JPH0339405Y2 - - Google Patents

Description

[Detailed description of the invention] "Industrial Application Field" The present invention relates to a container with a pouring stopper that is formed so as to be able to pour in any direction.

``Prior Art'' As shown in FIG. 3, a cap for this kind of container has a fitting peripheral wall 33 erected from the upper end of a peripheral wall 40 for fitting the opening and neck of the container through an inward flange-like wall. 31, a spiral spring 38 installed in the lower part of the fitting peripheral wall 33, and a spherical part 37 rotatably fitted in the upper part of the fitting peripheral wall 33, and the upper outer surface of the spherical part Pour pipe 3
5 is erected, and a plurality of spout holes 39 communicating with the pipe hole 34 of the spout pipe are bored in the spherical part 37, and a protrusion 36 protruding from the lower surface of the spherical part 37
and a plug member 32 fixed at the center of a spring 38.
2 is rotated in an arbitrary direction against the elasticity of the spring 38, the spout hole 39 opens, and the container body and the spout pipe 35 are communicated through the spout hole, and the plug member A device is known in which, when the stopper member 32 is released, the plug member 32 returns to its original position due to the elastic restoration of a spring (Japanese Utility Model Publication No. 16286/1986).

``Problems to be solved by the invention'' The conventional spout valve described above has a single spout pipe and cannot simultaneously pour out liquid and suck in outside air, so it is difficult to elastically compress the body. This has resulted in the disadvantage that it can only be used for containers from which liquid can be forcibly poured out, that is, containers formed to be elastically compressible. In addition, since the spouting pipe 35 protrudes long upwards from the cap-shaped member 31, it often gets in the way when not in use, and when pouring out liquid, the spouting pipe 35 must be pulled to one side against the elasticity of the spring 38. This was inconvenient in use because it was necessary to hold the container down with one hand and at the same time elastically squeeze the container body with the other hand.

The present invention eliminates all of these drawbacks and devises an easy-to-use container with a pouring stopper.

"Means for Solving the Problems" A container body 1 that stands up the mouth and neck part 6, and a spherical concave wall 9 that hangs inward from the upper end of the peripheral wall 8 fitted to the outer surface of the mouth and neck part. A cap-shaped member 2 having a plurality of outflow holes 11 bored at eccentric positions at the bottom of the concave wall, and a cap-like member 2 having an upper portion protruding into the concave wall 9 and above the concave wall to be watertight and tiltable. While fitting the spherical cylinder 15, the upper end surface of the cylinder is connected to the lower plate part 13,
The outer periphery of the lower plate part is closed by protruding upward from the peripheral wall 8 in the shape of an outward flange, and the lower end surface of the spout pipe 17 hanging down from the periphery of the through hole 16 opened in the center of the lower plate part is connected to the concave wall 9. The through hole 1 is closed at the center of the bottom of the hole.
The upper part of the lower plate part is covered with the upper plate part 14 having approximately the same outer diameter as the outer diameter of the lower plate part through partition walls 19 arranged radially above the lower plate part with 6 as the center. Plate part 1
3 and a plug member 3 formed with a plurality of pouring passages 18 whose outer surfaces are opened by a partition wall 19 and an upper plate part 14, and when the plug member 3 is tilted with respect to the cap-shaped member 2, The lower end of the outlet pipe 17 and any of the outlet holes 11 are formed so as to be able to communicate with each other.

"Operation" Hold the body 4 of the container body 1 from the state shown in FIG. The spout pipe 17 and the outflow hole 11 communicate with each other by tilting relative to the member 12 . By tilting the container body 1 from this state, the liquid inside the container is poured out from the pouring path 18 with the outer opening facing downward, and at the same time, outside air enters the container through the pouring path 18 with the outer opening facing upward, and the poured liquid is poured out. Replace with

After dispensing the liquid, the container body is returned to an upright position, and the upper peripheral edge of the upper plate part 14, which is inclined with respect to the cap-shaped member 2, is pushed downward to return it to the horizontal position. 9 is closed at the bottom central portion.

``Example'' 1 is a container body equipped with a dispensing stopper according to the present invention, and a mouth and neck part 6 is erected from the upper end of a body part 4.

A peripheral wall 8 of the cap-shaped member 2 is attached to the mouth and neck part 6.
screw together. The cap-like member has a hemispherical concave wall 9 hanging inward from the upper edge of the circumferential wall 8 for fitting into the mouth and neck, and a plug portion 10 raised from the upper surface of the center of the bottom of the concave wall. , and a plurality of outflow holes 11 are bored in the bottom portion of the concave wall around the stopper. Further, a plurality of anti-slip vertical grooves 12 are vertically provided on the outer surface of the peripheral wall 8.

