CN102862943A - Distributor - Google Patents

Abstract

The invention provides a distributor which can be used out of question for freezed foaming bodies of foaming beverages which contains grain degradation products, has high viscosity, and is formed by introducing external gas through cooling and stirring. The distributor comprises: a pot (10) for storing foaming beverages containing grain degradation products and their freezed foaming bodies; a nozzle (11) for supplying the freezed foaming bodies to the pot (10); a cooling body (30) disposed in the pot (10); and a stirring external paddle (50) disposed outside the cooling body (30). When viewed in an anteroposterior direction, a front end paddle part (110) is disposed between the cooling body (30) and the nozzle (11), and is driven to rotate so as to apply force for forward extrusion to the freezed foaming bodies of the foaming beverages containing grain degradation products.

Description

Distributing box

Technical field

The present invention relates to supply with the distributing box that freezes foaming body of the sparkling beverage that contains the cereal catabolite.

Background technology

The known chilled beverage distributing box (for example with reference to patent documentation 1 and 2) that is useful on the beverage that the sorbet shape (sherbet-like) that stirs fruit juice (syrup) and water ice and make is provided in the past.For the chilled beverage that prevents from using above-mentioned chilled beverage distributor processes because of heavy body (for example, freezing) damage equipment, the object beverage requires high pol.In addition, the desired pol of chilled beverage distributing box (Brix Scale) for example is 11 degree ~ 14.5 degree.

Patent documentation 1: TOHKEMY 2000-163651 communique

Patent documentation 2: TOHKEMY 2001-122396 communique

Different from above-mentioned chilled beverage, it is lower that the sparkling beverage that contains the cereal catabolite that beer is such and above-mentioned chilled beverage are compared pol, and the pol of beer (Brix Scale) for example is 5.5 degree.Therefore, if stir when cooling contains the sparkling beverage of cereal catabolite, then viscosity uprises, and stirs in the time of by further cooling, is involved in the extraneous gass such as air, consequently, becomes the foaming body that freezes of very high viscosity.If certain chilled beverage distributing box is in the past directly diverted in the above-mentioned foaming body that freezes, then produce various unfavorable conditions owing to the viscosity of freezing foaming body is high.

Summary of the invention

Content in view of above the object of the invention is to, and a kind of distributing box is provided, even for the foaming body that freezes of the full-bodied sparkling beverage that contains the cereal catabolite, also can utilize no problemly.

In addition, in the past knownly will its product layer of freezing be stacked on the beer beverage by cooled beer.But, use the foaming body that freezes that distributing box of the present invention supplies with, be by the particulate that contains the sparkling beverage that contains the cereal catabolite that freezes and be present between the particulate and the compound of the bubble of the gas that is involved in from extraneous gas consists of.To be the contriver above-mentionedly freeze foaming body and the conscientious result after the research in order to supply with in the present invention.

The related distributing box of the first mode of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the above-mentioned tank, by upwardly extending drum consists of in front and back, and can cool off;

Stir outer blade, be arranged at the outside of above-mentioned cooling body, be activated power and rotate, thus make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile; And

Front end blade parts are being arranged between above-mentioned cooling body and the said nozzle when fore-and-aft direction is observed, and are activated power and rotate, thereby the above-mentioned foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding.

Also can be in the related distributing box of the first mode of the present invention,

Above-mentioned front end blade parts have multi-disc front end blade.

Also can be in the related distributing box of the first mode of the present invention,

Above-mentioned front end blade parts have the front end blade more than 3.

Also can be in the related distributing box of the first mode of the present invention,

Above-mentioned front end blade parts have the short long front end blade that chord is shorter than other front end blades,

Above-mentioned short long front end blade is positioned at the side radially of the outer blade of above-mentioned stirring.

Also can be in the related distributing box of the first mode of the present invention,

Above-mentioned front end blade parts have the front end blade,

Above-mentioned front end blade comprises: the rear protrusion, and outstanding rearward from an end radially; And the rear rake, tilt rearward towards radially the other end.

The related distributing box of the second mode of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the above-mentioned tank, by upwardly extending drum consists of in front and back, and can cool off; And

The outer blade of screw mixing arranges along the outer surface of above-mentioned cooling body, be activated power and rotate, thereby make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And the winding number of the outer blade of above-mentioned stirring is more than 3.

The related distributing box of Third Way of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the above-mentioned tank, by upwardly extending drum consists of in front and back, and can cool off; And

Stir outer blade, be arranged at the outside of above-mentioned cooling body, be activated power and rotate, thus make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And the outer blade of above-mentioned stirring has forwards outstanding outer blade front end protrusion in its front ends.

The related distributing box of cubic formula of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling cylinder is arranged in the above-mentioned tank, by having hollow bulb and upwardly extending drum consists of in front and back, and can cool off;

Blade in stirring is arranged in the above-mentioned hollow bulb of above-mentioned cooling cylinder, be activated power and rotate, thereby make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile; And

Stir outer blade, be arranged at the outside of above-mentioned cooling cylinder, be activated power and rotate, thus make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And, be provided with flow control board in front face side outside or the front face side inside of above-mentioned cooling cylinder.

Also can be in the related distributing box of cubic formula of the present invention,

Above-mentioned flow control board is made of toroidal.

Also can be in the related distributing box of cubic formula of the present invention,

Above-mentioned flow control board is made of fan shape.

Also can be in the related distributing box of cubic formula of the present invention,

Above-mentioned flow control board is made of the toroidal that is formed with notch part.

Also can be in the related distributing box of cubic formula of the present invention,

Above-mentioned flow control board is made of the toroidal that is formed with a plurality of notch parts.

Also can be in the related distributing box of cubic formula of the present invention,

Above-mentioned flow control board is made of semi-circular shape.

The related distributing box of the 5th mode of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the above-mentioned tank, by upwardly extending drum consists of in front and back, and can cool off; And

Stir outer blade, be arranged at the outside of above-mentioned cooling body, be activated power and rotate, thus make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And, the clearance C between the outside face of the outer blade of the inside face of above-mentioned tank and above-mentioned stirring ₁Satisfy:

0mm＜C ₁≤7mm。

The related distributing box of the 6th mode of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Cooling body is arranged in the above-mentioned tank, is made of the drum that extends in a predetermined direction, and can cools off; And

Stir outer blade, be arranged at the outside of above-mentioned cooling body, be activated power and rotate, thereby the above-mentioned foaming body that freezes that contains the sparkling beverage of cereal catabolite is moved,

And, the clearance C between the inside face of the outer blade of the outer surface of above-mentioned cooling body and above-mentioned stirring ₂Satisfy:

0mm＜C ₂≤1.5mm。

The related distributing box of the 7th mode of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at above-mentioned tank, be used for to supply with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Piston carries out the switching of said nozzle;

Cooling body is arranged in the above-mentioned tank, is made of the drum that extends in a predetermined direction, and can cools off; And

Stir outer blade, be arranged at the outside of above-mentioned cooling body, be activated power and rotate, thereby the above-mentioned foaming body that freezes that contains the sparkling beverage of cereal catabolite is moved,

And above-mentioned piston can freeze the end that foaming body contacts and has the par that is made of smooth shape or the recess shapes section that is made of recess shapes with above-mentioned.

Also can be in the related distributing box of the 7th mode of the present invention,

Above-mentioned piston has the recess shapes section that is made of recess shapes in above-mentioned end,

The vertical section of above-mentioned recess shapes section is made of U word shape roughly, and perhaps above-mentioned recess shapes section has the recess that is made of the conical shaped shape.

Also can be in the related distributing box of the 7th mode of the present invention,

The surperficial You Shu water-based material of the above-mentioned end of above-mentioned piston consists of.

The related distributing box of all directions formula of the present invention has:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Cooling body is arranged in the above-mentioned tank, is made of the drum that extends in a predetermined direction, and can cools off; And

Stir outer blade, be arranged at the outside of above-mentioned cooling body, be activated power and rotate, thereby the above-mentioned foaming body that freezes that contains the sparkling beverage of cereal catabolite is moved,

And, the outer blade eccentric rotary of above-mentioned stirring, this part inside face that stirs outer blade contacts with the outer surface of above-mentioned cooling body.

