WO2014030223A1

WO2014030223A1 - Measuring-lid liquid container

Info

Publication number: WO2014030223A1
Application number: PCT/JP2012/071145
Authority: WO
Inventors: 隆太郎渡辺
Original assignee: WATANABE Ryuutarou
Priority date: 2012-08-22
Filing date: 2012-08-22
Publication date: 2014-02-27

Abstract

[Problem] To solve the problem of liquid dripping onto a hand or liquid container when a measuring lid mounted on a liquid container mouth is removed to perform liquid metering. [Solution] A liquid flow hole and an airflow hole that pass through the interior of a liquid container from the upper part of the measuring-lid are provided to the side part of the measuring lid mounted on a soft liquid container mouth. A liquid regulating valve is disposed in a liquid discharge tube and at the distal end of the liquid discharge tube beside the upper part of the measuring lid. A liquid discharge port and a liquid discharge hole continuous from the liquid discharge port to the liquid discharge tube is provided to the bottom of the measuring lid. The liquid container and the measuring lid are turned horizontal and are again stood erect after the liquid has flowed into the measuring cup, the liquid container is again tilted to meter out the liquid, after which the liquid regulating valve is opened, the liquid container is gripped, and the metered liquid is discharged to the location where the liquid is to be used.

Description

Jar lid liquid container

This relates to a cup-lid liquid container that is attached to the mouth of a liquid container and used when pouring into a liquid use location after measuring the required amount of liquid in the liquid 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, Had to use.

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

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.

Claim 1 is a lid to be attached to the liquid container mouth portion, the lid side portion is extended upward to cover and cover the lid side portion, and a lid is disposed inside the lid side portion to form a lid. A space is formed between the lid side portion and the heel side portion by the heel side portion, and a liquid discharge port is provided in the heel lid, and a lid is attached to the liquid discharge port, and one side of both surfaces facing the heel It is a jar lid liquid container provided with a liquid outlet at the upper end and an empty outlet at the upper end of the surface.

According to claim 2, a liquid drain pipe and a liquid flow regulating valve are disposed on the lid, and the liquid flow hole and the liquid drain hole are disposed in one of the opposing spaces. There is a liquid discharge port at the lower part of the liquid discharge hole, an air flow hole and an air flow groove are arranged in the other space, and the surface facing the reed and the reed side part is a common reed liquid container .

According to a third aspect of the present invention, a liquid flow port is provided above the liquid flow hole on the side of the lid, and a liquid flow adjusting valve that opens and closes the liquid flow and is movable by an elastic member is mounted. An air flow port is provided in the air flow port, an air flow adjustment valve that opens and closes the air flow port and is movable by an elastic member, and a liquid flow hole and a cover having a liquid discharge port on the air flow hole are arranged to adjust the liquid flow. This is a lid liquid container in which a lid having a projection for pressing down the valve and the air flow regulating valve is mounted on the lid side portion.

According to a fourth aspect of the present invention, a bearing is formed at the liquid outlet, and a liquid / air flow adjustment valve is provided between the liquid flow hole and the air flow hole to open / close the liquid flow hole and the air flow hole. This is a lid-covered liquid container in which the shaft formed on the shaft passes through a bearing formed in the liquid discharge port so as to be operable, and an elastic member and a fastener are mounted on the upper portion of the shaft.

According to a fifth aspect of the present invention, the liquid air flow adjusting valve is provided with an upper shaft and a lower shaft having a ring, and a lower bearing extending upward from the bottom of the lid is formed, and a liquid flow hole, an air flow hole, an upper bearing, A liquid / air flow adjustment valve with a ring, an upper shaft and a lower shaft formed between the bearings and an elastic member are mounted, and a horizontal shaft with a protrusion formed between the side parts of the lid is mounted through the wheel. This is a lid lid liquid container provided with a handle.

A flexible member is used to deform the lid, and a flexible lid is formed. A liquid flow hole and a protrusion are formed on the side of the lid, and an air flow hole and a protrusion are formed. And a hook lid liquid container in which a hook for engaging with the protrusion of the liquid flow hole and a hook for locking with the protrusion of the air flow hole are formed.

The seventh aspect includes a liquid flow valve that closes the liquid flow port on the side of the lid, an air flow valve that closes the air flow port, a liquid flow valve and an air flow between the liquid flow valve and the air flow valve. A transverse beam is provided to connect the mouth valve, and the joint between the transverse beam, the liquid flow valve and the air flow valve is formed below the lid side and the joint between the liquid flow valve and the air flow valve. A lid liquid container in which a front beam and a back surface of the lid are pressed to form a stop beam for preventing excessive pressing.

According to the eighth aspect of the present invention, the joint between the cross beam, the liquid flow valve and the air flow valve is formed above the lid side, and the joint between the liquid flow valve and the air flow valve. A lid liquid container in which protrusions for preventing excessive pressing are formed by pressing the left and right sides of the lid.

Claim 9 is a lid liquid container in which an inclined weighing line and a horizontal weighing line are written on the lid side part or a plane having the lid side part and the lid side part in common.

The flexible liquid container according to claim 2 is a flexible liquid container, wherein the lid side portion to be attached to the flexible liquid container mouth portion is extended upward to cover the lid side portion to form a space on the lid. Then, the lid and the space on the lid are used as a lid, and the lid is molded with a synthetic resin that is a transparent material.

A liquid drain tube extending from the top of the lid to be attached to the flexible liquid container mouth is arranged, a liquid drain is provided on the bottom of the lid, and a liquid drain hole is formed from the liquid drain to the drain pipe. Install a liquid flow control valve that has a lid or handle at the end of the liquid drain tube and has a stop character and a stop line written on it.
On the side of the lid, a liquid flow hole that extends from the top of the lid to the bottom of the lid and into the liquid container is provided on the left and right sides of the liquid drain hole. .

An air flow groove is provided between the top of the lid and the bottom of the lid on the side of the lid facing the liquid flow hole and the drainage hole, and extends from the top of the lid to the bottom of the lid and penetrates into the liquid container. The air flow hole to be formed is formed on the left and right of the air flow groove and the upper part of the air flow hole is used as the air flow port.
Two flat surfaces are provided facing each other on the side of the lid, and a plurality of inclined measuring lines and a plurality of horizontal measuring lines extending in a fan shape from the liquid return line are entered. Merge the lines.

The liquid container corresponding to claim 1 extends the lid side part to be attached to the liquid container mouth part, covers the lid side part, forms a ridge inside the lid side part, and covers the lid with the jar and the lid. As shown in the figure, a liquid outlet is formed at the top of the lid and a part of the side of the lid and the front of the bowl are molded integrally, and the back of the bowl extends from the middle of the bottom to the liquid outlet. The space is formed between the heel side portion and the lid side portion by joining the ridge portions and inclining the back surface of the heel portion.

The liquid outlet is located on the left side of the top of the tub, and a lid is attached to close the liquid outlet. A liquid flow port is provided from the bottom, and the slope measurement line and the horizontal measurement line that extend in a fan shape from the bottom of the liquid flow port are combined and written on the front of the bowl.
Mold the liquid container mouth to the left.

The liquid container corresponding to claim 3 is a lid with a lid extending on the lid side portion to be attached to the liquid container mouth portion and using a flexible member. A flow hole and an air flow hole are formed, a liquid flow port is formed at the top of the liquid flow hole, the lower part extends to the bottom of the lid, an air flow port is formed at the top of the air flow hole, and the lower part extends to the bottom of the lid. A cover having a liquid discharge port is disposed between the hole, the upper part of the air flow hole, and the lid to form a protrusion on the inside of the lid.

