JP3187021U - Cold freezing cup - Google Patents

Abstract

A cold and hot refrigeration cup is provided that has various functions for use and has a structure that is easy to use.
A container body, an upper lid, and a bottom lid are provided. A container 11 is provided inside the container body. The container has an accommodation space 12 that opens upward, and a loading space 5 is provided between the container body 1 and the container. An ice pinching component 4 is provided inside the loading space, or an ice pinching space is formed. A loading port is opened at the bottom of the container body. With the structure described above, the container body 1 is turned upside down and an appropriate amount of water, salt water, or the like is added from the loading port, and then frozen and heated to form an icing layer / heated layer. Alternatively, ice / salt etc. or various refrigerants / heat media are put in the loading space 5 and the loading port is sealed with a bottom cover. As described above, the food and drink in the container housing space 12 is kept in a cold state or in a state of cooling, freezing, heat, or the like.
[Selection] Figure 5

Description

The present invention relates to a cold-frozen freezing cup, and in particular, a container is provided inside a container body to form a storage space and a loading space, and an ice-clamping component is provided in the loading space according to the necessity for use. Or an ice-clamping space is formed, and based on the above structure, an ice layer is formed by inverting the container body and putting an appropriate amount of water or salt water in the loading space and then freezing, or By removing ice sandwiching parts or ice sandwiching space and putting ice / salt / refrigerant / heat medium directly into the loading space, the food and drink in the storage space can conduct icing layers, ice / salt, refrigerant / heat medium. In addition to maintaining a cold state and making it cool and warm, it can be further shaken and stirred to make a sherbet or ice cream, which has various usage functions and a simple structure to use. , On the cold frozen cup.

People's eating and drinking preferences are greatly influenced by the climate. On hot summer days, he likes cold drinks. On the other hand, warm drinks are welcomed in winter. If you want to drink a cold beverage in the summer, the simplest way is to cool the beverage in the refrigerator or put it in ice directly. However, when cooling in the refrigerator, the beverage will not cool until a certain amount of time has passed, and the temperature of the beverage after it has been removed from the refrigerator will rise rapidly at room temperature. It will be broken. When ice is put into a beverage, although it can be cooled rapidly, the taste of the beverage is diminished and it takes time and effort to prepare ice.

On the other hand, there are many commercially available cold / heat cups with double walls. These emphasize that the inside of the cup can be kept cool or the temperature can be lowered by filling the inside of the double wall with a vacuum or filling with a material such as a cryogen or styrofoam. . However, in general, the above-mentioned cold / heat insulating cup is not only inconvenient in use but also expensive in sales price. In terms of function, it only keeps the beverage cold for a long time, and it does not have the effect of refrigeration / freezing or cooling with ice, so it is difficult to say that it is practical.

Therefore, the present invention provides a sherbet in which the food and drink in the storage space is kept cold by the conduction of ice layers, ice / salt, various refrigerants / heat media, or is cooled / heated, and is further shaken and stirred. The purpose is to provide a cold-frozen freezing cup that can make ice cream and ice cream.

In order to achieve the above object, the present invention mainly comprises a container body, an upper lid, and a bottom lid. A container is provided inside the container body. The container has a storage space opened upward, and a loading space is provided between the container body and the container. Inside the loading space, an ice-clamping part is provided or an ice-clamping space is formed according to the necessity in use. A loading port is opened at the bottom of the container body. The upper lid and the bottom lid are respectively provided corresponding to the shape and size of the accommodation port above the container and the loading port at the bottom of the container body, thereby sealing the accommodation port and the loading port. With the above structure, an appropriate amount of water or salt water is poured from the loading port of the loading space where the container body is turned upside down, and then the loading port is sealed with the bottom lid and frozen to form an icing layer. . Further, it is possible to omit the ice-clamping parts or the ice-clamping space, put ice / salt, or a refrigerant / heat medium directly into the loading space, and similarly seal with the bottom cover. By using the above-mentioned freezing layer or the conduction of ice, salt, refrigerant, and heat medium, the food and drink in the container's storage space can be kept cold and warm, and can be shaken and stirred. Sherbet and ice cream can be made. Thereby, while having various use functions, the structure is simple to use.

It is a perspective exploded view of the present invention. It is assembly sectional drawing of this invention. It is the schematic 1 which showed the use condition of this invention. It is the schematic 2 which showed the use condition of this invention. It is the schematic 3 which showed the use condition of this invention. It is assembly sectional drawing of Example 2 of this invention. It is sectional drawing of the example of a change in Example 2 of this invention. It is sectional drawing of the example of a change in Example 2 of this invention. It is assembly sectional drawing of Example 3 of this invention. It is assembly sectional drawing of Example 4 of this invention. It is assembly sectional drawing of Example 5 of this invention. It is assembly sectional drawing of Example 6 of this invention. It is assembly sectional drawing of Example 7 of this invention. It is assembly sectional drawing of Example 8 of this invention. It is assembly sectional drawing of Example 9 of this invention. It is assembly sectional drawing of the example of a change in Example 9 of this invention. It is assembly sectional drawing of Example 10 of this invention. It is assembly sectional drawing of Example 11 of this invention. It is assembly sectional drawing of Example 12 of this invention. It is assembly sectional drawing of Example 13 of this invention. It is assembly sectional drawing of the example of a change in Example 13 of this invention. It is assembly sectional drawing of Example 14 of this invention.

Example 1
First, refer to FIG. The present invention mainly includes a container body 1, an upper lid 2, and a bottom lid 3.

