JPH0475562A - Apparatus for feeding noodle lump - Google Patents
Apparatus for feeding noodle lumpInfo
- Publication number
- JPH0475562A JPH0475562A JP2188280A JP18828090A JPH0475562A JP H0475562 A JPH0475562 A JP H0475562A JP 2188280 A JP2188280 A JP 2188280A JP 18828090 A JP18828090 A JP 18828090A JP H0475562 A JPH0475562 A JP H0475562A
- Authority
- JP
- Japan
- Prior art keywords
- cup
- noodle
- chute
- balls
- mold
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- 235000012149 noodles Nutrition 0.000 title claims abstract description 109
- 230000001154 acute effect Effects 0.000 claims description 2
- 230000007246 mechanism Effects 0.000 abstract description 5
- 235000008446 instant noodles Nutrition 0.000 abstract description 3
- 101100327917 Caenorhabditis elegans chup-1 gene Proteins 0.000 abstract 2
- 238000004806 packaging method and process Methods 0.000 abstract 1
- 238000000034 method Methods 0.000 description 13
- 208000037516 chromosome inversion disease Diseases 0.000 description 8
- 210000000078 claw Anatomy 0.000 description 7
- 238000005520 cutting process Methods 0.000 description 7
- 238000010586 diagram Methods 0.000 description 6
- 238000000926 separation method Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- 238000003780 insertion Methods 0.000 description 2
- 230000037431 insertion Effects 0.000 description 2
- 230000001788 irregular Effects 0.000 description 2
- 238000012858 packaging process Methods 0.000 description 2
- 238000007796 conventional method Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000000605 extraction Methods 0.000 description 1
- 239000004615 ingredient Substances 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 229920006327 polystyrene foam Polymers 0.000 description 1
- 230000002040 relaxant effect Effects 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Landscapes
- Noodles (AREA)
Abstract
Description
【発明の詳細な説明】
(産業上の利用分野)
本発明は、即席麺の包装工程等に於て、製造工程から順
次生産される麺玉をカップに自動挿入する麺玉供給装置
に関する。DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention relates to a noodle ball feeding device that automatically inserts noodle balls sequentially produced in a manufacturing process into a cup in an instant noodle packaging process or the like.
(従来の技術)
即席麺の包装工程では、乾燥機から順次繰り出される麺
玉を1個づつ分離してカップに収納し、その上に具の入
った袋を挿入した後、蓋をし、ヒートンールし、シュリ
ンク包装する。(Conventional technology) In the instant noodle packaging process, noodle balls are sequentially fed out from a dryer, separated one by one, stored in a cup, a bag containing ingredients is inserted into the cup, the lid is closed, and the heat roller is placed. and shrink-wrap it.
従来、この乾燥した麺玉を力、ブに収納する装置として
一般に第4図に示す麺玉投入装置が用いられている。Conventionally, a noodle ball charging device shown in FIG. 4 has been generally used as a device for storing the dried noodle balls in a container.
図に於て、(1)は麺玉を挿入する力、ブで、その天面
には外側へ突出するツバ(1a)が設けられている。又
、カップ(1)には熱湯を入れることから断熱効果を得
るため材質は発泡スチロール等で作られている。In the figure, (1) is the force for inserting the noodle balls, and the top surface thereof is provided with a collar (1a) that projects outward. Further, the cup (1) is made of polystyrene foam or the like in order to obtain a heat insulating effect since hot water is poured into the cup (1).
(2)は、このカップ(1)を積重ねた状態で収容する
カップホルダーで、その下部にはカップのツバ(1a)
の径より小さく、かつカップ胴部が遊嵌できる穴をあけ
たカップ支持板(4)が固設され、カップ(1)はその
ツバ(1a)がカップ支持板に引っかかることによりそ
の上へ順次積層されていく。(2) is a cup holder that accommodates the cups (1) in a stacked state, and the cup brim (1a) is located at the bottom of the holder.
A cup support plate (4) with a hole smaller than the diameter of the cup body and into which the cup body can fit loosely is fixedly installed, and the cup (1) is successively moved onto the plate by catching its brim (1a) on the cup support plate. It is layered.
