WO2018048294A1 - Cup with two compartments, comprising a concentrically arranged tube and valve for combining beverages, and beverage metering mechanism - Google Patents

Abstract

The invention relates to an original and unique means for metering two different beverages, one being alcoholic and the other having a flavour, to be combined in a single cup, said cup being formed in turn by two different-sized cups which are joined by means of a tube and a valve serving as a connector and seal, the particular design and assembly of which prevents the beverage from spilling, such that both beverages can be combined without being mixed together at the moment at which they are served simultaneously, creating a unique flavour for the consumer who, at any given moment, may taste one of the two beverages independently or both mixed together upon drinking, the beverages being metered by means of a mechanical device built into a specially designed, unique metering machine created for this purpose.

Description

 DOUBLE COMPARTMENT GLASS WITH CONCENTRIC DUCT AND VALVE TO COMBINE DRINKS AND DOSAGE MECHANISM OF THE SAME

PRESENTATION

Double compartment glass consisting of two glasses of different capacity with valve and doubt for its dosing that is related to the field of the machinery for dosing beverages, specifically beer and its variety of combinations, including, for its design another kind of drinks, (for example, fruit-fermented juices and flavored waters that can be combined with some other kind of drink) by means of the assembly of a double-compartment glass, that is, it is made up of two glasses of different capacity, joined by a concentric duct and a valve to be simultaneously reinsificadns stopped independently, in a characteristic way by the bottom of the vessel, with drinks that can be combined without mixing, by means of a mechanical device that acts as a supply valve, totally different from the already known, assembled and dosed by their own machine, characterized by their special shape and ornament that give them some aspects Culiares and own.

Therefore I intend to legally protect said invention by means of the present patent application, since both the double compartment vessel and the dosing machine are unique.

The model, parts and assembly details characteristic of the present invention of said dobie glass compartment and dosing mechanism are clearly shown and described in the drawings detailed below.

DESCRIPTIVE CHAPTER OF THE FIGURES

 FOR THE ASSEMBLY OF DOUBLE COMPARTMENT GLASS WITH CONCENTRIC DUCT AND VALVE TO CONBINE DRINKS AND MECHANISM FOR DOSAGE

DOUBLE COMPARTMENT GLASS

 Figure 1 is a perspective view of the vessel 1 which is of smaller capacity, the concentric hole (2) is shown at its base

 Figure 2 is a top view of the smaller capacity vessel 1 showing at its base the concentric hole (2)

 Figure 3 is a perspective view of the vessel (3) of greater capacity showing at its base the concentric hole (4)

 I will see 4 as a top view of the vessel (3) of greater capacity showing at its base the concentric hole (4)

 Figure 5 is a perspective view of the duct (5) for joining the double compartment vessel assembly

Figure 6 is a perspective view of the union and seal valve (8) consisting of a uniform cylinder-shaped body at its top and a stepped cylindrical base at the bottom both are a single device that joins and seals the vessel, (3) between both the neck stop (9) is located which consists of a decrease in the internal diameter of the hole (6), said valve shows the holes, concentric assembly (6) in the upper distal part of the Díndrico body and tongtudinementente crosses up to the ends of the valve, and the transverse oval-shaped orifice (7) which laterally exceeds the perimeter, to form two opposite holes in the cylinder body, the lower part) of this valve It is made up of three continuous cylindrical steps being these, three edges of different diameter and height (10,11, and 12), the upper step (10) that is consecutively joined to the uniform cylindrical part e, has an angular shape in its perimeter that extends towards the bottom, and is of greater diameter and height to the other two steps, the intermediate step (11), is the one of smaller diameter gives the rear and has an intermediate height to them _, and presents an angular shape in its perimeter height that extends to the upper part of the step, finally in the lower distal part the third step (12) is located that is of diameter of an intermediate measure to the previous ones, but it is of smaller height to the other two, and has an angled shape in its perimeter that is reduced towards the bottom of it Figure 7 is a side view of the staggered cylindrical valve (8) of union and seal showing the assembly holes ( 6) and supply (7) and internal neck reduction (9)

Figure 8 is a top view of the union and seal valve (8) showing the assembly holes (6) and supply (7) and the internal neck reduction (9) Figure 9 is a bottom view of the union and seal valve (8) showing the assembly (6) and supply holes (7) and the internal neck reduction (9)

Figure 10 is a perspective view of the double compartment vessel assembly (13) showing the vessel of smaller capacity (1) the vessel of greater capacity (3) the duct (5) and the concentric valve (8) for its dosed in its totai assembly.

