JPS5951009A - Method and device for charging vessel - Google Patents
Method and device for charging vesselInfo
- Publication number
- JPS5951009A JPS5951009A JP58138746A JP13874683A JPS5951009A JP S5951009 A JPS5951009 A JP S5951009A JP 58138746 A JP58138746 A JP 58138746A JP 13874683 A JP13874683 A JP 13874683A JP S5951009 A JPS5951009 A JP S5951009A
- Authority
- JP
- Japan
- Prior art keywords
- passage
- flow
- charge
- forming
- container
- 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
- 238000000034 method Methods 0.000 title claims description 4
- 239000000463 material Substances 0.000 claims description 11
- 238000007789 sealing Methods 0.000 claims description 9
- 230000000694 effects Effects 0.000 claims description 5
- 230000001105 regulatory effect Effects 0.000 claims description 4
- 230000015572 biosynthetic process Effects 0.000 claims description 2
- 238000004806 packaging method and process Methods 0.000 claims 4
- 238000011144 upstream manufacturing Methods 0.000 claims 3
- 241000234435 Lilium Species 0.000 claims 1
- 238000009434 installation Methods 0.000 claims 1
- 235000013606 potato chips Nutrition 0.000 description 5
- 238000005520 cutting process Methods 0.000 description 4
- 235000013305 food Nutrition 0.000 description 3
- 235000011888 snacks Nutrition 0.000 description 3
- 238000005303 weighing Methods 0.000 description 3
- 244000061456 Solanum tuberosum Species 0.000 description 2
- 235000002595 Solanum tuberosum Nutrition 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 2
- 206010036790 Productive cough Diseases 0.000 description 1
- 240000008042 Zea mays Species 0.000 description 1
- 235000005824 Zea mays ssp. parviglumis Nutrition 0.000 description 1
- 235000002017 Zea mays subsp mays Nutrition 0.000 description 1
- 239000003082 abrasive agent Substances 0.000 description 1
- 239000000919 ceramic Substances 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 238000007796 conventional method Methods 0.000 description 1
- 235000005822 corn Nutrition 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000005022 packaging material Substances 0.000 description 1
- 230000000737 periodic effect Effects 0.000 description 1
- 210000003802 sputum Anatomy 0.000 description 1
- 208000024794 sputum Diseases 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B37/00—Supplying or feeding fluent-solid, plastic, or liquid material, or loose masses of small articles, to be packaged
- B65B37/14—Supplying or feeding fluent-solid, plastic, or liquid material, or loose masses of small articles, to be packaged by pneumatic feeders
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B9/00—Enclosing successive articles, or quantities of material, e.g. liquids or semiliquids, in flat, folded, or tubular webs of flexible sheet material; Subdividing filled flexible tubes to form packages
- B65B9/10—Enclosing successive articles, or quantities of material, in preformed tubular webs, or in webs formed into tubes around filling nozzles, e.g. extruded tubular webs
- B65B9/20—Enclosing successive articles, or quantities of material, in preformed tubular webs, or in webs formed into tubes around filling nozzles, e.g. extruded tubular webs the webs being formed into tubes in situ around the filling nozzles
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Containers And Plastic Fillers For Packaging (AREA)
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】
この光切)’j: ”A 、lJ物を連続する容器に移
送ず/−)段 ゛)1〆t、待(・(シかし厚相的に
ではないが、スナック食品゛持にポテトチップス全、形
成−裟填一シールを順次行なう垂直袋詰め装置にkいて
袋詰めする方法および装置に関するものである。[Detailed Description of the Invention] This light cutting)'j: "A, lJ objects are not transferred to successive containers/-) stage ゛)1〆t, waiting (・(although not to be impudent, The present invention relates to a method and apparatus for bagging potato chips as a snack food in a vertical bagging machine that sequentially performs forming, filling, and sealing.
計量し7こポ“fトチツゾス摸填物を毎分ヴ0〜弘j袋
の速度で袋詰めする袋詰め裟I;¥け既に9.(1らt
lている。このような袋詰め装置で71、袋形成装填機
は各々が装、嘆物の7つを保持するビロー型袋を包装材
料の連続管で形成するようにさtしている。容袋はその
頂部および底に1黄方向シールヶ有し、また−ttLら
の間しく二μ垂+rj ]−ルが形成さJしてい/)。A bag filling machine that weighs and packs 7 pieces of stuff into bags at a speed of 0 to 100 bags per minute;
I'm there. In such a bagging apparatus 71, the bag forming and loading machine is adapted to form a continuous tube of packaging material into billow-type bags, each holding seven items. The bag has one yellow directional seal on its top and bottom, and two squares are formed between the sides.
y; J御′JQ+が比較的2!jさの+l+’3い反
面かさばっlt性質に: (’−¥つことから、 1(
Ji、i !I勿’?t: UL給し& sl”、tr
tし、そして袋詰りJ−るうえでいくつかの問題がある
。y; J'JQ+ is relatively 2! On the other hand, it is bulky and bulky: ('-¥tsu, so 1(
Ji, i! I don't want to? t: UL-paid&sl”, tr
There are several problems with loading and unloading bags.
