算して正逆回転駆動
手段がコンベア装置を大幅に正回転させるので、送り停
止中材料肉塊の膨出部分が切断されることがなく、前記
従来の欠点を除去できる。Action The high-speed meat slicer according to the present invention, when the conveyor device for feeding materials attached in the meat box performs intermittent scale feed of slice pieces, when the intermittent drive means enters the drive stop operation, the forward and reverse rotations are performed. The conveyor device is reversely rotated by the operation of the driving means, the final material sliced after slicing the final sheet is retracted from the front end surface of the meat box, avoiding cutting by the blade, and the intermittent driving means enters the restart operation. Sometimes the backward movement of the material based on the reverse rotation is added to the normal material feed amount, and the forward / reverse rotation drive means causes the conveyor device to rotate substantially forward, so that the bulging portion of the material meat block is cut during the feeding stop. The above-mentioned conventional drawbacks can be eliminated without such a problem.
実施例 以下に本発明の実施例を図面について説明する。Embodiments Embodiments of the present invention will be described below with reference to the drawings.
図において、（Ｂ）は機台（Ｆ）上に定置される肉箱、
（１）は肉箱（Ｂ）の前端面（Ｂ）′に沿つて平行に回
転する円板形の面板、(M)1は面板回転用モータ、（Ａ）
はこの面板（１）に偏心して設けた円形の開口部（２）
内で自転しつつ、面板（１）と共に公転する刃物、(M)2
は刃物回転用のモータ、（Ｃ）は肉箱（Ｂ）の底部に付
設された下部コンベア（Ｃ）ａと前端部の上方から肉箱
（Ｂ）内へ昇降自在に付設された上押えコンベア（Ｃ）
ｂとからなり、積載した材料肉塊（ｍ）を肉箱（Ｂ）の
前端面（Ｂ）′から繰り出す材料送り用のコンベア装
置、(M)3はコンベア装置駆動用のステツピングモータ、
（Ｄ）はスライサーの排出側に始端を位置させてスライ
ス片（ｍ）′を搬出するベルトコンベアである。以上の
各部材は従来公知のもので、それらの支持、伝動構造等
については説明を省略する。In the figure, (B) is a meat box placed on the machine base (F),
(1) is a disk-shaped face plate that rotates in parallel along the front end face (B) 'of the meat box (B), (M) 1 is a face plate rotation motor, (A)
Is a circular opening (2) eccentrically provided on this face plate (1)
A blade that revolves with the face plate (1) while rotating on its own, (M) 2
Is a motor for rotating the blade, (C) is a lower conveyor (C) a attached to the bottom of the meat box (B) and an upper pressing conveyor attached to the meat box (B) from above the front end. (C)
and a conveyor device for feeding the material, which feeds the loaded material chunk (m) from the front end face (B) 'of the meat box (B), (M) 3 is a stepping motor for driving the conveyor device,
(D) is a belt conveyor which carries out the sliced piece (m) 'with the starting end positioned on the discharge side of the slicer. The above-mentioned members are conventionally well-known members, and the description of their support, transmission structure and the like will be omitted.
