JPWO2016129326A1 - Packaging container - Google Patents

Abstract

[PROBLEMS] To pull a pull ring (9) with a finger of a long artificial nail to reduce the adhesion of liquid to the inner wall of the lid and the inner side of the pouring gutter (7) and to pour out the pouring gutter ( 7) Provide a hinge cap in which the liquid dripping outside returns to the container (1). A container coupling cylinder (2) and a lid (3) are connected by a hinge (4), and a container coupling cylinder top plate (5) covering the upper part of the container coupling cylinder (2) has a funnel shape. The pouring spout (7) is formed at the center of the container coupling cylinder top plate (5), and the pull column (8) is provided at the lowest position of the container coupling cylinder top plate (5). ) A pull ring (9) is formed circumferentially from the top to the outside of the pouring spout (7) and is recessed from the center of the lid (3) toward the inside of the lid (3). ) Is provided with a liquid stopper (28) at the mouth of the container lid and the container (1) formed with a pouring spigot (27) that fits inside the upper part, and a liquid stopper (28) at the bottom of the pouring spigot (27). ) Between the liquid flow ports (30).

Description

  The container lid attached to the container mouth portion relates to a container lid in which a container coupling tube and a lid are connected to each other by a hinge, and a pull top is formed at the upper central portion of the container coupling tube.

  Conventionally, the pull ring is provided on the inside of the pouring cylinder, and the liquid dripping outside the pouring cylinder flows and accumulates on the outside of the pouring cylinder in a circumferential manner. And drip into the container.

JP 2014-108799 A CD-ROM of Japanese Patent Application No. 3-86994 (Japanese Utility Model Publication No. 5-35723)

  The pull ring inside the conventional dispensing cylinder cannot be pulled with a long artificial finger, and if the container is stood after pouring the liquid by tilting the container, the liquid will droop and accumulate outside the dispensing cylinder. There are issues to be solved.

  The first aspect of the present invention provides a container lid to be attached to the container mouth. The container lid is connected to a container coupling cylinder top plate that covers the upper part of the container coupling cylinder by connecting the container coupling cylinder and a lid having finger hooks by a hinge. A sealed cylinder is provided, an upper sealed cylinder that meshes with the inner side of the lower sealed cylinder is provided on the inside of the lid, and a pouring gutter is formed at the center of the container coupling cylinder top plate. The container coupling cylinder top plate around the container is inclined with the opposite direction to the hinge as the upper side and the hinge direction down, and the container coupling cylinder top plate around the pouring bowl is composed of the container coupling cylinder and the container coupling cylinder ceiling. The bottom of the pouring bowl and the joint of the container-bound cylindrical top plate are tilted downward to form a funnel shape, and pull to the lowest part of the container-bound cylindrical top plate. A column is provided, and a circumferential pull ring is formed on the outside of the pouring bar from the upper part of the pulling column. A break line is provided from the joint between the lower part and the container coupling cylinder top plate to the lower part of the pull column, the inside of the break line is set as a cut part, the pull ring and the pull column are pulled up, and the cut part inside the break line is connected to the container connection cylinder. A packaging container lid that is cut from the top plate and has a spout inside the spout.

  Claim 2 is a container lid attached to the container mouth, wherein the container lid is connected to the container coupling cylinder top plate covering the upper part of the container coupling cylinder by connecting the container coupling cylinder and the lid having the finger hooks by a hinge. A lower sealed cylinder is provided, and a pouring gutter is formed in the center of the container coupling cylinder top plate. The container coupling cylinder top plate around the pouring gutter and the container coupling cylinder top plate around the pouring gage are hinged upward. The container coupling cylinder top plate around the pouring bowl is inclined with the direction facing down, and the junction between the container coupling cylinder and the container coupling cylinder top plate is placed upward, It has a funnel shape that is inclined with the joint part of the plate down, and is provided with a pull column at the lowest point of the container coupling cylinder top plate. Form a pull ring and provide a breaking line inside the pouring trough, from the junction of the pouring trough and the container coupling cylinder top plate to the lower part of the pull column The inside of the broken line is made into a cut-out portion, and an upper sealing cylinder that engages the inside of the lower sealing cylinder is provided inside the lid, and is recessed from the center of the lid toward the inside of the lid. Form a pouring spigot that fits inside the upper part, provide a liquid stop at the container mouth, pull up the pull ring and pull column, cut out the cut-out part from the container coupling cylinder top plate, and provide a spout. A container lid for packaging that reveals an outlet.

  The container lid to be attached to the container mouth portion is provided on the container coupling cylinder top plate, wherein the container coupling cylinder and the lid having the finger hook are connected to each other by a hinge so as to cover the upper part of the container coupling cylinder. A lower sealed cylinder is provided, and a pouring gutter is formed in the center of the container coupling cylinder top plate. The container coupling cylinder top plate around the pouring gutter and the container coupling cylinder top plate around the pouring gage are hinged upward. The container coupling cylinder top plate around the pouring bowl is inclined with the direction facing down, and the junction between the container coupling cylinder and the container coupling cylinder top plate is placed upward, It has a funnel shape that is inclined with the joint part of the plate facing down, and a pull column is provided at the lowest point of the container coupling cylinder top plate. A pull line is formed on the inside of the pouring trough, from the junction between the pouring trough and the container coupling cylinder top plate to the lower part of the pull column. The inside of the break line is made into a cut-out portion, and an upper sealing cylinder that engages with the inner side of the lower sealing cylinder is provided on the inner side of the lid, and is recessed from the center of the lid toward the inner side of the lid. A liquid spout that forms a pouring spigot that fits inside the top of the pouring spigot and is above the pouring spigot, with a liquid spout valve penetrating between the bottom of the pouring spigot and the top of the pouring spigot Form a valve tube and attach a spring and push button to the upper part of the liquid flow valve. When stirring the separated liquid, push the push button to lower the liquid flow valve and move the liquid flow at the lower part of the liquid flow valve. A packaging container lid in which the liquid in the container does not flow into the space on the container coupling cylinder top plate even if the container is shaken after closing the mouth.

  According to a fourth aspect of the present invention, there is provided a container lid attached to the container mouth portion, wherein the container lid is formed by connecting a container coupling cylinder and a lid having a finger hook by a hinge so as to cover an upper part of the container coupling cylinder. A lower sealed cylinder is provided around the container coupling cylinder top plate, and the container coupling cylinder top plate is inclined with the joint portion between the upper part of the container coupling cylinder and the container coupling cylinder top plate facing upward and the central portion of the container coupling cylinder top plate facing down. In addition, the container-coupled cylinder top plate is formed with a funnel shape by tilting the direction opposite to the hinge up and the hinge direction down, and providing a pull column at the lowest position of the container-coupled cylinder top plate, A container-bound cylindrical top plate, with a break line in the direction opposite to the hinge from the lower part of the pull column, with the inside of the break line as a cutout, and a circumferential pull ring in the direction opposite to the hinge from the upper part of the pull column And between the pull ring and the lower sealed cylinder, and extend above the container coupling cylinder top plate. That Note Detoi to form, note shape Detoi is a semi-cylindrical, container closure pull posts to open portions of the semi-cylindrical is erected.

  According to a fifth aspect of the present invention, an upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is provided on the inner side of the lid, and the center portion of the lid is recessed toward the inner side of the lid so as to be poured inside the upper portion of the pouring rod. Forming a spigot, the shape of the pouring spigot is the hemispherical shape where the part that fits inside the top of the pouring spout is upside down, and the semicylindrical shape of the pouring spout from the hemispherical part A liquid outlet valve pipe through which the liquid outlet valve that fits in the open portion of the container is formed, and a liquid outlet is provided between the container coupling cylinder top plate and the lower part of the liquid outlet valve pipe. A push button with a spring is attached to the upper part of the mouth valve. When the separated liquid is stirred, the push button is pushed, and the liquid mouth is closed at the lower part of the liquid mouth valve. A packaging container lid that does not flow into the upper surface of the combined cylinder top plate.

  Claim 6 is a container lid attached to the container mouth, wherein the container lid is connected to the container coupling cylinder and the lid having the finger hooks by a hinge so as to cover the upper part of the container coupling cylinder. A lower sealed cylinder is provided, and a pouring gutter is formed in the center of the container coupling cylinder top plate. The container coupling cylinder top plate around the pouring bowl is inclined with the joint between the upper part of the container coupling cylinder and the container coupling cylinder top plate facing upward, and the lower part of the pouring basket and the container It has a funnel shape that is inclined with the joint part of the combined cylinder top plate down, and a pull column is provided at the lowest part of the container combined cylinder top plate, and a pull ring is provided above the pull column. From the joint of the lower part of the pouring paddle and the top of the container coupling cylinder. When the lid is closed, a break line is provided over the part, and the inside of the break line is used as a cut-out part, and an upper sealing cylinder that engages the inside of the lower sealing cylinder is provided inside the lid. A packaging container lid that can bend and pull the pull ring in the space inside the lid.

  Claim 7 is a container lid attached to the container mouth, wherein the container lid has a circumferential shape around the top of the container coupling cylinder that covers the upper part of the container coupling cylinder, the container coupling cylinder and the lid being connected by a hinge. A lower sealing cylinder is provided, and a pouring gutter is formed in the center of the container coupling cylinder top plate. The container coupling cylinder top plate around the pouring bowl is inclined downward, and the upper part of the container coupling cylinder and the container coupling cylinder top plate are located on the upper side, It has a funnel shape that is inclined with the joint part of the container-bound cylindrical top plate facing down, and a pull column is provided at the lowest point of the container-bound cylindrical top plate. A pull ring is formed in a circumferential shape, inside the pouring bar, along the joint between the lower part of the pouring bar and the container coupling cylinder top plate, and the lower part of the pouring bar and the container connection A break line is provided from the joint of the tube top plate to the lower part of the pull column, the inside of the break line is cut out, and an upper sealed cylinder that engages with the inside of the lower sealed cylinder is formed inside the lid, and the finger is attached to the lid. A hook is provided and the container coupling cylinder is extended downward so that the male screw formed in the container mouth and the female screw formed inside the container coupling cylinder can be screwed together on the inner female screw of the container coupling cylinder. A packing mounting groove is formed so that the packing is easily mounted in the packing mounting groove on the female screw of the container coupling cylinder. The space between the inside of the container coupling cylinder extended to the top of the packing that covers the container mouth is used as a weighing chamber, and the inside of the weighing chamber and the pouring spout is connected by the spout, and is sandwiched between the container mouth and the container coupling cylinder Weigh the center part down from around the packing The center of the packing becomes the bottom of the weighing chamber, and a liquid flow tube is formed at the center of the weighing chamber. A silicon rubber liquid flow cap with a liquid flow port formed in the upper part of the pipe is easily attached and detached. Packaging containers and lids.

  In the packaging container, a partition plate for partitioning the inside of the container is provided in the packaging container, and a liquid flow pipe is formed at the center of the partition plate with the measurement chamber above the partition plate and the container chamber below the partition plate. Then, the liquid flow pipe extends from the partition plate to the bottom of the container, and extends above the partition plate to provide a liquid flow port at the top of the liquid flow tube, and to provide a replenishment liquid flow hole in the partition plate, A spring and a replenishing liquid flow hole valve are attached to the liquid flow pipe above the partition plate, and the replenishing liquid flow hole valve can be moved up and down by the spring. The lid is connected by a hinge so that the male screw formed in the container mouth and the female screw formed inside the container coupling cylinder can be screwed together, and the circle around the container coupling cylinder top plate covering the upper part of the container coupling cylinder A circumferential lower sealing cylinder is provided, a return wall and a return groove are formed inside the lower sealing cylinder, or the lower sealing cylinder A return wall ring is attached to the inside of the container, forming a pouring gutter at the center of the container coupling cylinder top plate, and the container coupling cylinder top plate around the pouring gutter is The container binding cylinder top plate is inclined with the direction opposite to the hinge up and the hinge direction down, and the container binding cylinder top plate around the pouring bar is located above the junction between the upper part of the container binding cylinder and the container binding cylinder top plate. The bottom part of the pouring bowl and the container coupling cylinder top plate are inclined downward to form a funnel shape, and the lower part of the pouring bowl pushes down the replenishment liquid flow hole valve, A pull column is provided at the lowest position of the top plate, and a pull ring is formed on the outer side of the pouring bar from the upper part of the pulling column, inside the pouring bar and connected to the lower part of the pouring bar and the container A break line is provided along the joint part of the tube top plate, from the lower part of the pouring bowl and from the joint part of the container coupling tube top plate to the lower part of the pull column, and the inside of the break line is cut off. Then, an upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is formed on the inner side of the lid, and a finger hook is provided on the lid, and when the liquid in the measuring chamber is extracted, it hangs down on the liquid container coupling cylinder top plate A packaging container in which liquid accumulates in the return groove or return wall ring and does not drip on the side of the container coupling cylinder.

  The container lid corresponding to claim 1 is a container lid to be attached to the container mouth, and the container lid is a container coupling cylinder top plate that covers the upper part of the container coupling cylinder by connecting the container coupling cylinder and the lid by a hinge. A lower sealing cylinder is provided around the container, and a pouring gutter for pouring out the liquid inside the container is formed in the center of the container coupling cylinder top plate, and the inside of the pouring gutter and the container coupling cylinder around the pouring gutter The top plate is slanted with the opposite direction to the hinge up and the hinge direction down, and the container binding cylinder top plate around the pouring bar is a joint between the upper part of the container binding cylinder and the container binding cylinder top plate. The funnel shape is formed by inclining with the joint portion of the pouring bowl and the container-bound cylindrical top plate facing down.

  A pull column is provided at the lowest part of the container combined top plate, and a pull ring is formed on the outer side of the pouring bar from the upper part of the pull column, inside the pouring bar. Along the joint part of the coupling cylinder top plate, a break line is provided from the joint part of the pouring gutter and the container coupling cylinder top plate to the lower part of the pull column, the inside of the break line is cut out, and the inside of the lid, An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is formed, and a finger hook is provided on the lid.

  A container lid corresponding to claim 2 is a container lid to be attached to a container mouth, wherein the container lid has a container coupling cylinder and a lid connected to each other by a hinge, and covers the upper part of the container coupling cylinder. A lower sealed cylinder is provided around it, and a pouring gutter is formed at the center of the container-binding cylinder top plate. The inside of the pouring gutter and the container-binding cylinder top plate around the pouring gage are on the opposite side of the hinge. In addition, the container binding cylinder top plate around the pouring basket is inclined with the junction between the container coupling cylinder and the container coupling cylinder top plate facing up, and the pouring basket and the container are combined. The tube top plate is inclined downwards to form a funnel shape.

  A pull column is provided at the lowest part of the container combined top plate, and a pull ring is formed on the outer side of the pouring bar from the upper part of the pull column, inside the pouring bar. A break line is provided from the joint portion of the coupling cylinder top plate to the lower part of the pull column, and the inside of the break line is used as a cut portion.

  An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is provided inside the lid, and is recessed from the center of the lid toward the inner side of the lid to form a pouring spigot that fits inside the upper part of the pouring spout. A liquid stop is provided at the container mouth, and a liquid outlet is provided between the bottom of the pouring tap and the liquid stop.

  A container lid corresponding to claim 3 is a container lid to be attached to a container mouth portion, and the container lid has a container coupling cylinder and a lid connected by a hinge so as to cover an upper part of the container coupling cylinder. A lower sealed cylinder is provided around it, and a pouring gutter is formed in the center of the container coupling cylinder top plate. The inside of the pouring gutter and the container coupling cylinder top plate around the pouring gauze are facing upwards from the hinge. The container coupling cylinder top plate around the pouring bowl is inclined with the hinge direction downward, and the pouring bowl and container coupling cylinder are arranged with the joint portion between the container coupling cylinder and the container coupling cylinder top plate facing up. It has a funnel shape that is inclined with the top plate joint facing down.

  A pull column is provided at the lowest part of the container combined top plate, and a pull ring is formed on the outer side of the pouring bar from the upper part of the pull column, inside the pouring bar. A break line is provided from the joint portion of the coupling cylinder top plate to the lower part of the pull column, and the inside of the break line is used as a cut portion.

  An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is provided inside the lid, and is recessed from the center of the lid toward the inner side of the lid to form a pouring spigot that fits inside the upper part of the pouring spout. , Forming a liquid outlet valve pipe through which the liquid outlet valve penetrates between the lower part of the outlet stopper and the upper part of the outlet stopper; Install the spring and push button.

  The container lid corresponding to claim 4 and claim 5 is a container lid attached to a container mouth, wherein the container lid is a container that covers the upper part of the container coupling cylinder by connecting the container coupling cylinder and the lid by a hinge. A lower sealed cylinder is provided around the combined cylinder top plate. The container combined cylinder top plate has the upper part of the container combined cylinder and the container combined cylinder top plate facing upward, and the central portion of the container combined cylinder top plate facing downward. The container coupling cylinder top plate is inclined and has a funnel shape that is inclined with the direction opposite to the hinge as the upper side and the hinge direction as the lower side.

  A pull column is provided at the lowest part of the container coupling cylinder top plate, and the container coupling cylinder top plate is provided with a break in the direction opposite to the hinge from the lower part of the pull column, and the inside of the break line is taken as a cut-out part, A circular pull ring is provided in the direction opposite to the hinge from the top of the pull column, and the container coupling cylinder top plate is formed with a pouring bar between the pull ring and the lower sealed cylinder. The shape of the pouring bar is It is a semi-cylindrical shape, and a pull column is erected in an open portion of the semi-cylindrical shape.

  An upper sealing cylinder that engages the inside of the lower sealing cylinder is provided inside the lid, and the center part of the lid is recessed toward the inside of the lid to form a pouring spigot that fits inside the upper part of the pouring pad. The shape of the pouring spigot is a hemispherical shape that the inside of the top of the pouring spear is turned upside down, and fits from the hemispherical part to the semicylindrical open part of the pouring spout A liquid outlet valve pipe through which the liquid outlet valve penetrates is formed, a liquid outlet is provided between the container coupling cylinder top plate and the lower part of the liquid outlet valve pipe, and a spring is provided above the liquid outlet valve. Wear a push button with

  A container lid corresponding to claim 6 is a container lid to be attached to a container mouth, wherein the container lid has a container coupling cylinder and a lid connected by a hinge, and covers the upper part of the container coupling cylinder. A lower sealing cylinder is provided around the container, and a pouring gutter for pouring out the liquid inside the container is formed in the center of the container coupling cylinder top plate, and the inside of the pouring gutter and the container coupling cylinder around the pouring gutter The top plate is slanted with the opposite direction to the hinge up and the hinge direction down, and the container binding cylinder top plate around the pouring bar is a joint between the upper part of the container binding cylinder and the container binding cylinder top plate. The funnel shape is formed by inclining the upper part with the joint part between the lower part of the pouring bowl and the container coupling cylinder top plate facing down.

  A pull column is provided at the lowest part of the container coupling cylinder top plate, and a pull ring is formed in the upper part of the pull column from the upper part of the pull to the upper side. A break line is provided along the joint part of the container connection cylinder top plate and from the lower part of the pouring bowl and the joint part of the container connection cylinder top plate to the lower part of the pull column. An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is formed inside, and a finger hook is provided on the lid.

  The container and lid corresponding to claim 7 are container lids to be attached to the container mouth, wherein the container lid is connected to the container coupling cylinder and the lid by a hinge so as to cover the upper part of the container coupling cylinder. A circumferential lower sealed cylinder is provided around the plate, and a pouring gutter for pouring the liquid inside the container is formed in the center of the container coupling cylinder top plate. The surrounding container connection cylinder top plate is inclined with the opposite direction to the hinge as the upper side and the hinge direction downward, and the container connection cylinder top plate around the pouring pad is arranged between the upper part of the container connection cylinder and the container connection cylinder. A funnel shape is formed by inclining with the joint portion with the top plate facing upward and the lower portion of the pouring bowl and the joint portion of the container coupling cylinder top plate facing downward.

  A pull column is provided at the lowest part of the container combined cylinder top plate, and a pull ring is formed on the outer side of the pouring bar from the upper part of the pull column, inside the pouring bar and at the lower part of the pouring bar A break line is provided along the joint part of the container connecting cylinder top plate, the lower part of the pouring bowl and the joint part of the container connection cylinder top plate and the lower part of the pull column, and the inside of the break line is formed as a cut part, and the lid An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is formed inside, and a finger hook is provided on the lid.

  The container coupling cylinder is extended downward so that the male screw formed in the container mouth and the female thread formed inside the container coupling cylinder can be screwed together to form a packing mounting groove on the inner female screw of the container coupling cylinder. The packing is easily mounted in the packing mounting groove on the female thread of the container coupling cylinder, and the packing is sandwiched between the container mouth and the inside of the container coupling cylinder, and the container coupling cylinder is extended downward. The space between the inner side and the packing covering the container mouth is taken as the weighing chamber.

  The inside of the weighing chamber and the pouring spout (93) is connected by a spout, and the center of the packing is expanded by lowering the center from the periphery of the packing sandwiched between the container mouth and the container coupling cylinder. Is the bottom of the measuring chamber, and a liquid flow tube is formed at the center of the measuring chamber. The liquid flow tube extends from the bottom of the measuring chamber to the bottom of the container and extends upward to form a liquid outlet at the top of the liquid flow tube. The attached silicon rubber liquid flow tube cap is easily attached and detached, and the upper portion of the liquid flow tube cap is in contact with the lower portion of the pouring bar, and a measuring line is written on the side surface of the container coupling cylinder.

  The container and the lid corresponding to claim 8 are provided with a partition plate for partitioning the inside of the container inside the container, a measuring chamber above the partition plate and a container chamber below the partition plate, and a liquid flow tube at the center of the partition plate. The liquid flow tube is formed so as to extend from the partition plate to the bottom of the container, and extend upward from the partition plate to provide a liquid flow port at the top of the liquid flow tube.

  A replenishment liquid flow hole is provided in the partition plate, and a replenishment liquid flow hole valve for opening and closing the replenishment liquid flow hole is mounted on the liquid flow pipe above the partition plate so as to be movable up and down, and between the partition plate and the replenishment liquid flow hole valve. Attach a spring to the replenisher flow hole valve to the liquid flow tube

  The container lid to be attached to the container mouth is such that the container coupling cylinder and the lid are connected by a hinge, and the male screw formed in the container mouth and the female thread formed inside the container coupling cylinder can be screwed together. A circumferential lower sealing cylinder is provided around the container coupling cylinder top plate covering the upper part of the container coupling cylinder, a return wall and a return groove are formed inside the lower sealing cylinder, and the liquid inside the container is formed at the center of the container coupling cylinder top plate. The inside of the pouring paddle and the container coupling cylinder top plate around the pouring paddle are inclined with the direction opposite to the hinge up and the hinge direction down. In addition, the container coupling cylinder top plate around the pouring bowl has the upper part of the container coupling cylinder and the container coupling cylinder top plate facing upward, and the lower part of the pouring bowl and the container coupling cylinder top plate are joined. It has a funnel shape inclined downward, and the lower part of the pouring spout pushes down the upper part of the replenisher flow hole valve.

  A pull column is provided at the lowest part of the container combined cylinder top plate, and a pull ring is formed on the outer side of the pouring bar from the upper part of the pull column, inside the pouring bar and at the lower part of the pouring bar A break line is provided along the joint part of the container connecting cylinder top plate, the lower part of the pouring bowl and the joint part of the container connection cylinder top plate and the lower part of the pull column, and the inside of the break line is formed as a cut part, and the lid An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is formed inside, a finger hook is provided on the lid, and the inside of the weighing chamber and the pouring tub is connected to the side of the container coupling cylinder by the spout Fill in.

This will be described below with reference to the drawings.
1 to 12, reference numeral 1 to reference numeral 14 denote a container lid attached to the mouth of the container (1). The container lid is formed by connecting a container coupling cylinder (2) and a lid (3) by a hinge (4). The lower sealing cylinder (6) is provided around the container coupling cylinder top plate (5) covering the upper part of the container coupling cylinder (2), and the liquid inside the container (1) is placed at the center of the container coupling cylinder top plate (5). Forming the pouring spout (7) for pouring out, the inside of the pouring spout (7) and the container-bound cylindrical top plate (5) around the pouring spout (7) are opposite to the hinge (4) The container coupling cylinder top plate (5) around the pouring rod (7) is inclined to the upper part of the container coupling cylinder (2) and the container coupling. Note that the funnel shape is formed by inclining the joint between the pipe top plate (5) and the pouring spout (7) and the container connection pipe top plate (5) down. The liquid dripping out of the spout (7) is poured into the spout (7) around the spout (7) and the container combined cylinder top plate (5). Passes smoothly Note the exit flow towards the (14) the spout (14) in substantially linear junction to flow into the container (1).

  A pull column (8) is provided at the lowest part of the container combined cylinder top plate (5), and a pull ring (9) is formed on the outer side of the pouring spout (7) from the top of the pull column (8). The inside of the pouring gutter (7), along the joint between the pouring gutter (7) and the container coupling cylinder top plate (5), the pouring gutter (7) and the container coupling cylinder top plate (5 ) To the lower part of the pull column (8), and a break line (10) is provided, and the inside of the break line (10) is made into a cutout part (11), whereby the pouring bar (7) can be made smaller than the fingertip. .

  A pull column (8) is provided at the lowest part of the container combined cylinder top plate (5), and a pull ring (9) is formed on the outer side of the pouring spout (7) from the top of the pull column (8). The inside of the pouring gutter (7), along the joint between the pouring gutter (7) and the container coupling cylinder top plate (5), the pouring gutter (7) and the container coupling cylinder top plate (5 ) From the joint portion to the lower part of the pull column (8), and the inside of the break line (10) is the cutout portion (11). Pull up the provided finger hook (13) with your finger, open the lid (3), pull up the pull ring (9) in the opposite direction to the pull column (8), and pull the ring (9) and pull By pulling up the column (8), it is possible to easily provide the spout (14) by cutting out the cutout portion (171) inside the breaking line (10) from the container coupling cylinder top plate 5).

  A lower sealing cylinder (6) is provided around the container coupling cylinder top plate (5) covering the upper part of the container coupling cylinder (2), and the upper sealing cylinder is engaged with the inner side of the lower sealing cylinder (6) inside the lid (3). In forming (12), no liquid leaks outside the container lid.

  13 to 27, reference numeral 15 to reference numeral 32 denote container lids attached to the mouth portion of the container (15). The container lid is formed by connecting a container coupling cylinder (16) and a lid (17) by a hinge (18). A lower sealing cylinder (20) is provided around the container coupling cylinder top plate (19) covering the upper part of the container coupling cylinder (16), and a pouring rod (21) is formed at the center of the container coupling cylinder top plate (19). Then, the inside of the pouring gutter (21) and the container coupling cylinder top plate (19) around the pouring gutter (21) have the opposite direction to the hinge (18) and the hinge (18) direction downward. The container coupling cylinder top plate (19) around the pouring bowl (21) is inclined and the joint between the container coupling cylinder (16) and the container coupling cylinder top plate (19) is placed upward. The liquid dripping out of the pouring spout (21) is inclined to the pouring spout (21) when the joining portion of the spout (21) and the container coupling cylinder top plate (16) is inclined downward. The surrounding pouring spout (21) and the container-bound cylindrical top plate ( 9) smoothly flows into the container (1) through the flow fluid flow opening (30) toward the liquid flow port (30) in substantially a straight line junction.

  A pull column (22) is provided at the lowest position of the container coupling cylinder top plate (19), and a pull ring (23) is formed on the outer side of the pouring rod (21) from the upper portion of the pull column (22). A break line (24) is provided from the joint between the pouring bar (21) and the container coupling cylinder top plate (19) to the lower part of the pull column (22) inside the pouring bar (21). In the case of an artificial nail, the pull ring (23) in the direction opposite to the pull column (22) is raised at the belly of the artificial nail, and then the pull ring (23) and the pull The column (22) is pulled up, and the cutout portion (25) inside the break line (24) is cut out from the container coupling cylinder top plate (19) to provide the spout (29), and the liquid flow port (30) is provided. In addition, since the pull ring (23) is large, even a child or an elderly person can easily pull the pull ring (23).

  A pull column (22) is provided at the lowest position of the container coupling cylinder top plate (19), and a pull ring (23) is formed on the outer side of the pouring rod (21) from the upper portion of the pull column (22). A break line (24) is provided from the joint between the pouring bar (21) and the container coupling cylinder top plate (19) to the lower part of the pull column (22) inside the pouring bar (21). ) Is used as a cutout portion (25). When the cutout portion (25) is cut out from the container coupling cylinder top plate (19) inside the pouring trough (21), the container inside the pouring trough (21) Almost all of the combined cylinder top plate (19) can be removed and no liquid can accumulate inside the pouring spout (21).

  A pull column (22) is provided at the lowest position of the container coupling cylinder top plate (19), and a pull ring (23) is formed on the outer side of the pouring rod (21) from the upper portion of the pull column (22). , The shape of the pouring gutter (21) can be made narrower than the fingertips, and is recessed from the center of the lid (17) toward the inside of the lid (17), so that the top of the pouring gutter (21) When the shape of the pouring spigot (21) that fits inside is turned into a shape in which the heel is turned over, the shape of the pouring spigot (27) that fits inside the top of the pouring spout (21) is also The liquid that can be made thin and adheres to the pouring spigot (27) flows down smoothly and flows into the container (15).

  A liquid stop (28) is provided at the mouth of the container (15), and a liquid outlet (30) is provided between the bottom of the pouring stopper (27) and the liquid stop (28), so that the separated liquid is agitated. When closing, the lid (17) is closed and the container (15) is shaken with the container (15) in a standing state, or when the container (15) is shaken sideways, the hinge (18) By shaking the container (15) with the top facing up, the liquid rising from the liquid flow port (30) onto the container coupling cylinder top plate (19) can be kept to a minimum. The liquid collected around the spout (21) can flow into the container through the liquid flow port (30).

  By providing the arm protrusion (32) at the mouth of the container (15), the liquid flow port (30) produced by cutting out the cutout part (25) from the container coupling cylinder top plate (16) is blocked.

  28-39, reference numeral 33-reference numeral 52 indicates that an upper sealing cylinder (44) that meshes with the inner side of the lower sealing cylinder (38) is provided on the inner side of the lid (35), and a lid ( 35) is recessed toward the inside of the pouring spout (39) to form a pouring spigot (45) that fits inside the top of the pouring spout (39). A liquid outlet valve pipe (47) through which the liquid outlet valve (46) passes is formed between the lower part of (45) and the upper part of the pouring spigot (45), and is formed above the liquid outlet valve (46). By installing the spring (48) and the push button (49), the cutout portion (43) inside the break line (42) is cut out from the container coupling cylinder top plate (37) and the spout (50) and the liquid flow appear. The outlet (50) of the mouth (51) connects the empty dormitory in the mouth of the container (33) and the empty dormitory in the outlet (39). The empty dormitory on the board (37) is blocked by the pouring tap (45). Then, the vacant dormitory at the mouth of the container (33) and the vacant dormitory on the container coupling cylinder top plate (37) are connected by the liquid flow port (51), the push button (49) is pushed, and the liquid flow port valve (46) is lowered. Then, the liquid flow port 51 is closed at the bottom of the liquid flow valve 46 so that the vacant dormitory at the mouth of the container 33 and the vacant dormitory on the container coupling cylinder top plate 37 can be shut off. When the liquid is agitated, the lid (35) is closed and the push button (49) is pressed to shake the container (33), so that the liquid in the container (33) remains in the vacant dormitory on the container combined top plate (37). Does not flow.

  40 to 52, reference numeral 53 to reference numeral 72 indicate that an upper sealing cylinder (64) that meshes with the inner side of the lower sealing cylinder (58) is provided inside the lid (55), and a central portion of the lid (55) is a lid ( 55) is recessed toward the inside of the pouring spout (63) to form a pouring spigot (65) that fits inside the top of the pouring spout (63). The portion that fits inside the upper part is formed in a hemispherical shape with the heel upside down, and the liquid flow valve (66) that fits from the hemispherical portion into the semicylindrical open part of the pouring basin (63) In forming a liquid outlet valve pipe (67) penetrating, and providing a liquid outlet (68) between the container coupling cylinder top plate (57) and the lower part of the liquid outlet valve pipe (67), The liquid dripping to the outside of the spout (63) flows along the junction between the container coupling cylinder top plate (57) and the lower part of the spout (63) and passes through the liquid flow port (68). Return to the container (53).

  An upper sealing cylinder (64) that meshes with the inner side of the lower sealing cylinder (58) is provided inside the lid (55), and the center part of the lid (55) is recessed toward the inner side of the lid (55) for pouring. A pouring spigot (65) is formed that fits inside the upper part of the coffin (63), and the shape of the pouring spigot (65) is such that the part that fits inside the upper part of the pouring coffin (63) is upside down. The semicircular shape is formed, and the liquid flow valve valve (67) through which the liquid flow valve (66) fitted into the semicylindrical open portion of the pouring rod (63) passes is formed from the hemispherical portion. Then, a liquid flow port (68) is provided between the container coupling cylinder top plate (57) and the lower portion of the liquid flow port valve pipe (67), and a spring (69) is formed above the liquid flow port valve (66). When the separated liquid is agitated, the lid (55) is closed, the push button (70) is pushed, the liquid flow valve (66) is lowered, The liquid outlet (68) is closed at the bottom of the liquid outlet valve (66). When the container (53) is shaken, the empty dormitory at the top of the pouring basin (63) is closed by the pouring basin (65), and the liquid outlet (68) is closed by the liquid outlet valve (66). The liquid in the container (53) does not go up to the upper surface of the container coupling cylinder top plate (57) by being blocked.

  53 to 64, reference numeral 73 to reference numeral 86 designates a pull column (80) provided at the lowest position of the container coupling cylinder top plate (77), and a pull ring (81) on the pull column (80). ) In the formation from the top to the top, when closing the lid (75), the pull ring (81) is pushed and bent inside the lid (75) and pulled into the dormitory inside the lid (75). ) Can be stored.

  65 to 72, reference numeral 87 to reference numeral 108 denote a male screw formed at the mouth of the container (87) and a female screw formed inside the container coupling cylinder (88) by extending the container coupling cylinder (88) downward. Can be screwed together to form a packing mounting groove (100) on the inner female screw of the container coupling cylinder (88), and the packing (101) can be inserted into the packing mounting groove (100 on the female thread of the container coupling cylinder (88). ), And the packing (101) is sandwiched between the opening of the container (87) and the inside of the container coupling cylinder (88), and the container coupling cylinder (88) is extended downward. The space between the inner side and the packing (101) covering the mouth of the container (87) can be used as the weighing chamber (102).

  The inside of the measuring chamber (102) and the pouring basket (93) is communicated by the pouring port (108), and the central part from the periphery of the packing (101) sandwiched between the container (87) mouth and the container coupling cylinder (88). The measuring chamber (102) is expanded by lowering the bottom, and the central portion of the packing (101) becomes the measuring chamber bottom (103), and the liquid flow pipe (104) is formed at the central portion of the measuring chamber bottom (103). The liquid flow pipe (104) extends from the bottom of the measuring chamber (103) to the bottom of the container (87) and extends above the bottom of the measuring chamber (103), and the liquid flow port (105) is formed above the liquid flow pipe (104). A silicon rubber liquid flow pipe cap (106) formed with a cap is easily attached and detached, and the upper part of the liquid flow pipe cap (106) is in contact with the lower part of the pouring spout (93), and the side surface of the container coupling cylinder (88) In the measurement line (107), the side of the container (87) is pushed and the liquid in the container (87) flows into the measurement chamber (102). By volume, the liquid was metered decanted (87) Note can be discharged from the outlet (108).

  73 to 81, reference numeral 109 to reference numeral 134 denote a partition plate (110) provided with a replenishment liquid flow hole (115), and a replenishment liquid flow hole valve (116) for opening and closing the replenishment liquid flow hole (115). 110) is attached to the liquid flow pipe (113) above the liquid flow pipe (113) so as to be movable up and down, and a replenishment liquid flow hole valve (110) is provided between the partition plate (110) of the liquid flow pipe (113) and the replenishment liquid flow hole valve (116). 116) By mounting a spring (117) for flipping up the liquid, replenishment of the liquid into the container chamber (112) is carried out by attaching a container lid comprising a container coupling cylinder (118) and a lid (119) to the container (112 And the replenisher liquid flow hole valve (116) is moved upward by the spring (127) mounted between the partition plate (110) and the replenisher liquid flow hole valve (116). The flow hole (115) is opened, and the replenisher liquid flowing into the measuring chamber (111) is supplied from the measuring chamber (111) to the replenisher liquid hole (115). It flows into the container chamber (112) within the through.

  In forming the return wall (132) and the return groove (133) inside the lower sealing cylinder (122), or mounting the return wall ring (134) inside the lower sealing cylinder (122), 111) When extracting the liquid in the container 111, the extraction container 123 is made lower than the height of the bottom of the container 109 so that the liquid in the measuring chamber 111 is extracted from the extraction container 123. The liquid dripping on the top plate (121) accumulates in the return groove (133) or the return wall ring (134) and does not drop on the side surface of the container coupling cylinder (118).

The front view of a container coupling cylinder (2) and a lid | cover (3). The rear view of a container coupling cylinder (2) and a lid | cover (3). The right view of a container coupling cylinder (2) and a lid | cover (3). The left view of a container coupling cylinder (2) and a lid | cover (3). The top view of a container coupling cylinder (2) and a lid | cover (3). The bottom view of a container coupling cylinder (2) and a lid | cover (3). The top view of the lid | cover (3) which shows the cutting line AA line and BB line which closed the lid | cover (3). FIG. 8 is a cross-sectional view taken along line AA in FIG. 7. FIG. 8 is a sectional view taken along line B-B in FIG. 7. The top view of a lid | cover (3) which shows the cutting line CC line. The CC sectional view taken on the line of FIG. A cut end view of the line C-C in FIG. 10, the pull ring (9), the pull column (8), and the cutout part (11) are notched, and a spout (14) appears. The front view of a container coupling cylinder (16) and a lid | cover (17). The rear view of a container coupling cylinder (16) and a lid | cover (17). The right view of a container coupling cylinder (16) and a lid | cover (17). The left view of a container coupling cylinder (16) and a lid | cover (17). The top view of a container coupling cylinder (16) and a lid | cover (17) which shows the cutting line DD line. The bottom view of a container coupling cylinder (16) and a lid | cover (17). The DD cut | disconnection end view of FIG. 17 which closed the lid | cover (17). The top view of the container coupling cylinder (16) and the lid | cover (17) which show the cutting line EE which cut off the pull ring (23), the pull pillar (22), and the cutout part (25). The EE line cutting | disconnection end elevation of FIG. The EE cut | disconnection end elevation of FIG. 20 which closed the lid | cover (17). A top view of the mouth of the container (15) showing the liquid stop (28). The top view of the lid | cover (17) which shows the cutting line FF line which closed the lid | cover (17). FIG. 25 is an end view taken along line F-F in FIG. 24. FIG. 21 is an end view taken along the line EE of FIG. 20 with the lid (17) closed when an arm protrusion (32) is formed at the mouth of the container (15). The top view of a container (15) mouth part which shows an arm protrusion (32). The front view of a container coupling cylinder (34) and a lid | cover (35). The rear view of a container coupling cylinder (34) and a lid | cover (35). The right view of a container coupling cylinder (34) and a lid | cover (35). The left view of a container coupling cylinder (34) and a lid | cover (35). The top view of a container coupling cylinder (34) and a cover (35) which shows the cutting line GG line. The bottom view of a container coupling cylinder (34) and a lid | cover (35). The top view of the lid | cover (35) which shows the cutting line HH line which closed the lid | cover (35). The HH line | wire cut end elevation of FIG. The HH line cutting | disconnection end view of FIG. 34 which cut off the pull ring (41), the pull pillar (40), and the cut-out part (43). The GG line cutting | disconnection end view of FIG. The top view of the lid | cover (35) which shows the cutting line JJ line which closed the lid | cover (35). FIG. 39 is an end view taken along line JJ of FIG. 38. The front view of a container coupling cylinder (54) and a lid | cover (55). The rear view of a container coupling cylinder (54) and a lid | cover (55). The right view of a container coupling cylinder (54) and a lid | cover (55). The left view of a container coupling cylinder (54) and a lid | cover (55). The top view of a container coupling cylinder (54) and a lid | cover (55) which shows the cutting line KK line | wire. The bottom view of a container coupling cylinder (54) and a lid | cover (55). The top view of the lid | cover (55) which shows the cutting line LL which closed the lid | cover (55). The LL line cutting | disconnection end view of FIG. The LL line cutting | disconnection end view of FIG. 46 which cut off the pull ring (62), the pull pillar (59), and the cut-out part (61). 46 is a sectional view taken along line LL in FIG. 46, in which the push button (70) is pushed, the liquid flow valve (66) is lowered, and the liquid flow port (68) is closed at the lower part of the liquid flow valve (66). FIG. 45 is an end view taken along the line KK of FIG. 44. The top view of the lid | cover (55) which shows the cutting line MM line which closed the lid | cover (55). The MM line | wire cut end elevation of FIG. The front view of a container coupling cylinder (74) and a lid | cover (75). The rear view of a container coupling cylinder (74) and a lid | cover (75). The right view of a container coupling cylinder (74) and a lid | cover (75). The left view of a container coupling cylinder (74) and a lid | cover (75). The top view of a container coupling cylinder (74) and a lid | cover (75) which shows the cutting line NN line. The bottom view of a container coupling cylinder (74) and a lid | cover (75). The top view of the lid | cover (75) which shows the cutting line PP line which closed the lid | cover (75). The PP sectional view taken on the line of FIG. FIG. 60 is a cross-sectional end view taken along the line P-P in FIG. 59, in which the pull ring (81), the pull column (80), and the cutout part (83) are cut off. The NN line | wire cut end elevation of FIG. The top view of the lid | cover (75) which shows the cutting line QQ line which closed the lid | cover (75). FIG. 64 is a cross-sectional end view taken along the line Q-Q in FIG. 63. The front view of a container (87), a container coupling cylinder (88), and a lid | cover (89). The top view of a container (87) container coupling cylinder (88) and a lid | cover (89) which shows the cutting line RR line. FIG. 66 is an end view taken along line RR in FIG. 66. The top view of a container (87) container coupling cylinder (88) and a lid | cover (89) which shows the cutting line SS. FIG. 69 is an end view taken along the line SS of FIG. 68. The top view of a container coupling cylinder (88) and a cover (89) which shows the cutting line U-U line. FIG. 71 is an end view taken along the line U-U in FIG. 70. 70 is a cut end view taken along the line U-U of FIG. 70, with the pull ring (95), the pull column (94), and the cutout portion (97) cut away. The front view of a container (109), a return wall (132), and a lid | cover (119). The top view of the container (109) which opened the lid | cover (119), the container coupling cylinder top plate (121), and a lid | cover (119). The top view of a container (109) and a lid | cover (119) which shows the cutting line VV line. FIG. 76 is an end view taken along the line V-V in FIG. 75. The top view of a container (109) and a lid | cover (119) which shows the cutting line WW line. FIG. 77 is an end view taken along the line W-W in FIG. 77. 75 is a cross-sectional end view taken along the line V-V in FIG. 75, with the pull ring (125), the pull column (124), and the cutout portion (127) cut away. 77 is a cross-sectional end view taken along the line W-W of FIG. 77 with the container coupling cylinder (118) and the lid (119) removed from the opening of the container (109). The V-V line cut of FIG. 75 which cut off the pull ring (125), pull column (124), and cutout part (127) when the return wall ring (134) is mounted inside the lower sealed cylinder (122). End view.

  1 to 12, reference numeral 1 to reference numeral 14 denote a container lid attached to the mouth of the container (1). The container lid is formed by connecting a container coupling cylinder (2) and a lid (3) by a hinge (4). A circumferential lower sealing cylinder (6) is provided around the container coupling cylinder top plate (5) covering the upper part of the container coupling cylinder (2), and the container (1) is disposed at the center of the container coupling cylinder top plate (5). A pouring gutter (7) for pouring the liquid inside is formed, and the inside of the pouring gutter (7) and the container coupling cylinder top plate (5) around the pouring gutter (7) are hinged ( 4) and tilted with the direction opposite to the hinge (4) facing down, and the container coupling cylinder top plate (5) around the pouring gutter (7) is attached to the container coupling cylinder (2). A funnel shape is formed by inclining with the joint between the upper part and the container-bound cylindrical top plate (5) facing upward and the lower part of the pouring spout (7) and the joint between the container-bound tubular top plate (5) facing downward. ing.

  A pull column (8) is provided at the lowest part of the container combined cylinder top plate (5), and a pull ring (9) is formed on the outer side of the pouring spout (7) from the top of the pull column (8). The inside of the pouring gutter (7), along the joint between the lower part of the pouring gutter (7) and the container coupling cylinder top plate (5), and the lower part of the pouring gutter (7) and the container coupling cylinder A break line (10) is provided from the joint of the top plate (5) to the lower part of the pull column (8), the inside of the break line (10) is made into a cutout part (11), and the inside of the lid (3) is An upper sealing cylinder (12) that engages the inside of the sealing cylinder (6) is formed, and a finger hook (13) is provided on the lid (2).

  To use the container lid attached to the container (1) mouth, push the finger hook (13) provided on the lid (2) with your finger, open the lid (3), and opposite the pull column (8) In the case of a nail with a pull ring (9) in the direction, pull up the pull ring (9) and pull column (8) after raising with the belly of the finger, and connect the cutout part (11) inside the breaking line (10) to the container A spout (14) is provided by cutting from the tube top plate (5).

  13 to 27, reference numeral 15 to reference numeral 32 denote container lids attached to the mouth portion of the container (15). The container lid is formed by connecting a container coupling cylinder (16) and a lid (17) by a hinge (18). A lower sealing cylinder (20) is provided around the container coupling cylinder top plate (19) covering the upper part of the container coupling cylinder (16), and a pouring rod (21) is formed at the center of the container coupling cylinder top plate (19). Then, the inner side of the pouring gutter (21) and the container coupling cylinder top plate (19) around the pouring gutter (21) are arranged with the opposite direction to the hinge (18) as the upper side and the hinge (18) as the lower side. The container coupling cylinder top plate (19) around the pouring bowl (21) is inclined and the joint between the container coupling cylinder (16) and the container coupling cylinder top plate (19) is placed upward. A funnel shape is formed by inclining the joint portion between the bottom of the tuna (21) and the container coupling cylinder top plate (19).

  A pull column (22) is provided at the lowest position of the container coupling cylinder top plate (19), and a pull ring (23) is formed on the outer side of the pouring rod (21) from the upper portion of the pull column (22). A break line (24) is provided inside the pouring bar (21) from the junction of the pouring bar (21) and the container coupling cylinder top plate (19) to the lower part of the pull column (22). The inside of (24) is cut out (25).

  An upper sealing cylinder (26) that meshes with the inner side of the lower sealing cylinder (20) is provided on the inner side of the lid (17), and is recessed from the center of the lid (17) toward the inner side of the lid (17). A pouring spigot (27) that fits inside the upper part of the spout (21) is formed, and a liquid stop (28) is provided at the mouth of the container (15), so that the lower part of the spout spout (27) The liquid flow port (30) is provided between (28).

  The method of using the container lid attached to the container (15) mouth is to push up the finger hook (31) provided on the lid (17) with the finger, open the lid (17), and opposite to the pull column (22) In the case of a nail with a pull ring (23) in the direction, pull up the pull ring (23) and pull column (22) after raising them with the belly of the finger, and connect the cutout part (25) inside the breaking line (24) to the container When a liquid outlet (30) appears and the separated liquid is agitated, the lid (17) is closed and the container (15) is cut out from the tube top plate (19) to provide a spout (29). The container (15) is shaken with the container standing upright, or when the container (15) is shaken sideways, the container (15) is shaken with the hinge (18) up.

  When the arm projection (32) is provided at the mouth of the container (15), the arm projection (32) is formed below the pull column (22) before the cutout portion (25) is cut from the container coupling cylinder top plate (19). After being pushed, the arm protrusion (32) is lowered by the thickness of the cutout portion (25), and after the cutout portion (25) is cut from the container coupling cylinder top plate (19), the thickness of the cutout portion (25) is reduced. Accordingly, the arm protrusion (32) rises and the liquid flow port (30) formed by cutting the cutout portion (25) from the container coupling cylinder top plate (19) is closed by the arm protrusion (32).

  28-39, reference numeral 33-reference numeral 52 denotes a container lid attached to the mouth of the container (33). The container lid is formed by connecting a container coupling cylinder (34) and a lid (35) by a hinge (36). A lower sealing cylinder (38) is provided around the container coupling cylinder top plate (37) covering the upper part of the container coupling cylinder (34), and a pouring bar (39) is provided at the center of the container coupling cylinder top plate (37). The container coupling cylinder top plate (37) inside the pouring rod (39) and the periphery of the pouring rod (39) is formed with the opposite direction to the hinge (36) up and the hinge (36) direction down. And the container coupling cylinder top plate (37) around the pouring gutter (39) has a joint portion between the container coupling cylinder (34) and the container coupling cylinder top plate (37), The bottom part of the pouring gutter (39) and the container joint cylinder top plate (37) are inclined downward to form a funnel shape.

  A pull column (40) is provided at the lowest position of the container coupling top plate (37), and a pull ring (41) is formed on the outer side of the pouring bar (39) from the upper portion of the pull column (40). A break line (42) is provided on the inner side of the pouring bar (39) from the junction of the pouring bar (39) and the container coupling cylinder top plate (37) to the lower part of the pull column (40), The inside of the line (42) is the cutout part (43).

  An upper sealing cylinder (44) that meshes with the inner side of the lower sealing cylinder (38) is provided inside the lid (35), and is recessed from the center of the lid (35) toward the inner side of the lid (35). A pouring spigot (45) that fits inside the top of the spear (39) is formed, and is above the spout spigot (45) and below the spout spigot (45) and the spout spigot ( 45), a liquid outlet valve pipe (47) through which the liquid outlet valve (46) passes is formed, and a spring (48) and a push button (49) are provided above the liquid outlet valve (46). Installing.

  Use the container lid attached to the mouth of the container (33) by pushing up the finger hook (52) provided on the lid (35) with a finger, opening the lid (35), and opposite to the pull column (40). In the case of a nail with a pull ring (41) in the direction, pull up the pull ring (41) and pull column (40) after raising them with the belly of the finger, and connect the cutout part (43) inside the breaking line (42) to the container A spout (50) and a liquid outlet (51) are provided by cutting from the tube top plate (37).

  When stirring the separated liquid, the lid (35) is closed, the push button (49) is pressed, the liquid flow valve (46) is lowered, and the liquid flow port (46) is formed below the liquid flow valve (46). 51) After closing, shake the container (33).

  40-52, reference numeral 53-reference numeral 72 denotes a container lid attached to the mouth of the container (53). The container lid is formed by connecting a container coupling cylinder (54) and a lid (55) by a hinge (56). A lower sealing cylinder (58) is provided around the container coupling cylinder top plate (57) covering the upper part of the container coupling cylinder (54), and the container coupling cylinder top panel (57) is connected to the upper part of the container coupling cylinder (54). The container coupling cylinder top plate (57) is inclined with the joint portion facing up and the central portion of the container coupling cylinder top plate (57) facing down, and the container coupling cylinder top plate (57) is hinged ( 56) and the hinge (56) direction is inclined downward to form a funnel shape.

  A pull column (59) is provided at the lowest position of the container coupling cylinder top plate (57), and is a container coupling cylinder top plate (57) in a direction opposite to the hinge (56) from the lower part of the pull column (59). A break line (60) is provided, and the inside of the break line (60) is cut out (61), and a circumferential pull ring (62) is formed in the direction opposite to the hinge (56) from the top of the pull column (59). A pouring rod (63) extending between the pull ring (62) and the lower sealing cylinder (58) and extending above the container coupling cylinder top plate (57) to form the pouring rod (63); The shape is a C-shaped semi-cylindrical shape with an open portion of the pull column (59), and the pull column (59) is erected on the open portion of the semi-cylindrical shape.

  An upper sealing cylinder (64) that meshes with the inner side of the lower sealing cylinder (58) is provided inside the lid (55), and the center part of the lid (55) is recessed toward the inner side of the lid (55) for pouring. A pouring spigot (65) is formed that fits inside the upper part of the coffin (63), and the shape of the pouring spigot (65) is such that the part that fits inside the upper part of the pouring coffin (63) is upside down. The semicircular shape is formed, and the liquid flow valve valve (67) through which the liquid flow valve (66) fitted into the semicylindrical open portion of the pouring rod (63) passes is formed from the hemispherical portion. Then, a liquid flow port (68) is provided between the container coupling cylinder top plate (57) and the lower portion of the liquid flow port valve pipe (67), and a spring (69) is formed above the liquid flow port valve (66). A push button (70) having) is attached.

  To use the container lid attached to the mouth of the container (53), push up the finger hook (72) provided on the lid (55) with a finger, open the lid (55), and pull the pull ring (62) with the finger. After pulling up, the pull ring (62) and the pull column (59) are pulled up, and the cutout part (61) inside the break line (60) is cut out from the container coupling cylinder top plate (57) to provide the spout (71). .

  When stirring the separated liquid, the lid (55) is closed, the push button (70) is pushed, the liquid flow valve (66) is lowered, and the liquid flow port (66) is formed below the liquid flow valve (66). 68) and then shake the container (53).

  53-64, reference numeral 73-reference numeral 86 designates a container lid to be attached to the mouth of the container (73). The container lid is formed by connecting a container coupling cylinder (74) and a lid (75) by a hinge (76). A lower sealing cylinder (78) is provided circumferentially around the container coupling cylinder top plate (77) covering the upper part of the container coupling cylinder (74), and the container (73 ) A pouring rod 79 for pouring the liquid inside is formed, and the inside of the pouring rod 79 and the container coupling cylinder top plate 77 around the pouring rod 79 are hinged. The container coupling cylinder top plate (77) around the pouring rod (79) is inclined with the direction opposite to (76) up and the hinge (76) direction down, and the container coupling cylinder (74) A funnel shape is formed by inclining with the joint between the top of the container and the container-bound cylindrical top plate (77) facing up and the bottom of the pouring rod (79) and the joint between the container-bound tubular top plate (77) facing down. doing.

  A pull column (80) is provided at the lowest part of the container coupling cylinder top plate (77), and a pull ring (81) is formed on the pull column (80) from above the pull column (80) upward. Inside the pouring rod (79), along the joint between the lower portion of the pouring rod (79) and the container coupling cylinder top plate (77), and the lower portion of the pouring rod (79) and the container coupling cylinder top A break line (82) is provided from the joining portion of the plate (77) to the lower part of the pull column (80), and the inside of the break line (82) is made into a cutout portion (83), and the lower sealing is made inside the lid (75). An upper sealed cylinder (84) that engages the inside of the cylinder (78) is formed, and a finger hook (85) is provided on the lid (75).

  The method of using the container lid attached to the mouth of the container (73) is to push up the finger hook (85) provided on the lid (75) with a finger, open the lid (75), and push the lid with the lid (75). The bent pull ring (81) returns upward, pulls up the pull ring (81) and the pull column (80), and cuts the cut portion (83) inside the break line (82) to the container coupling cylinder top plate (77 ) To provide a spout (86).

  65 to 72, reference numeral 87 to reference numeral 108 denote container lids attached to the mouth portion of the container (87). The container lid is formed by connecting a container coupling cylinder (88) and a lid (89) by a hinge (90). In addition, a circumferential lower sealing cylinder (92) is provided around the container coupling cylinder top plate (91) covering the upper part of the container coupling cylinder (88), and the container (87) inside is arranged at the center of the container coupling cylinder top plate (91). A pouring rod (93) for pouring out the liquid is formed, and the inside of the pouring rod (93) and the container coupling cylinder top plate (91) around the pouring rod (93) are hinged (90 ) And the hinge (90) direction downward, and the container coupling cylinder top plate (91) around the pouring rod (93) is an upper part of the container coupling cylinder (88). And the container-bound cylindrical top plate (91) with the joint at the top, and the bottom of the pouring spout (93) and the joint between the container-bound cylindrical top plate (91) with the bottom inclined to form a funnel shape Yes.

  A pull column (94) is provided at the lowest position of the container coupling cylinder top plate (91), and a pull ring (95) is formed on the outer side of the pouring rod (93) from the upper portion of the pull column (94). The inside of the pouring gutter (93), along the joint of the lower part of the pouring gutter (93) and the container coupling cylinder top plate (91), and the lower part of the pouring gutter (93) and the container coupling cylinder A break line (96) is provided from the joint portion of the top plate (91) to the lower part of the pull column (94), and the inside of the break line (96) is formed as a cutout portion (97), and the inside of the lid (89) is An upper sealing cylinder (98) that engages the inside of the sealing cylinder (92) is formed, and a finger hook (99) is provided on the lid (89).

  The container coupling cylinder (88) is extended downward, and the male screw formed at the mouth of the container (87) and the female screw formed inside the container coupling cylinder (88) can be screwed together, and the container coupling cylinder (88) A packing mounting groove (100) is formed on the inner female screw of the container, and the packing (101) is easily mounted on and removed from the packing mounting groove (100) on the female screw of the container coupling cylinder (88). Is sandwiched between the container (87) mouth and the inside of the container coupling cylinder (88) and covers the inside of the container coupling cylinder (88) extending downward and the container (87) mouth. A space above the packing (101) is defined as a weighing chamber (102).

  The inside of the measuring chamber (102) and the pouring basket (93) is communicated by the pouring port (108), and the central part from the periphery of the packing (101) sandwiched between the container (87) mouth and the container coupling cylinder (88). The measuring chamber (102) is expanded by lowering the bottom, and the central portion of the packing (101) becomes the measuring chamber bottom (103), and the liquid flow pipe (104) is formed at the central portion of the measuring chamber bottom (103). The liquid flow pipe (104) extends from the measurement chamber bottom (103) to the bottom of the container (87), and extends upward from the measurement chamber bottom (103). 105) formed silicon rubber liquid flow pipe cap (106) is easily attached and detached, the upper part of the liquid flow pipe cap (106) is in contact with the lower part of the pouring spout (93), the container coupling cylinder (88) Write a measurement line (107) on the side of

  The container (87) and the container lid attached to the container (87) mouth are used by pushing up the finger hook (99) provided on the lid (89) with a finger, opening the lid (89), In the case of a nail with a pull ring (95) in the opposite direction to (94), pull up the pull ring (95) and pull pillar (94) after raising them with the belly of the finger, and cut the inner part of the breaking line (96) ( 97) is cut out from the container coupling cylinder top plate (91) to provide a spout (108) and the side surface of the container (87) is pushed, and the liquid in the container (87) is removed from the liquid flow pipe (104). Then, the liquid flows into the measuring chamber (102) from the liquid flow port (105) of the liquid flow pipe cap (106) and measures, and the liquid measured by tilting the container (87) is discharged from the spout (108).

  73 to 81, reference numeral 109 to reference numeral 134 indicate that a partition plate (110) for partitioning the inside of the container (109) is provided inside the container (109), and a portion above the partition plate (110) is a measuring chamber (111). The liquid flow pipe (113) is formed at the center of the partition plate (110) with the container chamber (112) below the (110), and the liquid flow pipe (113) is placed in the container (109) from the partition plate (110). A liquid flow port (114) is provided at the top of the liquid flow pipe (113), extending to the bottom and extending above the partition plate (110).

  A spring (117) for providing a replenishment liquid flow hole (115) in the partition plate (110), and springing up the replenishment liquid flow hole valve (116) in the liquid flow pipe (113) above the partition plate (110); A replenishing liquid flow hole valve (116) for opening and closing the replenishing liquid flow hole (115) is mounted, and the replenishing liquid flow hole valve (116) is movable up and down on a spring.

The container lid attached to the container (109) mouth is connected to the male screw formed at the mouth of the container (109) by connecting the container coupling cylinder (118) and the lid (119) by the hinge (120). A female screw formed inside the cylinder (118) can be screwed together, and a circumferential lower sealed cylinder (122) is provided around the container coupling cylinder top plate (121) covering the upper part of the container coupling cylinder (118), A pouring gutter (123) for pouring the liquid inside the container (109) is formed at the center of the container coupling cylinder top plate (121), and the inside of the pouring gutter (123) and the pouring gutter ( 123 ) Around the container coupling cylinder top plate 121 is inclined with the opposite direction to the hinge 120 as the upper side and the hinge 120 direction as the lower side. The tube top plate (121) has a joint portion between the upper portion of the container coupling tube (118) and the container coupling tube top plate (121), and the lower portion of the pouring bowl (123) and the container coupling tube top plate. The bottom part of the pouring spout (123) pushes down the top part of the replenisher liquid hole valve (116).

  A pull column (124) is provided at the lowest position of the container coupling cylinder top plate (121), and a pull ring (125) is formed on the outer side of the pouring rod (123) from the upper portion of the pull column (124). The inside of the pouring spout (123), along the joint of the lower portion of the pouring spout (123) and the container coupling cylinder top plate (121), the lower portion of the pouring spout (123) and the container coupling cylinder A break line (126) is provided from the joint portion of the top plate (121) to the lower part of the pull column (124), the inside of the break line (126) is a cut portion (127), and the inside of the lid (119) is An upper sealed cylinder (128) that engages the inside of the sealed cylinder (122) is formed, a finger hook (129) is provided on the lid (119), and the inside of the weighing chamber (111) and the pouring basket (123) is poured. The measuring line (131) is written on the side surface of the container coupling cylinder (118) through the outlet (130).

A return wall (132) and a return groove (133) are formed inside the lower sealed cylinder (122).
A return wall ring (134) is circumferentially mounted inside the lower sealed cylinder (122).

  The container lid is attached to the container (109) and the mouth of the container (109). The finger hook (129) provided on the lid (119) is pushed up with a finger, the lid (119) is opened, and a pull column is formed. In the case of a nail with a pull ring (125) in the direction opposite to (124), the pull ring (125) and the pull column (124) are lifted up with the belly of the finger, and a cutout portion (127 ) Is cut out from the container coupling cylinder top plate (121), a spout (130) is provided, and the side surface of the container (109) is pushed, and the liquid in the container (109) rises up the liquid flow pipe (113). Then, the liquid flows into the measuring chamber (111) from the liquid flow port (114) and measures, and the liquid measured by inclining the container (109) is discharged from the spout (130).

  The replenishment of the liquid into the container chamber (112) is performed by removing the container lid composed of the container coupling cylinder (118) and the lid (119) from the mouth of the container (1), and the partition plate (110) and the replenisher liquid flow. The replenishment liquid flow hole valve (116) is moved upward by the spring (117) mounted between the hole valves (116), the replenishment liquid flow hole (11) is opened, and the replenishment flowed into the measuring chamber (111). The liquid flows from the measuring chamber (111) through the replenisher flow hole (115) into the container chamber (112).

  It can be manufactured at a cost similar to that of a conventional pull-top lid, and can be used effectively for intended containers for liquids with poor fluidity and containers that need to be shaken to separate the liquid contents.

DESCRIPTION OF SYMBOLS 1 Container 2 Container coupling cylinder 3 Lid 4 Hinge 5 Container coupling cylinder top plate 6 Lower sealing cylinder 7 Outlet 8 Pull column 9 Pull ring 10 Break line 11 Cut off part 12 Upper sealing cylinder 13 Finger hook 14 Outlet 15 Container 16 Container coupling Tube 17 Lid 18 Hinge 19 Container coupling cylinder top plate 20 Lower sealed cylinder 21 Outlet rod 22 Pull column 23 Pull ring 24 Break line 25 Cutout portion 26 Upper sealed cylinder 27 Outlet stopper 28 Liquid stop 29 Outlet 30 Liquid outlet 31 Finger hook 32 Protrusion 33 Container 34 Container coupling cylinder 35 Lid 36 Hinge 37 Container coupling cylinder top plate 38 Lower sealing cylinder 39 Outlet rod 40 Pull pillar 41 Pull ring 42 Break line 43 Cutout portion 44 Upper sealing cylinder 45 Outlet stopper 46 Liquid Outlet valve 47 Liquid outlet valve pipe 48 Spring 49 Push button 50 Outlet 51 Liquid outlet 52 Finger hook 53 Container 54 Container coupling cylinder 55 Lid 56 Hinge 57 Container coupling cylinder top plate 58 Lower sealing cylinder 59 Pull column 60 Break line 61 Cutout part 62 Pull ring 63 Outlet 64 Outlet cylinder 65 Outlet stopper 66 Liquid outlet valve 67 Liquid outlet valve pipe 68 Liquid outlet 69 Spring 70 Push button 71 Outlet 72 Finger hook 73 Container 74 Container coupling cylinder 75 Lid 76 Hinge 77 Container coupling cylinder top plate 78 Lower sealing cylinder 79 Outlet 80 Pull column 81 Pull ring 82 Break line 83 Cut part 84 Upper sealed cylinder 85 Finger hook 86 Outlet 87 Container 88 Container coupling cylinder 89 Lid 90 Hinge 91 Container coupling cylinder top plate 92 Lower sealed cylinder 93 Outlet 94 Pull column 95 Pull ring 96 Break line 97 Cut off Part 98 Upper sealed tube 99 Finger hook 100 Packing groove 101 Lacking 102 Weighing chamber 103 Weighing chamber bottom 104 Liquid flow tube 105 Liquid flow port 106 Liquid flow tube cap 107 Measurement line 108 Outlet 109 Container 110 Partition plate 111 Measurement chamber 112 Container chamber 113 Liquid flow tube 114 Liquid flow port 115 Replenishment liquid flow Hole 116 Replenisher flow hole valve 117 Spring 118 Container coupling cylinder 119 Lid 120 Hinge 121 Container coupling cylinder top plate 122 Lower sealing cylinder 123 Outgoing bar 124 Pull column 125 Pull ring 126 Break line 127 Cutout part 128 Upper sealing cylinder 129 Finger hook 130 Spout 131 Measuring line 132 Return wall 133 Return groove 134 Return wall ring

Claims (8)

