WO2014021164A1

WO2014021164A1 - Measurement lid container

Info

Publication number: WO2014021164A1
Application number: PCT/JP2013/070039
Authority: WO
Inventors: 隆太郎渡邉
Original assignee: WATANABE Ryuutarou
Priority date: 2012-07-31
Filing date: 2013-07-24
Publication date: 2014-02-06

Abstract

[Problem] The present invention solves the problem in which liquid drips on the hand or a liquid container when measuring the liquid by removing a measurement lid attached to a liquid container opening. [Solution] A beam is disposed between one part of the inner surface of the side part of a flexible measurement lid attached to a liquid container opening and the part of the inner surface of the side part of the measurement lid directly opposite the one part. A lid and a cover having a liquid discharge port are disposed on the top part of the measurement lid. A liquid flow adjustment valve clasp bearing is formed on the center part of the beam, and the joining parts of the ends of the beam and the inner surface of the side part of the measurement lid are located above the clasp bearing. The beam can move in the vertical direction once the side surfaces of the measurement lid are pressed. A liquid flow port and a bearing are formed on the bottom of the measurement lid, and a liquid flow adjustment valve is disposed between said bearing and the clasp bearing. The liquid flow port opens and closes by means of the vertical movement of the beam and the liquid flow adjustment valve.

Description

Jar lid container

The lid container used when measuring the required amount of liquid or powder in the container into the lid attached to the mouth of the container and discharging the measured liquid or powder in the lid to the place of use Or it relates to a cup lid container.

Conventionally, there are known cup lid liquid containers of Patent Literature 1, Patent Literature 2, and Patent Literature 3, all of which open the cap of the cup lid that also serves as a measuring basket during washing or remove the cup lid itself, It is configured to be used by weighing.

However, in the conventional cup lid liquid container, it is necessary to remove the measuring cap on the cup lid and weigh the liquid before using it at the place where the liquid is used. However, there was a drawback that it hangs down from the measuring cap to a container, hand, or floor.

JP 2010-173712 A Japanese Utility Model Publication No. 7-28053 Japanese Utility Model Publication No. 4-16164

In view of the above-described conventional drawbacks, the present invention extends the lid side portion to be attached to the container mouth portion upward, and covers the extended lid side portion with a cover having a liquid discharge port as a lid. A liquid flow port is formed at the bottom of the lid, and a valve and a beam for opening and closing the liquid flow port are provided inside the lid, and the outside of the lid is pushed and deformed to move the beam and the valve up and down, An object of the present invention is to provide a lid liquid container that moves the liquid in the lid.

In Patent Document 1, it is necessary to remove the measuring cap on the lid and measure the liquid before using it to the place where the liquid is used. When returning too much liquid to the measuring cap to the liquid container, the liquid is removed from the measuring cap. It is intended to solve the problem of dripping on containers, hands and floors.

The first aspect of the present invention relates to a lid cover container equipped with a lid for measuring a stored item at a container mouth portion of a stored item that is liquid or powder, and a cover and a liquid discharge unit having a liquid discharge port on an upper portion made of a flexible material. A lid provided with a lid for closing the mouth, a liquid flow port provided in the lid for transferring the contents from the container to the lid, a liquid flow adjusting valve for opening and closing the liquid flow port, and a liquid flow adjustment thereof A lid container having a beam for operating the valve and provided with a liquid flow adjusting member inside the lid to open and close the liquid flow regulating valve by pressing the lid.

According to a second aspect of the present invention, the liquid flow adjusting member includes a beam having an opening angle so as to cross the inside of the lid and at both ends higher than the center portion, and both ends of the beam are respectively connected to the inner surface of the lid side portion. The hook on the top of the liquid flow control valve is fixed to the retaining bearing of the beam, and the beam can be moved up and down by pressing the side surface of the lid, and the liquid flow port and the bearing are provided at the bottom of the lid. A lid cover container, wherein the bearing is provided with the liquid flow adjusting valve, and the liquid flow opening is opened and closed by the vertical movement of the liquid flow adjusting valve.

According to a third aspect of the present invention, there is provided a lid container that discharges the stored contents transferred from the container to the lid, by pressing the side of the container, and the container is a flexible container between the lower part of the lid side and the cover liquid outlet. A liquid drain hole is formed, a lower liquid drain hole is provided at the bottom of the liquid drain hole, an air flow hole is formed at the side of the lid facing the liquid drain hole on the side of the lid, and the upper part of the air flow hole is used as an air flow hole. Lid container.

According to a fourth aspect of the present invention, in the lid container, the liquid flow port and the liquid flow adjustment valve bearing are formed on the bottom of the lid, the air flow port and the air flow adjustment valve bearing are formed, and the center of the lid is a push button of a flexible synthetic resin. The vertical axis with the lower part divided into the liquid flow adjustment valve shaft and the air flow adjustment valve shaft is arranged at the center of the lid, the upper part of the vertical axis penetrates the bearing, and the liquid flow adjustment valve shaft is the liquid flow adjustment valve bearing. The air flow adjustment valve shaft passes through the air flow adjustment valve shaft bearing, and the liquid flow adjustment valve shaft is attached to one end of the liquid flow adjustment valve shaft and the air flow adjustment valve shaft is attached to one end of the air flow adjustment valve shaft. A jar cover container that opens and closes the liquid flow adjustment valve and the air flow adjustment valve by pressing a push button with a vertical spring that is disposed between the center and the lower portion of the vertical axis.

5. The lid container according to claim 5, wherein a push button for moving up and down the vertical axis is formed in a cover covering the top of the lid.

According to a sixth aspect of the present invention, in the lid container, the liquid outlet valve shaft operating button for operating the liquid outlet valve shaft and the liquid outlet valve shaft for operating the liquid outlet valve shaft formed of flexible synthetic resin on the container bottom. An operation button is provided, a liquid discharge port is formed at the top of the lid, and a partition plate for partitioning the container mouth and the lid is installed at the container mouth, and the container mouth and the partition plate cannot be rotated and are easily attached and detached. The partition plate is provided with a liquid outlet, a liquid outlet valve bearing, and a liquid outlet valve bearing, and the liquid outlet valve shaft that opens and closes the liquid outlet provided in the partition plate is connected to the liquid outlet and the liquid flow. Install the spring and spring stopper through the valve shaft bearing, and install the spring and spring stopper through the liquid outlet valve bearing provided on the partition plate to open and close the liquid outlet. The lid lid container.