（５）は機台（Ｆ）の一側面に取り付けた操作盤で、こ
の操作盤（５）は厚み設定ダイヤル（６）、厚み調整ダ
イヤル（７）、電源スイツチ（８）、刃物回転スイツチ
（９）、面板回転スイツチ（10）を有する。（11）は前
記モータ(M)1に駆動されて面板（１）を一体回転するプ
ーリ、（12）は第２図に示すようにこのプーリ（11）に
取り付けられて面板（１）の回転すなわち刃物（Ａ）の
切断周期を検出させる近接ドツグ、(L)1は近接ドツグ
（12）を介して刃物（Ａ）が材料肉塊（ｍ）から離れて
いる公転角の範囲でスライス片１枚分の材料送りが行な
われるように前記ステツピングモータ(M)3に正回転の信
号を発生する肉送り出し信号用の近接スイツチ、(L)2は
後述のマイコンを介して設定される鱗列枚数に上記近接
スイツチ(L)1の作動数が達した後に、すなわち設定枚数
のスライスが完了した後に、近接ドツグ（12）を介して
前記ステツピングモータ(M)3に１回の逆回転を生じさせ
る逆回転信号用の近接スイツチ、（13）は第１図に示す
ように、機台（Ｆ）を支承する架台（ｆ）の他側面に取
り付けられた配電盤で、前記操作盤（５）と接続して、
第３図に示すように前記各モータ(M)1(M)2(M)3の駆動を
制御するように構成した駆動制御機構（Ｅ）を内蔵す
る。同図中、（14）は鱗列枚数設定器、（15）は配列間
隔設定器、(M)4はスライス片搬出用の前記ベルトコンベ
ア（Ｄ）の駆動用のモータである。なお、(M)5は面板移
動用ステツピングモータ、（16）は前記厚み調整ダイヤ
ル（７）に上記モータ(M)5を介して連動する前記面板
（１）の移動位置を検出するエンコーダである。（17）
は上記各部材間の入力、出力を制御するマイコン部であ
る。このマイコン部（17）では、近接スイツチ(L)1から
の信号毎に厚み設定ダイヤル（６）が設定した送り量だ
けコンベア装置（Ｃ）のステツピングモータ(M)3を正回
転し、刃物（Ａ）の公転周期に同期して間欠的に肉箱
（Ｂ）から材料肉塊（ｍ）を繰り出させ、刃物（Ａ）に
切り落されたスライス片（ｍ）′を同時に走行するベル
トコンベア（Ｄ）上に第４図に示すように鱗列状態に載
せる。一方、スライス数が鱗列枚数設定器（14）の設定
値、例えば10枚に達したときに、近接スイツチ(L)2から
の信号に基づいて上記ステツピングモータ(M)3を逆回転
に駆動し、材料肉塊（ｍ）の切断面が刃物（Ａ）に切断
されない位置に後退させ、次に近接スイツチ(L)1からの
信号数が配列間隔設定器（15）に設定した値に達するま
でコンベア装置（Ｃ）を停止させる。上記設定値は所定
枚数のスライス片（ｍ）′が落下位置から離れる時間間
隔に対応して設定される。さらに近接スイツチ(L)1から
の信号数が上記設定値を超えると、最初の１回だけステ
ツピングモータ(M)3を大幅に正回転に駆動し、上記逆回
転により後退した分を前記厚み設定ダイヤル（６）が設
定する通常の送り量に加算して材料肉塊（ｍ）をスライ
ス位置に前進せしめ、次回からは通常の送り量を生じさ
せ、鱗列枚数に達するまで面板（１）の回転毎にステツ
ピングモータ(M)3を駆動することを反復して行なうよう
に構成されている。(5) is an operation panel attached to one side of the machine base (F). The operation panel (5) includes a thickness setting dial (6), a thickness adjusting dial (7), a power switch (8), and a blade rotation switch ( 9), has a face plate rotation switch (10). (11) is a pulley which is driven by the motor (M) 1 to integrally rotate the face plate (1), and (12) is attached to the pulley (11) to rotate the face plate (1) as shown in FIG. That is, the proximity dog for detecting the cutting cycle of the blade (A), (L) 1 is the slice piece 1 within the range of the revolution angle where the blade (A) is separated from the material meat mass (m) via the proximity dog (12). Proximity switch for meat feeding signal that generates a forward rotation signal to the stepping motor (M) 3 so that material feeding for one sheet is performed, (L) 2 is a scale set via a microcomputer described later. After the operation number of the proximity switch (L) 1 reaches the number of sheets, that is, after the set number of slices are completed, the stepping motor (M) 3 is reversely rotated once through the proximity dog (12). Proximity switch for reverse rotation signal, (13), as shown in FIG. With switchboard attached to the other side of the frame (f) which supports, in connection with the operation panel (5),
As shown in FIG. 3 , a drive control mechanism (E) configured to control the drive of each of the motors (M) 1 (M) 2 (M) 3 is incorporated. In the figure, (14) is a scale number setting device, (15) is an arrangement interval setting device, and (M) 4 is a motor for driving the belt conveyor (D) for carrying out slice pieces. In addition, (M) 5 is a stepping motor for moving the face plate, and (16) is an encoder for detecting the moving position of the face plate (1) which is interlocked with the thickness adjusting dial (7) via the motor (M) 5. is there. (17)