特に、じゃがいもの大きさ、に度および水分含有最に」
、・ける性質の差+、i=1?テトチッブスの製造では
完全になくすことができないが、この差はポテトチップ
スを敏速かつ止?i’1CVcR1抗して袋詰めするこ
とを国内1−にする。装」λ物の代表的な目標重量が、
2 、t misであったとしても、従来の方法では装
填物の重S4jが目1′、1¥重量のsO係増しとなる
ことけ普+L’fiである。Especially when it comes to potato size, temperature and moisture content.
, ・Difference in the property of discharging +, i=1? This difference cannot be completely eliminated in the production of Teto Chips, but does this mean that potato chips can be made quickly and quickly? i'1 CVcR1 resistance and bagging will be 1- in Japan. The typical target weight of the "lambda" material is
2, t mis, in the conventional method, the weight S4j of the load is 1', and the sO coefficient is increased by 1 yen, which is +L'fi.
ざらに、ポテトチップスの大きさが可変でありかつそれ
らのJlj f、IF、も−保でないン(め、装置”j
物をその関連する袋に重力によシIsドさぜる時間が変
化ノーることQこなり、?Xt:つ−C袋1i、; I
J兄x1ユ1痰が1+↓分弘O〜グj−袋以1:に制限
さ7Lる。Roughly speaking, the size of potato chips is variable and their Jlj f, IF, is also not maintained.
Is there any change in the time it takes to shake an object into its associated bag due to gravity? Xt: one-C bag 1i; I
J brother x 1 Yu 1 sputum is limited to 1 + ↓ minutes Hiro O ~ Gu J - bag more than 1: 7L.
しかしン上がり、ポテトチップスの装填物を一層速い速
度で袋にン1与“(j″ることのできる計量機が既に加
らtしてい之)。−Uのような機械の7つにおいてけ、
それぞれが目標重量よりも少なりいくフかのr411片
状ス入物が同時に作ら1する。これらのjx: J5(
i’、qの重量は正蓚に記録さtz、コンピューターに
よって商品となり得る細片状装填物の特定の組合せを選
択して装填物の重量が目標重量にほとんど近くなるよう
にする。たとえば、その組合Uμ合削10個の装填物を
載せた皿の中から3イji′d′またはj個の計量した
皿の中味を総計し/こものであり得る。53められるこ
とけ、こうした機械の使用が袋装填物の重量密度を他の
方法で得ることのできる密度よりも改良し、また増加し
た速度で袋の装填をiiJ能にすることである。However, a weighing machine capable of dispensing the potato chip charge into the bag at an even faster rate has already been added. - In seven machines like U.
A number of R411 strips, each with a weight less than the target weight, are made at the same time. These jx: J5(
The weights of i', q are recorded on the register, and the computer selects a particular combination of commercially viable strip charges so that the weight of the charges is approximately close to the target weight. For example, the contents of 3 ji'd' or j weighed dishes can be summed/combined from among the 10 loaded dishes. 53 It is important to note that the use of such machines improves the weight density of bag loads over densities that can be obtained by other methods, and also enables bag loading at increased speeds.
このような計量機の使用により旧H;、速度ケ増加させ
ることができる一方、そit自体では落下時間の変1ヒ
に関する問題を解決できない。While the use of such a weighing machine can increase the speed, it cannot by itself solve the problem of varying fall times.
本発明者Vまポテトチップスが落下する間のそれらの動
作を研うじした結果、落下時間の変化ンまポテトチップ
スが11ニ成−装填−シール機械の製品流路内を浮遊し
たシ跳飛したりしながら落FするIt、t4向によって
影響されることイr発見し、だ。そして木’+131(
ll 者l/:1 (、vrp目向に」、す% ii、
’、−め連間が最大で7σ分約乙θ<ソの、・1ミI!
+l/i二11,1目ユ1(さl’+−Z−rと考えて
□l/sる。The inventors have manipulated the behavior of potato chips during their fall, resulting in a change in the falling time and an increase in the rate at which potato chips floated in the product flow path of a 11-part form-load-seal machine. I discovered that it is affected by the direction of F and T4, which fall while moving. And Thu'+131 (
ll person/: 1 (, for VRP purposes), % ii,
', -me continuous is at most 7σ minutes θ<so,・1miI!
+l/i 211, 1st yu 1 (thinking as l'+-Z-r, □l/s.
1゛:iレホ1またtel’ 14.’機;けf+7分
to袋以上の装jAi lllヤシの装填を’61..