(3)は、前記カップ支持板(4)の上に設けられ、最
下段の次のカップ(以下、2番目のカップと記す)を支
持するカップ抑え爪で、中心方向へ進退できるようにな
っている。(5)は、最下段のカップ底面を吸着し、後
述する反転ステージ(6)へ供給する吸着装置で、図示
しないがカップホルダー(2)と反転ステージ(6)間
を往復動すると共に、移動過程で180°反転し、カッ
プホルダー(2)から取出したカップ(1)を天地を反
転させ、つまり反転ステージ(6)上へは該カップ(1
)を被せた状態で載置させる。(3) is a cup holding claw that is provided on the cup support plate (4) and supports the next cup at the bottom (hereinafter referred to as the second cup), which can move forward and backward toward the center. ing. (5) is a suction device that sucks the bottom surface of the bottom cup and supplies it to the inversion stage (6), which will be described later. Although not shown, it reciprocates between the cup holder (2) and the inversion stage (6), and In the process, the cup (1) taken out from the cup holder (2) is turned upside down by 180°, that is, the cup (1) is not placed on the reversing stage (6).
).
(6)は反転ステージで、後述する麺玉供給装置から1
個宛供給された麺玉(11)を載置し、その上にカップ
(1)を被せ、該カップのツバ(1a)を爪(7)で把
持した後180@反転させて下方に設けたカップ搬送コ
ンベア上のモールドに同期して落下させるもので、凹状
のカップ載置面(8)と、その両側に設けた力、プのツ
バ(1a)を把持する爪(7)と、この反転ステージ(
6)を回転駆動する駆動装置(図示せず)とから構成さ
れる。(6) is a reversing stage, and one
The noodle balls (11) supplied individually were placed, the cup (1) was placed on top of the noodle balls, the brim (1a) of the cup was grasped with the claws (7), and then the cup was inverted 180@ and placed downward. It is dropped in synchronization with the mold on the cup transport conveyor, and has a concave cup placement surface (8), forces provided on both sides, a claw (7) that grips the cup's brim (1a), and this reversal. stage(
6) and a drive device (not shown) that rotationally drives the motor.
(10)は麺玉供給装置で、先端は前記反転ステージ(
6)の麺玉載置面まで延び、下り勾配で麺玉(11)を
直列に整列させる整列ガイド(14)と、この整列ガイ
ド(14)の先端に設けられ麺玉を1個宛縁り出すシャ
ッター(12)と、先頭の麺玉(11)の次の麺玉(1
1)の繰り出しを制御する麺玉送りアーム(13)とか
ら構成される。(10) is a noodle ball feeding device, the tip of which is the reversing stage (
6) an alignment guide (14) extending to the noodle ball placement surface and arranging the noodle balls (11) in series on a downward slope; The shutter to release (12) and the next noodle ball (1) after the first noodle ball (11)
1) and a noodle ball feed arm (13) that controls the feeding of the noodle balls.
次に第8図(A)〜(G)に示す工程順に従ってその作
動を説明する。同図(A) は初期状態を示す。Next, the operation will be explained according to the process order shown in FIGS. 8(A) to 8(G). Figure (A) shows the initial state.
まず、シャッター(12)を下げ先頭の麺玉(11)を
反転ステージ(6)上へ繰り出す(図(B))。First, the shutter (12) is lowered and the first noodle ball (11) is rolled out onto the reversing stage (6) (Figure (B)).
次に反転ステージ(6)の爪(7)を開放させると共に
、カップホルダー(2)の最下段カップを吸着装置(5
)により取り出す、又、麺玉供給装置(10)はシャッ
ター(12)を上げると共に麺玉送りアーム(13)を
上げ、次に繰り出すべき麺玉(11)を先頭に繰り出し
ておく (図(C)) 。Next, the claw (7) of the reversing stage (6) is released, and the lowermost cup of the cup holder (2) is moved to the suction device (5).
), and the noodle ball feeding device (10) raises the shutter (12) and raises the noodle ball feed arm (13) to feed out the next noodle ball (11) to the top (Figure (C) )).