An elastic member that arranges a liquid flow adjustment valve above the liquid flow hole and an air flow adjustment valve above the air flow hole to raise the liquid flow adjustment valve and the air flow adjustment valve over the liquid flow hole and the air flow hole. A spring that pushes up the liquid flow adjustment valve and the air flow adjustment valve under the liquid flow adjustment valve and the air flow adjustment valve, and a liquid container mouth portion at the lower part of the lid side. It forms a locking stop for screwing with the lower part of the lid.

According to a fourth aspect of the present invention, there is provided a liquid container having a liquid flow hole in the side of the flexible lid attached to the liquid container mouth and a liquid flow hole in the upper part of the liquid flow hole. An air flow hole is formed on the side of the lid opposite to the air flow hole, and an air flow port is provided above the air flow hole.

A cover with a liquid outlet is installed inside the top of the lid, and a bearing through which the axis of the liquid air flow adjusting valve for opening and closing the liquid outlet and the air outlet is formed is formed in the liquid outlet. A liquid / air flow adjustment valve that is movable up and down is disposed between the flow tube and the bearing, and a spring of an elastic member and a nut that is a spring retainer are mounted on the upper part of the shaft of the liquid / air flow adjustment valve. A lid that pushes down the shaft of the air flow adjusting valve and closes the liquid discharge port is attached to the upper part of the lid, and a liquid container mouth and the lower part of the lid are screwed to prevent loosening.

When the lid is removed from the lid, the liquid flow hole and the air flow hole are closed and the liquid in the liquid container cannot be discharged directly to the required liquid place without weighing, so the liquid in the liquid container is discharged directly to the required liquid position without weighing. In order to achieve this, a valve is provided at the bottom of the lid, the liquid flow hole, or the air flow hole so that the valve can be operated from outside the lid.

The liquid container corresponding to claim 5 is provided with a liquid flow hole at the side of the flexible lid attached to the liquid container mouth, and a liquid flow hole at the upper part of the liquid flow hole. An air flow hole is formed on the side of the lid opposite to the air flow hole, and an air flow port is provided above the air flow hole.

A cover with a liquid outlet is installed inside the top of the lid, and a liquid / air flow adjustment valve that moves up and down and opens and closes the liquid and air flow openings is provided between the liquid flow hole and the air flow hole. The flow adjustment valve is formed with an upper shaft formed with an upper extension ring from the liquid air flow adjustment valve and a lower shaft extending downward, and an upper bearing through which the upper shaft of the liquid air flow adjustment valve passes is formed in the liquid discharge port. The bottom of the lid is formed with a lower bearing extending upward from the bottom of the lid and the lower shaft is inserted, and a spring of an elastic member is mounted between the lower bearing and the liquid / air flow adjusting valve.

A horizontal axis provided with a horizontal bearing on each of the surfaces facing the upper part of the lid side part and having a projection for restricting the vertical movement of the liquid / air flow regulating valve movable up and down between the horizontal bearing and the horizontal bearing Is attached through a ring formed on the upper shaft, a handle for rotating the horizontal shaft is arranged at both ends of the horizontal shaft, and the lid that pushes down the shaft of the liquid air flow adjustment valve to close the liquid outlet To prevent the liquid container mouth and the bottom of the lid from being screwed together.

The liquid container corresponding to claim 6 is provided with a liquid flow hole and a protrusion A on the side of the flexible lid attached to the liquid container opening, a liquid flow hole is provided above the liquid flow hole, and the lower part of the liquid flow hole is the liquid container. An air flow hole and a protrusion B are formed on the side of the lid facing the liquid flow hole on the side of the lid, and an air flow port is provided on the upper part of the air flow hole, and the lower part of the air flow hole continues on the liquid container port. .

A cover with a liquid outlet is attached to the top of the lid, and a liquid / air flow adjustment valve is installed between the liquid flow hole and the air flow hole to open and close the liquid flow port and the air flow port at the same time. A hook A to be engaged with the protrusion A and a hook B to be engaged with the protrusion B are formed at the valve end, a leaf spring is formed on the shaft and the shaft extending above the center of the liquid / air flow adjustment valve on the liquid / air flow adjustment valve, A bearing through which a shaft passes is provided in the liquid discharge port, and a liquid / air flow adjusting valve having the shaft is disposed so as to be vertically movable with the liquid flow port, the air flow port, and the bearing serving as a branch.

The liquid air flow adjustment valve and the lid that pushes down the shaft and covers the lid that covers the liquid discharge port are attached to the upper part to form a locking stopper for the screwing of the liquid container mouth part and the lower part of the lid. Fill in the horizontal weighing line.

The liquid container corresponding to claim 7 is provided with a liquid flow hole on the side of the flexible lid attached to the liquid container mouth and a liquid flow hole on the upper part of the liquid flow hole, and the lower part of the liquid flow hole is a liquid container. An air flow hole is provided on the side of the lid facing the liquid flow hole on the side of the lid, and an air flow port is provided on the top of the air flow hole. A cover having a liquid outlet is provided and a lid is attached to the cover to close the liquid outlet.

A liquid flow valve that closes the liquid flow port, an air flow valve that closes the air flow port, and a horizontal beam that connects the liquid flow valve and the air flow valve between the liquid flow valve and the air flow valve are provided, and the liquid is covered. Down from the outlet and straddling the horizontal axis, push the front of the lid and the back of the lid to form an over-pressing stop beam.

∙ Form a slack stop between the liquid container mouth and the bottom of the lid, and write an inclined measuring line and a horizontal measuring line on the front of the lid.

The liquid container corresponding to claim 8 is provided with a liquid flow hole on the side of the flexible lid attached to the liquid container mouth and a liquid flow hole on the upper part of the liquid flow hole, and the lower part of the liquid flow hole is a liquid container. An air flow hole is provided on the side of the lid facing the liquid flow hole on the side of the lid, and an air flow port is provided on the top of the air flow hole. A cover having a liquid outlet is provided and a lid is attached to the cover to close the liquid outlet.

A liquid flow valve that closes the liquid flow port, an air flow valve that closes the air flow port, and a horizontal beam that connects the liquid flow valve and the air flow valve between the liquid flow valve and the air flow valve are installed. Push the right side of the lid and the left side of the lid to form a protrusion that prevents over-pressing.

The effects of the present invention will be described based on the drawings.
1 to 13 of the flexible liquid container (1), a liquid flow hole (8) is provided on the side of the lid (2) attached to the mouth of the liquid container (1), and the lid ( 2) Since the air flow hole (11) and the air flow groove (10) facing the liquid flow hole (8) on the side portion are arranged, the liquid container (1) with the lid (2) is placed sideways. Thus, the lid can be filled with liquid.
By providing an air flow groove (10) on the side of the lid (2), even if the bottom of the horizontal lid (2) is slightly raised from the top of the lid (2), it accumulates at the bottom of the lid (2). Air flows through the air flow groove (10), flows into the air flow hole (11), passes through the air flow hole (11), flows into the liquid container (1), and air does not accumulate at the bottom of the lid (2).

In providing a flat portion on the side of the lid (2) and filling the flat portion with the inclined measuring line (12) and the horizontal measuring line (13) written in a fan shape from the liquid return line (9), The liquid container (1) can be tilted, the liquid surface line inside the liquid container (1) can be aligned with the inclined measuring line (12) of the required amount of liquid, the liquid can be measured, and the liquid can be confirmed with the horizontal measuring line (13) after weighing. .