J?H(’こ行なうことができる。この発明の1つの
[J的シニ1.この誓l、性の利益をイ()ることであ
り。1゛: iReho 1 or tel' 14. '61. Loading more than 7 minutes to bag of palm. ..
J? H('This can be done. One of the purposes of this invention is to take advantage of sex.
すなわら形Tri −ip Jillj−シールを行な
う垂1α袋詰ΔL)機しr::I>いて、ボデトチソプ
ス(J、、−よび抽出[7/こ米やI’i 4+目成化
した11v1ビとうもろこ(7ごしたけ穀物のような仙
のスナック食品)の袋詰め速IJ’[をさらに増加智)
主゛/;)ことでλすzl。In other words, the straw-shaped Tri-ip Jillj- sealing is carried out by 1α bagging ΔL). Bagging speed IJ' [Further increase in wisdom] of corn (snack food like 7 grains)
The main character is λ/;).
1−OFAR明に、 、U fb if 、 6’=”
ijl物供給シ:(からi’に、 続する↓す14′I
※’I容器ヘシ゛;j6i ’l?++を]・i(続的
に移送する容器の装JμmしろIIoo)が1ノ、’H
fl!;さ111.この↓を己”?H,桟、(鈍物の流
れに対する通路ニア・11p I11/、J−l、l1
rt路面を有l11、”’jI iF’: j’ri路
がそ)人11 >’i、j G”+上(!If、 Fj
: m’) /:) 分配器力C−)、i+ft 路ノ
出D &;i4の1・−tバr1ご)4 J(+’j
’It)’4′”:ご−Gjろ簀’?::w I”設け
I:、 tlた(4 lidに向て) −7: ’ll
E、 JjXi物イr: i、+Ir、ずようにさJL
、圧扁1ガス流をiiT回路内(こ1.’l !:1.
: 1llJ路而C・、・′1人しかつ前記ガス台・二
Iアンダリυ11シン)結14リニl、、−C通v、7
.にそってその出[’l SiAの方に(+jt、シ+
ζ〕ししく−」、す5.4 ”J−J 1勿を部ぶ
ガスのell:’、れをi+rt路の入口瑞に案内する
ようにする環状装置を有し。1-OFAR clearly, , U fb if , 6'=”
ijl material supply: (from i', continue ↓su14'I
※'I container hesi゛;j6i 'l? ++]・i (container size Jμm IIoo) is 1, 'H
Fl! ;sa111. This ↓ is "?H, crosspiece, (passage near the flow of blunt objects, 11p I11/, J-l, l1
rt road surface l11, "'jI iF': j'ri road is that) person 11 >'i, j G" + top (!If, Fj
: m') /:) Distributor force C-), i+ft Road output D &;
'It) '4'": Go-Gj filter'?::w I"Setting I:, tl (towards 4 lid) -7: 'll
E, JjXi thing r: i, +Ir, Zuyounisa JL
, flattening 1 gas flow in the iiT circuit (this 1.'l !: 1.
: 1llJ route C・,・'1 person and the said gas stand・2I Andari υ11shin) Conclusion 14 Rini l,, -C communication v, 7
.. along its exit ['l toward SiA (+jt,
ζ] Shishik-", S5.4 "J-J 1 has an annular device that guides the gas ell:' to the inlet of the i+rt path.
通路の前記出口瑞と通路から前記1仝填物を受ける容器
との間に間隙を形成する間隙形成装置を有し、前記間1
独をj&つてガスが通路から61fi出できるようにさ
れ、さらに装填を通路にそって加速して行なう際に比較
的高速度の流れを形成しかつその他の時間では比較的低
速度の流れ(これは零であり得る)を形成するようにし
て圧゛縮ガスの前i己流れを周期的に調整する調整装置
を有している。a gap forming device for forming a gap between the outlet of the passage and a container receiving the first filling from the passage;
gas is allowed to exit the passage 61fi, and also forms a relatively high velocity flow as the loading is accelerated along the passage and a relatively low velocity flow at other times (this and a regulating device for periodically regulating the flow of the compressed gas so as to form a predetermined flow rate (which may be zero).
認められることは、この発明がコアンダ効果を利用して
、高速計敞器であシ得る供給器から装填物容器への製品
の装填速度を請願させる有用な作業を行なうガス流を形
成することである。It will be appreciated that the present invention utilizes the Coanda effect to create a gas flow that does the useful job of increasing the loading rate of product from the feeder to the charge container, which can be done with high speed metering. be.
この発明を一層良く理解できるようにする/こめ、次に
例として添付図面を参照する、
図面を参照することにより当業者はい〈Qかの基本的な
機械部品および機械の作動゛方式を理解することができ
る。To enable a better understanding of the invention, reference is now made by way of example to the accompanying drawings, by which a person skilled in the art will understand the basic mechanical parts and the mode of operation of the machine. be able to.
