WO2015151253A1

WO2015151253A1 - Packaging container

Info

Publication number: WO2015151253A1
Application number: PCT/JP2014/059802
Authority: WO
Inventors: 隆太郎渡邉
Original assignee: 隆太郎渡邉
Priority date: 2014-04-03
Filing date: 2014-04-03
Publication date: 2015-10-08

Abstract

[Problem] To solve the problem of liquid dripping onto hands or a liquid container when a measuring lid that is mounted to a liquid container opening is removed so as to measure a liquid. [Solution] The interior of a flexible container is provided with a partitioning plate that partitions the interior of the container. A measuring chamber is formed above the partitioning plate, and a container chamber is formed below the partitioning plate. A side plate that has a liquid flow hole and a side plate that has an air flow hole are formed so as to extend above the periphery of the partitioning plate. A liquid flow hole lower part and an air flow hole lower part are continuous with the container chamber, and a liquid flow hole upper part and an air flow hole upper part are continuous with the measuring chamber. An upper part of the side plates is provided with hook packing that connects the upper part of the side plates. A groove is formed in a container lid. The groove is hooked on the hook packing. A container lid side part is provided with a liquid outlet. A liquid discharge tube is formed so as to extend from the liquid outlet to the vicinity of the partitioning plate. The liquid outlet is blocked by a liquid outlet lid. The container is marked with a slanted measuring line and a measuring line.

Description

包装容器Packaging container

　容器の内部に装着された仕切り版により容器内を分割して計量室と容器室にして、容器内の液体又は粉体の必要量を計量し、計量した液体又は粉体を使用箇所に排出するさいに用いられる計量容器に関する。 Divide the inside of the container by a partition plate installed inside the container into a measuring chamber and a container chamber, measure the required amount of liquid or powder in the container, and discharge the measured liquid or powder to the place of use The present invention relates to a weighing container used at the end.

　従来カップ蓋液体容器では特許文献１、特許文献２、特許文献３のものが知られているが、いずれも洗濯時に計量升を兼ねるカップ蓋のキャップを開けるか又はカップ蓋そのものを取り外し、液体を計量する構成になっている。 Conventionally, there are known cup lid liquid containers of Patent Literature 1, Patent Literature 2, and Patent Literature 3, all of which open the cap of the cup lid that also serves as a measuring basket during washing or remove the cup lid itself, It is configured to measure.

　しかしながら、従来のカップ蓋液体容器は、升蓋上の計量キャップを取り外して容器より液体を計量キャップに移すさい、又計量キャップに出しすぎた液体を液体容器へ戻す場合、特に持ち手付き大容量液体容器の場合は、非力な高年齢者など手が震えて計量キャップより容器や手、床などに液体が垂れてしまうとゆう欠点があった。 However, the conventional cup lid liquid container has a large-capacity liquid with a handle, especially when removing the measuring cap on the lid and transferring the liquid from the container to the measuring cap, and when returning the excessively discharged liquid to the liquid container. In the case of containers, there was a drawback when liquids spilled on the container, hand, floor, etc. from the weighing cap due to shaking of hands such as incompetent elderly people.

特開２０１０－１７３７１２号公報JP 2010-173712 A 実開平７－２８０５３号公報Japanese Utility Model Publication No. 7-28053 実開平４－１６１６４号公報Japanese Utility Model Publication No. 4-16164

　本発明は、以上のような従来の欠点を鑑み、容器内部を仕切る仕切り板を容器内部に設け　仕切板より上を計量室とし、仕切り板より下を容器室として、容器室内の液体又は紛体を容器室より計量室に移動し計量できて、計量後計量した液体又は紛体を使用箇所に排出できる包装容器を提供する事を目的としている。 In view of the above-mentioned conventional drawbacks, the present invention provides a partition plate for partitioning the inside of the container inside the container. The measurement chamber is above the partition plate and the container chamber is below the partition plate. The purpose of the present invention is to provide a packaging container that can be moved from the container room to the measuring room and can be weighed, and the liquid or powder weighed after weighing can be discharged to the place of use.

　特許文献１は、カップ蓋上の計量キャップを取り外して容器より液体を計量キャップに移すさい、又計量キャップに出しすぎた液体を液体容器へ戻す場合に、特に持ち手付き大容量液体容器の場合非力な高年齢者など手が震えて計量キャップより容器や手、床などに液体が垂れてしまう問題を解決しようとするものである。 Japanese Patent Laid-Open No. 2004-151867 is incapable of removing the measuring cap on the cup lid and transferring the liquid from the container to the measuring cap, and returning too much liquid from the measuring cap to the liquid container, particularly in the case of a large-capacity liquid container with a handle. It is intended to solve the problem that a liquid such as an elderly person shakes and a liquid drops from a measuring cap to a container, a hand, or a floor.

　請求項１は、容器口部にネジにより螺合する容器蓋を備えた柔軟性材料からなる容器と前記容器口部に装着して計量室を形成する計量具において、該計量具は、前記容器口部に装着した場合に前記容器内を容器室と容器口部を区画するための外周にパッキンを備えた仕切り板を有し、該仕切り板の中心を挟んで相対する外周寄りの位置に２本の液流穴を有する側板と空流穴を有する側板がそれぞれ仕切り板上に立設され、前記２本の側板の上部を繋ぐフックパッキンを設けており、又、前記液流穴と空流穴のそれぞれは前記容器室から計量室に通じており、一方、前記容器蓋の内周面には前記フックパッキンの外周部を嵌合させるための溝を形成すると共に、前記容器蓋の側部には蓋を有する液排口が設けられると共に、この液排口には仕切り板の近傍まで伸びる液配管が繋がって形成されている包装容器 [Claim 1] A container made of a flexible material having a container lid screwed to a container mouth by a screw, and a measuring instrument attached to the container mouth to form a measuring chamber, wherein the metering tool includes the container When attached to the mouth portion, the container has a partition plate provided with packing on the outer periphery for partitioning the container chamber and the container mouth portion, and is located at a position near the outer periphery facing the center of the partition plate. A side plate having a liquid flow hole and a side plate having an air flow hole are respectively provided upright on the partition plate, and provided with hook packings that connect the upper portions of the two side plates. Each of the holes communicates from the container chamber to the measuring chamber, and on the other hand, a groove for fitting the outer peripheral portion of the hook packing is formed on the inner peripheral surface of the container lid, and the side portion of the container lid A liquid outlet with a lid is provided on the liquid outlet. Ri packaging container liquid piping extending to the vicinity are formed connected plate

　請求項２は、前記蓋の溝にフックパッキンを嵌合してあることにおいて、容器口部より容器蓋と仕切り板は一体に脱着できる包装容器 [Claim 2] A packaging container in which the container lid and the partition plate can be integrally attached and detached from the container mouth portion when hook packing is fitted in the groove of the lid.

　請求項３は、前記仕切り板中央に縦軸受けを設けて、仕切り板周囲より上に伸びる液流穴と液流口を有する側板と、空流穴と空流口を有する側板を形成して、液流口と空流口を開閉する液空流調整弁を液流口と空流口間に配設し、液空流調整弁より上下に伸びる縦軸下部に縦軸フックを形成しスプリングを装着して、縦軸受けにフックを貫通させ縦軸フックに止輪を装着して、容器口部内側に溝を形成し、溝にフックを嵌合して、容器口部に容器蓋を装着し、容器蓋脱着により縦軸が上下動する包装容器。 Claim 3 provides a vertical plate in the center of the partition plate, forming a side plate having a liquid flow hole and a liquid flow port extending above the periphery of the partition plate, and forming a side plate having an air flow hole and an air flow port, A liquid air flow adjustment valve that opens and closes the liquid flow port and the air flow port is disposed between the liquid flow port and the air flow port. Attach the hook to the vertical bearing, attach the retaining ring to the vertical hook, form a groove inside the container mouth, fit the hook into the groove, and attach the container lid to the container mouth A packaging container in which the vertical axis moves up and down by removing the container lid.

　請求項４は、前記仕切板中央に縦軸受けと液流口を形成し、容器蓋中央に柔軟性材料で形成された押しボタンを装着して、容器蓋と縦軸受け間にフックを有する縦軸を配設し、縦軸下部にスプリングを装着し、縦軸受けにフックを貫通させフックに液流口弁を装着して、容器蓋中央の押しボタンを押し縦軸と液流口弁を上下動させて液流口を開閉できる包装容器。 Claim 4 is a vertical axis having a vertical axis receiver and a liquid flow port at the center of the partition plate, a push button formed of a flexible material at the center of the container lid, and a hook between the container lid and the vertical axis receiver. A spring is attached to the lower part of the vertical axis, a hook is passed through the vertical axis receiver, a liquid outlet valve is attached to the hook, a push button in the center of the container lid is pushed, and the vertical axis and the liquid outlet valve are moved up and down. A packaging container that can open and close the liquid outlet.

　請求項５は、前記側板のフックパッキン下に突起を設け、容器口部内側に溝を形成し、前記溝に前記突起を脱着容易に嵌合してある包装容器。 5. A packaging container according to claim 5, wherein a protrusion is provided below the hook packing of the side plate, a groove is formed inside the container mouth, and the protrusion is easily fitted in the groove.

　請求項６は、前記仕切り板中央に液流管を形成して、液流管は、仕切り板より容器底迄延長すると共に仕切り板より上に伸ばして、液流管上部に柔軟性材で料形成した切断線液流口を有する液流口キャップを装着してある包装容器。 According to a sixth aspect of the present invention, a liquid flow tube is formed at the center of the partition plate, and the liquid flow tube extends from the partition plate to the bottom of the container and extends above the partition plate. A packaging container equipped with a liquid outlet cap having a formed cutting line liquid outlet.

　請求項７は、前記容器内部に容器内部を仕切る仕切り板挿入のさいに仕切り板を固定する溝を容器内部に円周状に設け、溝に仕切り板を脱着容易に挿入してあると共に、容器口部に装着する容器蓋側部を上に延長して、延長した容器蓋側部より仕切り板近く迄液排穴を形成して、容器口部を覆う容器蓋の天板上に天秤形埋め込み式弁レバーを設け、液排穴内の液流を遮断する弁を弁レバーにより上下動自在に装着してある包装容器。 According to a seventh aspect of the present invention, a groove for fixing the partition plate is provided circumferentially inside the container when the partition plate is inserted into the container to insert the partition plate, and the partition plate is easily inserted into and removed from the groove. The container lid side part to be attached to the mouth is extended upward, a liquid drainage hole is formed from the extended container lid side part to near the partition plate, and the balance is embedded on the top of the container lid covering the container mouth part A packaging container that is equipped with a valve lever and is fitted with a valve that can be moved up and down with the valve lever.

　請求項８は、前記仕切り板より上に伸ばした液流管の左右を切り欠き、残った部分を取っ手形状にして、液流管上部に柔軟性材料であるシリコンゴム素材で形成した切断線液流口を設けた液流口キャップを脱着容易に装着して、容器口部を覆う容器蓋の一部を樋形状にし、容器蓋に樋を覆う液排口蓋を装着してある包装容器。 Claim 8 is a cutting line liquid formed by cutting the left and right sides of the liquid flow pipe extending above the partition plate, forming the remaining portion as a handle, and a silicon rubber material as a flexible material on the upper part of the liquid flow pipe A packaging container in which a liquid outlet cap provided with an outlet is easily attached and detached, a part of a container lid covering the container mouth part is shaped like a bowl, and a liquid outlet lid covering the bottle is attached to the container lid.

　請求項１と請求項２に対応する液体容器は、柔軟性容器内部に容器内部を仕切る仕切り板を設け、仕切板より上を計量室とし、仕切り板より下を容器室として、仕切り板周囲の溝にパッキンを装着し、仕切り板に仕切り板周囲より上に伸びる液流穴を有する側板と空流穴を有する側板を形成し、液流穴下部と空流穴下部は容器室に続け上部は計量室に続けて、側板上部を繋ぐフックパッキンを設ける。 The liquid container corresponding to claim 1 and claim 2 is provided with a partition plate for partitioning the inside of the flexible container inside the flexible container, the upper part of the partition plate as a measurement chamber, and the lower part of the partition plate as a container chamber. A packing is installed in the groove, and a side plate having a liquid flow hole extending above the partition plate and a side plate having an air flow hole are formed on the partition plate. The lower part of the liquid flow hole and the lower part of the air flow hole are connected to the container chamber and the upper part is A hook packing that connects the upper part of the side plate is provided after the measuring chamber.

