JPS60177896A - Receiver for meat slicer - Google Patents

Receiver for meat slicer

Info

Publication number
JPS60177896A
JPS60177896A JP3493884A JP3493884A JPS60177896A JP S60177896 A JPS60177896 A JP S60177896A JP 3493884 A JP3493884 A JP 3493884A JP 3493884 A JP3493884 A JP 3493884A JP S60177896 A JPS60177896 A JP S60177896A
Authority
JP
Japan
Prior art keywords
conveyor
stroke
frame
rack
receiving device
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.)
Granted
Application number
JP3493884A
Other languages
Japanese (ja)
Other versions
JPH0442152B2 (en
Inventor
柳田 信次
南 常男
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
NANJIYOU TETSUKOU KK
Original Assignee
NANJIYOU TETSUKOU KK
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 NANJIYOU TETSUKOU KK filed Critical NANJIYOU TETSUKOU KK
Priority to JP3493884A priority Critical patent/JPS60177896A/en
Publication of JPS60177896A publication Critical patent/JPS60177896A/en
Publication of JPH0442152B2 publication Critical patent/JPH0442152B2/ja
Granted legal-status Critical Current

Links

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 この発明は、丸刃の裏側で、丸刃に切断されつつあるス
ライス片の前端よ材料の切断速度と同速に一方回転する
1)9送帝に受け敗りつつ、丸刃と共に材料の切断方向
に同速に移動するコンベアフレーム・と+1iftえた
食肉スライサーの受取υ装置に関する。
[Detailed Description of the Invention] This invention has the following advantages: 1) On the back side of the round blade, the front end of the slice piece being cut into the round blade rotates in one direction at the same speed as the cutting speed of the material. , relates to a receiving device for a meat slicer with a conveyor frame that moves at the same speed in the cutting direction of the material together with the round blade and +1ft.

従来のこの種の装置には、例えば本出願人の先願に昭和
48年特許公開第96767号がある。
A conventional device of this type includes, for example, Patent Publication No. 96767 filed in 1972, which was filed by the present applicant.

この先願の装置は、コンベア7ソームに張設した搬送帯
が切断速度と同速で一方回転するので、スライサーから
受け取る際にスライス片に伸び縮みを生じさせないで搬
送することはできるが、受取り装置からスライス片を排
出するときは、一方間転する搬送帯の後端の折り返し部
で反転落下させるか、または搬送帯上に設けた凹凸条の
間に入れた櫛歯状の受渡し部材の反転によって所定位置
に落下させるよう圧しだので、受取シ装置から排出され
るときに、反転落下するスライス片に伸び縮みが生じ、
生肉のように軟い材料のスライスには適し雌い欠点があ
った。また、別の例として、特公昭35−14486号
の切断内の自動配列装置もあるが、この装置は、丸刃に
よって切シ離されたスライス片の落下位置に設けた受取
り装置に反転する櫛歯状の受渡し装置を付設しているの
で、スライス片が、切シ始めから受取シ装置上に落下す
るまでの間と、櫛歯状の受渡し装置から反転落下する際
との2度にわたって、何物にも支えられずに自らの形状
を損ね易い状態を繰り返すことになり、前者よシも更に
生肉のスライス片を自動的に受け取る装置としては不適
当であった。さらに別に1実公昭39−22773号の
肉片受器があるが、この装置も受器から排出する際にス
ライス片の反転を要する点において前二者と同じ欠点が
あった。
In the device of this earlier application, the conveyor band stretched over the conveyor 7some rotates in one direction at the same speed as the cutting speed, so the slices can be conveyed without causing any expansion or contraction when receiving them from the slicer, but the receiving device When discharging the slices from the conveyor belt, the slices are either turned over and dropped at the folded end of the rear end of the transport belt, or by reversing the comb-like transfer member inserted between the uneven strips provided on the transport belt. Since the slices are pressed so that they fall into a predetermined position, the slices that are reversed and fall will expand and contract when they are ejected from the receiving device.
It is not suitable for slicing soft materials such as raw meat, but it has a drawback. Another example is an automatic arrangement device for cutting, disclosed in Japanese Patent Publication No. 35-14486. Since a tooth-shaped delivery device is attached, the slices are processed twice: from the beginning of cutting until they fall onto the receiving device, and again when they turn around and fall from the comb-shaped delivery device. The former was also unsuitable as a device for automatically receiving slices of raw meat, as it was not supported by objects and was prone to losing its shape repeatedly. Furthermore, there is a meat slice receiver disclosed in Japanese Utility Model Publication No. 1 Utility Model No. 39-22773, but this device also has the same drawback as the first two in that the slices must be turned over when being discharged from the receiver.