Is a microcomputer unit for controlling input and output between the above-mentioned members. In this microcomputer part (17), the stepping motor (M) 3 of the conveyor device (C) is normally rotated by the feed amount set by the thickness setting dial (6) for each signal from the proximity switch (L) 1 , and the blade tool A belt conveyor for intermittently feeding out a material meat block (m) from a meat box (B) in synchronization with the revolution cycle of (A), and simultaneously running a sliced piece (m) ′ cut off by a blade (A) (D) Mounted on the scale as shown in FIG. On the other hand, when the number of slices reaches the set value of the scale number setting device (14), for example, 10 slices, the stepping motor (M) 3 is reversely rotated based on the signal from the proximity switch (L) 2. Driven to move the cut surface of the material chunk (m) back to a position where it is not cut by the blade (A), and then the number of signals from the proximity switch (L) 1 becomes the value set in the array interval setter (15). Stop the conveyor system (C) until it is reached. The set value is set corresponding to the time interval at which a predetermined number of slice pieces (m) 'are separated from the falling position. Further, when the number of signals from the proximity switch (L) 1 exceeds the set value above, the stepping motor (M) 3 is driven to the normal forward rotation only once at the first time, and the backward movement caused by the backward movement causes the stepping motor (M) 3 to move backward. In addition to the normal feed amount set by the setting dial (6), the material meat block (m) is advanced to the slicing position, the normal feed amount is generated from the next time, and the face plate (1) is reached until the number of scales is reached. It is configured to repeatedly drive the stepping motor (M) 3 for each rotation of.
上記のように、この材料送り用コンベア装置（Ｃ）は、
その駆動制御機構（Ｅ）に、面板（１）と一体回転する
近接ドツグ（12）を介して作動する近接スイツチ(L)1，
(L)2と、厚み設定ダイヤル（６）、鱗列枚数設定器（1
4）、配列間隔設定器（15）と連らなるマイコン部（1
7）および該マイコン部（17）にその駆動を制御される
ステツピングモータ(M)3とからなる間欠駆動手段と、コ
ンベア装置（Ｃ）の間欠駆動時に作動する正逆回転手段
とを備えている。As described above, the material feeding conveyor device (C) is
The drive control mechanism (E) has a proximity switch (L) 1 , which operates via a proximity dog (12) that rotates integrally with the face plate (1),
(L) 2 , thickness setting dial (6), scale number setting device (1
4), the microcomputer section (1
7) and the microcomputer section (17) is provided with an intermittent drive means consisting of a stepping motor (M) 3 whose drive is controlled, and a forward / reverse rotation means that operates during intermittent drive of the conveyor device (C). There is.
なお、本発明の実施に際し、間欠駆動手段と正逆回転手
段の構成は上述した実施例の態様に限らず、例えば間欠
停止時間の設定とか正逆回転作動の検出等の要素は本発
明の要旨に沿つて設計的に変更できることはいうまでも
ない。In carrying out the present invention, the structure of the intermittent drive means and the forward / reverse rotation means is not limited to the embodiment described above, and the elements such as the setting of the intermittent stop time and the detection of the forward / reverse rotation operation are the gist of the present invention. It goes without saying that the design can be changed in line with the above.
発明の効果 前記のように構成し、上記のように用いられるようにし
た本発明によれば、材料送り用のコンベア装置を間欠駆
動して、スライス片に間隙をおいた鱗列状態を形成する
ように高速食肉スライサーを使用する場合に、材料送り
動作の停止と共に肉箱内の材料肉塊が刃物の回転面から
後退し、再起動時にはその後退量を加算した送り量が与
えられるので、材料送り停止時に材料肉塊の膨出部分が
切り落されることなく、ロスを防止する一方で、第１枚
目から所望の厚さを具えたスライス片を得ることができ
る等の効果がある。EFFECTS OF THE INVENTION According to the present invention configured as described above and used as described above, the material feeding conveyor device is intermittently driven to form a scaled state with a gap in the slice pieces. When using a high-speed meat slicer like this, as the material feeding operation is stopped, the material chunk in the meat box retracts from the rotating surface of the blade, and when the machine is restarted, the feed amount that adds the retracted amount is given, so the material When the feeding is stopped, the bulging portion of the material meat block is not cut off, and loss is prevented, while slice pieces having a desired thickness can be obtained from the first sheet.