A liquid discharge port (4) is provided from the bottom of the lid (2) side, a liquid drain hole (5) is provided on the side of the lid (2), and a liquid drain pipe (3) is disposed on the top of the lid (2). Since the liquid flow adjustment valve (7) having the handle (6) is disposed at the tip of the liquid drain pipe (3), the liquid flow adjustment valve (7) is opened by turning the handle (6). The metered liquid in the lid (2) can be discharged by pushing it to grasp the container (1) to the place where the liquid is used.

Liquid container (14) In FIGS. 8 to 13 and 14 to 27, the side of the lid (15) attached to the mouth of the liquid container (14) is extended upward, and a heel ( 16) is provided, and a part of the lid (15) side part and the front surface (17) of the lid are integrally molded, and the rear surface (18) of the basket is transferred from the bottom middle portion of the basket (16) to the liquid discharge port (19). By extending the heel back surface (18) with an inclination and joining the heel back surface (18) upper portion and the lid (15) side portion, the heel back surface (18), the heel right side surface (21), and the heel left side surface ( 23) and the inner side of the lid (15) side, a space (25) is created, and the space of the mouth of the liquid container (14) and the space (25) are connected.

Since the lid (20) is provided with an inclination on the back surface (18) so that the lid (20) is hung on the top of the back surface (18), the liquid container (14) is less inclined when the liquid inside the bag (16) is discharged. Can be discharged.
The liquid flow port (24) is provided on the left side of the left side (23) from the left side of the front (17), and the air flow port (22) is provided on the right side of the right side (21) from the right side of the front (17). The liquid container (14) in which the liquid container (14) filled with the liquid at the time of discharging the liquid inside the tub (16) is inclined, and the liquid surface line inside the space (25) is connected to the air flow port (22) and the liquid flow port ( Here, the liquid inside the tub (16) can be discharged at a position below 24), so that the liquid in the space (25) does not flow into the tub (16) and the liquid container (14) is in an almost inverted state. Then, the liquid in the body container (14) can be discharged to the place where the liquid is used without measurement.

By providing an air flow port (22) from the right end of the front side of the kite (17) on the upper side of the kite right side (21), the space (25) from the space (25) to the inside of the kite (16) and from the inside of the kite (16) Air can flow through.
In the upper side of the left side surface (23), the liquid flow port (24) is provided from the left end of the front surface (17), so that the space (25) extends from the space (25) to the inside of the rod (16) and from the inside of the rod (16). ) Liquid can flow.

By forming the liquid container (14) by bringing the mouth of the liquid container (14) to the right, a small amount of liquid in the liquid container (14) can flow into the bowl (16), and a smaller amount of liquid is stored in the liquid container ( 14) is turned upside down and stored in the upper part of the tub (16) and the lid (20), and then the liquid container (14) can be erected to flow into the tub (16). *

In FIGS. 14-22, 28-44, the liquid container (28) has a liquid flow control valve (38) and an empty flow hole (33) above the liquid flow hole (32) formed on the side of the lid (29). An air flow adjusting valve (39) is provided at the top, and a spring (40) or a spring (41) for moving the liquid flow adjusting valve (38) and the air flow adjusting valve (39) is provided. When the lid (30) is attached to the upper part of the lid (29), the protrusion (31) inside the lid (30) pushes down the liquid flow adjustment valve (38) and the air flow adjustment valve (39), and the liquid flow port (34). And the air flow port (35) is opened so that liquid can flow into the lid (29) with the liquid container (28) sideways, and when the lid (30) is removed from the top of the lid (29), the liquid flow control valve (38) and the air flow adjusting valve (39) are raised, the liquid flow port (34) and the air flow port (35) are closed, and the liquid container (28) is tilted. (29) the liquid in the liquid container (28) during the discharge from the liquid Ekihai opening (36) in the no 琉入 in Masufuta (29).

In FIG. 23 to FIG. 28, reference numeral 45 to reference numeral 61 forms a bearing (55) through which the shaft (54) of the liquid / air flow regulating valve (53) penetrates in the liquid outlet (51). Other than the liquid discharge port (51), the air flow adjusting valve (53) and the shaft (54) are vertically movable with the liquid flow hole (47), the air flow hole (49) and the bearing (55) as branches. The outflow of liquid from is limited.

In the liquid container (62) in FIGS. 29-33 and 62-83, a horizontal bearing is provided on each of the opposing surfaces of the upper side of the lid (63), and the liquid is movable up and down between the horizontal bearing and the horizontal bearing. A horizontal shaft (78) having a projection (77) for restraining the vertical movement of the air flow regulating valve (70) is attached through a ring (71) formed on the upper shaft (72), and the horizontal shaft (78 ), Handles (79) for rotating the horizontal axis (78) are arranged at both ends, and the lid (80) is removed from the lid lid (63) to measure the liquid in the liquid container (62). And can be discharged directly from the drainage port (68).

34-39, reference numeral 84-103 designates the lid (85) as a flexible lid (85) using a flexible member, and a protrusion A at the end of the liquid / air flow adjustment valve (94). The hook A (95) to be locked to (87) and the hook B (96) to be locked to the protrusion B (90) are formed, and the front surface of the lid (85) is pushed with the thumb of the right hand and the back with the index finger. While the lid (85) is deformed, the distance between the liquid flow hole (86) and the air flow hole (89) is widened, and the hook B (96) is locked to the protrusion B (90) and the air flow port (91) is opened. First, the hook A (95) can move to the projection A (87) and then be locked to the projection A (87) to open the liquid flow port (88).

The liquid container (104) FIGS. 40 to 45 are denoted by reference numerals 104-119, a liquid flow valve (113) for closing the liquid flow port (107) and an air flow valve (114) for closing the air flow port (109), A cross beam (115) is provided between the liquid flow valve (113) and the air flow valve (114) to connect the liquid flow valve (113) and the air flow valve (114). The front and rear surfaces of the liquid flow hole (106) and the air flow hole (108) are opened by deforming the lid (105) by pushing the front and back surfaces of the liquid with a finger, and the liquid flow valve (113) and the air flow valve (114). ) Is moved upward to open the liquid flow port (107) and the air flow port (109), and the finger is loosened to return the space between the liquid flow hole (106) and the air flow hole (108) to the liquid flow port valve (113). ), The air flow valve (114), the lower liquid flow port (107) and the air flow port (109).

When the cover (111) is formed with the stop beam (116), the front and back surfaces of the lid (105) are pushed with fingers, and when the lid (105) is deformed, it is pushed until it hits the stop beam (116). You do not need to adjust your finger strength.

Liquid container (120) FIG. 46-FIG. 50, reference numerals 120-135 denote a liquid inlet valve (129) for closing the liquid outlet (123) and an air outlet valve (130) for closing the air outlet (125), A cross beam (131) connecting the liquid flow valve (129) and the air flow valve (130) is provided between the liquid flow valve (129) and the air flow valve (130). 121) is pressed with fingers to deform the lid (121) to narrow the distance between the liquid flow hole (122) and the air flow hole (124), and the liquid flow valve (129) and Move the flow valve (130) and the cross beam (131) upward to open the liquid flow port (123) and the air flow port (125), and loosen the finger to remove the liquid flow hole (122) and the air flow hole (124). Returning the interval, the liquid flow valve (129), the air flow valve (130) and the cross beam (131) are lowered and the liquid flow port (123) and the air flow port (125) are closed. Rukoto can.