そこで本発明は、丸刃の裏側で、該丸刃が切断しつつあ
るスライス片の前端を材料の切断速度と同速に一方回転
する搬送帯に受け取りつつ、丸刃と共に材料の切断方向
に同速で移動する一定長のコンベアフレームの前端部を
、肉箱の前端面と平行する垂直軌道上に往復自在に支承
せしめ、他端の後端部を上記垂直軌道に交叉する水平軌
道上に往復自在に支承させることくよって、受取シ装置
のコンベアフレームの一端を肉肉の前端面に沿りて上下
方向に往復し、他端を水平方向に往復させる一方、該フ
レームに前後を支承させて一方回転する搬送帯を材料の
切断速度と同速に循環せしめ、水平方向に往復するコン
ベアの後端からスライス片を反転させることなく所定位
置に置き重ねられるようにした食肉スライサーの受取り
装置を提供したものである。
Therefore, the present invention aims to receive the front end of the slice piece that the round blade is cutting on the back side of the round blade into a conveying belt that rotates in one direction at the same speed as the cutting speed of the material, while also moving in the same direction as the round blade in the cutting direction of the material. The front end of a conveyor frame of a certain length that moves at a high speed is supported reciprocatingly on a vertical track parallel to the front end surface of the meat box, and the rear end of the other end is supported reciprocatingly on a horizontal track that intersects the vertical track. By freely supporting the conveyor frame, one end of the conveyor frame of the receiving device is reciprocated in the vertical direction along the front end surface of the meat, and the other end is reciprocated in the horizontal direction, while the frame is supported front and rear. To provide a receiving device for a meat slicer, in which a rotating conveyance belt is circulated at the same speed as the cutting speed of the material, and slice pieces can be placed and stacked at a predetermined position from the rear end of a conveyor that reciprocates in a horizontal direction without reversing them. This is what I did.

以下に本発明を図面に示す実施例について説明する。The present invention will be described below with reference to embodiments shown in the drawings.

第1.2図に示す実施例工において、(4)は丸刃、(
ロ)は積載した材料肉塊を自動給送す剋肉箱、(C)は
丸刃(4)が肉箱(B)から繰シ出す材料を切断して得
たスライス片(S)を受け取って所定位置に搬送する受
取シ装置のコンベアである。
In the example work shown in Fig. 1.2, (4) is a round blade, (
B) is a meat box that automatically feeds the loaded material meat blocks, and (C) is a round blade (4) that receives slices (S) obtained by cutting the material fed out from the meat box (B). This is the conveyor of the receiving device that transports the items to a predetermined position.

丸刃(4)は、機台(ト)に門型に立設した左右一対の
コラム(11に両側を遊嵌した昇降枠(2)の中央部に
取υ付けら”れ、機台(ト)の−偶に設けたモータ(ロ
)、と2節のリンクアーム(3)に張設したベルト伝動
機構(4)に従動して回転し、機台(F’lの下部に設
けたモータ(ロ)2に従動するクランク軸(5)と、同
軸(5)の両端に固定したクランク(6)と、昇降枠(
21の両側とクランク(6)を連結した連結杆(7)に
従動して、機台(巧上に設置した肉箱(9)の前端面げ
に沿って昇降する。
The round blade (4) is attached to the center of the elevator frame (2), which is loosely fitted on both sides to a pair of left and right columns (11) that are erected in the form of a gate on the machine base (G). It rotates under the control of the motor (b) installed at the bottom of the machine (F'l) and the belt transmission mechanism (4) stretched over the two-section link arm (3). A crankshaft (5) driven by the motor (b) 2, cranks (6) fixed to both ends of the same shaft (5), and a lifting frame (
It is driven by a connecting rod (7) connecting both sides of the machine 21 with a crank (6), and moves up and down along the front edge of the machine stand (a cleverly installed meat box (9)).