袋形成用合成ゾラスチツ、り材料のウェブlθばリール
(図示されていない)からローtうllを経を中空成形
体7.2の外面に供給さtし、この成形体/−!μそ0
内側でウェブ10を管/3に成形する。A web of plastic material for forming the bag is fed from a reel (not shown) to the outer surface of the hollow molded body 7.2, and this molded body /-! μso0
Form the web 10 into a tube/3 on the inside.
成形体7.2に四2縦方向のシール形成体/弘が設けら
れている。シリンダ/lにより作動する第1のノ+−i
、5′とシリンダ/ざに、;、り作動する第2のジE+
−/ 7とを有する一対のシール用ジョーは両者とも
水ゝ11−面内で往復動でき1袋材料をジョー/!、/
7間に挾んでそこに(黄方向のシールを形成し、またそ
のシール部で袋材料を切断するようにされ−Cいる。切
断装置μジョー/、5′に取付けられ九ナイフ/31を
有し、これはジョー77に形成された間隙17/内に切
込むようにされている。The molded body 7.2 is provided with 42 longitudinal sealing bodies. The first no+-i operated by the cylinder /l
, 5' and the cylinder /;, the second engine E+ that operates;
A pair of sealing jaws with -/7 can both move reciprocally in the water plane and can seal one bag of material with the jaws/! ,/
7 to form a seal therein (in the yellow direction), and the bag material is cut at the sealing part. However, this is adapted to cut into the gap 17/ formed in the jaw 77.
ナイフ/J’/けI:、L、1示されていない装置によ
って作動さiLる。The knife /J'/keI:,L,1 is actuated by a device not shown.
ジョー/3./7はまた垂1u平面内で往復動すること
もできる。それら汀lザイえルで作動するが、1ず1)
14放時−ノ′、(鎖線で示された上方位置Oに移仙し
1次に閉鎖(2て前記上方位置Gで袋材料を挾み、ぞJ
Lから閉鎖1.たまま袋材料を保持し、そし又下方(:
’LL12、に下方ifr!+ l、てこれにより新た
な袋材料を成形体/−!に引込むように動作する。下方
(7Wt几で、ナイフ/オ/Vユ袋材料を切断するよう
に作動される。それでジョーlよ、/7は開放して切断
された袋を下方に向けて釈放する。Joe/3. /7 can also reciprocate in the vertical 1u plane. They operate on their own, but 1)
14 Release - No' (Transfer to upper position O shown by chain line, 1st close) (2) Sandwich the bag material at the above upper position G,
Closed from L 1. Hold the bag material as it is, and then move it downwards (:
'LL12, downward ifr! + l, this will turn the new bag material into a molded body/-! It acts as if it is drawn in. The downward (7Wt) is activated to cut the knife/o/v bag material. The /7 then opens and releases the cut bag downwards.
ジョーの各下方運動と同期して1袋に装填される製品μ
rjK形体7.2の内側流路/り内に供給yれる。それ
で製品は重力に、lニジ管/3内に自由に落下し、ジョ
ー/j、/7の上方位1m Gと上方位1り′Rとの間
に支持されるようになる程十分に下まで落下し、そして
ジョーis、i’yの周期的動作によシ形成されるビロ
ー型袋内で封じ込められるようになる。Product μ loaded into one bag synchronously with each downward movement of the jaw
It is fed into the inner channel of the K-form 7.2. The product then falls freely into the pipe /3 under the influence of gravity and is sufficiently low that it is supported between the upper 1m G and the upper 1R of the jaws /j, /7. and becomes contained within a billow-type bag formed by the periodic motion of the jaws is, i'y.
ここでこの発明を一層特に説明すれば、装填物は供給フ
ァンネル、20により形成された通路1円筒状管、2/
、さらには成形ファンネル2.2を通って落下すること
で、 jiiJ述tた高速計量機jOから流路lタヘ送
シ出される。ファンネル、20 (!:、管、2/との
間にIri空気搬送器(エアムーバ)、23がl l(
rされ、この空気搬送器λ3とファンネル、20と管、
2/との間は締シ嵌めで連結されている。この場合前記
空気搬送器)よイギリス国、パツキンガムシャー、MK
//JP、ミルトンキーンメ、ブレッチレイ、モントブ
アーム上ステート、b ドーソンロードにあるエイチ
・エム・シー・ブローアー社(11,M。To describe the invention more particularly now, the charge includes a feed funnel, a passage formed by 20 a cylindrical tube, 2/
, and further falls through the forming funnel 2.2, and is delivered to the flow path 1 from the high-speed weighing machine 2.2 mentioned above. Funnel, 20 (!:, tube, 2/ between Iri air mover, 23 l l (
r, this air conveyor λ3 and the funnel, 20 and the tube,
2/ is connected with a tight fit. In this case the pneumatic conveyor), United Kingdom, Packinghamshire, MK.
