JPS59124295A - Counter pressure type liquid filling valve - Google Patents
Counter pressure type liquid filling valveInfo
- Publication number
- JPS59124295A JPS59124295A JP21224582A JP21224582A JPS59124295A JP S59124295 A JPS59124295 A JP S59124295A JP 21224582 A JP21224582 A JP 21224582A JP 21224582 A JP21224582 A JP 21224582A JP S59124295 A JPS59124295 A JP S59124295A
- Authority
- JP
- Japan
- Prior art keywords
- valve
- pulp
- pressurized gas
- filling
- cam
- 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
Links
Landscapes
- Filling Of Jars Or Cans And Processes For Cleaning And Sealing Jars (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】 本発明は逆圧式液体充填バルブの改良に関する。[Detailed description of the invention] TECHNICAL FIELD This invention relates to improvements in counterpressure liquid fill valves.
炭酸飲料等のガス含有液体を充填する逆圧式液体充填バ
ルブにおいては、充填前の容器内の大気エヤーの排除と
充填時の容器からの戻りガスを排出するためにフローバ
ルブの開閉の外に加圧ガスパルプ、ベントバルブ及びス
ニフトバルプを操作しなければならず、各パルプの操作
機構が複雑であると共にその各調整操作も面倒でトラブ
ルの原因ともなっており、更に加圧ガスを給排するベン
ト通路が液体充填タンクに連通している方式においては
、容器内に最初からある大気エヤーと液体充填タンクの
炭酸ガスとの混合圧下で充填が行われること及び充填時
容器内の混合ガスが液体゛充填タンク内に戻るために充
填液にエヤーが吸収される欠陥がある。In reverse pressure liquid filling valves used to fill gas-containing liquids such as carbonated beverages, in addition to opening and closing the flow valve, pressure is applied to remove atmospheric air from the container before filling and to remove return gas from the container during filling. Pressure gas pulps, vent valves, and snift valves must be operated, and the operating mechanism for each pulp is complicated, and each adjustment operation is troublesome and causes trouble.Furthermore, there is a vent passage for supplying and discharging pressurized gas. In a system that communicates with a liquid filling tank, filling is performed under a mixed pressure of atmospheric air that is already in the container and carbon dioxide gas in the liquid filling tank, and that the mixed gas in the container at the time of filling is mixed with the liquid filling tank. There is a defect where air is absorbed into the filling liquid to return to the inside.
本発明は逆圧式液体充填バルブにおけるこれらの欠陥を
改善するようにしたものである。The present invention is an attempt to improve these deficiencies in counterpressure liquid filling valves.
本発明の実施例を図面について説明すると、上部に環状
の充填液タンク（１）を設けた支持盤（２）には充填液
タンク（１）の底部と連通した液体流通孔（３）が充填
液タンク（１）の外側に位置するように垂直に設けられ
、該液体流通孔（３）の上部にはベントバルブ筒体（４
）が、また下部には充填バルブ筒体ｆ５１が対向圧ガス
導通孔（７）が設けられ、更に充填バルブ筒体（５）の
外周部には下部に容器シール部材（８）を有しかつ昇降
機構（９）で上下震動自在の摺動筒ｕＯ）が嵌着されて
いる。An embodiment of the present invention will be described with reference to the drawings. A support plate (2) having an annular filling liquid tank (1) on its upper part is filled with liquid circulation holes (3) communicating with the bottom of the filling liquid tank (1). A vent valve cylinder (4) is provided vertically outside the liquid tank (1), and a vent valve cylinder (4) is provided above the liquid distribution hole (3).
), the filling valve cylindrical body f51 is provided with a counterpressure gas communication hole (7) in the lower part, and furthermore, the filling valve cylindrical body (5) has a container sealing member (8) in the lower part on the outer periphery thereof. A sliding tube uO) that can freely vibrate up and down is fitted in the lifting mechanism (9).