次に、吸着装置(5)は前述したようにカップ(1)を
途中で180”反転させ反転ステージ(6)の麺玉(1
1)を被いかぶす形で載置する。Next, as mentioned above, the suction device (5) inverts the cup (1) by 180'' midway and moves the noodle ball (1) onto the inversion stage (6).
1) Place it so as to cover it.
又、カップ抑え爪(7) は開放し、次に取り出すべき
カップ(1)を最下段に準備する(図(D)) 。Also, the cup holding claw (7) is opened, and the cup (1) to be taken out next is prepared at the lowest stage (Figure (D)).
次にカップ(1)が反転ステージ(6)に載置されると
爪(7)をカップ(1)のツバ(1a)に引っかける。Next, when the cup (1) is placed on the inversion stage (6), the claw (7) is hooked onto the brim (1a) of the cup (1).
又、カップホルダー(2)のカップ抑え爪(3)は内側
に飛び出し、2番目以陣のカップ(1)が同時に繰り出
さない様にする(図(E)) 。Also, the cup retaining pawl (3) of the cup holder (2) protrudes inward to prevent the second cup (1) from being extended at the same time (Figure (E)).
次に吸着装置(5)は上昇し、反転ステージ(6)は1
80°反転する(図(F) ”) 、これによって麺玉
(11)はカップ内へ収容される。Next, the suction device (5) is raised and the inversion stage (6) is
The noodle balls (11) are turned over by 80 degrees (Figure (F) ''), thereby placing the noodle balls (11) into the cup.
次にモールド(15)が所定位置へ到着すると反転ステ
ージ(6)の爪(7)を開放し、カップ(1)を自重落
下させ直下に待機しているカップ搬送コンベア(16)
上のモールド(15)内へ挿入させる。Next, when the mold (15) arrives at the predetermined position, the claw (7) of the reversing stage (6) is released, and the cup (1) is allowed to fall under its own weight to the cup conveyor (16) waiting directly below.
Insert into the upper mold (15).
又、吸着装置(5)は上昇過程で180°反転し、吸盤
(5a)を上に向ける。Further, the suction device (5) is reversed by 180 degrees during the upward movement process, and the suction cup (5a) is directed upward.
以上の工程を順次繰り返すことにより麺玉(11)を1
個づつカップ(1)内に収納させながらカップ搬送コン
ベア(16)へ供給させていく。By repeating the above steps sequentially, 1 noodle ball (11) is made.
The cups are stored one by one in the cup (1) and fed to the cup conveyor (16).
(発明が解決しようとする諜B)
ところが、この様な従来装置に於ては、反転ステージ(
6)上へ供給された麺玉に対し、その上方からカップ(
1)を被せる形で麺玉(11)をカップ(1)内に収納
するため、麺玉(11)の形状が不定形な寸法の場合、
カップ(1)の被せが出来なくなり、その結果型(7)
でカップ(1)のツバ(la)が把持出来なくなり、こ
の状態で反転ステージ(6) を反転させると力、ブと
麺玉を落すというトラブルを起していた。(Intelligence B that the invention seeks to solve) However, in such conventional devices, the inversion stage (
6) A cup (
Since the noodle balls (11) are stored in the cup (1) by covering the cup (1), if the noodle balls (11) have irregular dimensions,
Cup (1) cannot be placed on top, resulting in mold (7)
The brim (la) of the cup (1) could no longer be gripped, and when the inversion stage (6) was inverted in this state, there was a problem in that the noodle balls would fall due to force.
又、麺玉(11)の形状は正常であっても、麺玉(11
)の表面は凹凸があるため麺玉(11)を滑走させて反
転ステージ(6)上へ載置させる方法では、麺玉(11
)が反転ステージ(6)上の正規な位置に載置されない
ことが時々起った。このため、力、プ(1)が麺玉(1
1)にうまく被せることが出来なくなり前述と同様なト
ラブルを起していた。In addition, even if the shape of the noodle ball (11) is normal, the noodle ball (11)
) has uneven surfaces, so the method of sliding the noodle balls (11) and placing them on the reversing stage (6)
) was sometimes not placed in the correct position on the inversion stage (6). For this reason, force, pu (1) is noodle ball (1
1) could not be properly covered, causing the same trouble as mentioned above.