//JP, Milton Keenme, Bletchley, Upper Montb Arm State, b H.M.C. Blower Co., Dawson Road, 11, M.
0 、11r;Incr )から1・九人Ii、ること
ので!繁るプローアーAM7j−J型?気搬送器か、ま
たμイヤ11国。0, 11r; Incr) to 1.9 people Ii, Kotono! Prower AM7j-J type? Air transporter or μ ear 11 countries.
ロンドン、N/3 グAX、 104t7.tックス1
/−ンにあるオー・エヌ・ベック株式会社(0、N 、
Heck&、 On 、Lld 、 )から得られる
同等の空気搬送器である。London, N/3 GuAX, 104t7. tx1
O.N. Beck Co., Ltd. (0, N,
An equivalent air conveyor is obtained from Heck&, On, Lld, ).
10 p、s、i(j、≠V低気圧1でのゲージ圧で空
気wg1.2弘にそつで空気搬送器23に送出される脈
動空気流は環状通路2!から環状成形ノズル−2乙を涌
りC空気搬送器、23の中央irn路、27に送られ。10 p, s, i (j, ≠ V The pulsating air flow sent to the air conveyor 23 along with the air wg1.2 at the gauge pressure at low pressure 1 flows from the annular passage 2! to the annular molded nozzle -2 O The water is sent to the central air conveyor, 23, and 27.
そしてノズル2乙の形状およびコアンダ効果によって通
路27の壁に付着した後管27内を下方に流tL、これ
により比較的多11ψ、の空気を通路゛27の横断面全
体にわたって供給してさらに下方に流1Lる。ファンネ
ルλθが締シ嵌めで取付けられていることによシ、空気
のド方流はzアンネル−20内に導かれるが、この場合
空気はファンネルλθの頂部縁におけるその入口喘に向
けて吸引される。Then, due to the shape of the nozzle 2B and the Coanda effect, air flows downward in the tube 27 after adhering to the wall of the passage 27, tL, which supplies a relatively large amount of air of 11ψ over the entire cross section of the passage 27, and further downwards. The flow is 1L. Due to the tight fit of the funnel λθ, a directional flow of air is directed into the z-channel 20, where the air is drawn towards its inlet port at the top edge of the funnel λθ. Ru.
この下方流によってファンネル、20しこ×Jする製品
の装fiINが加速され、その結果製品は−j脅速やか
しこしかも一層制利された方法で1lfl路/りに送ら
れる。This downward flow accelerates the loading of the 20 x J product into the funnel, so that the product is sent through the funnel in a faster and more controlled manner.
環状間隙、2とは¥1−27の出口瑞と成形ファンネル
λ・2との間に形成され、その1法μ、空気搬送器、2
3およ′Q−管−1!/か、ら流出する空気が空気搬送
器−,23を通過する際の空気速度よりも低い速IWで
上方に逃げることかでさるようにして決めらtLでいる
。このため、逃げる苧気汀ボデトチツノ″スのような軽
1.i製品でさえも、製品の流れの中から製品をその空
気と共に移送することばない。The annular gap, 2, is formed between the exit hole of ¥1-27 and the molded funnel λ・2, its 1 modulus μ, the air conveyor, 2
3 and 'Q-tube-1! tL is determined based on whether the air flowing out from / escapes upwardly at a velocity IW lower than the air velocity when passing through the air conveyor 23. For this reason, even light 1.i products, such as escaping steam, do not transport the product with its air from the product stream.
脈動空気流の供給は、各装填物が空気搬送器230口部
に落下する除に行なわtl、、装填物がそこを通篩した
際に停止される。この作用Yユ、ボ□デトチツブスのよ
うな装填物の落下速度を増加させ、また袋成形体/2内
を落下する間中ぞれらを小さな塊に保持し、これにより
袋詰め速Ifを少なくとも毎分70袋、たいていの場合
にYま毎分ioo袋以上まで増加させることができるよ
うにする。The supply of the pulsating air flow is provided before each charge falls into the mouth of the air conveyor 230, tl, and is stopped when the charge has passed therethrough. This action increases the falling speed of the charges, such as the bod and debris, and also keeps them in small chunks throughout their fall through the bag molded body/2, thereby reducing the bagging speed If at least It should be possible to increase the rate to 70 bags per minute, or more than 100 bags per minute in most cases.
