JP5301378B2 - Beverage server - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a beverage server for improving a cold keeping effect and for holding easily while maintaining its spherical form. <P>SOLUTION: This beverage server includes: a container 1 with an upward mouth 15a; an openable/closeable top lid 2 for covering the mouth of the container; a discharging pipe 5 whose one end is connected to the bottom of the container; a cock 6 which is connected to the other end of the discharging pipe; and a stand 4 for holding the bottom of the container. The container is of double walls structured with an intermediate hollow part 13 between an inner wall 11 and an outer wall 12 and is provided with a handle which can rise and fall on both sides in the horizontal direction of the outer wall. The outer wall, the top lid 2 and the handles form a spherical form when the handles are in a fallen condition. The handles stick out of the spherical form formed by the outer wall and the top lid 2 when the handles are raised. The top lid 2 is provided with a stick holding part 25 and a stick shaped cooling stick where a coolant is enclosed is stored in the stick holding part. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

  The present invention relates to a beverage server that stores beverages such as beer and can be poured out as needed.

  As a conventional beverage server, there is a vertically long large server that can pour liquid while being placed on a table. More specifically, there is a beverage server in which a vertically long pipe is erected on a base placed on a table via a stopper and the liquid in the pipe is poured from a cock attached to the stopper (Patent Documents 1 and 2). 3).

Japanese Patent Laid-Open No. 11-314695 JP 2000-272699 A JP 2007-197010 A

  However, the conventional beverage server has a vertically long pipe shape, and is generally used as a shape of a container for containing a beverage. Therefore, the present inventor has started the development of a beverage server in which the container has a ball shape so that a strong impression can be visually appealed.

  Usually, since the ball shape is easy to roll, it is difficult to hold compared to the pipe shape. Moreover, due to the nature of the beverage server, it can be quite heavy because it can hold several kilograms of beverage. Therefore, it is desirable to attach a handle. However, if the relationship between the container and the handle is not sufficiently designed, the ball shape may be spoiled.

  For example, as shown in FIG. 9, in order to obtain a handle 90, a long hole 91 for inserting a finger is formed on the side of a spherical container, or a semicircular suspension 92 is used as shown in FIG. It is like connecting both ends of a suspension to both lateral sides of a spherical container. In these cases, the ball shape of the container is clearly impaired because there are large holes in the ball shape of the container and a completely different member is attached to the surface of the ball shape.

  In addition, because of the nature of a beverage server, it is desired to improve the cold insulation effect and facilitate handling.

  The present invention has been created in view of the above circumstances, and its solution is to make it easy to hold while maintaining at least a spherical shape.

  The present invention relates to a container having an upward mouth part, an openable / closable upper lid that covers the mouth part of the container, a pouring pipe that connects one end part to the bottom part of the container, and a cock that connects to the other end part of the pouring pipe And a beverage server comprising a stand for holding the bottom of the container.

  The invention of claim 1 is a double wall structure in which the container is provided with a hollow portion between the inner wall and the outer wall, and includes a handle that can be raised and lowered on both sides of the outer wall in the horizontal direction, In this case, a spherical shape is formed by the outer wall, the upper lid, and the handle. In the case where the handle is raised, the handle protrudes outward from the spherical shape formed by the outer wall and the upper lid, and the upper lid is provided with a stick holding portion. A stick-shaped cooling stick in which a cold storage agent is sealed in the stick holding part can be accommodated in the container.

  The upper lid may be composed of only one part, or may be composed of two parts of the upper lid body and the upper lid cap. In the case of a single component, a stick holding part may be formed on the inner surface side. For example, when the cooling stick has a shape having a flange at the upper end, a pair of L-shaped rails including only the flange is formed in parallel to the inner surface of the upper lid. Furthermore, even if it is constituted by two parts, a simple hole may be formed in the top plate portion of the upper lid body, and the hole may be used as a stick holding portion. Further, it is desirable that the cooling stick is easily attached and that the attachment state is stabilized as follows. That is, as in the invention of claim 2, the upper lid includes an upper lid main body and an upper lid cap, and the upper lid main body hangs the bottomed cylindrical stick holding portion from the top plate portion covering the container mouth, A stick insertion slot is provided at the upper end of the holding part, and the upper lid cap opens and closes the stick insertion slot. The upper lid body and the closed upper lid cap form a spherical upper part. If the upper end of the cooling stick has a flange, it is desirable that the stick insertion port has a wide opening.