すなわち、麺玉に対しカップを被せる方法では麺玉の形
状等に左右されるため安定した麺玉の投入が出来なかっ
た。That is, with the method of covering the noodle balls with a cup, it was not possible to stably introduce the noodle balls because it was affected by the shape of the noodle balls.
特に、麺玉の形状はリテーナカップ等に投入後、湯戻し
を良くするため麺線間の空隙を高める等のラフな形状で
乾燥させることと、該かをりテーナカップに投入すると
き麺線の一部がリテーナカップから飛出した形で乾燥さ
せられることもあり、この麺玉に対しカップを被せる方
法ではこれらの不安定要因により投入の成功率が左右さ
れていた。In particular, the shape of the noodle balls should be dried in a rough shape that increases the gaps between the noodle strings to improve rehydration after being placed in a retainer cup, etc. In some cases, the noodle balls are dried in a state where they protrude from the retainer cup, and when using this method of covering the noodle balls with a cup, the success rate of adding the noodle balls was affected by these unstable factors.
本発明は、前述した従来技術の問題点に鑑みなされたも
ので、麺玉形状の多少の不定形性にもかかわらず安定し
て麺玉をカップに収納させることが出来る麺玉供給装置
を提供することを目的とする。The present invention has been made in view of the problems of the prior art described above, and provides a noodle ball feeding device that can stably store noodle balls in a cup despite the somewhat amorphous shape of the noodle balls. The purpose is to
(課題を解決するための手段)
上述の目的は、斜め下向きの傾斜路を有し裏同きにした
麺玉を一列に整列して供給するシュートと、このシュー
ト出口に連設しシュートの傾き角度に一致した傾斜姿勢
と略垂直姿勢との間を回動可能に設けると共に、先端部
に麺玉ス)7バを立設し麺玉1個分を収容する載置面を
設けた投麺バケットと、この投麺バケットの回動駆動装
置と、前記シュートと抜群バケット間を開閉する開閉手
段とからなる麺玉供給装置によって達成される。(Means for Solving the Problems) The above object is to provide a chute which has a diagonally downward slope and which supplies the noodle balls that have been mixed inside out in a line, and a chute which is connected to the outlet of this chute and which is connected to the chute's inclination. A noodle thrower that is rotatable between an inclined position that matches the angle and a substantially vertical position, and that has a noodle ball (7) erected at the tip and a mounting surface that accommodates one noodle ball. This is achieved by a noodle ball feeding device comprising a bucket, a rotation drive device for the noodle throwing bucket, and an opening/closing means for opening and closing between the chute and the bucket.
又、技部バケントの先端部に立設した麺玉ストツバが、
麺玉のi置面に対し内側に鋭角で立設するとき玉投入姿
勢が安定する。In addition, the noodle ball storage brim installed at the tip of the technical bagent,
When standing upright at an acute angle inward to the noodle ball i placement surface, the noodle throwing posture is stabilized.
(作用)
本発明は、正立した力7ブに対し麺玉を投入する構成と
したから、麺玉形状が多少不揃いであっても確実にカッ
プ内に安定して投入させることが出来る。(Function) Since the present invention has a configuration in which noodle balls are thrown into the erected force 7, even if the noodle balls are somewhat irregular in shape, they can be reliably and stably thrown into the cup.
又、従来装置に比し麺玉投入工程が短縮できるため、麺
玉供給のスピードアップ化が図れる。Furthermore, since the process of adding noodle balls can be shortened compared to conventional devices, the noodle ball supply can be speeded up.
(実施例) 次に本発明の一実施例を図面に基づいて詳述する。(Example) Next, one embodiment of the present invention will be described in detail based on the drawings.
第1図は本発明に係る麺玉供給装置を組入れた麺玉投入
装置の外観図、第2図はその工程フロー図を示す。FIG. 1 is an external view of a noodle ball feeding device incorporating the noodle ball feeding device according to the present invention, and FIG. 2 is a process flow diagram thereof.
