KR101390114B1 - Intermediate pour stopper of portable beverage container - Google Patents

Abstract

Not only the cleaning property of the flow path plug is improved, but also the cleaning property of the engaging portion on the plug main body side on which the liquid is easily retained is improved.
The lid 4 includes a locking member 29 provided to freely retreat in a substantially horizontal front and rear direction, and pressing means 39 for applying a force to the locking member 29 in a stopping direction, and the locking member 29 ) Is in contact with the stop release inclined surface when the stop release button 40 is moved by pressing, and the contact inclined surface inclined downward obliquely downward from the front to the rear for sliding forward to provide a rear portion, And a locking portion 5 that is locked to the locking recess 28 that protrudes in the inward direction. The lifting stop release button 40 is disposed at the upper side, so that visibility is high, and all the lids 4 are opened, so that the washing ability is high.

Description

Intermediate pour stopper of portable beverage container

TECHNICAL FIELD The present invention relates to a stopper for a beverage container in which a lid covering an injection port or a drinking appliance of a stopper is supported by a stopper body on a shaft, and is stopped with the lid closed.

Conventionally, it is known that the lid which opens to one side to the stopper main body which provided the drinking implement was opened and closed freely (for example, patent document 1), and the locking member provided in a lid is a fastening part, The locking operation is a lock release operation member which retracts the sliding member by operating the pressing member from the outer surface by covering the cladding member with a lid which is opened to one side and the outer surface of the cladding member in a normal state. What is equipped with is known (for example, patent document 2).

Further, it is known that the stopper part is provided on the stopper body toward the outside, the moving part is provided on the lid so as to be movable in the front-rear direction, and the stopcock provided on the stopper part is provided so that the stopper part can be freely hanged off. (For example, patent document 3).

In addition, the middle plug is detachably attached to the upper inlet of the container body with the shoulder portion interposed therebetween, the cup lid is detachably attached to the shoulder portion, and the liquid passage is provided at the middle cap. It is known that the valve body is freely detached from the passage (for example, Patent Document 4).

Japanese Laid-Open Patent Publication No. 2008-137657 Japanese Laid-Open Patent Publication No. 2008-222238 Japanese Laid-Open Patent Publication No. 2011-11175 Japanese Laid-Open Patent Publication No. 2000-116542

Various methods are proposed from each part as a disengaging method of a container middle stopper. In the prior art of the said patent document 1, since the engagement tank direction faces outward, the engagement part which faces inward is needed. In the case of the engaging portion facing inward, two or more engaging portions are necessary at the right and left sides in order to avoid a flow path, and there is a risk of "one catch" in which only one engaging portion is caught, which may lead to leakage. Moreover, the act of pulling at the time of release is necessary, and operability and visibility are worse than the act of pushing.

In the prior art of the said patent document 2, since operation of an engaging part becomes an external appearance which becomes more and more coincident with a sliding slide system, it is difficult to know how to open it, and visibility is bad.

Moreover, in the prior art of the said patent document 3, a moving part is largely shown on the lid ceiling surface, there exists a possibility that a moving body may be operated incorrectly when a lid is closed, and operability is bad.

Moreover, in the prior art of the said patent document 4, since an operation part is easy to see by a lift type, and visibility is high, since only a liquid passage is opened and closed, washing | cleaning of the liquid scattered laterally from the flow path is difficult, and it is washable. This might be bad.

Therefore, an object of the present invention is to improve the cleanliness of the entire flow path, the plug body, and the lid, to reduce the misoperation of the release operation portion provided on the lid, and to realize reliable operation. In addition, even if an impact is applied from the outside when the cup is tightened firmly, the stoppage can be prevented from being released, or a malfunction may occur even if the user releases the stoppage release button in this state when the stoppage release button is moved. In addition, even if the locking release button is excessively pressed down, the object of the present invention is to allow the overall height to be kept low without disassembling the lid lower body and the lid upper body.