According to a seventh aspect of the present invention, in the lid container, the weighing chamber is formed by both the lid and the cover, and the shape of the weighing chamber is a circle formed by the right and left wall portions and the upper and lower wall portions of the weighing chamber. A jar with a measuring line concentrically drawn from the center of the lid and cover.

The liquid container corresponding to claim 1 and claim 2 has a shape that allows the liquid or powder to be accumulated and weighed by extending the lid side part attached to the liquid container mouth, and this is used as a lid. A flexible material with high elasticity is used, a liquid flow port and a bearing are formed on the bottom of the flexible lid, a cover with a liquid outlet is provided on the top of the lid, and a lid is mounted on the top of the lid. A male screw is formed, a female screw that is screwed onto the lid mounting male screw is provided on the lid, a lid is attached to the upper part of the lid, and the liquid outlet is closed with the lid.

A beam is provided between the inner surface of the lid side portion and the inner surface of the lid side portion facing the inner surface of the lid side portion, and a liquid flow regulating valve retaining bearing is formed at the middle portion of the beam and the both ends of the beam and the inner surface of the lid side portion The joint should be positioned higher than the bearing to push the left and right sides of the lid and deform the lid and lower the retaining bearing, or lower than the retaining bearing when the lid is deformed by pushing the front and back of the lid to lower the retaining bearing. In the position, a liquid flow regulating valve is arranged between the bearing and the retaining bearing.

The shape of the liquid flow adjusting valve is such that the lower portion of the liquid flow adjusting valve passes through the bearing and opens and closes the liquid flow port from below, and the upper portion of the liquid flow adjusting valve forms a hook shape and is locked to the bearing.
A male screw for attaching the lid to the liquid container mouth and a female screw to be engaged with the male screw are provided at the lower part of the lid to prevent the liquid container mouth and the lower part of the lid from being loosened. Enter the provisional measurement line and the measurement line.

The liquid container according to claim 3 is formed with a liquid flow port and a bearing on the bottom of the flexible flexible lid attached to the flexible liquid container mouth having a high elasticity, and the liquid drain is formed on the top of the lid. A cover having a mouth is provided and the liquid outlet is closed with a lid.

A beam is provided between the inner surface of the lid side portion and the inner surface of the lid side portion facing the inner surface of the lid side portion, and a liquid flow regulating valve retaining bearing is formed at the middle portion of the beam and the both ends of the beam and the inner surface of the lid side portion The joining portion is positioned higher than the retaining bearing, and a liquid flow adjusting valve is disposed between the bearing and the retaining bearing.

The shape of the liquid flow adjusting valve is such that the lower part of the liquid flow adjusting valve penetrates the bearing and opens and closes the liquid flow port from below, and the upper part of the liquid flow adjusting valve forms a hook shape and is locked to the bearing.

A liquid drain hole is formed between the lower side of the lid side and the cover liquid drain, and a lower liquid drain is provided at the corner between the liquid drain hole and the lid bottom.
An airflow hole is formed in the side of the lid that faces the liquid drainage hole on the side of the lid, and the lower part of the airflow hole continues inside the liquid container and the upper part continues inside the lid.

A male screw for attaching the lid to the liquid container mouth and a female screw to be engaged with the male screw are provided at the lower part of the lid to prevent the liquid container mouth and the lower part of the lid from being loosened. Enter the provisional measurement line and the measurement line.

The liquid container corresponding to claim 4 is formed with a liquid flow port and a liquid flow adjustment valve bearing, an air flow port and an air flow adjustment valve bearing at the bottom of the lid lid attached to the liquid container mouth portion, A cover having a liquid outlet and a bearing is arranged, a male screw for attaching the lid is formed on the top of the lid, a female screw to be engaged with the male screw for attaching the lid is provided on the lid, and the center of the lid is made of a flexible synthetic resin. Using a push button made of silicon, attach a lid to the top of the lid and close the drain with a lid.

A vertical axis with a lower part divided into a liquid flow adjustment valve shaft and an air flow adjustment valve shaft is arranged in the center of the lid, the upper part of the vertical axis penetrates the bearing, and the liquid flow adjustment valve shaft empty the liquid flow adjustment valve shaft bearing. The flow adjustment valve shaft passes through the air flow adjustment valve shaft bearing. The liquid flow adjustment valve shaft is attached to one end of the liquid flow adjustment valve shaft and the air flow adjustment valve is attached to one end of the air flow adjustment valve shaft. A vertical spring is arranged between the lower part of the vertical axis and the vertical axis.

A liquid container corresponding to claim 5 is formed with a liquid flow port, a liquid flow adjustment valve bearing, an air flow port, and an air flow adjustment valve bearing at the bottom of the lid attached to the flexible liquid container port, A cover with a liquid outlet is provided at the top of the lid, the liquid outlet is closed with a lid, a liquid drain hole is formed from the liquid outlet to the bottom of the lid on the cover and side of the lid, and air is flown to the side of the lid. A hole is formed, the lower part of the air flow hole continues inside the liquid container, the upper part continues inside the lid, and the center of the cover is a push button made of a flexible synthetic resin silicon material

A vertical axis with a lower part divided into a liquid flow adjustment valve shaft and an air flow adjustment valve shaft is arranged at the center of the lid, and the upper part of the vertical axis is extended to the push button. The liquid flow adjustment valve shaft has a liquid flow adjustment valve bearing. The air flow adjusting valve shaft passes through the air flow adjusting valve shaft bearing, and the liquid flow adjusting valve shaft is attached to one end of the liquid flow adjusting valve shaft and the air flow adjusting valve shaft is attached to one end of the air flow adjusting valve shaft. A vertical spring is disposed between the center and the lower part of the vertical axis. *

The liquid container corresponding to claim 6 is formed with a male screw for attaching a lid to the liquid container mouth portion, and a liquid flow for operating a liquid flow port valve shaft formed of a flexible synthetic resin silicon material on the bottom of the liquid container. A female screw and an upper lid lid that are provided with a liquid drain valve shaft actuation button that operates a mouth valve shaft actuation button and a liquid drain valve stem, and are screwed into a male screw formed in a liquid container mouth at the bottom of the lid. A partition plate that partitions the liquid container mouth and the lid is formed in the liquid container mouth, and the liquid container mouth and the partition plate are non-rotatable and can be easily attached and detached. And a liquid outlet valve bearing and a liquid outlet valve bearing.

The liquid outlet valve shaft that opens and closes the liquid outlet provided in the partition plate passes through the liquid outlet and the liquid outlet valve shaft bearing, and is attached to the spring and spring stopper and extended to the liquid outlet valve shaft operation button. The liquid outlet valve shaft that opens and closes the outlet is passed through the liquid outlet valve shaft bearing provided in the partition plate, and a spring and spring stop are attached and extended to the liquid outlet valve shaft operation button. *

The liquid container corresponding to claim 7 has a liquid flow port and a liquid flow adjustment valve bearing on the bottom of the lid attached to the liquid container port, and has a liquid drain and a liquid drain valve receiver on the top of the lid. A cover is mounted, a male screw for lid mounting is formed on the upper part of the cover, a female screw that engages with the male screw for mounting the lid is provided on the cover, and the center is a push button made of a flexible synthetic resin.

A liquid flow control valve shaft with a liquid discharge valve at the top and a hook at the bottom is installed in the center of the liquid discharge port, and a spring that pushes up the liquid flow control valve shaft is installed at the bottom of the liquid flow control valve shaft. Install the liquid flow control valve on the hook through the liquid flow control valve bearing.

The measuring chamber is formed by both the lid and the cover, and the shape of the measuring chamber is a cylindrical shape by the right and left walls and the upper and lower walls of the measuring chamber, and is concentric from the center of the circular lid and the cover. Fill in the weighing line.

The effects of the present invention will be described based on the drawings.
1 to 15 of the liquid container (1) are a flexible flexible lid attached to the mouth of the liquid container (1) (2) a liquid flow port (3) and a bearing ( 4) is formed, and a beam (8) is provided between the inner surface of the side of the lid (2) and the inner surface of the side of the side of the lid (2) facing the inner surface of the side of the lid (2). The liquid flow adjusting valve (11) and the retaining bearing (9) are formed, and the joint (10) between both ends of the beam (8) and the inner surface of the side of the lid (2) is positioned higher than the retaining bearing (9). In this case, the left and right side surfaces of the lid (2) can be pushed to deform the lid (2), and the beam (8) and the retaining bearing (9) can be moved up and down.

The lower part of the liquid flow adjustment valve (11) penetrates the bearing (4), and the upper part of the liquid flow adjustment valve (11) forms a hook (12) and is locked to the retaining bearing (9). 9) When the liquid flow control valve (11) is moved up and down together with the vertical movement of 9) to open and close the liquid flow port (3), the liquid is put into the lid (2) before removing the lid (7) from the liquid discharge port (5). The required amount can be measured.

When the liquid container (1) is used as a powder container, the liquid flow port (3) is widened so that the powder can easily pass through, and the movable range of the liquid flow control valve (11) is widened. (1) As a lid powder container that shakes the lid (2) and the liquid container (1) to move the powder from the liquid container (1) to the lid (2) and measures the powder. Can be used.

Liquid container (16) FIGS. 7 to 15 are denoted by 16 to 33. The liquid container (16) has a flexible liquid container (16) which is attached to the mouth of the flexible liquid lid (17). A cover (21) having a mouth (20) is disposed, the liquid discharge port (20) is closed with a lid (22), and the lower part of the side of the lid (17) and the liquid discharge port (20) of the cover (21) A liquid drain hole (28) is formed in the bottom, a lower liquid drain port (29) is provided at the corner between the liquid drain hole (28) and the bottom of the lid lid (17), and the lid lid (17) toward the liquid drain hole (28) is provided. Since the air flow hole (30) is formed in the side portion, the lid (22) can be removed, and the measured liquid can be discharged to the required liquid place by pushing the liquid container (16).

The liquid container (34) is a vertical axis (47) in which the lower part is divided into a liquid flow adjustment valve shaft (45) and an air flow adjustment valve shaft (46) at the center of the lid (35). ), The upper part of the vertical axis (47) passes through the bearing (41), the liquid flow adjustment valve shaft (45) is the liquid flow adjustment valve shaft bearing (37), and the air flow adjustment valve shaft (46) is empty. Passing through the flow adjustment valve shaft bearing (39), the liquid flow adjustment valve shaft (45) at one end of the liquid flow adjustment valve shaft (45) and the air flow adjustment valve (49) at one end of the air flow adjustment valve shaft (46). And the vertical axis (47) push-up spring (50) is mounted between the bottom center of the lid (35) and the lower part of the vertical axis (47), so that the liquid container (34) and the lid (35) ) Without inverting the liquid container (34) and the lid (35) in the direction of the liquid outlet (36) and lying down, the required amount of liquid is placed in the lid (35). It can be input.

The liquid container (51) in FIGS. 21-27, 51-68 shows that the liquid drainage hole (60) is formed in the cover (58), and the side of the lid (52) is pushed to deform the lid (52). In this case, the liquid drain hole (60) is not affected.

Liquid container (69) FIG. 28-FIG. 33, reference numeral 69-reference 83 is a liquid flow valve that operates a liquid flow valve shaft (71) formed of a silicon material of flexible synthetic resin on the bottom of the liquid container (69). The liquid operating port (72) and the partition plate (76) are provided with a liquid flow port (77), a liquid flow valve bearing (78), a spring (80), and a spring stopper (81). 69) is turned upside down, the liquid outlet valve shaft operating button (72) is pushed, the liquid outlet (77) is opened, and the liquid or powder in the liquid container (69) can be moved into the lid (70).

A liquid outlet valve shaft operation button (74) is formed on the bottom of the liquid container (69), a liquid outlet (75) is formed on the top of the lid (70), and a liquid outlet valve shaft is formed on the partition plate (76). The bearing (79) is provided, the liquid outlet valve shaft (73) is passed through the liquid outlet valve bearing (79), and the spring (82) and the spring stopper (83) are mounted. The liquid or powder in the lid (70) can be discharged out of the lid (70) by pushing the shaft operating button (74) and opening the liquid outlet (75).

Liquid container (84) FIG. 34 to FIG. 40, reference numeral 84 to reference numeral 99 indicate that a liquid flow regulating valve shaft (95) is pressed by pushing a push button (92) in the center of the lid (91) with a finger to measure a required amount of liquid. The liquid outlet valve (93) is lowered to close the liquid outlet (88) and the liquid flow control valve (97) is lowered to open the liquid outlet (86), and the liquid container (84) and the lid (85) are opened. When tilted sideways or upside down, the liquid in the liquid container (84) flows into the measurement chamber (98) from the liquid flow port (86) and the air in the measurement chamber (98) flows into the liquid flow port (86). The measuring chamber (98) is formed by both the lid (85) and the cover (90) to flow into the liquid container (84), and the shape of the measuring chamber (98) is the right and left walls of the measuring chamber (98). The measuring line is concentrically formed from the center of the round lid (85) and the cover (90). In that you have to fill 99), it can be metered even in defeat or any position inverted liquid container (84) and Masufuta (85) to the left and right side.

The cover (90) is provided with a liquid outlet (88) and a liquid outlet valve receptacle (89), and a liquid flow regulating valve shaft (95) having a liquid outlet valve (93) is arranged at the liquid outlet (88). And the push button (92) in the center of the lid (91) is pushed to lower the liquid flow adjusting valve shaft (95) and the liquid outlet valve (93) to close the liquid outlet (88). Liquid does not enter between the discharge port (88) and the push button (92), and the measurement system is enhanced.

The front view of a liquid container (1) and a lid (2). A plan view of the liquid container (1) and the lid (2) and a cutting line AA are shown. FIG. 3 is an end view taken along line AA in FIG. 2. FIG. 2 is a cross-sectional end view taken along the line AA, and the left and right sides of the lid (2) are pushed with fingers to deform the lid (2). The top view of a lid (2). A bottom view of the lid (2). The front view of a liquid container (16) and a lid (17). A plan view of the liquid container (16) and the lid (17) and a cutting line BB are shown. 8 is a sectional view taken along line BB in FIG. FIG. 8 is a sectional view taken along the line BB of FIG. 8, and the left and right side surfaces of the lid (17) are pushed with fingers to deform the lid (17). A plan view of the liquid container (16) and the lid (17) and a cutting line CC are shown. FIG. 12 is an end view taken along the line CC of FIG. 11. The top view of a lid (17). A bottom view of the lid (17). FIG. 11 is an end view of the cut line C-C in FIG. 11, and the liquid container (16) is a liquid container on which flexibility is applied. The front view of a liquid container (34) and a lid (35). A plan view of the liquid container (34), the lid (35) and the lid (43), and a cutting line DD are shown. FIG. 18 is a cross-sectional end view taken along the line DD in FIG. 17. End view of the DD line cutting part in FIG. 17, the push button (44) is pushed. The end view of the cut line DD in FIG. 17 shows that the lid (43) is removed from the lid (35). The front view of a liquid container (51) and a lid lid (52). A plan view of the liquid container (51) and the lid (52) and a cutting line EE are shown. FIG. 23 is an end view of the cut section taken along the line EE of FIG. 22. End view of the cut line EE in FIG. 22, the push button (62) is pushed. A plan view of the liquid container (51) and the lid (52) and a cutting line FF are shown. FIG. 26 is an end view of the FF line cutting portion in FIG. 25. FIG. 25 is an end view of the F-F cut section in FIG. 25, and is a view of the liquid container (51) where the liquid container (51) presses the side of the lid (52), and the liquid drain hole (60) is Since the liquid container (51) cannot be deformed by forming the cover (58) and pushing the liquid container (51), no air flow hole is formed. The front view of a liquid container (69) and a lid (70). The top view of a liquid container (69), a lid (70), and a cap, and the cutting line GG line are shown. The bottom view of a liquid container (69). FIG. 30 is an end view of the GG line cutting part in FIG. 29. End view of the GG line cutting part in FIG. 29, the liquid flow port valve shaft operation button (72) is pushed to open the liquid flow port (77). An end view of the cutting section GG in FIG. 29, the liquid outlet valve shaft operating button (74) is pushed to open the liquid outlet (75). The front view of a liquid container (84), a lid (85), a cover (90), and a lid (91). Left and right side views of the liquid container (84), the lid (85), the cover (90) and the lid (91). The top view of a liquid container (84), a cover (90), and a push button (92), the cutting line HH line are shown. FIG. 37 is an end view of the HH line cut portion of FIG. 36. The top view of a liquid container (84), a cover (90), and a push button (92), the cutting line JJ line are shown. An end view of the JJ line cutting part in FIG. 38, the push button (92) is pushed. The top view of a cover (90) and the liquid drain valve receptacle (89) are shown.

This will be described with reference to the drawings.
1 to 15 of the liquid container (1) are a flexible flexible lid attached to the mouth of the liquid container (1) (2) a liquid flow port (3) and a bearing ( 4) is formed, a cover (6) having a liquid outlet (5) is provided on the top of the lid (2), and a male screw for attaching the lid (7) is formed on the top of the lid (2). (7) is provided with a female screw to be engaged with the lid (7) mounting male screw, the lid (7) is mounted on the top of the lid (2), and the liquid outlet (5) is closed with the lid (7).

A beam (8) is provided between the inner surface of the lid (2) and the inner surface of the lid (2) facing the inner surface of the lid (2), and a liquid flow control valve ( 11) Form the retaining bearing (9) and join the joint (10) between both ends of the beam (8) and the inner surface of the side of the lid (2). In order to lower the retaining bearing (9), the position is higher than that of the retaining bearing (9), or the front and rear surfaces of the lid (2) are pushed to deform the lid (2), and between the side surfaces of the lid (2) When the retaining bearing (9) is lowered, the liquid flow adjusting valve (11) is disposed between the bearing (4) and the retaining bearing (9) at a position lower than the retaining bearing (9).

The shape of the liquid flow adjusting valve (11) is such that the lower portion of the liquid flow adjusting valve (11) passes through the bearing (4) to open and close the liquid flow port (3) from below, and the upper portion of the liquid flow adjusting valve (11) is hooked. (12) Formed and locked to the retaining bearing (9).
The liquid container (1) is provided with a male screw to be fitted into the lid (2) and the male screw at the lower part of the lid (2), and the liquid container (1) and the lower part of the lid (2). And a temporary measuring line (14) and a measuring line (15) are written on the front surface of the lid (2).

As a supplement, the entire bottom of the lid (2) having the bearing (4) and the liquid flow port (3) can be easily attached to and removed from the lower part of the side of the lid (2) to cover the side of the lid (2). (6) is integrally molded.

To use the liquid container (1), in order to measure the required amount of liquid, confirm the screwing of the lid (2) and lid (7), and turn the liquid container (1) and lid (2) upside down. When the right side surface of the lid (2) is pushed with a finger and the lid (2) is deformed, the distance between the right side and the left side of the lid (2) is reduced and the retaining bearing (9) is moved downward. The liquid flow control valve (11) locked to the bearing (9) also moves downward, and the liquid flow port (3) closed by the lower part of the liquid flow control valve (11) opens.

The liquid in the liquid container (1) flows into the lid (2) from the opened liquid outlet (3), and the air in the lid (2) flows from the opened liquid outlet (3) to the liquid container (1). When the liquid surface line that has flowed into the lid lid (2) reaches the provisional measuring line (14) of the required amount, the finger that pushed the right side surface of the lid (2) with the finger is loosened and the liquid container (1) is set up, the required amount of liquid is confirmed with the measuring line (15), and the liquid that has entered a lot is again pressed with the finger on the right and left sides of the lid (2), and the liquid flow port (3) is opened to open the liquid flow port ( 3) Return to the liquid container (1).

To discharge the liquid measured in the lid (2) to the required location, remove the lid (7) from the lid (2), tilt the liquid container (1), and use the liquid from the liquid outlet (3). Drain to the place.
To replenish the liquid into the liquid container (1), the locking (13) is released, the lid (2) is removed from the liquid container (1), and the liquid flows in from the mouth of the liquid container (1).

The reference numeral 16-33 in FIG. 7 to FIG. 15 indicates the liquid flow at the bottom of the flexible liquid lid (17) which is attached to the mouth of the flexible liquid container (16) which is rich in elasticity. A mouth (18) and a bearing (19) are formed, a cover (21) having a liquid discharge port (20) is provided on the top of the lid (17), and the liquid discharge port (20) is closed with a lid (22).

A beam (23) is provided between the inner surface of the side of the lid (17) and the inner surface of the side of the side of the lid (17) facing the inner surface of the side of the lid (17), and a liquid flow control valve ( 26) The bearing (24) is formed and the joint (25) between both ends of the beam (23) and the inner surface of the side of the lid (17) is positioned higher than the retaining bearing (24), and the bearing (19) A liquid flow control valve (26) is disposed between the retaining bearings (24).

The shape of the liquid flow control valve (26) is such that the lower portion of the liquid flow adjustment valve (26) opens and closes the liquid flow port (18), and the upper portion of the liquid flow adjustment valve (26) forms a hook (27) shape and is a retaining bearing. (24).

A liquid drain hole (28) is formed between the lower part of the side of the lid (17) and the liquid outlet (20) of the cover (21), and is lowered to the corner between the liquid drain hole (28) and the bottom of the lid (17). A liquid outlet (29) is provided.
An airflow hole (30) is formed on the side of the lid (17) facing the liquid drainage hole (28) on the side of the lid (17), and the lower part of the airflow hole (30) continues inside the liquid container (16). The upper part continues inside the lid (17).

A male screw for attaching the lid (17) to the mouth of the liquid container (16) and a female screw to be engaged with the male screw are provided at the lower part of the lid (17), and the mouth of the liquid container (16) and the lid (17) A loosening stop (31) for screwing with the lower part is formed, and a temporary measuring line (32) and a measuring line (33) are entered on the front surface of the lid (17).

The method of using the liquid container (16) is to check the lid (22) of the cover (21) in order to measure the required amount of liquid, and turn the liquid container (16) and the lid (17) upside down. 17) When the right side surface and the left side surface of 17) are pushed with a finger and the lid lid (17) is deformed, the distance between the right side surface and the left side surface of the lid lid (17) is reduced and the retaining bearing (24) is moved downward. The liquid flow control valve (26) locked to (24) also moves downward, and the liquid flow port (18) closed by the lower part of the liquid flow control valve (26) opens.

The liquid in the liquid container (16) flows into the lid (17) from the open liquid flow port (18) and the air flow hole (30), and the air in the lid (17) opens to the liquid flow port ( 18) When the liquid surface line that has flowed into the liquid container (16) and has flowed into the lid (17) reaches the temporary measuring line (32) of the required amount, the right side and the left side of the lid (17) Loosen the finger that pressed the surface with your finger, set up the liquid container (16), check the required amount of liquid with the measuring line (33), and press the right side and left side of the lid (17) with your finger again. The flow port (18) is opened and returned to the liquid container (16) from the liquid flow port (18).

To discharge the liquid weighed in the lid (17) to the required liquid position, the lid (22) is removed from the cover (21) and pushed to grasp the liquid container (16) and the liquid in the liquid container (16). Air flows into the lid (17) from the air flow hole (30) and pushes the weighed liquid from above, and the weighed liquid pushed from above falls into the lower liquid discharge port (29) and the liquid discharge hole (28). And the liquid outlet (20) to discharge the liquid to the required part.

When discharging the liquid weighed in the lid (17) to the required liquid location, the lid (22) is removed from the cover (21), and the liquid container (16) is pushed and pushed to the liquid container (16). When the air in the inside flows into the lid (17) from the air flow hole (30) and pushes the weighed liquid from above, and the weighed liquid pushed from above flows out from the liquid flow port (18), As shown by the dotted line in FIG. 9, the joint (25) between both ends of the beam (23) and the inner surface of the side of the lid (17) is positioned lower than the retaining bearing (24) to adjust the liquid flow to block the liquid flow port (18). The lower part of the valve (26) is configured to open and close the liquid flow port (18) from above.

To replenish liquid into the liquid container (16), the locking (31) is released, the lid (17) is removed from the liquid container (16), and the liquid flows in from the mouth of the liquid container (16).

FIG. 15 shows that in the case where the liquid container (16) is a flexible liquid container, the liquid container cannot be deformed by pushing the liquid container (16). The lid (17) is deformed, and the liquid in the lid (17) passes through the lower liquid discharge port (29), the liquid discharge hole (28), and the liquid discharge port (20) and is discharged to the required liquid location.
Discharge.

Liquid container (34) FIGS. 16-20 Reference numeral 34-reference numeral 50 are a liquid flow port (36) and a liquid flow regulating valve bearing (37) at the bottom of the lid (35) to be attached to the liquid container (34). An air flow port (38) and an air flow adjusting valve bearing (39) are formed, and a cover (42) having a liquid discharge port (40) and a bearing (41) is provided on the top of the lid (35), A male screw for attaching the lid (43) is formed on the upper part of the lid (35), a female screw is provided on the lid (43) to be engaged with the male screw for attaching the lid (43), and the center of the lid (43) is flexible. A push button (44) made of a synthetic resin is used, and a lid (43) is mounted on the top of the lid (35), and the liquid outlet (40) is closed with the push button (44).

A vertical axis (47) having a lower part divided into a liquid flow adjusting valve shaft (45) and an air flow adjusting valve shaft (46) is arranged in the center of the lid (35), and the upper part of the vertical axis (47) is a bearing (41). The liquid flow adjusting valve shaft (45) passes through the liquid flow adjusting valve shaft bearing (37), and the air flow adjusting valve shaft (46) passes through the air flow adjusting valve shaft bearing (39). At one end of the shaft (45), a liquid flow adjusting valve (48) and an air flow adjusting valve (49) are mounted at one end of the air flow adjusting valve shaft (46). ) A vertical spring (47) push-up spring (50) is disposed between the lower portions. .

The method of using the liquid container (34) is to check the screwing between the lid (35) and the lid (43) in order to measure the required amount of liquid, and press the push button (44) in the center of the lid (43) with a finger. The vertical axis (47), the liquid flow adjustment valve shaft (45), the liquid flow adjustment valve (48), the air flow adjustment valve shaft (46), and the air flow adjustment valve (49) are lowered by pushing and the liquid flow adjustment valve Open the liquid flow port (36) beside the bearing (37) and the air flow port (38) beside the air flow adjusting valve bearing (39), and connect the liquid container (34) and the lid (35) to the liquid flow port ( 36) When tilted sideways, the liquid in the liquid container (34) flows into the lid (35) from the liquid flow port (36) and the air in the lid (35) flows into the air flow port (38). The liquid flows into the liquid container (34).

When the required amount of liquid has flowed into the lid (35), the finger that pushed the push button (44) in the center of the lid (43) is released, and the liquid flow port (36) and the air flow port (38) are closed. When the liquid container (34) stands and more than the required amount of liquid enters the lid (35), push the push button (44) again to open the liquid flow port (36) and the air flow port (38). The above liquid is returned from the lid (35) to the liquid container (34).

The liquid measured in the lid (35) is discharged from the liquid outlet (40) by removing the lid (43) from the lid (35) and tilting the liquid container (34). Drain the liquid to the place where the liquid is used.

The reference numeral 51-reference numeral 68 in the liquid container (51) is a liquid outlet (53) and a liquid flow regulating valve bearing (on the bottom of the lid (52) to be attached to the flexible liquid container (51). 54), an air flow port (55) and an air flow adjusting valve bearing (56) are formed, and a cover (58) having a liquid discharge port (57) is provided on the top of the lid (52) to dispose the liquid discharge port. (57) is closed with a lid (59), and a liquid drain hole (60) is formed from the liquid drain port (57) to the bottom of the lid (52) on the side of the cover (58) and the lid (52). (52) An air flow hole (61) is formed on the side, the lower part of the air flow hole (61) is continued inside the liquid container (51), the upper part is continued inside the lid (52), and the cover (58) is formed in the center. A push button (62) made of silicon, which is a flexible synthetic resin, is attached.

A vertical axis (65) having a lower part divided into a liquid flow adjusting valve shaft (63) and an air flow adjusting valve shaft (64) is arranged at the center of the lid (52), and the upper part of the vertical axis (65) is pushed by a push button (62 The liquid flow adjustment valve shaft (63) passes through the liquid flow adjustment valve bearing (54) and the air flow adjustment valve shaft (64) passes through the air flow adjustment valve bearing (56) to adjust the liquid flow. A liquid flow adjustment valve (66) and an air flow adjustment valve (67) are attached to one end of the valve shaft (63) and one end of the air flow adjustment valve shaft (64). 65) A vertical spring (65) push-up spring (68) is disposed between the lower portions.
Alternatively, a method is also conceivable in which the side of the lid (52) and the cover (58) are integrally formed, and the entire bottom of the lid (52) is easily attached to and detached from the side of the lid (52).

The method of using the liquid container (51) is to cover with a finger (58) and push the push button (62) in the center to measure the required amount of liquid, the vertical axis (65), the liquid flow regulating valve shaft (63), The liquid flow adjusting valve (66), the air flow adjusting valve shaft (64) and the air flow adjusting valve (67) are lowered, and the liquid flow port (53) and the air flow adjusting valve beside the liquid flow adjusting valve bearing (54). When the air flow port (55) beside the bearing (56) is opened and the liquid container (51) and the lid (52) are tilted in the direction of the liquid flow port (53) and turned sideways, the liquid in the liquid container (51) is The liquid flows from the liquid flow port (53) into the lid (52) and the air in the lid (52) flows from the air flow port (55) into the liquid container (51).

When the required amount of liquid has flowed into the lid (52), cover (58) and release the finger that pushed the central push button (62) to close the liquid flow port (53) and the air flow port (55). Stand up the liquid container (51), and if more than the required amount of liquid enters the lid (52), press the push button (62) again to open the liquid flow port (53) and the air flow port (55). The above liquid is returned from the inside of the lid (52) into the liquid container (51).

To discharge the liquid weighed in the lid (52) to the required liquid position, the lid (59) is removed from the cover (58), the side of the liquid container (51) is pushed, and the air in the liquid container (51) is discharged. Passes through the air flow hole (61) and flows onto the weighed liquid in the lid (52) to compress the liquid from above, and the compressed liquid is discharged from the liquid discharge hole (60) and the liquid discharge port. It passes through (57) and is discharged to the place where the liquid is used.

When the liquid container (51) is a liquid container (51) lacking in flexibility FIG. 27 does not form the air flow hole (61), the lid (52) is a flexible lid (52), and the liquid drain hole (60) is formed in the cover (58), and the liquid weighed in the lid (52) is discharged to the liquid-required portion by pressing the side of the lid (52) and the side of the lid (52) Is deformed and discharged to the place where the liquid is used.

