KR20020032489A - a cup combination style of wine and drink bottles - Google Patents

Abstract

PURPOSE: A beverage bottle coupled with an inversed cup at a mouth portion thereof is provided to allow a user to conveniently use the cup at needs, thus eliminating the use of a disposable paper cup. CONSTITUTION: The beverage bottle consists of an empty circular, a square, or a hexagonal sealed container(6), an upper cylindrical mouth portion, an inversed cylindrical cup(1-c) having an inner female thread portion to be screwed around an outer male thread portion formed along the circumference of the upper part of the container, and an inclined step portion between the container and the mouth portion.

Description

{A cup combination style of wine and drink bottles}

The present invention is a container for storing and packaging the beverages and beverages in plastic or glass bottles in the food and beverages and cups that are necessary for incidental use is coupled to the main beverage bottle is a container that can always be used immediately on the fly As the state of the art in the field, conventional storage and packaging containers for beverages and beverages have been used in various ways. Materials are made of earthen and earthen jars, glass bottles, plastic bottles, paper barrels, and non-ferrous metal aluminum cans. They are concave cylinders, convex cylinders, and calabash structures that are similar in shape to the cylinders. It has been manufactured and used in a variety of ways such as square, hexagon, and octagonal shapes, and its color and design are used in many different ways, with and without handles, with and without lids, and also with the shape and structure of the lids. Of dietary rubber or packing joints or of plug closures, of lids of screw type, of fastening of lids using loops or wires, of vinyl coverings, of pressing metals under pressure to prevent them, Like a transparent structure, an opaque structure, a picture or a letter engraved on the container, and a sticker Good will, use Ideally had been is use is made of a soda liquor with acids, such as water flow is divided into a size that the end of capacitor structure in a small hop capacitor structure. However, the problem is that all the pours, drinks, and drinking water are commonly composed of containers, but they can be used only as containers, but most of the time, it is necessary to pour and drink fluid stored in the containers. This becomes necessary and it is a problem which must prepare separately, and it became a state which was inconvenient or difficult to carry. Even modern main beverage bottles cannot be solved, and they are mainly used for cans, and are manufactured and used for structures, materials, or characteristics. However, they are only a few types, and in the case of PET bottles or glass bottles, paper cups or various types of cups are usually used. It is manufactured and used as a structure that needs to be used separately, and some products are manufactured by using a thin rectangular structure for climbing or fishing. However, due to the structural characteristics and the balance and harmony of the structure, the small plastic cups are pressed and pressed in a press-fitting manner, and are manufactured and used. A thin and narrow structure is located underneath the container circular opening inlet and outlet holes. It is used as a structure in which a cup is inserted into a thin cylindrical and horizontal part by contact and pressure. This structure is used only as a small shochu cup. It is a structure that is able to be connected relatively to the thin cylindrical horizontally structured structure under the opening of the circular opening and the outlet, and the male and female threads of the screw type that protrude perpendicularly to the middle of the upper surface of the cylindrical or rectangular cylindrical conical surface. Six types of small cups, middle cups and large cups are invented as new and advanced in the conventional characteristics or limit structure method by screwing on the bottom surface with male and female threads, and combined into two types of functions that are fitted with rotary and manpower pressure. To ensure that the cup is always ready for immediate use Will.

As described above, the present invention was selected as a problem of the present technical problem, which is a technical problem as follows, so as to solve the problem with new and advanced problems and to be an improved invention, as described above.

