JP2007091334A - Wine container for liquid packaging bag - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a wine container for a liquid packaging bag which can be reused instead of a throwaway-type outer box for a bag-in-box wine and has good operability and to provide a function to prevent wine from remaining in the liquid packaging bag and from oxidization in the container. <P>SOLUTION: In the wine container 1 for the liquid packaging bag, a hole 3a to fix a spout is provided at a lower position of the container and the container is halved up and down bordering a higher position than the hole 3a to form a lid and a body and a part of the body is cut off in a concave from the upper side of the body so as to halve the hole 3a up and down near the spout and a door 10a is provided at the cut-off part. Further a slant variable plate 13, the slant angle of which is increased in accordance with decrease of quantity of the wine, is provided inside of the container 1. Alternatively, a protuberant base is installed which has an upper face provided with a concave channel having a predetermined space to the hole 3a to support the liquid packaging bag at a higher position than the hole. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a container that replaces an outer box of bag-in-box wine, that is, a wine container for storing a liquid packaging bag containing wine.

A plastic or aluminum liquid packaging bag (hereinafter referred to as a liquid packaging bag or packaging bag) having a spout filled with wine is packed in a waterproof cardboard outer packaging box, and a hole is formed on one side of the outer packaging box. A bag-in-box configuration is generally used in which the bag spout is pulled out of the box and used. Bag-in-box wine has less oxidation after opening than bottle wine, so it is possible to drink wine for several weeks, and it has good cost performance in terms of packaging, transportation, dead space, etc. As an everyday wine with low cost, it spread to the wine market mainly in Western countries and Australia. In Japan, it has been seen in stores for several years, and the market for bag-in-boxes will continue to grow.
However, when the conventional bag-in-box continues to pour liquid without tilting the outer box as it is, the flow rate gradually decreases as the amount decreases, and the remaining liquid amount at the time when the liquid finally disappears There are many disadvantages. Several inventions have been made to compensate for this drawback. For example, JP 2004-18079 “Bag in box” relates to an invention of a structure in which an interior bag and an exterior box are fused, JP 2002-104431 “Bag in box bag and bag in box” and JP 2000-281133 “Bag-in-box type liquid container” relates to inventions mainly for business-use or large-capacity liquid packaging bags.

  However, these inventions relating to bag-in-box are intended for a wide range of liquids such as drinking water and chemicals, and do not give priority to alcohol. Among liquids, in liquor, especially wine, not only the function but also the appearance of the container is an important factor. Recently, wines in a table-size cosmetic barrel with an emphasis on image are also on the market for parties and gifts. However, this type of cosmetic barrel is not configured to store a liquid packaging bag in a bag-in-box, with wine directly in the wine barrel.

The present invention, as a container for storing a liquid packaging bag containing wine, particularly for high-quality wine, the conventional bag-in-box has the following problems in terms of appearance, convenience, and efficiency. is there.
1. Cardboard paper is used in the outer box of bag-in-box wine, and it is generally not cheap in terms of material and shape, creating an image of generally cheap wine. In addition, in the case of thick cardboard paper, it is not easy to take out and fix the spout first from the box, and in the case of thin cardboard paper, there is a drawback that the periphery of the spout tends to lose its shape. .
2. The outer box of bag-in-box wine is not reused after use but is discarded. However, since the outer box has a function as a container for pouring wine and is waterproofed or ruggedly glued, it is treated as a contraindication and cannot be recycled as waste paper.
3. In the case of bag-in-box wine, taking in and out the packaging bag is not taken into consideration, so when cooling the wine in the refrigerator, it is necessary to cool the whole box, regardless of the remaining amount of wine in the packaging bag. Must be secured.
4). Although the wine in the packaging bag of the bag-in-box still has more than a few glasses, the water head pressure drops and the wine does not come out, so it is necessary to tilt the box when pouring. While holding the wine glass, it is difficult to tilt the box while pouring wine from the spout with the other hand.
5. Packaging bags have a structure that can maintain the quality of wine for a long time. However, if the bottom area of the bag-in-box box is relatively large, when water head pressure is reduced, air flows backward from the spout when the wine is poured. It may be easier to enter the bag and oxidation of the wine will likely begin. The remaining amount of wine that is oxidized by the backflow of air varies depending on the shape of the container and the shape of the film of the packaging bag, and also varies depending on the way of pouring, but depending on the box design, it is 4 minutes. One or more may be oxidized, and the function of the liquid packaging bag may not be sufficiently satisfied.