Also can also have pressurization part by above-mentioned each distributing box, supply gas in the above-mentioned tank makes the pressure in this tank be higher than the outer pressure of this tank.

Also can also have by above-mentioned each distributing box: temperature sensor, the temperature in the above-mentioned tank is measured; And

The heating part is controlled according to the measurement result of said temperature sensor.

Also can also have by above-mentioned each distributing box: the surplus determination part, the above-mentioned surplus of freezing foaming body in the above-mentioned tank is measured; And

Contain cereal catabolite sparkling beverage supply unit, according to the measurement result from above-mentioned surplus determination part, in above-mentioned tank, supply with the sparkling beverage that contains the cereal catabolite.

Also can also have front end blade parts by the related distributing box of the second to the 5th mode of the present invention, when observing, fore-and-aft direction is being arranged between above-mentioned cooling body and the said nozzle, be activated power and rotate, thereby the above-mentioned foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding.

Also can the of the present invention the 6th and the from all directions the related distributing box of formula also have: nozzle, be arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body; And

Front end blade parts are being arranged between above-mentioned cooling body and the said nozzle when fore-and-aft direction is observed, and be activated power and rotate, thereby the above-mentioned foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding,

And above-mentioned cooling body extends upward in front and back.

Also can also have front end blade parts by the related distributing box of the 7th mode of the present invention, when observing, fore-and-aft direction is being arranged between above-mentioned cooling body and the said nozzle, be activated power and rotate, thereby the above-mentioned foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding

And said nozzle is arranged at the front face side of above-mentioned tank,

Above-mentioned cooling body extends upward in front and back.

Also can be in the related distributing box of the first, the 3rd to the 5th mode of the present invention,

The outer blade of above-mentioned stirring is spiral,

The winding number of the outer blade of above-mentioned stirring is more than 3.

Also can the of the present invention the 6th and the from all directions the related distributing box of formula also have nozzle, be arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

Above-mentioned cooling body extends upward in front and back,

The outer blade of above-mentioned stirring is spiral,

The winding number of the outer blade of above-mentioned stirring is more than 3.

Also can be in the related distributing box of the 7th mode of the present invention,

Said nozzle is arranged at the front face side of above-mentioned tank,

Above-mentioned cooling body extends upward in front and back,

The outer blade of above-mentioned stirring is spiral,

The winding number of the outer blade of above-mentioned stirring is more than 3.

Also can of the present invention first, second, in the related distributing box of the 4th and the 5th mode,

The outer blade of above-mentioned stirring has forwards outstanding outer blade front end protrusion in its front ends.

Also can the of the present invention the 6th and the from all directions the related distributing box of formula also have nozzle, be arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

Above-mentioned cooling body extends upward in front and back,

The outer blade of above-mentioned stirring has forwards outstanding outer blade front end protrusion in its front ends.

Also can be in the related distributing box of the 7th mode of the present invention,

Said nozzle is arranged at the front face side of above-mentioned tank,

Above-mentioned cooling body extends upward in front and back,

The outer blade of above-mentioned stirring has forwards outstanding outer blade front end protrusion in its front ends.

Also can be in the related distributing box of the of the present invention first to the 3rd and the 5th mode,

Above-mentioned cooling body is the cooling cylinder with hollow bulb,

Above-mentioned distributing box also has: blade in stirring, be arranged in the above-mentioned hollow bulb of above-mentioned cooling cylinder, be activated power and rotate, thereby make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile,

Front face side outside or front face side inside at above-mentioned cooling cylinder arrange flow control board.

Also can be the of the present invention the 6th and the from all directions in the related distributing box of formula,

Above-mentioned cooling body for have hollow bulb and in front and back upwardly extending cooling cylinder,

Above-mentioned distributing box also has: blade in stirring, be arranged in the above-mentioned hollow bulb of above-mentioned cooling cylinder, be activated power and rotate, thereby make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile; And

Nozzle is arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

Front face side outside or front face side inside at above-mentioned cooling cylinder arrange flow control board.

Also can be in the related distributing box of the 7th mode of the present invention,

Said nozzle is arranged at the front face side of above-mentioned tank,

Above-mentioned cooling body for have hollow bulb and in front and back upwardly extending cooling cylinder,

Above-mentioned distributing box also have stir in blade, be arranged in the above-mentioned hollow bulb of above-mentioned cooling cylinder, be activated power and rotate, thereby make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile,

Front face side outside or front face side inside at above-mentioned cooling cylinder arrange flow control board.

Also can be in the related distributing box of first to fourth mode of the present invention,

Clearance C between the outside face of the outer blade of the inside face of above-mentioned tank and above-mentioned stirring ₁Satisfy:

0mm＜C ₁≤7mm。

Also can the of the present invention the 6th and the from all directions the related distributing box of formula also have nozzle, be arranged at the front face side of above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

Above-mentioned cooling cylinder extends upward in front and back,

Clearance C between the outside face of the outer blade of the inside face of above-mentioned tank and above-mentioned stirring ₁Satisfy:

0mm＜C ₁≤7mm。

Also can be in the related distributing box of the 7th mode of the present invention,

Said nozzle is arranged at the front face side of above-mentioned tank,

Above-mentioned cooling cylinder extends upward in front and back,

Clearance C between the outside face of the outer blade of the inside face of above-mentioned tank and above-mentioned stirring ₁Satisfy:

0mm＜C ₁≤7mm。

Also can of the present invention first to the 5th, the 7th and the from all directions in the related distributing box of formula,

Clearance C between the inside face of the outer blade of the outer surface of above-mentioned cooling cylinder and above-mentioned stirring ₂Satisfy:

0mm＜C ₂≤1.5mm。

Also can be in the related distributing box of the first to the 5th mode of the present invention,

Also have piston, carry out the switching of said nozzle,

Above-mentioned piston can freeze the end that foaming body contacts and has the par that is made of smooth shape or the recess shapes section that is made of recess shapes with above-mentioned.

Also can the of the present invention the 6th and the from all directions the related distributing box of formula have: nozzle, be arranged at above-mentioned tank, be used for supplying with above-mentioned in this tank contain the cereal catabolite sparkling beverage freeze foaming body; And

Piston carries out the switching of said nozzle,

And above-mentioned piston can freeze the end that foaming body contacts and has the par that is made of smooth shape or the recess shapes section that is made of recess shapes with above-mentioned.

Also can be in the related distributing box of the first to the 7th mode of the present invention,

The outer blade eccentric rotary of above-mentioned stirring, this part inside face that stirs outer blade contacts with the outer surface of above-mentioned cooling cylinder.

Also can be in the related distributing box of the of the present invention first to the 3rd and the 5th to the 7th mode,

Above-mentioned cooling body is the cooling cylinder with hollow bulb,

Above-mentioned distributing box also have stir in blade, be arranged in the above-mentioned hollow bulb of above-mentioned cooling cylinder, be activated power and rotate, thereby make the above-mentioned sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile.

The invention effect

When cooling contains the sparkling beverage of cereal catabolite, stirring, be involved in extraneous gas, thereby obtained the full-bodied foaming body that freezes.According to the present invention, can provide the foaming body that freezes of the full-bodied sparkling beverage that contains the cereal catabolite by various formations no problemly.

Description of drawings

Fig. 1 is the block diagram of the distributing box of expression the first embodiment of the present invention.

Fig. 2 is the concise and to the point lateral plan of structure of the distributing box of schematic representation the first embodiment of the present invention.

Fig. 3 is the block diagram of cover of the distributing box of expression the first embodiment of the present invention.

Fig. 4 is the block diagram of cooling cylinder of the distributing box of expression the first embodiment of the present invention.

Fig. 5 is from the front view of the piston of the distributing box of forward observation the first embodiment of the present invention and the lateral plan observed from the side.

Fig. 6 is the figure of variation of piston of the distributing box of expression the first embodiment of the present invention, is the figure that observes the piston with par from front side.

Fig. 7 is the block diagram of blade in the stirring of distributing box of expression the first embodiment of the present invention.