圧縮くど気温//ヴば−j?気制机装置i&、4を介し
てシリンダ/l、ttrfl!11.幼し、前記制伝1
1装置グtけ空気搬送器、2.? yc v、)する脈
vI空気流をも制作Mするよう処されている。制陶装置
i’j 4L1μ計軟器オOと同1υ1してfh qJ
Jするが、その計、tkt器タθμ制御装j〃グtに制
細1リンクタ/により接続さJし又いる。ジョー/j、
/7の運動およびこれに関連したIIS′L1ηG、ル
同の11u中jy f−J:クランクにより駆5・力さ
れる(幾(成自’−1リンク</7しく上り−CイJ′
なわれる。Compressed air temperature//vba-j? Cylinder/l, ttrfl! via air control device i&, 4. 11. I was young, said Seiden 1
1. A pneumatic conveyor; 2. ? yc v,) pulse vI airflow is also produced M. Ceramic making equipment i'j 4L 1μ meter Software o O and same 1υ1 fh qJ
However, in total, the tkt device is connected to the θμ control device by a narrow linker. Joe/j,
The movement of /7 and the related IIS'L1ηG, jy f-J in 11u of the same.
be called.
1”l! llJ’lさ7Lる”)K:、2気6に、を
連続的に維持することけこhにより製品全前記環状間隙
、2gから吹飛)J: :J−J、−そIしがあるため
、一般にVi望ましくなAということであ/16
−ト方脈動空気?jiLILi、製品が落下する包装体
’Itの横断面をそ11が必要とさiする部会にVまい
っでも最大に維持するのに役立つという付加のかつ有用
な作用を持っている。1"l! llJ'l 7L") K:, 2 air 6, is continuously maintained so that the entire product is blown away from the annular gap, 2g) J: : J-J, - Because of this, it is generally preferable to use A/16 - direction pulsating air? jiLILi has the additional and useful effect of helping to keep the cross-section of the package into which the product falls to the maximum extent possible in the desired area.
ジョー/jf、/7μ袋祠料を所定の長さに切断する装
置を備える必要’tJ−ない。いくつかの用途ICはそ
のような切断1よ必要とされt、また他の用途のyt
&) ’zこはジョーの下I′Iieに切断間15ケ設
けることができる、
この発明は、「袋の操1「」という名称で/りgλ年7
月30日に出願さ1した水出J損人しこよる出紀1」中
のイギリス国持許願第1/、22/λ3号に記載さit
た発明と共に用いることで、そのいずれかを用いた場合
よシもスナック食品の袋詰め作業ケ一層山くかり効果的
に行なシことカ(できる。It is not necessary to provide a device for cutting the jaw /jf, /7μ bag abrasive material into a predetermined length. Some application ICs require such cutting, while other applications require
&) 15 cutting gaps can be provided at the bottom of the jaw.
It is stated in British Patent Application No. 1/22/λ3 in "Mizude J Loss Shikoyoru Deki 1" filed on March 30th.
By using the present invention in conjunction with the present invention, it is possible to carry out bagging of snack foods even more efficiently than when using either of them.
図面はこの発明による形成−@jJ(−シールを行なう
垂直袋詰め、機のいくつかの本質的構成要素の部分断面
説明図である。
2’0 、 u / :通路面、2/、、2.Z:間隙
形成良1i、、2.?:環状!!置1.2g=間隙、≠
t:調緊に「西1.。The drawing is a partial cross-sectional illustration of some essential components of the vertical bagging machine with forming-@jJ(- sealing) according to the invention. 2'0, u/: passage surface, 2/, 2 .Z: Gap formation good 1i, 2.?: Annular!!Gap 1.2g=gap, ≠
T: Chokin “West 1.”