  In the container lid attached to the container mouth portion, the container lid is connected to the container coupling cylinder and the lid having the finger hooks by a hinge, and a lower sealed cylinder is provided on the container coupling cylinder top plate covering the upper part of the container coupling cylinder. An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is provided inside the lid, and a pouring gutter is formed at the center of the container coupling cylinder top plate, and the inside of the pouring gutter and the container around the pouring gutter The combined cylinder top plate is inclined with the opposite direction to the hinge up and the hinge direction down, and the container combined cylinder top plate around the pouring bar is joined between the container combined cylinder and the container combined cylinder top plate. The top part is inclined, the bottom part of the pouring bowl and the joint part of the container binding cylinder top plate are tilted downward to form a funnel shape, and a pull column is provided at the lowest part of the container connection cylinder top plate. A circumferential pull ring is formed on the outside of the pouring bar from the upper part of the pull column, inside the pouring bar, and at the bottom of the pouring bar. A break line is provided from the joint of the combined cylinder top plate to the lower part of the pull column, the inside of the break line is set as a cut-out portion, the pull ring and the pull column are pulled up, and the cut-out portion inside the break line is connected to the container-connected cylinder top plate A packaging container lid, which is cut out and provided with a spout inside the spout.   In the container lid attached to the container mouth portion, the container lid is connected to the container coupling cylinder and the lid having the finger hooks by a hinge, and a lower sealed cylinder is provided on the container coupling cylinder top plate covering the upper part of the container coupling cylinder. Form a pouring basin at the center of the container-binding cylinder top plate, and the container-binding cylinder top plate around the pouring basin should face the hinge opposite and the hinge direction downward. The container coupling cylinder top plate around the pouring bowl is inclined, with the junction between the container coupling cylinder and the container coupling cylinder top plate facing upward, and the junction between the pouring basket and the container coupling cylinder top plate Inclined downward to form a funnel shape, and a pull column is provided at the lowest point of the container coupling cylinder top plate, and a circular pull ring is formed on the outside of the pouring bar from the top of the pull column. The inside of the pouring trough, a break line is provided from the junction between the pouring trough and the container coupling cylinder top plate to the lower part of the pull column, The upper sealing cylinder that meshes with the inside of the lower sealing cylinder is provided on the inside of the lid, and is recessed from the center of the lid toward the inside of the lid. Form a fitting pouring stopper, provide a liquid stop at the container mouth, pull up the pull ring and pull column, cut out the cutout from the container-bound cylindrical top plate, and provide a liquid outlet A container lid for packaging.   In the container lid attached to the container mouth portion, the container lid is connected to the container coupling cylinder and the lid having the finger hooks by a hinge, and a lower sealed cylinder is provided on the container coupling cylinder top plate covering the upper part of the container coupling cylinder. Form a pouring basin at the center of the container-binding cylinder top plate, and the container-binding cylinder top plate around the pouring basin should face the hinge opposite and the hinge direction downward. The container coupling cylinder top plate around the pouring bowl is inclined, with the junction between the container coupling cylinder and the container coupling cylinder top plate facing upward, and the junction between the pouring basket and the container coupling cylinder top plate Inclined downward to form a funnel shape, and a pull column is provided at the lowest point of the container connection cylinder top plate, and a circular pull ring is formed on the outside of the pouring spout from the top of the pull column. In the inside of the pouring trough, a break line is provided from the junction between the pouring trough and the container coupling cylinder top plate to the lower part of the pull column. The upper sealing cylinder that engages the inner side of the lower sealing cylinder is provided on the inner side of the lid, and is recessed from the center of the lid toward the inner side of the lid. Forming a fitting pouring tap, forming a liquid outlet valve tube on the pouring tap and between the lower portion of the pouring tap and the upper portion of the pouring tap. Attach a spring and push button to the upper part of the liquid flow valve, and push the push button to lower the liquid flow valve when stirring the separated liquid, and then close the liquid flow port at the lower part of the liquid flow valve. A packaging container lid, wherein the liquid in the container does not flow into the space on the container coupling cylinder top plate even if the container is shaken.   In the container lid to be attached to the container mouth, the container lid is hermetically sealed around the container coupling cylinder top plate covering the upper part of the container coupling cylinder by connecting the container coupling cylinder and the lid having the finger hook by a hinge. A container is provided, and the container coupling cylinder top plate is inclined with the joint portion between the upper part of the container coupling cylinder and the container coupling cylinder top plate facing upward and the center part of the container coupling cylinder top plate facing downward, and the container The coupling cylinder top plate is inclined with the direction opposite to the hinge up and the hinge direction down to form a funnel shape, and a pull column is provided at the lowest position of the container coupling cylinder top plate, It is a plate, a break line is provided in the direction opposite to the hinge from the lower part of the pull column, the inside of the break line is cut out, and a circumferential pull ring is provided in the opposite direction from the upper part of the pull column, A pouring rod extending between the pull ring and the lower sealed cylinder and extending above the container combined cylinder top plate is formed. To, note the shape of Detoi is a semi-cylindrical, packaging container lid, characterized in that pull posts to open portions of the semi-cylindrical is erected.   An upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is provided on the inner side of the lid, and a central portion of the lid is recessed toward the inner side of the lid to form a pouring spigot that fits inside the upper portion of the pouring spout. As for the shape of the pouring spigot, the part that fits inside the upper part of the pouring spout has a hemispherical shape with the reversing upside down, and the hemispherical part changes from the semicylindrical open part of the pouring spout. Form a liquid outlet valve tube through which the fitting liquid outlet valve penetrates, and provide a liquid outlet between the container coupling cylinder top plate and the lower part of the liquid outlet valve pipe. Attach a push button with a spring and push the push button when stirring the separated liquid, the liquid flow port is closed at the bottom of the liquid flow valve, and the liquid in the container will be The packaging container lid according to claim 5, wherein the packaging container lid does not flow into the upper surface.   In the container lid attached to the container mouth portion, the container lid is connected to the container coupling cylinder and the lid having the finger hooks by a hinge, and a lower sealed cylinder is provided on the container coupling cylinder top plate covering the upper part of the container coupling cylinder. The pouring rod is formed at the center of the container coupling cylinder top plate, and the container coupling cylinder top plate around the pouring rod is inclined with the direction opposite to the hinge up and the hinge direction down In addition, the container binding cylinder top plate around the pouring bowl is placed with the upper part of the container coupling cylinder and the container coupling cylinder top plate facing upward, and the lower part of the pouring basket and the container coupling cylinder top plate It has a funnel shape that is slanted with the joint facing down, and a pull column is provided at the lowest point of the container coupling cylinder top plate, and the pull ring is directed upward from the top of the pull column at the top of the pull column It is formed inside the pouring pad, from the joint of the lower part of the pouring pad and the container coupling cylinder top plate to the lower part of the pull column Provide a break and make the inside of the breaking line as a cut-out part, and also provide an upper sealing cylinder inside the lid that meshes with the inside of the lower sealing cylinder, and push the pull ring inside the lid when closing the lid A packaging container lid characterized by being able to bend and store the pull ring in the space inside the lid.   In the packaging container, the container lid to be attached to the container mouth portion is formed by connecting the container coupling cylinder and the lid continuously by a hinge, and placing a circumferential lower sealed cylinder around the container coupling cylinder top plate covering the upper part of the container coupling cylinder. A pouring rod is formed at the center of the container coupling cylinder top plate, and the container coupling cylinder top plate around the pouring rod is on the opposite side of the hinge and the hinge direction is on the bottom. The container coupling cylinder top plate around the pouring bowl is inclined, with the upper part of the container coupling cylinder and the container coupling cylinder top plate facing upward, and the lower part of the pouring bowl and the container coupling cylinder top plate The bottom of the container connection cylinder top plate is provided with a pull column, and a pull ring is provided circumferentially from the top of the pull column to the outside of the pouring rod. Forming the inside of the pouring tub, along the joint between the lower portion of the pouring tub and the container binding cylinder top plate, A break line is provided from the joint part to the lower part of the pull column, the inside of the break line is cut out, an upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is formed inside the lid, and a finger hook is provided on the lid. At the same time, the container coupling cylinder is extended downward so that the male screw formed at the container mouth and the female thread formed inside the container coupling cylinder can be screwed together, and a packing mounting groove is formed on the inner female screw of the container coupling cylinder. The packing is easily mounted in the packing mounting groove on the female thread of the container coupling cylinder, and the packing is sandwiched between the container mouth and the container coupling cylinder, and the container coupling cylinder is extended downward. The space between the inner side of the connecting cylinder and the packing covering the container mouth is used as a measuring chamber, and the inner side of the measuring chamber and the pouring basket is connected by a spout, and from the periphery of the packing sandwiched between the container mouth and the container connecting cylinder. Expand the weighing chamber by lowering the center The center of the packing is the bottom of the weighing chamber, and a liquid flow tube is formed at the center of the weighing chamber. The liquid flow tube extends from the bottom of the weighing chamber to the bottom of the container and extends above the bottom of the weighing chamber. A silicon rubber liquid flow cap with a liquid flow port formed in the upper part of the pipe is easily attached and detached. The upper part of the liquid flow pipe cap is in contact with the lower part of the pouring bar, and a measuring line is written on the side of the container coupling cylinder. A packaging container characterized by having In the packaging container, a partition plate for partitioning the inside of the container is provided inside the container, and a liquid flow pipe is formed at the center of the partition plate with a measuring chamber above the partition plate and a container chamber below the partition plate. The pipe extends from the partition plate to the bottom of the container, and extends above the partition plate. A spring and a replenisher liquid hole valve are attached to the liquid flow pipe, and the replenisher liquid hole valve can be moved up and down by the spring. The container lid attached to the container mouth is connected to the container coupling cylinder and the lid by a hinge. The male screw formed on the container mouth and the female screw formed on the inner side of the container coupling cylinder can be screwed together, and a circumferential lower seal is formed around the container coupling cylinder top plate covering the upper part of the container coupling cylinder. A cylinder is provided, a return wall and a return groove are formed inside the lower sealed cylinder, or a return wall is formed inside the lower sealed cylinder. A wall ring is attached in a circular shape, and a pouring gutter is formed at the center of the container coupling cylinder top plate. The inner side of the pouring gutter and the container coupling cylinder top plate around the pouring gutter are opposite to the hinges. The container binding cylinder top plate around the pouring bowl is poured with the upper part of the container coupling cylinder and the container binding cylinder top plate facing upward. The bottom part of the bowl and the container-bound cylindrical top plate are inclined downward to form a funnel shape, and the lower part of the pouring bowl pushes down the replenisher liquid hole valve, A pull column is provided at the lowest point, and a pull ring is formed circumferentially from the top of the pull column to the outside of the pouring bar, and inside the pouring bar, between the lower part of the pouring bar and the container coupling cylinder top plate Along the joint, a break line is provided from the lower part of the pouring bar and the joint part of the container coupling cylinder top plate to the lower part of the pull column, and the inside of the break line is a cut part, On the side, an upper sealing cylinder that meshes with the inner side of the lower sealing cylinder is formed, a finger hook is provided on the lid, and when the liquid in the measurement chamber is extracted, the liquid dripping on the liquid container coupling cylinder top plate is a return groove, Alternatively, the packaging container is characterized in that it accumulates on the return wall ring and does not hang on the side surface of the container coupling cylinder.

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