  The pouring pipe that guides the liquid from the container to the cock may have one end connected to a position below the double-walled container, but in this case, the liquid stored in the pouring pipe Is completely out of the double-walled container, so it is difficult to say that the cooling effect is sufficient. Therefore, the liquid in the pour tube becomes wet as the time stored in the pour tube increases. To avoid this as much as possible, it is desirable to do the following. That is, as in the invention of claim 3, the outer wall of the container includes a spherical portion having a shape obtained by cutting off the top and bottom of the sphere, and an installation portion protruding downward from the bottom side of the spherical portion, and the bottom of the inner wall of the container, It is that the extraction pipe | tube connecting a cock has passed the hollow part in an installation part in the horizontal direction.

  There may be almost no gap between the closed upper lid and the container. However, in order to easily open the upper lid while maintaining the spherical shape, the following is desirable. That is, as in the invention of claim 4, a gap for inserting a jig or a finger for opening the upper lid is provided at the boundary between the closed upper lid and the container.

  The cock may be far away from the container, but the product is larger and not good looking. In order to improve the appearance while making the product compact, it is desirable to do the following. That is, as in the invention of claim 5, the operation lever of the closed cock is inclined in a direction away from the container to the extent that a finger can be inserted.

  According to the first aspect of the present invention, when the handle is turned down, a spherical shape is formed by the outer wall of the container, the upper lid, and the handle, so that a beverage such as beer can be poured while maintaining the spherical shape. On the other hand, when the handles on both sides in the horizontal direction of the outer wall are raised, the handles protrude from the spherical shape formed by the outer wall and the upper lid to both sides of the outer wall. In addition, the container has a double wall structure with a hollow part between the inner wall and the outer wall, and the stick holding part is provided on the upper lid, so that the outside of the container is insulated while being insulated from the stick holding part. The held cooling stick can cool the liquid from the inside of the container and has a high cooling effect.

  In the invention of claim 2, if the upper lid cap is opened with respect to the upper lid body, the cooling stick can be inserted from above into the bottomed cylindrical stick holding part hanging from the top plate portion of the upper lid body. As a result, handling becomes easy. If the upper lid cap is closed, the upper lid body and the upper lid cap form a spherical upper portion, so that the spherical shape can be maintained.

  In the invention of claim 3, the outer wall of the container includes a spherical part and an installation part protruding downward from the bottom side of the spherical part, and the pouring pipe connecting the bottom part of the container inner wall and the cock is a hollow part in the installation part. Since the liquid is passing in the horizontal direction, the cooling effect of the liquid stored in the extraction pipe is high.

  In the invention of claim 4, since a gap for inserting a jig or a finger for opening the upper lid is provided at the boundary between the closed upper lid and the container, it is easy to open the upper lid, while maintaining a spherical shape. Handling becomes easy.

  In the fifth aspect of the invention, the operation lever of the closed cock is tilted away from the container to such an extent that a finger can be inserted, so that the cock is close to the container and the overall operation becomes compact. , Looks better.

It is a front view which shows the drink server of this invention. It is a principal part longitudinal cross-sectional view of a drink server. It is a top view which shows the relationship between a handle and a container. (A), (B), and (C) are a bottom view showing the outer body of the container, a cross-sectional view taken along the line AA, and a front view with a cross section of the handle attachment portion. (A), (b), (c), and (d) are a side view, a plan view, a front view, and a cross-sectional view taken along line AA, showing the handle. (A), (B), (C), and (D) are a plan view, a longitudinal sectional view, a front view, and a right side view showing an elbow of the extraction pipe. (A) and (B) are a bottom view and a cross-sectional view taken along the line AA of the temporary stand for the stand. It is a perspective view which shows the whole image of a drink server. It is sectional drawing which shows the drink server which uses a part of container as a handle. It is a front view which shows the drink server which makes a handle a hanging type.