  The invention according to claim 1 is a wine container for a liquid packaging bag in which a liquid packaging bag having a spout filled with wine is filled, and a hole for fixing the spout is located at a lower position of the wine container for a liquid packaging bag. The upper part is divided into two parts up and down at a position higher than the hole, and a lid and a main body are formed. It is characterized by providing a door. According to the present invention, the above problems 1 to 3 are solved.

  The invention according to claim 2 is characterized in that in the wine container for a liquid packaging bag, a variable inclined plate that supports the liquid packaging bag and increases an inclination angle according to a decrease in the amount of wine is attached. To do. By the invention of this section, the above problems 4 and 5 are solved.

  In the invention described in claim 3, the same purpose as that of the variable inclined plate described in claim 2, but as another means, in the wine container for the liquid packaging bag, between the hole for fixing the spout is provided. A concave groove having a predetermined interval is provided, and a raised base having an upper surface for supporting the liquid packaging bag is provided at a position higher than the height of the hole. According to the present invention, the above-mentioned problems 4 and 5 are solved as in the second invention.

  In invention of Claim 4, it has the variable inclination board or ridge stand of any one of the said Claim 2, 3 in the exterior box or container for liquid packaging bags with wine characterized by the above-mentioned. To do.

  The invention according to claim 5 is the liquid packaging bag outer box or container according to any one of claims 1 to 4, wherein the liquid in the liquid packaging bag is liquor.

  The wine container for a liquid packaging bag according to the invention of claim 1 (hereinafter referred to as a wine container) is provided with an openable lid and a spout door so that the packaging bag can be easily refilled and the spout is also simple. It can be set in the hole for fixing the spout, and the shape around the spout can be eliminated and the container can be reused. When the wine is cooled in the refrigerator, only the packaging bag can be taken out and put in, so that it is easy to enter the gap of the refrigerator and the storage space is easily used. This wine container can be opened and closed easily, so it is possible to put a cold insulation material along with the packaging bag, so you can drink wine that has been chilled at any place. In addition, since the shape of the wine container is arbitrary and can be designed freely, the shape that makes it easy to imagine wine from the appearance of the container, for example, the shape of a wine barrel, relieves the sense of incongruity of wine in a packaging bag. The effect can be expected, and a high-class feeling is born, and the display effect at counters such as stores and restaurants can be expected.

  Moreover, in invention of Claims 2-4, by attaching a variable inclination board or a raising stand in a wine container, even if the wine in a packaging bag becomes small, it can pour wine without inclining a container, The amount of liquid remaining in the packaging bag is also reduced. Even when the bottom area of the container is large, the amount of wine that can be oxidized can be suppressed as much as possible by preventing backflow of air, so that fresh wine can be tasted until the end. Therefore, it is possible to design a container with a large bottom area, and the design range is widened.

  Further, in the invention of claim 5, taking advantage of the free design of the present wine container, not only wine but also other sake such as Japanese sake and shochu, sake in a new container with a liquid packaging bag Can be provided.

A desktop-sized horizontal or vertical wine barrel is provided as a container for storing liquid packaging bags. The size of the barrel depends on the size of the packaging bag, but consider the space for the cold insulation material. It is desirable to use wood as the material, but it is also possible to use a plastic or the like having a wood feel. In the case of a horizontal barrel, a stand is also created.
The barrel container is provided with a hole for fixing the spout at the lower position of the container. The hole should be slightly larger than the diameter of the fixed part of the spout attached to the packaging bag so that it can be easily removed. Next, the barrel container is divided into a lid and a main body. In order to make it easier to load soft and non-self-supporting packaging bags into the container body, the container body needs to have a depth that takes into account the height of the packaging bag. Set at a high position, and divide the barrel container into two parts with this boundary line. The divided upper and lower parts are structured such that the upper part is a lid and the lower part is a main body, and the upper lid and the main body can be opened and closed.