前記昇降機構（９１は軸（ｌ］１に支持されて摺動筒住
０）を支承する支持アームα２と、該支持アームａｚの
上部に軸着されかつ基部にガイドローラー（１３１を有
する作動レバーα４と、該作動レバー（１４）を上方に
附勢する発条θ５）と、作動レバーａ（先端のコロ０６
）が嵌合する支持アームα２に穿設された円弧状多孔ａ
７１とから構成されており、充填時には作動アーム（１
ｚが発条（１５１によって暦動筒（１０）を下降せしめ
てその容器シール部材（８）を容器口縁に密着せしめ、
また充填終了後はガイドローラーα３に圧接するカム軌
条（１８１が作動レバー圓を押圧することによりコロ（
１６１を介して支持アーム（１２１を反時計廻り方向に
回動して摺動筒００）を容器口縁から扛上するように形
成されている。A support arm α2 that supports the lifting mechanism (91 is supported by the shaft (l) 1 and has a sliding barrel 0), and an actuation lever that is pivotally attached to the upper part of the support arm az and has a guide roller (131) at the base. α4, a spring θ5) that urges the operating lever (14) upward, and an operating lever a (roller 06 at the tip).
) is fitted into a circular arc-shaped hole a formed in the support arm α2.
71, and when filling, the actuating arm (1
z lowers the calendar cylinder (10) by means of a spring (151) and brings the container sealing member (8) into close contact with the rim of the container;
In addition, after filling is completed, the cam rail (181) that presses against the guide roller α3 presses the operating lever circle, so that the roller (
The support arm (121 is rotated counterclockwise to lift the sliding cylinder 00) from the rim of the container via the support arm 161.
前記スニフト導通孔（６）の上端は支持盤（２）に設け
られたスニフト訪導孔（１９）及び該スニフト誘導孔（
１９１に設けられたスニフトバルプ（２０）を介して支
持盤（２）内側のスニフトチャンバー（２１）に連結さ
れ、該スニフトチャンバー（２１）は排出バイブ（２２
を介して室外の大気と連通しており、またスニフト導通
孔（６）の下端は摺動筒（１０）内に形成された抑圧室
賜）に開口し、更に切欠部（ハ）′を介して容器側と連
通している。The upper end of the snift passage hole (6) is connected to the snift visiting hole (19) provided in the support plate (2) and the snift guiding hole (
It is connected to the snift chamber (21) inside the support plate (2) through the snift valve (20) provided in the snift valve (20), and the snift chamber (21)
The lower end of the sniff passage hole (6) opens into a suppression chamber formed in the sliding tube (10), and further communicates with the outdoor atmosphere through a notch (c)'. and communicates with the container side.
前記加圧ガス導通孔（７）の上端は支持盤（２）の加圧
ガス誘導孔（２４１及び充填液タンク（１）の下部の加
圧ガスチャンバー（２５）を介して充填液タンク１１）
の気相部に連結管（２６）で連結されると共に前記加圧
ガス誘導孔（２４）には加圧ガスバルブ（２７）が開閉
自在に設けられており、一方加圧ガス導通孔（７）の下
端は充填バルブ筒体（５）の下端に設けたスプレッダ−
（２８）の側部に開口している。The upper end of the pressurized gas communication hole (7) is connected to the filling liquid tank 11 via the pressurized gas induction hole (241) of the support plate (2) and the pressurized gas chamber (25) at the bottom of the filling liquid tank (1).
A pressurized gas valve (27) is provided in the pressurized gas guide hole (24) so as to be openable and closable. The lower end is a spreader provided at the lower end of the filling valve cylinder (5).
It opens on the side of (28).
前記摺動筒（１０）の下端部の加圧ガス導通孔（７）と
反対側には先端に引掛凹部（２９）を有するピン（３０
）が進退自在に螺着され、前記引掛凹部０９）にはスプ
レッ５ダーーーμｍ間隙をおいて嵌合しかつ嵌ｉ筒−帆
孔（３１１を設けた保持腕１３２）の屈曲係合片臼）が
係脱自在に係合すると共に前記嵌装筒孔（３１１の口縁
には緊締ナラ） （３４１が緊締自在に螺合し嵌装筒孔
（３１１に嵌挿されたベントチップ（３５１０局面凹凸
部を弾性スリーブ（：郭）を介して緊締固着している。At the lower end of the sliding tube (10), on the side opposite to the pressurized gas passage hole (7), there is a pin (30) having a hooking recess (29) at the tip.
) is screwed in such a way that it can move forward and backward, and the spreader 5 is fitted into the hook recess 09) with a gap of μm, and the fitting cylinder and the sail hole (holding arm 132 provided with 311) are bent and engaged with each other. are removably engaged with each other, and the opening of the fitting tube hole (311 has a tightening ring) (341 is tightenably screwed into the fitting tube hole (311) with a bent tip (3510 having uneven surfaces). The parts are tightened and fixed through an elastic sleeve.