A plug member 3 is attached to the cap-shaped member 2 so as to be tiltable. The plug member has a spherical cylinder 15 that is fitted into the recessed wall 9 in a watertight and rotatable manner. The upper part 14 of the cylinder protrudes above the concave wall 9, and the opening surface of the upper end of the cylinder is closed by the lower plate part 13, with the outer periphery of the lower plate part protruding outward in the form of a flange. A through hole 16 is formed in the center of the lower plate, and the lower end surface of the spout pipe 17 that hangs down from the periphery of the through hole is connected to the stopper 1 at the center of the bottom of the concave wall 9.
It is blocked at 0. Further, on the upper surface of the lower plate portion 13, partition walls 19 are arranged radially around the through hole 16,
The upper part of the lower plate part is covered with an upper plate part 14 having approximately the same outer diameter as the lower plate part through the partition wall, and the outer peripheral surface is opened between the lower plate part, the partition wall, and the upper plate part. Multiple spout holes 1
8... is formed. The plug member 3 is provided so that when a part of the outer periphery of the upper plate part 14 is pushed down from the state shown in FIG. .

"Effect of the invention" The present invention has the above-described structure, and includes a lower plate part 13 that closes the upper end surface of the spherical cylinder 15, a partition wall 19 arranged radially on the lower plate part, and a partition wall that The upper plate part 14 covers the upper part of the lower plate part through the plurality of pouring passages 18.
Since the dispensing channels were formed, the dispensing channels were also arranged radially, and when the opening on the outer surface of a part of the dispensing channel was made to face downward and the dispensing channel was used as a liquid dispensing channel, the side opposite to the street dispensing channel. The opening of the spout passage faces upward to form an outside air suction passage, so that no matter which spout passage arranged radially pours out the liquid, outside air can be smoothly sucked in from the opposite spout passage. I can make it happen.

Further, the outer periphery of the lower plate portion 13 that closes the upper end surface of the spherical tube 15 that is tiltably fitted into the spherical concave wall 9 of the cap-like member 2 is shaped like an outward flange, and is positioned above the peripheral wall 8 of the cap-like member. Since the upper part of the lower plate part is covered with the upper plate part 14 having approximately the same outer diameter as the lower plate part through the partition wall 19, the outer periphery of the upper plate part is also separated from the outer surface of the spherical cylinder 15. The spherical cylinder 15, which is fitted into the spherical concave wall 9, and the plug member 3 can be easily moved with a small force by pushing down the outer periphery of the upper plate part. It can be tilted to Furthermore, as described above, when the outer opening of any spouting channel 18 is directed downward,
The outlet channel on the opposite side has its mouth facing upward to form an outside air intake channel, and the upper plate portion 14
Since the outer periphery of the plug member 3 is located above the peripheral wall 8 of the cap-like member, and the stopper member 3 can be easily tilted by pressing down the outer periphery of the upper plate, the container body can be held regardless of the direction of the spouting path 18. By simply pushing down the outer circumferential portion of the upper plate above the finger with the finger of the other hand, the plug member 3 is tilted, and at this time, the spout pipe 17 and the outflow hole 11 are tilted.
Since the two are in communication with each other, the liquid pouring operation can be performed extremely easily and quickly. Furthermore, the outer periphery of the upper surface of the plug member 3 is formed by the upper plate portion 14 projecting above the peripheral wall 8 of the cap-like member, and does not have a long upwardly projecting spout pipe as in the conventional example described above. , it will not hit other objects and become a hindrance.

[Brief explanation of the drawing]

Fig. 1 is a partially cutaway front view of the spout according to the present invention when it is fitted into the container body, Fig. 2 is an exploded perspective view of the spout, and Fig. 3 is a vertical cross-section of the conventional spout. It is a front view. 2... Cap-shaped member, 3... Plug member, 18...
...Pouring path.

Claims (1)

[Scope of utility model registration request] A container body 1 with a mouth and neck part 6 erected, a spherical recessed wall 9 hanging inward from the upper end of the peripheral wall 8 fitted to the outer surface of the mouth and neck part, and a bottom part of the recessed wall. A cap-shaped member 2 having a plurality of outflow holes 11 bored at eccentric positions, and a spherical cylinder 15 are fitted into the recessed wall 9 in a watertight and tiltable manner with the upper part protruding upward from the recessed wall. , the upper end surface of the cylinder is connected to the lower plate part 13,
The outer periphery of the lower plate part is closed by protruding upward from the peripheral wall 8 in the shape of an outward flange, and the lower end surface of the spout pipe 17 hanging down from the periphery of the through hole 16 opened in the center of the lower plate part is connected to the concave wall 9. The through hole 1 is closed at the center of the bottom of the hole.
The upper part of the lower plate part is covered with the upper plate part 14 having approximately the same outer diameter as the outer diameter of the lower plate part through partition walls 19 arranged radially above the lower plate part with 6 as the center. Plate part 1
3 and a plug member 3 formed with a plurality of pouring passages 18 whose outer surfaces are opened by a partition wall 19 and an upper plate part 14, and when the plug member 3 is tilted with respect to the cap-shaped member 2, A container with a spouting stopper, characterized in that the lower end of the outlet pipe 17 and one of the outflow holes 11 are formed so as to be able to communicate with each other.