  As shown in FIGS. 1, 2 and 8, the beverage server of the present invention is connected to the container 1, the upper lid 2 covering the container 1, and the container 1 so as to be undulated on both sides in the horizontal direction. A pair of handles 3, a stand 4 that supports the container 1 from below, a pouring pipe 5 that leads liquid from the container 1 to the outside, and a cock 6 that opens and closes the pouring pipe 5. When the handle 3 is in the face down state, a spherical appearance is formed by the container 1, the upper lid 2 and the handle 3, and when the handle 3 is raised, the handle 3 starts from the spherical appearance formed by the container 1 and the upper lid 2. Protrudes outward, and in either case, the spherical bottom is supported by the stand 4 from below. Hereinafter, each component will be described in detail.

The container 1 has a double wall structure including a hollow portion 13 between the inner wall 11 and the outer wall 12.
The inner wall 11 is a container portion that forms the inner shape of the container 1 and directly accommodates the liquid. More specifically, the inner wall 11 has a vertical cylindrical shape at the top and a tapered shape at the bottom. Yes, its bottom is flat.
On the other hand, the outer wall 12 is a portion that forms the outer shape of the container 1 and that surrounds the outer side of the inner wall 11 while continuing to the upper end of the inner wall 11. It is a shape provided with the part 12a and the cup-shaped installation part 12b which protrudes below from the bottom side of the spherical part 12a. The installation part 12b is located in the center part of the container 1 when viewed in plan. And the installation part 12b is comprised from the cylindrical part 12c which protrudes below continuously from the spherical part 12a, and the detachable back cover 14 which plugs up the lower end opening of the cylindrical part 12c. Therefore, the container 1 is composed of two bodies: a back cover 14 and a part other than the back cover 14, that is, a container body 15 that can be attached to and detached from the bottom of the back cover 14.

  The back cover 14 is made of synthetic resin, and protrudes upward from the connecting piece 14b along the outer periphery of the plate-like back cover body 14a. The connection piece 14b and the lower part of the cylindrical part 12c are fitted by unevenness over the entire circumference. In the figure, the reference numerals of the convex portion and the concave portion are omitted, but the convex portion is formed on the inner peripheral side of the connecting piece 14b, and the concave portion is formed on the outer peripheral side of the cylindrical portion 12c.

  The container body 15 is made of synthetic resin, and is formed by integrating two bodies of an inner body 16 that forms the upper part of the inner wall 11 and the outer wall 12 and an outer body 17 that forms the lower part of the outer wall 12 by ultrasonic welding or the like. . The integral part by this welding or the like is the position of a bisector when the sphere is divided into two equal parts. As shown in FIG. 4, the housing recess 17 a for housing the handle 3 is formed in the shape of the handle 3 in the outer body 17 (outer wall 12) in the vicinity below the portion integrated by welding or the like. They are also recessed inside. Even when the handle 3 is turned down and accommodated in the accommodation recess 17a, the lower end of the accommodation recess 17a opens outward, and this opening becomes a clue when operating the handle 3 with the fingertip. Since the housing recess 17 a is provided in the outer body 17, the handle 3 can be gripped in a more stable state than in the case where the housing recess 17 a is provided at 12 locations on the outer wall 12 of the inner body 16. Moreover, as shown in FIG. 2, the container main body 15 becomes the opening part 15a which the upper end part opens upwards. The inner diameter of the mouth portion 15a is smaller than the spherical diameter. That is, since the upper end of the mouth portion 15a is above the bisector, more precisely, above 3/4 of the diameter D of the sphere, a large amount of liquid can be accommodated.