　容器口部に装着する容器蓋に、容器口部の雄螺子に螺合する雌螺子上に溝を形成して、溝にフックパッキンを引っ掛けて、容器蓋側部に液排口を設けて、液排口より仕切板近くまで伸びる液排管を形成して、液排口を液排口蓋で塞いで、容器に傾斜計量線と計量線を記入する。 Forming a groove on the female screw to be screwed into the male screw of the container mouth part on the container lid attached to the container mouth part, hooking hook packing into the groove, and providing a liquid outlet on the container lid side part, A liquid drain pipe extending from the liquid outlet to the vicinity of the partition plate is formed, the liquid outlet is closed with a liquid outlet lid, and an inclined measuring line and a measuring line are written on the container.

　請求項３に対応する液体容器は、容器内部に容器内部を仕切る仕切り板を設け、仕切板より上を計量室とし、仕切り板より下を容器室として、仕切り板周囲の溝にパッキンを装着し、仕切り板中央に縦軸受けを設けて、仕切り板に仕切り板周囲より上に伸びる液流穴と液流口を有する側板と、空流穴と空流口を有する側板を形成し、液流穴下部と空流穴下部は容器室に続け、液流口と空流口は計量室に続けて、側板上部を繋ぐフックを形成する。 The liquid container corresponding to claim 3 is provided with a partition plate for partitioning the inside of the container inside the container, with a measuring chamber above the partition plate and a container chamber below the partition plate, and packing is installed in a groove around the partition plate. The vertical plate is provided at the center of the partition plate, the partition plate is formed with a side plate having a liquid flow hole and a liquid flow port extending above the periphery of the partition plate, and a side plate having an air flow hole and an air flow port. The lower part and the lower part of the air flow hole are continued to the container chamber, and the liquid flow port and the air flow hole are continued to the measuring chamber to form a hook connecting the upper part of the side plate.

　液流口と空流口を開閉する液空流調整弁を液流口と空流口間に配設し、液空流調整弁に液空流調整弁より上下に伸びる縦軸下部に縦軸フックを形成しスプリングを装着して、縦軸受けにフックを貫通させ縦軸フックに止輪を装着する。 A liquid / air flow adjustment valve that opens and closes the liquid flow port and the air flow port is disposed between the liquid flow port and the air flow port, and the liquid / air flow adjustment valve extends vertically above the liquid / air flow adjustment valve. A hook is formed and a spring is attached, and the hook is passed through the longitudinal axis receiver, and a retaining ring is attached to the longitudinal axis hook.

　容器口部内側に溝を形成して、溝にフックをはめ込み、容器口部に蓋を装着し、縦軸上部を容器蓋まで延長して、容器に傾斜計量線と計量線を記入する。 ∙ Form a groove inside the container mouth, fit a hook into the groove, attach a lid to the container mouth, extend the upper part of the vertical axis to the container lid, and write an inclined weighing line and a weighing line on the container.

　請求項４に対応する液体容器は、容器内部に容器内部を仕切る仕切り板を設け、仕切板より上を計量室とし、仕切り板より下を容器室として、仕切板中央に縦軸受けと液流口形成し、仕切り板周囲の溝にパッキンを装着して、仕切り板に仕切り板周囲より上に伸びる左側板と右側板を形成し、左側板と右側板上部に左側板と右側板上部を繋ぐフックパッキンを設ける。 The liquid container corresponding to claim 4 is provided with a partition plate for partitioning the inside of the container inside the container, the measurement chamber is above the partition plate, the container chamber is below the partition plate, and a vertical axis receiver and a liquid outlet at the center of the partition plate Forming and attaching packing to the groove around the partition plate, forming the left plate and right plate extending above the partition plate to the partition plate, and connecting the left plate and upper right plate to the left plate and right plate upper part Install packing.

　容器口部に装着する容器蓋に、容器口部の雄螺子に螺合する雌螺子上に溝を形成して、溝にフックパッキンを引っ掛けて、容器蓋側部に液排口を設けて、容器蓋中央に柔軟性樹脂で形成された押しボタンを装着し、液排口を液排口蓋で塞ぐ。 Forming a groove on the female screw to be screwed into the male screw of the container mouth part on the container lid attached to the container mouth part, hooking hook packing into the groove, and providing a liquid outlet on the container lid side part, A push button made of a flexible resin is attached to the center of the container lid, and the liquid outlet is closed with the liquid outlet lid.

　容器蓋と縦軸受け間にフックを有する縦軸を配設し、縦軸下部にスプリングを装着し縦軸受けにフックを貫通させフックに液流口弁を装着して、容器に目安計量線と計量線を記入する。 A vertical axis with a hook is arranged between the container lid and the vertical axis receptacle, a spring is attached to the lower part of the vertical axis, a hook is passed through the vertical axis receptacle, and a liquid outlet valve is attached to the hook. Fill in the line.

　請求項５に対応する液体容器は、容器内部に容器内部を仕切る仕切り板を設け、仕切板より上を計量室とし、仕切り板より下を容器室として、仕切板中央に縦軸受けと液流口を形成し、仕切り板周囲の溝にパッキンを装着して、仕切り板に仕切り板周囲より上に伸びる左側板と右側板を形成し、左側板と右側板上部に左側板上部と右側板上部を繋ぐフックパッキンを設け、フックパッキン下であり左側板と右側板に突起を形成する。 The liquid container corresponding to claim 5 is provided with a partition plate for partitioning the inside of the container inside the container, the measurement chamber is above the partition plate, the container chamber is below the partition plate, and a vertical axis receiver and a liquid flow port at the center of the partition plate The packing is installed in the groove around the partition plate, and the left plate and the right plate extending above the partition plate are formed on the partition plate, and the left plate upper portion and the right plate upper portion are formed on the left plate and the right plate upper portion. A hook packing to be connected is provided, and projections are formed on the left side plate and the right side plate below the hook packing.

　容器口部内側に溝を形成し溝に突起を引っ掛けて、容器口部に装着する容器蓋に、容器口部の雄螺子に螺合する雌螺子を設け、容器蓋中央に柔軟性樹脂で形成された押しボタンを装着し、容器口部を容器蓋で塞ぐ。 A groove is formed inside the container mouth, a protrusion is hooked into the groove, and a female screw that engages with the male screw of the container mouth is provided on the container lid to be attached to the container mouth, and formed by a flexible resin at the center of the container lid Attach the pressed button and close the container mouth with the container lid.

　請求項６に対応する液体容器は、柔軟性容器内部に容器内部を仕切る仕切り板を設け、仕切板より上を計量室とし、仕切り板より下を容器室として、仕切り板周囲の溝にパッキンを装着し、仕切り板中央に液流管を形成して、液流管は、仕切り板より容器底迄延長すると共に仕切り板より上に伸ばして、液流管上部に柔軟性材料であるシリコン素材で形成した切断線液流口を設けた液流口キャップを装着する。 The liquid container corresponding to claim 6 is provided with a partition plate for partitioning the inside of the flexible container inside the flexible container, and the packing plate is provided in a groove around the partition plate with the measurement chamber above the partition plate and the container chamber below the partition plate. A liquid flow tube is formed at the center of the partition plate. The liquid flow tube extends from the partition plate to the bottom of the container and extends above the partition plate. A liquid outlet cap provided with the formed cutting line liquid outlet is attached.

　仕切り板に仕切り板周囲より上に伸びる左側板と右側板を形成し、左側板と右側板上部にフックを設け、仕切り板の脱着のさいに使用する梁を左側板と右側板上部間に設けて、容器口部内側に溝を形成し、溝にフックを係止して、容器口部にネジにより螺合する容器蓋を装着して、容器に計量線を記入する。 The left and right plates that extend upward from the periphery of the partition plate are formed on the partition plate, hooks are provided on the left and right plate tops, and a beam that is used to attach / detach the partition plate is provided between the left and right plate tops. Then, a groove is formed inside the container mouth portion, a hook is locked in the groove, a container lid that is screwed into the container mouth portion with a screw is attached, and a measurement line is written on the container.

　請求項７に対応する液体容器は、柔軟性容器内部に容器内部を仕切る仕切り板挿入のさいに仕切り板を固定する溝を容器内部に円周状に設け、溝に仕切り板を脱着容易に挿入して、仕切板より上を計量室とし、仕切り板より下を容器室として、仕切り板には仕切り板より上に伸びる液流穴と空流穴形成されて、液流穴下部と空流穴下部は容器室に続け上部は計量室に続ける。 The liquid container corresponding to claim 7 is provided with a groove for fixing the partition plate inside the flexible container when the partition plate is inserted inside the flexible container, and the partition plate is easily inserted into the groove. Then, the upper part of the partition plate is used as a measuring chamber, the lower part of the partition plate is used as a container chamber, and the partition plate is formed with a liquid flow hole and an air flow hole extending above the partition plate. The lower part continues to the container chamber and the upper part continues to the weighing chamber.

　容器口部に雄螺子形成し、容器口部に装着する容器蓋に、容器口部の雄螺子に螺合する雌螺子を設け容器蓋側部を上に延長して、延長した容器蓋側部より仕切り板近く迄液排穴を形成して、液排穴の容器蓋側部を液排口とし仕切り板近くを下液排口として、容器口部を覆う容器蓋の天板上に天秤形埋め込み式弁レバーを設け、液排穴内の液流を遮断する弁を弁レバーに弁レバーにより上下動自在に装着して、容器に傾斜計量線と計量線を記入する。 A container lid is formed by forming a male screw in the container mouth, and a container lid to be attached to the container mouth is provided with a female screw to be screwed into the male screw in the container mouth, and the container lid side is extended upward. A liquid drainage hole is formed as close as possible to the partition plate, and the balance is formed on the top plate of the container lid that covers the container mouth, with the container lid side portion of the liquid drainage hole as the liquid drainage port and the partition plate near the lower liquid drainage port. An embedded valve lever is provided, and a valve that shuts off the liquid flow in the liquid drain hole is attached to the valve lever so as to be movable up and down by the valve lever, and an inclined measuring line and a measuring line are written on the container.

　請求項８に対応する液体容器は、柔軟性容器内部に容器内部を仕切る仕切り板を設け、仕切板より上を計量室とし、仕切り板より下を容器室として、仕切り板周囲の溝にパッキンを装着し、仕切り板中央部に液流管を形成して、液流管は、仕切り板より容器底迄延長すると共に仕切り板より上に伸ばした左右を切り欠き、残った部分を取っ手形状にして、液流管上部に柔軟性材料であるシリコンゴム素材で形成した切断線液流口を設けた液流口キャップを脱着容易に装着する。 The liquid container corresponding to claim 8 is provided with a partition plate for partitioning the inside of the flexible container inside the flexible container, the measurement chamber is above the partition plate, the container chamber is below the partition plate, and packing is provided in a groove around the partition plate. Attach and form a liquid flow tube in the center of the partition plate.The liquid flow tube extends from the partition plate to the bottom of the container and cuts out the left and right sides extending above the partition plate, and the remaining part is made into a handle shape. A liquid outlet cap provided with a cutting line liquid outlet formed of a silicon rubber material as a flexible material on the upper part of the liquid pipe is easily attached and detached.

　容器口部を覆う容器蓋の一部を樋形状にして、容器蓋に樋を覆う液排口蓋を装着して、容器に計量線を記入する。一部 Make a part of the container cover that covers the container mouth part into a bowl shape, attach the liquid drain cover that covers the container to the container cover, and write a measurement line on the container.

　以下図面に基づき説明する。
　容器（１）図１－図７符号１－符号１７は、柔軟性容器（１）内部に容器（１）内部を仕切る仕切り板（２）を設けたことにおいて、仕切板（２）より上を計量室（３）とし、仕切り板（２）より下を容器室（４）とすることができる。
　仕切り板（２）周囲より上に伸びる側板が全体円周ではなく左側板（７）と右側板（９）を形成してあり、計量室（３）側部の容器（１）と、左側板（７）と右側板（９）が接触していないことにおいて、液体計量時に計量室（３）側部全体の液体表面線を容器（１）外側より明確に確認することができる。 This will be described with reference to the drawings.
Container (1) FIG. 1 to FIG. 7 Numerals 1 to 17 indicate that the partition plate (2) for partitioning the interior of the container (1) is provided inside the flexible container (1). The measuring chamber (3) can be used, and the space below the partition plate (2) can be used as the container chamber (4).
The side plate extending above the periphery of the partition plate (2) forms the left side plate (7) and the right side plate (9) instead of the entire circumference, the container (1) on the side of the weighing chamber (3), and the left side plate Since (7) and the right side plate (9) are not in contact with each other, the liquid surface line of the entire side of the measuring chamber (3) can be clearly confirmed from the outside of the container (1) during liquid measurement.