前記ベントチップ田の保持腕（３２１の上方部分には上
部が充填バルブ筒体（５１のベント通路（３７１に嵌着
しかつ内部にフロート弁（層を有するフロート弁保持筒
６ｊが一体的に設けられ、液体がベントチップ田から侵
入するとフロート弁Ｃ３８）がベント通路ｃ３７’）を
閉鎖するように形成されている。The upper part of the holding arm (321) of the vent tip field is integrally provided with a float valve holding cylinder 6j that fits into the vent passage (371) of the filled valve cylinder (51) and has a float valve (layer) inside. The float valve C38) is configured to close the vent passage C37') when liquid enters from the vent tip field.
また充填バルブ筒体（５）に設けられた液体導通路（４
αを開閉するフローバルブ（４１）の支持部材（４２）
はペシト管（４３の外周面に螺装されたスプリング（４
４で上方に附勢されると共にその上端は支持盤（２）に
支承された制御杆（４５）の作動円板（１１６） Ｃ４
６）に衝接し、更に該作動円板１４６） Ｃ４６＋には
フローバルブ用カム（４７１と後述のベントバルブ用カ
ム（４８）とが設げられて−りてフローバルブ（４Ｄは
常時は液体導通路（４（１１を閉鎖している゛が、制御
杆１４勺が回動して支持部材（４２１がフローバルブ用
カム（４７１に衝接するとフローパルプ卿は液体導通路
＋４０）を開放し液体を流下充填できるように構成され
ている。In addition, the liquid conduction path (4) provided in the filling valve cylinder (5)
Support member (42) for the flow valve (41) that opens and closes α
is a spring (4) screwed onto the outer peripheral surface of the Pescito tube (43
4, and its upper end is supported by the support plate (2).
6), and the operating disk 146) C46+ is provided with a flow valve cam (471) and a vent valve cam (48), which will be described later. The passage (4 (11) is closed, but when the control rod 14 rotates and the support member (421 collides with the flow valve cam (471), the flow pulp master opens the liquid conduction passage +40) and the liquid flows out. It is constructed so that it can be filled downstream.
前記ベントパルプ筒体（４１には下端部をベント管（４
りのベント通路Ｇ３７）内に嵌装した上部ベント管（４
９）が摺動自在に嵌着し、該上部ベント管（４９）には
ベントバルブ筒体（４＋に固定されたベントパルプ（５
０）を開閉する弁座（５１１が形成されると共にスプリ
ングにで下方に附勢されてその突設した鍔板（５３１が
前記作動円板（４６）ｆ４６）に衝接しており、常時は
上部ベンＦ ’？Ｉ ｆ４！１）の弁座６１）でベント
バルブ（５０）が閉鎖しているが、制御杆（４（５）の
回動により作動円板＋４６） （４６）に設けたベント
パルプ用カム（４８）が衝接するとスプリングｔ５２）
の附勢力で弁座６υがベントバルブらＯ）から離れて上
部ベント管（４９）を開放するように構成されている。The lower end of the vent pulp cylinder (41) is connected to a vent pipe (41).
The upper vent pipe (4) fitted in the vent passage G37)
9) is slidably fitted into the upper vent pipe (49), and a vent pulp (5) fixed to the vent valve cylinder body (4+) is fitted in the upper vent pipe (49).
A valve seat (511) is formed to open and close the valve seat (511) and is urged downward by a spring so that its protruding flange plate (531) collides with the operating disc (46) f46, and the upper part is normally closed. The vent valve (50) is closed at the valve seat 61) of the Ben F'? When the pulp cam (48) collides with the spring t52)
The valve seat 6υ is separated from the vent valve (O) and opens the upper vent pipe (49) by the applied force.
前記ベントバルブ筒体（４１の上部には戻りガス室（財
）が設けられ、該戻りガス室６〜は戻りガス連結管ｌ５
５）で戻りガス排気パルプ（（ホ）、差圧制御装置６η
及び圧力検出素子６８１１５ＦＡを介して充填液タンク
（１）の気相部に連結されており、更忙充填液タンク（
１）と戻りガス排気パルプ（５６）前部における戻りガ
ス連結管（ロ）５９）
とは逆市町キ有する加圧ガス導通管側で連結されている
。A return gas chamber is provided in the upper part of the vent valve cylinder (41), and the return gas chamber 6 is connected to the return gas connecting pipe l5.