  As shown in FIG. 3 or 5, the handle 3 can be raised and lowered with respect to the container main body 15 by fitting a horizontal convex shaft 31 serving as a fulcrum with a concave shaft holding hole 31 a that accommodates the shaft 31. It is connected to. The handle 3 includes a plate-like handle body 32 that forms a part of the outer surface of the sphere. The handle main body 32 has an arcuate lower side, and an upper groove 33 formed in a groove shape in the upper part of the handle main body 32 in the center, and both sides of the upward groove 33 are arm parts 34, respectively. A shaft support rib 35 extending inward is provided on the inner surface side of each arm portion 34, and the shaft 31 is projected horizontally symmetrically toward the inside of the upward groove portion 33 on each shaft support rib 35. The handle main body 32 has a main body rib 36 protruding inward along the lower side of the upward groove 33. As shown in FIG. 4, a sandwiched portion 17b that is sandwiched between a pair of arm portions 34 is formed on the outer wall 12 of the container body 15 so as to protrude outwardly adjacent to the aforementioned housing recess 17a. A concave shaft holding hole 31a into which the shaft 31 is fitted is formed on both the left and right sides of the sandwiching portion 17b. Therefore, the handle 3 can be raised and lowered around the pair of shafts 31. When the handle 3 is in a state of being turned down (closed), the outer wall 12, the upper lid 2, and the handle 3 form a spherical appearance (more specifically, a spherical shape with the bottom cut off), and the handle 3 is raised ( In the case of the open state), the handle 3 protrudes substantially horizontally outward from the spherical appearance formed by the outer wall 12 and the upper lid 2. The accommodating recess 17a and the arm 34 interfere with each other, and the handle 3 is held horizontally. As a matter of course, since the spherical shape when the handle 3 is raised is depressed by the amount of the accommodating recess 17a, the surface is more distorted than the spherical shape when the handle 3 is turned down.

  As shown in FIG. 2, the upper lid 2 can be opened and closed on the mouth portion 15 a of the container body 15, and more specifically, can be opened and closed. The upper lid body 21 forms a spherical upper portion and can be opened and closed on the top of the upper lid body 21. And an upper lid cap 22 to be fitted (detachable).

  The upper lid body 21 includes a top plate portion 23 corresponding to a spherical upper portion, and the outer peripheral edge portion of the top plate portion 23 is a portion that is placed on the mouth portion 15 a of the container 1. Gaps 23a into which jigs or fingers can be inserted are provided in places between the outer peripheral edge portion of the top plate portion 23 and the mouth portion 15a. In the figure, the gap 23a is a recess in the outer surface of the mouth portion 15a, and serves as a clue when the upper lid 2 is opened by inserting a jig or the like from the outside. Further, the upper lid body 21 hangs the engaging portion 24 from the inner side of the outer peripheral edge portion of the top plate portion 23, and the engaging portion 24 is inserted inside the mouth portion 15a (inside the upper end portion of the inner wall 11). . By fitting the O-ring over the entire outer periphery of the engaging portion 24, the sealing performance between the engaging portion 24 and the inner wall 11 is improved.

  The upper lid body 21 includes a stick holding portion 25 at the center of the top plate portion 23. The stick holding part 25 can accommodate therein the refrigerant liquid 8 having a higher freezing temperature than the regenerator 9 of the cooling stick 7, and when the cooling stick 7 is accommodated, the stick holding part 25 contains the refrigerant liquid 8 more than before the accommodation. The water level is raised to surround the outer peripheral side of the cooling stick 7 with the refrigerant liquid 8.

  The stick holding portion 25 is a bottomed cylindrical storage case that is open at the top, and the upper end portion serves as a stick insertion port portion 25a into which the cooling stick 7 is inserted, and the lower portion from the upper end portion is a cooling stick. 7 torso part accommodating part 25b. In addition, the stick holding portion 25 has a stepped shape in which the stick insertion port portion 25a protrudes outward from the body portion accommodating portion 25b in accordance with the shape of the cooling stick 7. And since it is set as the taper shape which an inner diameter and an outer diameter become narrow as it goes below as a whole, it is easy to wash the inner surface of the stick holding | maintenance part 25. FIG.

  The stick insertion port portion 25a positions and accommodates the upper lid cap 22 at the inner upper portion and the flange portion 72 of the cooling stick 7 at the inner lower portion.

  The trunk portion accommodating portion 25 b surrounds the outer peripheral side of the trunk portion 71 of the cooling stick 7 via a cylindrical refrigerant liquid accommodating space, and is formed to have a smaller diameter than the flange portion 72 of the cooling stick 7. It is desirable that a mark (not shown) is engraved in the trunk portion accommodating portion 25b in order to prevent the refrigerant liquid 8 put therein from overflowing. For example, in the inner peripheral surface and the outer peripheral surface of the trunk portion accommodating portion 25b, a mark is put at about 1/3 of the total depth. Since the trunk | drum accommodating part 25b is transparent, the refrigerant | coolant liquid 8 which enters can be visually observed from the outside, and it is easy to match the water level of the refrigerant | coolant liquid 8 with a mark.

