JP3152861U - Liquid pouring device such as hot spring water - Google Patents

Abstract

Disclosed is a liquid dispensing device that can be easily transferred, is beautiful in appearance as a figurine, and realizes a high-class feeling. A bottle 2 having a mouth tube portion 23 having an annular protrusion on an outer peripheral surface, an outer tube 31 assembled in a tightly fixed state on the mouth tube portion, and a top wall continuously covering the mouth portion. A main body provided with an inner cylinder in succession to the top wall, a stopper and a bottom wall are provided. Furthermore, the inflow continuously into the safety cap 3 formed by a combination of the inner plug 34 provided with the inner cylindrical portion provided with the annular ridge at the upper end portion and the insertion portion provided with the annular concave groove that can be fitted to and detached from the annular ridge An extraction concrete 4 integrally provided with a cylindrical body provided with a hole and a valve side wall are provided, and a passage serving as an outlet for the content liquid is arranged in the lower part and communicated with the space. Further, a valve body that abuts against the valve side wall is provided, the cylinder slides on the guide cylinder, a rotatable handle 62 is disposed at the base of the piston, and the liquid from the inflow hole can be poured by operating the handle. It consists of a main body 5 and a stand 7 that can be placed in a posture in which the bottle tube portion of the bottle is inclined downward. [Selection] Figure 1

Description

  The present invention relates to a stand-type hot spring water liquid pouring device used when pouring into a tableware such as a drinking cup directly from a large container packed with hot water such as hot spring water or the like. Is.

  As a liquid dispensing apparatus according to the prior art, there is a liquid dispensing apparatus that attaches a liquid dispensing apparatus having a valve mechanism to a mouth tube portion of a bottle and dispenses an appropriate amount of liquid in the bottle. (See Patent Document 1).

JP 2004-217281 A

  (1) The above-described conventional technique is used by being attached to a PET bottle or whiskey bottle that contains a relatively small amount of liquid. In the case of a larger bottle, for example, a large bottle container of about 4 liters, it is transferred from a bottle containing liquid such as stored hot spring water to a small cup or other tableware or container for drinking. However, when the hot spring water is transferred from this large bottle container, the bottle container is large, so that it is difficult to pour out, and it often overflows into the surrounding area and becomes dirty. In particular, there is a problem that this transfer work is difficult for children and people without physical strength.

  (2) There is a liquid pouring device that can pour hot spring water, etc. contained in a large bottle container into tableware such as a cup without touching the air only when pouring. There is a problem of not.

  (3) In the conventional liquid pouring device, there is no dedicated device for transferring the liquid such as hot spring water from a large bottle container to tableware such as a cup, so the liquid such as hot spring water is placed in a commercially available large plastic container. The container has been moved from a glass container to a container such as a glass. In addition, there is a problem that the appearance is poor when placed on a table or the like, and there is no sense of luxury when this large container is placed on the table, so that it cannot be placed on the table.

  (4) In the case of a plastic bottle containing hot spring water, it is discarded without being reused after use. Therefore, there is a problem that industrial waste only increases because it cannot be reused.

  (5) Hot spring water that humans are allowed to drink is generally stored with hot spring water, with the tip nozzle of the supply pipe inserted into the mouth tube of a container such as a bottle, and packed into a large liquid container or plastic bottle. After closing, it is delivered by a predetermined conveying means such as a vehicle. The problem is that there is no device that delivers liquids such as hot spring water in a large bottle container from the hot spring water supply location to the consumer, and dispenses it as it is, without dividing it into a stand type. There is.

  The present invention, which was devised in view of the above problems, is easy to transfer from a large container containing a liquid such as hot spring water to a small cup or other tableware. The purpose is to provide a high-quality liquid pouring device such as hot spring water.