　仕切り板（２）に仕切り板（２）周囲より上に伸びる液流穴（６）を有する左側板（７）と空流穴（８）を有する右側板（９）を形成し、液流穴（６）下部と空流穴（８）下部は容器室（４）に続け上部は計量室（３）に続けてあることにおいて、容器（１）を液流穴（６）方向に倒すと容器室（４）内の液体は、液流穴（６）を通過して計量室（３）に流入すると共に計量室（３）内の空気は空流穴（８）を通過して容器室（４）内に流入して、液体の計量ができる。 The partition plate (2) is formed with a left plate (7) having a liquid flow hole (6) extending above the periphery of the partition plate (2) and a right plate (9) having an empty flow hole (8). (6) Lower and empty flow holes (8) The lower part is continued to the container chamber (4) and the upper part is continued to the measuring chamber (3). When the container (1) is tilted in the direction of the liquid flow hole (6), the container The liquid in the chamber (4) passes through the liquid flow hole (6) and flows into the measuring chamber (3), and the air in the measuring chamber (3) passes through the empty flow hole (8) and enters the container chamber ( 4) It can flow into and weigh liquid.

　左側板（７）と右側板（９）上部に左側板（７）と右側板（９）上部を繋ぐフックパッキン（１０）を設けて、容器（１）口部に装着する容器蓋（１１）に溝（１２）を形成して、溝（１２）にフックパッキン（１０）を引っ掛けることにおいて、容器（１）口部より容器蓋（１１）を緩めて上げると共に仕切板（２）が容器（１）口部より取り除かれて容器（１）口部より液体の補充ができる。 A container lid (11) mounted on the container (1) mouth by providing a hook packing (10) for connecting the left plate (7) and the upper portion of the right plate (9) to the upper portion of the left plate (7) and the right plate (9). The groove (12) is formed in the groove (12), and the hook packing (10) is hooked into the groove (12). The container lid (11) is loosened and raised from the mouth of the container (1), and the partition plate (2) 1) It can be removed from the mouth and the container (1) can be refilled with liquid from the mouth.

　容器（１８）図８－図１２符号１８－符号３９は、仕切り板（１９）中央に縦軸受け（２３）を設けて、仕切り板（１９）に仕切り板（１９）周囲より上に伸びる液流穴（２４）と液流口（２５）を有する左側板（２６）と、空流穴（２７）と空流口（２８）を有する右側板（２９）を形成し、液流口（２５）と空流口（２８）を開閉する液空流調整弁（３１）を液流口（２５）と空流口（２８）間に配設し、液空流調整弁（３１）に液空流調整弁（３１）より上下に伸びる縦軸（３２）下部に縦軸フック（３３）を形成しスプリング（３４）を装着して、縦軸受け（２３）に縦軸フック（３３）を貫通させ縦軸フック（３３）に止輪（３５）が装着されている。 The container (18) in FIGS. 8-12, 18-39 is provided with a vertical axis receiver (23) in the center of the partition plate (19), and the liquid flow extending above the periphery of the partition plate (19) on the partition plate (19). A left side plate (26) having a hole (24) and a liquid flow port (25), and a right side plate (29) having a free flow hole (27) and an empty flow port (28) are formed, and the liquid flow port (25) A liquid / air flow adjustment valve (31) for opening and closing the air flow port (28) is disposed between the liquid flow port (25) and the air flow port (28), and a liquid / air flow is supplied to the liquid / air flow adjustment valve (31). A vertical axis hook (33) is formed at the lower part of the vertical axis (32) extending vertically from the adjustment valve (31) and a spring (34) is attached, and the vertical axis hook (33) is passed through the vertical axis bearing (23) to make it vertically A retaining ring (35) is attached to the shaft hook (33).

　容器（１８）口部内側に溝（３６）を形成して、溝（３６）にフック（３０）をはめ込み、容器（１８）口部に容器蓋（３７）を装着し、縦軸（３２）上部を容器蓋（３７）まで延長してあることにおいて、容器（１８）口部より容器蓋（３７）を外して液流口（２５）と空流口（２８）を閉じて計量室（２０）内の液体を液体の使用箇所へ排出できる。 A groove (36) is formed inside the container (18) mouth, a hook (30) is fitted into the groove (36), a container lid (37) is attached to the mouth of the container (18), and the longitudinal axis (32) Since the upper part is extended to the container lid (37), the container lid (37) is removed from the mouth of the container (18), the liquid flow port (25) and the empty flow port (28) are closed, and the measuring chamber (20 ) Can be discharged to the place where the liquid is used.

　容器（４０）図１３－図１７符号４０－符号６０は、仕切板（４１）中央に縦軸受け（４４）と液流口（４５）形成し、容器蓋（５０）中央に柔軟性樹脂で形成された押しボタン（５３）を装着し、容器蓋（５０）と縦軸受け（４４）間にフック（５５）を有する縦軸（５６）を配設し、縦軸（５６）下部にスプリング（５７）を装着し縦軸受け（４４）にフック（５５）を貫通させフック（５５）に液流口弁（５８）を装着してあることにおいて、容器蓋（５０）中央の押しボタン（５３）を押して縦軸（５６）と液流口弁（５８）を上下動させて液流口（４５）を開閉できる。 The container (40) in FIGS. 13-17, 40-60 has a vertical axis receiver (44) and a liquid flow port (45) formed at the center of the partition plate (41), and formed of a flexible resin at the center of the container lid (50). The push button (53) is attached, the vertical axis (56) having a hook (55) is disposed between the container lid (50) and the vertical axis receiver (44), and a spring (57 ), The hook (55) is passed through the vertical axis receiver (44), and the liquid outlet valve (58) is attached to the hook (55), the push button (53) at the center of the container lid (50) is By pushing, the liquid flow port (45) can be opened and closed by moving the vertical axis (56) and the liquid flow valve (58) up and down.

　容器（６１）図１８－図２２符号６１－符号８０は、フックパッキン（７０）下であり左側板（６８）と右側板（６９）に突起（７１）を形成し、容器（６１）口部内側に溝（７２）を形成し溝（７２）に突起（７１）を引っ掛けてあることにおいて、液体の補充時に左側板（６８）と右側板（６９）上部のフックパッキン（７０）を容器（６１）口部内側におして溝（７２）よりを突起（７１）外してフックパッキン（７０）を上に引き上げることにおいて、容器（６１）口部より仕切り板（６２）を取り除いて容器（６１）口部より液体の補充ができる。 Reference numeral 61-reference numeral 80 in the container (61) is below the hook packing (70), and a protrusion (71) is formed on the left side plate (68) and the right side plate (69), and the container (61) mouth portion Since the groove (72) is formed on the inner side and the protrusion (71) is hooked on the groove (72), the hook packing (70) on the left side plate (68) and the right side plate (69) is placed on the container ( 61) The protrusion (71) is removed from the groove (72) on the inner side of the mouth and the hook packing (70) is pulled up. In this case, the partition plate (62) is removed from the mouth of the container (61) and the container (61) Liquid can be replenished from the mouth.

　柔軟性容器（８１）図２３－図２６符号８１－符号９５は、仕切り板（８２）中央に液流管（８６）を形成して、液流管（８６）は、仕切り板（８２）より容器（８１）底迄延長すると共に仕切り板（８２）より上に伸ばして、液流管（８６）上部に柔軟性材料であるシリコンゴム素材で形成した切断線液流口（８７）を設けた液流口キャップ（８８）を装着してあることにおいて。容器（８１）側面を押して容器室（８４）内の液体を計量室（８３）に流入して液体使用量を計量できる。 The flexible container (81) in FIGS. 23 to 26, reference numeral 81 to reference numeral 95 forms a liquid flow pipe (86) in the center of the partition plate (82), and the liquid flow pipe (86) is formed from the partition plate (82). The container (81) extends to the bottom and extends above the partition plate (82), and a cutting line liquid flow port (87) formed of a silicon rubber material as a flexible material is provided on the liquid flow pipe (86). In installing the liquid outlet cap (88). By pressing the side of the container (81), the liquid in the container chamber (84) flows into the measuring chamber (83), and the amount of liquid used can be measured.

　左側板（８９）と右側板（９０）上部にフック（９１）を設け容器（８１）口部に形成された溝（９３）にフック（９１）を係止して、左側板（８９）と右側板（９０）上部間に梁（９２）を形成したことにおいて、梁（９２）を抓んで左側板（８９）と右側板（９０）と仕切り板（８２）を引き上げて容器（８１）口部より液体の補充ができる。 A hook (91) is provided on the upper side of the left side plate (89) and the right side plate (90), and the hook (91) is locked in a groove (93) formed in the mouth of the container (81). Since the beam (92) is formed between the upper parts of the right side plate (90), the left side plate (89), the right side plate (90) and the partition plate (82) are lifted up with the beam (92) interposed therebetween, and the container (81) opening The liquid can be replenished from the part.

　容器（９６）図２７－図３２符号９６－符号１１１は、柔軟性容器（９６）内部に容器（９６）内部を仕切る仕切り板（９７）挿入のさいに仕切り板（９７）を固定する溝（９８）を容器（９６）内部に円周状に設け、溝（９８）に仕切り板（９７）を脱着容易に挿入したことにおいて、容器室（１００）内への液体の補充は、容器（９６）口部より容器蓋（１０３）を外し、仕切り板（９７）は容器（９６）内に挿入したままで、容器（９６）口部より液体を注ぐと液体は、計量室（９９）を満たした後液流穴（１０１）と空流穴（１０２）を通過して容器室（１００）内に流入できる。 Reference numeral 96-reference numeral 111 denotes a groove for fixing the partition plate (97) when the partition plate (97) for partitioning the interior of the container (96) is inserted into the flexible container (96) ( 98) is provided circumferentially inside the container (96), and the partition plate (97) is easily inserted into the groove (98), so that replenishment of liquid into the container chamber (100) is performed by the container (96). ) Remove the container lid (103) from the mouth, leave the partition plate (97) inserted in the container (96), and pour the liquid from the mouth of the container (96), the liquid fills the measuring chamber (99). After that, it can pass through the liquid flow hole (101) and the air flow hole (102) and flow into the container chamber (100).

　容器（９６）図２７－図３２符号９６－符号１１１は、容器蓋（１０３）側部を上に延長して、延長した容器蓋（１０３）側部より仕切り板（９７）近く迄液排穴（１０５）を形成して、液排穴（１０５）の容器蓋（１０３）側部を液排口（１０６）とし仕切り板（９７）近くを下液排口（１０７）として、容器（９６）口部を覆う容器蓋（１０３）の天板（１０４）上に天秤形埋め込み式弁レバー（１０８）を設け、液排穴（１０５）内の液流を遮断する弁（１０９）を弁レバー（１０８）に弁レバー（１０８）により上下動自在に装着してあることにおいて、経口洗浄剤を計量キャップを使用せず容器（９６）を押して液排口（１０６）より直接口の中に入れることができる。 Reference numeral 96-reference numeral 111 in FIG. 27-FIG. 32 indicates that the side of the container lid (103) is extended upward and the liquid drainage hole extends from the side of the extended container lid (103) to the vicinity of the partition plate (97). (105) is formed, and the side of the container lid (103) of the liquid discharge hole (105) is the liquid discharge port (106), and the vicinity of the partition plate (97) is the lower liquid discharge port (107). A balance-type embedded valve lever (108) is provided on the top plate (104) of the container lid (103) covering the mouth, and the valve (109) for blocking the liquid flow in the liquid drain hole (105) is provided as a valve lever ( 108) can be moved up and down by the valve lever (108), and the oral cleaning agent is pushed directly into the mouth from the liquid outlet (106) by pushing the container (96) without using the measuring cap. Can do.

　容器（１１２）図３３－図３８符号１１２－符号１２４は、容器（１１２）内部を仕切る仕切り板（１１３）中央部より上に伸ばした液流管（１１７）の左右を切り欠いて残った部分を取っ手(１１８)形状にしてあることにおいて、容器（１１２）口部より取っ手(１１８)を引き上げると共に仕切り板（１１３）を容器(１１２)より取り外すことができる。 The reference numeral 112-reference numeral 124 in FIG. 33-FIG. 38 denotes a portion left by cutting off the left and right sides of the liquid flow pipe (117) extending above the central portion of the partition plate (113) that partitions the inside of the container (112). In the shape of the handle (118), the handle (118) can be pulled up from the opening of the container (112) and the partition plate (113) can be removed from the container (112).

　取っ手(１１８)に柔軟性材料であるシリコンゴム素材で形成した切断線液流口（１１９）を設けた液流口キャップ（１２０）が脱着容易に装着されていることにおいて、取っ手(１１８)より液流口キャップ（１２０）を外して容器室（１１５）内へ液体の補充ができる。 From the handle (118), the liquid flow port cap (120) provided with the cutting line liquid flow port (119) formed of a silicon rubber material which is a flexible material is attached to the handle (118) easily. The liquid outlet cap (120) can be removed to replenish the liquid into the container chamber (115).

　容器(１１２)口部を覆う容器蓋(１２１)の一部を樋(１２２)形状にして、樋(１２２)の下部分を液流口キャップ（１２０）上部に接触してあることにおいて、容器(１１２)側部を押して容器室（１１５）内の気圧を上げても仕切り板（１１３）が上に上がることはない。 A part of the container lid (121) covering the mouth of the container (112) is shaped like a jar (122), and the lower part of the jar (122) is in contact with the upper part of the liquid outlet cap (120). (112) Even if the side portion is pushed to increase the pressure in the container chamber (115), the partition plate (113) does not rise upward.

容器（１）と容器蓋（１１）の正面図, 切断線Ａ－Ａ線を示す。The front view of the container (1) and the container lid (11), and the scissors cutting line AA are shown. 容器（１）と容器蓋（１１）の平面図、切断線Ｂ－Ｂ線を示す。A plan view of the container (1) and the container lid (11) and a cutting line BB are shown. 図２のＢ－Ｂ線切断部端面図。FIG. 3 is an end view taken along the line BB in FIG. 2. 容器（１）と容器蓋（１１）の平面図、切断線Ｃ－Ｃ線を示す。A plan view of the container (1) and the container lid (11) and a cutting line CC are shown. 図4のＣ－Ｃ線切断部端面図。FIG. 5 is a cross-sectional end view taken along the line CC in FIG. 4. 図1のＡ－Ａ線切断部端面図。FIG. 2 is an end view taken along line AA in FIG. 仕切り板（２）と左側板（７）と右側板（９）とパッキン（５）の斜視図。The perspective view of a partition plate (2), a left side plate (7), a right side plate (9), and packing (5). 容器（１８）と容器蓋（３７）の正面図、切断線Ｄ－Ｄ線を示す。The front view of a container (18) and a container lid (37), and a cutting line DD are shown. 容器（１８）と容器蓋（３７）の平面図、切断線Ｅ－Ｅ線を示す。A plan view of the container (18) and the container lid (37) and a cutting line EE are shown. 図９のＥ－Ｅ線切断部端面図。FIG. 10 is an end view of the cutting section taken along the line EE of FIG. 9. 図９のＥ－Ｅ線切断部端面図、容器蓋（３７）を外している。The EE line cutting part end view of FIG. 9 has removed the container lid (37). 図８のＤ－Ｄ線切断部端面図。FIG. 9 is an end view of the cut line DD in FIG. 8. 容器（４０）と容器蓋（５０）の正面図。A front view of a container (40) and a container lid (50). 容器（４０）と容器蓋（５０）と押しボタン（５３）の平面図、切断線F－F線を示す。A plan view of the container (40), the container lid (50) and the push button (53), and a cutting line FF are shown. 図１４のＦ－Ｆ線切断部端面図。FIG. 15 is an end view of the cutting section taken along line FF in FIG. 14. 図１４のＧ－Ｇ線切断部端面図、押しボタン（５３）を押している。End view of the GG line cutting part in FIG. 14, the push button (53) is being pushed. 図１４のＨ－Ｈ線切断部端面図、押しボタン（５３）と縦軸（５６）と液流口弁（５８）を一体に成型している。FIG. 14 is a sectional view taken along the line HH of FIG. 14 in which the push button (53), the vertical axis (56), and the liquid flow valve (58) are integrally formed. 容器（６１）と容器蓋（７３）の正面図。A front view of a container (61) and a container lid (73). 容器（６１）と容器蓋（７３）と押しボタン（７４）の平面図、切断線G－G線を示す。A plan view of the container (61), the container lid (73) and the push button (74), and a cutting line GG are shown. 図１９のＧ－Ｇ線切断部端面図。FIG. 20 is an end view of the GG line cutting part in FIG. 19. 図１９のＧ－Ｇ線切断部端面図、押しボタン（７４）を押している。End view of the GG line cutting part in FIG. 19, the push button (74) is being pushed. 図１９のＧ－Ｇ線切断部端面図、容器蓋（７３）を外している。FIG. 19 is a sectional view taken along the line GG of FIG. 19, with the container lid (73) removed. 容器（８１）と容器蓋（９４）の正面図、切断線Ｈ－Ｈ線を示す。A front view of the container (81) and the container lid (94), and a cutting line HH line are shown. 容器（８１）と容器蓋（９４）の平面図、切断線Ｊ－Ｊ線を示す。A plan view of the container (81) and the container lid (94) and a cutting line JJ are shown. 図２４のＪ－Ｊ線切断部端面図。FIG. 25 is an end view of the section cut along the line JJ in FIG. 24. 図２３のＨ－Ｈ線切断部端面図。FIG. 24 is an end view of the HH line cut portion of FIG. 23. 容器（９６）と容器蓋（１０３）の正面図。A front view of a container (96) and a container lid (103). 容器（９６）と容器蓋（１０３）と弁レバー（１０８）の平面図、切断線Ｋ－Ｋ線を示す。A plan view of the container (96), the container lid (103) and the valve lever (108), and a cutting line KK are shown. 図２８のＫ－Ｋ線切断部端面図。FIG. 29 is an end view of the KK line cutting part in FIG. 28. 容器（９６）と容器蓋（１０３）と弁レバー（１０８）の平面図、切断線Ｌ－Ｌ線を示す。A plan view of the container (96), the container lid (103) and the valve lever (108), and a cutting line LL are shown. 図３０のＬ－Ｌ線切断部端面図。FIG. 31 is an end view of the section cut along the line LL in FIG. 30. 容器の側部に、液流穴(液流管)と空流穴(空流管)を容器と同一に成型した参考図。The reference figure which formed the liquid flow hole (liquid flow pipe) and the air flow hole (air flow pipe) in the side part of the container in the same shape as the container. 容器（１１２）と容器蓋（１２１）と液排口蓋(１２３)の正面図、切断線Ｍ－Ｍ線を示す。A front view of the container (112), the container lid (121), and the liquid outlet lid (123), and a cutting line MM line are shown. 容器（１１２）と容器蓋（１２１）と液排口蓋(１２３)の平面図、切断線Ｎ－Ｎ線を示す。A plan view of the container (112), the container lid (121), and the liquid outlet lid (123), and a cutting line NN line are shown. 図３４のＮ－Ｎ線切断部端面図。FIG. 35 is an end view of the NN line cut portion of FIG. 34. 容器（１１２）と容器蓋（１２１）と液排口蓋(１２３)の平面図、切断線Ｐ－Ｐ線を示す。A plan view of the container (112), the container lid (121), and the liquid outlet lid (123), and a cutting line PP are shown. 図３６のＰ－Ｐ線切断部端面図。FIG. 37 is an end view of the PP line cutting part in FIG. 36. 図３３のＭ－Ｍ線切断部端面図。FIG. 34 is an end view of the MM line cutting portion of FIG. 33.

　以下図面に基づき説明する。
　容器（１）図１－図７符号１－符号１７は、柔軟性容器（１）内部に容器（１）内部を仕切る仕切り板（２）を設け、仕切板（２）より上を計量室（３）とし、仕切り板（２）より下を容器室（４）として、仕切り板（２）周囲の溝にパッキン（５）を装着し、仕切り板（２）に仕切り板（２）周囲より上に伸びる液流穴（６）を有する左側板（７）と空流穴（８）を有する右側板（９）を形成し、液流穴（６）下部と空流穴（８）下部は容器室（４）に続け上部は計量室（３）に続けて、左側板（７）と右側板（９）上部に左側板（７）と右側板（９）上部を繋ぐフックパッキン（１０）を設ける。 This will be described with reference to the drawings.
Container (1) FIGS. 1 to 7 are provided with a partition plate (2) for partitioning the interior of the container (1) inside the flexible container (1), and a measuring chamber (2) above the partition plate (2). 3), the lower part of the partition plate (2) is the container chamber (4), the packing (5) is installed in the groove around the partition plate (2), and the partition plate (2) is above the periphery of the partition plate (2). The left side plate (7) having the liquid flow hole (6) extending to the right side plate (9) having the air flow hole (8) is formed, and the lower part of the liquid flow hole (6) and the lower part of the air flow hole (8) are the containers. Following the chamber (4), the upper part is connected to the weighing chamber (3), and the hook packing (10) connecting the upper part of the left side plate (7) and the upper side of the right side plate (9) is connected to the upper side of the left side plate (7) and the right side plate (9). Provide.

　容器（１）口部に装着する容器蓋（１１）に、容器（１）口部の雄螺子に螺合する雌螺子上に溝（１２）を形成して、溝（１２）にフックパッキン（１０）を引っ掛けて、容器蓋（１１）側部に液排口（１３）を設けて、液排口（１３）より仕切板（２）近くまで伸びる液排管（１４）を形成して、液排口（１３）を液排口蓋（１５）で塞いで、容器（１）に傾斜計量線（１６）と計量線（１７）を記入する。 A groove (12) is formed on a female screw threadedly engaged with a male screw of the container (1) mouth in the container lid (11) attached to the container (1) mouth, and a hook packing ( 10), a liquid discharge port (13) is provided on the side of the container lid (11), and a liquid discharge pipe (14) extending from the liquid discharge port (13) to the vicinity of the partition plate (2) is formed, The liquid discharge port (13) is closed with a liquid discharge port lid (15), and an inclined measurement line (16) and a measurement line (17) are written in the container (1).

　容器（１）の使用方法は、容器室（４）内の液体を計量室（３）に移すために容器（１）口部の雄螺子と容器蓋（１１）の雌螺子との螺合と、液排口（１３）の液排口蓋（１５）を確認して、容器（１）を液流穴（６）方向に倒すと容器室（４）内の液体は、液流穴（６）を通過して計量室（３）に流入すると共に計量室（３）内の空気は空流穴（８）を通過して容器室（４）内に流入して、目安液体使用量が計量室（３）内に流入した時点で容器（１）を立て、液体量を計量線（１７）で確認して、余分に入った液体はさらに容器（１）を傾けて液流穴（６）より容器室（４）に戻しつつ傾斜計量線（１６）で確認する。 The container (1) is used by screwing a male screw at the mouth of the container (1) and a female screw at the container lid (11) to transfer the liquid in the container chamber (4) to the measuring chamber (3). When the liquid outlet lid (15) of the liquid outlet (13) is confirmed and the container (1) is tilted in the direction of the liquid flow hole (6), the liquid in the container chamber (4) becomes liquid flow hole (6). And flows into the measuring chamber (3) and the air in the measuring chamber (3) passes through the air flow hole (8) and flows into the container chamber (4). (3) When the container (1) flows into the container, the container (1) is set up, and the amount of liquid is confirmed by the measuring line (17). The extra liquid is further tilted from the liquid flow hole (6) by tilting the container (1). Check with the inclined measuring line (16) while returning to the container chamber (4).

　計量された液体の使用箇所への排出は、液排口（１３）から液排口蓋（１５）を外して容器（１）側面を押すと容器室（４）内の空気は液流穴（６）と空流穴（８）を通過してから計量室（３）内の計量された液体上に流入し、計量された液体を上から押すと共に計量された液体は液排管（１４）をのぼって液排口（１３）より液体の使用箇所へ排出され、容器（１）側面を押した指を緩めると外部空気が液排口（１３）と液排管（１４）通過し計量室（３）に流入して、さらに液流穴（６）と空流穴（８）を通過して容器室（４）内に流入する。 To discharge the measured liquid to the place of use, when the liquid discharge port lid (15) is removed from the liquid discharge port (13) and the side surface of the container (1) is pushed, the air in the container chamber (4) is discharged into the liquid flow hole (6 ) And the air flow hole (8), then flows into the measured liquid in the measuring chamber (3), pushes the measured liquid from above, and the measured liquid passes through the liquid discharge pipe (14). When the finger that pushed the side of the container (1) is loosened, the outside air passes through the liquid discharge port (13) and the liquid discharge pipe (14), and passes through the liquid discharge port (13). 3) and further flows through the liquid flow hole (6) and the air flow hole (8) into the container chamber (4).

　容器室（４）内への液体の補充は、容器蓋（１１）に形成された溝（１２）にフックパッキン（１０）を引っ掛けてあるため、容器（１）口部より容器蓋（１１）を緩め上げると共に仕切板（２）が容器（１）口部より取り除かれて容器（１）口部より液体の補充ができる。 Replenishment of the liquid into the container chamber (4) is because the hook packing (10) is hooked in the groove (12) formed in the container lid (11), so that the container lid (11) is opened from the mouth of the container (1). The partition plate (2) is removed from the mouth of the container (1) and the liquid can be replenished from the mouth of the container (1).

　容器（１８）図８－図１２符号１８－符号３９は、容器（１８）内部に容器（１８）内部を仕切る仕切り板（１９）を設け、仕切板（１９）より上を計量室（２０）とし、仕切り板（２０）より下を容器室（２１）として、仕切り板（１９）周囲の溝にパッキン（２２）を装着し、仕切り板（１９）中央に縦軸受け（２３）を設けて、仕切り板（１９）に仕切り板（１９）周囲より上に伸びる液流穴（２４）と液流口（２５）を有する左側板（２６）と、空流穴（２７）と空流口（２８）を有する右側板（２９）を形成し、液流穴（２４）下部と空流穴（２７）下部は容器室（２１）に続け、液流口（２５）と空流口（２８）は計量室（２０）に続けて、左側板（２６）と右側板（２９）上部に左側板（２６）と右側板（２９）上部を繋ぐフック（３０）を形成する。 The container (18) in FIGS. 8-12, 18-39 is provided with a partition plate (19) for partitioning the inside of the container (18) inside the container (18), and above the partition plate (19) the measuring chamber (20). The lower part of the partition plate (20) is the container chamber (21), the packing (22) is mounted in the groove around the partition plate (19), and the vertical plate support (23) is provided in the center of the partition plate (19). The left plate (26) having a liquid flow hole (24) and a liquid flow port (25) extending above the periphery of the partition plate (19) in the partition plate (19), an air flow hole (27), and an air flow port (28 ), The lower part of the liquid flow hole (24) and the lower part of the air flow hole (27) are connected to the container chamber (21), and the liquid flow port (25) and the air flow hole (28) are The left side plate (26) and the upper side of the right side plate (29) are connected to the upper side of the left side plate (26) and the right side plate (29) following the measuring chamber (20). Tsu to form a click (30).

　液流口（２５）と空流口（２８）を開閉する液空流調整弁（３１）を液流口（２５）と空流口（２８）間に配設し、液空流調整弁（３１）に液空流調整弁（３１）より上下に伸びる縦軸（３２）下部に縦軸フック（３３）を形成しスプリング（３４）を装着して、縦軸受け（２３）に縦軸フック（３３）を貫通させ縦軸フック（３３）に止輪（３５）を装着する。 A liquid / air flow adjustment valve (31) for opening and closing the liquid flow port (25) and the air flow port (28) is disposed between the liquid flow port (25) and the air flow port (28). 31), a vertical hook (33) is formed at the lower portion of the vertical axis (32) extending vertically from the liquid / air flow control valve (31), a spring (34) is mounted, and a vertical hook ( 33) is penetrated and a retaining ring (35) is attached to the vertical hook (33).

　容器（１８）口部内側に溝（３６）を形成して、溝（３６）にフック（３０）をはめ込み、容器（１８）口部に容器蓋（３７）を装着し、縦軸（３２）上部を容器蓋（３７）まで延長して、容器（１８）に傾斜計量線（３８）と計量線（３９）を記入する。 A groove (36) is formed inside the container (18) mouth, a hook (30) is fitted into the groove (36), a container lid (37) is attached to the mouth of the container (18), and the longitudinal axis (32) The upper part is extended to the container lid (37), and an inclined weighing line (38) and a weighing line (39) are written on the container (18).

　容器（１８）の使用方法は、容器室（１８）内の液体を計量室（２０）に移すために容器（１８）口部の雄螺子と容器蓋（３７）の雌螺子との螺合を確認して、容器（１８）を液流穴（２４）方向に倒すと容器室（２１）内の液体は、液流穴（２４）を通過して計量室（２０）に流入すると共に計量室（２０）内の空気は空流穴（２７）を通過して容器室（２１）内に流入して、目安液体使用量が計量室（２０）内に流入した時点で容器（１８）を立て、液体量を計量線（３９）で確認して、余分に入った液体はさらに容器（１８）を傾けて液流穴（２４）より容器室（２１）に戻しつつ傾斜計量線（３８）で確認する。 The container (18) is used by screwing the male screw at the mouth of the container (18) and the female screw at the container lid (37) to transfer the liquid in the container chamber (18) to the measuring chamber (20). When the container (18) is tilted in the direction of the liquid flow hole (24), the liquid in the container chamber (21) passes through the liquid flow hole (24) and flows into the measurement chamber (20). The air in (20) passes through the air flow hole (27) and flows into the container chamber (21), and the container (18) is set up when the reference liquid usage amount flows into the measuring chamber (20). The amount of liquid is confirmed by the measuring line (39), and the extra liquid enters the inclined measuring line (38) while further tilting the container (18) and returning it to the container chamber (21) from the liquid flow hole (24). Check.

　計量された液体の使用箇所への排出は、容器（１８）から容器蓋（３７）を外すと共に縦軸（３２）と液空流調整弁（３１）がスプリング（３４）により上って液流口（２５）と空流口（２８）は閉じて、容器（１８）を傾けて液体の使用箇所へ排出する。 When the measured liquid is discharged to the place of use, the container lid (37) is removed from the container (18) and the vertical axis (32) and the liquid / air flow adjustment valve (31) are lifted by the spring (34). The mouth (25) and the airflow mouth (28) are closed, and the container (18) is tilted and discharged to the place where the liquid is used.

　容器室（１８）内への液体の補充は、容器（１８）口部に形成された溝（３６）にフック（３０）をはめてあるため、容器（１８）口部より左側板（２６）と右側板（２９）とフック（３０）を引き上げると共に仕切り板（１９）が容器（１８）口部より外れて、容器（１８）口部より液体の補充ができる。 In order to replenish the liquid into the container chamber (18), the hook (30) is fitted in the groove (36) formed in the mouth portion of the container (18), so the left side plate (26) from the mouth portion of the container (18). The right side plate (29) and the hook (30) are pulled up, and the partition plate (19) is detached from the mouth of the container (18), so that the liquid can be replenished from the mouth of the container (18).

　容器（４０）図１３－図１７符号４０－符号６０は、容器（４０）内部に容器（４０）内部を仕切る仕切り板（４１）を設け、仕切板（４１）より上を計量室（４２）とし、仕切り板（４１）より下を容器室（４３）として、仕切板（４１）中央に縦軸受け（４４）と液流口（４５）形成し、仕切り板（４１）周囲の溝にパッキン（４６）を装着して、仕切り板（４１）に仕切り板（４１）周囲より上に伸びる左側板（４７）と右側板（４８）を形成し、左側板（４７）と右側板（４８）上部に左側板（４７）と右側板（４８）上部を繋ぐフックパッキン（４９）を設ける。 Reference numeral 40-reference numeral 60 in FIG. 13-FIG. 17 is provided with a partition plate (41) for partitioning the inside of the container (40) inside the container (40), and a measuring chamber (42) above the partition plate (41). The lower part of the partition plate (41) is used as a container chamber (43), a vertical axis receiver (44) and a liquid flow port (45) are formed in the center of the partition plate (41), and packing ( 46) is mounted, and the left side plate (47) and the right side plate (48) extending above the periphery of the partition plate (41) are formed on the partition plate (41), and the upper side of the left side plate (47) and the right side plate (48). A hook packing (49) for connecting the upper part of the left side plate (47) and the right side plate (48) is provided.

　容器（４０）口部に装着する容器蓋（５０）に、容器（４０）口部の雄螺子に螺合する雌螺子上に溝（５１）を形成して、溝（５１）にフックパッキン（４９）を引っ掛けて、容器蓋（５０）側部に液排口（５２）を設けて、容器蓋（５０）中央に柔軟性樹脂のシリコンゴムで押しボタン（５３）を形成し、液排口（５２）を液排口蓋（５４）で塞ぐ。 A groove (51) is formed on a female screw threadedly engaged with a male screw in the container (40) mouth portion of the container lid (50) attached to the container (40) mouth portion, and a hook packing ( 49), a liquid discharge port (52) is provided on the side of the container lid (50), and a push button (53) is formed in the center of the container lid (50) with silicone rubber of flexible resin. (52) is closed with a liquid outlet lid (54).

　容器蓋（５０）と縦軸受け（４４）間にフック（５５）を有する縦軸（５６）を配設し、縦軸（５６）下部にスフリング（５７）を装着し縦軸受け（４４）にフック（５５）を貫通させフック（５５）に液流口弁（５８）を装着して、容器（４０）に目安計量線（５９）と計量線（６０）を記入する。 A vertical axis (56) having a hook (55) is disposed between the container lid (50) and the vertical axis receiver (44), and a sling (57) is attached to the lower part of the vertical axis (56) to hook the vertical axis receiver (44). (55) is passed through, the liquid flow valve (58) is attached to the hook (55), and the reference measurement line (59) and the measurement line (60) are entered in the container (40).

　図１７は、仕切板（４１）中央に液流口（４５）を形成し縦軸受け（４４）は形成せず、柔軟性合成樹脂であるシリコンゴムで押しボタン（５３）と縦軸（５６）と液流口弁（５８）を一体に形成している。 In FIG. 17, the liquid flow port (45) is formed at the center of the partition plate (41), the vertical axis receiver (44) is not formed, and the push button (53) and the vertical axis (56) are made of silicone rubber which is a flexible synthetic resin. And the liquid flow valve (58) are integrally formed.

　容器（４０）の使用方法は、容器室（４３）内の液体を計量室（４２）に移すために容器（４０）口部の雄螺子と容器蓋（５０）の雌螺子との螺合と、液排口（５２）の液排口蓋（５４）を確認して、容器蓋（５０）中央の押しボタン（５３）を押し縦軸（５６）と液流口弁（５８）をさげ液流口（４５）を開けて、容器（４０）を逆さまにすると共に容器室（４３）内の液体は、液流口（４５）を通過して計量室（４２）に流入すると共に計量室（４２）内の空気は液流口（４５）を通過して容器室（４３）内に流入して、目安液体使用量が目安計量線（５９）迄流入した時点で容器（４０）を立て、液体量を計量線（６０）で確認して、余分に入った液体はさらに押しボタン（５３）を押し計量室（４２）より液流口（４５）を通過させ容器室（４３）に戻しつつ計量線（６０）で確認する。 The container (40) is used by screwing a male screw at the mouth of the container (40) and a female screw at the container lid (50) to transfer the liquid in the container chamber (43) to the measuring chamber (42). After confirming the liquid outlet lid (54) of the liquid outlet (52), the push button (53) in the center of the container lid (50) is pushed, and the vertical axis (56) and the liquid outlet valve (58) are swaged. The mouth (45) is opened, the container (40) is turned upside down, and the liquid in the container chamber (43) passes through the liquid flow port (45) and flows into the measuring chamber (42) and the measuring chamber (42). ) Passes through the liquid flow port (45) and flows into the container chamber (43). When the reference liquid usage amount reaches the reference measurement line (59), the container (40) is set up and the liquid is Check the amount with the measuring line (60) and push the push button (53) for the extra liquid to pass through the liquid outlet (45) from the measuring chamber (42). While returning the container chamber (43) to check the weighing beam (60).

　計量された液体の使用箇所への排出は、液排口（５２）から液排口蓋（５４）を外して容器（４０）を傾けて計量された液体を液排口（５２）より液体の使用箇所へ排出すると共に外部空気が液排口（５２）より計量室（４２）に流入する。 To discharge the measured liquid to the place of use, remove the liquid discharge lid (54) from the liquid discharge port (52) and tilt the container (40) to use the measured liquid from the liquid discharge port (52). As the air is discharged to the place, the external air flows into the measuring chamber (42) from the liquid discharge port (52).

　容器室（４３）内への液体の補充は、容器蓋（５０）に形成された溝（５１）にフックパッキン（４９）を引っ掛けてあるため、容器（４０）口部より容器蓋（５０）を緩め上げると共に仕切板（４１）が容器（４０）口部より取り除かれて容器（４０）口部より液体の補充ができる。 In order to replenish the liquid into the container chamber (43), since the hook packing (49) is hooked in the groove (51) formed in the container lid (50), the container lid (50) is opened from the mouth of the container (40). And the partition plate (41) is removed from the mouth of the container (40) so that the liquid can be replenished from the mouth of the container (40).

　容器（６１）図１８－図２２符号６１－符号８０は、容器（６１）内部に容器（６１）内部を仕切る仕切り板（６２）を設け、仕切板（６２）より上を計量室（６３）とし、仕切り板（６３）より下を容器室（６４）として、仕切板（６２）中央に縦軸受け（６５）と液流口（６６）形成し、仕切り板（６２）周囲の溝にパッキン（６７）を装着して、仕切り板（６２）に仕切り板（６２）周囲より上に伸びる左側板（６８）と右側板（６９）を形成し、左側板（６８）と右側板（６９）上部に左側板（６８）上部と右側板（６９）上部を繋ぐフックパッキン（７０）を設け、フックパッキン（７０）下であり左側板（６８）と右側板（６９）に突起（７１）を形成する。 The container 61 is provided with a partition plate 62 that partitions the interior of the container 61 inside the container 61, and the weighing chamber 63 is disposed above the partition plate 62. The lower part of the partition plate (63) is used as a container chamber (64), the vertical plate receiver (65) and the liquid flow port (66) are formed in the center of the partition plate (62), and packing ( 67) is mounted, and a left side plate (68) and a right side plate (69) extending above the periphery of the partition plate (62) are formed on the partition plate (62), and the upper side of the left side plate (68) and the right side plate (69) Is provided with a hook packing (70) connecting the upper portion of the left side plate (68) and the upper side of the right side plate (69), and a protrusion (71) is formed on the left side plate (68) and the right side plate (69) below the hook packing (70). To do.

　容器（６１）口部内側に溝（７２）を形成し溝（７２）に突起（７１）を引っ掛けて、容器（６１）口部に装着する容器蓋（７３）に、容器（６１）口部の雄螺子に螺合する雌螺子をもうけ、容器蓋（７３）中央に柔軟性樹脂で形成された押しボタン（７４）を装着し、容器（６１）口部を容器蓋（７３）で塞ぐ。 Form the groove (72) inside the container (61) mouth, hook the protrusion (71) into the groove (72), and place the container (61) mouth on the container lid (73) attached to the container (61) mouth. A female screw to be engaged with the male screw is provided, a push button (74) formed of a flexible resin is attached to the center of the container lid (73), and the mouth of the container (61) is closed with the container lid (73).

　容器蓋（７３）と縦軸受け（６５）間にフック（７５）を有する縦軸（７６）を配設し、縦軸（７６）下部にスプリング（７７）を装着し、縦軸受け（６５）にフック（７５）を貫通させフック（７５）に液流口弁（７８）を装着して、容器（６１）に目安計量線（７９）と計量線（８０）を記入する。 A longitudinal axis (76) having a hook (75) is disposed between the container lid (73) and the longitudinal axis receiver (65), and a spring (77) is attached to the lower part of the longitudinal axis (76), and the longitudinal axis receiver (65) is attached. The hook (75) is passed through, the liquid flow valve (78) is attached to the hook (75), and the reference measuring line (79) and the measuring line (80) are written on the container (61).

　容器（６１）の使用方法は、容器室（６４）内の液体を計量室（６３）に移すために容器（６１）口部の雄螺子と容器蓋（７３）の雌螺子との螺合を確認して、容器蓋（７３）中央の押しボタン（７４）を押し容器（６１）を逆さまにすると共に容器室（６４）内の液体は、液流口（６６）を通過して計量室（６３）に流入すると共に計量室（６３）内の空気は液流口（６６）を通過して容器室（６４）内に流入して、目安液体使用量が目安計量線（７９）迄流入した時点で容器（６１）を立て、液体量を計量線（８０）で確認して、余分に入った液体はさらに押しボタン（７４）を押し計量室（６３）より液流口（６６）を通過させ容器室（６４）に戻しつつ計量線（８０）で確認する。 The container (61) is used by screwing the male screw at the mouth of the container (61) and the female screw at the container lid (73) in order to transfer the liquid in the container chamber (64) to the measuring chamber (63). After confirming, the push button (74) at the center of the container lid (73) is pushed to turn the container (61) upside down, and the liquid in the container chamber (64) passes through the liquid flow port (66) to the measuring chamber (66). 63) and the air in the measurement chamber (63) passes through the liquid flow port (66) and flows into the container chamber (64), and the reference liquid usage amount flows to the reference measurement line (79). At the time, the container (61) is set up, the amount of liquid is confirmed by the measuring line (80), and the extra liquid enters the liquid flow port (66) from the measuring chamber (63) by pushing the push button (74). The measurement line (80) is checked while returning to the container chamber (64).

　計量された液体の使用箇所への排出は、容器（６１）口部より容器蓋（７３）を外して容器（６１）を傾けて計量された液体を液体使用箇所へ排出する。排出 To discharge the measured liquid to the place where the liquid is used, remove the container lid (73) from the opening of the container (61) and tilt the container (61) to discharge the measured liquid to the liquid used position.

　容器室（６４）内への液体の補充は、左側板（６８）と右側板（６９）上部のフックパッキン（７０）を容器（６１）口部内側におして溝（７２）よりを突起（７１）外してフックパッキン（７０）を上に引き上げ、容器（６１）口部より仕切り板（６２）を取り除いて容器（６１）口部より液体の補充ができる。 The replenishment of the liquid into the container chamber (64) is performed by placing the hook packing (70) on the left side plate (68) and the right side plate (69) on the inside of the mouth of the container (61) and protruding from the groove (72) (71 ) The hook packing (70) is pulled up and the partition plate (62) is removed from the container (61) mouth, and the liquid can be replenished from the container (61) mouth.

　容器（８１）図２３－図２６符号８１－符号９５は、柔軟性容器（８１）内部に容器（８１）内部を仕切る仕切り板（８２）を設け、仕切板（８２）より上を計量室（８３）とし、仕切り板（８２）より下を容器室（８４）として、仕切り板（８２）周囲の溝にパッキン（８５）を装着し、仕切り板（８２）中央に液流管（８６）を形成して、液流管（８６）は、仕切り板（８２）より容器（８１）底迄延長すると共に仕切り板（８２）より上に伸ばして、液流管（８６）上部に柔軟性材料であるシリコンゴム素材で形成した切断線液流口（８７）を設けた液流口キャップ（８８）を脱着容易に装着する。 The container (81) in FIGS. 23 to 26 is provided with a partition plate (82) for partitioning the inside of the container (81) inside the flexible container (81), and a measuring chamber (82) above the partition plate (82). 83), the container chamber (84) is located below the partition plate (82), a packing (85) is mounted in a groove around the partition plate (82), and a liquid flow pipe (86) is installed in the center of the partition plate (82). The liquid flow pipe (86) extends from the partition plate (82) to the bottom of the container (81) and extends above the partition plate (82), and a flexible material is formed on the liquid flow pipe (86). A liquid outlet cap (88) provided with a cutting line liquid outlet (87) made of a silicon rubber material is easily attached and detached.

　仕切り板（８２）に仕切り板（８２）周囲より上に伸びる左側板（８９）と右側板（９０）を形成し、左側板（８９）と右側板（９０）上部にフック（９１）を設け、仕切り板（８２）の脱着のさいに使用する梁（９２）を左側板（８９）と右側板（９０）上部間に設けて、容器（８１）口部内側に溝（９３）を形成し、溝（９３）にフック（９１）を係止して、容器（８１）口部にネジにより螺合する容器蓋（９４）を装着して、容器（８１）に計量線（９５）を記入する。 The left side plate (89) and the right side plate (90) extending above the periphery of the partition plate (82) are formed on the partition plate (82), and the hook (91) is provided on the upper side of the left side plate (89) and the right side plate (90). A beam (92) used for detaching the partition plate (82) is provided between the left plate (89) and the upper portion of the right plate (90), and a groove (93) is formed inside the mouth of the container (81). , Hook the hook (91) in the groove (93), attach the container lid (94) screwed to the mouth of the container (81) with a screw, and write the measuring line (95) in the container (81) To do.

　柔軟性容器（８１）の使用方法は、容器室（８４）内の液体を計量室（８３）に移すために容器（８１）口部の雄螺子と容器蓋（９４）の雌螺子との螺合を解除し、容器（８１）口部より容器蓋（９４）を外して、又容器蓋（９４）にワンタッチ開閉機能を設けた場合は、容器蓋（９４）は外さずワンタッチ開閉機能を開けて、容器（８１）側面を押すと容器室（８４）内の液体は液流管（８６）と液流口（８７）を通過して計量室（８３）に流入し、液体使用量が計量室（８３）内に流入した時点で容器（８１）側面を押すのを止め緩めると共に外部空気が液流口（８７）と液流管（８６）を通過して、容器室（８４）に流入する。
　計量された液体の使用箇所への排出は、容器（８１）を傾けて液体の使用箇所へ排出する。 The flexible container (81) is used by screwing the male screw at the mouth of the container (81) and the female screw at the container lid (94) to transfer the liquid in the container chamber (84) to the measuring chamber (83). If the container lid (94) is removed from the mouth of the container (81) and the container lid (94) is provided with a one-touch opening / closing function, the container lid (94) is not removed and the one-touch opening / closing function is opened. When the side surface of the container (81) is pushed, the liquid in the container chamber (84) flows into the measuring chamber (83) through the liquid flow pipe (86) and the liquid flow port (87), and the amount of liquid used is measured. When it flows into the chamber (83), it stops pushing the side surface of the container (81) and loosens it, and external air passes through the liquid flow port (87) and the liquid flow pipe (86) and flows into the container chamber (84). To do.
To discharge the measured liquid to the use location, the container (81) is tilted and discharged to the use location of the liquid.

　容器室（８４）内への液体の補充は、容器（８１）口部に形成された溝（９３）にフック（９１）をはめてあるため、梁（９２）を抓むと共に左側板（８９）と右側板（９０）との距離は狭まり、溝（９３）より右側板（８９）と左側板（９０）のフック（９１）が外れ、梁（９２）を引き上げると共に仕切り板（８２）が容器（８１）口部より外れて、容器（８１）口部より液体の補充ができる。
容器室（８４）内への液体の補充は、液流管（８６）上部より液流口キャップ（８８）を外して容器（８１）口部より液体の補充ができる。 In order to replenish the liquid into the container chamber (84), the hook (91) is fitted in the groove (93) formed in the mouth portion of the container (81). ) And the right side plate (90) are narrowed, the hooks (91) of the right side plate (89) and the left side plate (90) are released from the groove (93), the beam (92) is pulled up, and the partition plate (82) is The liquid can be replenished from the container (81) mouth by removing from the container (81) mouth.
The liquid can be refilled into the container chamber (84) by removing the liquid flow cap (88) from the upper part of the liquid flow pipe (86) and refilling the liquid from the container (81) mouth.

　容器（９６）図２７－図３２符号９６－符号１１１は、柔軟性容器（９６）内部に容器（９６）内部を仕切る仕切り板（９７）挿入のさいに仕切り板（９７）を固定する溝（９８）を容器（９６）内部に円周状に設け、溝（９８）に仕切り板（９７）を脱着容易に挿入して、仕切板（９７）より上を計量室（９９）とし、仕切り板（９７）より下を容器室（１００）として、仕切り板（９７）には仕切り板（９７）より上に伸びる液流穴（１０１）と空流穴（１０２）形成されて、液流穴（１０１）下部と空流穴（１０２）下部は容器室（１００）に続け上部は計量室（９９）に続ける。 Reference numeral 96-reference numeral 111 denotes a groove for fixing the partition plate (97) when the partition plate (97) for partitioning the interior of the container (96) is inserted into the flexible container (96) ( 98) is provided circumferentially inside the container (96), and the partition plate (97) is easily inserted into the groove (98), and the partition plate (97) is used as the measuring chamber (99). The lower part (97) is the container chamber (100), and the partition plate (97) is formed with liquid flow holes (101) and air flow holes (102) extending above the partition plate (97). 101) The lower part and the lower part of the air flow hole (102) continue to the container chamber (100), and the upper part continues to the weighing chamber (99).