Since the projection (132) is formed in the lower part of the cover (127), when the lid (121) is deformed, it can be pushed until it hits the projection (132), and the adjustment of the finger force is not required.

The left 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. The front view of the upper part of the liquid container (1) and the lid (2), and the cutting lines BB and CC are shown. FIG. 3 is an end view taken along line AA in FIG. 2. FIG. 4 is an end view taken along line BB in FIG. 3. FIG. 4 is an end view taken along the line CC of FIG. 3. The figure which shows the inner side expansion | deployment of the side part of a lid (2). A front view of the liquid container (14), the lid (15) and the lid (20), and a cutting line DD are shown. A plan view of the liquid container (14), the lid (15) and the lid (20), and a cutting line EE are shown. FIG. 10 is an end view of the cutting section taken along the line EE of FIG. 9. FIG. 9 is an end view of the cut line DD in FIG. 8. The figure which shows the coffin (16) side part inner surface expansion | deployment. A front view of the lid (15), an inclined weighing line (26) and a horizontal weighing line (27) on the heel front (17) are shown. A front view of the liquid container (28) and the lid (29) and a cutting line FF are shown. A plan view of the liquid container (28), the lid (29) and the lid (30), and a cutting line GG are shown. The perspective view of a liquid flow adjustment valve (38) and an air flow adjustment valve (39). An end view of the cut section taken along the line GG of FIG. 15 is attached with a lid (30). FIG. 15 is a sectional view taken along the line GG in FIG. 15, with the lid (30) removed. FIG. 15 is an end view of the cutting section taken along line FF in FIG. 14. The top view of a spring (40). The front view of a spring (40). FIG. 15 is a sectional view taken along the line GG of FIG. 15, using a spring (41). A front view of the liquid container (45) and the lid (46) and a cutting line HH are shown. A plan view of the liquid container (45), the lid (46) and the lid (58), and a cutting line JJ are shown. 24 is a sectional view taken along the line JJ of FIG. 24, and a lid (58) is attached. FIG. 24 is a sectional view taken along the line JJ in FIG. 24, with the lid (58) removed. FIG. 24 is an end view of the HH line cut portion of FIG. 23. The top view of a cover (52) and a bearing (55). The front view of a liquid container (62) and a lid (63). A plan view of the liquid container (62) and the lid (80), showing a cutting line KK FIG. 31 is an end view of the cut line KK line in FIG. 30. A plan view of the liquid container (62) and the lid (80), and a cutting line LL are shown. FIG. 33 is an end view of the cut part of line LL in FIG. 32. A front view of the liquid container (84) and the lid (85), and a cutting line MM line are shown. A plan view of the liquid container (84), the lid (85) and the lid (100), and a cutting line NN line are shown. An end view of the NN line cutting part of FIG. 35, with a lid (100) attached. An end view of the NN line cut portion in FIG. 35, with the lid (100) removed. FIG. 35 is an end view of the MM line cutting portion of FIG. 34. The top view of a cover (93). The front view of a liquid container (104) and a lid lid (105). A plan view of the liquid container (104), the lid (105) and the lid (112) and a cutting line PP between the left and right side surfaces are shown. FIG. 42 is an end view of the PP line cutting part in FIG. 41. A plan view of the liquid container (104), the lid (105) and the lid (112) is shown, and a cutting line QQ between the front and the back is shown. FIG. 44 is an end view of the QQ line cutting part of FIG. 43. The top view of the lid (105), and the front and back of the lid (105) are pushed to deform the lid (105). The front view of a liquid container (120) and a lid lid (121). A plan view of the liquid container (120), the lid (121) and the lid (128), and a cutting line RR line are shown. FIG. 48 is an end view of the RR line cutting part in FIG. 47. 47 is an end view of the RR line cut portion of only the lid (121) of FIG. 47, and the right and left sides of the lid (121) are pushed to deform the lid (121). The top view of the lid (121), the right side and the left side of the lid (121) are pushed to deform the lid (121).

This will be described with reference to the drawings.
Flexible liquid container (1) In FIGS. 1-7, reference numeral 1 to reference numeral 13, the flexible liquid container (1) extends the lid side part to be attached to the mouth, covers the lid side part, and covers the lid. And forming the lid (2) with the lid and the space above the lid, and molding the lid (2) with a transparent resin.

A liquid drain pipe (3) extending sideways from the top of the lid (2) is disposed, a liquid drain (4) is provided at the bottom of the lid (2), and the liquid drain (4) is drained from the liquid drain (4). Next, a liquid drain hole (5) is formed, and a liquid flow regulating valve (7) having a handle (6) at the tip of the liquid drain pipe (3) and having a stop character and a stop line written therein is mounted.
On the side of the lid (2), liquid flow holes (8) extending from the top of the lid (2) to the bottom of the lid (2) and continuing into the liquid container (1) are provided on the left and right sides of the liquid drain hole (5). The upper part of the liquid flow hole (8) is defined as the return line (9).

An air flow groove (10) is provided between the bottom of the lid (2) from the top of the lid (2) on the side of the lid (2), and the lid (2) is disposed on the side of the lid (2) from the top of the lid (2). 2) Air flow holes (11) extending to the bottom surface and penetrating into the liquid container (1) are provided on the left and right of the air flow grooves (10), and are empty with respect to the liquid discharge holes (5) and the liquid flow holes (8). The flow groove (10) and the air flow hole (11) are disposed on the left and right as viewed from the front of the lid (2).
Two flat surfaces are provided facing each other on the side of the lid (2), and a plurality of inclined measuring lines (12) and a plurality of horizontal measuring lines (13) extending in a fan shape from the return line (9) are entered. The slant weighing line (12) and the horizontal weighing line (13) of the same amount of liquid are combined.

The flexible liquid container (1) is used by a liquid flow adjustment valve (3) attached to the tip of a liquid drain pipe (3) extending laterally from the side of the lid (2) attached to the mouth of the liquid container (1). 7) is confirmed to be the stop position, and the liquid container (1) having the lid (2) attached to the mouth of the liquid container (1) is tilted in the direction of the liquid flow control valve (7) and the lid (2 ) Beside the liquid container (1).
When the lid (2) is placed beside the liquid container (1), the liquid in the liquid container (1) passes through the liquid flow hole (8) and the return line (9) and enters the lid (2) from below. While flowing in, the air inside the lid (2) passes through the air flow groove (10) and the air flow hole (11) and flows into the liquid container (1).

Establish the liquid container (1) and the lid (2) with reference to whether the amount of liquid that has flowed into the lid (2) exceeds the required amount of liquid.
The lid (2) and the liquid container (1) are tilted again in the direction of the liquid flow regulating valve (7), and extend in a fan shape from the return line (9) written on the flat surface provided on the side of the lid (2). The liquid surface line is aligned with the required amount line of the inclined measuring line (12), and more liquid than necessary inside the lid (2) flows into the liquid flow hole (8) from the return liquid line (9). Passing through (8) and flowing into the liquid container (1), the air inside the liquid container (1) flows from both the liquid flow hole (8) and the air flow hole (11) into the lid (2). The incoming liquid requirement is weighed.

When the required amount of liquid is weighed, if the liquid container (1) and the lid (2) are put up again, the required amount of liquid can be confirmed again by the horizontal measuring line (13), and the handle (6) is turned to adjust the liquid flow. The valve (7) is opened and pushed to grasp the liquid container (1), and the air inside the liquid container (1) is moved from both the air flow hole (11) and the liquid flow hole (8) to the inside of the lid (2). The liquid inside the lid (2) flows into the liquid drainage hole (5) from the liquid drainage port (4), and the liquid drainage hole (5) and liquid flow adjustment The liquid can be discharged through the valve (7).