図面は本発明の実施例を示すもので、第１図はその側面
図、第２図は第１図におけるＸ−Ｘ′方向の一部分解
図、第３図は駆動制御機構の構成図、第４図はベルトコ
ンベアを用いたスライス片の搬送状態を示す一部切欠平
面図である。 Ｆ……機台、ｆ……架台、１……面板、２……開口部、
Ａ……刃物、Ｂ……肉箱、Ｂ′……前端面、Ｃ……コン
ベア装置、Ca……下部コンベア、Cb……上押えコンベ
ア、(M)1……面板回転用モータ、(M)2……刃物回転用モ
ータ、(M)3……コンベア装置駆動用ステツピングモー
タ、Ｄ……ベルトコンベア、(M)4……ベルトコンベア用
モータ、ｍ……材料肉塊、ｍ′……スライス片、５……
操作盤、６……厚み設定ダイヤル、７……厚み調整ダイ
ヤル、８……電源スイツチ、９……刃物回転スイツチ、
10……面板回転スイツチ、11……面板回転用プーリ、12
……近接ドツグ、(L)1……肉送り出し信号用近接スイツ
チ、(L)2……逆回転信号用近接スイツチ、13……配電
盤、Ｅ……駆動制御機構、14……鱗列枚数設定器、15…
…配列間隔設定器、(M)5……面板移動用ステツピングモ
ータ、16……エンコーダ、17……マイコン部。The drawings show an embodiment of the present invention. FIG. 1 is a side view thereof, FIG. 2 is a partially exploded view in the direction of XX ′ in FIG. 1, FIG. 3 is a configuration diagram of a drive control mechanism, and FIG. FIG. 4 is a partially cutaway plan view showing a state in which sliced pieces are conveyed using a belt conveyor. F ... Machine stand, f ... Stand, 1 ... Face plate, 2 ... Opening,
A: cutlery, B: meat box, B '... front end surface, C ... conveyor device, Ca ... lower conveyor, Cb ... upper presser conveyor, (M) 1 ... face plate rotation motor, (M ) 2 …… Blade rotation motor, (M) 3 …… Conveyor device driving stepping motor, D …… Belt conveyor, (M) 4 …… Belt conveyor motor, m …… Material meat block, m '… … Slice pieces, 5 ……
Operation panel, 6 ... Thickness setting dial, 7 ... Thickness adjustment dial, 8 ... Power switch, 9 ... Blade rotation switch,
10 …… Face plate rotating switch, 11 …… Face plate rotating pulley, 12
...... Proximity dog, (L) 1 ...... Proximity switch for meat feeding signal, (L) 2 ...... Proximity switch for reverse rotation signal, 13 ...... Switchboard, E ...... Drive control mechanism, 14 ...... Set scale number Bowl, 15 ...
... Array spacing setting device, (M) 5 ... Stepping motor for moving face plate, 16 ... Encoder, 17 ... Microcomputer section.