DOSAGE MECHANISM FOR DOUBLE COMPARTMENT GLASS WITH CONCENTRIC DUCT AND VALVE TO COMBINE DRINKS

Figure 11 is a perspective view of the components of the cylindrical prismatic block assembly (23) complementing the supply and dosing valve (24) consisting of the following parts, shown, a "or ring" type gasket (14 ), a "pipe" pipe (15), an o-ring type gasket (16), a conical tip tube connection (17), a "spring-rate" plastic seal (18), a pipe type "shirt" (19), a divisional flat gasket (20), a flat gasket (21)

 Figure 12 is a perspective view of the rectangular prismatic block (22) complementing the assembly of the supply and metering valve (24) showing its liquid feed connections (25-26) and the internal tracks at 90 ° thereof. Figure 13 is a perspective view of the total assembly, of the valve (? 4) showing its internal components, both rectangular prismatic blocks (22) cylindrical (23) and supply and metering valve connections (25,26)

 Figure 14 is a side view of the supply and dosing valve (24) showing its internal components of both prismatic blocks (22,23) that compose it. Figures 15 is a front view of the double compartment vessel model assembly ( 13) with duct and supply and dosing valve (24) in its total assembly showing its internal components for assembly in the dosing machine (25).

 Figure 16 is a perspective view of the model of a double compartment vessel dosing machine for combining drinks (25) in the form of four metering devices and implements that comprise it, which are a vessel stacking module to facilitate maneuvering. , and including a "display" (display) for informative announcements and promotes! cs of sponsored (optional), also showing keypads, control details and dispatch of drinks in its final finished appearance.

 Figure 17 is a front view of the model of double compartment vessel dosing machine (25) for combining drinks in their final finished appearance

Figure 18 is a rear view of the model of the double compartment vessel measuring machine (25) for combining drinks, in their final finished appearance.

DETAILED DESCRIPTION

Double compartment vessel with concentric duct and valve to combine drinks (13) referred to in the present invention, in turn consists of two glasses (1 and 3) that are of different capacity, into the vessel (1) is introduced the duct (5) through the hole (2) at a distance that exceeds the distal end of (5) slightly the mouth of the vessel (1) and the union and seal valve (8) is placed on the opposite distal end of the duct (5) by orifice (6) without totally occluding the supply holes (7) of the same, since by these it is carried out the dosed of the vessel (3), once connected the valve (8) this assembly (1), (5), (8), in the concentric hole (4) of the base of the vessel (3) which is sealed by the periphery of the step (11) of said valve (8) leaving the assembly of the double compartment glass concluded; to dose the mixed glass is placed by e! lower end where t3 union valve and seHo (8) _{t are located} on the supply valve assembly and dosed (24) as follows, introducing the pipe tube (15) through the lower hole (6) of the valve (8) through the duct (5) of the double compartment vessel by superimposing it on top of) conical tip tube (17) where the "o-ring" gasket (16) seals the bottom hole (6) being placed on the top of the seal "rate-spring" (18), both vessels are metered by the delivery valve (24) which provides ^drinks' combined in the mixed glass (13) whose connections (25) and ( 26) previously connected to the beverage containers and their cooling devices allows liquids to be combined to flow through the valve (8), the beverage from the connection (26) flows through the valve (8) through the holes (7) directly to the glass (3), the drink coming from the connection (25) flows by the pipe 'pipe ^* (15) in the form of a "source" according to the pressure applied to the liquid to dose the vessel (1). At the end of the dosing of the glass (13) with its two drinks, it is removed by lifting it and separating it from the "or ring ^" gasket (16) and the conical tip tube (17) of the supply valve (24) in this movement. press the upper end of the duct (5) against the "o-ring" gasket (16) of the end of the "pipe" tube (15) that moves it towards the bottom of the valve (8) by seating it on the inner neck reduction (9) of the hole (6) or by doing it manually, the holes (7) being sealed by the duct (5) which prevents the drink from spilling from the glass (3) and finally separating from the mechanism.

 Figures (16), (17) and (18) show an example of a machine in the modality of four devices for dosing in their perspective, front and rear views respectively include a stacker or vessel implement, and a screen for sponsored , the containers of supply and content of the drinks, control devices, cooling as well as electronic thereof, for being of common technical and external commercial aspects that are complements of the present invention and are not shown in these images.