受取り製置のコンベア(C)は、左右一対のコンベアフ
レーム(f)と、同フレーム(f)の前後(第1.2図
の上下)をそれぞれ挿通する回転軸+81(91と、回
転軸(8) (91間に張り渡した搬送帯Hを備え、前
部回転軸(8)を昇降枠(2)の背面に軸受けさせ、か
つ、前部回転glh (Ellの一端(第11右手)に
取り付けたピニオンギヤαυを、コラム(1)と平行し
て垂直に設けたラック(6)に噛合し、後部回転軸(9
)の両外端にそれぞれ設けたローラαjを、機台(ト)
上に水平に横架した両側のレール+141 K [合し
、同軸(9)の−1ull K取り付けたピニオンギヤ
(2)をアイドルギヤaQを介在させて、上記レールI
と平行に機台(ト)上に設置したラック+1?)に噛合
し、上記前後の回転軸t81 (91とそれぞれに取シ
付けだピニオンギヤUυ09との+n+にそれぞれワン
ウエイローラクンツチ(119Qlを介在させている。
The receiving and preparing conveyor (C) consists of a pair of left and right conveyor frames (f), a rotating shaft +81 (91) and a rotating shaft ( 8) (Equipped with a conveyor belt H stretched between The attached pinion gear αυ meshes with the rack (6) installed vertically in parallel with the column (1), and the rear rotating shaft (9
) are installed on both outer ends of the machine (G).
Rails on both sides horizontally suspended above +141K [Mixed, pinion gear (2) attached to coaxial (9) -1ull K with idle gear aQ interposed,
Rack +1 installed on the machine base (G) in parallel with ? ), and a one-way roller clutch (119Ql) is interposed between the front and rear rotating shafts t81 (91) and the pinion gears Uυ09 attached thereto.

前記コンベア7レーム(f)の前端部(fyは、前記コ
ラムfi+を第3″図に示す垂直軌道(ロ))として、
丸刃囚と共に材料の切断方向に同速で移動し、肉箱(ロ
)の前端面ぽと平行して昇降枠(2)と一体に往復し、
該前端部(fyと一定距離を有する同7レーム他端の後
端部(fY’は、前記レールa養を同第3図に示すよう
に上記垂直軌道(a) K交叉する水平軌道(1))と
して昇降枠(2)の下降時に第2.3図左手へ移動し、
上昇時に右手へ移動して水平方向に往復する。また、前
記搬送帯αQは、昇降枠(2)の下降とともに材料の切
断が始まると、丸刃(ト)Kよって上方から切断されつ
つ丸刃(4)の裏側へ反りかえるスライス片(S)の前
端を円弧形をなすその前端に受けつつ、下降すると同時
に、ラックtlaと噛合して図示左回シに回転しながら
下降するピニオンギヤQIl&C駆動されて、材料の切
断速さと同速に一方回転する。このとき、コンベア7V
−人後端のピニオンギヤu埼は、アイドルギヤ顛を介す
るラックαηとの噛合によシ逆に右回転するが、同ギヤ
(ハ)に嵌めた前記ワンウェイクラッチ0の作用によっ
て搬送帯部の一方回転には干渉を生じないように構成さ
れている。また昇降枠(2)の上昇時には、上記ワ/ク
エイローラクラッチ(IIが復動するコンベアフレーム
後端の後部回転軸(9)と結合してピニオンギヤ+19
の左回転を伝動する一方で、下降往行程時に前部回転軸
(8)と結合した他方のワンウェイローラクラッチ霞が
開放され、この搬送帯0Iは復動時にも左回りの一方回
転を継続するように構成されている。(至)はコンベア
フレーム(f)の後端部(カの往復位置の直下に同方向
に設けられた間欠駆動製の搬出コンベアである。
The front end of the conveyor 7 frame (f) (fy is the column fi+ as the vertical track (b) shown in FIG. 3''),
The round blade moves at the same speed in the direction of cutting the material, and reciprocates together with the lifting frame (2) parallel to the front end surface of the meat box (B).
The front end (fY') is the rear end (fY') of the other end of the same 7 frames having a certain distance from the vertical track (a) K, as shown in FIG. )), when the elevator frame (2) is lowered, it moves to the left in Figure 2.3,
When ascending, move to the right and reciprocate horizontally. Further, when the conveyance belt αQ starts cutting the material with the lowering of the lifting frame (2), the slice piece (S) is cut from above by the round blade (G) K and bent back to the back side of the round blade (4). The front end of the pinion gear QIl&C is driven by the pinion gear QIl&C, which lowers while being received by the front end of the arc-shaped front end, and at the same time engages with the rack tla and rotates counterclockwise as shown in the figure. do. At this time, the conveyor 7V
- The pinion gear U at the rear end rotates clockwise in the opposite direction due to engagement with the rack αη via the idle gear, but one side of the conveyor band is caused by the action of the one-way clutch 0 fitted to the gear (C). The structure is such that there is no interference in rotation. Also, when the lifting frame (2) is raised, the w/queue roller clutch (II) is connected to the rear rotating shaft (9) at the rear end of the conveyor frame that moves backwards, and the pinion gear +19
At the same time, the other one-way roller clutch Kasumi connected to the front rotating shaft (8) is released during the downward forward stroke, and this conveyance belt 0I continues to rotate in the counterclockwise direction even during the backward movement. It is configured as follows. (to) is an intermittent drive carry-out conveyor installed directly below the reciprocating position of the conveyor frame (f) and in the same direction.