───────────────────────────────────────────────────── フロントページの続き (72)発明者 北口 洋大 大阪府東大阪市池之端11―10 (56)参考文献 特開 昭60−191792（ＪＰ，Ａ) ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Hiroshi Kitaguchi 11-10 Ikenohata, Higashi-Osaka City, Osaka Prefecture (56) References JP-A-60-191792 (JP, A)
Claims (1)
に沿つて平行に回転する円板形の面板と、面板に偏心し
て設けた円形の開口部内で自転しつつ面板の回転と共に
公転する刃物と、前記肉箱内に付設されて積載した材料
肉塊を肉箱の前端面から繰り出すコンベア装置とを備え
て、前記面板と交互に肉箱の前方を通過する前記刃物に
よつて前記材料肉塊をスライスするようにした高速食肉
スライサーの材料送り装置において、前記コンベア装置
が、材料送りの自動的な停止と再起動を反復して行なう
間欠駆動手段と、この間欠駆動手段が駆動停止動作に入
つたときに上記コンベア装置を逆回転し、再起動動作に
入るときに上記逆回転動作に基づく材料の後退を通常の
材料送り量に加算してコンベア装置を大幅に正回転させ
る正逆回転駆動手段を備えた駆動制御機構を有すること
を特徴とする高速食肉スライサーの材料送り装置。1. A meat box placed on a machine base, a disk-shaped face plate that rotates in parallel along a front end surface of the meat box, and a face plate that rotates while rotating in a circular opening eccentrically provided on the face plate. Equipped with a conveyor device that revolves along with the rotation of the meat box, and that feeds the material chunks attached and loaded in the meat box from the front end surface of the meat box, and the blade that alternately passes in front of the meat box with the face plate. In the material feeding device of the high-speed meat slicer for slicing the material lump by means of, the conveyor device, intermittent driving means for repeating the automatic stop and restart of the material feeding, and this intermittent driving When the means enters the drive stop operation, the conveyor device is reversely rotated, and when the restarting operation is entered, the backward movement of the material based on the reverse rotation operation is added to the normal material feed amount to significantly correct the conveyor device. Forward / reverse rotation drive hand to rotate Material feeding device of high-speed meat slicer, characterized in that it comprises a drive control mechanism comprising a.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP23199785A JPH0698592B2 (en) | 1985-10-17 | 1985-10-17 | Material feeder for high speed meat slicer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP23199785A JPH0698592B2 (en) | 1985-10-17 | 1985-10-17 | Material feeder for high speed meat slicer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6294294A JPS6294294A (en) | 1987-04-30 |
| JPH0698592B2 true JPH0698592B2 (en) | 1994-12-07 |
Family
ID=16932325
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP23199785A Expired - Fee Related JPH0698592B2 (en) | 1985-10-17 | 1985-10-17 | Material feeder for high speed meat slicer |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0698592B2 (en) |
-
1985
- 1985-10-17 JP JP23199785A patent/JPH0698592B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6294294A (en) | 1987-04-30 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US5974925A (en) | Continuous feed for food loaf slicing machine | |
| US4015494A (en) | Cold cut slicing system | |
| JP3386281B2 (en) | Food slicing machine | |
| JP4145413B2 (en) | Method and apparatus for manufacturing sliced ham products | |
| GB1301043A (en) | Improvements in or relating to slicing machines | |
| US3894457A (en) | Method of rapid slicing | |
| EP0260946B1 (en) | A loaf slicing machine | |
| US3797343A (en) | Rapid slicing machine | |
| US6899003B1 (en) | Rotary cutting machine for corrugated cardboard plate | |
| WO1987002868A1 (en) | A tobacco block slicing machine | |
| GB1032089A (en) | Material cutting machine | |
| JP2008221426A (en) | Cutting method and device for rice cake | |
| JPH0698592B2 (en) | Material feeder for high speed meat slicer | |
| US4344341A (en) | Slicing apparatus | |
| US4531436A (en) | Slicing machine having interrupt means | |
| US3933066A (en) | Dual speed stacker paddle assembly | |
| JP2000006092A (en) | Method and device for slicing ham or the like | |
| JP3474901B2 (en) | Method and apparatus for receiving product for slicing device such as ham | |
| WO1994027793A1 (en) | Method and apparatus for cutting a mineral wool web and arrangement by such a cutting apparatus | |
| CN219480909U (en) | Full-automatic pill machine convenient to adjust | |
| JP2605668Y2 (en) | Horizontal slicer | |
| CN220859320U (en) | Meat slicer with uniform slice thickness ration | |
| JPH0437748Y2 (en) | ||
| JP2602286Y2 (en) | Meat piece receiving device in meat slicer | |
| US3538674A (en) | Interleaving of food slices |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |