WO2015151225A1 - 包装容器 - Google Patents

包装容器 Download PDF

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Publication number
WO2015151225A1
WO2015151225A1 PCT/JP2014/059608 JP2014059608W WO2015151225A1 WO 2015151225 A1 WO2015151225 A1 WO 2015151225A1 JP 2014059608 W JP2014059608 W JP 2014059608W WO 2015151225 A1 WO2015151225 A1 WO 2015151225A1
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WO
WIPO (PCT)
Prior art keywords
container
lid
cover
weighing chamber
covering
Prior art date
Application number
PCT/JP2014/059608
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English (en)
French (fr)
Inventor
隆太郎 渡邉
Original Assignee
隆太郎 渡邉
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Priority to PCT/JP2014/059608 priority Critical patent/WO2015151225A1/ja
Publication of WO2015151225A1 publication Critical patent/WO2015151225A1/ja

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    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01F—MEASURING VOLUME, VOLUME FLOW, MASS FLOW OR LIQUID LEVEL; METERING BY VOLUME
    • G01F11/00—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it
    • G01F11/10—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it with measuring chambers moved during operation
    • G01F11/26—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it with measuring chambers moved during operation wherein the measuring chamber is filled and emptied by tilting or inverting the supply vessel, e.g. bottle-emptying apparatus
    • G01F11/262—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it with measuring chambers moved during operation wherein the measuring chamber is filled and emptied by tilting or inverting the supply vessel, e.g. bottle-emptying apparatus for liquid or semi-liquid
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G19/00—Table service
    • A47G19/30—Other containers or devices used as table equipment
    • A47G19/32—Food containers with dispensing devices for bread, rolls, sugar, or the like; Food containers with movable covers
    • A47G19/34—Food containers with dispensing devices for bread, rolls, sugar, or the like; Food containers with movable covers dispensing a certain quantity of powdered or granulated foodstuffs, e.g. sugar
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01F—MEASURING VOLUME, VOLUME FLOW, MASS FLOW OR LIQUID LEVEL; METERING BY VOLUME
    • G01F11/00—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it
    • G01F11/10—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it with measuring chambers moved during operation
    • G01F11/26—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it with measuring chambers moved during operation wherein the measuring chamber is filled and emptied by tilting or inverting the supply vessel, e.g. bottle-emptying apparatus
    • G01F11/261—Apparatus requiring external operation adapted at each repeated and identical operation to measure and separate a predetermined volume of fluid or fluent solid material from a supply or container, without regard to weight, and to deliver it with measuring chambers moved during operation wherein the measuring chamber is filled and emptied by tilting or inverting the supply vessel, e.g. bottle-emptying apparatus for fluent solid material

Definitions

  • the present invention relates to a weighing lid container used at the end.
  • Patent Literature 1 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, Had to use.
  • Patent Document 1 a cylindrical measuring cap is mounted on an inner plug whose upper part of a cylindrical body is cut into a slant, and weighing when there are few and many objects to be measured in the measuring cap cannot be clearly measured. . Since the position of the discharge port is provided at the end of the inclined horizontal ceiling member which is considerably lower than the hinge, the weighing object is discharged from the discharge port when the upper cover is opened.
  • Claim 1 is a packaging container comprising a container and a weighing chamber lid attached to the container mouth part, on a container lid comprising a female screw part screwed into a male screw of the container mouth part and a cover covering the container mouth part.
  • a measuring chamber is formed. It is formed with a ceiling that covers the top and the bottom of the weighing chamber parallel to the ceiling, and an outlet is provided at the junction between the ceiling and one curved side, and the outlet is closed with an outlet lid, and the center of the weighing chamber is Attach a non-flow adjustment cover that adjusts the length of the flow stop to the tip of the flow stop, A packaging container with a flow path in between and a measuring line on the rectangular side.
  • Claim 2 makes it easy to detach the weighing chamber bottom, and provides several grooves on the side of the weighing chamber bottom, and several protrusions engaged with the grooves on the inner surfaces of the rectangular sides facing each other.
  • a packaging container provided with an inclined guiding path for guiding the contents by forming a protrusion and engaging a protrusion in the groove.
  • Claim 3 is a packaging container in which a design cover is provided at the container mouth.
  • a packing that is detachably inserted from the container mouth part and covers the container mouth part is formed around the covering side part, and the covering side part is extended vertically to cover the container mouth part.
  • a packaging container having a container lid shape with the extended cover side part, forming a measuring chamber on the container lid, and mounting a measuring chamber cover on the container mouth.
  • a measuring chamber is formed on a container lid made up of a female screw part screwed into a male screw of a container mouth part and a cover covering the container mouth part, and the shape of the measuring chamber is perpendicular to the cover.
  • the rectangular side that is formed and facing each other, the curved side that the female screw part is extended upward, the ceiling that covers the rectangular side and the top of the curved side, and the bottom of the measuring chamber that is parallel to the ceiling are approximately rectangular.
  • a cubic weighing chamber is formed, and an outlet is provided at the joint between the end of the ceiling and one of the curved sides, and the outlet is closed with an outlet lid.
  • a flow stopper that adjusts the length of the flow stop by adjusting the distance between the flow stop tip and the curved side part by tilting the one end of the weighing chamber opposite to the discharge port across the center of the measurement chamber to make it flow
  • the adjustment cover is attached to the leading end of the flow stop, a flow path is provided between the adjustment cover and the curved side portion, and a measurement line is written on the rectangular side portion.
  • FIG. 12 to FIG. 16 show a covering side formed by forming a packing which is inserted from the container mouth portion and covers the container mouth portion and is locked to the container mouth portion, and extending the cover side portion up and down.
  • Forming a measuring chamber on the container lid the measuring chamber being formed perpendicular to the cover and facing the rectangular side, and the curved side facing the container mouth
  • a rectangular cubic weighing chamber is formed by a ceiling covering the rectangular side and the upper portion of the curved side, and a weighing chamber bottom parallel to the ceiling, and is formed at the junction between the end of the ceiling and one curved side.
  • An outlet is provided, an outlet lid guide rail is formed on the rectangular side, and the outlet lid is attached to the guide rail, and the outlet is closed with the outlet lid.
  • a flow stopper that adjusts the length of the flow stop by adjusting the distance between the flow stop tip and the curved side part by tilting the one end of the weighing chamber opposite to the discharge port across the center of the measurement chamber to make it flow
  • the adjustment cover is attached to the leading end of the flow stop, a flow path is provided between the adjustment cover and the curved side, a measurement line is written on the rectangular side, and a measurement chamber cover is attached to the container mouth.
  • FIG. 1 to 6 show a measuring chamber (4) on a container lid (3) comprising a female screw part screwed into a male screw of the container (1) mouth part and a cover (2) covering the mouth part of the container (1).
  • the shape of the weighing chamber (4) is formed in a rectangular shape (5) that is perpendicularly formed above the cover (2) and faces the curved side portion (6).
  • One end of the weighing chamber bottom (8) facing the discharge port (9) across the center of the weighing chamber (4) is inclined upward to form a flow stop (14), and the tip of the flow stop (14) and the curved side (6 )
  • the flow path (16) is provided between the side part (6), and when the container (1) is erected after weighing the powder, the measured powder in the weighing chamber (4) or Liquid can be stored below the tip of the adjustment cover (15).
  • the weighing chamber bottom (8) is easily attached and detached, several grooves (11) are provided on the side of the weighing chamber bottom (8), and the weighing chamber bottom is placed on the inner surface of the rectangular side (5) facing the weighing chamber (4).
  • Inclined guideway that forms several protrusions (12) to be engaged with the groove (11) on the side of (8) and guides the contents by engaging the protrusion (12) with the groove (11)
  • the capacity of the measuring chamber (4) can be changed by changing the position of engagement between the groove (11) and the protrusion (12), and the measuring chamber bottom (8) can be removed.
  • the inside of the measuring chamber (4) can be cleaned.
  • the overall shape becomes smart because the design cover (18) is provided at the container mouth.
  • Reference numerals 19-36 denote packings (21) that are inserted from the mouth of the container (19) and cover the container (19) mouth (20) around the side of the cover (20) and are locked to the container (19) mouth. ),
  • the cover (20) side part is extended up and down, and the cover (20) and the extended cover (20) side part form a container lid (22), on the container lid (22). Since the measuring chamber (23) is formed, the container (19) can be a disposable container, and the container lid (22) and the measuring chamber (23) can be detachably inserted into the disposable container mouth.
  • the container lid (22) and the measuring chamber (23) are protected and hygienic and easy to use as a portable measuring container.
  • FIG. 3 is an end view taken along line AA in FIG. 2.
  • a plan view of the container lid (3) and the cover (2) and a cutting line BB are shown.
  • FIG. 5 is a cross-sectional end view taken along the line BB in FIG. 4.
  • a plan view of the design cover (18) and a cutting line CC are shown.
  • FIG. 9 is an end view taken along the line CC in FIG. 8.
  • FIG. 11 is an end view taken along the line DD in FIG. 10.
  • FIG. 14 is an end view taken along the line EE in FIG. 13.
  • FIG. 16 is an end view of the FF line cutting part of FIG. 15.
  • FIG. 1 to 6 show a measuring chamber (4) on a container lid (3) comprising a female screw part screwed into a male screw of the container (1) mouth part and a cover (2) covering the mouth part of the container (1).
  • the shape of the weighing chamber (4) includes a rectangular side portion (5) which is formed perpendicular to the cover (2) and faces each other, and a curved side portion (6) which faces the female screw portion extending upward.
  • the substantially rectangular cubic measuring chamber (4) is composed of a ceiling (7) covering the upper part of the rectangular side portion (5) and the curved side portion (6) and a measuring chamber bottom (8) parallel to the ceiling (7).
  • An outlet (9) is formed at the junction between the end of the ceiling (7) and one curved side (6), and an outlet lid (10) guide rail is formed on the rectangular side (5). Then, the outlet lid (10) is attached to the guide rail, and the outlet (9) is closed with the outlet lid (10).
  • the weighing chamber bottom (8) is easily attached and detached, several grooves (11) are provided on the side of the weighing chamber bottom (8), and the weighing chamber bottom is placed on the inner surface of the rectangular side (5) facing the weighing chamber (4).
  • Inclined guideway that forms several protrusions (12) to be engaged with the groove (11) on the side of (8) and guides the contents by engaging the protrusion (12) with the groove (11) (13) is provided.
  • One end of the weighing chamber bottom (8) facing the discharge port (9) across the center of the weighing chamber (4) is inclined upward to form a flow stop (14), and the tip of the flow stop (14) and the curved side (6 )
  • a flow path (16) is provided between (6) and a measurement line (17) is written on the rectangular side part (5).
  • the method of using the container (1) is that when the powder in the container (1) is tilted and shaken to move the powder in the container (1) to the measuring chamber (4) and weigh it, the powder in the container (1) is guided.
  • the slide (13) passes through the flow path (16) and flows into the measurement chamber (4), and the air in the measurement chamber (4) flows through the flow path (16) and flows into the container (1).
  • the expected amount of powder enters the measuring chamber (4), place the container (1) sideways and confirm it with the measuring line (17), and set up the container (1). Shake sideways with (1) upright, pass through the flow path (9), and return to the container (1).
  • Discharge of the weighed powder in the measuring chamber (4) was performed by shifting the outlet lid (10), opening the outlet (9), tilting the container (1), and measuring the amount in the measuring chamber (4).
  • the powder is discharged from the discharge port (9).
  • the granules and tablets in the weighing chamber (4) will return to the container from the flow path (16) even if the container is set up without weighing off (14). It can be formed without the flow stop (14).
  • a design cover (18) is provided at the container mouth.
  • Reference numerals 19 to 36 in FIG. 12-FIG. 16 form a packing (21) that is inserted from the mouth of the container (19) and covers the container (19) and covers the side of the container (19) and is locked to the container mouth. Then, the cover (20) side part is extended up and down to form a container lid (22) shape with the cover (20) and the extended cover (20) side part, and the weighing chamber (23) is placed on the container lid (22). ) And the shape of the weighing chamber (23) is formed by a rectangular side part (24) formed perpendicular to the cover (20) and facing the curved side part (25) facing the container (19) mouth.
  • the substantially rectangular cubic measuring chamber (23) is composed of a ceiling (26) covering the top of the rectangular side portion (24) and the curved side portion (25) and a measuring chamber bottom (27) parallel to the ceiling (26).
  • a rectangular opening formed at the junction between the end of the ceiling (26) and one curved side (25).
  • the weighing chamber bottom (27) can be easily attached and detached, several grooves (30) are provided on the side of the weighing chamber bottom (27), and the measuring chamber bottom is placed on the inner surface of the rectangular side (24) facing the weighing chamber (23).
  • An inclined guide path that forms several protrusions (31) to be engaged with the groove (30) on the side of (27) and that guides the contents by engaging the protrusion (31) with the groove (30). (32) is provided.
  • One end of the weighing chamber bottom (27) facing the discharge port (28) with the center of the weighing chamber (23) in between is inclined upward to form a flow stop (33), and the tip of the flow stop (33) and the curved side portion (25) ) And adjusting the length of the flow stop (33), the flow stop (33) adjusting cover (34) is attached to the end of the flow stop (33), and the adjustment cover (34) and the curved side portion are attached.
  • a flow path (35) is provided between (25), a measurement line is written on the rectangular side part (24), and a measurement chamber cover (36) is attached to the mouth of the container (19).

Abstract

計量蓋容器において、量を明確に計量できるようにするとともに、計量した液体等が手や容器に垂れる問題を解決する。容器（１）と容器口部に装着する計量室蓋とからなる包装容器において、容器口部の雄ネジに螺合する雌ネジ部と容器口部を覆う覆い（２）とから成る容器蓋（３）上に計量室（４）を形成し、前記計量室（４）の形状は、覆いより垂直に形成されて向かい合う長方形側部（５）と、雌ネジ部が上に延長されて向かい合う湾曲側部（６）と、長方形側部と湾曲側部の上部を覆う天井（７）と、天井と平行な計量室底（８）とで形成されて、天井と一方の湾曲側部との接合部に排口（９）を設けて、排口（９）を排口蓋（１０）で塞いで、計量室中心を挟んで排口の相対する計量室底（８）の一端を上に傾斜させ流れ止め（１４）にして、流れ止め（１４）の長さを調整する流れ止め調整カバー（１５）を流れ止め先端に装着して、調整カバーと湾曲側部との間には流路（１６）を設けてあり、長方形側部に計量線（１７）が記入されている。

Description

包装容器
　容器の口部に装着された蓋に形成された計量室内へ、容器内の紛体又は液体の必要量を移動させ計量し、計量した計量室内の紛体、顆粒、錠剤又は液体を使用箇所に排出するさいに用いられる計量蓋容器に関する。
　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、液体を使用しなければならなかった。
実開平６－６７３５５号公報 実開平７－２８０５３号公報 実開平４－１６１６４号公報
　特許文献１は、円筒体の上部を斜めに輪切りにした中栓上に円柱形の計量キャップが装着してあり、計量キャップ内の計量する物体が少ない場合と多い場合の計量が明確に計量できない。
　排出口の位置がヒンジよりかなり低い傾斜した蓋体の水平天井部材端に設けてあるために、上蓋を開けた場合排出口より計量物体が排出してしまう。
　請求項１は、容器と容器口部に装着する計量室蓋とからなる包装容器において、容器口部の雄ネジに螺合する雌ネジ部と容器口部を覆う覆いとから成る容器蓋上に計量室を形成して、前記計量室の形状は、覆いより垂直に形成されて向かい合う長方形側部と、雌ネジ部が上に延長されて向かい合う湾曲側部と、長方形側部と湾曲側部の上部を覆う天井と、天井と平行な計量室底とで形成されて、天井と一方の湾曲側部との接合部に排口を設けて、排口を排口蓋で塞いで、計量室中心を挟んで排口の相対する計量室底の一端を上に傾斜させ流れ止めにして、流れ止めの長さを調整する流れ止め調整カバーを流れ止め先端に装着して、調整カバーと湾曲側部との間には流路を設けてあり、長方形側部に計量線が記入されている包装容器。
　請求項２は、前記計量室底を脱着容易にして、計量室底の側部に数本の溝を設け、計量室の相対する長方形側部内面に、前記溝に係止する数本の突起を形成し、溝に突起を係止して、内容物を誘導する傾斜した誘導路が設けられている包装容器。
　請求項３は、前記容器口部にデザインカバーが設けられている包装容器。
　請求項４は、容器において、容器口部から脱着自在に挿入し容器口部を覆う覆い側部周囲に容器口部に係止するパッキングを形成して、覆い側部を上下に伸ばして、覆いと伸ばした覆い側部とで容器蓋形状をなして、容器蓋上に計量室を形成し容器口部に計量室カバーを装着している包装容器。
　図１－図６は、容器口部の雄ネジに螺合する雌ネジ部と容器口部を覆う覆いとから成る容器蓋上に計量室を形成し、計量室の形状は、覆いより垂直に形成されて向かい合う長方形側部と、雌ネジ部が上に延長されて向かい合う湾曲側部と、長方形側部と湾曲側部の上部を覆う天井と、天井と平行な計量室底とで略長方立方体の計量室が形成されて、天井の端と一方の湾曲側部との接合部に排口を設けて、排口を排口蓋で塞ぐ。
　計量室底を脱着容易にし、計量室底の側部に数本の溝を設け、計量室の相対する長方形側部内側面に計量室底の側部の溝に係止する数本の突起を形成し、溝に突起を係止して、内容物を誘導する傾斜した誘導路を設ける。
　計量室中心を挟んで排口の相対する計量室底の一端を上に傾斜させ流れ止めにして、流れ止め先端と湾曲側部との距離を調整し、流れ止めの長さを調整する流れ止め調整カバーを流れ止め先端に装着して、調整カバーと湾曲側部との間には流路を設けて、長方形側部に計量線を記入する。
　図７－図１１は、図１－図６の形状と似ている形状のものにデザインカバーを追加している。
　図１２－図１６は、容器口部から挿入し容器口部を覆う覆い側部周囲に容器口部に係止するパッキングを形成して、覆い側部を上下に伸ばして覆いと伸ばした覆い側部とで容器蓋形状をなして、容器蓋上に計量室を形成し、計量室の形状は、覆いより垂直に形成されて向かい合う長方形側部と、容器口部に沿って向かい合う湾曲側部と、長方形側部と湾曲側部の上部を覆う天井と、天井と平行な計量室底とで略長方立方体の計量室が形成されて、天井の端と一方の湾曲側部との接合部に排口を設けて、長方形側部に排口蓋誘導レールを形成し、誘導レールに排口蓋を装着して排口を排口蓋で塞ぐ。
　計量室底を脱着容易にし、計量室底の側部に数本の溝を設け、計量室の相対する長方形側部内面に計量室底の側部の溝に係止する数本の突起を形成し、溝に突起を係止して、内容物を誘導する傾斜した誘導路を設ける。
　計量室中心を挟んで排口の相対する計量室底の一端を上に傾斜させ流れ止めにして、流れ止め先端と湾曲側部との距離を調整し、流れ止めの長さを調整する流れ止め調整カバーを流れ止め先端に装着して、調整カバーと湾曲側部との間には流路を設けて、長方形側部に計量線を記入して、容器口部に計量室カバーを装着する。
　以下図面に基づき説明する。
　図１－図６は、容器（１）口部の雄ネジに螺合する雌ネジ部と容器（１）口部を覆う覆い（２）とから成る容器蓋（３）上に計量室（４）を形成し、計量室（４）の形状は、覆い（２）より上へ垂直に形成されて向かい合う長方形側部（５）と、雌ネジ部が上に延長されて向かい合う湾曲側部（６）と、長方形側部（５）と湾曲側部（６）の上部を覆う天井（７）と、天井（７）と平行な計量室底（８）とで略長方立方体の計量室（４）が形成されて、天井（７）の端と一方の湾曲側部（６）との接合部に排口（９）を設けて、排口（９）を排口蓋（１０）で塞いで、長方形側部（５）に計量線（１７）を記入されていることにおいて、計量室（４）内の粉体を明確に計量できる。
　計量室（４）中心を挟んで排口（９）の相対する計量室底（８）の一端を上に傾斜させ流れ止め（１４）にして、流れ止め（１４）先端と湾曲側部（６）との距離を調整し、流れ止め（１４）の長さと高さを調整する流れ止め（１４）調整カバー（１５）を流れ止め（１４）先端に装着して、調整カバー（１５）と湾曲側部（６）との間には流路（１６）を設けてあることにおいて、紛対を計量した後に容器（１）を立てたさいに、計量室（４）の計量された粉体又は液体を調整カバー（１５）先端より下に溜めることができる。
　計量室底（８）を脱着容易にし、計量室底（８）の側部に数本の溝（１１）を設け、計量室（４）の相対する長方形側部（５）内面に計量室底（８）の側部の溝（１１）に係止する数本の突起（１２）を形成し、溝（１１）に突起（１２）を係止して、内容物を誘導する傾斜した誘導路（１３）を設けたことにおいて、溝（１１）と突起（１２）の噛み合わせの位置を変えて計量室（４）の容量を変えることができて、又計量室底（８）を取り外して計量室（４）の内部を洗浄できる。
　図７－図１１は、容器口部にデザインカバー（１８）を設けてあることにより全体の形状がスマートになる。
　図１２－図１６符号１９－符号３６は、容器（１９）口部から挿入し容器（１９）口部を覆う覆い（２０）側部周囲に容器(１９)口部に係止するパッキング(２１)を形成して、覆い（２０）側部を上下に伸ばして、覆い（２０）と伸ばした覆い（２０）側部とで容器蓋（２２）形状をなして、容器蓋（２２）上に計量室（２３）を形成していることにおいて、容器（１９）を使い捨て容器にして、使い捨て容器口部に容器蓋（２２）計量室（２３）を脱着自在に挿入できる。
　容器（１９）口部に計量室カバー(３６)を装着することにおいて、容器蓋（２２）と計量室（２３）が保護され衛生的であり携帯計量容器として使用しやすい。
容器（１）と容器蓋（３）の正面図。 容器蓋（３）と覆い（２）の平面図、切断線A－A線を示す。 図２のＡ－Ａ線切断部端面図。 容器蓋（３）と覆い（２）の平面図、切断線Ｂ－Ｂ線を示す。 図4のＢ－Ｂ線切断部端面図。 計量室底（４）の斜視図。 デザインカバー（１８）の正面図。 デザインカバー（１８）の平面図、切断線Ｃ－Ｃ線を示す。 図８のＣ－Ｃ線切断部端面図。 デザインカバー（１８）の平面図、切断線Ｄ－Ｄ線を示す 図１０のＤ－Ｄ線切断部端面図。 容器（１９）と量室カバー(３６)の正面図 容器（１９）より量室カバー(３６)を外した計量室（２３）と排口蓋(２９)と覆い（２０）の平面図、切断線Ｅ－Ｅ線を示す。 図１３のＥ－Ｅ線切断部端面図。 容器（１９）より量室カバー(３６)を外した計量室（２３）と排口蓋(２９)と覆い（２０）の平面図、切断線Ｆ－Ｆ線を示す。 図１５のＦ－Ｆ線切断部端面図。
　以下図面に基づき説明する。
　図１－図６は、容器（１）口部の雄ネジに螺合する雌ネジ部と容器（１）口部を覆う覆い（２）とから成る容器蓋（３）上に計量室（４）を形成し、計量室（４）の形状は、覆い（２）より垂直に形成されて向かい合う長方形側部（５）と、雌ネジ部が上に延長されて向かい合う湾曲側部（６）と、長方形側部（５）と湾曲側部（６）の上部を覆う天井（７）と、天井（７）と平行な計量室底（８）とで略長方立方体の計量室（４）が形成されて、天井（７）の端と一方の湾曲側部（６）との接合部に排口（９）を設けて、長方形側部（５）に排口蓋（１０）誘導レールを形成し、誘導レールに排口蓋（１０）を装着して、排口（９）を排口蓋（１０）で塞ぐ。
　計量室底（８）を脱着容易にし、計量室底（８）の側部に数本の溝（１１）を設け、計量室（４）の相対する長方形側部（５）内面に計量室底（８）の側部の溝（１１）に係止する数本の突起（１２）を形成し、溝（１１）に突起（１２）を係止して、内容物を誘導する傾斜した誘導路（１３）を設ける。
　計量室（４）中心を挟んで排口（９）の相対する計量室底（８）の一端を上に傾斜させ流れ止め（１４）にして、流れ止め（１４）先端と湾曲側部（６）との距離を調整し、流れ止め（１４）の長さを調整する流れ止め（１４）調整カバー（１５）を流れ止め（１４）先端に装着して、調整カバー（１５）と湾曲側部（６）との間には流路（１６）を設けて、長方形側部（５）に計量線（１７）を記入する。
　容器（１）の使用方法は、容器（１）内の紛体を計量室（４）に移動して計量するために容器（１）を傾け振ると、容器（１）内の粉体は、誘導路（１３）をすべり流路（１６）を通過して計量室（４）に流入すると共に計量室（４）内の空気は流路（１６）を通過して容器（１）内に流入して、粉体の計量予定量が計量室（４）に入った時点で容器（１）を横にして計量線（１７）で確認し容器（１）を立てる、余分に入った粉体は容器（１）を立てた状態で横に振って流路（９）を通過させて容器（１）内に戻す。
　計量室（４）内の計量された粉体の排出は、排口蓋（１０）をずらして、排口（９）を開け容器（１）を傾けて、計量室（４）内の計量された粉体を排口（９）より排出する。
　計量する内容物が顆粒や錠剤の場合は、流れ止め（１４）がなくとも計量した後に容器を立てても計量室（４）内の顆粒や錠剤は流路（１６）より容器内に戻ることがなく流れ止め（１４）を省いて形成することができる。
　図７－図１１は、容器口部にデザインカバー（１８）を設ける。
　図１２－図１６符号１９－符号３６は、容器（１９）口部から挿入し容器（１９）口部を覆う覆い（２０）側部周囲に容器口部に係止するパッキング(２１)を形成して、覆い（２０）側部を上下に伸ばして覆い（２０）と伸ばした覆い（２０）側部とで容器蓋（２２）形状をなして、容器蓋（２２）上に計量室（２３）を形成し、計量室（２３）の形状は、覆い（２０）より垂直に形成されて向かい合う長方形側部（２４）と、容器（１９）口部に沿って向かい合う湾曲側部（２５）と、長方形側部（２４）と湾曲側部（２５）の上部を覆う天井（２６）と、天井（２６）と平行な計量室底（２７）とで略長方立方体の計量室（２３）が形成されて、天井（２６）の端と一方の湾曲側部（２５）との接合部に排口（２８）を設けて、長方形側部（２４）に排口蓋（２９）誘導レールを形成し、誘導レールに排口蓋（２９）を装着して排口（２８）を排口蓋（２９）で塞ぐ。
　計量室底（２７）を脱着容易にし、計量室底（２７）の側部に数本の溝（３０）を設け、計量室（２３）の相対する長方形側部（２４）内面に計量室底（２７）の側部の溝（３０）に係止する数本の突起（３１）を形成し、溝（３０）に突起（３１）を係止して、内容物を誘導する傾斜した誘導路（３２）を設ける。
　計量室（２３）中心を挟んで排口（２８）の相対する計量室底（２７）の一端を上に傾斜させ流れ止め（３３）にして、流れ止め（３３）先端と湾曲側部（２５）との距離を調整し、流れ止め（３３）の長さを調整する流れ止め（３３）調整カバー（３４）を流れ止め（３３）先端に装着して、調整カバー（３４）と湾曲側部（２５）との間には流路（３５）を設けて、長方形側部（２４）に計量線を記入して、容器（１９）口部に計量室カバー(３６)を装着する。
　計量して使用する粉ミルク容器、顆粒入浴剤容器、塩、砂糖、醤油などの調味料容器、顆粒状の動物の餌、薬品容器に使用できる。
　　　１　容器
　　　２　覆い
　　　３　容器蓋
　　　４　計量室
　　　５　長方形側部
　　　６　湾曲側部
　　　７　天井
　　　８　計量室底
　　　９　排口
　　　１０　排口蓋
　　　１１　溝
　　　１２　突起
　　　１３　誘導路
　　　１４　流れ止め
　　　１５　調整カバー
　　　１６　流路
　　　１７　計量線
　　　１８　デザインカバー
　　　１９　容器
　　　２０　覆い
　　　２１　パッキング
　　　２２　容器蓋
　　　２３　計量室
　　　２４　長方形側部
　　　２５　湾曲側部
　　　２６　天井
　　　２７　計量室底
　　　２８　排口
　　　２９　排口蓋
　　　３０　溝
　　　３１　突起
　　　３２　誘導路
　　　３３　流れ止め
　　　３４　調整カバー
　　　３５　流路
　　　３６　計量室カバー
 

Claims (4)

  1. 　容器と容器口部に装着する計量室蓋とからなる包装容器において、容器口部の雄ネジに螺合する雌ネジ部と容器口部を覆う覆いとから成る容器蓋上に計量室を形成して、前記計量室の形状は、覆いより垂直に形成されて向かい合う長方形側部と、雌ネジ部が上に延長されて向かい合う湾曲側部と、長方形側部と湾曲側部の上部を覆う天井と、天井と平行な計量室底とで形成されて、天井と一方の湾曲側部との接合部に排口を設けて、排口を排口蓋で塞いで、計量室中心を挟んで排口の相対する計量室底の一端を上に傾斜させ流れ止めにして、流れ止めの長さを調整する流れ止め調整カバーを流れ止め先端に装着して、調整カバーと湾曲側部との間には流路を設けてあり、長方形側部に計量線が記入されていることを特徴とする包装容器
  2. 　前記計量室底を脱着容易にして、計量室底の側部に数本の溝を設け、計量室の相対する長方形側部内面に、前記溝に係止する数本の突起を形成し、溝に突起を係止して、内容物を誘導する傾斜した誘導路が設けられていることを特徴とする請求項１に記載の包装容器。
  3. 　前記容器口部にデザインカバーが設けられていることを特徴とする請求項１又は請求項２のいずれか記載の包装容器。
  4. 　容器において、容器口部から脱着自在に挿入し容器口部を覆う覆い側部周囲に容器口部に係止するパッキングを形成して、覆い側部を上下に伸ばして、覆いと伸ばした覆い側部とで容器蓋形状をなして、容器蓋上に計量室を形成し容器口部に計量室カバーを装着してい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。
     
PCT/JP2014/059608 2014-04-01 2014-04-01 包装容器 WO2015151225A1 (ja)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS492754U (ja) * 1972-04-11 1974-01-11
JPS4966459U (ja) * 1972-09-20 1974-06-11
JPS6346356U (ja) * 1986-09-10 1988-03-29
JP5517230B1 (ja) * 2013-01-04 2014-06-11 渡邉 隆太郎 包装容器

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS492754U (ja) * 1972-04-11 1974-01-11
JPS4966459U (ja) * 1972-09-20 1974-06-11
JPS6346356U (ja) * 1986-09-10 1988-03-29
JP5517230B1 (ja) * 2013-01-04 2014-06-11 渡邉 隆太郎 包装容器

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