Among the means for solving the above problems, the main configuration of the present invention is as follows.
A bottle 2 having a frustoconical shoulder portion 22 on the upper portion of the body portion 21 and having a mouth tube portion 23 having an annular protrusion 24 on the outer peripheral surface on the shoulder portion 22;
An outer cylinder 31 that is tightly assembled to the mouth tube portion 23 of the bottle 2 and a top wall 33 that covers the mouth portion 25 are provided continuously, and the mouth tube portion 23 continues to the top wall 33. A main body 39 provided with an inner cylinder 32 disposed inward of the inner cylinder 32, a stopper 36 at the rear end portion, a bottom wall 37, an annular ridge 38 at the upper end portion, and an inner cylinder 32 inserted. A safety cap 3 comprising a combination of inner plugs 34 provided with a possible inner cylinder part 35, wherein the inner plugs 34 are configured to be detachable;
A cylindrical body 41 provided with an inflow hole 45 is provided integrally with the tapered insertion portion 42 provided with an annular groove 43 that is detachable from the annular projection 38 of the inner plug 34, and the cylindrical body 41. 4 is provided with a screw tube portion 46 at the end thereof, and an engagement body 51 that is screw-coupled to the screw tube portion 46 is provided, and a valve side wall 55 is provided continuously to the engagement body 51, and the cylinder body is further provided. 41 is provided on the side of the guide cylinder 52, which is smaller in diameter than the pipe 41, the passage 53 serving as the outlet for the content liquid is provided in the lower portion, the valve body 56 is provided in contact with the valve side wall 55, and the spring 57 is provided. A cylinder 6 having a built-in piston 58 is slidably disposed on the guide cylinder 52, and a handle 62 that is rotatable about a shaft 61 is disposed on the base 59 of the piston 58. The fixed body 63 is erected on the side, and the handle 62 is fixed. When rotated to the body 63 side, the piston 58 is driven, the cylinder 6 slides on the guide cylinder 52, and at the same time, the valve body 56 is separated from the valve side wall 55 to open the passage 53 to open the space portion 54 and the passage. 53, the extraction tool main body 5 through which the liquid L from the inflow hole 45 can be extracted;
A neck holding portion 61 for holding the vicinity of the shoulder portion 22 of the bottle 2 is provided on the front side so that the mouth tube portion 51 of the bottle 2 is inclined downward, and a trunk portion placement portion 62 is provided on the rear side. It is said that it is comprised from the stand 63 which formed.

Other configurations of the present invention are the main configurations described above,
It is said that an elastic member 63 is arranged on the neck holding portion 61 and the trunk portion mounting portion 62 of the stand 63 so that the bottle 2 is not damaged.

The present invention having the above configuration has the following effects.
(1) When liquid such as hot spring water is delivered in a large container of about 4 liters, place this large and heavy bottle on the stand, fit the safety cap on the bottle mouth tube, Can be assembled into a safety cap and poured out. When pouring the liquid in the bottle, the handle is driven to the fixed body side, and the appropriate amount is transferred to a container such as a cup by adjusting the handle. Accordingly, it is possible to smoothly pour into a tableware such as a cup from a large container, and the amount of liquid dispensed can be adjusted by adjusting the handle.

  (2) Even in the case of a delivered large bottle, this large bottle can be placed on a stand and smoothly dispensed in an appropriate amount, so there will be no overflowing and fouling around when transferring the inner solution. Can be a highly safe device.

  (3) Conventionally, there is no dedicated device for transferring hot spring water from a large bottle container to a container such as a cup, so hot water is put into a commercially available plastic container and then transferred from this plastic container to a container such as a cup. However, in the present invention, the combination of a stand and a large container creates an atmosphere of indoor furnishings and a high-class feel. Therefore, when placed on a table, the appearance is good and it has a high-class feeling, and it can be placed on the table as an ornament to decorate the room.

  (4) When a glass bottle is used, it can be washed and reused after use, and can be used repeatedly until the glass bottle breaks, contributing to "eco" (good for the environment).

  (5) Since the hot spring water collected in the bottle can be opened only when it is poured out, it can hardly be exposed to the outside air, so it can be stored for a long time in the state of the hot spring water that has springed up without any chemical change. is there. In addition, chemical changes and quality degradation due to oxidation of hot spring water and the like can be prevented.