The reference numeral 14-reference numeral 27 in FIG. 8 to FIG. 13 extends the side of the lid (15) attached to the mouth of the liquid container (14) and covers the upper side of the lid (15). Then, a lid (15) is formed on the inner side of the lid (15), and the lid (15) and the collar (16) serve as a lid, and a liquid discharge port (19) is formed on the top of the lid (15) side. A part of the ridge and the heel front (17) are integrally molded, and the heel back (18) extends from the heel (16) bottom middle part to the liquid outlet (19). (15) The side portion is joined and the heel back surface (18) is inclined, and the heel (16) side portion and the lid (15) side portion form the heel (16) side portion and the lid (15) side portion. A space (25) is formed between the two.

The liquid discharge port (19) is provided to the left of the upper part of the ridge (16), the lid (20) is attached to the liquid discharge port (19), and the liquid discharge port (19) is closed with the lid (20). (21) An air flow port (22) is provided at the upper part from the right end of the upper side of the ridge front (17), and a liquid flow port (24) is provided from the left end of the upper side of the ridge front (17) on the upper side of the ridge.傾斜 Fill the front (17) with the inclined measuring line (26) and the horizontal measuring line (27) extending in a fan shape from the bottom of the liquid flow port (24), and move the liquid container (14) mouth to the left. And mold.

The method of using the liquid container (14) is to discharge the liquid in the liquid container (14) to the location where the liquid is used. Hold the liquid container (14) with the right hand with the front of the liquid container (14) facing forward. When tilted to the right, the liquid inside the liquid container (14) flows into the space (25) between the lid (15) side and the heel (16) side, and from the space (25) on the upper left side surface (23). The air passes through the flow port (24) and flows into the reed (16), and the air inside the reed (16) passes through the empty flow port (22) on the right side surface (21) of the reed and enters the space (25). It flows into the liquid container (14) from the space (25).

升 (16) The liquid container (14) is set up when a little more liquid is contained in the interior than the amount of liquid used, and the amount of liquid is confirmed by the horizontal measuring line (27). 14) Tilt to the left and align the liquid surface line with the inclined measuring line (26) of the required amount of liquid written on the front face (17), and the liquid entered from the liquid flow port (24) into the space (25). After the liquid is poured into the liquid container (14) and returned to the inside, the liquid container (14) is set up.

To discharge the measured liquid inside the bottle (16) to the place where the liquid is used, remove the lid (20) from the liquid outlet (19) on the upper side of the inclined bottle back (18) and remove the liquid container (14) from the back of the bottle. (18) Tilt in the direction and discharge the weighed liquid inside the gutter (16) to the required liquid location.

The reference numeral 28-reference numeral 44 in FIG. 14 to FIG. 22 shows the liquid container (28) with the lid side portion attached to the mouth of the liquid container (28) extending upward, and the lid portion (29) as the lid portion (29). Cover the lid (30) with a lid (30) having a protrusion (31) formed on the inside, and form a liquid flow hole (32) and an air flow hole (33) on the side of the lid (29). (32) The liquid flow port (34) is provided in the upper part, the lower part of the liquid flow hole (32) extends to the bottom of the lid (29), and the air flow hole (35) is provided in the upper part of the air flow hole (33). 33) A cover (37) having a lower part extending to the bottom of the lid (29) and having a liquid outlet (36) between the upper part of the liquid flow hole (32) and the air flow hole (33) and the cover (30). Is disposed.

A liquid flow adjusting valve (38) is mounted on the upper part of the liquid flow hole (32), and an air flow adjusting valve (39) is mounted on the upper part of the air flow hole (33) so that the liquid flow hole (32) and the air flow hole (33) are mounted. A spring (40), which is an elastic member for pulling up the liquid flow adjustment valve (38) and the air flow adjustment valve (39), is provided, or a liquid is provided under the liquid flow adjustment valve (38) and the air flow adjustment valve (39). A spring (41), which is an elastic member that pushes up the flow regulating valve (38) and the air flow regulating valve (39), is disposed, and the liquid container (28) mouth and lid are located below the side of the lid (29). (29) A locking stop (44) for screwing with the lower part is formed, and an inclined measuring line (42) and a lateral measuring line (43) are written on the side surface of the lid (29).

The liquid container (28) is used in a state where the lid (30) is attached to the lid (29), and the liquid flow adjustment valve (38) and the air flow adjustment valve are formed by the protrusion (31) inside the lid (30). (39) is pushed down, the liquid flow port (34) and the air flow port (35) are opened, and the liquid container (28) and the lid (29) are used to measure the amount of liquid used in the lid (29). Is tilted in the direction of the liquid flow hole (32), the liquid in the liquid container (28) flows into the liquid flow hole (32), passes through the liquid flow port (34), and flows into the lid lid (29). The air in the lid (29) flows into the liquid container (28) through the air flow port (35) and the air flow hole (33).

When the liquid has entered the required liquid quantity inclined measuring line (42) where the required liquid quantity is entered in the lid (29), the liquid container (28) is set up and confirmed by the horizontal measuring line (43). When a large amount of liquid is contained, the liquid container (28) is again tilted toward the liquid flow hole (32), and a large amount of liquid passes through the liquid flow port (34) and the liquid flow hole (32) and is returned to the liquid container (28). Secure the need.

When the lid (30) is removed from the lid (29), the protrusion (31) inside the lid (30) is used to discharge the required amount of liquid secured in the lid (29) to the liquid use location. The liquid flow adjusting valve (38) and the air flow adjusting valve (39) are moved upward by the spring (40) or the spring (41) by moving out of the air flow adjusting valve (38) and the air flow adjusting valve (39). (34) and the airflow port (35) are closed, the liquid container (28) is tilted, the liquid in the lid (29) is covered, and the liquid discharge port (36) formed in (37) is moved to the place where the liquid is used. Discharge.
To replenish liquid into the liquid container (28), the lower part of the side of the lid (29) is pushed with the thumb and forefinger to release the locking mechanism (44), and the lid (29) is turned off.

Liquid container (45) FIGS. 23-28 45-61 indicate that a liquid flow hole (47) is formed on the side of the lid (46) attached to the mouth of the liquid container (45) to form a liquid flow hole (47). A liquid flow port (48) is provided in the upper part, and the lower part of the liquid flow hole (47) is connected to the liquid container (45), and the side of the lid (46) facing the liquid flow hole (47) on the side of the lid (46). An air flow hole (49) is formed in the part, an air flow hole (50) is provided in the upper part of the air flow hole (49), and the lower part of the air flow hole (49) continues to the liquid container (45) mouth part.

A cover (52) having a liquid discharge port (51) is attached to the upper side of the lid (46), and a liquid / air flow adjusting valve (53) for simultaneously opening and closing the liquid flow port (48) and the air flow port (50). ) Between the liquid flow hole (47) and the air flow hole (49), and the liquid / air flow adjustment valve (53) is provided with a shaft (54) extending above the center of the liquid / air flow adjustment valve (53). A bearing (55) through which the shaft (54) passes is formed in the liquid discharge port (51), and the liquid / air flow regulating valve (53) having the shaft (54) is connected to the liquid flow port (48) and the air flow port ( 50) and the bearing (55) are provided as branches and are movably arranged up and down.