Fig. 8 is the block diagram of the outer blade of stirring of the distributing box of expression the first embodiment of the present invention.

Fig. 9 is the clearance C between the outer surface in the distributing box of expression the first embodiment of the present invention, the inside face of tank and the outer blade of stirring ₁, and the clearance C between the interior perimeter surface of the outer surface of cooling cylinder and the outer blade of stirring ₂Enlarged drawing.

Figure 10 is the block diagram of form of the front end blade parts of expression distributing box that the first embodiment of the present invention is installed.

Figure 11 is the top birds-eye view of front end blade parts of the distributing box of expression the first embodiment of the present invention.

Figure 12 is the block diagram for the flow direction of the signal of the distributing box that the first embodiment of the present invention is described.

Figure 13 is the lateral plan of the outer blade of stirring of the distributing box of expression the second embodiment of the present invention.

Figure 14 is the lateral plan of the outer blade of stirring of the distributing box of expression the 3rd embodiment of the present invention.

Figure 15 is the block diagram of the outer blade of stirring of distributing box of the variation 2 of expression the 3rd embodiment of the present invention.

Figure 16 is the lateral plan of the outer blade of stirring of distributing box of the variation 2 of expression the 3rd embodiment of the present invention.

Figure 17 is the block diagram of form of the flow control board of expression distributing box that the 4th embodiment of the present invention is installed.

Figure 18 is the top birds-eye view of shape of flow control board of the distributing box of expression the 4th embodiment of the present invention.

Figure 19 is the block diagram of distributing box of the variation 1 of expression the 4th embodiment of the present invention.

Figure 20 is the block diagram of the outer blade of stirring of the distributing box of expression the 7th embodiment of the present invention.

The concise and to the point front view of Figure 21 blade and cooling cylinder outside front face side is observed stirring the 7th embodiment of the present invention.

Figure 22 is the concise and to the point lateral plan of structure of the distributing box of schematic representation the 8th embodiment of the present invention.

Figure 23 is the concise and to the point lateral plan of structure of the distributing box of schematic representation the 9th embodiment of the present invention.

Figure 24 is the block diagram for the flow direction of the signal of the distributing box that the 9th embodiment of the present invention is described.

Figure 25 is the concise and to the point lateral plan of structure of the distributing box of schematic representation the tenth embodiment of the present invention.

Figure 26 is the block diagram for the flow direction of the signal of the distributing box that the tenth embodiment of the present invention is described.

Figure 27 is expression beer or by the diagram of curves of the relation of the temperature of freezing foaming body of Brewage (℃) (longitudinal axis) and cooling and mixing time (elapsed time (minute)) (transverse axis).

The specific embodiment

The first embodiment

Below, describe with reference to first embodiment of accompanying drawing to distributing box involved in the present invention.At this, Fig. 1 to Figure 12 and Figure 27 are be used to the figure that the first embodiment of the present invention is described.

" contain the cereal catabolite sparkling beverage freeze foaming body "

At first, the foaming body that freezes of the sparkling beverage that contains the cereal catabolite supplied with by the distributing box of present embodiment described.

The distributing box of present embodiment be used for to be supplied with the foaming body that freezes of the sparkling beverage that contains the cereal catabolite.In order to obtain the foaming body that freezes of this sparkling beverage that contains the cereal catabolite, at first, when containing the sparkling beverage of cereal catabolite, cooling stirs.Thus, form slurries by cooling off and stirring the sparkling beverage that contains the cereal catabolite.And then, stir when cooling off these slurries, in these slurries, be involved in the extraneous gass such as air, consequently, obtain the foaming body that freezes of the above-mentioned sparkling beverage that contains the cereal catabolite.The foam that freezes the new mouthfeel that foaming body keeps by the salubrious mouthfeel of snow core with the foam that butyrous continues that obtains consists of.

It is unclear that although form the above-mentioned mechanism of freezing foaming body, can be presumed as follows content.

By cooled beer such contain the sparkling beverage of cereal catabolite the time stir, at first, the moisture of sparkling beverage that contains the cereal catabolite is frozen.Like this, if moisture freezes, the extract that then consequently contains the sparkling beverage of cereal catabolite is concentrated, viscosity rise and form slurries.

As mentioned above, behind viscosity rise, by continuing cooling and stir, in slurries, begin to be involved in the extraneous gas that is consisted of by ambient air etc., thereby the beginning cubic expansion.At this moment, owing to be involved in the little extraneous gass such as air of thermal conductivity ratio beverage liquid, the reduction of temperature slow down slowly (with reference to Figure 27).In addition, in the moment that begins to be involved in extraneous gas, the flex point that temperature reduces tendency appears.And, be involved in extraneous gas by further cooling and stirring, can form with around extraneous gas be rolled into saturation conditions the sparkling beverage that contains the cereal catabolite freeze foaming body (frozen foam).

The foaming body (frozen foam) that freezes of the sparkling beverage that contains the cereal catabolite that obtains is made of the particulate that contains the sparkling beverage that contains the cereal catabolite that freezes and the compound that is present in the bubble between the particulate.Be present in bubble between this particulate and be and comprise the bubble that waits the gas that is involved in from extraneous gas by stirring, but also can comprise the bubble that comes from dissolved gases in the sparkling beverage that contains the cereal catabolite (for example, carbon dioxide, nitrogen).Freeze the particulate that freezes that foaming body comprises by what the distributing box of present embodiment was supplied with, it can be the particulate that comes from the water that the sparkling beverage that contains the cereal catabolite comprises, perhaps also can be (for example to come from extract component that the sparkling beverage that contains the cereal catabolite comprises, comprise carbohydrate, nitrogen compound, glycerine, mineral matter etc.) particulate, in addition, in the sparkling beverage that contains the cereal catabolite, contain in the spirituous situation, also can contain the particulate that comes from this alcoholic content, in addition, also can be the particulate that comes from the composition that contains above-mentioned two or more compositions.In addition, for freezing for the foaming body of being supplied with by the distributing box of present embodiment, at the particulate of the sparkling beverage that contains the cereal catabolite that freezes be present on the basis of the bubble between this particulate, can also will come from the liquid component of the sparkling beverage that contains the cereal catabolite as the constituent that freezes foaming body.The foaming body that freezes of being supplied with by the distributing box of present embodiment preferably has the salubrious mouthfeel of snow core and the new mouthfeel that keeps with the foam that butyrous continues.In addition, such as this being freezed foaming body to outpour on the sparkling beverage that contains the cereal catabolite (for example beer) that is injected into the container such as cup as foaming composition.

As the sparkling beverage that contains the cereal catabolite, so long as contain the sparkling beverage of the catabolite of cereal, no matter which kind of beverage all can be used as object, but particularly preferably illustration contains the beverage of the catabolite of Fructus Hordei Germinatus or barley.At this, cereal is so long as cereal just is not particularly limited but preferred barley, wheat, soybean or pea, more preferably barley.Concrete mode as the catabolite of cereal is not particularly limited, and is the catabolite of Fructus Hordei Germinatus, barley, wheat, soybean, pea or corn, for example can enumerate: soybean protein, Soybean Peptide, pea protein and zein catabolite.

When preparation contained the sparkling beverage of cereal catabolite, the foam retentivity that can add the foam retentivity that in the past is used for the raising sparkling beverage improved composition.Improve composition as the foam retentivity, then be not particularly limited so long as can improve the composition of foam retentivity, the foam retentivity that can preferably enumerate the bitter substance (for example, isohumulone, isocohumulone (ィ ソ コ Off system ロ Application)), saponin(e, transition metal ion, low molecule polyphenol, alpha-glucans, beta glucan and the pentosan that are selected from protein, glycoprotein, come from hops improves composition.Improve the protein of composition as the foam retentivity, can enumerate such as Soybean Peptide, soybean protein, pea protein, large aleuronat, zein catabolite, ocentyl succinic albumen etc.