  Furthermore, when the packaging bag is loaded or replaced, the pouring spout of the packaging bag can be easily put in and out of the hole of the container, and the shape of the body portion around the pouring spout does not occur. The door is made by cutting the hole surface into a concave shape. The incision is performed in a concave shape so as to divide the hole into two parts vertically from the two-part boundary line of the main body portion with a width wider than the hole width of the container. The cut-out part is used as a door so that it can be opened and closed. In addition, about the form of a door, there exist the method of inserting the cut-out board by a slide type, the method of the longitudinal opening which fastens the upper part of a board, and enables it to open and close. When the container material is cardboard and is box-shaped, the slide type is suitable, but the others are preferably used according to the container material and design.

  Note that the wine container in this section is arbitrary and is not limited to the shape of a wine barrel, and may be a container of another shape such as a cylinder or a polygon. In addition, the container material is not limited to a single material such as synthetic wood, metal or plastic, but a variety of containers can be considered depending on the application and price, such as a combination of glass and silicon, or a cloth woven on thick paper. It is done.

  In the variable inclined plate, first, a plate for supporting the packaging bag (hereinafter referred to as an upper surface plate) and a plate for fixing the upper surface plate to the wine container (hereinafter referred to as a fixed plate) are provided. The shape of the top plate is formed according to the shape of the tilt angle variable region inside the wine container, and the fixed plate is formed according to the shape of the fixed position in the container. FIG. 16 shows an example in which a variable inclined plate is installed in a horizontal barrel shaped container. Regarding the angle setting of the variable inclined plate, the angle from the fixed plate of the upper surface plate when the packaging bag is not on the variable inclined plate, that is, when no load is applied, is set to be within the range of about 60 degrees to 90 degrees. In a state where the maximum load is applied to the inclined plate, it is desirable that the angle of the upper surface plate from the fixed plate is set to about 0 to 20 degrees. As a plate used for the variable inclined plate, a plate made of a hard material capable of withstanding a load, such as a wood plate, a metal plate, a plastic plate, or the like is used.

Depending on the shape of the container, the angle at which the top plate can be varied is limited, and it may be difficult to satisfy these angles.
As a method for alleviating the limitation, the following two countermeasures are listed for the variable tilt plate of the present invention.
1. The top plate is made to be refracted in a U-shape. An example in which the top plate is refracted in a dogleg shape is shown in FIG. By making the upper surface plate refracted, the location where the upper surface plate touches the ceiling in the container can be set at a higher inclination angle. In the creation of the top plate, if the material of the top plate is a metal plate or hard plastic plate, it can be processed or created by refracting it at a predetermined angle in advance. The refracted portion is divided into two, and the two divided plates are joined together using a connecting material having a predetermined angle.
2. The top plate is divided into a fulcrum portion and a tip portion plate, rails are attached to both ends, and when the angle of the top plate increases, the tip portion plate slides and the length of the entire top plate contracts. FIG. 10 shows the top plate that contracts. When the top plate is on a filled packaging bag, the top plate angle is low and the bag is heavy, so the top plate is difficult to move, but when the liquid decreases, the top plate angle increases and the liquid spouts. Since the bags are gathered toward the side, the bag supported by the tip portion becomes lighter, and the plate at the tip portion slides with weight accordingly. If the top plate slides and the entire top plate contracts, the top plate can be tilted without touching the ceiling in the container, so that the restriction on the angle can be removed.

  As shown in FIG. 12 or FIG. 13, the two plates provided for the top plate and the fixed plate are joined together along the side of the spout side with a spring so that the spout side is a fulcrum. The spring is a torsion spring (see FIG. 15), and the arm length is preferably as long as possible. The angle (winding angle) of the arm of the torsion spring and the use angle (allowable torsion angle) are matched to the operating conditions of the variable tilt plate. Further, as shown in FIG. 14, shallow recesses are formed in the upper surface plate and the fixed plate at locations where the variable inclined plate contacts the coil portion of the torsion spring, so that the position of the coil does not shift due to the movement of the variable inclined plate. To do. In particular, when fixing the arm portion of the torsion spring, reinforcement such as covering a thin metal plate or the like from the top of the arm is performed as necessary, and the arm portion is firmly fixed to the variable inclined plate. The number of torsion springs to be attached varies depending on the size and weight of the top plate, the load applied by wine, the shape and strength of the spring, etc., but two or three are preferable.