The beverage container intermediate stopper of the invention of claim 1 is a stopper body attached to the upper opening of the beverage container body to be detachably free;

A liquid flow path formed inside the stopper body,

An injection hole or a drinking appliance provided in an upper portion of the liquid passage and in front of the stopper body;

A lid for opening and closing the liquid flow path between the axial support portions so as to be freely rotatable to the stopper body from the rear of the stopper body;

An index member provided on the lid to seal the liquid flow path;

A stopping part for stopping while the lid is closed,

It is provided with a stop release operation portion provided to freely lift the upper portion of the lid,

The stopper body includes a locking recess opened to the outside of the injection hole or the drinking appliance,

The stopping release operation portion has a stopping release inclined surface that is inclined downwardly obliquely from the front to the rear,

The lid includes a locking member provided to freely advance and retreat in a substantially horizontal front and rear direction, and pressing means for applying a force in a stopping direction of the locking member,

The locking member contacts the stop release slope when moved by pressing the stop release operation portion, and provides a contact inclined surface slanted downward obliquely from the front to the rear for sliding in the forward direction at the rear portion, And the locking portion that is engaged with the locking recess projecting in the inward direction.

The beverage container intermediate stopper of the invention according to claim 2 is provided with a cup freely detachable so as to cover the lid on the beverage container body, and the front of the locking member when the lid is stopped with the lid closed. An outer surface is outside the outer peripheral surface of the lid, and the distance between the locking member front outer surface and the cup inner wall surface is less than the stopping distance between the locking recess and the locking piece.

In the beverage container intermediate stopper of Claim 3, the said lid | cover is comprised from the lid lower body to which the said water-removing member was attached so that detachment | release of the said free member, and the lid upper body in which the said stop release operation part were arrange | positioned, And the locking member and the first pressing means in the middle portion of the lid lower body and the lid upper body, wherein the lid lower body is contacted with each other in front of and rearward when the locking member advances and retreats in the substantially horizontal direction. It characterized in that the induction inclined surface is inclined upward obliquely over.

In the beverage container intermediate stopper of Claim 4, the said lid lower body and the said lid upper body are forcibly fitted, and are fixed by being inserted in substantially parallel with the hinge axis which forms the said shaft support part in Claims 1-3. It is characterized by being fixed with a pin.

In the beverage container intermediate stopper of Claim 5, the said lock member is a wing part extended in parallel with the hinge axis in symmetrical direction on the said contact inclined surface, and the said lock member front from the said wing part. It is composed of an arm (arm) extending symmetrically on the outer surface, characterized in that the injection port or drinking device is accommodated inside the arm.

According to the invention of claim 1, since the stopping release operation portion is provided so as to freely move upward, the visibility is high, and it is easy to operate from above. Since the movable part operates inside the lid, it does not touch accidentally, and the operation is sure and excellent in operability. In addition, the lid is fully open, so cleaning is also good.

According to the invention of claim 2, even if an impact is applied from the outside when the cup is tightened securely, the stopping of the stopping can be prevented. Moreover, it is easy to visually confirm a movable part, and a user does not consciously disturb the operation | movement of a part at the time of a stop release operation. For this reason, it is excellent in operation certainty. In addition, when the container main body is depressurized, when the locking release operation portion is not opened even when the locking release operation portion is pressed, the lid is easily opened by putting a finger on the locking member while pressing the release release operation portion.

According to the invention of claim 3, even if the hand is released from the stop release button, the stop part is placed on the top surface of the stop recess, so when the user presses the stop release button, the hand is released from the stop release button in that state. Even if it is released, it is hard to malfunction because it stops again and the lid does not open.

According to the invention of claim 4, even when the locking release button is pressed down excessively, the lid lower body and the lid upper body are not decomposed.

According to the invention of claim 5, it is possible to secure the height of the drinking or infusion port while keeping the overall height low.

1 is a longitudinal sectional view showing Embodiment 1 of the present invention.
2 is a perspective view of a stopper of the lid in a locked state.
It is a perspective view of the stopper of the said lid in the state which stopped.
4 is a perspective view of the stopper in the open state.
5 is a cross-sectional view of the stopper of the lid in a locked state.
6 is a cross-sectional view of the stopper of the lid is released.
It is a perspective view of the stopper of the said lid open state.