Please refer to FIG. 2, FIG. 3, FIG. 4, and FIG. The container body 1 is molded into a predetermined shape, and a container 11 is provided therein. The container 11 and the container body 1 are combined by a method such as integral molding or articulation / stage assembly. In addition, the container 11 has a storage space 12 that opens upward, and contains beverages or foods (eg, sake, milk, juice, coffee, mung bean soup, happo rice cake, etc.) poured from the top storage opening. can do. Further, a loading space 13 is provided between the container 11 and the container body 1. The loading space 13 is provided outside the container 11, and the ice sandwiching part 4 is provided in the inside according to the necessity for use. The ice sandwiching component 4 is composed of several dish-shaped frames, is provided corresponding to the shape and size of the loading space 13, and is provided with a plurality of square-shaped openings at the top thereof. In addition, the container body 1 has a bottom opening to form a loading port, and a screw thread 14 is provided on the periphery of the bottom. As a result, the container body 1 is turned upside down and the loading port faces upward, and then water or salt water or ice / salt / various refrigerants / heat medium (for example, crushed ice / shaved ice / dry ice / hot water) are loaded in the loading space 13.・ Hot water etc. can be added. Next, the upper lid 2 corresponds to the shape and size of the accommodation opening opened at the top of the container main body 1 and prevents the food and drink in the accommodation space 12 from leaking outside by sealing with a lid. The bottom lid 3 is provided corresponding to the shape and size of the loading port formed at the bottom of the container body 1, and a screw hole 31 is provided inside the mouth edge. The screw hole portions 31 are provided corresponding to the screw thread portions 14 at the bottom of the container body 1 so as to be screwed together. The bottom lid 3 is further provided with a stop edge 32 protruding inward from the screw hole portion 31, thereby forming an annular tank recessed between the stop edge 32 and the inner edge of the mouth edge portion to prevent leakage. A ring 33 is placed. By fitting the bottom portion of the container body 1 into the leak prevention ring 33, the loading port of the loading space 13 is sealed, and water / salt water or ice / salt / refrigerant / heating medium (for example, crushed ice / shaving) Ice, dry ice, hot water, hot water, etc.) can be prevented from leaking, and the ice-clamping component 4 can be movably attached and positioned.

When using the present invention, the bottom lid 3 of the inverted container body 1 is removed, an appropriate amount of water or salt water (see FIG. 3) is put into the loading space 13, and the bottom lid 3 is closed again for loading. Seal the mouth. By freezing this, the frozen layer 5 is formed in the loading space 13 (see FIG. 4). After the container body 1 is taken out from the freezer or refrigerator, the upper lid 2 is opened and the beverage 6 or food (for example, sake, milk, juice, coffee, mung bean soup, happo rice cake, etc.) is stored in the storage space 12 from the storage opening above the container 11. When put in (see FIG. 5), the cold temperature of the frozen layer 5 is conducted to the container 11, and the cold temperature of the beverage 6 or food is maintained. Thereby, the user can ingest the cold drink 6 or food. Furthermore, sherbet and ice cream can be made by rocking and stirring. In addition, the ice layer 5 can be taken out of the loading space 13 and the ice made according to the shape of the ice sandwiching component 4 can be used for other purposes. In addition, when the container body 1 is turned upside down, the ice-clamping parts 4 are omitted according to the necessity of use, and ice / salt or various refrigerants / heating media (for example, crushed ice / shaved ice) are stored in the loading space 13. -Dry ice, hot water, hot water, etc.) can also be added directly. In this case as well, the beverage 6 or the food in the storage space 12 can be kept in a cold state / temperature state by conduction of ice / salt, or a refrigerant / heat medium. Also, sherbet and ice cream can be made by rocking and stirring. Thereby, the eating and drinking according to a user's liking becomes possible, and while having a various use function, the structure which is easy to use is made.

(Example 2)
Reference is now made to FIG. In the second embodiment of the present invention, as shown in the figure, the ice sandwiching part 4A provided in the loading space 13 has a net shape, or is provided in a different shape such as a perforated shape or a frame shape. The bottom portion of the ice sandwiching part 4A contacts the lower part of the container 11 and is fixed by the convex point 4A1 on the bottom surface of the container 11. The ice clamping component 4A and the bottom of the convex point 4A1 are fixed by a method such as fitting, screwing, and locking, so that an effect of preventing the frozen layer frozen in the loading space 13 is obtained. The bottom cover 3 is further provided with a pressure relief hole 34. The pressure relief hole 34 is sealed with a hole plug 35 by a method such as fitting, screwing, fitting, or the like, or alternatively, sealed with a sealing film or tape. When the ice layer formed in the loading space 13 or the internal ice melts, the hole plug 35 is removed from the pressure relief hole 34, thereby causing a flow in the air inside and outside the loading space 13, and the atmospheric pressure in the loading space 13. Falls and it becomes easy to remove the top lid 2 or the bottom lid 3. Please refer to FIG. The ice-clamping part 4B has different shapes such as a bowl shape, a frame shape, and a line shape. Similarly, the bottom portion of the ice-clamping component 4B contacts the lower portion of the container 11 and is fixed by the convex point 4B1 on the bottom surface of the container 11. Thereby, the effect of preventing the frozen layer frozen in the loading space 13 is obtained. Furthermore, the present invention eliminates the pressure relief hole 34 and the ice clamping part 44A4B (see FIG. 8) of the bottom cover 3 according to the necessity in use, and directly put water or salt water into the loading space 13, Freeze can be formed by freezing. In addition, by putting ice / salt etc. or refrigerant / heat medium in the loading space 13, the food / beverage in the storage space 12 is kept cold and warm, and sherbet, ice cream, etc. are made by rocking / stirring etc. be able to. Thereby, the same effect as described above can be obtained.

(Example 3)
Please refer to FIG. It is the figure which showed Example 3 of this invention. This embodiment also includes a container body 1A, an upper lid 2A, and a bottom lid 3A, as described above. These components take a form different from that described above. Similarly, a container 1A1 is provided inside the container body 1A. The container 1A1 has an accommodation space 1A2 that opens upward, and a loading space 1A3 is provided between the container 1A1 and the container body 1A. One or a plurality of locking portions 3A1 are provided on the inner surface of the bottom lid 3A. 4 C of ice clamping parts which exhibit a substantially dry shape are latched by latching | locking part 3A1. The ice holding part 4C is stood up and accommodated in the loading space 1A3 in accordance with the necessity in use, so that the effect of preventing the frozen layer is obtained. Thereby, the same usage method and effect as the above-mentioned Example are implement | achieved. In addition, the ice-clamping part 4C has a T shape, a flat shape, or the like, and is attached by a method such as screwing, fitting, insertion, or locking, or directly fixed to the inner surface of the bottom cover 3A. The same use effect can be obtained.

Example 4
Please refer to FIG. It is the figure which showed Example 4 of this invention. Although a present Example exhibits the form by which the container main body 1B was provided in the exterior of container 1B1, an upper cover is not covered. The container 1B1 has an accommodation space 1B2 that opens upward in the same manner, and a loading space 1B3 is provided between the container 1B1 and the container body 1B. The container main body 1B is provided with a screw thread portion 1B4 at the bottom so as to correspond to the screw hole portion 3B1 in the inner surface of the mouth of the bottom lid 3B, and the leak prevention ring 3B2 is similarly fitted therein. Thereby, the container main body 1B and the bottom lid 3B are screwed together and combined so as not to come off. One or a plurality of locking portions 1B5 are provided on the inner surface of the container body 1B. All the engaging portions 1B5 are provided with ice sandwiching parts 4D. Each of the ice-clamping parts 4D has an elongated rod body that is branched into a plurality of branches. Depending on the necessity for use, the ice sandwiching component 4D is raised and returned and accommodated in the loading space 1B3, thereby realizing the same usage method and effect as described above. Further, the ice sandwiching part 4D has a flat shape or the like, and is attached by a method such as screwing, fitting, insertion, locking, or directly fixed to the inner surface of the container body 1B. Similar use effects can be obtained.

(Example 5)
Please refer to FIG. In the fifth embodiment of the present invention, as shown in the figure, a container 1C1 is provided inside the container body 1C. The container 1C1 has an accommodation space 1C2 that opens upward, and a loading space 1C3 is provided between the container 1C1 and the container body 1C. The container body 1C is different from the previous embodiments in which the bottom portion is closed and the peripheral edge is flat, and the upper and lower halves are convex outwards, and the connecting portion near the center portion is the inner side. Presents a depression. As a result, an ice holding space is formed at the edge of the loading space 1C3, and the effect of preventing the freezing layer formation is obtained in the same manner. Around the container main body 1C, one or more loading holes 1C4 and the same number of plug lids 7 corresponding thereto are provided. The head end of each plug lid 7 is provided with a plug 71 projecting in the same shape and size as the loading hole 1C4, and each is fitted into the loading hole 1C4 and sealed. Further, the plug body 71 is removed, the container main body 1C is inverted, water or salt water is put into the loading space 1C3 from the loading hole 1C4, and then frozen to form an icing layer. Alternatively, the same usage method and effect as described above can be realized by directly adding ice / salt, or various refrigerants / heat media. In the present embodiment, the plug body 71 may be turned in and out along the loading hole 1C4 by providing corresponding screw threads on the inner surface of the hole edge of the loading hole 1C4 and the peripheral edge of the plug body 71. Is possible. The same effect can be obtained by this structure.

(Example 6)
Please refer to FIG. In the sixth embodiment of the present invention, as shown in the figure, the container 1D1 provided inside the container main body 1D is in an inverted state. The container 1D1 is provided extending upward from the bottom of the container body 1D, and the bottom opens to form a loading space 1D2 having the same functional structure as the above-described embodiments. In addition, the accommodation space left between the container 1D1 and the container main body 1D can be used as the accommodation space 1D3, and food and drinks can be put in from the top opening. Thereby, the loading space 1D2 and the accommodation space 1D3 have compatibility in use. The periphery of the container 1D1 is curved in an arc shape unlike the above-described embodiments, which are flat, and an ice holding space is formed along the inner surface of the loading space 1D2. Further, the container body 1D is covered with the top lid 2B on the top end, and the threaded portion 1D4 provided on the bottom and the screw hole 3C1 on the inner surface of the bottom lid 3C are screwed together to open the bottom. Is sealed. Based on the above, the container main body 1D is inverted, the bottom lid 3C is removed, water or salt water is poured into the loading space 1D2 from the loading port, and then frozen to form an icing layer. Or it is also possible to put ice / salt directly or various refrigerants / heat media. After the container body 1D with the bottom lid 3C closed is turned over, food and drink are put into the accommodation space 1D3 from the opening at the top end, and then the action of the ice holding space on the inner surface of the container 1D1 is used, and the sherbet is swung and stirred. And ice cream. Thereby, the same effect as described above can be obtained. In addition, by shaking the container body 1D so that the food and drink in the storage space 1D3 are uniformly cooled and subjected to the temperature conduction of the refrigerant / heat medium, the usage method and function as a shaker can be provided. . In addition, the upper lid 2B of this embodiment and the top end of the container body 1D are combined by a method such as screwing, fitting, and fitting. Further, the bottom lid 3C can obtain the same use effect by sealing the bottom of the container body 1D by a method such as fitting and fitting, or by sealing with a sealing film / tape instead.

(Example 7)
Please refer to FIG. In the seventh embodiment of the present invention, as shown in the figure, the container body 1E extends upward to an appropriate height to form a bottle shape. Further, the surface of the container main body 1E can be provided with various uneven stripe patterns or structures having an anti-slip effect (for example, floral patterns, various uneven stripe patterns, molding, rough surfaces, etc.). Similarly, a container 1E1 is provided inside the container body 1E, and the container 1E1 has an accommodation space 1E2 that opens upward. A loading space 1E3 is provided between the container 1E1 and the container body 1E. The bottom of the container body 1E is opened in the same manner to form a loading port, and a screw thread portion 1E4 provided at the periphery of the container main body 1E and a screw hole portion 3D1 provided corresponding to the inner surface of the bottom lid 3D are screwed together. By doing so, the loading port is sealed. Further, water / salt water or ice / salt / various refrigerants / heat medium can be put into the loading space 1E3 from the loading port from which the bottom lid 3D is removed. The bottle opening formed at the top end of the container body 1E is further provided with a thread portion 1E5. The screw thread portion 1E5 and the screw hole portion 2C1 on the inner surface of the upper lid 2C mouth edge are provided in correspondence with each other, whereby the upper lid 2C is screwed and released from the bottle mouth, and the accommodation opening of the accommodation space 1E2 is sealed and opened. Is done. Also, after opening the bottle mouth and putting food and drink into the storage space 1E2 from the storage port, the iced layer or the cold state / temperature state due to conduction of ice / salt / refrigerant / heat medium is used to shake / stir And make sherbet and ice cream. In addition, the same effect can be obtained by omitting the screw thread portion 1E4 at the bottom of the container main body 1E and the screw hole portion 3D1 on the inner surface of the bottom lid 3D and fitting them into each other.

(Example 8)
Refer to FIG. In the eighth embodiment of the present invention, as shown in the figure, the shape of the container main body 1F is changed to take the shape of a baby bottle. Similarly, a container 1F1 is provided in the interior, and an accommodation space 1F2 opened upward is provided, and a loading space 1F3 is provided therebetween. The loading space 1F3 is provided outside the container 1F1. Similarly, thread portions 1F4 and 1F5 are provided at the periphery of the loading port at the bottom of the container main body 1F and the bottle port at the top end. The screw thread portions 1F4 and 1F5 are respectively screwed with screw hole portions 3E1 and 2D1 provided corresponding to the inner surfaces of the rims of the bottom lid 3E and the top lid 2D. In the fitting opening 2D2 opened on the top surface of the upper lid 2D, the suction mouth of the suction mouth 8 is inserted upward from below, and the ring edge of the bottom of the suction mouth 8 is screwed with the container main body 1F bottle mouth in the upper lid 2D. By being sandwiched between the bottom surface of the upper lid 2D and the bottle mouth along the portion, the baby bottle is formed. Based on the above-described method of use, by putting various refrigerants / heat medium in the loading space 1F3, the milk in the storage space 1F2 is kept cold and kept warm by the uniform conduction of the temperature of the container 1F1, and is given to the infant. In addition, this embodiment can be applied to other different types of container bodies and containers, and the structure of the upper lid can be changed according to the need for use (for example, a container body having a water bottle shape and a container upper lid). A form in which a straw is provided in a protruding manner, or a container main body having a handy cooler form, and a form in which a spout is provided on the container upper lid). Thereby, the application range and use value of this invention can be expanded.

Example 9
Refer to FIG. In the ninth embodiment of the present invention, as shown in the figure, the container 1G1 provided in the bottle-shaped container main body 1G is in an inverted state. The container 1G1 extends upward from the bottom of the container body 1G, has an opening at the bottom, and forms a loading space 1G2 therein. The space left between the container 1G1 and the container main body 1G is used as the accommodation space 1G3, and food and drinks can be put through the accommodation opening formed in the bottle opening. Thereby, the loading space 1G2 and the accommodation space 1G3 have compatibility in use. The inner surface and the surface of the container body 1G and the container 1G1 have shapes such as a corrugated shape, an uneven stripe pattern, an uneven floral pattern, and a pattern in addition to a flat shape, and an ice holding space is formed at the edge of the loading space 1G2. A plug 3F1 is projected from the bottom lid 3F. The bottom lid 3F and the plug 3F1 are provided corresponding to the shape and size of the opening at the bottom of the container 1G1, and are fitted therein to seal the loading space 1G2. Further, the plug body 3F1 is removed, the container main body 1G is turned upside down, and water or salt water is put into the loading space 1G2 from the loading port at the bottom of the container 1G1, and then frozen to form an icing layer. Alternatively, ice / salt, or various refrigerants / heat mediums are put directly into the plug 3F1 of the bottom lid 3F into the loading port at the bottom of the container 1G1, so that the icing layer is kept in the ice holding space in the loading space 1G2. It is done. Further, by shaking the container body 1G so that the food and drink in the accommodation space 1G3 are uniformly subjected to cold temperature and temperature conduction of the refrigerant / heat medium, the usage method and function as a shaker can be provided. Also, sherbet and ice cream can be made by rocking and stirring. The bottle mouth at the top end of the container body 1G is provided with a screw thread portion 1G4, and the screw hole 2E1 on the inner surface of the upper lid 2E lip inner surface is coupled / released by screw action, so that the container mouth of the storage space 1G3 is sealed / Opened. Thereby, the use method and effect similar to the above are realized. Reference is now made to FIG. This is a modification of the structure in the ninth embodiment, in which the screw hole 1G5 provided in the mouth edge of the bottom opening of the container 1G1 is screwed with 3G1 provided corresponding to the peripheral edge of the bottom lid 3G. The loading port formed at the bottom of 1G1 is sealed. The inner surface of the bottom lid 3G is provided with a frame-shaped ice-clamping part 4E according to the necessity for use. The ice clamping part 4E is attached to the inner surface of the bottom lid 3G by a method such as screwing, fitting, insertion, and locking, and is housed in the loading space 1G2 to hold the ice layer. The container main body 1G has an upper lid 2F fitted inside the bottle mouth at the top end, and the container mouth formed in the bottom of the upper lid 2F is sealed with the accommodation port formed in the bottle mouth. Furthermore, the same usage method and effect as described above can also be realized by omitting the ice sandwiching part 4E and directly putting ice, salt, refrigerant, or heat medium into the loading space 1G2.

(Example 10)
Refer to FIG. In the tenth embodiment of the present invention, as shown in the figure, the container body 1H has a shape such as a round-convex shape, and the container 1H1 is similarly provided therein. The container 1H1 has an accommodation space 1H2 that opens upward, has an arcuate shape or the like in which the periphery is bent, and is provided with a loading space 1H3 that has a wrinkle effect between the container body 1H and the container 1H1. A loading port is formed in the bottom of the container body 1H. A screw hole 1H4 provided in the rim of the loading port is screwed to the base 3 ′. The pedestal 3 ′ is a shaped pedestal body, and the screw thread portion 3 ′ 1 provided on the peripheral edge of the top is screwed corresponding to the screw hole portion 1 H 4 on the inner surface of the loading port at the bottom of the container body 1 H. To form a high leg glass. Further, the top of the pedestal 3 ′ is removed from the loading port at the bottom of the container main body 1H, the container main body 1H is inverted, and water / brine water or ice / salt / refrigerant / heat medium is put into the loading space 1H3 from the loading port. At this time, an ice-holding function due to the shape structure occurs between the container main body 1H and the container 1H1, and the frozen layer formed by freezing is stopped. Thereby, the use method and effect similar to the above are realized. Further, between the container main body 1H and the pedestal 3 'in this embodiment, in addition to the combination by screwing, the screw hole 1H4 at the bottom of the container main body 1H and the screw thread 3'1 at the top of the pedestal 3' are omitted, and the pedestal The same use effect can be obtained by fitting the 3 ′ top portion into the loading port at the bottom of the container body 1H.

(Example 11)
Please refer to FIG. In the eleventh embodiment of the present invention, as shown in the figure, a container 1I1 is similarly provided inside the container body 1I. The container 1I1 has a recessed dish shape or a box shape, and has an accommodating space 1I2 opened upward, and a loading space 1I3 is provided between the container 1I1 and the container body 1I. The inner surface of the container 1I1 and the container main body 1I have a sawtooth shape, or various shapes such as a planar shape, an uneven shape, an uneven floral pattern, and an uneven stripe pattern are provided on the inner surface or the surface. The bottom of the container body 1I has a closed shape, and one or a plurality of loading holes 1I4 are opened around or above the container body 1I. The loading holes 1I4 are all connected to the loading space 1I3, and the same number of horizontal lids 9 are provided so as to correspond thereto. Since each of the horizontal lids 9 has a hole plug 91 having the same shape and size as the loading hole 1I4 at the head end, the horizontal lid 9 is fitted into the loading hole 1I4 to seal the loading space 1I3. In addition, it is also possible to seal the loading hole 1I4 by providing a screw hole portion on the inner side of the loading hole 1I4 and providing a screw thread portion on the periphery of the hole plug 91 so as to correspond to the screw hole portion. Further, the hole plug 91 is removed from the loading hole 1I4, and water, salt water or the like is put into the loading space 1I3 from the loading hole 1I4, and then frozen, thereby forming an icing layer. Or put ice / salt directly, or various refrigerants / heat media. Thereby, the food and drink in the storage space 1I2 are kept cold, kept warm, and kept fresh. Moreover, sherbet, ice cream, etc. can be made by rocking, stirring, etc., and a use value rises.

(Example 12)
Refer to FIG. In the twelfth embodiment of the present invention, as shown in the figure, a container 1J1 is provided inside the container body 1J. The container 1J1 has a recessed dish shape or box shape, and has an accommodation space 1J2 opened upward. Since the interior of the storage space 1J2 is divided into one or several frames, different foods can be stored separately. A loading space 1J3 is provided between the container 1J1 and the container body 1J. The surface or inner surface of the container 1J1 and the container main body 1J has an uneven shape, or is provided with a shape such as an uneven stripe pattern, a floral pattern, or a planar shape. Thereby, the loading space 1J3 has a function of a bag. The bottom of the container body 1J is opened to form a loading port, and a bottom lid 3H is fitted. The bottom lid 3H forms a lid provided with inner and outer ring edges 3H1 and 3H2. The inner ring edge / outer ring edge 3H1 and 3H2 are provided according to the shape and size of the inner surface and surface of the bottom of the container body 1J, respectively. Fits to seal the loading port. Based on the above structure, the bottom lid 3H is removed, the container main body 1J is turned over, water or salt water or the like is put into the loading space 1J3 from the loading port, and then frozen to form an icing layer. Or put ice / salt directly, or various refrigerants / heat media. By the ice sandwiching function in the loading space 1J3, the food in the storage space 1J2 frame is kept cold, kept warm, and kept fresh. In addition to this, this embodiment can further be provided with a threaded portion at the bottom of the container main body 1J, a screw hole corresponding to the inner surface of the outer ring edge 3H2 in the bottom lid 3H, and these can be coupled and released by screw action. It is. Furthermore, the same use effect can be obtained by omitting the bottom lid 3H and instead of directly press-sealing the sealing film with a sealing device or by sealing with a tape.

(Example 13)
Refer to FIG. In the thirteenth embodiment of the present invention, as shown in the figure, a container 1K1 is provided inside the container body 1K. The container 1K1 has an accommodation space 1K2 that opens upward, and a loading space 1K3 is provided between the container 1K1 and the container body 1K. The bottom of the container body 1K is opened to form a loading port, and a protective component 1K4 is continuously provided on the outside thereof. The protective component 1K4 is provided so as to cover the outside of the container body 1K, and a gap filling ring 1K6 is annularly fitted into a slight gap 1K5 provided between the container body 1K and reinforced. This prevents the freezing layer and ice in the loading space 1K3 from being exposed to room temperature for a long time, and prevents the surface of the container body 1K from condensing, and when hot water is put in the loading space 1K3, Can be prevented from conducting to the outside, and has the effect of preventing condensation and preventing burns. Furthermore, the surface of the protective component 1K4 can be provided with various uneven striped patterns or structures with anti-slip effects (for example, floral patterns, various uneven patterns, molding, rough surfaces, etc.). It becomes easy to carry. Further, an upper lid 2G and a bottom lid 3I are fitted to the top of the container body 1K and the bottom of the protective component 1K4, respectively. The upper lid 2G and the bottom lid 3I have lid edges 2G1 and 3I1 provided according to the shape and size of the top edge of the container body 1K and the bottom edge of the protective component 1K4, respectively, at the peripheral edges thereof, so that the storage port and the loading port are provided. In addition to sealing, the vacuum isolation chambers 2G2 and 3I2 are provided therein, thereby providing functions such as good cold insulation, heat insulation, and burn prevention. In addition, one or a plurality of attachment portions are provided on the inner surface of the bottom lid 3I, and a linear ice-clamping component 4F is inserted and fixed to each. As a result, the ice sandwiching part 4F is accommodated inside the loading space 1K3 and holds the frozen layer. Based on the above, the bottom lid 3I is removed from the bottom of the container main body 1K and the protective component 1K4, turned over, and water or salt water is put into the loading space 1K3 from the loading port, and then covered with the bottom lid 3I and frozen. A freezing layer is formed. Alternatively, it is also possible to put ice / salt or various refrigerants / heat medium directly into the loading space 1K3. As a result, the ice sandwiching part 4F holds the frozen layer and realizes the same usage method and effect as described above. In addition, the bottom lid 3I of the present embodiment is further provided with a screw hole 3I3 (see FIG. 21) on the inner surface of the lid edge 3I1, and corresponds to the screw thread 1K7 provided on the bottom of the protective component 1K4. The bottom lid 3I and the protective component 1K4 are screwed and released by a screw action. Further, the same effect as described above can be obtained by omitting the ice sandwiching component 4F.

(Example 14)
Refer to FIG. In the fourteenth embodiment of the present invention, as shown in the figure, the container body 1L and the container 1L1 are combined by a method such as screwing, fitting, and fitting. Similarly, the container 1L1 has an accommodation space 1L2 that opens upward, and a loading space 1L3 is provided between the container 1L1 and the container body 1L. The container main body 1L is closed at the bottom and is provided with a screw hole 1L4 on the inner surface of the lip of the top, corresponding to the screw thread 1L5 provided above the container 1L1. Thereby, the container 1L1 and the opening at the top of the container main body 1L are screwed and released by the screw action. An insertion contact block 1L6 is projected on the bottom surface of the container 1L1, and the ice-clamping component 4G is inserted and fixed downward in a mouth provided in the insertion contact block 1L6. Thereby, the ice clamping part 4G is accommodated in the loading space 1L3. In addition, the ice sandwiching part 4G is composed of one or more double-cruciform rods, and holds an icing layer formed by freezing in the loading space 1L3. Alternatively, it is also possible to omit the ice sandwiching part 4G and put ice, salt, refrigerant, or heat medium directly into the loading space 1L3. As a result, the food and drink in the storage space 1L2 can be kept in a cold state / heated state or cooled by conduction of an ice layer or ice / salt / refrigerant / heat medium, and can be shaken and stirred. Sherbet and ice cream can be made. The ice sandwiching part 4G is combined with the insertion and connection block 1L6 at the bottom of the container 1L1 by a method such as screwing and locking, and also by using a shape such as a frame shape or an enclosure shape, The effect is realized. Next, a pressure relief hole 1L7 is formed in the bottom of the container main body 1L, and a hole plug (lid) 1L8 is fitted therein and sealed. After the freezing layer is formed in the loading space 1L3 by freezing or when the ice melts, the hole plug (lid) 1L8 is taken out from the pressure relief hole 1L7 to cause a flow in the air inside and outside the loading space 1L3. Since the atmospheric pressure is reduced, the container 1L1 can be easily removed.