First, in order to have the attractiveness of the manufacturer for the validity of the industry, the configuration considering the 3M and 3S. As 3M, mass production, mass sales, and mass consumption are made, and 3S standardization, standardization, and specialization are made in order to make mass production low cost and high efficiency. The minimum cost of investment in manufacturing equipment, the shortest process, and the simplified supply resources are specified, and as a specific standardization, the combined parts are standardized in the same or several kinds of sizes in the capacity, shape, and structure of the main beverage container. Most of the existing production process and the existing production process were used as it is, and only a part of the structure was combined to form a coupling structure of the lid and the body. The structure of the screw method, the fitting, and the rotation method was improved. It is designed to be the shortest structure and simplified for standardization. The structure and structure of the invention are simplified to avoid complexities and to simplify the manufacturing process at the time of manufacturing, thereby reducing the manufacturing cost. It is a combination of the lid and the main body container by screw method, the fitting method and the rotation method.The specialization is made with the purpose and structure which is improved in function compared to the conventional one.It is prevented from the mass consumption of disposable paper cups and separate containers and cups are always prepared. It has two kinds of structures on the upper and lower surfaces, which are combined structure that can be carried and permanently used at the same time by being equipped with inconvenience that should be carried and carried at the same time.

Second, it was designed to consider the handling, economic, and functional aspects for the effective use of users in industry and life. In terms of handling, safety, comfort, and aesthetics were considered, and in terms of safety, the main beverage bottle was handled by hand or put in a box. When lifting or opening a drink bottle, there is no cup in the past, so you need to use a separate paper cup or prepare various kinds of glass, metal, earthenware, plastic cups, etc. In the present invention, the cup made of plastic, PET or plastic material itself is combined so that there is no risk of breaking, and the hygiene problem can be done by simply rinsing with water or a part of the drink at any time. Can be securely combined and detached The combined structure of comfort means that you don't have to prepare a paper cup or a regular cup every time you drink the main drink every time, especially if you go outside, you don't need to prepare a cup. It is combined with itself so that there is no need to consider the worry and inconvenience of space or storage. Also, there is no fall or anxiety during the exhibition. Since the lower surface of the conventional structure is used as it is, it is convenient. In the aesthetic part, the combined structure is in harmony with the main body container, so that the upper or lower surface of the cup of the same size or a small size And cylindrical and conical cylindrical structure to consider aesthetics In the case of the cap, the lid is combined, so part of the cost of the component or manufacturing cost is burdened, but it is recycled after collection, so the actual cost is not very much. Due to the reduction in manufacturing cost, the purchaser's purchase burden is minimized. In terms of function, the cup and the main drink body container are combined so that the cup can be used immediately at any time, especially when going outdoors. There is no need to prepare a cup of coffee, it is the same in ordinary residential areas, it takes up a lot of space and surrounding area, it is clean, there is no need to always wash or store the cup, and it is recycled, which reduces the waste of resources and waste disposal. It is convenient to be able to combine as it is I have been good.

1 is a structure coupled to the outside of the inlet of the upper portion of the cuboid is inverted and coupled to the inner surface of the cup is a small cup with a semi-circular projection protrudes is the overall coupling of the main bottle and the cup combined.

FIG. 2 is a main bottle of rectangular hexahedron as the main assembly as shown in FIG.

3 is a plan view and a front view of a sticker attached to the front and back grooves of a main bottle of a rectangular hexahedron as a main assembly as shown in FIG.

FIG. 4 is a plan view and a front view of a cylindrical small cup which is inserted and coupled to the outside of the inlet of the main bottle of the rectangular hexahedron, which is the main body of the coupling component of FIG.

FIG. 5 is a plan view and a front view of a cylindrical lid coupled to the inlet of the main bottle of rectangular hexahedron as the coupling component of FIG.

Figure 6 is a conical medium cup from the bottom to the middle of the inner inside of the thin plate is projected at equal intervals vertically perpendicular to the shape of the inner right triangle from the inner surface of the middle cup is inserted into the main beverage bottle inlet is combined to combine the whole structure It is also.

FIG. 7 is a plan view and a front view of the conical medium cup of FIG. 6 in which the conical medium cup is a medium cup in which the middle thin plate of the cup is vertically projected at regular intervals vertically from the inner surface to the inside thereof.