図に於て、麺玉投入装置は次の3つの装置から構成され
る。すなわち、カップを積層状態で収容すると共に、最
下段のカップを一個ずつ切出し、下方のカップ搬送コン
ベアへ落下供給するカップ供給装置(18)と、カップ
の刷部を保持するモールドを一定間隔ごとに設けたカッ
プ搬送コンベア(16)と、麺玉を一列に整列させ咳麺
玉をカップに投入する麺玉供給装置(50)とから構成
される。In the figure, the noodle ball feeding device is composed of the following three devices. That is, a cup feeding device (18) that accommodates the cups in a stacked state and cuts out the bottommost cups one by one and drops them onto the cup transport conveyor below, and a mold that holds the printing portions of the cups are moved at regular intervals. It consists of a cup conveyor (16) and a noodle ball supply device (50) that arranges the noodle balls in a line and throws the noodle balls into the cup.
まず、カップ供給装置(1B)は、カップホルダー(2
2)と、カップ切出し装置(25)と、シャッター(3
2)とから構成される。カップホルダー(22)は、カ
ップのツバ(1a)を少く共3点以上保持する支持コロ
(24)を設けてなる。この支持コロ(24)はベアリ
ングを用いており、カップ取り出し時にカップされる。First, the cup supply device (1B) is a cup holder (2
2), a cup cutting device (25), and a shutter (3).
2). The cup holder (22) is provided with support rollers (24) that hold the brim (1a) of the cup at at least three points. This support roller (24) uses a bearing, and is cupped when the cup is taken out.
カップ切出し装置(25)は、その詳細を第3図に示す
もので、カップホルダー(22)に収納された2番目の
カップ胴部をセパレートバー(29)により内側に押え
ながら最下段カップとの嵌り具合いを緩和させつつ最下
段のカップのツバ(1a)を下方に押し下げてカップ(
1) を分離し、切出しするもので、カップ(1)を挾
んでセパレートバー(29)を両側に一対設け、このセ
パレートバー(29)を上下に運動させるため、このセ
パレートバー(29)を回転軸(26)に固着し、該回
転軸(26)をフレーム(31)に設けた軸受(27)
(28)に軸着させ、この回転軸(26)を駆動装置
(図示せず)により回動させること番こよりカップ(1
) の切出しを行う。The details of the cup cutting device (25) are shown in Fig. 3. The cup cutting device (25) presses the second cup body housed in the cup holder (22) inward with the separation bar (29) and connects it to the bottom cup. While relaxing the fit, press down on the brim (1a) of the bottom cup to remove the cup (
A pair of separate bars (29) are provided on both sides of the cup (1), and the separate bars (29) are rotated in order to move the separate bars (29) up and down. A bearing (27) fixed to the shaft (26) and having the rotating shaft (26) mounted on the frame (31).
(28), and this rotating shaft (26) is rotated by a drive device (not shown).
).
第3図は、カップの分離、切出しの様子を示す。FIG. 3 shows how the cup is separated and cut out.
又、シャッター(32)は軽量な力ンブが自重落下でそ
の姿勢が変らない櫟にすることと、モールド上へ真すぐ
に落下させる案内ガイドの役側を果すもので、カップホ
ルダー(22)の下方に設けられ、2枚のシャッター板
(33a) (33b)を水平に突き合せてカップil
!置面を構成し、各シャッター板(33a)(33b)
は回転軸(34)に固着され、この回転軸(34)
をフレーム(31)に設けた軸受(35) (36)に
軸着させ、該回転軸(34)を駆動装置(図示せず)に
より回動させることにより、シャッター(32)を下方
に開口させ載置されたカップ(1)を落下させる。In addition, the shutter (32) serves as a guide to ensure that the light weight of the cup does not change its posture even when it falls under its own weight, and also as a guide to allow it to fall straight onto the mold. A cup il
! Each shutter plate (33a) (33b) constitutes a mounting surface.
is fixed to the rotating shaft (34), and this rotating shaft (34)
are mounted on bearings (35) and (36) provided on the frame (31), and the rotating shaft (34) is rotated by a drive device (not shown) to open the shutter (32) downward. The placed cup (1) is dropped.