The liquid container (69) in FIGS. 28-33, 69-83 is formed with a male screw for attaching the lid (70) at the mouth of the liquid container (69) and a flexible synthetic resin on the bottom of the liquid container (69). A liquid outlet valve shaft operating button (72) for operating the liquid outlet valve shaft (71) made of silicon material and a liquid outlet valve shaft operating button (74) for operating the liquid outlet valve shaft (73) are provided. The liquid screw (75) is formed in the upper part of the lid and the female screw and the female screw that is disposed and screwed into the male screw formed in the mouth of the liquid container (69) at the lower part of the lid (70). The partition plate (76) for partitioning the liquid container (69) port and the lid (70) is attached to the container (69) port, and the liquid container (69) port and the partition plate (76) are non-rotatable and easily attached and detached. Then, a liquid flow port (77), a liquid flow port valve bearing (78), and a liquid discharge valve bearing (79) are provided on the partition plate (76).

A liquid flow port valve shaft (71) for opening and closing a liquid flow port (77) provided in the partition plate (76) is passed through the liquid flow port (77) and the liquid flow port valve bearing (78), and a spring (80). And a spring stopper (81), and a liquid outlet valve shaft (73) for opening and closing the liquid outlet (75) is passed through the liquid outlet valve bearing (79) provided in the partition plate (76). Install (82) and spring stop (83)

The method of using the liquid container (69) is to remove the cap on the lid (70) in order to measure a required amount of liquid, and confirm the screw engagement between the liquid container (69) and the lid (70). The container (69) and the lid lid (70) are turned upside down, the liquid outlet valve shaft operation button (72) on the bottom surface of the lid lid (70) is pushed, and the liquid outlet valve shaft (71) is lowered to the liquid outlet port (77). The liquid in the opening liquid container (69) passes through the liquid flow port (77) and flows into the lid (70), and when the required amount of liquid flows into the lid (70), The finger that pushed the mouth valve shaft operating button (72) is released to close the liquid flow port (77).

To discharge the liquid weighed in the lid (70) to the required position, the liquid outlet valve shaft (73) is lowered while the liquid outlet valve shaft operation button (74) on the bottom of the lid (70) is pressed. The liquid outlet (75) is opened, and the liquid in the lid lid (70) passes through the liquid outlet (75) and is discharged to the liquid use location.

Replenishment of the liquid into the liquid container (69) is performed by removing the lid (70) from the liquid container (69) and raising the partition plate (76) that is easily attached to and detached from the mouth of the liquid container (69). Since the liquid outlet valve shaft (71) and the liquid outlet valve shaft (73) are mounted on the partition plate (76), the partition plate (76), the liquid outlet valve shaft (71), and the liquid outlet valve shaft are provided. (73) slips together and replenishes liquid from the mouth of the liquid container (69).

When the inside of the liquid container (69) is powder, the liquid container (69) and the lid (70) are turned upside down, and the liquid outlet valve shaft operating button (72) on the bottom surface of the lid (70) is pushed to press the liquid container ( 69) to move the powder in the liquid container (69) to the lid (70), weigh the powder, and then press the liquid outlet valve shaft operating button (74) to shake the lid (70). The measured powder is discharged from the liquid discharge port (75). To discharge the powder little by little, the liquid container (69) and the lid (70) are tilted and the liquid container (69) is shaken.

Liquid container (84) FIG. 34 to FIG. 40, reference numeral 84 to reference numeral 99 are a liquid flow port (86) and a liquid flow control valve bearing (87) on the bottom of the lid (85) to be attached to the liquid container (84) mouth. A cover (90) having a liquid outlet (88) and a liquid outlet valve receptacle (89) is mounted on the top of the lid (85), and a male screw for mounting the lid (91) is mounted on the top of the cover (90) The cover (91) is provided with a female screw that is screwed into the male screw for mounting the cover (91), and the center of the cover (91) is formed of a push button (92) made of a flexible synthetic resin. .

A liquid flow adjustment valve shaft (95) having a liquid discharge valve (93) in the upper portion and a hook (94) formed in the lower portion is disposed at the center of the liquid discharge port (88). A spring (96) for pushing up the liquid flow adjustment valve shaft (95) is attached to the lower part, a hook (94) is passed through the liquid flow adjustment valve shaft bearing (87), and a liquid flow adjustment valve (97) is attached to the hook (94). To do.

The weighing chamber (98) is formed by both the lid (85) and the cover (90), and the weighing chamber (98) is formed into a cylindrical shape by the left and right wall portions and the upper and lower wall portions of the weighing chamber (98). A measuring line (99) is drawn concentrically from the center of the circular lid (85) and cover (90).

The method of using the liquid container (84) is to check the screwing of the cover (90) and the lid (91) in order to measure the required amount of liquid, and press the push button (92) in the center of the lid (91) with your finger. The liquid flow adjustment valve shaft (95) and the liquid discharge valve (93) are pushed down to close the liquid discharge port (88) and the liquid flow adjustment valve (97) is lowered to open the liquid flow port (86). (84) and the lid (85) are tilted to the left or right or turned upside down, the liquid in the liquid container (84) flows into the measuring chamber (98) from the liquid flow port (86) and the measuring chamber (98). The air in 98) flows into the liquid container (84) from the liquid flow port (86).

When the required amount of liquid flows into the measuring chamber (98), the finger that pushed the push button (92) in the center of the lid (91) is released to close the liquid flow port (86) and the liquid discharge port (88) Open the liquid container (84), and if more than the required amount of liquid has entered the metering chamber (98), press the push button (92) again to open the liquid flow port (86) and add more liquid than necessary. Return from the measuring chamber (98)) to the liquid container (84).

To discharge the liquid weighed in the measuring chamber (98) to the required liquid position, remove the lid (91) and the push button (92) from the cover (90), tilt the liquid container (84), and discharge the liquid. The liquid measured from (88) is discharged to the place where the liquid is used.

Laundry detergents used in general households, softeners, oral detergents, pesticides that are used to measure the amount of liquids that are undesirable on the hand, use with the lid open, external air enters the container and dislikes oxidation Can be used for liquid containers.