なお2N発明の実施に際し、搬送帯Qlの循環をF9[
定速度に保つよう処するならば、この実施例で使用した
ラック、ピニオンおよびワンウェイローラクラッチ等か
らなる駆動機構に代えて、例えば速度制御付きのモータ
駆動方式などを用いることもできる。
In addition, when implementing the 2N invention, the circulation of the conveyor belt Ql is changed to F9 [
If a constant speed is to be maintained, for example, a motor drive system with speed control may be used instead of the drive mechanism consisting of a rack, pinion, one-way roller clutch, etc. used in this embodiment.

上記のように構成した本発明によれば、丸刃に)に切断
されたスライス片(S)はほとんど伸び縮みすることな
く搬送帯翰上圧受は取られ、次いでコンベアフレーム(
f)の復動時にも同方向に回転を続ける搬送帯α1の後
端から排出されるが、その排出過程において、コンベア
フレーム(f)の後端部(fY′が復動方向に沿って搬
送帯α1の排出速度と同速度に水平移動するので、その
排出位置の直下で待機する搬出コンベア(イ)上または
その上に置かれたトレー上に前端を接地せしめたスライ
ス片(S)は、上記後端部(fY′の移動と搬送帯Ql
の回転が1対1に対応していることによって、伸び縮み
を生ずることなく、順次その接地面を拡大し、復動行程
の終端に至るまでに、搬出コンベアまたはトレー上への
移行を終える(第3図に)(ホ)図参照)。また、上述
の受取シ排出動作はそれぞれの所定位置で反復して行な
われる。
According to the present invention configured as described above, the slice piece (S) cut into a round blade) is hardly expanded or contracted, and the pressure on the conveyor belt is removed, and then the pressure on the conveyor frame (
During the backward motion of f), the conveyor belt α1 continues to rotate in the same direction and is discharged from the rear end, but in the discharge process, the rear end of the conveyor frame (f) (fY' is conveyed along the backward motion direction). Since the slice piece (S) moves horizontally at the same speed as the discharge speed of the band α1, the front end of the slice piece (S) is placed on the conveyor (A) waiting directly below the discharge position or on the tray placed on the conveyor (A). The above rear end (movement of fY' and conveyance belt Ql)
Due to the one-to-one rotational correspondence, the contact surface is gradually expanded without expansion or contraction, and by the end of the return stroke, the transfer onto the carry-out conveyor or tray is completed ( (See Figure 3) (E)). Further, the above-described receiving and discharging operation is repeatedly performed at each predetermined position.