5) Return gas exhaust pulp ((e), differential pressure control device 6η
It is connected to the gas phase part of the filling liquid tank (1) through the pressure detection element 68115FA and the filling liquid tank (1).
1) and the return gas connecting pipe (b) 59) at the front of the return gas exhaust pulp (56) are connected on the pressurized gas conduit pipe side having a reverse opening.
前記制御杆（４５）には作動円板ｆ４６） ！４６）と
は別に加圧ガス誘導孔（２４１の加圧ガスパルプ（２７
１を開閉する加圧ガス用カム（６１１が設けられると共
にその外端には制御レバー（６２１が取付けられ、該制
御レバー（６２）は作動円板制御装置（６３）及び加圧
ガスパルプ制御装置（６４１及びクローズカム（６つで
制御される。The control rod (45) has an actuating disk f46)! In addition to the pressurized gas guide hole (241), the pressurized gas pulp (27
A pressurized gas cam (611) is provided for opening and closing the pressurized gas cam (611), and a control lever (621) is attached to the outer end of the pressurized gas cam (611). 641 and close cam (controlled by 6).
しかして前記制御杆の制御時期は先づ加圧ガス用カムｂ
υが加圧ガスパルプｆ２７１を開閉した後、ベントバル
ブ（５０）が開き稍々連れてフローパルプ（４１）が開
キ、次いでフローパルプ（４０が閉じベントバルブ（５
０）が閉じるように形成されている。Therefore, the control timing of the control rod is first controlled by the pressurized gas cam b.
After υ opens and closes the pressurized gas pulp f271, the vent valve (50) opens and gradually opens the flow pulp (41), then the flow pulp (40 closes and the vent valve (5)
0) is formed so that it is closed.
フトカム、（６７）は加弔声給主管である。Futokam (67) is in charge of providing condolences.
本発明の実施例は上記のように構成されているから昇降
機構（９）で暦動］１０）を下降してその容器シール部
伺（８）が容器口縁に圧ｘ″′４−ると、スニフトバル
ブ（２０）がスニフトバルプカム（６６）により開くと
共に加圧ガスパルプ制御装置（Ｅ、／Ｊが制御レバーｔ
ｌｉ２１を作動して加圧ガスパルプ（２７）を開いて容
器内に炭酸ガス等の加圧ガスを導入して容器内のエヤー
をスニフト導通孔（６）からスニフト誘導孔α９）す介
してスニフトチャンバー（２１）に押出し、次いでスニ
フトバルブカム（６６）はスニフトバルブ（２０）を閉
じ加圧ガスは抑圧・チャンバーｆ２３１ｒ加圧して容器
に対するシール力を促進した後加圧ガスパルプＩ２力は
閉じる。Since the embodiment of the present invention is constructed as described above, the lifting mechanism (9) lowers the calendar movement]10) and the container seal part (8) applies pressure x'''4- to the rim of the container. , the snift valve (20) is opened by the snift valve cam (66), and the pressurized gas pulp control device (E, /J is opened by the control lever t).
Activate the li21 to open the pressurized gas pulp (27), introduce pressurized gas such as carbon dioxide into the container, and send the air in the container from the snift conduction hole (6) to the snift induction hole α9). After extruding into the chamber (21), the snift valve cam (66) closes the snift valve (20) and the pressurized gas is suppressed and the chamber f231r is pressurized to promote the sealing force against the container, and then the pressurized gas pulp I2 force is closed.
このようにして容器内が高圧下に保持されると制御杆（
４５１の制御レバー弥が作動円板セ１ｊ詞装置時で作動
されて先づベントパルプ用カム（４８）によりベントバ
ルブ（５０）が開き容器内が充填液タンク（１）と同圧
になり、欠いでフローパルプ用カム（４７１でフローパ
ルプ（４０が開いて充填液が液体導通路（４（１を通っ
て容器に充填が開始される。When the inside of the container is maintained under high pressure in this way, the control rod (
When the control lever 451 is actuated by the actuating disk unit, the vent valve (50) is first opened by the vent pulp cam (48), and the inside of the container becomes at the same pressure as the filling liquid tank (1). When the flow pulp cam (471) is opened, the filling liquid passes through the liquid conduction path (4 (1) and starts filling the container.