A spring (56) as an elastic member and a nut (57) as a fastener for fastening the spring (56) are mounted on the liquid / air flow adjustment valve (53) shaft (54), and the liquid / air flow adjustment valve (53) shaft is mounted. A lid (58) that pushes down (54) and closes the liquid outlet (51) is attached to the upper part of the lid (46), and the liquid container (45) mouth and the lower part of the lid (46) are prevented from loosening. (59) is formed, and an inclined weighing line (60) and a horizontal weighing line (61) are entered on the front surface of the lid (46).

The method of using the liquid container (45) is to check the screwing between the lid (46) and the lid (58) in order to measure the required amount of liquid, and move the liquid container (45) in the direction of the liquid flow hole (47). By tilting, the liquid in the liquid container (45) flows into the liquid flow hole (47) from the lower part of the liquid flow hole (47), passes through the liquid flow port (48) and flows into the lid (46). The air in the lid (46) passes through the air flow port (50) and the air flow hole (49) and flows into the liquid container (45) port, where the required amount of the liquid surface and the inclined measuring line (60). After confirming with the horizontal measurement line (61), the liquid that has entered excessively tilts the liquid container (45) in the direction of the liquid flow hole (47) again from the liquid flow port (48) to the liquid flow hole (47). Return to liquid container (45).

By removing the lid (58) from the lid (46), the nut (57), the liquid / air flow regulating valve (53) and the shaft (54) are lifted by the spring (56), and the liquid flow port (48) and the air flow port. (50) is closed by the liquid / air flow regulating valve (53), and the liquid container (45) is tilted to discharge the measured liquid in the lid (46) to the liquid use location.

The liquid container (62) corresponding to claim 5 has a liquid flow hole (64) formed on the side of the lid (63) attached to the mouth of the liquid container (62). The liquid flow port (65) is provided on the liquid flow hole (64), and the air flow hole (66) is formed on the side of the lid (63) toward the liquid flow hole (64) on the side of the lid (63). An air flow port (67) is provided above the air flow hole (66).

A cover (69) having a liquid discharge port (68) is mounted on the inner side of the lid (63), and the liquid / air flow adjustment is made to move up and down to open and close the liquid flow port (65) and the air flow port (67). A valve (70) is provided between the liquid flow hole (64) and the air flow hole (66), and an upper extension ring (71) is formed on the liquid air flow adjustment valve (70) from the liquid air flow adjustment valve (70). An upper shaft (72) and a lower shaft (73) extending downward are formed, and an upper bearing (74) through which the upper shaft (72) of the liquid air flow adjusting valve (70) passes through the liquid discharge port (68). A lower bearing (75) is formed in which a lower shaft (73) extending upward from the bottom of the lid (63) is inserted into the bottom of the lid (63), and the lower bearing (75) and the liquid air flow adjustment valve are formed A spring (76) of an elastic member is mounted between (70).

In order to restrain the vertical movement of the liquid / air flow regulating valve (70) movable up and down between the horizontal bearing and the horizontal bearing, a horizontal bearing is provided on each of the surfaces facing the upper side of the lid (63). The horizontal shaft (78) having the projection (77) is rotatably mounted through a ring (71) formed on the upper shaft (72), and the horizontal shaft (78) is rotated at both ends of the horizontal shaft (78). A handle (79) is provided.

A lid (80) that closes the liquid outlet (68) and pushes down the upper shaft (72) of the liquid / air flow control valve (70) is mounted on the top of the lid (63), and an inclined measuring line is placed in front of the lid (63). (81) and the horizontal measurement line (82) are entered, and the liquid container (62) mouth and the lid lid (63) lower part, the liquid container (62) mouth part and the lid lid (63) lower part are prevented from loosening ( 83)

The method of using the liquid container (62) is to leave the liquid flow port (65) and the air flow port (67) open when the liquid in the liquid container (62) is discharged to the liquid use location without measurement. For this purpose, the handle (79) is turned so that the projection (77) formed on the horizontal shaft (78) faces downward to stop the vertical movement of the liquid / air flow adjustment valve (70), the lid (80) is removed, and the liquid container (62) is removed. By tilting the liquid, the liquid in the liquid container (62) passes through the liquid flow hole (64) and the liquid flow port (65) and is discharged from the liquid discharge port (68) to the liquid use location.

34-39, reference numeral 84-103 designates a liquid flow hole (86) and a projection A (87) on the side of the flexible lid (85) to be attached to the mouth of the liquid container (84). The liquid flow port (88) is formed on the upper part of the liquid flow hole (86) and the lower part of the liquid flow hole (86) is connected to the liquid container (84) mouth, and the liquid flow hole (86) on the side of the lid (85). An air flow hole (89) and a projection B (90) are formed on the side of the lid (85) facing the air flow, and an air flow port (91) is provided on the air flow hole (89) and a lower portion of the air flow hole (89) is liquid. Continue to the mouth of the container (84).

A liquid / air flow regulating valve (94) for mounting a cover (93) having a liquid discharge port (92) on the top of the lid (85) and simultaneously opening and closing the liquid flow port (88) and the air flow port (91). Is disposed between the liquid flow hole (86) and the air flow hole (89), and the hook A (95) and the protrusion B (90) are engaged with the protrusion A (87) at the end of the liquid air flow adjustment valve (94). A hook B (96) is formed to be fixed to the shaft, and the liquid / air flow regulating valve (94) extends above the center of the liquid / air flow regulating valve (94) and the leaf spring (98) is attached to the shaft (97). The bearing (99) through which the shaft (97) passes is provided in the liquid discharge port (92), and the leaf spring (98) is hung on the liquid flow hole (86) and the air flow hole (89), and the shaft (97 The liquid / air flow regulating valve (94) having a liquid flow port (88), the air flow port (91) and the bearing (99) are provided as branches so as to be movable up and down.

The liquid / air flow adjusting valve (94) and the shaft (97) are pushed down, the cover (100) covering the liquid discharge port (92) is covered and attached to the upper part (93), the liquid container (84) mouth and the lid (85 ) A locking stopper (101) for screwing with the lower part is formed, and an inclined measuring line (102) and a horizontal measuring line (103) are written on the front surface of the lid (85).

The method of using the liquid container (84) is to check the screwing between the lid (85) and the lid (100) in order to measure the required amount of liquid, and to move the liquid container (84) in the direction of the liquid flow hole (86). By tilting, the liquid in the liquid container (84) flows into the liquid flow hole (86) from the lower part of the liquid flow hole (86), passes through the liquid flow port (88) and flows into the lid (85). The air in the lid (85) passes through the air flow port (91) and the air flow hole (89) and flows into the liquid container (84) mouth, and the required amount of liquid surface and the inclined measuring line (102). After confirming with the horizontal measuring line (103) after crossing the liquid, the liquid that has entered excessively again tilts the liquid container (84) toward the liquid flow hole (86) from the liquid flow port (88) to the liquid flow hole (86). Return to liquid container (84).

The liquid measured in the cocoon lid (85) is discharged to the necessary liquid location by removing the lid (100) from the cocoon lid (85) and the leaf air spring (98) to the liquid air flow adjustment valve (94) and the shaft. (97) rises and the liquid flow port (88) and the air flow port (91) are closed by the liquid / air flow adjustment valve (94), and the liquid container (84) is tilted to measure the inside of the lid (85). The liquid is discharged from the liquid discharge port (92) to the place where the liquid is used.