以上のように本発明は受取り装置が受け取ったベライス
片を、反転させることなく、まだ、はとんど伸び縮みを
生じさせることなく所定の排出位置に置くことができる
ので、切断時の形状をほとんど変えることなく平面上に
移し替える。したがって、スライス片を所望の萩数ずつ
同一平面上に重ねたり、コンベアを1枚毎に間欠移動さ
せて所望の枚数ずつ積み並べたりして、包装および計量
の自動装置に接続することによって、食肉包装を完全自
動化することも大いに期待できる。
As described above, according to the present invention, it is possible to place the vermicelli pieces received by the receiving device at the predetermined ejection position without inverting them and without causing any expansion or contraction, so that the shape at the time of cutting can be changed. Transfer it onto a flat surface without changing it much. Therefore, by stacking the desired number of slices on the same plane, or stacking and arranging the desired number of slices by moving a conveyor intermittently one by one, and connecting them to an automatic packaging and weighing device, the meat can be processed. There is also great promise in fully automating packaging.

次にこの実施例は、第3図に示すように、前記コンベア
フレーム(f)の往復行程が、スライス片(瞬が丸刃(
4)に完全に切り離される切断行程(C)の後に、さら
に丸刃(4)と共にコンベアフレームの紬端部(fYが
下降を続ける余裕行程(ホ)を有し、また、第1.2図
にも示すように1前記垂直軌道(a)に沿って設けた前
記ラックαりを、その上下を支承する支持部材+211
に遊嵌して、機台(乃に対し昇降自在に設ける一方、前
記クランク軸(5)に固定したカム@に追従して揺動す
るl/ %−(ハ)の先端を上記ランク(ILの下端に
連結してなるだめ押し送り機構(D)を備えることによ
シ、切断行程(e)に続いて上記レバー(ハ)を上方へ
揺動し、上記余裕行程(イ)時に下降移動を続けるコン
ベアフレーム前端部(f)′に逆行してラックqzを上
昇亡しめ、それによって、前記前部回転軸(8)を速回
転し、丸刃(6)による切断が終ってスライス片(S)
を完全に受け取り終えた前記搬送帯部にだめ押し送り回
転を生じさせ、同搬送帯Qlの後端までスライス片(初
を移動せしめておくことKJ:り、前述した復動行程時
におけるスライス片(61)の置き移しを遅滞なく行な
わせるようにしたものである6なお、第3図において、
に)は材料(食肉塊)、(S)はスライス片、(C)’
は切シ始め行程、(e)は復動行程、(θYは復帰行程
で、その他の符号は第112図に準じている。
Next, in this embodiment, as shown in FIG. 3, the reciprocating stroke of the conveyor frame (f)
After the cutting stroke (C) in which the pongee end (fY) of the conveyor frame continues to descend together with the round blade (4), there is a margin stroke (E) in which the pongee end (fY) continues to descend, and also, as shown in Fig. 1.2. As shown in FIG. 1, a support member +211 supports the rack α provided along the vertical track (a) above and below.
The tip of the l/%-(c), which is loosely fitted into the machine base and can be raised and lowered with respect to the machine base, while swinging following the cam fixed to the crankshaft (5), is connected to the above rank (IL). By providing a push-and-feed mechanism (D) connected to the lower end of the lever, the lever (c) is swung upwards following the cutting stroke (e), and moved downward during the margin stroke (a). The rack qz is raised against the front end (f)' of the conveyor frame, which continues to do so, and the front rotating shaft (8) is rotated at high speed, and the cutting by the round blade (6) is completed and the sliced piece ( S)
After completely receiving the slices, the conveyor belt is forced to rotate and is moved to the rear end of the conveyor belt Ql. (61) is made to be transferred without delay.6In addition, in Fig. 3,
) is the material (meat lump), (S) is the sliced piece, (C)'
is the cutting start stroke, (e) is the return stroke, (θY is the return stroke, and other symbols are in accordance with FIG. 112.