As the concrete example of the sparkling beverage that contains the cereal catabolite, can preferably enumerate the sparkling beverage that contains the Fructus Hordei Germinatus catabolite, more preferably enumerate beer-like beverage.Described beer-like beverage refers to when usually making beer the beverage with the distinctive taste of beer and fragrance that obtains when using the fermentation manufacturing beer such as yeast, can enumerate such as fermented malt beverages such as beer, sparkling wine, julapiums (リ キ ュ one /), other brewed wine, or fully without non-fermented malt beverages such as pure malt beverages (without pure malt beverage).From the viewpoint of following process, preferably contain spirituous beverage, because compare with the situation that soft drink is freezed, the situation milder that alcoholic drink is freezed.In addition, so long as beer-like beverage then is not limited to malt beverage, also can be the form of not using the non-wheat beverage of wheat or Fructus Hordei Germinatus.As the particularly preferred mode of beer-like beverage, can enumerate the fermented alcohol drink that comprises beer, sparkling wine or other brewed wines or without pure malt beverage.

As " non-wheat beverage ", can enumerate the beer sample sparkling beverage that uses pea, soybean or corn, in addition, as " non-wheat beverage ", can enumerate alcohol content and be the so non-fermented beverage of the complete soft drink of 0 % by weight and contain spirituous alcoholic drinks.From the viewpoint of formation of foam, preferably contain spirituous mode.As the non-wheat beverage of this spirituosity, can enumerate fermented beverage and the spirituous beverage of interpolation that fermentation obtains.In addition, as non-wheat beverage, can also enumerate by remove the fermented beverage that obtains from fermentation that alcohol, other low boiling point components and low molecular weight compositions obtain without pure fermented beverage.

" basic structure "

Next, the basic structure of the distributing box of present embodiment described.

As shown in Figure 1, the distributing box of present embodiment has: tank 10 be used for to store the foaming body that freezes of the sparkling beverage that contains the cereal catabolite; Nozzle 11 is arranged at the front face side of tank 10, and be used in the supplying tank 10 the sparkling beverage that contains the cereal catabolite freeze foaming body; Opening/closing portion 20 is used for carrying out the switching of nozzle 11.In addition, as shown in Figure 2, in tank 10, be provided with the upwardly extending cooling cylinder that can cool off that is consisted of by drum (being equivalent to " cooling body " in claims) 30 in front and back.As shown in Figure 4, this cooling cylinder 30 is hollow shape, has hollow bulb 33.In addition, in the present embodiment, use the cooling cylinder 30 with hollow shape to describe, but be not limited to this, also can use the cooling body with hollow shape.At this moment, become the mode that blade 40 in the stirring described later is not set.

As " being used for storing the tank that freezes foaming body of the sparkling beverage that contains the cereal catabolite " herein, if on sequential, then tank 10 at first stores the sparkling beverage that contains the cereal catabolite, afterwards, storage is by cooling and stir the slurries that this sparkling beverage that contains the cereal catabolite obtains, again, store by cooling and stir these slurries and in slurries, be involved in the foaming body that freezes of sparkling beverage that extraneous gas obtains.

Need to prove that tank 10 has the part that is made of drum, the internal diameter of this part for example is about 158.5mm ~ about 159.0mm.In addition, the external diameter of cooling cylinder 30 for example is about 106.0mm ~ about 108.5mm.

The application " front face side " refers to: take the front end (end that has nozzle 11 1 sides) of cooling cylinder 30 as starting point, have the zone of nozzle 11 1 sides.In addition, " back side " refers to: take the rear end (end that does not have nozzle 11 1 sides) of cooling cylinder 30 as starting point, in the zone of extending with the front face side opposite sense.In addition, " the place ahead " of the application refers to that from " back side " direction towards " front face side ", " rear " refers to from " front face side " direction towards " back side ".In addition, in the present embodiment, nozzle 11 is arranged at the front of tank 10, even but nozzle 11 is arranged at the bottom surface of tank, if nozzle 11 is positioned at the zone that has nozzle 11 1 sides take the front end of cooling cylinder 30 (end that has nozzle 11 1 sides) as starting point, then this nozzle 11 is arranged at " front face side ".In addition, cooling cylinder 30 is made as at " fore-and-aft direction " and extends, the composition that shows that the long side direction of cooling cylinder 30 comprises " fore-and-aft direction ", and cooling cylinder 30 also can extend obliquely with respect to fore-and-aft direction.

As shown in Figure 1, above-mentioned opening/closing portion 20 has: the grip part, by valve (タ ッ プ) 21 formations such as grade; And piston 22, by this valve 21 is shaken along fore-and-aft direction this piston 22 is moved up at upper and lower.And, thereby be moved upward by making valve 21 forwards shake piston 22, supply with the foaming body that freezes of the sparkling beverage that contains the cereal catabolite via nozzle 11.On the other hand, thereby mobile downwards by making valve 21 rearward shake piston 22, nozzle 11 is closed by piston 22, stops to contain the supply of freezing foaming body of the sparkling beverage of cereal catabolite.Need to prove that when piston 22 was moved, the lower end of the lower end of piston 22 and nozzle 11 was roughly the same height downwards.

Shown in Fig. 5 (a), 5 (b), (" can with the end of freezing foaming body and contacting " that be equivalent to claims) has the recess shapes section 25 that is made of recess shapes in the lower end of the piston 22 of present embodiment.The vertical section of this recess shapes section 25 consists of (say exactly by " U " put upside down shape consist of) by U word shape roughly.Need to prove that Fig. 5 (a) is the figure that observes piston 22 from front side, Fig. 5 (b) is the figure that observes piston 22 from the side side.

As shown in Figure 1, distributing box has be used to the main part 70 that holds tank 10.This main part 70 has for the loading part 71 that loads tank 10 with for the housing section 72 that covers tank 10.In addition, housing section 72 can open and close, and by opening housing section 72, can pick and place tank 10 in main part 70.In addition, also can be as required, at the inside face of housing section 72 heat preservation component is set.

Being provided for loading cup etc. in the front of main part 70 or receiving can be by the contact panel 76 that touches to operate from receiving slit 75 and the operator of the water droplet of nozzle 11.In addition, compressor 35 (with reference to Figure 12) to cooling cylinder 30 refrigerant conveyings is set in the inside of loading part 71.In addition, be provided for obtaining the vent (not shown) of extraneous gas at the back side of main part 70, be provided for discharging the vent 78 of extraneous gas in the side of main part 70.The temperature of the refrigerant of carrying from compressor 35 in addition, for example is-20 ℃～-12 ℃.

The tank 10 of present embodiment is the tank 10 of atmosphere opening type, and tank peristome (not shown) is set on the top of tank 10.In addition, the bottom surface of tank 10 tilts downwards towards the place ahead.The cover 12 (with reference to Fig. 3) that is used for this tank peristome of covering freely is loaded and unloaded on the tank peristome.This cover 12 has: input port 13 is used for dropping into the sparkling beverage that contains the cereal catabolite; And filter house 14, be arranged at input port 13, be used for removing foreign matter beyond the sparkling beverage that contains the cereal catabolite etc.13 are provided with the input lid 15 of freely loading and unloading with respect to this input port 13 in the input port.In addition, the temperature of putting into the sparkling beverage that contains the cereal catabolite in the tank 10 is preferred below 10 ℃, and is more preferably below 4 ℃, further preferred below 0 ℃, is to contain the temperature that the sparkling beverage of cereal catabolite does not freeze.

As shown in Figure 4, cooling cylinder 30 is made of the evaporator with interior perimeter surface 31 and outer surface 32, and refrigerant supplies between interior perimeter surface 31 and the outer surface 32 from cooling vessels such as compressors 35 (with reference to Figure 12).In addition, in the present embodiment, the mode of cooling off with the refrigerant of supplying with by compressor 35 describes, but is not limited to this, also can cool off by Peltier element, liquid nitrogen etc.

As shown in Figure 4, the end of side is supported in the wings for cooling cylinder 30.In addition, be provided with temperature sensor 39 in the end of the rear side of cooling cylinder 30 and from the position of the lower-left that front side is observed.