The front view showing one Example of the extraction apparatus of this invention The exploded perspective view of one example of the pouring device of the present invention Cross section of the main part in the normal state with the passage closed Cross section of the main part when the valve is opened and liquid is dispensed Partial sectional view of the valve device before insertion of the tip Partial sectional view of the valve device before insertion of the tip Left side view of the stand Right side view of the stand

An embodiment of the present invention will be described with reference to FIGS.
3 is a cross-sectional view of the main part in a normal state in which the passage is closed, FIG. 4 is a cross-sectional view of the main part when the valve body is opened and the liquid is discharged, and FIG. 5 is a partial cross-section before inserting the tip part of the valve device. FIG. 6 and FIG. 6 are partial cross-sectional views of the valve device before the tip portion is inserted.
The device of the present invention includes a bottle 2 and a safety cap 3 which is closely and immovably fitted to the bottle tube portion 23 of the bottle, and an inner plug can be freely attached and detached, and a dispensing tool main body to be inserted into the safety cap 3 5 and a stand 63 that holds the bottle 2 in a pourable posture.

  The bottle 2 has a frustoconical shoulder portion 22 at the upper portion of the body portion 21, and has a mouth tube portion 23 having an annular protrusion 24 on the outer peripheral surface at the upper portion of the shoulder portion 22.

  The safety cap 3 is made of a soft synthetic resin, and is provided with an outer cylinder 31 that is tightly assembled to the mouth tube part 23 of the bottle 2 and a top wall 33 that covers the mouth part 25 continuously. A main body 39 provided with an inner cylinder 32 arranged inward of the mouth tube part 23 continuously to the top wall 33, a stopper 36 and a bottom wall 37 are provided at the rear end part, and an annular convex is provided at the upper end part. It consists of the combination of the inner plug 34 which provided the strip 38 and provided the inner cylinder part 35 which can be inserted in the inner cylinder 32, and this inner plug 34 is comprised so that attachment / detachment is possible.

  Further, the extraction concrete 4 includes a cylindrical body 41 provided with an inflow hole 45 continuously to a tapered insertion portion 42 provided with an annular groove 43 that can be fitted and removed on the annular protrusion 38 of the inner plug 34. The screw cylinder part 46 is provided at the end of the cylindrical body 41.

  The extraction tool main body 5 is provided with an engagement body 51 that is screw-coupled to the screw cylinder portion 46, a valve side wall 55 is provided continuously to the engagement body 51, and a guide cylinder 52 that is smaller in diameter than the cylindrical body 41 is extracted. Cylinder provided on the body 4 side, provided in the lower part with a passage 53 that communicates with the space portion 54 and serves as an outlet for the content liquid, provided with a valve body 56 that contacts the valve side wall 55, incorporated with a spring 57, and disposed with a piston 58 6 is arranged so that the guide cylinder 52 is slidable. A handle 62 which is rotatable about a shaft 61 is arranged at the base 59 of the piston 58, and a fixed body 63 is erected on the opposite side of the handle 62. When the handle 62 is rotated to the fixed body 63 side, the piston 58 is driven, the cylinder 6 slides on the guide cylinder 52, and at the same time, the valve body 56 is separated from the valve side wall 55 to open the passage 53. Space 54 and passage 3 are communicated, the liquid L from the inlet hole 45 is to allow dispensing.

  The stand 63 is provided with a neck holding portion 61 for holding the vicinity of the shoulder portion 22 of the bottle 2 on the front side and a trunk portion on the rear side so that the mouth tube portion 51 of the bottle 2 can be placed in a posture inclined downward. A mounting portion 62 is formed.

  An elastic member 63 is disposed on the neck holding portion 61 and the trunk portion mounting portion 62 of the stand 63 so that the bottle 2 is not damaged.

  FIG. 5 shows a closed state of the mouth portion of the bottle 2, in which the main body 39 is fitted to the mouth tube portion 23 of the bottle 2 and the inner plug 34 is fitted to the inner tube 32. The inner cylinder portion 35 of the inner plug 34 is inserted into the inner cylinder 32 of the main body 39, and the rear end portion of the inner cylinder 32 is prevented from moving by a stopper 36.