  Next, a clip is attached to the tip of the variable slope plate along the width of the tip, and one part of the packaging bag is fixed with the clip. Even if the variable slope plate rises, the packaging bag does not drop due to the weight of wine. Like that. However, in the case of the variable tilt plate that slides with the above rail, no clip is attached.

  The prepared variable inclined plate is fixed to the bottom of the container with the spring attached to the hole for fixing the spout of the container.

In the ridge stand, wine is always gathered to the spout, so that a small amount of wine can be poured without tilting the container and preventing backflow of air. Normally, wine packaging bags are made by polymerizing two rectangular films, welding the periphery of them, and then opening a hole for fixing the spout on the lower side of one of the films to weld a plastic spout. A funnel-like shape (hereinafter referred to as a wine outflow passage) that guides wine toward the spout is not attached to the packaging bag. Therefore, instead of having a raised table with a concave groove, it is possible to form a shape that becomes a wine outflow passage so that wine is always guided to the spout.
In creating the raised base, a material that can be a base for a packaging bag, such as wood, cardboard, steel, plastic, or polystyrene foam, is used. Depending on the material, there are a case where the ridge is formed in a three-dimensional shape and a case where only the upper surface of the ridge is formed by a plate. In any case, the shape of the side surface of the raised base is matched to the shape of the installation part in the container. The raised stand is installed at the bottom of the container so that the groove is on the spout side.

  When creating a three-dimensional ridge stand, set the height of the spout side on the top of the ridge stand to be slightly higher than the hole of the container, and gently so that the top side of the spout is the lowest. A wine drainage passage by creating a concave groove of a predetermined size between the spout and the ridge, and pulling out the spout of the packaging bag along the concave groove and fixing it in the hole of the wine container. Create a shape that allows the wine to flow into the spout. The concave groove is formed by cutting the side of the ridge stand on the spout side in the vertical direction from the upper surface, and the size of the groove is such that the spout of the packaging bag can be pulled out and stored, and the shape is a column or funnel. The length of the groove is such that the entire fixed spout is located in the groove, so that the lower end of the groove is below the hole, or the top surface to the bottom surface of the ridge is cut out.

  In the case of making a plate, the ridge stand is structured such that only the upper surface of the three-dimensional ridge stand is left and the upper surface is supported by a standing leg or the like. Therefore, even in the case of a plate, the spout side of the upper surface of the ridge stand is positioned slightly higher than the hole of the container, and a gentle inclination is made so that the spout side of the upper surface is the lowest, and it can be supported and fixed by a stand or the like. Like that. Further, on the spout side of the plate, the same concave notch as the upper surface of the above-mentioned three-dimensional raised base is put, and the spout of the packaging bag is pulled out from the cut portion and fixed in the hole of the container, and the wine is put on the packaging bag. Create a shape that will be the outflow passage.

  Examples of the present invention will be described below with reference to the drawings. However, the present invention is not limited to these examples as long as the gist of the present invention is not exceeded.