Claims (1)
0,,2,/)を有し、前記通路がその入口端の上流に
ある分配器から1通路の出口端の下流で装填物を受ける
容器が設けられた位IRに向って装填物を流゛j 、1
:うにされた装填物供給器から連続する装填物容器へ装
填物音連続的に′#送する容器の装填技1kにおいて、
圧縮ガス流を通路内に前記通路面で導入しかつ1)II
^【シガスをコアング効果の結果として通路にそってそ
の出口端の方に流し、これにより装填′吻を運ぶガスの
流れを通路の入口端に案内するようにする環状装置(2
3)を有し1通路の前記出口端と通路から前記装填物を
受ける容器との間に間隙(2g)を形成する間隙形成装
置(,2八2.2)を有し。 前記間隙を正1つでガスが通路からtIlf、出できる
ようにされ、さらに装填を通路にそつ−(加速して行な
う際に比較的高速度の流tLを形成しかつその他の時間
では零であり得る比較的低速度の流れを形成するように
して圧縮ガスの前記流れを周1υJ的に調整する調整装
置(lに)を有することを特徴とする。 装填物供給器から連続する装填物容器へ装填物を連続的
に移送する容器の装Jy4装置。 ユ 前記流f’L導入装置が1通路の上流部分を形成す
る上流1)1g通路面(2θ)と通路の下流部分を11
ネ成する下流[1+11通路而通路面)との間に設けら
れる特許、+1!求の範囲第1項に記載の装置。 3 上流[11!I通路面の横断面が下流方向にしだい
に小さくなるよ・うに先細にされる特許請求の範囲第λ
項に記載(の装置。 I.t 通路が円形横断面を有するものである特許請
求の111n四弟/〜3項のいずれか1つに記載の装置
。 よ 形成一装塙ーシールを行なう垂直包装機における計
址2sと包装体の管形成構成要素との間に挿入される特
許請求の範囲第l−弘項のbずれか/つに記載の装置。 t 装填物の流れに対する通路を形成する11ロ路而(
,20,2/)をイ1し、fiil記通路がその人L1
端の上流にある分配器から、JjO路の出口温の下流で
装填物を受ける容器が設けら71−た0″r船に向って
装填物を流すようにさtl、た↓・、冒恒物供給器から
連続する或填拗′fψ器ヘシ・−fti物を連¥1?、
的に移送する容器の装填装置〆盲′に」?いで、圧縮ガ
スMr、を涌路内に前記通路面で心入[2かつ前記ガス
を二1アンプ効果の結果としてjTt路に七′つてtの
出1」端!、1つ力にt)j+、シ* これにより装J
1−1物を・114ふガスの流tしを西路の人o vH
Bに案内すルヨうkc J−、:、 Iij’を状4’
j li’j(,23)e 4:r L t Jl 路
ノ前記出1」端と1!1」路から前1;シ;裟埴物を受
ける′(i:器との間ItC間1iI7(〕に)を形成
rる間[・1j1形成装萌(λl−λ)をイイし。 1)11記間11※紮1iTl ′X)てガスが1市路
から流1.Ijできるようニ、g IL、 i! ラK
)・1jjIIT ’J: +ITlh’i5にそっ
て加速j−て行なう際Vこ比1咬的高速Ialcの流7
Lを形成しかつその他の時間でシま零で、1リリf!J
イ、比較的低速度の流れを形成J″るようにし゛C圧縮
ガスの前記流tLを周期的に調整す゛る調整摸IIl゛
(グt1を有することを特徴とする、形IJy−佐ji
4−シールを行なう垂直包装装置。 7 製品裟人物を少なくとも毎分70袋の速度で包装で
きるようにした′侍許1.〜求の範囲イS乙項にへ己1
1L(の包;娼1!≧詩。 1、 コー77ダ効果r利1f」シて、 1lll路
に模」11物ケ運ぶことにより通路にそうKjJt物の
流tLを助ける力スalis (I?]IT回路に形成
−j−ることを1.v徴とする。形成−羨・i(−シー
ルを行なう痴直包装機械に詮いて装J、η<物fJl:
給器から包装体管に装叫物を通路にイ二つ−C連1!;
g的に移送する容器の装填方法。[Claims] l A passage surface (, 2) forming a passage for the flow of the charge;
0,,2,/), the passages flow the charge from a distributor upstream of the inlet end thereof towards the IR to a point downstream of the outlet end of the passage there is a receptacle for receiving the charge.゛j , 1
: In the container loading technique 1k in which the charge sound is continuously sent from the charge supply device to the successive charge containers,
introducing a stream of compressed gas into the passageway at said passageway surface; and 1) II
^ [An annular device (2
3) and a gap forming device (282.2) forming a gap (2 g) between said outlet end of one passage and a container receiving said charge from the passage. The gas is allowed to exit the passage tIlf by just one gap, and furthermore, when the loading is accelerated into the passage, a relatively high velocity flow tL is formed, and at other times it is zero. characterized in that it has a regulating device (in l) for circumferentially regulating said flow of compressed gas in such a way as to form a flow of possible relatively low velocity. A container loading device for continuously transferring the charge to the vessel.
The patent provided between the downstream [1+11 passage and the passage surface) that forms, +1! The device according to item 1 of the scope of demand. 3 Upstream [11! I The cross section of the passage surface is tapered so that it becomes gradually smaller in the downstream direction.
Apparatus according to any one of claims 1 to 3, wherein the passageway has a circular cross section. Vertical packaging for forming and sealing A device according to claim 1-b, which is inserted between the gage 2s in the machine and the tube-forming component of the package. 11roji (
, 20, 2/), and the fiil path is that person's L1.
From the distributor upstream of the end, a container was provided to receive the charge downstream of the outlet temperature of the JjO passage so as to flow the charge towards the 71-0"r vessel. Continuously supplying a certain amount of material from the material supply device for ¥1?