Figure 8 shows that the inner structure of the cup is inverted outside the upper inlet of the medium cup and the main beverage bottle where the thin plates are arranged at regular equal intervals from the inner surface to the inner end from the middle portion to the open end portion. It is a bonding diagram of the whole structure sandwiched together.

FIG. 9 is a conical cup which is a coupling component of FIG. 8, wherein a thin plate from the middle of the inner surface of the cup to the open end thereof is a medium cup in which a thin plate is projected by being arranged at regular intervals from the inner surface at the same angle as the conical angle of the cup. And front view.

10 is a vertical cylindrical structure with a slight height at the middle of the conical portion on the upper surface of the cylindrical main beverage bottle, and the coupling of the medium size cup of the cylindrical inverted and screwed to the structure of the male screw on the outside Is a top view and a front view.

Figure 11 is a conical structure on the upper surface of the rectangular main beverage bottle is formed in a vertical cylindrical structure with a slight height in the middle portion, the outer shape of the male screw in the structure of the male screw is inverted and screwed together. Top and front views of the coupling.

Fig. 12 is a front view and a plan view of a cylindrical medium sized cup which is the coupling component of Figs. 11 and 12, with a female screw on the inner surface and an empty structure with the upper surface open.

Figure 13 is a conical structure on the upper surface of the cylindrical main beverage bottle in the middle portion of the inlet and outlet opening inlet structure is combined with a lid and a large cylindrical cup is inverted and coupled to the outside and the inner side is a female screw The conical angled start at the top of the cylindrical container is slightly vertically cylindrical at the top and is externally threaded to the outside and is a front view and a plan view of a coupling view in which the cylindrical large cup and the body PET container are screwed together.

14 is a conical structure on the upper surface of the main cylinder bottle, the middle portion of the inlet and outlet opening inlet structure is combined with a lid, the large cylindrical cup is inverted and coupled to the outside and the inner body is a female screw The conical angled start of the upper surface of the cylindrical container is formed in a vertically vertical cylindrical shape with a male screw on its outer surface, and is a front view and a plan view of a coupling view in which the cylindrical cup and the body PET container are screwed together.

Fig. 15 is a cylindrical structure in which the bottom portion of the cylindrical main beverage bottle is slightly smaller than the diameter of the circumference of the cylindrical cylinder, and has a single-threaded structure on the outside of the stage binary, in which a large cylindrical cup is screwed and the inner body and the cup are combined. A front view and a plan view of the coupling diagram.

Fig. 16 is a cylinder with a stepped structure with a slightly smaller diameter than the diameter of the circumference of the cylinder cylindrical container at the bottom of the square main beverage bottle, and the outside of the stage bin is a male screw so that a large cylindrical cup is screwed and the inner body and the cup are combined. And top view of the combined coupling diagram.

FIG. 17 is an illustration of an isometric view of FIG.