Preferred embodiments of the present invention will be described with reference to the accompanying drawings. In addition, embodiment described below does not limit the content of this invention described in a claim. In addition, not all of the constitutions described below are essential requirements of the present invention.

Example 1

EMBODIMENT OF THE INVENTION Hereinafter, one Example of this invention is described based on drawing. The stopper 1 of a liquid container such as a thermos is a stopper body 3 called an outer stopper, etc. attached to the upper opening of the container body 2 so as to be detached freely, and in a vertical direction above the stopper body 3. A lid 4 which is provided to be rotatable and called an internal stopper for opening and closing the upper opening of the stopper main body 3, and a stopper part 5 which stops the lid 4 in the closed state to the stopper main body 3. Has) The container body 2 is interposed between the outer container 6 and the inner container 7 with a heat insulating layer 8 such as a vacuum. In addition, a cup 9 having a handle (not shown) on the outside of the liquid container is provided so as to be freely detachable so as to cover the upper portion of the lid 4. The cup 9 has the bottom part 9D facing upward, and the female thread part formed in the peripheral surface part 9S of the cup 9 in the male thread part 10 of the head outer periphery of the container main body 2 ( 11) can be screwed together. On the other hand, the center line X of the stopper 1 is arrange | positioned so that it may correspond with the center line X of the container main body 2. As shown in FIG.

The stopper body 3 includes a stopper part 13 formed in a tubular shape having a bottom and protruding upwardly injecting the inlet 12 upwardly, and a container body 2 provided below the stopper part 13. ), The stopper portion 13 is inserted into the opening of the container body 2, and the male screw portion 15 formed on the outer circumference of the attachment portion 14 provided at the lower portion thereof is connected to the container body ( It is attached to the opening part of the container main body 2 by screwing to the female screw part 16 of the inner periphery of the head part of 2). The lid 4 is attached to the upper back of the stopper 13 so as to be hinged in a vertical direction from a hinge shaft 4A which is a supporting shaft in the horizontal direction. As a result, the stopper 1 is the injection port 12 on the side opposite to the hinge axis 4A and the radial direction, that is, on the front side.

The stopper portion 13 is inclined so that the bottom wall 17U is lowered from the hinge shaft 4A side to the injection port 12 side near the center of the upper surface, and the recess 17 is slightly longer in the front and rear direction. . The bottom wall 17 is formed by drilling a liquid container and a hole 18 in the lower side, and an air hole 19 in the high side, and a liquid flow path between the upper opening, that is, the inlet 12, from the bottom wall 17. (20). Moreover, when the stopper main body 3 is attached to the container main body 2 at the lower outer periphery of the attachment part 14, the step part 21 protruding inwardly in the lower part of the female screw part 16 of the head inner periphery. The ring-shaped sealing member 22 in close contact is provided.

The lid 4 has a lid lower body 23 formed in a tubular shape having a bottom inserted into the recess 17 with a margin between the upper part of the lid lower body 23 and an intermediate portion 24. The seal member 26 is formed of a lid upper body 25 which is covered and placed on the outer circumference and bottom of the lid lower body 23, and the sealing member 26 is a liquid container and a hole (when the lid is closed). 18) The air hole 19 can be closed. On the other hand, the lid lower body 23 and the lid upper body 25 are forcibly fitted to the lid lower body 23 and the lid upper body 25 substantially parallel to the hinge shaft 4A forming the shaft support. It is fixed by the fixing pin 27 penetrating in the direction.

In the front lower part of the outer peripheral surface of the said lid upper body 25, the locking part 5 is provided, and in the front upper part of the outer peripheral surface of the stopper main body 3 as a locking part which a locking part 5 can stop. A locking recess 28 is provided. In addition, the stopper 5 is provided at the front of the locking member 29 capable of freely sliding the lid 4 in the front and rear directions, and the locking member 29 is a female part, which is a first connection member, described later. 31, the wing part 32 which is a 2nd connection member, the intermediate connection member 33 which is a 3rd connection member, etc. are formed.