  An example of creating a horizontal barrel container is shown. This embodiment assumes a wooden container unless otherwise specified. First, as a container for a packaging bag containing 3 liters of wine, a barrel container 1 having a maximum inner diameter of 20 cm, a minimum diameter of 18 cm, and a length of 22 cm is prepared. A stand is also prepared to stabilize the barrel placed next to it. Next, as shown in FIG. 2, the position of the hole 3 a is such that the lowest part of the hole 3 a for fixing the spout of the packaging bag is at a height of 3 cm from the bottom in the circular portion of the front of the barrel container 1. Set. The diameter of the hole 3a is made slightly larger (about 2 mm) than the diameter of the fixed portion of the spout of the packaging bag. Next, the boundary line 5a for dividing the barrel container 1 into two is set at a position of the barrel height of three quarters, and the barrel container 1 is divided into two. Then, a metal fitting 8a for opening and closing is attached to the front right side surface, and a hinge 9a is attached to the rear right side surface as shown in FIG. Next, as shown by a dotted line 4a in FIG. 4, a concave notch that divides the spout fixing hole 3a into two at the center is made from the boundary line 5a, and 10a is formed and separated. The concave width is set wider by 1 cm from both ends of the spout fixing hole 3a. FIG. 5 shows a front view divided into an upper lid and a main body portion by a boundary line 5a and a cut line 4a.

Two examples are shown in FIGS. 6 and 7 in which the door 10 can be opened and closed by a portion 10a in which the hole surface of the container is cut into a concave shape.
In FIG. 6, the preparation example of the door 6 for vertical opening type spouts which opens and closes the part which cut | disconnected the hole surface of the container in the concave shape back and forth is shown. As shown in FIG. 6, the metal round bars 11-1 and 11-2 having a length of several centimeters and a diameter of about 2 mm are attached along the boundary line 5 a between the plate 10 a and the front main body portion 2 cut into a concave shape. Each of the round bars 11-1 and 11-2 is driven about half the length from the uppermost part of the plate 10a to a position about 5 mm so that the remaining half of the round bar driven into 10a fits in the main body portion 2. A groove is dug from the upper part of the boundary line 5a. The 11-1 and 11-2 portions of the plate 10a are inserted and set in the dug groove from above, so that the plate 10a moves back and forth using a round bar as a fulcrum. In addition, a stopper is provided on the inner side of the container so that the inner side of the plate 10a serving as the door is not opened by pressure from the inside when a packaging bag filled with liquid is loaded at a position lower than half the height. Attach to. For example, one thin and elongated metal piece having a length of several centimeters is fixed to a predetermined position inside the plate 10a with a small screw or nail so that half of the metal piece reaches the main body portion 2, and the fixing portion is fixed. Allow rotation as a fulcrum. An L-shaped metal fitting for receiving a metal piece attached to the plate 10a is fixed upward inside the main body portion 2.

  In FIG. 7, the example which produces the door 7 which can be opened and closed by inserting the part which cut the said hole surface of the container into the concave shape longitudinally in a slide type is shown. As shown in FIG. 7, convex shapes 17 are attached to both sides of the plate 10a cut into a concave shape. In this example, the convex shape 17 is created by embedding a metal plate having a thickness of 1 mm, a width of 10 mm, and a length equal to the vertical length of the plate 10a on both sides of the plate 10a. On the other hand, the main body portion 2 is provided with a concave groove for receiving the convex shape 17 formed on the plate 10a. The concave groove has the same length as the convex shape 17 and is formed with a width and depth so that the convex shape 17 moves smoothly in the longitudinal direction of both sides. The convex shape 17 of the plate 10a is inserted into a concave groove provided in the main body portion 2 from above, and the door 7 is opened and closed by sliding vertically.

  FIG. 8 shows the external appearance of the horizontally placed barrel container 1 when the vertical opening type spout door 6 is attached.

Next, two examples of variable tilt plates for mounting on the barrel container 1 will be described with reference to FIGS.
First, an example of a variable tilt plate having an upper surface plate having a structure refracted in a V shape will be described. As shown in FIG. 12, the variable inclined plate is composed of a top plate 14, a fixed plate 18, and a spring 21. In this example, the top plate is made by gently refracting it. First, as shown in FIG. 9, a trapezoidal plate 14a having a bottom side of 12 cm, a height of 7 cm, and an upper side of 8 cm and a rectangular plate 14b having a width of 12 cm and a length of 13 cm are prepared. The plate 14b is cut off at both corners as shown in FIG. Then, the plate 14a and the plate 14b are refracted by 15 degrees at the connecting portion, and 14c is connected at 165 degrees, and this is used as the upper surface plate 14. For the connection of the refracting portion, a metal plate refracted at 165 degrees in advance, a thickness of 1 mm, a width of 6 cm, and a length of 10 cm is used as a connecting material, and the connecting material is attached to the upper surface of the upper surface plate 14 to connect the two plates.
The fixed plate 18 is a rectangle having a width of 8 cm and a length of about 21 cm. Next, as shown in FIG. 12, the springs 21 are attached one by one to the inside from both ends of the upper surface plate 14 and the fixed plate 18, and the two plates are joined. FIG. 13 is an enlarged view of the portion 20 to which the spring 21 is attached. Then, as shown in FIG. 14, a shallow depression is formed in a portion of the top plate 14 and the fixed plate 18 where the coil of the spring 21 contacts, the spring 21 is attached, and a thin metal plate 22 for reinforcement is attached to the arm portion. , 23 and fastened with screws or bolts to fix the arm.