As described above, the present invention can be easily implemented with the present technical problem, which is a technical problem considered to solve the problem and improve the problem and progress in order to solve the problem at the conventional problem and the technical level and to become an improved invention. Specifically, the shapes, structures, combinations, and technical principles and actions are as follows. 1 is used for outdoor use is a liquor bottle (5) having a rectangular parallelepiped structure, the upper portion of the closed container has a cylindrical structure of the injection hole in the center, the injection hole is opened, and the male screw on the upper portion of the outer cylindrical surface there Is a structure in which the cylindrical lid (3) is screwed together and is the same as the inlet structure of all the main beverage bottles, and a horizontal thin plate structure protrudes to a slightly larger diameter in the lower part of the inlet cylindrical surface threaded portion at regular equal intervals. The groove is formed. Dimmed grooves are structured with grooves from the outside to the inside, and its general function is the structure function to hang the container when moving the container to the facility. Another function is that the lid 3 is not lost from the container. In order to prevent the lid 3 from being fixed to the bottom thereof, the membrane function is to be fixed, and the present invention has a recessed groove in such a conventional structure so that the cylindrical cup 1 is covered upside down on the outside of the cylindrical cup. (3) is a structure that is coupled together, the inside of the cylindrical cup (3) two to four small semi-circular structure projections from the inner surface to the inside of the cylindrical cup (3) at regular equal intervals The protruding projections are arranged and protruding into the cylinders fitted and fitted from the top to the bottom into the grooves of the horizontal circular plate on the outer bottom of the inlet cylinder surface of the liquor bottle container. When the cylindrical cup is rotated slightly to prevent the cup (3) from falling out, the position of the projection is rotated on the inlet cylinder surface at the time of first insertion and is caught by the circular plate at the lower part of the circular plate which protrudes horizontally so that the lid does not fall out. It is a structure. When using a cylindrical small cup (3) to the contrary by turning slightly to the groove of the horizontal circular plate in the lower part of the injection hole is to be pulled upward to match the projection projecting in the shape of a small semi-circular shape. The front and rear surfaces of the rectangular parallelepiped container have a rectangular structure that is grooved from the outside to the inside, and when the main body container 5 is grasped by hand, the container structure is grooved in a slippery state, whether the surface is cylindrical or polygonal. A finger is inserted into the surface, which is a protrusion compared to the groove, serves as a lever supporting the finger, and the finger pressure is improved to be conveniently handled. The present invention is a rectangular groove, which is typically a groove of only a wide surface from the outside to the inside of a thin rectangular structure, the groove is a circular or oval or the appropriate size relative to the size of the container. It is the principle and function of technology, which is an applied technical idea. It is composed of glass and plastics and is made of materials to be effective for carrying and recycling, and to be useful for long-term display and movement. It is made by chemical processing based on the principle of control, and it becomes solid plastic material and semi-finished product in glass state. When a strong force is applied to an object, a weak object is forced to change due to a strong force. There are various methods, but the chemical method is the action of mixing or compounding, which has been changed into a form change or a new substance, and the constituent factors have inherent properties to be separated from each other and to be separated from each other. Are made of different kinds of materials, It is a difference between the characteristics of glass and plastic, and in the process of secondary processing of the reclaimed material, it is processed and manufactured by chemical and physical action according to the same principle of power and shape according to the shape and structure required by the present invention. The shape and structure is the shape and structure of the size, thickness or dimensions by the design prepared in advance. The raw materials are put and used by the equipment or tools, and the electric energy by the law of energy conservation The energy converted into force energy and heat energy in the tool is operated by the movement of mechanical action by the transferred energy, acting as a force on the material, and the material as an object cannot endure by force Cut as a function of changing properties Or to been to bending or movement or stretching or shrinking shape and structure. In the case of plastic, it is a process of molding by a molding injection machine or a large hollow structure such as a PET bottle is made of a fluid into a mold and rotated by using air pressure to make the same shape as the mold of the shape by centrifugal force. The principle of losing or the pre-prepared mold is mounted on the molding injection molding machine so that the mold has the structure of the mold according to the shape and structure of the present invention, where the plastic material is changed to the fluid by heat, and the moved fluid is the shape of the mold. It is made into a manufacturing process in which the fluid turns into a solid and hardens as it cools down and is discharged from the mold mold. All manufacturing processes of each coupling component are performed in the same way. This slight difference is seen but the principle and action are the same. It is to be made into a fluid in the equipment and tools to become a fluid by heat and made in the shape and structure of the present invention. The principle is that the principle of movement of the object by physical and chemical action is that the fluid is processed into the shape and structure of the present invention by the force by the rotation and the tool. , Rectangular, hexagonal, octagonal, trapezoidal, convex, concave, etc., shape is usually a container function, and the inside is emptied and hermetically sealed, so that the contents of the fluid can be stored and stored. In consideration of safety and aesthetics, the cylindrical structure, which is the injection port, is configured at the top, and it is vertical, and it is a structure for display and convenience. It is mainly a translucent and transparent container so that the inner contents can be checked from the outside. The inlet is combined with a lid on the outside of the container It is composed of a function that prevents the contents from spilling when it falls down and prevents dust from entering.It uses the effective principle of fluid storage using a closed container structure, and the inside is hollowed out in a cylindrical sealed structure and the top is opened. The cups should be turned upside down to be combined with the upper part of the container and the outside of the cylindrical inlet, so that they should be prepared separately and handled separately. It is a functional structure of convenience that can be used together as a combination without the use of a paper, and the use of a disposable structure that eliminates the use of disposable paper cups and saves a lot of resources nationally. It is done.