As shown in Figure 2, in the hollow bulb 33 of cooling cylinder 30, be provided with blade 40 (with reference to Fig. 7) in the screw mixing, the interior blade 40 of this stirring is subject to rotating from the propulsive effort of electrical motor 60 (with reference to Figure 12), and the foaming body that freezes of the sparkling beverage that contains the cereal catabolite in the tank 10 is moved rearward.In addition, as shown in Figure 2, in the foreign side of cooling cylinder 30 along the outer surface 32 of cooling cylinder 30 and be provided with blade 50 (with reference to Fig. 8) outside the screw mixing.The outer blade 50 of this stirring also is subject to rotating from the propulsive effort of electrical motor 60, mixes the freezing foaming body of sparkling beverage that contains the cereal catabolite in the tank 10 and makes its forwards side shifting but stir outer blade 50.In addition, the external diameter that stirs outer blade 50 for example is about 142.5mm ~ about 148.0mm, and the internal diameter that stirs outer blade 50 for example is about 107.0mm ~ about 109.0mm.In addition, the leading section 50t of the outer blade 50 of stirring has the radially extension 50tr that extends towards axle 61.

As shown in Figure 7, the center of blade 40 is provided with the axle 61 that links with electrical motor 60 in stirring.And the leading section 61t of this axle 61 and the leading section 50t that stirs outer blade 50 link (with reference to Fig. 8).Therefore, if make axle 61 rotations by electrical motor 60, then follow the rotation of axle 61, blade 40 and the outer blade 50 of stirring rotate respectively in stirring.In addition, in the present embodiment, observe from front face side, blade 40 and the outer blade 50 of stirring are respectively clickwise in stirring.Yet, observe from front face side, blade 40 and the outer blade 50 of stirring can certainly be respectively left-hand revolution in stirring.At this moment, the coiling direction that stirs blade 40 in outer blade 50 and the stirring is and the example opposite sense shown in the present embodiment that temperature sensor 39 is arranged at from the position of the bottom right that front side is observed.

The revolution that stirs blade 40 in outer blade 50 and the stirring is not particularly limited, but preferred 10 ~ 1000rpm, more preferably 10 ~ 500rpm.In addition, also can in electrical motor 60, be provided with torque limiter (not shown), if electrical motor 60 is applied to a certain degree above moment of torsion, then can not make by electrical motor 60 and stir outer blade 50 and stir interior blade 40 rotations.

In addition, stir the revolution of blade 40 in outer blade 50 and the stirring and can fix, also can change revolution according to situation.For example, also can carry out following control: put into tank 10 at the sparkling beverage that just will contain the cereal catabolite, contain the temperature of sparkling beverage of cereal catabolite in the higher situation, improve the revolution that stirs outer blade 50 and stir interior blade 40, in the moment that is lower than predetermined temperature, reduce the revolution that stirs outer blade 50 and stir interior blade 40.In addition, freezing the outpouring in the low situation of frequency of foaming body, the mouthfeel of freezing foaming body and foam holding time in the tank 10 may worsen, therefore also can reduce the revolution that stirs blade 40 in outer blade 50 and the stirring in the low situation of frequency freezing outpouring of foaming body, on the other hand, improve the revolution that stirs blade 40 in outer blade 50 and the stirring freezing outpouring in the high situation of frequency of foaming body.

Blade 40 and the outer blade 50 of stirring also have respectively the function as the auger of the ice that reams the surface that is formed at cooling cylinder 30 in stirring.The winding number of blade 40 is " 4.5 " in the stirring of present embodiment, and the winding number that stirs outer blade 50 is " 2.5 ".In addition, stir interior blade 40 and the outer blade 50 of stirring spacing equalization separately.Need to prove, in the present embodiment, mode with blade in the above-mentioned stirring 40 and the outer blade 50 of stirring spacing equalization separately describes, but may not be limited to aforesaid way, also can adopt the mode that for example narrows down gradually along with the spacing that makes blade 50 outside the stirring towards front side.

As shown in figure 12, temperature sensor 39, compressor 35, contact panel 76 are connected with electrical motor and are connected with control part 100, and said temperature sensor 39, compressor 35, contact panel 76 and electrical motor 60 are controlled by control part 100.

Control part 100 also can be based on the viscosity of freezing foaming body, temperature, cubical expansivity, brightness and elapsed time, to stir outer blade 50 and stir in blade 40 revolution, the temperature of 30 refrigerants of supplying with and flow etc. are controlled from compressor 35 to cooling cylinder, successfully to outpour the foaming body that freezes of the sparkling beverage that contains the cereal catabolite.

In the situation that control part 100 is controlled based on the viscosity of freezing foaming body, for example in tank 10, be provided with the viscosity sensor 81 (with reference to Figure 12) that is used for measuring the viscosity of freezing foaming body that is connected with control part 100.And, control part 100 control stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 0.4 ~ 30pas so that contain the viscosity of freezing foaming body of the sparkling beverage of cereal catabolite, more preferably 0.7 ~ 30pas, further preferred 1.5 ~ 25pas, preferred 1.5 ~ 9pas further, further preferred 2 ~ 9pas again, more preferred 2 ~ 3pas further.

In addition, in the situation that control part 100 is controlled based on the temperature of freezing foaming body, control part 100 control stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., it is-15～-1.8 ℃ so that contain the temperature of freezing foaming body of the sparkling beverage of cereal catabolite, more preferably-8～-2.5 ℃, further preferred-8～-3.5 ℃, further preferred-7～-4 ℃ again, further preferred-4.5～-3.5 ℃ again.

In addition, in the situation that control part 100 is controlled based on the cubical expansivity that freezes foaming body, for example in tank 10, be provided with the cubical expansivity determination part 82 (with reference to Figure 12) that is used for measuring the cubical expansivity that freezes foaming body that is connected with control part 100.And, control part 100 control stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 1.3 ~ 3.5 so that contain the cubical expansivity that freezes foaming body of the sparkling beverage of cereal catabolite, more preferably 2 ~ 3.5, further preferred 2 ~ 3, more further preferred 2 ~ 2.5.In addition, the volume that the volume that cubical expansivity can be by will freezing foaming body freezes the sparkling beverage that contains the cereal catabolite before the foaming body divided by formation is obtained.

In addition, in the situation that control part 100 is controlled based on the brightness of freezing foaming body, be provided be connected with control part 100 such as the brightness measuring section 83 (with reference to Figure 12) that is consisted of by color colour difference meter etc.And, control part 100 control stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 8 ~ 45 so that contain the brightness of freezing foaming body of the sparkling beverage of cereal catabolite with the difference Δ L that forms the brightness freeze the sparkling beverage that contains the cereal catabolite before the foaming body, more preferably 30 ~ 45, further preferred 40 ~ 45, further preferred 41 ~ 44.

In addition, also can appropriate combination control contain the physical property of above-mentioned viscosity, temperature, cubical expansivity and the luminance difference of freezing foaming body (Δ L) of the sparkling beverage of cereal catabolite.

Such as also can use control part 100 control stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 2 ~ 3pas so that freeze the viscosity of foaming body, the cubical expansivity that freezes foaming body is 2 ~ 2.5.Preferred mode also can be use control part 100 controls stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 2 ~ 3pas so that freeze the viscosity of foaming body, the temperature of freezing foaming body is-4.5～-3.5 ℃, the cubical expansivity that freezes foaming body is 2 ~ 2.5, and the brightness of freezing foaming body is 41 ~ 44 with poor (the Δ L) that form the brightness of freezing the sparkling beverage that contains the cereal catabolite before the foaming body.

In addition, as other modes also can be use control part 100 controls stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 0.4 ~ 30pas so that freeze the viscosity of foaming body, the brightness of freezing foaming body is 8 ~ 45 (preferred 30 ~ 45) with poor (the Δ L) that form the brightness of freezing the sparkling beverage that contains the cereal catabolite before the foaming body.

In addition, as other modes also can be use control part 100 controls stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 1.3 ~ 3.5 so that freeze the cubical expansivity of foaming body, the brightness of freezing foaming body is 8 ~ 45 (preferred 30 ~ 45) with poor (the Δ L) that form the brightness of freezing the sparkling beverage that contains the cereal catabolite before the foaming body.