The lid upper body 25 is a substantially cylindrical shape having a circular shape centering on the center line X, and is a communication part that has a frontal shape in the upper direction at the front lower edge of the outer circumferential surface thereof so as to communicate inside and outside. The joint 34 is formed. The cutout portion 34 is formed in an arc shape having a length of about 1/3 or less, in the embodiment, about 1/4 of the periphery of the lower edge of the outer circumferential surface. In addition, the stopper portion 5 is provided at the lower side of the front lower edge of the locking member 29 which is slidable in the front-rear direction so as to fit the cutout portion 34, and the stopper portion 5 has the outer peripheral surface lower edge. In the center of the front of the outer peripheral surface, that is, the front lower edge of the front side is provided with a small projection portion 35 facing downward, while the center line (X) of the lid 4 inward, that is, the vertical direction facing the lower side (X) The small protrusion part 36 which faces inward toward the direction of (circle) is provided. The lower surface 36U of this small protrusion part 36 which faces inward is inclined so that it may face upward as it goes inward. The first radius L is in plan view from the center line X of the outer circumferential surface 25S of the lid upper body 25 in plan view from the center line X below the outer circumferential surface 30S in front of the locking member 29. In the state where it is formed like the 2nd radius M, and the locking part 5 is locked to the locking recess 28, the lower outer peripheral surface 30S of the front of the locking member 29, and a lid 25S of outer peripheral surfaces of the upper body 25 are arrange | positioned in the same curved shape. The upper portion of the outer circumferential surface 30S of the front of the locking member 29 is formed in a tapered shape so as to increase in diameter as it is directed upward, and viewed from the plane from the centerline X of the upper portion of the outer circumferential surface 30S, the third radius ( N) is formed larger than the second radius M, and in the state where the locking portion 5 is locked to the locking recess 28, the peripheral surface 30S of the front surface of the locking member 29 is 30S. The upper part is disposed in front of the outer circumferential surface 25S of the lid upper body 25, and therefore, the upper part of the upper outer circumferential surface 30S of the locking member 29, in particular the upper surface 30U of the locking member 29, The finger or the nail can be hooked to the protruding point from the outer peripheral surface 25S of the tool. In addition, in order to guide the forward and backward movement of the locking member 29, at the left and right ends of the cutout portion 34 and the left and right ends of the locking member 29, the up, down, left and right directions are positioned with the stepped shape portion 37 therebetween. It's locked so that you can decide and slide.

On the other hand, the locking concave portion 28 is a concave shape which is opened upward and outward in front of the outer circumferential surface 25S of the lid upper body 25, and is locked on the upper portion of the inner surface of the locking concave portion 28. A small protrusion 38 is provided along the left and right directions. The stop projection protrusion 38 is formed by an inclined surface that becomes lower as the upper surface 38U faces outward.

The locking member 29 is the first pressing means 39, such as a spring embedded in the hollow intermediate portion 24 so that the locking portion 5 can be held in the locking recess 28 at all times. The force is applied inward by For this reason, the left and right ends of the locking member 29 are connected to the left and right pair of rod-shaped arm portions 31 toward the rear, and the wing portions 32 facing inward to the rear portion 42 of the arm portion 31 are provided. The intermediate connecting members 33 each having a U-shape are connected to each other in a planar view protruding toward the rear between the inner ends of the pair of left and right wings 32, respectively, which are connected to each other. ) And the first pressing means 39 are interposed between the front wall 24F forming the intermediate portion 24, and the intermediate connecting member 33 is always pushed backward and the lid is closed. When closing, the locking portion 5 is held in the locking recess 28 so as to be held. On the other hand, the injection port 12 enters inside the left and right pairs of arm portions 31. In addition, the lid lower body 23 is an inclined inclined surface which is inclined upwardly obliquely upward from the front to which the lower surfaces of the wing portions 32 are brought into contact with each other when the locking member 29 is moved in the substantially horizontal direction. (45).