    Further, as shown in FIG. 12, a clip 19 is attached to the tip of the upper surface plate 14b of the variable inclined plate so that one place of the packaging bag can be fixed. FIG. 16 shows a state in which the completed variable inclined plate 13 is attached to the barrel container 1.

  FIG. 17 shows a state in which a packaging bag 28 filled with wine 30 is placed in a barrel container 1 equipped with a variable inclined plate. Although the top plate 14 is lowered by the weight of the wine 30, as shown in FIG. 18, when the amount of wine 30 in the packaging bag 28 decreases and becomes lighter, the top plate 14 rises by the force of the spring 21, and the packaging bag 28. The wine 30 inside gathers towards the spout 29.

Next, an example of a variable tilt plate having a slide type top plate with a rail attached will be described. As shown in FIG. 10, first, a fulcrum plate 15a having a width of 12 cm and a length of 12 cm and a tip plate 15b having a width of 10 cm and a length of 11 cm are provided. In this example, the length of the entire top plate is set to about 20 cm. Therefore, the fulcrum plate 15a and the tip plate 15b overlap each other by about 3 cm, but the two plates can withstand the load and maintain the connected state by being overlapped, but slightly when the inclination angle increases. There is an effect of assisting the sliding of the plate 15b at the tip.
Metal plates 16b-1 and 16b-2 having a shape as shown in FIG. 11 and a thickness of about 1 mm and a length of 11 cm are attached to both ends of the plate 15b at the tip. On the other hand, metal plates 16a-1 and 16a-2 having a shape as shown in FIG. 11 and a thickness of about 1 mm and a length of 10 cm are attached to both ends of the fulcrum plate 15a. As these metal plates, it is desirable to use a material which is slippery on the surface where the metal plates are in contact with each other or a material which has been subjected to a lubrication treatment. The two plates to which the metal plates are attached are composed of a fulcrum plate 15a and a tip plate 15b, which are combined as shown in FIG. Finally, similarly to the variable tilt plate of FIG. 14, the upper surface plate 15 and the fixed plate 18 are coupled by a spring 21 to form a variable tilt plate having a slide type upper surface plate.
As for the rail attached to the slide top plate, a slide rail can be applied.

  Although the torsion spring is used as the variable tilt plate in the first embodiment, any other function can be used as long as it can perform the same function other than the torsion spring. For example, with today's technology, using a single large spring material plate, an angle or elasticity is given to a portion that becomes a fulcrum of the variable tilt plate, or a variable tilt plate is created in advance. It is conceivable that two plates are welded to a given plate-like spring to create a variable inclined plate as a single continuous plate.

  Next, an example of creating a vertical barrel container is shown. This embodiment assumes a wooden container unless otherwise specified. As shown in FIG. 19, in the case of the vertical barrel container 31, similarly to the horizontal barrel container 1, the spout fixing hole 3 b is provided so that the lowest part of the hole is located 3 cm from the bottom. The boundary line 5b is set at a position where the height of the barrel is about three-quarters, and the barrel is divided into two parts. With the spout side as the front, a metal fitting 8b for opening and closing is attached to the right side of the front, and as shown in FIG. 20, a hinge 9b is attached to the left side of the front. Further, as in the case of the barrel container 1 in the first embodiment, a vertically opening type spout door 10b is provided.