In addition, as other modes also can use control part 100 control stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 2 ~ 6pas so that freeze the viscosity of foaming body, the cubical expansivity that freezes foaming body is 2.4 ~ 2.7.More preferably, also can use control part 100 control stir outer blade 50 and stir in blade 40 revolution, from compressor 35 to cooling cylinder the temperature of the refrigerants of 30 supplies and flow etc., be 2 ~ 6pas so that freeze the viscosity of foaming body, the cubical expansivity that freezes foaming body is 2.4 ~ 2.7, and poor (the Δ L) of the brightness of the sparkling beverage that contains the cereal catabolite before freezing the brightness of foaming body and forming foaming body is 40 ~ 42.

In addition, in the present embodiment, the clearance C between the outer surface (" outside face " that be equivalent to put down in writing in claims) 52 of the inside face of tank 10 and the outer blade 50 of stirring ₁(with reference to Fig. 9 (a)) is 8.25mm.In addition, the clearance C between the interior perimeter surface (" inside face " that be equivalent to put down in writing in claims) 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂(with reference to Fig. 9 (b)) is 1.5mm.

In addition, the distributing box of present embodiment also can arrange the device that adds spices, pigment, sweetener to containers such as tank 10 or glasses in addition.

" front end blade parts "

Next, the front end blade parts 110 that the distributing box of present embodiment had describe.

In the present embodiment, be provided with front end blade parts 110 (with reference to Figure 10), be subject to the propulsive effort of electrical motor 60 at nozzle 11 and in stirring between the blade 40 and rotate, the foaming body that freezes of the sparkling beverage that contains the cereal catabolite is applied the power of extruding to the front face side of tank 10.

More specifically, in stirring the leading section 40t (with reference to Fig. 7) of blade 40 with stir outside between the leading section 50t (with reference to Fig. 8) of blade 50, front end blade parts 110 and axle 61 bindings (with reference to Figure 10).Therefore, if make axle 61 rotation by electrical motor 60, then follow the rotation of axle 61 and make 110 rotations of front end blade parts.

As shown in figure 11, the front end blade parts 110 of present embodiment have 3 front end blades 111 with mutual impartial arranged spaced.Yet this is an example only, is not limited to this.The front end blade 111 that consists of front end blade parts 110 can be 1, also can be 2, can also be more than 4.

The front end blade parts 110 of present embodiment have the short long front end blade 111a that chord is shorter than other two front end blades 111.And the long front end blade of this weak point 111a is positioned at the side radially of stirring outer blade 50.

In addition, front end blade 111 has in the vertical face of forwardly side and axle 61 and the front face 113b that extends diametrically and the outstanding rear protrusion 114 rearward from the end of front face 113b.In addition, the 113b of section is provided with towards the end of the opposite side that is provided with rear protrusion 114 and the rear rake 113a that tilts rearward in front.Need to prove, in the present embodiment, consist of the place ahead extension 113 by front face 113b and rear rake 113a.

In addition, if the length of outstanding rear protrusion 114 is longer rearward, the foaming body that freezes that is then generated by the sparkling beverage that contains the cereal catabolite is beaten by this rear protrusion 114, freezes foaming body and bubbles with necessary above degree.Therefore, the rear protrusion 114 of present embodiment is very short, is the length of 5mm as an example.

" freezing the manufacture method of foaming body "

Next, the method for freezing foaming body that the distributing box manufacturing that utilization is comprised said structure contains the sparkling beverage of cereal catabolite describes as an example.

The sparkling beverage that at first, will contain the cereal catabolite is put in the tank 10 (with reference to Fig. 3) via input port 13.The temperature of the sparkling beverage that contains the cereal catabolite of this moment for example is 5 ℃, and its amount for example is 3L.In addition, contain the sparkling beverage of cereal catabolite such as being beer etc.

The sparkling beverage that contains the cereal catabolite of putting in the tank 10 is stirred interior blade 40 and stirs outer blade 50 stirrings, is recycled simultaneously cooling around cooling cylinder 30.If the extraneous gas temperature is about 22 ℃, then the temperature of the refrigerant in the cooling cylinder 30 for example is about-20 ℃.In addition, stirring interior blade 40 for example is 30rpm with the revolution that stirs outer blade 50.

As mentioned above, by cooling off and stirring the sparkling beverage that contains the cereal catabolite, at first form slurries.And then, by cooling and stir this slurries, in these slurries, be involved in the extraneous gass such as air, consequently obtain by the particulate that contains the sparkling beverage that contains the cereal catabolite that freezes and be present in the foaming body that freezes of the sparkling beverage that contains the cereal catabolite that the compound of the bubble between the particulate consists of.Obtain above-mentionedly freezing temperature, extraneous gas temperature that the required time of foaming body is subject to containing the sparkling beverage of cereal catabolite, stir in blade 40 and the impacts such as revolution of stirring outer blade 50, for example about 25 minutes ~ about 90 minutes.

" effect "

Next, the effect that the present embodiment that comprises said structure is produced describes.

" action effects of front end blade parts "

In the present embodiment, be provided with front end blade parts 110 shown in Figure 10, therefore can be as described below like that from nozzle 11 successfully outpour viscosity high freeze foaming body.

In existing chilled beverage distributing box, be provided with the blade that makes chilled beverage 33 circulations from the front side of cooling cylinder 30 to hollow bulb, but not have setting to apply the front end blade parts 110 of the power of extruding to the front face side of tank 10.

In the situation of the high material of the such pol of chilled beverage, even cooling is also stirred, it is so high that viscosity can not become yet, even it is (opposite particularly not apply the power of extruding to the front face side of tank 10, make the blade of chilled beverage from the front side of cooling cylinder 30 to hollow bulb 33 circulations even arrange, apply the power of extruding to the rear side of tank 10), as long as valve 21 is forwards shaken piston 22 is moved upward, open thus nozzle 11, chilled beverage is successfully outpoured from nozzle 11.

On the other hand, for freezing for the foaming body of the sparkling beverage that contains the cereal catabolite take beer as representative, because viscosity uprises, therefore valve 21 is forwards shaken and piston 22 is moved upward, can not make and freeze foaming body and successfully outpour from nozzle 11.

To this, according to present embodiment, be provided with the front end blade parts 110 that apply the power of extruding to the front face side of tank 10 to freezing foaming body.Therefore, by from the power of front end blade parts 110 and can push the place ahead of tank 10 to freezing foaming body, as long as valve 21 is forwards shaken piston 22 is moved upward, just can makes and freeze foaming body and successfully outpour from nozzle 11.

Therefore in addition, as shown in figure 11, in the present embodiment, with impartial arranged spaced 3 front end blades 111 are arranged, can apply expeditiously impartial power to freezing foaming body, can make and freeze foaming body and more successfully outpour from nozzle 11.

In addition, in the present embodiment, the short long front end blade 111a that chord is shorter than other two front end blades 111 is set, the long front end blade of this weak point 111a is positioned at the side radially (with reference to Figure 10) of stirring outer blade 50.Therefore, the position of blade 50 also can dispose short long front end blade 111a outside having stirring, thereby makes the equivalent arrangements of above-mentioned front end blade 111 become possibility.

In addition, the sheet number of front end blade 111, size etc. decide by freezing foaming body easiness etc. that outpours from nozzle 11.To this, the present inventor finds to have brought good effect for the easiness that outpours of freezing foaming body with 3 front end blades 111 of impartial arranged spaced.

" action effect of piston "

Shown in Fig. 5 (a), 5 (b), has the recess shapes section 25 that is consisted of by recess shapes in the lower end of the piston 22 of present embodiment.Therefore, such as described below, the extreme end that freezes foaming body that outpours can become cone shape.

In existing chilled beverage distributing box, be attached to the lower end of piston in order to prevent chilled beverage, the front end of the lower end of piston is made as convex form.If the piston that adopts in the existing chilled beverage distributing box is used for the foaming body that freezes of the high sparkling beverage that contains the cereal catabolite of viscosity, then freeze foaming body and be attached to the lower end of this piston, and owing to when piston is moved, enter into the pressure that the gases such as air between the lower surface that freezes foaming body and piston 22 produce downwards, the extreme end that freezes foaming body that outpours can not become cone shape, places beer etc. to contain the degraded appearance of freezing foaming body on the sparkling beverage of cereal catabolite.