  The upper lid cap 22 is composed of a concealing plate 26 that closes the stick insertion port portion 25 a, a positioning plate 27 that hangs from the inner side of the outer peripheral edge of the concealing plate 26, and a gripping plate 28 that protrudes above the concealing plate 26. The The concealing plate 26 is a curved surface such as a spherical top portion at the outer peripheral portion, and the center portion thereof is recessed. Further, the positioning plate 27 is cylindrical, and is fitted between the stick insertion opening 25a and the flange 72 of the cooling stick 7 so as to be cylindrical between the stick holding part 25 and the cooling stick 7. A refrigerant liquid storage space is formed. The grip plate 28 is pinched with a finger when the upper lid cap 22 is used. When viewed in plan, the grip plate 28 extends in a straight line from the center of the concealment plate 26 to the opposite location on the outer periphery. In addition, although the upper end of the holding | grip board 28 protrudes to the height corresponding to the spherical shape formed with the container 1, the upper cover 2, etc., you may be lower than it.

  The refrigerant liquid 8 relaxes the coldness of the frozen regenerator 9 and transmits it to the liquid in the container 1. A liquid having a freezing temperature higher than that of the regenerator 9, for example, water is used.

  The cooling stick 7 includes a rod-shaped body 71 in which the regenerator 9 is enclosed, and a ring-shaped flange 72 that protrudes outward from the upper end of the body 71 over the entire circumference. .

  The regenerator 9 is translucent, for example, has a salt content of about 15% in terms of the total weight ratio, and freezes or thaws in the range of −20 ° C. to −5 ° C. depending on the salt content. Use what has. Moreover, it is estimated that the cold storage agent 9 whole freezes almost certainly by using potassium chloride as a material used as a salt content and setting it as a blending ratio of 10 to 20% in the whole weight ratio. In addition, C.I. M.M. C (carboxymethyl cellulose) is a white to white powder, and its properties are dissolved not only in hot water but also in cold water, and exhibits thickening when dissolved. This C.I. M.M. The cool storage agent 9 exhibits caking property by mix | blending C as a component of the cool storage agent 9 with 1.0 to 2.0% by the whole weight ratio.

  As shown in FIG. 1, FIG. 2, or FIG. 7, the stand 4 includes a cradle 41 placed on a table and a temporary cradle 42 placed on the cradle 41. The temporary receiving table 42 is detachably fitted onto the receiving table 41 and is detachably fitted to the installation portion 12 b of the container 1. The temporary support 42 has a cylindrical shape as a whole, and surrounds and covers the cylindrical portion 12c of the installation portion 12b at the upper portion thereof, and supports the installation portion 12b from below at the height intermediate portion, and is installed by fitting with unevenness. It connects with the part 12b so that attachment or detachment is possible. For this reason, the temporary cradle 42 has a tapered shape in which the upper part of the cylindrical temporary cradle body 42a is constricted in accordance with the shape of the installation part 12b. A convex support piece 42b is projected inwardly along. On the other hand, the cylindrical portion 12c of the installation portion 12b has a small-diameter small-diameter portion 12e provided in a step shape below the tapered large-diameter portion 12d, and a step that is a boundary between the large-diameter portion 12d and the small-diameter portion 12e. The portion 12f is supported by the support piece 42b. In addition, a concave engagement groove (reference numeral omitted) into which the tip portion (inner peripheral portion) of the support piece 42b fits is formed at the upper end of the small diameter portion 12e. When the temporary cradle 42 is integrated with the container 1 by fitting in this way, the lower end of the cock 6 does not touch the table even if the container 1 is placed on the table together with the temporary cradle 42, so even if the cradle 41 is not found. It can be used and is excellent in handling.