Claims

REIVINDICATORY CHAPTER 1.- This double compartment vessel with concentric duct / valve for its dosing, characterized in that it comprises the union of two vessels of different capacity, together with a valve and a duct that are joined to integrate in a single assembly a veso of double compartment, the lower capacity vessel at its base has a concentric hole in which the duct that is part of the assembly is introduced, and in turn the dosing function is born, this is of greater length than the vessel of greater capacity , being at a distal end thereof, until it exceeds the mouth of the vessel, and by the opposite distal end of the duct a union valve and seal consisting of a single piece of two geometric shapes, a uniform cylindrical body in its part is inserted upper and a cylindrical part staggered in the lower part, in the uniform cylindrical part contains two holes, one concentric vertical that longitudinally pierces the entire body of the valve with opening to the ends, it is of a few thousandths diameter smaller than the duct that is part of the assembly and has a slight reduction in diameter in the form of a neck in the inner part where the uniform cylindrical body and the stepped cylindrical body , this reduction at the end of the dosing serves as a stop at the same pipeline of the assembly, the other hole located in the transverse axis of the uniform cylindrical part, is located in the center of the same, is oval, and passes through the cylinder walls up to its perimeter, finally forming two opposite symmetrical orifices in the body of the same and are of arbitrary measure to be convenient to facilitate dosing, the lower distal part of the valve is cylindrical but stepped, as mentioned above, is shorter in length. distal ends but of greater diameter than the uniform cylindrical body, is made up of three continuous cylindrical steps being these they are, three edges of different diameter and height, the upper step that is consecutively joined to the uniform cylindrical part, has angular shape in its perimeter that extends towards the bottom, and is of greater diameter and height to the other two steps , the intermediate step, is the one of smaller diameter of the three and has an intermediate height to them, and presents an angular shape in its perimeter height that extends towards the upper part of the step, finally, in the lower distal part it is located the third step that is of diameter of an intermediate measure to the previous ones, but is of smaller height to the other two, and has angled form in its perimeter that is reduced towards the inferior part, the vessel of greater capacity comprises a concentric orifice in its base, of diametral measurement a few thousandths smaller than the diameter of the intermediate step of the union valve and seal described above, through said orifice it is inserted for confo assemble the total assembly of the double compartment vessel with duct and dosing valve. 2. Dosing mechanism for the double compartment vessel with concentric duct and valve, for said purpose, referred to in claim 1, characterized in that it is an assembled supply-valve device for the dosing of two liquids simultaneously and independently, which It comprises two prismatic blocks and their internal components, one in the form of a rectangular prism and the other in the form of a cylindrical prism, said cylindrical shape consists of two cavities of the same volume, this division internally is formed by a central protrusion in the interior in the form of a ring , measuring a few thousandths smaller than the inside diameter of the cylinder body, which serves as a stop on the bottom of the cylinder for a central divisional flat gasket of the two cavities and on the top of it is the base of the rate-type seal spring, which consists of a bushing inserted by the upper distal part of the cylindrical prism block in its cav This unit in the form of a spring rate has a concave shape in its upper distal part and a concentric hole of a diametral measure to insert there, the upper distal part of a cylindrical tube having the upper distal end in an enlarged conical shape, with a groove in the middle vertical distance of the cone to accommodate an "o-ring" type packing and in the consecutive lower body aJ is uniformly cylindrical, being in turn connected to the lower cavity of the cylindrical prism through the hole concentric of the divisional packing this packing has the function of preventing the passage of fluid from one cavity to another, both prismatic blocks have thread and rope respectively in the convergent part, in order to be joined by means of a concentric circumference in the form of external threaded edge that has the rectangular prismatic block with internal diameter of the cylindrical body to which it is connected, since they are bl complementary oques between the union of both prismatic blocks, a flat gasket is located to avoid spills and liquid leaks, the rectangular prismatic block has two concentric holes of different diameter in the smaller and opposite shells of the same, also internally threaded in the vicinity of the surface of the smaller faces where a pin connection, of different size for liquid supply, is inserted into each hole, these holes have a right angle shape internally in the rectangular prism block, with convergent outlet of both parallel in parallel in the central part and equidistant on the same upper upper face of the block, both holes expose their extreme opening opposite to the pin connection, freely to the lower cavity of the cylindrical prism, where the lower distal part of the conical tip tube is connected, the smaller diameter hole of the rectangular prismatic block in this opening ura has an inner thread at its surface end of the greater face of the rectangular block, where a pipeline pipe is connected, consisting of a pipe of smaller diameter to the other pipeline that is part of the assembly of the vessel mentioned in claim 1, this pipe duct in the lower distal part, is angular "z" type broken which is immersed in the lower cavity of the cylindrical block, and has rope in its last lower distal portion, to be connected to the rectangular prismatic block, Concentrically introduced through the cylindrical tube with conical tip, another characteristic of this pipe duct is that it has a longer length to the double compartment vessel, and has a countersunk shape with a waist at its base at the base to fix a type "or -Ring ", thus leaving the total assembly of the mechanical dosing device,