To this, the lower end of the piston 22 of present embodiment becomes recess shapes, and the extreme end that freezes foaming body that therefore outpours becomes cone shape.Therefore, according to the piston 22 of present embodiment, the outward appearance of freezing foaming body on the sparkling beverage that places beer etc. to contain the cereal catabolite is improved.In addition, the contriver confirms to be made as roughly U word shape by the vertical section with recess shapes section 25, can make the outward appearance of the extreme end that freezes foaming body that outpours become better.

In addition, the lower end of piston 22 may not become recess shapes, and for example, shown in Fig. 6 (a), 6 (b), the lower end of piston 22 also can have the par 26 that is made of smooth shape.In addition, Fig. 6 (a) is the figure that observes the piston 22 with par 26 from front side, and Fig. 6 (b) is the figure that observes this piston 22 from the side side.In addition, the recess shapes section 25 of piston 22 also can have the recess that is made of the conical shaped shape.

Whether the shape whether material by changing piston 22 and the lower end shape of piston 22 are carried out piston 22 places and had liquid to hang, freeze the extreme end of foaming body from above becomes the experiment of cone shape, and its result is shown in following table 1.

Table 1

In table 1, " zero " that liquid hangs from above is illustrated in that the lower end from piston 20 does not all have liquid to hang from above in whole 10 experiments, more than 5 times and the lower end from piston 20 below 9 times does not have liquid to hang from above in 10 experiments of " △ " expression that liquid hangs from above, " * " that liquid hangs from above is illustrated in 10 experiments, and the number of times that does not have liquid to hang from above from the lower end of piston 20 is below 4 times.In addition, in table 1, " zero " of scars (Off ロ one ズ Application) extreme end shape is illustrated in the shape of freezing the extreme end of foaming body in 10 experiments all becomes cone shape, " △ " of scars extreme end shape is illustrated in 10 experiments more than 5 times and the shape of freezing the extreme end of foaming body below 9 times becomes cone shape, and the number of times that the shape that the extreme end of foaming body is freezed in " * " expression of scars extreme end shape becomes cone shape is below 4 times.

According to the result shown in the table 1 as can be known, preferred piston 22 has par 26 or the recess shapes section 25 that possesses the surface (being lower surface) that is made of hydrophobic material, perhaps has the par 26 that possesses the surface (being lower surface) that is made of hydrophilic material.In addition, as can be known more preferably piston 22 have the par 26 that possesses the surface (being lower surface) that is consisted of by hydrophobic material.In addition, possess at piston 22 in the situation of the lower surface that is consisted of by hydrophobic material, the lower surface of this piston 22 is for example formed by teflon (registered trade mark (RTM)), possesses at piston 22 in the situation of the lower surface that is made of hydrophilic material, and the lower surface of this piston 22 is for example formed by polycarbonate.

In addition, in the present embodiment, when piston 22 was moved downwards, the lower end of the lower end of piston 22 and nozzle 11 was roughly the same height.Therefore, can prevent that the high extreme end that freezes foaming body of viscosity that outpours is attached to nozzle 11.

In addition, also can so that becoming the mode of the predetermined shape such as star-like shape or heart type shape, the extreme end that freezes foaming body that outpours form recess at the lower surface of piston 22.In addition, in order to form above-mentioned predetermined shape at the extreme end that freezes foaming body that outpours, can arrange also that cross-sectional plane is made of the predetermined shape such as star-like shape or heart type shape, cover piston 22 outpour a mouthful joint (outpouring a mouthful ア ダ プ タ) (not shown).

" other action effects "

Observe from front face side, blade 40 is clickwise in the outer blade 50 of the stirring of present embodiment and the stirring.Therefore, observe from front face side, the foaming body that freezes of the sparkling beverage that contains the cereal catabolite that viscosity is high is partial to the left side.

To this, in the present embodiment, as shown in Figure 4, in the end of the rear side of cooling cylinder 30 and from the position set temperature sensor 39 of the lower-left that front face side is observed.Therefore, in the present embodiment, even when the surplus of freezing foaming body of the sparkling beverage that contains the cereal catabolite tails off, also temperature sensor 39 can be placed and freeze in the foaming body, can correctly measure the temperature of freezing foaming body.

In addition, be provided with in the situation of heat preservation component at the inside face of housing section 72, by this heat preservation component, can do one's utmost to stop extraneous gas on the impact of the temperature of freezing foaming body of the sparkling beverage that contains the cereal catabolite in the tank 10.Therefore, can improve the cooling effectiveness that freezes foaming body in the tank 10, and the temperature of easier control freezing foaming body.

In addition, will to freeze the power that foaming body is extruded to the place ahead of tank 10 in order strengthening, also can to consider not arrange as the present embodiment front end blade parts 110, and increase the revolution that stirs outer blade 50.In addition, can certainly when front end blade parts 110 as the present embodiment are set, increase stir outside the revolution of blade 50.Yet, if increase the revolution that stirs outer blade 50, should be noted that and avoid being involved in necessary above extraneous gas.

The second embodiment (winding number that stirs outer blade is many)

Next, use Figure 13 that the second embodiment of the present invention is described.

The first embodiment is the mode that is provided with front end blade parts 110, but in the second embodiment, above-mentioned front end blade parts 110 (but arranging in variation described later) is not set, and adopts the many modes of winding number that stir outer blade 50.Particularly, in the first embodiment, the winding number that stirs outer blade 50 is " 2.5 ", but in the second embodiment, as shown in figure 13, the winding number that stirs outer blade 50 is " 3 ".Need to prove that in the present embodiment, the mode take the winding number that stirs outer blade 50 as " 3 " describes, but is not limited to this, the winding number that stirs outer blade 50 also can be greater than " 3 ".

In the second embodiment, other structures and the first embodiment are roughly the same.In the second embodiment, mark identical symbol and detailed for the part identical with the first embodiment.

In the present embodiment, the winding number that stirs outer blade 50 is " 3 ", and is therefore such as described below, can from nozzle 11 successfully outpour viscosity high freeze foaming body.

For existing chilled beverage distributing box, the winding number that stirs outer blade 50 is about " 2.5 ".In the situation of the high material of the such pol of chilled beverage, even cooling and stirring, it is so high that viscosity can not become yet.Therefore, be about " 2.5 " even stir the winding number of outer blade 50, the power of chilled beverage being pushed to front side also is fully, as long as valve 21 is forwards shaken piston 22 is moved upward, and chilled beverage is successfully outpoured from nozzle 11.

On the other hand, for freezing for the foaming body of the sparkling beverage that contains the cereal catabolite take beer as representative, because viscosity uprises, the winding number of blade 50 is about in the situation of " 2.5 " outside stirring, valve 21 is forwards shaken and piston 22 is moved upward, can not make and freeze foaming body and successfully outpour from nozzle 11.

To this, according to present embodiment, be " 3 " owing to stir the winding number of outer blade 50, therefore compare for the situation of " 2.5 " with winding number, can freeze the power that foaming body applies the place ahead of pushing tank 10 to continuously by stirring 50 pairs of outer blades.Therefore, can make and freeze foaming body and successfully outpour from nozzle 11.

In addition, if excessively increase the winding number that stirs outer blade 50, then the load of electrical motor become large.Therefore, the winding number that stirs outer blade 50 decides from the load that outpours easiness, electrical motor is applied of nozzle 11 etc. by freezing foaming body.

The variation of the second embodiment (with front end blade parts)

Also can in the second embodiment, with the first embodiment front end blade parts 110 be set similarly.

By front end blade parts 110 are set like this, the power that can utilize the power that applied continuously by the outer blade 50 of the many stirrings of winding number and front end blade parts 110 to produce will be freezed foaming body and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The 3rd embodiment (outer blade front end protrusion)

Next, use Figure 14 to Figure 16 that the 3rd embodiment of the present invention is described.

The first embodiment is the mode that is provided with front end blade parts 110, but in the 3rd embodiment, above-mentioned front end blade parts 110 (but arranging) are not set, and the leading section (" front ends " that be equivalent to claims) of blade 50 has to the outstanding outer blade front end protrusion 130 of the front face side of tank 10 outside stirring in variation 1 described later.