On the substantially center line X of the upper surface of the lid upper body 25, in the embodiment, slightly behind the center line X, the locking holding between the locking portion 5 and the locking recess 28 is released. The stop release button 40 is inserted therethrough so as to freely move up and down. The stop release button 40 has a cylindrical shape parallel to the center line X, and the upper surface 40U is disposed on the upper surface of the lid upper body 25 and the upper surface of the lid upper body 25 in the locking holding state. It is arrange | positioned in the middle of the bottom part of the recessed part 25A, and 40 U of upper surfaces do not protrude upward.

Then, the front portion 41 of the surface shape toward the rear of the lower portion of the stop release button 40 and the rear portion 42 of the surface shape toward the rear of the intermediate connecting member 33 are slid to stop the movement. Doing. Further, a second pressing means 44 such as a spring is interposed between the lower portion 43 of the stop release button 40 and the bottom wall 24U of the intermediate portion 24, and the second pressing means 44 is interposed. 44, the force is applied upward so that the stop release button 40 is always positioned at the above-described height position. The front part 41 of the stop release button 40 is formed in the taper shape so that it may become low gradually from the front to the back. The rear portion 42 of the intermediate connecting member 33 is formed in a tapered shape at a gradually lower and equal inclination angle from the front to the rear thereof. Accordingly, when the upper surface 40U of the stop release button 40, which is the stop release operation portion, is pushed downward, and the lower portion 43 is lowered, the rear portion 42 and the stop portion 5 are first pressurizing means. By advancing in response to 39, the locking portion 5 can release the locking state with the locking recess 28.

Moreover, in the state which screwed the cup 9 in the fixed position, the distance from the upper end of the outer peripheral surface 30S in the locking member 29 to the inner wall surface in the peripheral surface part 9S of the cup 9 ( O) is formed less than the stopping distance P in the front-back direction between the locking portion 5 and the locking recess 28 in the locking state.

In addition, on the left and right walls 24S of the middle portion 24 of the lid lower body 23, at the front side where the wing portions 32 contact and guide each other when the locking member 29 is advanced and retracted in the substantially horizontal direction. The induction inclined surface 45 that forms an induction inclination slope inclined upward obliquely over the rear is provided. The guide inclined surface 45 is formed by the lower side of the front-back direction of the through-hole which connects inside and outside in the left and right wall 24S of the intermediate part 24.

The hinge shaft 4A is provided with a ring-shaped elastic member (not shown) for applying a force to the lid 4 in the normally open direction (upward). The elastic member connects one end to the stopper main body 3 and the other end to the lid 4, and wounds and mounts the middle of these to the hinge axis 4A, and the hinge shaft 4A provided on the stopper main body 3 The bearing 47 and the lid 4 in the vicinity thereof are provided with a pawling protrusion 48 and a pawling protrusion 49 that can be locked when the lid is opened.

In addition, 50 is a slipper | protrusion stopper formed in the outer peripheral surface of the stopper part 13 in the figure.

Next, the operation of the above-described configuration will be described. By locking the locking portion 5 to the locking recess 28, the lid 4 remains closed. In this state, according to the pushing force of the first pressing means 39, the stopping portion 5 is continuously applied toward the rear side. The sealing member 26 is used to seal the liquid cylinder, the hole 18, and the air hole 19.

On the other hand, when opening the lid 4 with the lid closed, the stop release button 40 is pushed down against the pushing force of the second pressing means 44, and the lower portion 43 is lowered. Further, by pressing the stopper 5 forward, the stopper 5 is released from the stopper recess 28 and the stopper state is released. Thereafter, the lid 4 is opened by a force applied in the opening direction by the second pressurizing means 44, and the stopping protrusions 48 and the stopping protrusions 49 are stopped, whereby the lid ( 4) is maintained obliquely upward. In this state, the container main body 2 can be tilted to discharge the storage liquid from the liquid container and the hole 18.