  In the second embodiment, a raised table is used instead of the variable inclined plate. Hereinafter, the configuration of the ridge stand will be described on the assumption that the ridge stand is provided in the vertically placed barrel container 31 with reference to FIGS. 21 to 26.

  First, FIG.21 and FIG.22 represents the case where an uplift stand is created using a polystyrene foam. When making a base that matches the shape of the bottom of the barrel container 31 with a block of polystyrene foam, when the packaging bag 28 is loaded into the wine container as shown in FIG. It is set to be slightly higher than the height 35 of the uppermost point of the spout welded outer ring, and the height 37 of the upper surface of the ridge stand on the opposite side is moderately 2 cm higher than the height 34 of the upper surface of the ridge stand on the spout side. A raised ridge top surface 33 having an inclination is formed as a raised pedestal body. Furthermore, a groove 38 as shown in FIG. 22 is cut out on the side of the main body on the pouring spout side to complete the raised base 32. The size of the concave groove 38 in this example is such that when the diameter of the outer ring of the welded portion 36 of the spout 29 in FIG. 21 is 5 cm, the depth 40 of the concave groove in FIG. Is about 6 cm. FIG. 23 shows an essential part of the inside when the raised base 32 made of the expanded polystyrene of this example is installed in the barrel container 31. 24 shows a state in which a packaging bag 28 filled with wine 30 is placed in a barrel container 31 equipped with a raised table 32.

  Similarly, FIG. 25 shows an example of creating a raised table using a wooden board. Also in this example, the same dimensions as in the above-described example of the polystyrene block are used. First, the upper plate 43 of the wooden board raised base is created in a shape corresponding to the raised base upper face 33 of FIG. Next, two stand-up plates 45-1 and 45-2 for supporting the upper surface plate 43 of the wooden board uplift plate with an inclination are prepared in the same size. The stand base plate is formed at an angle so that the upper surface plate 43 of the wooden board raised base is equal to the height and inclination of the upper face 33 of the expanded polystyrene raised base 32 when completed. Next, a standing plate fixing plate 44 for fixing the two standing plates is formed in a shape corresponding to the bottom surface of the raised base in FIG. As shown in FIG. 25, the top plate 43, the two standing leg plates 45-1 and 45-2, and the standing board fixing plate 44 of the produced wooden board raising table are assembled as shown in FIG. 25 to complete the wooden board raising table 42. The side cross-sectional view of FIG. 26 shows a state in which a packaging bag 28 filled with wine 30 is placed in a barrel container 31 equipped with a ridge 42.

The wine container according to the present invention not only allows the container to be opened and closed so that the packaging bag can be replaced and taken out, but also the spout can be easily attached and removed so that the user can use it easily. It has become. In addition, storing the packaging bag together with the cold insulation material has the convenience of enjoying moderately cold wine regardless of location, making it a suitable container for parties, picnics, and restaurant house wines.
Furthermore, the present invention does not depend on the shape of the container and realizes the prevention of wine residue and oxidation, thereby expanding the range of container design and material selection, and designing the container according to the user layer and application. Is possible. In addition to wine, this highly-designed container can also be expected to enter a new field such as the commercialization of liquors in packaging bags instead of bottled liquor, such as sake and shochu.
In addition, the liquid packaging bag used in the container is made of a very thin film, and is said to be an environmentally friendly package because it is easy to dispose of after use and is easy to dispose of. The container of the present invention that can be used for the present invention is useful for promoting further environmental measures.