Figure 2 is a sticker (4) is one of the coupling components, printed with general product advertisements, trademarks, manufacturers' markings are attached to the square groove portion of the front and back of the main beverage container (5) and adhesive (4-a) Is attached.

Figure 3 is a representative structure of the main beverage container structure of various shapes, consisting of a thin structure of a rectangular parallelepiped sealed container (5) in the front and rear surfaces are the combined components of the structure in which a square groove is entered from the outside to the inside

4 is a small cup (1) as a coupling component, the inside of which is empty in a cylindrical structure, the upper part is opened, and a small protrusion protrudes into the shape of a semi-circle or a square inside at regular equal intervals on the inner surface, so that the main body main container 5 Cylindrical cup that is overturned from the outside of the upper cylindrical inlet and is projected in a circular plate structure horizontally below the cylindrical inlet, and fits into a recessed groove at equal intervals. 1) and the trademark (2) or advertisement was printed on the outer cylindrical surface.

5 is a lid 3 of the cylindrical structure that is screwed to the cylindrical structure of the upper injection hole of the main beverage container 5 and the main beverage container 5 and the lid 3 is coupled by the screw method.

6 is a structure in which a large cylindrical bottle 5-a is trapped in a trapezoidal cylindrical cup 1-a upside down, and the structure is the same as that of FIG. 1, but the structure is slightly different. The center is projected vertically into the cylindrical inlet, and the lower part is formed into the cylindrical PET container, which is used in the medium size up to a position about halfway between the inlet cylindrical part and the outermost diameter of the lower PET bottle container (5-a). It is integrated into the PET bottle container (5-a) as a cup (1-a) of the structure, and is a resource-saving structure using all existing PET bottles as it is, and the structure of the cup (1-a) is trapezoidal cylindrical shape The inside is emptied and the upper part is opened, and inside the inside, the long ribs of thin thickness vertically at regular equal intervals have a right triangle structure and the protrusion is inside from the inside, and the inlet of the cylindrical bottle (5-a) It is a structure that is fitted in four directions by fitting with a hydraulic pressure on the rib projected to the horizontal circular plate at the bottom. The trapezoidal cylindrical cup (1-a) has a structure and size to be used for medium-sized applications, and uses the traction force of the contact friction force in order to be stably coupled at all times. It is used. The materials, structures, and functions are all the same in principle and function as in Fig. 1 described above.

Fig. 7 is a trapezoidal cylindrical cup 1-a, which is a coupling component of Fig. 6, with an empty inside, an open top, an inside of which thin ribs are arranged at equal intervals from the inside to the inside, and the bottom bottom vertically. Protruded into the flat plate of the middle triangular structure by the height from the middle to the top, and was inserted upside down outside the cylindrical cylindrical inlet of the PET container (5-a), the frictional force is acted on by water pressure to be closely coupled.

Figure 8 is the same as Figure 6, but the inner structure of the trapezoidal cylindrical cup (1-b) is a slightly different structure, a thin plate from the inner surface is arranged at regular equal intervals to project vertically Cylindrical cup (1-1-) in the shape of a trapezoid, which is vertically flat in the same angled structure as the trapezoid, which is the same as the trapezoid which is the outer structure of the cup from the middle of the trapezoidal cylindrical cup (1-b) to the upper opening end (1-b). The inner rib of b) is put into the recessed groove of the horizontal circular plate at the lower part of the injection port of the container 5a, and it is connected to the lower part.