次に、第4図に示す実施例■は、前記丸刃(ロ)をスラ
イサーの主回転軸(財)を回転中心とするアーム(ハ)
の先端に取シ付けて、該丸刃(4)を自転しつつ上記主
回転軸@の周シを一方向に公転するように設け、この丸
刃(4)の回転軌跡上に前端面ばを位置させて前記肉箱
(ロ)を設置する一方、上と、同軸− 一一−、−’ 肥土回転軸(財)に同期回転する同期回転軸c!+91
C固定したカム@とを有する昇降装置(ト)を備え、こ
の昇降装置(6)から上方へ延長した昇降杆(ハ)の上
端[11型の枠げを設け、この枠(ハ)′に前記受取シ
コンベア(0)のコンベアフレーム(f)ノ前端部(f
)’両し、スライサーの機台(巧上に前記レール口◇を
設けてとれを水平軌道(b)とし、この水平軌道(b)
 icコンベアフレーム(f)の後端部(fy′を支承
させ、実施ガニと同様に丸刃囚の切断周期に合わせて受
販如装置のコンベア(0)を駆動するものである。
Next, in the embodiment (2) shown in FIG.
The round blade (4) is installed so that it rotates on its own axis and revolves around the circumference of the main rotating shaft @ in one direction, and the front end surface is attached to the rotation locus of the round blade (4). While installing the meat box (b) by positioning the meat box (b), the upper and coaxial -11-, -' synchronous rotating shafts c that rotate synchronously with the manure rotating shaft (goods)! +91
Equipped with an elevating device (G) having a fixed cam @, the upper end of the elevating rod (C) extending upward from this elevating device (6) [11 type frame bar is provided, and this frame (C)' is provided with a The front end (f) of the conveyor frame (f) of the receiving conveyor (0)
)'Then, the above-mentioned rail opening ◇ is provided on the machine base of the slicer (Takumi), and the rail opening ◇ is made into a horizontal track (b), and this horizontal track (b)
The rear end (fy') of the IC conveyor frame (f) is supported, and the conveyor (0) of the sales/receiving device is driven in accordance with the cutting cycle of the round blades, as in the actual case.

なおこの実施例■は、回転直径方向処延設したアーム(
ハ)の両端に丸刃囚を備えて、主回転軸c!4)の1回
転中に2度切断し、それに同期して受取)コンベア(C
)も2回受取シ、排出動作を繰シ返すように構成されて
おシ、上記以外の部材には実施ガニと共通する符号を示
してその説明を省略する。
Note that this embodiment (■) uses an arm (
The main rotating shaft c! is equipped with round blades at both ends of the 4) The conveyor (C
) is also configured to repeat the receiving and discharging operations twice, and members other than those mentioned above are designated by the same reference numerals as those of the actual crab, and their explanations will be omitted.

上記のように構成したこの実施例■も、実施ガニと同様
にスライス片(S)を受取りコンベア(C)が受け取シ
、搬出コンベア翰上にスライス片(El)を反転するこ
となく、かつ、伸び縮みをほとんど生じさせずに平面的
に移し替えることができる。
In this embodiment (2) configured as described above, the receiving conveyor (C) receives the slice (S) as in the case of the actual crab, and the slice (El) is not inverted onto the carry-out conveyor, and It can be transferred flatly with almost no expansion or contraction.

【図面の簡単な説明】[Brief explanation of the drawing]