DESCRIPTION OF SYMBOLS 1 Liquid container 2 Lid cover 3 Liquid flow port 4 Bearing 5 Liquid discharge port 6 Cover 7 Lid 8 Beam 9 Retaining bearing 10 Joint part 11 Liquid flow adjustment valve 12 Hook 13 Loosening prevention 14 Temporary measurement line 15 Measurement line 16 Liquid container 17 升Lid 18 Liquid outlet 19 Bearing 20 Liquid outlet 21 Cover 22 Lid 23 Beam 24 Retaining bearing 25 Joint 26 Liquid flow adjusting valve 27 Hook 28 Liquid outlet 29 Lower liquid outlet 30 Air outlet 31 Loose stopper 32 Temporary measuring line 33 Measuring line 34 Liquid container 35 Cover 36 Liquid flow port 37 Liquid flow adjustment valve shaft bearing 38 Air flow port 39 Air flow adjustment valve shaft bearing 40 Liquid discharge port 41 Bearing 42 Cover 43 Lid 44 Push button 45 Liquid flow adjustment valve shaft 46 Air flow adjusting valve shaft 47 Vertical axis 48 Liquid flow adjusting valve 49 Air flow adjusting valve 50 Spring 51 Liquid container 52 Cover 53 Liquid flow port 54 Liquid flow adjusting valve bearing 55 Air flow port 56 Air flow adjusting valve bearing 57 Liquid outlet 58 Cover 59 Lid 60 Liquid drain hole 61 Air flow hole 62 Push button 63 Liquid flow adjustment valve shaft 64 Air flow adjustment valve shaft 65 Vertical axis 66 Liquid flow adjustment valve 67 Air flow adjustment valve 68 Spring 69 Liquid container 70 升Lid 71 Liquid outlet valve shaft 72 Liquid outlet valve shaft operating button 73 Liquid outlet valve shaft 74 Liquid outlet valve shaft operating button 75 Liquid outlet 76 Partition plate 77 Liquid outlet 78 Liquid outlet valve bearing 79 Liquid drain Mouth valve bearing 80 Spring 81 Spring stopper 82 Spring 83 Spring stopper 84 Liquid container 85 Lid cover 86 Liquid outlet 87 Liquid flow regulating valve bearing 88 Liquid outlet 89 Liquid outlet valve receiver 90 Cover 91 Lid 92 Push button 93 Liquid Exhaust valve 94 Hook 95 Liquid flow adjusting valve shaft 96 Spring 97 Liquid flow adjusting valve 98 Weighing chamber 99 Measuring line

Claims

In a lid cover container equipped with a lid for measuring the stored item at the container mouth part of the stored item that is liquid or powder, a cover having a liquid discharge port on the upper part made of a flexible material and a lid for closing the liquid discharge port In addition, a liquid flow port provided in the lid for transferring the stored item from the container to the lid, a liquid flow adjusting valve for opening and closing the liquid flow port, and for operating the liquid flow adjusting valve And a liquid flow adjusting member that allows the liquid flow adjusting valve to be freely opened and closed by pressing the lid, and having the beam in the lid cover.
The liquid flow adjusting member is joined to the inner surface of the lid side portion, respectively, with a beam having an opening angle so as to cross the inside of the lid and both end sides are higher than the center portion, and both ends of the beam. The hook at the top of the liquid flow control valve is fixed to the retaining bearing of the beam, and the beam can be freely moved up and down by pressing the side surface of the lid, and a liquid outlet and a bearing are provided at the bottom of the lid, and the bearing 2. The lid container according to claim 1, wherein the liquid flow adjusting valve is provided and the liquid flow opening is opened and closed by the vertical movement of the liquid flow adjusting valve.
In the lid-covering container that discharges the stored items transferred from the container to the lid, the container is made a flexible container, and a liquid drainage hole is formed between the lower part of the lid-side and the liquid drainage port of the cover A lower liquid discharge port is provided in the lower part of the drainage liquid drain hole, an air flow hole is formed in the side of the lid facing the liquid drainage hole on the side of the lid, and the upper part of the air flow hole is used as an air flow port. The jar lid container in any one of Claim 1 thru | or 2.
In the lid cover, the liquid flow port and the liquid flow adjustment valve bearing are formed on the bottom of the lid, the air flow port and the air flow adjustment valve bearing are formed, and the lid center is a flexible synthetic resin push button. The lower part has a vertical axis that is divided into a liquid flow adjustment valve shaft and an air flow adjustment valve shaft. The upper part of the vertical axis penetrates the bearing, and the liquid flow adjustment valve shaft is connected to the liquid flow adjustment valve shaft. The shaft passes through the air flow adjustment valve shaft bearing, the liquid flow adjustment valve shaft is attached to one end of the liquid flow adjustment valve shaft, and the air flow adjustment valve is attached to one end of the air flow adjustment valve shaft. 4. A lid cover container according to any one of claims 1 to 3, wherein a vertical spring is arranged between the two and the liquid flow regulating valve and the air flow regulating valve are opened and closed by pushing a push button. .
The lid cover according to any one of claims 1 to 4, wherein a push button for moving up and down the vertical axis is formed on a cover covering the top of the lid.
In the lid container, a liquid outlet valve shaft operating button for operating the liquid outlet valve shaft and a liquid outlet valve shaft operating button for operating the liquid outlet valve shaft are provided on the bottom of the container. Then, a liquid discharge port is formed at the top of the lid, and a partition plate for partitioning the container mouth and the lid is attached to the container mouth, and the container mouth and the partition plate cannot be rotated and are easily attached and detached. A liquid outlet valve shaft bearing that opens and closes the liquid flow opening provided in the partition plate, and a liquid flow opening and a liquid flow valve valve bearing are provided. A spring and a spring stop are attached, and a liquid outlet valve shaft bearing provided on a partition plate is provided with a liquid outlet valve shaft for opening and closing the liquid outlet, and the spring and spring stopper are attached. The jar lid container in any one of Claims 1 thru | or 5.
In the lid container, a weighing chamber is formed by both the lid and the cover, and the shape of the weighing chamber is a circle formed by the right and left walls and the upper and lower walls of the weighing chamber, and the center of the round lid and the cover is formed. 7. The lid container according to any one of claims 1 to 6, wherein a measuring line is written in a concentric manner.