次に本発明に係る麺玉供給装置(50)は、麺玉(11
)を−列に整列供給するシュート(55)と、麺玉(1
1)をモールド(15)内に挿入されたカップ(1)に
投入する抜髄バケット(62)とから構成される。シュ
ート(55)は、麺玉(11)を下り勾配で設けた傾斜
路(51)と、麺玉(11)を−列に整列させるため、
麺玉(11)の幅より若干広い幅間隔で立設されたガイ
ド(14a) とからなる、又、シュート(55)の
出口には、開閉手段(53)が設けられている。この開
閉手段(53)はシュート内に収容された麺玉(11)
を1個ずつ切出すセパレートアーム(53a)が上下回
動可能に設けられ、適宜な回動駆動装置により駆動され
る。Next, the noodle ball supply device (50) according to the present invention includes noodle balls (11
) and a chute (55) that supplies noodle balls (1) in a row.
1) into a cup (1) inserted into a mold (15). The chute (55) has a slope (51) on which the noodle balls (11) are provided with a downward slope, and in order to align the noodle balls (11) in a negative row,
It consists of guides (14a) erected at intervals slightly wider than the width of the noodle balls (11), and an opening/closing means (53) is provided at the outlet of the chute (55). This opening/closing means (53) is connected to the noodle balls (11) housed in the chute.
A separate arm (53a) for cutting out one piece at a time is provided so as to be movable up and down, and is driven by an appropriate rotation drive device.
又、技部バケッ) (62)は前記シュート(55)出
口の延長上に設けられると共に、その先端部はカップ搬
送コンベア(16)の側面に接近して直角に設けられ、
先端にストッパー板(64)を、左右にはガイド板(6
3a) (63b)を立設し、麺玉(11)を1個宛収
納する載置面(65)を設けてなる。又、この技部バヶ
ッ) (62)の先端には、回転軸(66)が設けられ
、この回転軸を支点として駆動シリンダー(60)及び
リンク機構(67)により回動される。Further, the technical part bucket (62) is provided on an extension of the outlet of the chute (55), and its tip is provided at a right angle close to the side surface of the cup conveyor (16),
There is a stopper plate (64) at the tip and guide plates (64) on the left and right sides.
3a) (63b) is erected, and a mounting surface (65) for storing one noodle ball (11) is provided. Further, a rotating shaft (66) is provided at the tip of this technical part bag (62), and is rotated by a drive cylinder (60) and a link mechanism (67) about this rotating shaft as a fulcrum.
次に、その作動について第2圀に基づき説明する。第2
図(A) は、投入すべき麺玉(11)が投かバケフ
ト(62)に準備されていると共に、カップ(1)がシ
ャッター(32)に切出された状態図を示す。Next, its operation will be explained based on the second region. Second
Figure (A) shows a state diagram in which the noodle balls (11) to be thrown are prepared in the throwing bucket (62) and the cup (1) is cut out by the shutter (32).
モールド(15)が所定位置、すなわちカップホルダー
(22)の垂直下に到着すると、これに同期してシャッ
ター(32)を下方に開口させ、カップ(1)を落下さ
せ、モールド(15)の穴(15a)の中に挿入させる
。When the mold (15) reaches a predetermined position, that is, vertically below the cup holder (22), the shutter (32) is synchronously opened downward, causing the cup (1) to fall and fill the hole in the mold (15). (15a).
次に、技部バケー/ト(62)を時計方向に垂直の位置
まで回転させ、麺玉(11)をカップ(1)に投入させ
る。Next, the technical part bucket (62) is rotated clockwise to a vertical position, and the noodle balls (11) are thrown into the cup (1).
投麺バケット(62)上の麺玉(11)はストッパー(
64)があるため垂直位置まで保持され、その後、麺玉
(11)に運動エネルギーが付与されるため、麺玉(1
1)のみ飛び出してカップ(1)に積極的に投入される
。The noodle balls (11) on the noodle throwing bucket (62) are attached to the stopper (
64), the noodle balls (11) are held in a vertical position, and then kinetic energy is given to the noodle balls (11), so the noodle balls (11)
Only 1) jumps out and is actively thrown into the cup (1).