In the case of opening such a lid, even when the stop release button 40 is pressed, when the stop portion 5 does not move forward, from the circumferential surface on the upper surface of the locking member 29 You can force it out by hanging your finger on the protruding point or by hanging your fingernail.

In addition, when the lid is closed, even if the locking member 29 does not retreat, when the cup 9 is screwed to the container main body 2, the inner side of the circumferential surface of the cup 9 is forward than the correct position. By pressing the upper portion of the circumferential surface of the slide member 30 of the locking member 29 which protrudes backward, the locking member 29 is forced down to push the locking portion 5 to the locking recess 28. I can stop.

As described above, in the embodiment, the stopper body 3 attached to the upper opening of the beverage container main body 2 to be freely detached, the liquid flow path 20 formed inside the stopper body 3, and the liquid flow path. The liquid flow path with the injection port 12 provided in the upper part of the stopper body 3 in front of the stopper body 3 and the shaft support part interposed freely from the stopper body 3 to the stopper body 3. The lid 4 which opens and closes the 20, the sealing member 26 which is provided in the said lid 4, and the sealing member 26 which seals the said liquid flow path 20, and stops in the state which closed the said lid 4, The stopper part 5 and the stopper release part provided so that the lid 4 can be freely elevated up and down, The said stopper main body 3 has the stopper recessed part opened to the outer side of the said injection hole 12 ( 28), wherein the stop release operation portion is from the front to the rear in the lower portion A stop release inclined surface slanted obliquely downward, the lid 4 being provided with a locking member 29 provided to freely retreat in a substantially horizontal front and rear direction, and the locking member 29 in a stopping direction; A first pressing means 39 for applying a force, and the locking member 29 is in contact with the tapered front portion 41 and the rear portion 42, respectively, when the locking release button 40 is pressed and moved. As a result, the lid 4 is supported by the hinge shaft and opened and closed to freely rotate, so that the cleaning flow of the liquid flow path 20 is good, and the locking recess of the stopper portion 5 of the plug body 3 is opened to the outside. Since it is (28), the contaminants gathered at the stop part 5 are also easy to wash. In addition, since the locking portion 5 is one place, it does not interfere with the operation of closing the lid 4. Thus, the reliability of the closing operation is improved.

In particular, since the locking release operation part 40 is provided so that the upper part of the lid 4 can lift freely, visibility is high and it is easy to operate from upper direction. Moreover, since the movable parts, such as the back part 42, operate | move inside the lid 4, they do not touch accidentally, and operation is assured and it is excellent in operability. In addition, since the lid 4 is fully open, cleaning is also good.

Further, since the lock front outer surface is outside the outer circumferential surface of the lid 4, the distance O from the outer surface of the locking member 29 front to the inner wall surface of the cup 9 is smaller than the stopping distance P, Even when an impact is applied from the outside when the cup 9 is tightened securely, the locking front outer surface first comes into contact with the inner wall of the cup 9, thereby preventing the locking from being released. In addition, even when the inside of the container body 2 is decompressed due to the temperature drop of the beverage due to long-term storage while being sealed, the finger rests on the locking member 29 while pressing the stop releasing operation unit 40. It is easy to lift).

In addition, the lid 4 is composed of a lid lower body 23 to which the index member is attached and detached freely, and a lid upper body 25 for arranging the stop release operation portion, and the lid lower body 23 and the lid upper body. The locking member 29 and the first pressing means 39 are provided at an intermediate portion of the 25, and the lid lower body 23 is moved back and forth in the substantially horizontal direction of the locking member 29. By providing an inclined inclined surface 45 which is obliquely upwardly inclined upward from the front to the rear in contact with each other, by pressing the stop release button 40, the locking member 29 moves in succession to the stop portion 5 Is removed, the locking member 29 slides in contact with the guide inclined surface 45 of the lid lower body 23, so that the stopping portion 5 moves forward at an angle to the front of the lid slightly and walks in that state. Even if I take my hand off the stop release button 40, I stop Part 5, since the walk rests against the upper surface of the detent recess 28, is unlikely to occur a malfunction that is turned to stop walking back cover 4 is not open.