　容器（９６）口部に雄螺子形成し、容器（９６）口部に装着する容器蓋（１０３）に、容器（９６）口部の雄螺子に螺合する雌螺子を設け容器蓋（１０３）側部を上に延長して、延長した容器蓋（１０３）側部より仕切り板（９７）近く迄液排穴（１０５）を形成して、液排穴（１０５）の容器蓋（１０３）側部を液排口（１０６）とし仕切り板（９７）近くを下液排口（１０７）として、容器（９６）口部を覆う容器蓋（１０３）の天板（１０４）上に天秤形埋め込み式弁レバー（１０８）を設け、液排穴（１０５）内の液流を遮断する弁（１０９）を弁レバー（１０８）に、弁レバー（１０８）により上下動自在に装着して、容器（９６）に傾斜計量線（１１０）と計量線（１１１）を記入する。 A male screw is formed in the mouth of the container (96), and a female screw that is screwed into the male screw in the mouth of the container (96) is provided on the container lid (103) attached to the mouth of the container (96). The side is extended upward, and a liquid drain hole (105) is formed from the side of the extended container lid (103) to the vicinity of the partition plate (97), and the liquid drain hole (105) side of the container lid (103) With the liquid discharge port (106) and the partition plate (97) near the lower liquid discharge port (107), the balance type embedded type on the top plate (104) of the container lid (103) covering the container (96) mouth portion A valve lever (108) is provided, and a valve (109) for blocking the liquid flow in the liquid discharge hole (105) is attached to the valve lever (108) so as to be movable up and down by the valve lever (108). ) Fill in the inclined weighing line (110) and the weighing line (111).

　参考考案として、容器室（１００）内と計量室（９９）内と外部との気圧を一定にするための気圧調整弁を天板（１０４）に設けて、容器（９６）側部に、計量された液体の使用箇所への排出の際に容器（９６）側部を押して容器（９６）側部が変形する部分を設け、その他の容器（９６）側部は指で簡単に変形出来ない固さにする。 As a reference device, an air pressure adjusting valve for keeping the air pressure in the container chamber (100), the measuring chamber (99), and the outside constant is provided on the top plate (104), and the container (96) is measured on the side. When the discharged liquid is discharged to the place where it is used, the side of the container (96) is pressed to deform the side of the container (96), and the other side of the container (96) is not easily deformed by fingers. Say it.

　容器（９６）の使用方法は、容器室（１００）内と計量室（９９）内と外部との気圧を一定にするために弁レバー（１０８）を操作して弁（１０９）を上げる、又は気圧調整弁を開ける。 The container (96) can be used by operating the valve lever (108) to raise the valve (109) in order to make the air pressure in the container chamber (100), the measurement chamber (99), and the outside constant, or Open the pressure adjustment valve.

　容器室（１００）内の液体を計量室（９９）に移すために容器（９６）口部の雄螺子と容器蓋（１０３）の雌螺子との螺合と、弁（１０９）が下りているかを確認して、容器（９６）を液流穴（１０１）方向に倒すと容器室（１００）内の液体は、液流穴（１０１）を通過して計量室（９９）に流入すると共に計量室（９９）内の空気は空流穴（１０２）を通過して容器室（１００）内に流入して、目安液体使用量が計量室（９９）内に流入した時点で容器（９６）を立て、液体量を計量線（１１１）で確認して、余分に入った液体はさらに容器（９６）を傾けて液流穴（１０１）より容器室（１００）に戻しつつ傾斜計量線（１１０）で確認する。 Whether the male screw in the mouth of the container (96) and the female screw in the container lid (103) are threaded and the valve (109) is lowered to transfer the liquid in the container chamber (100) to the measuring chamber (99). When the container (96) is tilted in the direction of the liquid flow hole (101), the liquid in the container chamber (100) passes through the liquid flow hole (101) and flows into the measurement chamber (99) and is measured. The air in the chamber (99) passes through the air flow hole (102) and flows into the container chamber (100), and when the reference liquid usage amount flows into the measuring chamber (99), the container (96) is removed. Standing and checking the amount of liquid with the measuring line (111), the extra liquid enters the inclined measuring line (110) while tilting the container (96) and returning it to the container chamber (100) from the liquid flow hole (101). Confirm with.

　計量された液体の使用箇所への排出は、弁レバー（１０８）により弁（１０９）を上げてから容器（９６）側面を押すと容器室（１００）内の空気は液流穴（１０１）と空流穴（１０２）を通過してから計量室（９９）内の計量された液体上に流入し、計量された液体を上から押すと共に計量された液体は下液排口（１０７）より液排穴（１０５）に入り、液排穴（１０５）をのぼって液排口（１０６）より液体の使用箇所へ排出され、容器（９６）側面を押した指を緩めると外部空気が液排口（１０６）と液排穴（１０５）と下液排口（１０７）通過し計量室（９９）に流入して、さらに液流穴（１０１）と空流穴（１０２）を通過して容器室（１００）内に流入する。 When the measured liquid is discharged to the place of use, when the valve (109) is lifted by the valve lever (108) and then the side of the container (96) is pushed, the air in the container chamber (100) becomes the liquid flow hole (101). After passing through the air flow hole (102), the liquid flows into the measured liquid in the measuring chamber (99), pushes the measured liquid from above, and the measured liquid is discharged from the lower liquid discharge port (107). Entering the drain hole (105), going up the liquid drain hole (105), being discharged from the liquid drain port (106) to the place where the liquid is used, and loosening the finger that pushed the side surface of the container (96), the external air is drained (106), the liquid drain hole (105), the lower liquid drain port (107), flow into the measuring chamber (99), and further pass through the liquid flow hole (101) and the empty flow hole (102) to the container chamber. Flows into (100).

　容器室（１００）内への液体の補充は、容器（９６）口部より容器蓋（１０３）を外し、液流穴（１０１）又は空流穴（１０２）の管をつまんで仕切り板（９７）を外し、液体を容器（９６）口部より容器室（１００）内流入できる、又は容器（９６）口部より容器蓋（１０３）を外し、仕切り板（９７）は容器（９６）内に挿入したままで、容器（９６）口部より液体を注ぐと液体は計量室（９９）を満たし液流穴（１０１）と空流穴（１０２）を通過して容器室（１００）内に流入する。 To replenish liquid into the container chamber (100), remove the container lid (103) from the mouth of the container (96) and pinch the pipe of the liquid flow hole (101) or the empty flow hole (102) to separate the partition plate (97 ) And the liquid can flow into the container chamber (100) from the container (96) mouth, or the container lid (103) is removed from the container (96) mouth, and the partition plate (97) is placed in the container (96). When the liquid is poured from the mouth of the container (96) while being inserted, the liquid fills the measuring chamber (99), passes through the liquid flow hole (101) and the air flow hole (102), and flows into the container chamber (100). To do.

　容器（１１２）図３３－図３８符号１１２－符号１２４は、柔軟性容器（１１２）内部に容器（１１２）内部を仕切る仕切り板（１１３）を設け、仕切板（１１３）より上を計量室（１１４）とし、仕切り板（１１３）より下を容器室（１１５）として、仕切り板（１１３）周囲の溝にパッキン（１１６）を装着し、仕切り板（１１３）中央部に液流管（１１７）を形成して、液流管（１１７）は、仕切り板（１１３）より容器（１１２）底迄延長すると共に仕切り板（１１３）より上に伸ばした左右を切り欠き、残った部分を取っ手(１１８)形状にして、液流管（１１７）上部に柔軟性材料であるシリコンゴム素材で形成した切断線液流口（１１９）を設けた液流口キャップ（１２０）を脱着容易に装着する。 The container 112 is provided with a partition plate 113 which partitions the inside of the container 112 inside the flexible container 112, and a measuring chamber (above the partition plate 113 is provided above the partition plate 113). 114), and the space below the partition plate (113) is the container chamber (115), a packing (116) is mounted in a groove around the partition plate (113), and a liquid flow pipe (117) is installed at the center of the partition plate (113). The liquid flow pipe (117) extends from the partition plate (113) to the bottom of the container (112) and cuts right and left extending above the partition plate (113), and the remaining part is a handle (118). The liquid flow port cap (120) provided with a cutting line liquid flow port (119) formed of a silicon rubber material which is a flexible material on the liquid flow tube (117) is easily attached and detached.

　容器(１１２)口部を覆う容器蓋(１２１)の一部を液廃口とし、液廃口を樋(１２２)形状にして、容器蓋(１２１)に樋(１２２)を覆う液排口蓋(１２３)を装着して、容器（１１２）に計量線（１２４）を記入する。 A part of the container lid (121) covering the mouth portion of the container (112) is used as a liquid waste outlet, the liquid waste outlet is formed into a bowl (122) shape, and the liquid lid outlet cover (122) is covered with the container lid (121). 123) is attached, and a measuring line (124) is written on the container (112).

　柔軟性容器（１１２）の使用方法は、容器室（１１５）内の液体を計量室（１１４）に移すために容器（１１２）口部の雄螺子と容器蓋（１２１）の雌螺子との螺合を確認して、容器蓋（１２１）より液排口蓋(１２３)を外して、容器（１１２）側面を押すと容器室（１１５）内の液体は液流管（１１７）を上り切断線液流口（１１９）を通過して計量室（１１４）に流入し、液体使用量が計量室（１１４）内に流入した時点で容器（１１２）側面を押すのを止め緩めると共に外部空気が切断線液流口（１１９）と液流管（１１７）を通過して、容器室（１１５）に流入する。 In order to transfer the liquid in the container chamber (115) to the measuring chamber (114), the flexible container (112) is used by screwing the male screw at the mouth of the container (112) and the female screw at the container lid (121). After confirming the alignment, the liquid discharge lid (123) is removed from the container lid (121), and the side of the container (112) is pushed, so that the liquid in the container chamber (115) goes up the liquid flow pipe (117) When the amount of liquid used flows into the measuring chamber (114) through the flow port (119), the pressing of the side of the container (112) is stopped and the external air is cut off. It passes through the liquid flow port (119) and the liquid flow pipe (117) and flows into the container chamber (115).

　計量室（１１４）内の計量された液体の使用箇所への排出は、容器（１１２）を傾けて樋(１２２)より液体の使用箇所へ排出する。 To discharge the measured liquid in the measuring chamber (114) to the use location, the container (112) is tilted and discharged from the basket (122) to the use location of the liquid.

　容器室（１１５）内への液体の補充は、容器（１１２）口部より容器蓋（１２１）を外して取っ手(１１８)より液流口キャップ（１２０）を外して、補充液体を容器（１１２）口部より注ぎ込むと補充液体は液流管（１１７）の左右を切り欠いた部分より液流管（１１７）に流入して液流管（１１７）を下がり容器室（１１５）内に流入する。 For replenishing the liquid into the container chamber (115), the container lid (121) is removed from the opening of the container (112), the liquid outlet cap (120) is removed from the handle (118), and the replenishing liquid is supplied to the container (112). ) When poured from the mouth, the replenishing liquid flows into the liquid flow pipe (117) from the part of the liquid flow pipe (117) cut out from the left and right, descends the liquid flow pipe (117), and flows into the container chamber (115). .