液体が容器に充填されると容器内の加圧ガスはベント通
路６７）及びベントバルブ６０）を経て戻りガス室５４
）に流れると共にその液面の上昇はベントチップ３９の
通気孔を塞ぎ入味線を形成した後火にベントチップ１３
５）を上昇してフロート弁（支））を押上げベント通路
３７）を閉鎖せしめ容器のヘッドスペースの気体圧と充
填ヘッド圧は釣り合い充填作用は停止する。When the container is filled with liquid, the pressurized gas in the container returns to the gas chamber 54 via the vent passage 67) and the vent valve 60).
), and the rise in the liquid level blocks the vent hole of the vent tip 39 and forms a seasoning line.
5) is raised to push up the float valve (support) to close the vent passage 37), and the gas pressure in the head space of the container and the filling head pressure are balanced and the filling action is stopped.
このようにして充填が停止するとクローズカム（６５１
により制御杆（４９が作動し先づフローバルブ（４１１
が、次いでベントバルブ（５０）が順次閉じ、最後にス
ニフトバルブ（２０）が再びスニフトカム（６６）で開
き容器のヘッドスペースのガス圧を大気圧にした後、摺
動筒α０は上昇して容器口縁より離れ全ての充填工程は
完了するものである。When filling is stopped in this way, the close cam (651
The control rod (49) is actuated and the flow valve (411
However, the vent valve (50) is then closed in sequence, and finally the snift valve (20) is opened again by the snift cam (66) to bring the gas pressure in the head space of the container to atmospheric pressure, and the sliding tube α0 rises to open the container opening. All filling steps away from the edges are complete.
しかして前記戻りガス室５滲に入った戻りガスは戻りガ
ス連結管（５５１の戻りガス排気バルブ（ト）によりエ
ヤーは充填室外に排気され、充填液タンク（１）に戻ら
ないようにして充填液中にエヤーが吸収されるのを防止
しており、また容器内のエヤーの排出時の加圧ガスは加
圧ガス導通孔（７）から容器内を下方から上方に向う環
流となって噴流し更にスプレッダ−（２）と保持アーム
１３２）の隙間を通ってエヤーをスニフト導通孔（６）
に排出する。The return gas that has entered the return gas chamber 5 is exhausted to the outside of the filling chamber by the return gas exhaust valve (g) of the return gas connection pipe (551), and the air is filled without returning to the filling liquid tank (1). This prevents air from being absorbed into the liquid, and when the air in the container is discharged, the pressurized gas flows from the pressurized gas communication hole (7) into the container from below to above, forming a jet flow. Furthermore, the air is passed through the gap between the spreader (2) and the holding arm 132) to the sniff passage hole (6).
to be discharged.
本発明は逆圧式液体充填バルブにおけるフローパルプ、
加圧ガスバルブ及びベントバルブの開閉を夫々制御する
カムを同一の制御杆に設はスニフトバルプ以外の制御は
同一の制御杆で制御するようにして容器内の大気エヤー
の排除と充填時の容器内からの戻りガスを排出するよう
にしたので、操作機構が簡易であると共に各バルブの調
整も容易であり、しかも大気エヤー及び加圧混合ガスの
給排作用も円滑に行うことができ、特に容器内からの戻
りガスを充填液タンクに入れないようにした液体充填バ
ルブの機構を著しく簡易化でき好適である。The present invention provides a flow pulp in a counter pressure type liquid filling valve,
The cams that control the opening and closing of the pressurized gas valve and the vent valve are installed on the same control rod, and all controls other than the snift valve are controlled using the same control rod, thereby eliminating atmospheric air from inside the container and removing air from inside the container during filling. Since the return gas is discharged, the operation mechanism is simple and each valve can be adjusted easily.Moreover, atmospheric air and pressurized mixed gas can be supplied and discharged smoothly, especially when inside the container. This is advantageous because the mechanism of the liquid filling valve that prevents the return gas from entering the filling liquid tank can be significantly simplified.
また本発明は加圧ガス導通孔とスニフト導通孔及び切欠
部は充填バルブ筒体の両側に対向して開口しているので
、加圧ガス導通孔からの加圧ガスは容器内を下方から上
方に向って流れてスニフト導通孔に円滑に指向し大気エ
ヤーを迅速かつ効率良く排除することができる。Furthermore, in the present invention, the pressurized gas passage hole, the snift passage hole, and the notch are open on opposite sides of the filling valve cylinder, so that the pressurized gas from the pressurized gas passage hole flows inside the container from below to above. The air flows smoothly toward the snift passage hole, allowing atmospheric air to be quickly and efficiently removed.