図面は本発明の実施例を示すもので、第1図は実施ガニ
の背面図、第2図は同上の一部切欠側面図、第3図は、
本発明における受取り装置の作動を図解して示す説明図
、第4図は実施例■の背面図である。 F・・機台、A・・丸刃、B・・肉箱、B′・・前端部
、l・・コラム、2・・昇降枠、M、、 M、・・モー
タ、3・・リンクアーム、4・・ベルト伝動機構、5・
・クランク軸、6・・クランク、7・・連結杆、C・−
受wすitのコンベア、f・・コンベアフレーム、f′
・・前端部、?・・後端部、8.・・前部回転軸、9イ
l萄酬e鯖 嘴ハ −−一左虜 11 1H,、ビニψ
ンギャ、12.17・・ラック、13・・ローラ、14
・・レール、l 16・・アイドルギヤ、18.19・
・ワンウェイロー2クラツチ、a・・垂直軌道、b・・
水平軌道、20−・搬出コンベア、21・・支持部拐、
D・・だめ押し送シ機構、22・・カム、23・・レバ
ー、c・・切断行程 c/・・切シ始め行程、d・・余
裕行程、θ・・復動行程、e′・・復帰行程、m・・材
料(食肉塊)、s・・スライス片、24・・スライサー
の主回転軸、25・・アーム、E・・昇降装置、26・
・同期回転軸、27・・カム、2B・・昇降杆、28′
・・0派の枠。 出願人 南常鉄工株式会社 寮1肖 第2図
The drawings show an embodiment of the present invention; FIG. 1 is a rear view of the actual crab, FIG. 2 is a partially cutaway side view of the same, and FIG. 3 is a partially cutaway side view of the same.
An explanatory diagram illustrating the operation of the receiving device according to the present invention, FIG. 4 is a rear view of the embodiment (2). F...Machine base, A...Round blade, B...Meat box, B'...Front end, L...Column, 2...Elevating frame, M...M,...Motor, 3...Link arm , 4. Belt transmission mechanism, 5.
・Crankshaft, 6..Crank, 7..Connection rod, C.-
Receiver conveyor, f...conveyor frame, f'
...front end? ... Rear end, 8.・・Front rotation axis, 9 points, 9 points, beak, 11 left, 11 1H, vinyl ψ
Ngya, 12.17...Rack, 13...Lola, 14
・・Rail, l 16・・Idle gear, 18.19・
・One way low 2 clutch, a... Vertical orbit, b...
Horizontal track, 20 - Unloading conveyor, 21 - Support part removal,
D...Damage push feed mechanism, 22...Cam, 23...Lever, c...Cutting stroke c/...Cut starting stroke, d...Extra stroke, θ...Backward stroke, e'... Return stroke, m...Material (meat loaf), S...Sliced piece, 24...Main rotation axis of the slicer, 25...Arm, E...Elevating device, 26...
・Synchronous rotating shaft, 27...Cam, 2B...Elevating rod, 28'
...0 group frame. Applicant Minamijo Tekko Co., Ltd. Dormitory 1 Port Figure 2

Claims (1)