　　　１　容器
　　　２　仕切り板
　　　３　計量室
　　　４　容器室
　　　５　パッキン
　　　６　液流穴
　　　７　左側板
　　　８　空流穴
　　　９　右側板
　　　１０　フックパッキン
　　　１１　容器蓋
　　　１２　溝
　　　１３　液排口
　　　１４　液排管
　　　１５　液排口蓋
　　　１６　傾斜計量線
　　　１７　計量線
　　　１８　容器
　　　１９　仕切り板
　　　２０　計量室
　　　２１　容器室
　　　２２　パッキン
　　　２３　縦軸受け
　　　２４　液流穴
　　　２５　液流口
　　　２６　左側板
　　　２７　空流穴
　　　２８　空流口
　　　２９　右側板
　　　３０　フック
　　　３１　液空流調整弁
　　　３２　縦軸
　　　３３　縦軸フック
　　　３４　スプリング
　　　３５　止輪
　　　３６　溝
　　　３７　容器蓋
　　　３８　傾斜計量線
　　　３９　計量線
　　　４０　容器
　　　４１　仕切り板
　　　４２　計量室
　　　４３　容器室
　　　４４　縦軸受け
　　　４５　液流口
　　　４６　パッキン
　　　４７　左側板
　　　４８　右側板
　　　４９　フックパッキン
　　　５０　容器蓋
　　　５１　溝
　　　５２　液排口
　　　５３　押しボタン
　　　５４　液排口蓋
　　　５５　フック
　　　５６　縦軸
　　　５７　スプリング
　　　５８　液流口弁
　　　５９　目安計量線
　　　６０　計量線
　　　６１　容器
　　　６２　仕切り板
　　　６３　計量室
　　　６４　容器室
　　　６５　縦軸受け
　　　６６　液流口
　　　６７　パッキン
　　　６８　左側板
　　　６９　右側板
　　　７０　フックパッキン
　　　７１　突起
　　　７２　溝
　　　７３　容器蓋
　　　７４　押しボタン
　　　７５　フック
　　　７６　縦軸
　　　７７　スプリング
　　　７８　液流口弁
　　　７９　目安計量線
　　　８０　計量線
　　　８１　容器
　　　８２　仕切り板
　　　８３　計量室
　　　８４　容器室
　　　８５　パッキン
　　　８６　液流管
　　　８７　液流口
　　　８８　液流口キャップ
　　　８９　左側板
　　　９０　右側板
　　　９１　フック
　　　９２　梁
　　　９３　溝
　　　９４　容器蓋
　　　９５　計量線
　　　９６　容器
　　　９７　仕切り板
　　　９８　溝
　　　９９　計量室
　　１００　容器室
　　１０１　液流穴
　　１０２　空流穴
　　１０３　容器蓋
　　１０４　天板
　　１０５　液排穴
　　１０６　液排口
　　１０７　下液排口
　　１０８　弁レバー
　　１０９　弁
　　１１０　傾斜計量線
　　１１１　計量線
　　１１２　容器
　　１１３　仕切り板
　　１１４　計量室
　　１１５　容器室
　　１１６　パッキン
　　１１７　液流管
　　１１８　取っ手
　　１１９　切断線液流口
　　１２０　液流口キャップ
　　１２１　容器蓋
　　１２２　樋
　　１２３　液排口蓋
　　１２４　計量線
DESCRIPTION OF SYMBOLS 1 Container 2 Partition plate 3 Measuring chamber 4 Container chamber 5 Packing 6 Liquid flow hole 7 Left side plate 8 Air flow hole 9 Right side plate 10 Hook packing 11 Container lid 12 Groove 13 Liquid discharge port 14 Liquid discharge tube 15 Liquid discharge port 16 Inclined measurement Wire 17 Measuring line 18 Container 19 Partition plate 20 Measuring chamber 21 Container chamber 22 Packing 23 Vertical axis receiver 24 Liquid flow hole 25 Liquid flow port 26 Left side plate 27 Air flow hole 28 Air flow port 29 Right side plate 30 Hook 31 Liquid air flow adjustment valve 32 Vertical axis 33 Vertical axis hook 34 Spring 35 Retaining ring 36 Groove 37 Container lid 38 Inclined measuring line 39 Measuring line 40 Container 41 Partition plate 42 Measuring chamber 43 Container chamber 44 Vertical axis receiver 45 Liquid outlet 46 Packing 47 Left side plate 48 Right side plate 49 Hook packing 50 Container lid 51 Groove 52 Liquid outlet 53 Push button 54 Liquid outlet lid 55 Hook 56 Vertical axis 57 Spring 58 Liquid outlet valve 59 Reference measuring line 60 Measuring line 61 Container 62 Partition plate 63 Measuring chamber 64 Container chamber 65 Vertical axis receiver 66 Liquid outlet 67 Packing 68 Left side plate 69 Right side plate 70 Hook packing 71 Protrusion 72 Groove 73 Container lid 74 Push button 75 Hook 76 Vertical axis 77 Spring 78 Liquid inlet valve 79 Reference measuring line 80 Measuring line 81 Container 82 Partition plate 83 Measuring chamber 84 Container chamber 85 Packing 86 Liquid flow tube 87 Liquid flow port 88 Liquid flow port cap 89 Left side plate 90 Right side plate 91 Hook 92 Beam 93 Groove 94 Container lid 95 Measuring line 96 Container 97 Partition plate 98 Groove 99 Measuring chamber 100 Container chamber 101 Liquid flow hole 102 Air flow hole 103 Container lid 104 Top plate 105 Liquid discharge hole 106 Liquid discharge port 107 Lower liquid discharge port 108 Valve lever 109 Valve 110 Inclined measuring line 111 Measuring line 112 Container 113 Partition plate 114 Measuring chamber 115 Container chamber 116 Packing 117 Liquid flow Pipe 118 Handle 119 Cutting line Liquid outlet 120 Liquid outlet cap 121 Container lid 122 樋 123 Liquid outlet lid 124 Measuring line

Claims

　容器口部にネジにより螺合する容器蓋を備えた柔軟性材料からなる容器と前記容器口部に装着して計量室を形成する計量具において、該計量具は、前記容器口部に装着した場合に前記容器内を容器室と容器口部を区画するための外周にパッキンを備えた仕切り板を有し、該仕切り板の中心を挟んで相対する外周寄りの位置に２本の液流穴を有する側板と空流穴を有する側板がそれぞれ仕切り板上に立設され、前記２本の側板の上部を繋ぐフックパッキンを設けており、又、前記液流穴と空流穴のそれぞれは前記容器室から計量室に通じており、一方、前記容器蓋の内周面には前記フックパッキンの外周部を嵌合させるための溝を形成すると共に、前記容器蓋の側部には蓋を有する液排口が設けられると共に、この液排口には仕切り板の近傍まで伸びる液配管が繋がって形成されていることを特徴とする包装容器。 In a container made of a flexible material having a container lid screwed to a container mouth by a screw and a measuring instrument attached to the container mouth to form a measuring chamber, the measuring instrument is attached to the container mouth. In this case, the container has a partition plate provided with packing on the outer periphery for partitioning the container chamber and the container mouth, and two liquid flow holes are located at positions near the outer periphery across the center of the partition plate. A side plate having an air flow hole and a side plate having an air flow hole are erected on the partition plate, respectively, and provided with hook packings connecting the upper portions of the two side plates, and each of the liquid flow hole and the air flow hole has the above-mentioned The container chamber communicates with the weighing chamber. On the other hand, a groove for fitting the outer peripheral portion of the hook packing is formed on the inner peripheral surface of the container lid, and a lid is provided on the side portion of the container lid. A liquid outlet is provided, and this liquid outlet is near the partition plate. Packaging container, wherein a liquid piping extending in are formed connected.
　前記容器蓋の溝にフックパッキンを嵌合してあることにおいて、容器口部より容器蓋と仕切り板は一体に脱着できることを特徴とする請求項１に記載の包装容器。 The packaging container according to claim 1, wherein the container lid and the partition plate can be integrally detached from the container mouth portion by hook hook fitting in the groove of the container lid.
前記仕切り板中央に縦軸受けを設けて、仕切り板周囲より上に伸びる液流穴と液流口を有する側板と、空流穴と空流口を有する側板を形成して、液流口と空流口を開閉する液空流調整弁を液流口と空流口間に配設し、液空流調整弁より上下に伸びる縦軸下部に縦軸フックを形成しスプリングを装着して、縦軸受けにフックを貫通させ縦軸フックに止輪を装着して、容器口部内側に溝を形成し、溝にフックを嵌合して、容器口部に容器蓋を装着し、容器蓋脱着により縦軸が上下動することを特徴とする請求項１乃至請求項２のいずれかに記載の包装容器。 A vertical plate support is provided at the center of the partition plate to form a side plate having a liquid flow hole and a liquid flow port extending above the periphery of the partition plate, and a side plate having an air flow hole and an air flow port. A liquid air flow adjustment valve that opens and closes the flow port is arranged between the liquid flow port and the air flow port, and a vertical hook is formed at the bottom of the vertical axis that extends vertically from the liquid air flow adjustment valve. Insert the hook through the bearing, attach the retaining ring to the vertical hook, form a groove inside the container mouth, fit the hook into the groove, attach the container lid to the container mouth, and remove the container lid The packaging container according to claim 1, wherein the vertical axis moves up and down.
　前記仕切板中央に縦軸受けと液流口を形成し、容器蓋中央に柔軟性材料で形成された押しボタンを装着して、容器蓋と縦軸受け間にフックを有する縦軸を配設し、縦軸下部にスプリングを装着し、縦軸受けにフックを貫通させフックに液流口弁を装着して、容器蓋中央の押しボタンを押し縦軸と液流口弁を上下動させて液流口を開閉できることを特徴とする請求項１乃至請求項３のいずれかに記載の包装容器。 A vertical axis receiver and a liquid flow port are formed at the center of the partition plate, a push button formed of a flexible material is mounted at the center of the container lid, and a vertical axis having a hook is disposed between the container lid and the vertical axis receiver. A spring is attached to the bottom of the vertical axis, a hook is passed through the vertical axis receiver, a liquid flow valve is attached to the hook, a push button in the center of the container lid is pushed, and the vertical flow and the liquid flow valve are moved up and down. The packaging container according to any one of claims 1 to 3, wherein the container can be opened and closed.
　前記側板のフックパッキン下に突起を設け、容器口部内側に溝を形成し、前記溝に前記突起を脱着容易に嵌合してあることを特徴とする請求項１乃至請求項４のいずれかに記載の包装容器。 5. The projection according to claim 1, wherein a protrusion is provided below the hook packing of the side plate, a groove is formed inside the container mouth portion, and the protrusion is easily fitted to the groove. A packaging container according to 1.
　前記仕切り板中央に液流管を形成して、液流管は、仕切り板より容器底迄延長すると共に仕切り板より上に伸ばして、液流管上部に柔軟性材料で形成した切断線液流口を有する液流口キャップを装着してあることを特徴とする請求項１乃至請求項５のいずれかに記載の包装容器。 A liquid flow tube is formed in the center of the partition plate, and the liquid flow tube extends from the partition plate to the bottom of the container and extends above the partition plate. The packaging container according to any one of claims 1 to 5, further comprising a liquid outlet cap having a mouth.
　前記容器内部に容器内部を仕切る仕切り板挿入のさいに仕切り板を固定する溝を容器内部に円周状に設け、溝に仕切り板を脱着容易に挿入してあると共に、容器口部に装着する容器蓋側部を上に延長して、延長した容器蓋側部より仕切り板近く迄液排穴を形成して、容器口部を覆う容器蓋の天板上に天秤形埋め込み式弁レバーを設け、液排穴内の液流を遮断する弁を弁レバーにより上下動自在に装着してあることを特徴とする請求項１乃至請求項６のいずれかに記載の包装容器。 A groove for fixing the partition plate is inserted in the container when the partition plate is inserted inside the container, and the partition plate is easily inserted into the groove and attached to the container mouth. The container lid side is extended upward, a liquid drain hole is formed from the extended container lid side to the vicinity of the partition plate, and a balance-type embedded valve lever is provided on the top of the container lid that covers the container mouth. The packaging container according to any one of claims 1 to 6, wherein a valve for shutting off the liquid flow in the liquid discharge hole is mounted to be movable up and down by a valve lever.
　前記仕切り板より上に伸ばした液流管の左右を切り欠き、残った部分を取っ手形状にして、液流管上部に柔軟性材料で形成した切断線液流口を設けた液流口キャップを脱着容易に装着して、容器口部を覆う容器蓋の一部を樋形状にし、容器蓋に樋を覆う液排口蓋を装着してあることを特徴とする請求項１乃至請求項７のいずれかに記載の包装容器。
A liquid outlet cap provided with a cutting line liquid outlet formed of a flexible material on the upper part of the liquid flow pipe by cutting out the left and right sides of the liquid flow pipe extending above the partition plate and making the remaining part a handle shape. A part of the container lid that covers the container mouth is attached in an easily attachable / detachable manner, and a liquid drain cover that covers the container is attached to the container lid. The packaging container according to crab.