9 is a cylindrical cup (1-a) shaped like a coupling component of FIG. 8, which differs from FIG. 7 in that the internal structure is slightly different and the function is the same. It is a coupling component that is symmetrically perpendicular to the same angle as the contour angle of the trapezoidal cylindrical cup 1-b from the height position to the upper end of the opening end.

Fig. 10 shows the structure of the cylindrical cup 1-c as the cylindrical container cup 1-c is turned upside down on the top of a regular PET bottle, and the PET container 6 and the cylindrical cup 1-c are coupled in a screwed manner. The inner surface is emptied, the upper surface is open, the inner surface is female threaded on the opening side, and the bottom surface is horizontal, and the size is for heavy cup capacity. In the middle position, it is screwed together and the screwed structure of the upper upper surface of the PET bottle 6 is slightly protruded vertically from the cylindrical surface, and it is a male screw on the outside, and the structure is short between the lower PET bottle and the inlet. (7), where the cylindrical cup (1-c) is a coupling structure that is to be opened and closed by rotation by the PET container and screw method. Applied technical idea and principle is the structure of bone and acid, which uses the principle of irregularities, and the thread is formed around the cylindrical surface. It has been applied to the principle that it is preserved by the structure, and it is structurally used to make the structure of the function to be combined and separated in the small cylindrical surface area and to use the screw structure to make it suitable to be maintained. The screw thread is to be moved while rotating up and down, and is opened and closed, that is, it is coupled with the separation by the principle of moving using it. The rest of the cylindrical cup (1-c) in the interior of the container 6 in the upper portion of the container (6) is a cylindrical injection hole in the vertically projecting structure of the lid (3) is the same as the conventional structure. On the outer surface of the cylindrical cup (1-c), the trademark (2) or advertising contents are printed, and it is a vertical structure (g), so that the friction force is generated when the finger is opened and closed, and the intaglio and embossing are good for good grip. In the structure of the grooves and the surface of the bumps (g) structure is irregular.

Fig. 11 is the same as Fig. 10, but only the other is a coupling structure illustrating a structure in which the structure of the PET container 6-a is a non-cylindrical square PET container 6-a and is bonded to the upper surface thereof. . This is a structure in which only the upper surface which can be used in various general container structures such as regular hexagon, regular octagon, and the like is screwed.

Fig. 12 is a cylindrical cup 1-c, which is a combined component of Figs. 10 and 11, and g is a detailed illustration showing the details of the nuling structure g using the principle of yin and yang on the outer cylindrical surface thereof.

Fig. 13 is the same as Fig. 11, but only the other is a large capacity cup function structure in which a cylindrical cup 1-a of the same size is combined with an outer portion of a cylindrical surface outside the diameter of a PET container 7. The joining structure is screwed together, and the screwing joining structure is the outermost part of the cylindrical inlet formed in the outer part of the cylindrical surface and the upper part and the outermost part of the cylindrical surface which is the diameter of the lower PET container 7 instead of the middle part. The upper part of the screw part is slightly inside, and the end diameter becomes a cylindrical surface with a small structure, and the outer part of the PET container (7) has a male thread on the upper part of the screw part, and the cylindrical cup (1-d) coupled thereto is a female thread. The interior was emptied and the bottom was screwed up with the open structure upside down.

Fig. 14 is a rectangular cylindrical closed structure PET container 7-a, which is vertically small in height at the top surface, has a slightly short cylindrical shape inward, and has a screw-joining structure at the outside thereof. In the center of the upper surface is a cylindrical structure of the injection hole is vertical, there is a lid (3) is coupled there is a structure in which the cylindrical cup (1-a) is coupled to the outside by a screw method, the only difference from Figure 13 PET container (7-a) is not the cylindrical structure but the difference which becomes the square cylinder (7-a) only.