第１図は本発明の一部切欠正面図、第２図は同要部の縦
断正面図、第３図は同要部の横断平面図、第４図は同要
部の底面図、第５図及び第６図は夫々要部の縦断側面図
、第７図は同要部の縦断正面図、第８図は本発明充填バ
ルブの配置説明図である。
（５）・・・充填液タンク体、（６）・・・スニフト導
通孔、（７）・・・加圧ガス導通孔、（２０１・・・ス
ニフトバルブ、（２η・・・加圧ガスパルプ、儲′・・
・切欠部、（４υ・・・フローバルブ、（４５１・・・
制御杆、（４７１・・・フローバルブ用カム、（４８）
・・・ベントバルブ用カム、５０）・・・ベントバルブ
。Fig. 1 is a partially cutaway front view of the present invention, Fig. 2 is a vertical sectional front view of the main part, Fig. 3 is a cross-sectional plan view of the main part, Fig. 4 is a bottom view of the main part, and Fig. 5 is a front view of the main part. 6 and 6 are respectively longitudinal sectional side views of the essential parts, FIG. 7 is a longitudinal sectional front view of the essential parts, and FIG. 8 is an explanatory diagram of the arrangement of the filling valve of the present invention. (5)... Filled liquid tank body, (6)... Snift passage hole, (7)... Pressurized gas passage hole, (201... Snift valve, (2η... Pressurized gas pulp, '...
・Notch, (4υ...flow valve, (451...
Control rod, (471...cam for flow valve, (48)
...Cam for vent valve, 50)...Vent valve.
Claims (1)
プ及びベントバルブを設けると共に前記液体充填パルプ
のフローバルブを開閉する制御杆に前記ベントバルブを
開閉するカムと加圧ガスパルプを開閉するカムとを設け
た逆圧式液体充填バルブ。 ２、液体充填パルプに、スニフトバルプ、加圧ガスパル
プ及びベントバルブを設けると共に前記液体充填パルプ
のフローバルブを開閉する制御杆に前記ベントバルブを
開閉するカムと加圧ガスパルプを開閉するカムとを設け
、更に前記液体充填パルプの切欠部と加圧ガス導通孔の
下端開口部を充填バルブ筒体の両側に対向するように開
口せしめた逆圧式液体充填バルブ。[Claims] 1. The liquid-filled pulp is provided with a snift valve, a pressurized gas pulp, and a vent valve, and a control rod that opens and closes the flow valve of the liquid-filled pulp has a cam that opens and closes the vent valve and a cam that opens and closes the pressurized gas pulp. A counter pressure type liquid filling valve equipped with a cam. 2. The liquid-filled pulp is provided with a snift valve, a pressurized gas pulp, and a vent valve, and the control rod that opens and closes the flow valve of the liquid-filled pulp is provided with a cam that opens and closes the vent valve and a cam that opens and closes the pressurized gas pulp; Furthermore, a reverse pressure type liquid filling valve is provided, wherein the notch of the liquid filling pulp and the lower end opening of the pressurized gas communication hole are opened so as to face both sides of the filling valve cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21224582A JPS59124295A (en) | 1982-12-03 | 1982-12-03 | Counter pressure type liquid filling valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21224582A JPS59124295A (en) | 1982-12-03 | 1982-12-03 | Counter pressure type liquid filling valve |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS59124295A true JPS59124295A (en) | 1984-07-18 |
| JPS6246433B2 JPS6246433B2 (en) | 1987-10-02 |
Family
ID=16619373
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP21224582A Granted JPS59124295A (en) | 1982-12-03 | 1982-12-03 | Counter pressure type liquid filling valve |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS59124295A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6213898U (en) * | 1985-07-12 | 1987-01-27 | ||
| JPH0594199U (en) * | 1986-04-21 | 1993-12-21 | フィギー・インターナショナル・インコーポレイテッド | Filling valve mechanism used for containers such as cans |
-
1982
- 1982-12-03 JP JP21224582A patent/JPS59124295A/en active Granted
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6213898U (en) * | 1985-07-12 | 1987-01-27 | ||
| JPH0594199U (en) * | 1986-04-21 | 1993-12-21 | フィギー・インターナショナル・インコーポレイテッド | Filling valve mechanism used for containers such as cans |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6246433B2 (en) | 1987-10-02 |
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