As described above, in the present invention, the container 11 is provided inside the container body 1. The container 11 has an accommodation space 12 opened upward, and a loading space 13 is provided between the container 11 and the container body 1. In the loading space 13, an ice holding part 4 is provided or an ice holding space is formed depending on the necessity for use. In addition, a loading port (hole) is provided at the bottom of the container main body 1 and the periphery thereof. The loading port (hole) is sealed by the bottom lid 3, the pedestal 3 ′, the stopper lid 7, the lateral lid 9 and the like. Based on the above structure, remove the bottom lid 3, pedestal 3 ′, stopper lid 7, and horizontal lid 9, invert the container body 1, put water or salt water from the loading port (hole), and then freeze it. As a result, the frozen layer 5 is formed, or the temperature increasing layer is formed by heating, and the ice-clamping component 4 or the ice-clamping space provides actions such as prevention, movement prevention, and heat storage. Alternatively, the ice holding part 4 or the ice holding space is omitted, and ice / salt, etc., or various refrigerants / heating media (for example, crushed ice / shaved ice / dry ice / hot water / hot water, etc.) directly in the loading space 13. Insert. As a result, the beverage 6 and food in the storage space 12 can be kept in a cold state by conduction to the container 11 of the icing layer 5, the heating layer, or the cold / hot temperature of ice / salt / refrigerant / heat medium. In addition to being in the state of cooling, freezing, heat, etc., it is manufactured as sherbet, ice cream, etc. by rocking, stirring, etc. As described above, a cold-frozen freezing container having various use functions according to the user's preference and having a structure that is easy to use is provided. In addition, in the production of the present invention, the container body 1 and the component parts such as the container 11, the upper lid 2, the bottom lid 3, the pedestal 3 ′, the ice sandwiching part 4, the plug lid 7, and the horizontal lid 9 are integrally molded, or They are combined by methods such as articulation, combination, and staged assembly. Further, the shapes of the container body 1 and the container 11 and the top lid 2, the bottom lid 3, the pedestal 3 ', the plug lid 7, and the horizontal lid 9 are appropriately changed according to the use and the necessity of appearance, for example, Manufactured in shapes such as cups, sake cups, high-legged glasses, beer glasses, bottles, boxes, cans, dishes, bowls, cylinders, pots, handy coolers, water bottles, cylindrical heat insulation containers, etc. In addition, the surface and the inner surface are manufactured in the shape of a flat shape, uneven stripe pattern, groove tank, floral pattern, letter shape, uneven pattern, concave ring, convex ring, various shapes, figures, etc. The loading space 13 accommodates various refrigerants and heat media such as ice and salt, or the ice sandwiching space formed in the inside holds the icing layer 5. Furthermore, the container main body 1 and the container 11 have a capacity water level mark such as a dot, line, concave ring, convex ring, figure, etc. added to the surface or inner surface, or a protective part 1K4 added to the outside. This makes it easy to increase the overall strength and improve the appearance of the appearance. In addition, the container 11 has a loading space 13 provided between the storage space 12 inside the container 11 and the container body 1, and the positions and functions of the container 11 are exchanged depending on the necessity for manufacturing and use. It can have similar functions and can also be used for taste preparation. Further, one or a plurality of loading ports (holes) and pressure relief holes 1L7 in the loading space 13 are provided at arbitrary positions around the container body 1 in addition to the bottom of the container body 1, and the same number provided correspondingly. The bottom lid 3, the base 3 ′, the plug lid 7, the horizontal lid 9, and the hole plug (lid) 1 L 8 are sealed. The bottom lid 3, pedestal 3 ′, plug lid 7, horizontal lid 9, hole plug (lid) 1 L 8, protective component 1 K 4, and top lid 2 are manufactured in various shapes to correspond to the container body 1 or the container 11. In addition, they are combined by a method such as screwing / inserting / fitting. Gap filling parts such as a leakage prevention ring and a leakage prevention pad are provided on the inside and outside of each mouth (hole) edge in the container main body 1 and the container 11 combined by a method such as screwing, fitting, and fitting. Furthermore, one or a plurality of locking parts such as holding fasteners / hanging fasteners are added between the top lid 2, the bottom lid 3, the pedestal 3 ′, the protective component 1K4, or the container body 1 / container 11. Thus, after being assembled, it can be pressed and fixed and sealed tightly. Next, the parts such as the container body 1, the container 11, the top lid 2, the bottom lid 3, the pedestal 3 ', the ice clamping part 4, the plug lid 7, the side lid 9, the protective part 1K4, the hole plug (lid) 1L8, etc. PP / PC / PS / PE / PVC / PET / PLA / PSP / ABS / HDPE / foamed plastic / silicone / rubber, etc. depending on shape / structure / application It is made of any material. Alternatively, it is possible to use an appropriate material such as iron, stainless steel, aluminum, ceramics, glass, polystyrene foam, paper, or a heat insulating material. Or it consists of edible foodstuffs (for example, chocolate, sable, thin rice cake (thin baked flour dough), etc.). Furthermore, it is also possible to manufacture by combining different materials. In addition, parts such as the container body 1, the container 11, the top lid 2, the bottom lid 3, the pedestal 3 ′, the ice clamping part 4, the plug lid 7, the horizontal lid 9, and the hole plug (lid) 1L8 are connected or sealed. Reinforcement structure is provided by soft and thin / ultra-thin material such as equipment, sealing film, tape, plastic film, aluminum foil, paper, modeling bag, zipper bag, etc. Eggplant. The top lid 2, bottom lid 3, pedestal 3 ', plug lid 7, side lid 9, hole plug (lid) 1L8 has good elasticity such as rubber, silicon, foamed TPR, cork, synthetic cork, etc. By being made of a suitable material, the mouth (hole) edge is sealed when fitted. Further, different materials can be combined. In response to the above, the ice sandwiching part 4 of the present invention is not limited to the dish-like, net-like, bowl-like, columnar, rod-like, frame-like, striped, etc. shapes shown in the respective embodiments. It can also be shaped like a flat plate, a rectangular plate with a rectangular opening, a hole, a block, or an enclosure, and can also be in the storage space 12, inside the loading space 13, inside the top lid 2, inside the bottom lid 3, or base. 3 'inner surface, stopper lid 7 inner surface, horizontal lid 9 inner surface are provided at a single location or at a plurality of locations at the same time, thereby preventing or preventing movement of the frozen layer 5 formed by freezing water or salt water. In addition, the shrinkage pressure generated by freezing and freezing can be absorbed. Further, the ice sandwiched part 4 can be taken out of the storage space 12 or the loading space 13 and the ice molded into the shape of the ice sandwiched part 4 can be used for other purposes. In addition, the ice clamping part 4 and the inside of the storage space 12 and the loading space 13 or between the inner surface of the upper lid 2, the inner surface of the bottom lid 3, the inner surface of the base 3 ′, the inner surface of the plug lid 7, and the inner surface of the horizontal lid 9 It is assembled by methods such as insertion, screwing, fitting, locking, movable screw joining, universal joint joining, movable joining, fixed articulation, etc. Provided at the same time. In addition, the ice sandwiching component 4 is provided on the inner surface of the upper lid 2, and the food and drink in the storage space 12 is agitated by the turning and swinging of the upper lid 2. The container main body 1 / container 11 and each component of the present invention are of a disposable type or a double-use type depending on the structure and materials used. The water, salt water, etc. accommodated in the loading space 13 form the frozen layer 5 by freezing. After the icing layer 5 is melted, the icing layer 5 is formed again by re-freezing, so that the icing layer 5 can be used again or can be used again by replacing water or salt water. Furthermore, a place where the present invention can be placed can be saved by adding a structure capable of placing a plurality of the present inventions on top of each other. In addition, a protective layer 1K4 and a blocking layer are fitted on the outside of the container body 1 to prevent the surface of the container body 1 from condensing and generating moisture when the internal ice melts. . Alternatively, the table can be prevented from getting wet by placing the upper lid 2 on the bottom of the container body 1 so that the condensed moisture concentrates on the upper lid 2 and falls. In addition to the above, each component has a non-slip function, handle, handle, belt, removable top cover, bottom cover, plug cover, hole plug, and horizontal cover. , Easy to carry and take. When using the present invention, not only keep the cold state with the beverage 5 and keep it cool, freeze, heat, etc., but also make sorbet, ice cream, etc. by shaking, stirring, etc. besides drinking Can do. Furthermore, raw foods, cold foods, cooked foods and dishes can be added to keep the food cold, warm and fresh, and the user can eat foods and dishes of the original taste at appropriate temperatures. From the above, the use value of the present invention stands out.

1 container body 1A container body 1B container body 1C container body 1D container body 1E container body 1F container body 1G container body 1H container body 1I container body 1J container body 1K container body 1L container body 11 container 1A1 container 1B1 container 1C1 container 1D1 container 1E1 Container 1F1 Container 1G1 Container 1H1 Container 1I1 Container 1J1 Container 1K1 Container 1L1 Container 12 Storage space 1A2 Storage space 1B2 Storage space 1C2 Storage space 1D3 Storage space 1E2 Storage space 1F2 Storage space 1G3 Storage space 1K2 Storage space 1J2 Storage space 1J2 Space 1L2 Storage space 13 Loading space 1A3 Loading space 1B3 Loading space 1C3 Loading space 1D2 Loading space 1E3 Loading space 1F3 Loading space 1G2 Loading space 1H3 Loading space 1I3 Loading space 1J3 Loading space 1K3 Loading space 1L3 Loading space 14 Screw thread part 1B4 Screw thread part 1B5 Locking part 1C4 Loading hole 1D4 Screw thread part 1E4 Screw thread part 1E5 Screw thread part 1F4 Screw thread part 1F5 Threaded portion 1G4 Threaded portion 1G5 Threaded hole portion 1H4 Threaded hole portion 1I4 Loading hole 1K4 Protective part 1K5 Clearance 1K6 Clearance filling ring 1K7 Threaded portion 1L4 Threaded hole portion 1L5 Threaded portion 1L6 Insertion contact block 1L7 Pressure relief hole 1L8 Hole Stopper (lid)
2 Top lid 2A Top lid 2B Top lid 2C Top lid 2D Top lid 2E Top lid 2F Top lid 2G Top lid 2C1 Screw hole 2D1 Screw hole 2D2 Cover 2E1 Screw hole 2F1 Plug body 2G1 Lid 2G2 Vacuum isolation chamber 3 Bottom lid 3A Bottom lid 3B Bottom Lid 3C Bottom lid 3D Bottom lid 3E Bottom lid 3F Bottom lid 3G Bottom lid 3H Bottom lid 3I Bottom lid 31 Screw hole portion 32 Stopping edge 33 Leakage prevention ring 34 Pressure relief hole 35 Hole plug 3A1 Locking portion 3B1 Screw hole portion 3B2 Leak Prevention ring 3C1 Screw hole 3D1 Screw hole 3E1 Screw hole 3F1 Plug body 3G1 Screw thread 3H1 Inner ring edge 3H2 Outer ring edge 3I1 Lid edge 3I2 Vacuum isolation chamber 3I3 Screw hole 3 'Base 3'1 Screw thread 4 Ice sandwiching part 4A Ice sandwiching part 4B Ice sandwiching part 4C Ice sandwiching part 4D Ice sandwiching part 4E Ice sandwiching part 4F Ice sandwiching part 4G Ice sandwiching part 4A1 Convex point 4B1 Convex point 5 Freezing layer 6 Beverage 7 Plug lid 71 Plug body 8 Suction port 9 Horizontal lid