Is the loading device of the container to be transferred ineffective? Then, the compressed gas Mr is inserted into the channel at the plane of the passage [2, and as a result of the 21 amplifier effect, the compressed gas Mr is inserted into the jTt road 7' and the output 1' end of t! , one force t)j+, shi* This makes the installation J
1-1 things・114 gas sink to the person on the west road o vH
I'll guide you to B. J-, :, Iij' to 4'
j li'j (,23)e 4:r L t Jl From the 1'' end of the road and 1!1'' path forward 1; During the formation of (), the gas flows from the 1st street. Ij so that I can do it, g IL, i! LaK
)・1jjIIT'J: +ITlh'i5 when accelerating j-, the V ratio is 1 bit, the flow of Ialc is 7
Forms L and has zero stripes at other times, 1 lily f! J
A. An adjustment mechanism of the form IJy-Saji, characterized in that it has a flow t1 of the compressed gas, which periodically adjusts said flow tL of the compressed gas so as to form a relatively low-velocity flow J''.
4-Vertical packaging equipment for sealing. 7. A master's license capable of packaging products at a rate of at least 70 bags per minute1. 〜Search for the range I S B 1
1L (package; prostitution 1! ≧ Poem. 1, Co77 da effect r interest 1f'shi, 1llll road model'11) The power to help the flow of goods tL by carrying things to the passage (I ?] It is assumed that forming -j- in the IT circuit is a sign of 1.v. Forming -j- i (-Inspecting the direct packaging machine that performs the sealing, mounting J, η<thing fJl:
Two passages for carrying objects from the feeder to the package tube - C series 1! ;
How to load a container to be transferred in a g-wise manner.
Applications Claiming Priority (2)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
GB8222122 | 1982-07-30 | ||
GB8222122 | 1982-07-30 |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS5951009A true JPS5951009A (en) | 1984-03-24 |
Family
ID=10532037
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP58138746A Pending JPS5951009A (en) | 1982-07-30 | 1983-07-30 | Method and device for charging vessel |
Country Status (5)
Country | Link |
---|---|
JP (1) | JPS5951009A (en) |
DE (1) | DE3325300A1 (en) |
FR (1) | FR2531036A1 (en) |
GB (1) | GB2124575B (en) |
IT (1) | IT1173745B (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS62109711A (en) * | 1985-10-31 | 1987-05-20 | 濱田 一馬 | Supply hopper bridge preventive device for packaging machine |
Families Citing this family (8)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CH667246A5 (en) * | 1985-02-18 | 1988-09-30 | Ilapak Res & Dev Sa | VERTICAL TUBE MACHINE. |
DE3605896A1 (en) * | 1986-02-24 | 1987-08-27 | Albert Frey | DEVICE FOR FILLING A DEFORMABLE AND FLOWABLE FILLING MATERIAL |
GB2282979B (en) * | 1993-10-22 | 1997-10-08 | Paul James Huyton | Particle collection systems |
DE19748805A1 (en) * | 1997-11-05 | 1999-05-06 | Rovema Gmbh | Packaging device |
DE19840857A1 (en) * | 1998-09-08 | 2000-03-09 | Rovema Gmbh | Packaging arrangement, esp. for filling material into bags made from foil tube, has device that measures pressure in lower region of foil tube connected to measurement value indicator |
DE19852107A1 (en) * | 1998-11-12 | 2000-05-18 | Rovema Gmbh | Packaging device and method |
EP2921282A1 (en) * | 2014-03-19 | 2015-09-23 | GEA Food Solutions Weert B.V. | Vertical flow wrapper with an epicyclic gear |
EP3530575B1 (en) * | 2018-02-21 | 2020-01-01 | Ulma Packaging Technological Center, S.Coop. | Vertical packaging machine for packaging products and associated method |
Family Cites Families (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
FR1198747A (en) * | 1958-02-06 | 1959-12-09 | Food packaging machine and method | |
US3482373A (en) * | 1967-11-06 | 1969-12-09 | Packaging Frontiers Inc | Packaging |
-
1983
- 1983-07-13 DE DE19833325300 patent/DE3325300A1/en not_active Withdrawn
- 1983-07-27 IT IT48754/83A patent/IT1173745B/en active
- 1983-07-28 FR FR8312488A patent/FR2531036A1/en active Pending
- 1983-07-29 GB GB08320467A patent/GB2124575B/en not_active Expired
- 1983-07-30 JP JP58138746A patent/JPS5951009A/en active Pending
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS62109711A (en) * | 1985-10-31 | 1987-05-20 | 濱田 一馬 | Supply hopper bridge preventive device for packaging machine |
Also Published As
Publication number | Publication date |
---|---|
FR2531036A1 (en) | 1984-02-03 |
GB8320467D0 (en) | 1983-09-01 |
DE3325300A1 (en) | 1984-02-09 |
GB2124575B (en) | 1986-01-22 |
IT8348754A0 (en) | 1983-07-27 |
IT1173745B (en) | 1987-06-24 |
GB2124575A (en) | 1984-02-22 |
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