The liquid in the liquid container (84) is discharged to the required location without measuring the liquid. The lid (100) is removed from the cover (93) and the leaf spring (98) is used to connect the liquid air flow adjustment valve (94) to the shaft. (97) rises and the liquid flow port (88) and the air flow port (91) are closed by the liquid / air flow adjustment valve (94), and the front of the lid (85) is pushed with the thumb of the right hand and the back with the index finger. The lid (85) is deformed and the distance between the liquid flow hole (86) and the air flow hole (89) is widened, the hook B (96) is locked to the protrusion B (90), and the air flow port (91) is not opened. The hook A (95) moves to the projection A (87) and then is locked to the projection A (87), so that the liquid flow port (88) is opened.

The liquid container (84) is tilted and the liquid in the liquid container (84) flows into the liquid flow hole (86) from the lower part of the liquid flow hole (86) and passes through the liquid flow port (88) to enter the lid (85). And then discharged from the liquid outlet (92) to the place where the liquid is used.

The reference numeral 104-119 in FIG. 40-FIG. 45 indicates the liquid flow hole (106) and liquid on the side of the flexible flexible lid (105) attached to the mouth of the liquid container (104). A liquid flow port (107) is provided at the upper part of the flow hole (106), and the lower part of the liquid flow hole (106) is connected to the liquid container (104) port part, toward the liquid flow hole (106) on the side of the lid (105). An air flow hole (108) is provided on the side of the lid (105), and an air flow port (109) is provided on the upper part of the air flow hole (108), and the lower part of the air flow hole (108) continues to the liquid container (104) mouth, (105) A cover (111) having a liquid discharge port (110) is provided at the top, and a cover (112) is attached to the cover (111) to close the liquid discharge port (110).

A liquid flow valve (113) that closes the liquid flow port (107), an air flow valve (114) that closes the air flow port (109), and between the liquid flow valve (113) and the air flow valve (114). A horizontal beam (115) connecting the liquid flow valve (113) and the air flow valve (114) is provided, and the cover (111) is lowered from the liquid discharge port (110) and straddles the horizontal beam (115). (105) Push the front and the back of the lid (105) to form a stop beam (116) that prevents over-pressing.

The junction of the cross beam (115), the liquid flow valve (113) and the air flow valve (114) is the side of the lid (105), the liquid flow valve (113) and the air flow valve (114). It forms below the joint part.

Forms a locking stop (117) for screwing the liquid container (104) mouth and the lower part of the lid (105), and fills the inclined weighing line (118) and the horizontal weighing line (119) on the front of the lid (105). To do.

The method of using the liquid container (104) is to check the screwing of the cover (111) and the lid (112) in order to measure the required amount of liquid, and the front of the lid (105) with the right thumb and the back with the index finger. The pusher lid (105) is deformed and the distance between the liquid flow hole (106) and the air flow hole (108) is increased. The liquid flow valve (113), the air flow valve (114), and the cross beam (115) are The liquid flow port (107) and the air flow port (109) are opened in a horizontal line state.

The front side portion and the rear side portion of the deformed lid (105) are fixed to the stop beam (116) before the liquid flow port valve (113), the air flow port valve (114), and the horizontal beam (115) are in a horizontal alignment state. ).

By tilting the liquid container (104) in the direction of the liquid flow hole (106), the liquid in the liquid container (104) flows into the liquid flow hole (106) from the lower part of the liquid flow hole (106) and flows through the liquid flow port (107). Passing through and flowing into the lid (105), the air inside the lid (105) passes through the air flow port (109) and the air flow hole (108) and flows into the liquid container (104) mouth. .

Cross the required amount of liquid surface with the inclined measuring line (118) and then confirm with the horizontal measuring line (119). The excess liquid will again tilt the liquid container (104) in the direction of the liquid flow hole (106). The liquid can be metered by flowing into the liquid flow hole (106) from the liquid flow port (107) and returning to the liquid container (104).

To discharge the liquid weighed in the lid (105) to the required location of the liquid, if the deformation of the lid (105) is returned, the liquid flow port (107) and the air flow port (109) are connected to the liquid flow valve (113). ) And the air flow valve (114), the lid (112) is removed from the cover (111), the liquid container (104) is tilted, and the measured liquid in the lid (105) is removed from the liquid outlet (110). ) Discharge to the place where liquid is used.

Liquid container (120) FIGS. 46 to 50 are denoted by reference numerals 120 to 135, respectively. The liquid container (120) has a liquid flow hole (122) and a liquid on the side of the flexible flexible lid (121) attached to the mouth of the liquid container (120). A liquid flow port (123) is provided in the upper part of the flow hole (122), and the lower part of the liquid flow hole (122) is connected to the liquid container (120) mouth part, toward the liquid flow hole (122) on the side of the lid (121). An air flow hole (124) is provided on the side of the lid (121), and an air flow port (125) is provided on the upper part of the air flow hole (124). The lower part of the air flow hole (124) is connected to the mouth of the liquid container (120). (121) A cover (127) having a liquid discharge port (126) is provided at the top, and a cover (128) is attached to the cover (127) to close the liquid discharge port (126).

A liquid flow valve (129) that closes the liquid flow port (123), an air flow valve (130) that blocks the air flow port (125), and a space between the liquid flow valve (129) and the air flow valve (130). A horizontal beam (131) connecting the liquid flow valve (129) and the air flow valve (130) is provided, and the right side of the lid (121) and the left side of the lid (121) are pushed to the bottom of the cover (127) and pushed too much. A prevention protrusion (132) is formed.

The junction of the cross beam (131), the liquid flow valve (129) and the air flow valve (130) is the side of the lid (121), the liquid flow valve (129) and the air flow valve (130). Formed above the junction.

Forms a locking stop (133) for screwing the liquid container (120) and the lower part of the lid (121), and fills the inclined weighing line (134) and the horizontal weighing line (135) on the front of the lid (121). To do.
The thread locking prevention (133) is formed with a continuous projection at the mouth of the liquid container (120), the lower part of the lid (121) is made into a skirt shape, and a hook for locking to the continuous projection is provided, or a liquid container ( 120) Form a continuous projection at the mouth, and form a hook for engaging the continuous projection and a handle for operating the hook at the bottom of the lid.

The method of using the liquid container (120) is to check the screwing between the cover (127) and the lid (128) in order to measure the required amount of liquid, and the left side of the lid (121) with the right hand and the right side with the thumb. Is pushed with an index finger to deform the lid (121) and the distance between the liquid flow hole (122) and the air flow hole (124) is narrowed. The liquid flow valve (129), the air flow valve (130) and the cross beam (131) ) Opens the upstream liquid flow port (123) and the air flow port (125).

The horizontal beam (131) stops at the protrusion (132) before the liquid flow valve (129), the air flow valve (130), and the horizontal beam (131) are in a horizontal alignment state.

By tilting the liquid container (120) in the direction of the liquid flow hole (122), the liquid in the liquid container (120) flows into the liquid flow hole (122) from the lower part of the liquid flow hole (122) and flows through the liquid flow port (123). Passes through and flows into the lid (121), and air in the lid (121) passes through the airflow port (125) and the airflow hole (124) and flows into the liquid container (120) mouth. .

Cross the required amount of liquid surface with the inclined measuring line (134) and then check with the horizontal measuring line (135). The excess liquid will again tilt the liquid container (120) in the direction of the liquid flow hole (122). The liquid can be measured by flowing into the liquid flow hole (122) from the liquid flow port (123) and returning to the liquid container (120).