  The cradle 41 fits inside the lower portion of the temporary cradle 42 and supports the lower end of the temporary cradle 42. The cradle 41 hangs down from the upper plate portion 41a having a recessed central portion and the outer periphery of the upper plate portion 41a. And a peripheral plate portion 41b. The peripheral plate portion 41b has an upper end portion that has a smaller diameter compared to the lower portion, and the lower end of the temporary support 42 is placed on the stepped portion. Moreover, the lower part of the surrounding-plate part 41b is a divergent shape. The peripheral plate portion 41b is recessed in the vicinity immediately below the cock 6 and provided with a cup base.

  As shown in FIG. 2 or FIG. 6, the extraction pipe 5 connects the bottom of the inner wall 11 and the cock 6 and passes through the hollow part 13 in the installation part 12b in the lateral direction. The pouring pipe 5 includes an L-shaped elbow 51 including a vertical pipe portion 51 a and a horizontal pipe portion 51 b, and a joint unit 52 that connects the elbow 51 and the cock 6. One end of the elbow 51 is integrally connected to the liquid discharge port 11 a at the bottom of the inner wall 11 by ultrasonic welding or the like. More specifically, a cylindrical liquid discharge port portion 11a is continuously hung downward at the center of the bottom of the inner wall 11, and the upper end portion of the vertical tube portion 51a of the elbow 51 is outside the liquid discharge port portion 11a. And is integrally formed by ultrasonic welding or the like. Further, the elbow 51 is detachably fitted in the middle of the other end side to the installation portion 12b. More specifically, the installation portion 12b of the container body 15 is formed with a recess 12g that is recessed inward in a part of the circumferential direction, and the first tube cut into an inverted U shape from the lower end of the recess 12g. A through-hole 12h is formed, and an annular flange 51c is formed in the middle of the horizontal tube portion 51b of the elbow 51 over the outer periphery with a gap between the two, and is formed between the two flanges 51c. A fitting groove (reference numeral omitted) is fitted into the upper part of the first through-passage window 12h. Further, with respect to the single flange 51c, a cover piece 51d that covers the lower part of the first through-hole window 12h is continuously suspended, and the cover piece 51d constitutes a part of the outer wall 12 of the container 1. .

  As shown in FIG. 2, the joint unit 52 connects the other end of the elbow 51 and the introduction pipe 62 of the cock 6. In the figure, the joint unit 52 is composed of an extension pipe 53 and a plurality of nuts 54, and the other end of the elbow 51 and the cock 6 are screwed by the nut 54 and tightened using the screw action. The inlet pipe 62 is connected. In addition, in order to let the extraction pipe | tube 5 pass, the 2nd pipe penetration window 42c cut out in the U-shape is provided in the temporary support stand 42. As shown in FIG.

  As shown in FIG. 2, the cock 6 has a cock main body 61 having a vertical cylindrical passage for allowing liquid to pass through, an introduction pipe 62 protruding from a side surface of the intermediate portion of the cock main body 61, and an upper portion of the cock main body 61. And an operation lever 64 connected by a shaft 63. In the closed state, the operation lever 64 is inclined in the direction away from the container 1 with respect to the lower portion (the portion including the support shaft 63). More specifically, the container 1 is inclined obliquely upward so as to be along the tangential direction while being separated from the container 1, and the distance G between the container 1 and the container 1 at this time is such that a finger can be inserted. At this time, a valve (not shown) in the cock body 61 is lowered and the passage is closed. Then, when the operation lever 64 is pulled further forward with the support shaft 63 as a fulcrum, the valve in the cock main body 61 rises and the passage is opened, and the liquid is discharged from under the cock main body 61.

  The present invention described above is very attractive because it looks like a true spherical shape is placed on the stand 4 when viewed from a distance. Moreover, since the pouring tube 5 has a structure projecting in the lateral direction from directly below the spherical shape, it feels like a liquid is discharged from the sphere. More specifically, as shown in FIG. 1, more specifically, just below the spherical shape, the height of the extraction pipe 5 is below the lower end of the diameter D of the sphere and is ¼ of the diameter D of the sphere. This is the case when it is within the height range.