Fig. 15 is the same as Fig. 13, but only the other is the cylindrical cup 1-e and the cylindrical PET bottle 8, and the joining structure is a structure in which the cylindrical cup 1-e is joined at the bottom of the bottom, not at the top. . The bonding structure is the same and differs only in position.

Fig. 16 differs from Fig. 14 only in that the PET container 8-a has a rectangular cylindrical shape. The bottom surface of the sealed rectangular cylindrical PET container (8-a) is cylindrical and slightly protrudes vertically at the bottom, and has a small diameter inwardly, and has a male screw around the cylindrical surface, where a cylindrical cup (1 The internal thread of -e) was combined with the rectangular cylindrical container (8-a) and the cylindrical lid (1-a) by the screw method.

Fig. 17 is a perspective view of the thin, rectangular parallelepiped sealed structure liquor bottle shown in Fig. 1;

All kinds of shapes, structures, and functions are the same as the above-described technical principles and principles in FIG.

The law of the economy is to inject maximum resources and create maximum benefits. In other words, in order to achieve a certain purpose for a certain object, it is most economical that the input process and action, which is a proactive process, and the maximum benefit generated by the input resource and processing are the most economical. It does not mean that it is not the form or function of its own function, but that it means the maximum creation of validity in matters that are correlated or influenced by society as a whole by its own fields. It is about the validity obtained in all fields that use the product, and the effect is applied not only economically but also environmentally, politically, technically, resourcefully, practically, safety and aesthetics. Constitution In many fields and types, the main beverage containers and cups are combined to be used effectively, especially in the case of outdoor or large capacity. Compared with the conventional case, if you look at the effect side, the conventional case consists of the main beverage containers of various shapes and structures, such as PET bottles or glass bottles, and the PET containers mainly have a cylindrical structure or polygonal shape with a thin and closed structure of square and hexagonal rectangular parallelepiped. There were also several complex types such as trapezoidal or cylindrical structure with concave convex, and the common structure is the inlet is formed in the upper center, and the inlet is vertically made of cylindrical structure. Relatively cylindrical lid is made of a female threaded structure. However, the purpose of these types of main beverage containers is that the cups and the containers are not combined so that they can always be used together at the same time. The cup was necessary and because of that, a separate glass or a separate tool with various cup functions was needed. In addition, in order to eliminate such inconvenience, it was manufactured and used in the size of a can, a weight, and a small amount so that it can be eaten directly by mouth. It was also used by using a pack or a boil container. Many of these containers have been used in the selection, shape, and structure of materials and sizes according to their own purposes and characteristics, but there are cases where cups are always required to be combined at the same time. In most cases, it is necessary to take them outdoors and eat them. In the case of alcoholic beverages, there is no need to drink large quantities at one time. For some reason, cups were sometimes needed, and cups were usually purchased separately at home or at the store, kept, cleaned and stored. In many cases, the use of metal, glass, plastic, or earthenware bottle cups has been common. However, in recent years, the use of paper cups has gradually spread, and the consumption of disposable products has become severe. They are trying to cut down, and the price of paper cups is not economical, so it has been an economic burden. Invented by solving the problems and improving the technical level with the new and advanced in this problem and technology level, and the structure by the two kinds of structure and the screw type and the fitting method on the outer surface of the cylindrical inlet in the upper part of the container and the lower part of the container The container and cup are always combined to be used, and the screw type coupling part of the container is male thread and the cup is female thread on the inner surface to be combined. It is made to be combined by using a thin plate on the inner surface of the cup so that the protrusion is made constant inside, so that it is pressed into the horizontally circular plate at the lower part of the container cylindrical surface and inserted into the groove there. It was made to be structured to be engaged by rotation from the bottom. In this way, the cups are always combined and can be used separately if necessary, and there is no need to purchase, maintain or carry paper cups or other separate cups. The place space for the management of a separate cup also made the effect unnecessary. If it is exported, it is an invention with the effect that it can be economically profitable by acquiring foreign currency.