又、前記ストッパー(64)ば内側に綬角に傾いている
ため、技部バケント(62)の回転時に、麺玉(11)
の先端部を保持し、カップ(1)への投入軌跡を安定化
させる作用をなすCC図)。In addition, since the stopper (64) is inclined inward, when the Wazabu Bakent (62) is rotated, the noodle balls (11)
(CC diagram) which acts to hold the tip of the cup (1) and stabilize the injection trajectory into the cup (1).
(D図)は次の準備をするため、カップ(1)をシャッ
ター(32)上に1個宛切出すと共に、セパレートアー
ム(53a)を開放させ投麺バケット(62)に次の麺
玉(11)を繰り出す、このサイクルを順次繰り返すこ
とにより、麺玉(11)をカップ(1)に連続して供給
していく。In order to prepare for the next step, the cup (1) is cut out one by one on the shutter (32), the separate arm (53a) is opened, and the next noodle ball is placed in the noodle throwing bucket (62). 11), and by repeating this cycle sequentially, noodle balls (11) are continuously supplied to the cup (1).
第3図はカップの分離、切出し状態図を示すもので、待
機していたセパレートバー(29)!t(AID)、内
側へ回転していくと(B図)、まず最下段がら2番目の
カップ(1)の胴部を左右から押すため、カップ(1)
の径が狭くなり、最下段のカップとの嵌り具合いが緩く
なり、その状態を作りながら最下段のカップ(1)のみ
を下方へ押し下げるから、容易に、しかも確実に力、ブ
(1)を切離すことが出来る。Figure 3 shows the state of separation and cutting out of the cup, and shows the separation bar (29) that was waiting! t (AID), as it rotates inward (Figure B), first the body of the second cup (1) from the bottom row is pushed from the left and right, so the cup (1)
The diameter of the cup (1) becomes narrower, and the fit with the bottom cup becomes looser.While creating this condition, only the bottom cup (1) is pushed down, so you can easily and reliably apply force and force to the cup (1). It can be separated.
又、カップ切出し中は2番目のカップの胴部をセパレー
トバー(29)の先端部(7o)で押えているため、2
番目のカップ(1)の切出しにつれて2番目のカップの
切出しが防止される。Also, while cutting out the cup, the body of the second cup is held down by the tip (7o) of the separate bar (29), so the second cup is cut out.
As the second cup (1) is cut out, the second cup is prevented from being cut out.
尚、実施例に於ては、技部ハケフトを傾斜姿勢から略垂
直まで回動させ、投弾バケ、ト内の麺玉をバケフトに投
入する様述べたが、これに限ることなく、モールドと並
行に対面する位置まで回動させ確実に投入する様にして
も良い。In the embodiment, it was described that the wazabu hakeft was rotated from an inclined position to a nearly vertical position and the noodle balls in the throwing bucket were thrown into the bucket, but this is not limited to this. It may also be possible to rotate them to a position where they face each other in parallel to ensure reliable feeding.
その場合、モールドを挟んで麺玉供給装置と対向する位
置に麺玉の飛び出しを防止する垂直板を設けるのが好ま
しい。In that case, it is preferable to provide a vertical plate to prevent the noodle balls from flying out at a position facing the noodle ball supply device across the mold.
又、実施例における開閉手段を、麺玉供給装置と抜部バ
ケット間のスリットを上下する開閉板としても良い。Further, the opening/closing means in the embodiment may be an opening/closing plate that moves up and down the slit between the noodle ball supply device and the extraction bucket.
(発明の効果)
以上詳述したように、本発明は麺玉の力、ブへの挿入に
於て、モールドに保持されたカップに対し麺玉を投入す
るようにしたから、従来のように麺玉に対しカップを挿
入する方法に比し、挿入の安定性、確実性が増すと共に
、その機構がンンブルとなる利点を有する。(Effects of the Invention) As detailed above, the present invention uses the force of the noodle balls to insert the noodle balls into the cup held in the mold. Compared to the method of inserting a cup into a noodle ball, this method has the advantage that the insertion is more stable and reliable, and the mechanism is a noodle.