  The present invention is not limited to the above embodiment. For example, in FIG. 8, a soccer ball pattern is attached to the spherical surface formed from the container 1, the upper lid 2, and the handle 3, but a pattern such as a volleyball, a handball, a basketball, a dodge ball, or a globe or a constellation. You may put on. In this way, if this beverage server is placed in a place where soccer or the like is spoken, it may play a role in raising the atmosphere of the place. Moreover, although the hollow part 13 can also be used putting ice, it is desirable to utilize as a heat insulation space. If it does in this way, the surface of container 1 will not condense. Further, the upper lid 2 may have a structure without the upper lid cap 22. In this case, the stick holding part 25 is formed on the inner surface side of the upper lid body 21. In addition, the installation part 12b does not necessarily need to have a tapered shape with a constriction. The upper lid 2 and the upper lid cap 22 are detachable from the container 1 and the upper lid main body 21 in the drawing, that is, have a detachable structure. As a simple structure, it may not be easily removed.

1 container 2 upper lid 3 handle 4 stand 5 pouring pipe 6 cock 7 cooling stick 8 refrigerant liquid 9 cool storage agent 11 inner wall 11a liquid discharge port portion 12 outer wall 12a spherical portion 12b installation portion 12c cylindrical portion 12d large diameter portion 12e small diameter portion 12f Stepped part 12g Depressed part 12h First tube passage window 13 Hollow part 14 Back cover 14a Back cover body 14b Connection piece 15 Container body 15a Mouth part 16 Inner body 17 Outer body 17a receiving recess 17b Clamping part 21 Upper cover body 22 Upper cover cap 23 top plate portion 23 a gap 24 engagement portion 25 stick holding portion 25 a stick insertion port portion 25 b body portion receiving portion 26 concealing plate 27 positioning plate 28 grip plate 31 axis 31 a axis holding hole 32 handle body 33 upward groove portion 34 arm portion 35 axis Support rib 36 Main body rib 41 base 41a Upper plate part 41b Peripheral plate part 42 Temporary base 42a Temporary base body 42b Support piece 42c Second passage window 5 Elbow 51a vertical pipe portions 51b transverse pipe portion 51c flange portion 51d cover piece 52 joint unit 53 extension tube 54 a nut 61 cock body 62 inlet pipe 63 shaft 64 lever 71 barrel 72 flange portion 90 handle 91 long hole 92 hand strap

Claims (5)

A container (1) having an upward mouth part (15a), an openable / closable upper lid (2) covering the mouth part (15a) of the container (1), and an outlet for connecting one end to the bottom part of the container (1) In a beverage server comprising a pipe (5), a cock (6) connected to the other end of the dispensing pipe (5), and a stand (4) holding the bottom of the container (1),
The container (1) has a double wall structure comprising a hollow portion (13) between the inner wall (11) and the outer wall (12);
It has a handle (3) that can be raised and lowered on both sides in the horizontal direction of the outer wall (12),
In the case where the handle (3) is turned down, a spherical shape is formed by the outer wall (12), the upper lid (2) and the handle (3). In the state where the handle (3) is raised, the outer wall ( 12) and the handle (3) project outward from the spherical shape formed by the upper lid (2),
A stick-shaped cooling stick (7) provided with a stick holding part (25) in the upper lid (2) and enclosing the cool storage agent (9) in the stick holding part (25) can be accommodated in the container (1). Feature beverage server. The upper lid (2) includes an upper lid body (21) and an upper lid cap (22).
The upper lid body (21) hangs a bottomed cylindrical stick holding part (25) from a top plate part (23) covering the container mouth part (15a), and a stick insertion port at the upper end of the stick holding part (25). Part (25a),
The top lid cap (22) opens and closes the stick insertion slot (25a).
The beverage server according to claim 1, wherein the upper lid body (21) and the closed upper lid cap (22) form a spherical upper portion.   The container outer wall (12) includes a spherical part (12a) having a shape obtained by cutting off the upper part and the bottom part of the sphere, and an installation part (12b) protruding downward from the bottom side of the spherical part (12a). The pouring pipe (5) that connects the bottom of the cock and the cock (6) passes through the hollow part (13) in the installation part (12b) in the lateral direction. The beverage server described.   A gap (23a) into which a jig for opening the upper lid (2) or a finger can be inserted is provided at the boundary between the closed upper lid (2) and the container (1). Or the drink server of 3 description.   The operating lever (64) of the closed cock (6) is inclined in a direction away from the container (1) to such an extent that a finger can be inserted. Beverage server.

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