It is the front perspective view which showed the external appearance and the inside which the variable inclination board was mounted | worn with the horizontal barrel container. It is the front perspective view which showed the external appearance of the horizontal container. It is the rear perspective view which showed the external appearance of the horizontal container. It is the front view which showed the cut line of the front of a horizontal barrel container. In FIG. 4, it is the front view which showed the state which cut | disconnected the upper cover and the main body along the cut line. It is the front perspective view which showed the door for vertical opening type spouts. It is the front perspective view which showed the tuft for slide type spouts. It is a front perspective view of the barrel container which has a door for vertical opening type spouts. It is the upper side figure and side view which showed the upper surface board of the variable inclination board of the structure refracted | curved in the U shape. It is the front perspective view which showed the upper surface board of the slide-type variable inclination board. It is the figure which expanded the back surface of the upper surface board of FIG. It is the front perspective view which showed the square-shaped variable inclination board. It is the front perspective view which expanded the area | region of the spring of FIG. It is side surface sectional drawing which showed the spring of FIG. It is the side view which showed the torsion spring. It is the front perspective view which showed the state which opened the cover of the barrel container equipped with the variable inclination board. It is side surface sectional drawing which showed the state which put the packaging bag with which wine was filled in the barrel container equipped with the variable inclination board. It is side surface sectional drawing which showed the state from which the wine of the packaging bag of FIG. 17 has decreased. It is the front perspective view which showed the external appearance of the vertical barrel container. It is the rear perspective view which showed the external appearance of the vertical barrel container. It is the front enlarged view which showed the state which mounted the packaging bag on the protruding stand made from a polystyrene foam. It is the front perspective view which showed the uplift stand made from a foaming polystyrene. It is the front perspective view which showed the principal part inside the barrel container equipped with the protruding stand of FIG. It is side surface sectional drawing which showed the state which put the packaging bag filled with wine in the barrel container equipped with the protruding stand of FIG. It is the front perspective view which showed the uplift stand made from a wooden board. It is side surface sectional drawing which showed the state which put the packaging bag filled with wine in the barrel container equipped with the uplift stand of FIG.

Explanation of symbols

1 Horizontal barrel
2 Front body part
3a, 3b Spout fixing hole
4a, 4b score line
5a, 5b boundary line (divided sides)
6 Vertical opening type spout door
7 Sliding spout door
8a, 8b Metal fittings for opening and closing
9a, 9b Hinge
10a, 10b Door plate
11-1, 11-2 Round bar
12 stands
13 Variable tilt plate
14 Top plate
14a Trapezoidal plate
14b rectangular plate
14c Refraction angle of top plate
15 Sliding top plate
15a fulcrum plate
15b End plate
16a-1, 16a-2 Metal plate (rail parts)
16b-1, 16b-2 Metal plate (rail parts)
17 Convex shape
18 Fixed plate
19 clips
20 Enlarged view of the spring mounting part
21 Spring
22, 23 Reinforcing plate
24 Torsion spring
25 Length of arm
26 winding angle
27 Allowable torsion angle
28 Packaging bags
29 Spout
30 liquid (wine)
31 Vertical barrel
32 Three-dimensional uplift
33 Upper surface of the uplift
34 Height of the upper surface on the spout side
35 Top point of spout weld outer ring
36 Spout weld
37 Height of the upper surface opposite the spout
38 groove
39 Groove width
40 Depth of groove
41 Wine spillway
42 Wood board uplift
43 Top surface of wood board uplift
44 Standing plate fixing plate
45-1, 45-2 Standing plate

Claims (5)

In a wine container for a liquid packaging bag filled with a liquid packaging bag having a spout containing wine, a hole for fixing the spout is provided at a low position of the wine container for a liquid packaging bag, and the position higher than the hole is defined as a boundary. The top and the bottom are divided into two parts to make a lid and a main body, and in the vicinity of the spout, the hole is cut into a concave shape from the upper side of the main body, and a door is provided at the cut out part. Wine containers for liquid packaging bags. 2. The liquid packaging bag according to claim 1, further comprising: a variable inclined plate that supports the liquid packaging bag and increases an inclination angle according to a decrease in the amount of wine in the wine container for the liquid packaging bag. Wine container. A bulge having an upper surface for supporting the liquid packaging bag at a position higher than the height of the hole provided in the wine container for the liquid packaging bag with a groove having a predetermined interval between the hole for fixing the spout The wine container for liquid packaging bags according to claim 1, further comprising a table. The outer packaging box or container for wine-containing liquid packaging bags according to any one of claims 2 and 3, wherein the liquid packaging bag is supported. The liquid packaging bag outer box or container according to any one of claims 1 to 4, wherein the liquid in the liquid packaging bag is liquor.

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