In addition, since the lid lower body 23 and the lid upper body 25 are fixed by a fixing pin 27 which is forcibly fitted and is inserted approximately parallel to the hinge shaft 4A forming the shaft support, the lid is stopped. Even when the release button 40 is pressed down excessively, the lid lower body 23 and the lid upper body 25 are not disassembled.

In addition, the locking member 29 has a wing portion 32 extending substantially parallel to the hinge axis in a symmetrical manner on the contact inclined surface, and symmetrically on the outer surface of the front of the locking member 29 from the wing portion 32. And the injection hole 12 is accommodated in the pair of left and right arms 31 so that the locking member 29 passes through the left and right sides of the injection hole 12. Therefore, the overall height can be reduced lower than when the locking member 29 is disposed above the injection hole 12, and as a result, the height of the injection hole 12 can be ensured.

As mentioned above, the container container stopper which concerns on this invention is applicable to various uses. For example, the stopper may be provided with a drinking instrument.

2:
3: stopper body
4: Lid
4A: Hinge Shaft
5: stop
9: cup
12: inlet
20: liquid euro
23: lid lower body
25: lid upper body
26: seal member (index member)
27: Fixing pin
28: stop recess
29: locking member
39: first pressing means
31: dark
40: stop release button (stop release control panel)
41: front part (stop stopping slope)
42: rear part (hang stop slope)
45: guide slope
O: distance
P: walking distance

Claims (5)

A stopper body attached to the upper opening of the container body for beverage so as to be detached freely;
A liquid flow path formed inside the stopper body,
An injection hole or a drinking appliance provided in an upper portion of the liquid passage and in front of the stopper body;
A lid for opening and closing the liquid flow path between the shaft support part so as to be freely rotated to the stopper body from the rear of the stopper body;
An index member provided on the lid to seal the liquid passage;
A stopping part for stopping while the lid is closed,
It is provided with a stop release operation portion provided to freely lift the upper portion of the lid,
The stopper body includes a locking recess opened to the outside of the injection hole or the drinking appliance,
The stopping release operation portion has a stopping release inclined surface that is inclined downwardly obliquely from the front to the rear,
The lid includes a locking member provided to freely advance and retreat in a horizontal front and rear direction, and pressing means for applying a force in a stopping direction of the locking member,
The locking member contacts the stop release slope when moved by pressing the stop release operation portion, and provides a contact inclined surface slanted downward obliquely from the front to the rear for sliding in the forward direction at the rear portion, And said stopper which stops at said stopper recess projecting in an inward direction. According to claim 1, wherein the beverage container body is provided so as to detach the cup freely to cover the lid, the front outer surface of the locking member is outside the outer peripheral surface of the lid when the lid is stopped in the closed state, An intermediate container for a beverage container, wherein a distance between the locking member front outer surface and the cup inner wall surface is less than the locking distance between the locking recess and the locking piece. 3. The lid according to claim 1 or 2, wherein the lid comprises a lid lower body on which the water stop member is attached and detached freely, and a lid upper body on which the stop releasing operation portion is disposed, and an intermediate portion of the lid lower body and the lid upper body. Provided with the locking member and the pressing means, and the lid lower body is provided with an inclined inclined surface that is obliquely upwardly inclined upwardly from the front to the rear when the locking member advances and retracts in the horizontal direction. Beverage container intermediate stopper. 4. The beverage container middle cap according to claim 3, wherein the lid lower body and the lid upper body are fixed by a fixing pin which is forcibly fitted and inserted in parallel with a hinge axis forming the shaft support. . According to claim 4, The locking member is composed of a wing portion extending in parallel to the hinge axis in a symmetrical direction from the contact inclined surface, and the arm portion extending from the wing portion to the lock member front outer surface symmetrically, Drinking container intermediate stopper, characterized in that the inlet or drinking appliance is stored in the arm portion.

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