又、従来に比し、工程の短縮化ができ、挿入のスピード
アンプ化が図れた。Moreover, compared to the conventional method, the process can be shortened and the insertion speed can be increased.
第1図から第3図までは本発明に係る麺玉供給装置を組
入れた麺玉投入装置を示すもので、第1図は麺玉投入装
置の全体外観図、第2図(A)〜(D) はその工程
フロー図、第3図(^)〜(D) はカップ切出装置
の動作図、第番図(A)〜(G)は従来装置における工
程フロー図を示す。
(1)・・・カップ、 (1a)・・・ツバ、(15
)・・・モールド、 (16)・・・カップ搬送コンベ
ア、(18)・・・カップ供給装置、
(22〉・・・切出装置、 (29)・・・セパレート
バー(32)・・・シャッター、(50)・・・麺玉供
給装置、(53)・・・開閉手段、 (62)・・・投
麺バケット。
(C)
(A’)
図
一
(0,)
(E)
(F)
図
(C)
(G)1 to 3 show a noodle ball feeding device incorporating the noodle ball feeding device according to the present invention, FIG. 1 is an overall external view of the noodle ball feeding device, and FIGS. 2 (A) to ( D) is a process flow diagram, FIGS. 3(^) to 3(D) are operation diagrams of the cup cutting device, and FIGS. 3A to 3G are process flow diagrams of the conventional device. (1)...Cup, (1a)...Brim, (15
)...Mold, (16)...Cup conveyor, (18)...Cup supply device, (22>...Cutout device, (29)...Separate bar (32)... Shutter, (50)... Noodle ball feeding device, (53)... Opening/closing means, (62)... Noodle throwing bucket. (C) (A') Figure 1 (0,) (E) (F ) Figure (C) (G)
Claims (2)
列に整列して供給するシュートと、このシュート出口に
連設しシュートの傾き角度に一致した傾斜姿勢と略垂直
姿勢との間を回動可能に設けると共に、先端部に麺玉ス
トッパを立設し麺玉1個分を収容する載置面を設けた投
麺バケットと、この投麺バケットの回動駆動装置と、前
記シュートと投麺バケット間を開閉する開閉手段とから
なる麺玉供給装置。(1) A chute that has a diagonally downward slope and supplies face-down noodle balls in a line, and a chute that is connected to the outlet of this chute and has an inclined position and a substantially vertical position that match the inclination angle of the chute. a noodle throwing bucket having a noodle ball stopper erected at its tip and a mounting surface for accommodating one noodle ball; A noodle ball feeding device consisting of an opening/closing means for opening and closing between a chute and a noodle throwing bucket.
、麺玉の載置面に対し内側に鋭角で立設されている請求
項(1)記載の麺玉供給装置。(2) The noodle ball supply device according to claim 1, wherein the noodle ball stopper erected at the tip of the noodle throwing bucket is erected inward at an acute angle with respect to the surface on which the noodle balls are placed.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2188280A JPH0475562A (en) | 1990-07-16 | 1990-07-16 | Apparatus for feeding noodle lump |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2188280A JPH0475562A (en) | 1990-07-16 | 1990-07-16 | Apparatus for feeding noodle lump |
Publications (1)
Publication Number | Publication Date |
---|---|
JPH0475562A true JPH0475562A (en) | 1992-03-10 |
Family
ID=16220889
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP2188280A Pending JPH0475562A (en) | 1990-07-16 | 1990-07-16 | Apparatus for feeding noodle lump |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH0475562A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN101844628A (en) * | 2010-05-23 | 2010-09-29 | 福建南安市宏发机械有限公司 | Automatic bowl feeder |
WO2021082702A1 (en) * | 2019-10-31 | 2021-05-06 | 金华万得福日用品股份有限公司 | Rotating disc-type hot stamping machine |
-
1990
- 1990-07-16 JP JP2188280A patent/JPH0475562A/en active Pending
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN101844628A (en) * | 2010-05-23 | 2010-09-29 | 福建南安市宏发机械有限公司 | Automatic bowl feeder |
WO2021082702A1 (en) * | 2019-10-31 | 2021-05-06 | 金华万得福日用品股份有限公司 | Rotating disc-type hot stamping machine |
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