The discharge of the liquid weighed in the lid (121) to the required location of the liquid returns the deformation of the lid (121) and the horizontal beam (131) falls, and the liquid flow port (123) and the air flow port (125) Closed by the liquid flow valve (129) and the air flow valve (130), remove the lid (128) from the cover (127), tilt the liquid container (120) and remove the measured liquid in the lid (121). The liquid is discharged from the liquid outlet (126) to the place where the liquid is used.

The liquid container (120) is replenished by pressing the lower part of the skirt-shaped lid with a finger and deforming the lower part of the lid (121) to release the engagement between the continuous projection and the hook, then the liquid container (120) If a handle for removing the lid (121) and replenishing the liquid from the mouth of the liquid container (120) or operating the hook at the lower part of the lid (121) is formed, the handle is operated and coupled. After releasing the engagement between the protrusion and the hook, the lid (121) is removed from the liquid container (120), and the liquid is replenished from the mouth of the liquid container (120).

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 Cover 3 Liquid drainage pipe 4 Liquid drainage port 5 Liquid drainage hole 6 Handle 7 Liquid flow control valve 8 Liquid flow hole 9 Liquid return line 10 Air flow groove 11 Air flow hole 12 Inclined measuring line 13 Horizontal measuring line 14 Liquid container 15 Lid 16 升 17 升 Front 18 升 Rear 19 Liquid outlet 20 Lid 21 升 Right side 22 Air flow port 23 升 Left side 24 Liquid flow port 25 Space 26 Inclined measuring line 27 Horizontal measuring line 28 Liquid container 29 升 Lid 30 Lid 31 Projection 32 Liquid flow hole 33 Air flow hole 34 Liquid flow port 35 Air flow port 36 Liquid discharge port 37 Cover 38 Liquid flow adjustment valve 39 Air flow adjustment valve 40 Spring 41 Spring 42 Inclined measuring line 43 Lateral measuring line 44 Loose Stop 45 Liquid container 46 Cover 47 Liquid flow hole 48 Liquid flow port 49 Air flow hole 50 Air flow port 51 Liquid discharge port 52 Cover 53 Liquid air flow adjustment valve 54 Axis 55 Axis 56 Spring 57 Nut 58 Lid 59 Loosening prevention 60 Inclined measuring line 61 Horizontal measuring line 62 Liquid container 63 Cover 64 Liquid flow hole 65 Liquid flow port 66 Air flow hole 67 Air flow port 68 Liquid discharge port 69 Cover 70 Liquid air flow Adjustment valve 71 Wheel 72 Upper shaft 73 Lower shaft 74 Upper bearing 75 Lower bearing 76 Spring 77 Protrusion 78 Horizontal shaft 79 Handle 80 Lid 81 Inclined measuring line 82 Horizontal measuring line 83 Loosening stop 84 Liquid container 85 Lid cover 86 Liquid flow hole 87 Protrusion A
88 Liquid flow port 89 Air flow hole 90 Protrusion B
91 Air flow port 92 Liquid discharge port 93 Cover 94 Liquid air flow adjustment valve 95 Hook A
96 Hook B
97 Shaft 98 Leaf spring 99 Bearing 100 Lid 101 Loosening prevention 102 Inclined measuring line 103 Horizontal measuring line 104 Liquid container 105 Gutter lid 106 Liquid flow hole 107 Liquid flow port 108 Air flow hole 109 Air flow port 110 Liquid discharge port 111 Cover 112 Lid 113 Liquid outlet valve 114 Air outlet valve 115 Horizontal beam 116 Stop beam 117 Loosening prevention 118 Inclined measurement line 119 Horizontal measurement line 120 Liquid container 121 Cover lid 122 Liquid flow hole 123 Liquid flow hole 124 Air flow hole 125 Air flow hole 126 Liquid Exhaust port 127 Cover 128 Lid 129 Liquid flow port valve 130 Air flow port valve 131 Cross beam 132 Protrusion 133 Loosening stop 134 Inclined measurement line 135 Horizontal measurement line

Claims

A lid to be attached to the liquid container mouth, extending the lid side part upward to cover the lid side part, and providing a lid inside the lid side part to form a lid, and the lid side part and the lid side part A space is formed between the lid side portion and the heel side portion, a liquid outlet is provided in the heel lid, a lid is attached to the liquid outlet, and a liquid outlet is provided at the upper end of one side facing the heel. A lid liquid container, wherein an air flow port is provided at an upper end of the surface.
A liquid drain pipe and a liquid flow regulating valve are disposed on the lid, and a liquid flow hole and a liquid drain hole are disposed in one of the opposing spaces. The liquid drain hole is the bottom of the lid. The liquid discharge port is provided in the lower part, the air flow hole and the air flow groove are disposed in the other space, and the surface facing the heel and the heel side portion are formed in common. Jar lid liquid container.
A liquid flow port is provided above the liquid flow hole on the side of the lid, and a liquid flow adjustment valve that opens and closes the liquid flow port and is movable by an elastic member is installed. Equipped with an air flow adjustment valve that opens and closes the air flow port and is movable by an elastic member, and a liquid flow hole and a cover with a liquid discharge port are provided on the air flow hole to adjust the liquid flow adjustment valve and air flow adjustment The lid liquid container according to claim 1, wherein a lid having a protrusion for pressing the valve is mounted on the side of the lid.
A bearing formed in the liquid outlet, a liquid / air flow adjusting valve that opens and closes the liquid flow hole and the air flow port between the liquid flow hole and the air flow hole is disposed, and a shaft formed in the liquid / air flow adjustment valve 4. The lid liquid container according to any one of claims 1 to 3, wherein an elastic member and a fastener are attached to the upper part of the shaft through a bearing formed in the liquid discharge port so as to be operable. .
The liquid / air flow adjusting valve is provided with an upper shaft and a lower shaft having a ring, and a lower bearing extending upward from the bottom of the lid is formed, and a ring is formed between the liquid flow hole, the air flow hole, the upper bearing, and the lower bearing. Install a liquid / air flow control valve with an upper shaft and a lower shaft and an elastic member, install the horizontal shaft with protrusions between the side of the lid cover through a ring, and provide handles at both ends of the horizontal shaft The jar lid liquid container according to any one of claims 1 to 4.
A flexible member is used to deform the lid, and a flexible lid is formed. A liquid flow hole and a projection are formed on the side of the lid, and an air flow hole and a projection are formed. The hook lid liquid container according to any one of claims 1 to 5, wherein a hook that latches to the projection and a hook that latches to the projection of the airflow hole are formed.
A liquid flow valve that closes the liquid flow port on the side of the lid and an air flow valve that closes the air flow port, and a cross beam that connects the liquid flow valve and the air flow valve between the liquid flow valve and the air flow valve The joint of the horizontal beam, the liquid flow valve and the air flow valve is formed below the side of the lid, and the joint of the liquid flow valve and the air flow valve. The lid liquid container according to any one of claims 1 to 6, wherein a back beam for preventing over-pressing is formed by pushing the back surface of the lid.
The junction between the horizontal beam, the liquid flow valve and the air flow valve is formed above the side of the lid and the joint between the liquid flow valve and the air flow valve. 8. A lid lid liquid container according to any one of claims 1 to 7, wherein a protrusion for preventing excessive pressing is formed.
9. The lid according to any one of claims 1 to 8, wherein an inclined measuring line and a horizontal measuring line are written on a side of the lid side or a surface having the lid side and the lid side in common. Liquid container.