Claims (14)

A cold-freezing freezing cup comprising a container body, an upper lid, and a bottom lid,
Inside the container body, a container is provided,
The container has a storage space opened upward, and a loading space is provided between the container body and the container,
The container body bottom is opened to form a loading port;
The upper lid and the bottom lid are respectively provided corresponding to the shape and size of the storage port and the loading port in the container body,
With the above structure, an appropriate amount of water or salt water is put into the loading space from the loading port at the bottom of the container body turned upside down, and the loading port is sealed with a bottom lid, and then frozen to form an icing layer, or , Put ice / salt or refrigerant / heat medium in the loading space,
As a result, the food and drink in the container storage space is kept in a cold state or in a cool / heat state due to the formation of a frozen layer or ice / salt / refrigerant / heat medium. A cold and hot refrigeration cup, characterized in that ice cream can be produced. A cold-freezing freezing cup comprising a container body, an upper lid, and a bottom lid,
Inside the container body, a container is provided,
The container has a storage space opened upward, and a loading space is provided between the container body and the container,
The container body bottom is opened to form a loading port;
The upper lid and the bottom lid are respectively provided corresponding to the shape and size of the storage port and the loading port in the container body,
In the loading space, an ice pinching part is provided, or an ice pinching space is formed,
The ice clamping part or the ice clamping space is provided according to the shape and design of the container body and the container,
With the above structure, an appropriate amount of water or salt water is put into the loading space from the loading port at the bottom of the container body turned upside down, and the loading port is sealed with a bottom lid, and then frozen to form an icing layer, or , Put ice / salt or refrigerant / heat medium in the loading space,
As a result, the food and drink in the container storage space is kept in a cold state or in a cool / heat state due to the formation of a frozen layer or ice / salt / refrigerant / heat medium. A cold and hot refrigeration cup, characterized in that ice cream can be produced. The bottom of the container body is closed, and one or a plurality of loading holes (mouths) are provided at the periphery or the top thereof.
Each of the loading holes (mouths) is closed with a stopper lid or a horizontal lid fitted inside.
The water, salt water, or ice / salt / refrigerant / heat medium is put into the loading space from the loading hole (mouth) from which the stopper lid or the horizontal lid is taken out. The cold-freezing freezing cup of Claim 1 or Claim 2. The shape of the container body and the container is cup-shaped, sake cup, high-leg glass, beer glass, bottle-shaped, box-shaped, can-shaped, dish-shaped, bowl-shaped, pot-shaped, handy cooler, water bottle, cylinder The cold and hot refrigeration cup according to claim 1 or 2, wherein the cold heat refrigeration cup is any one of mold-type heat insulation containers. 3. The container main body and the storage space and the loading space formed in the container are interchangeable in position and function, or have a similar function. Cold-frozen freezing cup. The bottom lid is replaced by a base, a plug lid, a horizontal lid, or a sealing film tape.
The pedestal, the plug lid, the horizontal lid, the sealing film, the tape, and the bottom lid are used in accordance with the container body or the container. The cold-frozen freezing cup described in 1. 3. The container main body / container and the top lid / bottom lid / pedestal / plug lid / horizontal lid are combined by a method such as screwing / inserting / fitting. A cold-frozen freezing cup as described in 1. Outside the container body, upper lid, and bottom lid, further protective parts are provided,
By providing a slight gap between the protective component and the container body / top lid / bottom lid, it is possible to prevent condensation on the surface of the container body and conduction of temperature to the outside, and to be easy to hold. The cold-frozen freezing cup according to claim 1 or 2, characterized by the above. The cold and hot refrigeration cup according to claim 1 or 2, wherein the container is further combined with a container main body on the outside thereof. The said ice clamping part is provided in the position in any one of the inside of a loading space, the inside of a storage space, or the bottom cover inner surface, a base inner surface, and an upper cover inner surface, The two or more are provided. Cold heat freezing cup. The container body and the surface or inner surface of the container have a flat shape, an uneven shape, an uneven floral pattern, a pattern, a groove tank, a corrugated shape, an arc shape, and an ice holding space with an ice holding function. The cold-freezing cup according to claim 2, wherein the cup is formed. The container body / container / top cover / bottom cover is further provided with one or a plurality of pressure relief holes,
The pressure relief hole is connected to the loading space or the accommodation space, and a hole plug (lid) is fitted to the outer edge of the hole and sealed.
When the icing layer or ice formed by freezing in the loading space or the storage space melts, the hole cap (lid) is taken out, air flows and the pressure is released, so that the bottom lid or top lid becomes a container. The cold-freezing cup according to claim 1 or 2, wherein the cup is easily removed from the main body / container. 3. The cold-freezing freezing cup according to claim 1, wherein the upper lid is omitted according to the necessity in use. 4. The cold-freezing cup according to claim 2, wherein the ice-clamping part is omitted according to the necessity in use.

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