【特許請求の範囲】 送帯α1に受け取9つつ、丸刃(4)と共に材料の切断
方向に同速で移動する一定長6コンベア7レーム(t′
)の前端、郁(f’)”x s肉箱(B)の前端面CB
Yと平行する垂直軌道(aJ上に往復自在に支承せしめ
、他端の後端部(f)”を上記垂直軌道(a)に交叉す
る水平軌道(kl)上に往復自在に支承せしめてなる食
肉スライサーの受取り装置。 (2) 前記垂直軌道(a)と水平軌道(切がそれぞれ
ラックα′3(Iηを具え、前記コンベアフレーム(f
)の前端部<fYと後端部(fy′には、それぞれ上記
ラックQ3 (171に従動回転するピニオンギヤ+I
f) (149を設け、このピニオンギヤQυα四をそ
五ぞれワンウェイローラクラッチα醋0を介して前記搬
送帯骸鳴を駆動する前、後の回転軸(8)(9)に連結
して、前記コンベアフレーム(f)が切断方向へ移動す
る往行程時には、一方のピニオンギヤ仏υの回転によっ
て搬送帯顛をスライス片(S)の搬出方向に一方回転し
、上記コンベアフレーム(f)の復行程時には他方のピ
ニオンギヤa9の回転によって搬送帯α呻を同じく搬出
方向に一方回転するように構成したことを特徴とする特
許請求の範囲第1項記載の食肉スライサーの受取シ装置
。 (3) 前記コンベアフレーム(f)の往復行程が、ス
ライス片(S)が完全く切シ離される切断行程(C)の
後に余裕行程(イ)を有し、前記垂直軌道(a)のラッ
クHが機台(B゛)に対して昇降自在に設けられており
、このラックα2を上記コンベアフレーム(f)の余裕
行程(d)時にコンベアフレームの移動方向に逆行して
上昇せしめて、前記搬送帯Q〔にだめ押し送υ回転を生
じさせるだめ押し送り機4古■を1へえたことを特徴と
する特許請求の範bi第2腺記侃の食肉スライサーの受
取シ装置。 (4) 前記丸刃(A)がスライサーの主回転軸041
を中心として回転するアーム□□□の先端に取シ付けら
れて自転しつつ上記主(L!1転備1j(lの周りを一
方向に公転するように設けられ、前記内箱(ロ)がとの
丸刃(4)の回転軌跡上にその前端面(Byを位置する
ように設けられる一方、上記主回転軸(財)に同期する
昇降装WψEを備え、この昇降装置(ト)から延設場れ
た昇降杆弼に、′前記コンベアフレーム(f)の前端部
(f)′を連結したことを特徴とする特許請求の範囲第
1項記載の食肉スライサーの受取り装置。
[Scope of Claims] A constant length 6 conveyor 7 frame (t'
) front end of Iku (f')" x front end surface CB of meat box (B)
It is reciprocably supported on a vertical track (aJ) parallel to Y, and the rear end (f) of the other end is reciprocatably supported on a horizontal track (kl) that intersects the vertical track (a). Meat slicer receiving device. (2) The vertical track (a) and the horizontal track (cut) each include a rack α′3 (Iη), and the conveyor frame (f
) and the rear end (fy') of the rack Q3 (171), the pinion gear +I that rotates as a result of
f) (149 is provided, and the five pinion gears Qυα are connected to the front and rear rotating shafts (8) and (9) for driving the conveyance belt through a one-way roller clutch α, respectively; During the forward stroke in which the conveyor frame (f) moves in the cutting direction, the rotation of one pinion gear υ causes the conveyor belt to rotate in the direction of carrying out the sliced piece (S), and the conveyor frame (f) moves in the backward stroke. The receiving device for a meat slicer according to claim 1, characterized in that the conveying belt α is also rotated in one direction in the conveying direction by the rotation of the other pinion gear a9. (3) The conveyor The reciprocating stroke of the frame (f) has an allowance stroke (a) after the cutting stroke (C) in which the slice piece (S) is completely separated, and the rack H of the vertical track (a) The rack α2 is provided so as to be movable up and down with respect to the conveyor belt Q, and this rack α2 is raised in the direction of movement of the conveyor frame during the margin stroke (d) of the conveyor frame (f), and is moved up and down the conveyor belt Q. A receiving device for a meat slicer according to claim 2, characterized in that the double push-feed machine 4 (old) which produces double push-feed υ rotation is replaced with one. (4) The round blade (A) ) is the main rotation axis 041 of the slicer
It is attached to the tip of the arm □□□, which rotates around the center, and rotates on its own axis. It is provided so that its front end surface (By) is located on the rotation locus of the round blade (4), and is equipped with an elevating device WψE that synchronizes with the main rotating shaft (goods), and from this elevating device (g) 2. A receiving device for a meat slicer according to claim 1, wherein the front end (f) of said conveyor frame (f) is connected to an extended lifting lever.
JP3493884A 1984-02-24 1984-02-24 Receiver for meat slicer Granted JPS60177896A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3493884A JPS60177896A (en) 1984-02-24 1984-02-24 Receiver for meat slicer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP3493884A JPS60177896A (en) 1984-02-24 1984-02-24 Receiver for meat slicer

Publications (2)

Publication Number Publication Date
JPS60177896A true JPS60177896A (en) 1985-09-11
JPH0442152B2 JPH0442152B2 (en) 1992-07-10

Family

ID=12428125

Family Applications (1)

Application Number Title Priority Date Filing Date
JP3493884A Granted JPS60177896A (en) 1984-02-24 1984-02-24 Receiver for meat slicer

Country Status (1)

Country Link
JP (1) JPS60177896A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0646890U (en) * 1992-12-04 1994-06-28 株式会社日立工機原町 Meat receiving device for meat slicer
US7832316B2 (en) 2000-11-03 2010-11-16 Weber Maschinenbau Gmbh & Co. Kg Apparatus for the slicing of food products having two cutter heads

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0646890U (en) * 1992-12-04 1994-06-28 株式会社日立工機原町 Meat receiving device for meat slicer
US7832316B2 (en) 2000-11-03 2010-11-16 Weber Maschinenbau Gmbh & Co. Kg Apparatus for the slicing of food products having two cutter heads

Also Published As

Publication number Publication date
JPH0442152B2 (en) 1992-07-10

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