  Next, when the insertion part 42 of the pour concrete part 4 is inserted, the annular recess 38 of the inner plug 34 enters the inside of the mouth tube part 23 in a state of being fitted in the annular groove 43 of the insertion part 42. At this time, the inflow hole 45 is at the position of the mouth tube portion 23, and the liquid L in the bottle 2 flows into the inflow hole 45 (see FIG. 6).

  3 shows a closed state of the passage 53, the valve body 56 presses the surface of the valve side wall 55, and the passage 53 and the space portion 54 in which the liquid L accumulates are not in communication.

  FIG. 4 shows a state in which the passage 53 is open. When the handle 62 is rotated to the fixed body 63 side, the piston 58 moves and the spring 57 is compressed, and at the same time, the base of the soot cylinder 6 slides on the guide cylinder 52. The valve body 56 that has closed the passage 53 is opened, and the passage 53 and the space 54 communicate with each other, so that the liquid L in the bottle 2 can be poured out from the passage 53. An appropriate amount of the liquid L can be poured out from the passage 53 by adjusting the handle 62.

DESCRIPTION OF SYMBOLS 1 Liquid pouring device 2 Bottle 21 Body part 22 Shoulder part 23 Mouth part 24 Annular projection 25 Mouth part 3 Safety cap 31 Outer cylinder 32 Inner cylinder 33 Top wall 34 Inner plug 35 Inner cylinder part 36 Stopper 37 Bottom wall 4 Specifics 41 Cylindrical body 42 Insertion part 43 Annular groove 45 Inflow hole 5 Extraction tool main body 51 Engagement part 52 Guide cylinder 53 Passage 54 Space part 55 Valve side wall 56 Valve body 57 Spring 58 Piston 59 Base part 6 Cylinder 61 Shaft 62 Handle 63 Fixation Body 7 Stand 71 Neck holding portion 72 Body placement portion 73 Elastic member 8 Cup 81 Table L Liquid

Claims (2)

A bottle having a frustoconical shoulder at the top of the body and a mouth tube having an annular protrusion on the outer peripheral surface of the shoulder;
An outer cylinder that is closely and immovably assembled to the mouth tube portion of the bottle, and a top wall that continuously covers the mouth portion are provided, and are arranged inward of the mouth tube portion continuously to the top wall. A combination of a main body with an inner cylinder, a stopper at the rear end, a bottom wall, an annular ridge at the upper end, and an inner plug with an inner cylinder that can be inserted into the inner cylinder A safety cap configured so that the inner plug is detachable;
A cylindrical body provided with an inflow hole is provided integrally with a tapered insertion part provided with an annular groove that can be fitted and removed on the annular ridge of the inner plug, and a screw cylinder part is provided at the end of the cylindrical body. And an engaging body that is screw-coupled to the threaded cylinder portion, a valve side wall is provided continuously to the engaging body, and further provided on the guide cylinder pouring body side having a smaller diameter than the cylindrical body. A passage that communicates with the space and serves as a spout for the liquid content is provided, a valve body that contacts the valve side wall is provided, a spring is built in, and a cylinder in which the piston is arranged is slidably arranged, and the guide cylinder is slidable. The base is provided with a rotatable handle with the shaft as a fulcrum, a fixed body is erected on the opposite side of the handle, and when the handle is rotated to the fixed body side, the piston is driven and the cylinder is guided by the guide. Slide the cylinder and open the passage at the same time the valve body is separated from the valve side wall. Communicating the space and the passage, and the liquid can dispense a note Daegu body from the inflow hole,
From the stand which provided the neck holding part holding the shoulder part vicinity of the bottle on the front side, and formed the trunk part mounting part on the rear side so that it could be placed in the posture which inclined the mouth tube part of the bottle below A liquid pouring device such as hot spring water.   The liquid pouring device such as hot spring water according to claim 1, wherein an elastic member is disposed on the neck holding portion and the trunk portion mounting portion of the stand so that the bottle is not damaged.

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