Claims (2)

The outer structure is round, square, hexagonal, sealed barrel (6), the inside is emptied, the upper part is a cylindrical structure vertically in the upper center of the inlet port, the outside is a cylindrical cup (1-c) upside down sealed The PET bottle container 6 and the cylindrical cup 1-c are coupled to each other by a screw method outside the upper surface of the container 6, and the structure of the screw part slightly protrudes vertically between the injection port and the outer part. It has a male thread and has a slightly shorter structure between the lower container 6 and the inlet, and the cylindrical cup 3 is inverted so that the cylindrical cup 1-c is female threaded on the inner surface of the outer container. A main beverage bottle having a structure in which the cup is inverted and coupled outside the upper injection hole of the main beverage bottle in which the female portion of the inner surface of the screw portion and the cylindrical cup (1-c) is screwed together. (A) As the second leaf, the structure in which the PET container 7 and the cylindrical cup 1-a are combined is the same size as the outer part of the upper part of the PET container 7, and the cylindrical surface is formed vertically on the upper part. It has a slightly stepped structure inside the inside, and has a male screw on the outside, and the cup (1-d) is inverted there, and the cup is turned upside down outside the inlet of the main beverage bottle where the inner part is screwed in. Combined main drink bottle. (B) The structure in which the PET container 8 and the cylindrical cup 1-e are combined as a third leaf, having the same cylindrical surface as the outer portion at the lower part of the PET container 8, and having a slightly shorter vertical surface at the top. The outer side is made of male thread, and the cylindrical cup is inserted right there, and the inner side of the main beverage bottle with the inner side of the female screw is screw-coupled to the outside of the inlet of the main beverage bottle. The injection and discharge function inlet is vertically vertically formed in the center of the upper surface of the main beverage container as the fourth leaf, and the upper part is opened, and the inside is emptied, and the cylindrical lid 3 is screwed therein. And the trapezoidal cylindrical cup (1-a) is fitted upside down, the structure of the trapezoidal cup (1-a) is emptied inside, the top is opened, and a thin flat rib is inside. Arranged at equal intervals, it is shaped like a right triangle vertically from the bottom of the inner surface to protrude from the inner surface, and the ribs are horizontally rounded below the cylindrical inlet that projects vertically to the center of the upper portion of the main beverage bottle. The main beverage bottle of the structure in which the cup is turned upside down from the outside of the inlet of the main beverage bottle which is in close contact with the cylindrical side of the . (A) As the fifth leaf, the cup 1-b has a trapezoidal cylindrical structure, and the inside is emptied, and the top surface is opened, and inside, the ribs of thin plates toward the top surface opened at the middle of the cup are arranged at equal intervals. The inner surface of the cup (1-a) is projected at an angle equal to the trapezoidal angle, and the cylindrical structure at the center of the upper surface of the main beverage bottle is in close contact with the circular flat plate at the lower part of the inlet. The main beverage bottle of the structure is combined with the cup is turned upside down outside the inlet of the main beverage bottle structure of being separated and combined. (B) As the sixth leaf, the structure of the inner surface protrusion structure cup 1 becomes cylindrical, the inside is emptied, the upper surface is opened, and inside the inside, small semi-circular protrusions are arranged at equal intervals in the middle of the cup 1, The circular plate on the lower part of the injection hole, which protrudes from the inner surface to the inner surface of the main beverage bottle 5 and is vertically formed, has a recessed groove at equal intervals. The main drink bottle of the structure in which the cup is turned upside down outside the inlet of the main drink bottle of the structure in which the internal protrusion of 1) is aligned and separated.