In the 3rd embodiment, other structures and the first embodiment are roughly the same.In the 3rd embodiment, the part identical with the first or second embodiment marks identical symbol and omits detailed explanation.

In the present embodiment, the leading section 50t of blade 50 arranges to the outstanding outer blade front end protrusion 130 of the front face side of tank 10 outside stirring, and is therefore such as described below, can successfully outpour from nozzle 11 by the foaming body that freezes that viscosity is high.

As mentioned above, different from the high pol material that the chilled beverage that uses existing chilled beverage distributor processes is such, the foaming body that freezes for the sparkling beverage that contains the cereal catabolite take beer as representative, because viscosity uprises, therefore valve 21 is forwards shaken and piston 22 is moved upward, can not make and freeze foaming body and successfully outpour from nozzle 11.

To this, according to present embodiment, the leading section 50t of blade 50 arranges to the outstanding outer blade front end protrusion 130 of the front face side of tank 10 outside stirring.Therefore, can apply by outer blade front end protrusion 130 and to push the power in the place ahead of tank 10 to freezing foaming body, as long as valve 21 is forwards shaken piston 22 is moved upward, chilled beverage is successfully outpoured from nozzle 11.

The variation 1 of the 3rd embodiment (with front end blade parts)

Also can in the 3rd embodiment, with the first embodiment front end blade parts 110 be set similarly.

By front end blade parts 110 are set like this, these two power of power that can utilize power that outer blade front end protrusion 130 produces and front end blade parts 110 to produce will be freezed foaming body and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The variation 2 of the 3rd embodiment (winding number that stirs outer blade is many)

Also can in the 3rd embodiment, make equally the winding number of blade 50 outside the stirring for more than " 3 " with the second embodiment.

Such as Figure 15 and shown in Figure 16, be made as more than " 3 " by the winding number that will stir outer blade 50, can utilize the power that outer blade front end protrusion 130 produces and the power that is applied continuously by the outer blade 50 of the many stirrings of winding number, will freeze foaming body and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The combination of variation

In addition, also can make up variation 1 and the variation 2 of the 3rd embodiment, outer blade front end protrusion 130 and front end blade parts 110 are set, and make the winding number that stirs outer blade 50 for more than " 3 ".

According to aforesaid way, power, the power that front end blade parts 110 produce and the power that is applied continuously by the outer blade 50 of the many stirrings of winding number of utilizing outer blade front end protrusion 130 to produce can be extruded to the place ahead of tank 10 freezing foaming body.Therefore, can further make reliably and freeze foaming body and successfully outpour from nozzle 11.

The 4th embodiment (flow control board)

Next, use Figure 17 and Figure 18 that the 4th embodiment of the present invention is described.

The first embodiment is the mode that is provided with front end blade parts 110, but in the 4th embodiment, above-mentioned front end blade parts 110 (but in variation 1 described later arrange) are not set, and when the front face side outer setting of cooling cylinder 30 is observed on the direction of the extension of cooling cylinder 30 and from front face side the flat flow control board 140 of the part of the hollow bulb 33 of covering cooling cylinder 30.Need to prove, in the present embodiment, describe in the mode at the front face side outer setting flow control board 140 of cooling cylinder 30, but flow control board 140 also can be arranged at the front face side of cooling cylinder 30 inner (that is, in the hollow bulb 33 and the part of front side).

In the 4th embodiment, other structures and the first embodiment are roughly the same.In the 4th embodiment, the part identical with the first to the 3rd embodiment marks identical symbol and omits detailed explanation.

In the present embodiment, therefore such as described below at the front face side outer setting flow control board 140 of cooling cylinder 30 as shown in figure 17, can successfully outpour from nozzle 11 and freeze foaming body.

As mentioned above, different from the material of the such high pol of the chilled beverage that uses existing chilled beverage distributor processes, for freezing for the foaming body of the sparkling beverage that contains the cereal catabolite take beer as representative, because viscosity uprises, therefore valve 21 is forwards shaken and piston 22 is moved upward, can not make and freeze foaming body and successfully outpour from nozzle 11.

To this, according to present embodiment, the flow control board 140 of the part of the hollow bulb 33 that covers cooling cylinder 30 is arranged in the front face side outer setting of cooling cylinder 30.Therefore, can reduce from the front side of cooling cylinder 30 and flow into the amount of freezing foaming body in the hollow bulb 33.Consequently, as long as valve 21 is forwards shaken piston 22 is moved upward, just can makes and freeze foaming body and successfully outpour from nozzle 11.

Flow control board 140 is so long as be not to cover the whole of hollow bulb 33 but cover a part ofly, and its shape just is not particularly limited.For example, flow control board 140 can be made of toroidal shown in Figure 17, also can be consisted of by the fan shape shown in Figure 18 (a), can also be consisted of by the toroidal that is formed with notch part 144 shown in Figure 18 (b), can also be consisted of by the toroidal that is formed with a plurality of notch parts 144 shown in Figure 18 (c), can also be consisted of by the semi-circular shape shown in Figure 18 (d).

Be in the situation of toroidal at flow control board 140, its diameter for example is about 70mm.In addition, as shown in figure 17, be provided with the support ring 64 of pivot shaft 61 in the front of cooling cylinder 30, the internal diameter of this support ring 64 for example is 84mm.In addition, the internal diameter of cooling cylinder 30 for example is 94mm.The thickness of flow control board 140 for example is about 1mm ~ about 3mm.In addition, as the material of flow control board 140, can use such as SUS, acrylic resin etc.

In addition, if flow control board 140 covers the hollow bulb 33 of cooling cylinder 30 fully and becomes lid, then freeze foaming body can not flow into from the front side of cooling cylinder 30 in the hollow bulb 33, can not freeze foaming body in interior perimeter surface 31 coolings of cooling cylinder 30.In addition, temperature sensor 39 is arranged at the end of the rear side of cooling cylinder 30, can not move rearward through hollow bulb 33 if therefore freeze foaming body, then can not be by the temperature sensor 39 correct temperature that freeze foaming body of measuring.Therefore, preferred flow control board 140 is designed to not exclusively cover the hollow bulb 33 of cooling cylinder 30.In addition, even flow control board 140 not exclusively covers the hollow bulb 33 of cooling cylinder 30, if cooling cylinder 30 is little with flow control board 140 formed gaps, and extremely narrow from the path that freezes foaming body that the front side of cooling cylinder 30 flow in the hollow bulb 33, then freezing foaming body freezes between flow control board 140 and cooling cylinder 30, consequently freeze the foaming body that freezes that the path of foaming body freezed and stop up, therefore not preferred.

In addition, the size of flow control board 140, shape etc. decide by freezing foaming body easiness etc. that outpours from nozzle 11.

In addition, from the viewpoint of easy processing, preferred flow control board 140 is toroidal.

On the other hand, from preventing flowing into the viewpoint of freezing the foaming body obstruction that the path that freezes foaming body in the hollow bulb 33 is freezed from the front side of cooling cylinder 30, preferred flow control board 140 is made of the shape that is formed with notch part 144.According to aforesaid way, at the position that is provided with notch part 144, can increase the gap between cooling cylinder 30 and the flow control board 140.Therefore, freeze even freeze the partial portion of foaming body between flow control board 140 and cooling cylinder 30, also can guarantee to freeze the path of foaming body at the position that is provided with notch part 144.In addition, in notch part 144 larger situations, even the foaming body that freezes that freezes becomes large from the end growth of notch part 144, therefore the foaming body that freezes that freezes before stopping up notch part 144 fully caves in, and can not occur in a word to stop up fully from the front side of cooling cylinder 30 to flow into the path that freezes foaming body in the hollow bulb 33.

The variation 1 of the 4th embodiment (with front end blade parts)

As shown in figure 19, also can in the 4th embodiment, with the first embodiment front end blade parts 110 be set similarly.

By front end blade parts 110 are set like this, can reduce from the front side of cooling cylinder 30 by flow control board 140 flowing into the amount of freezing foaming body in the hollow bulb 33 and will freeze foaming body by front end blade parts 110 and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The variation 2 of the 4th embodiment (winding number that stirs outer blade is many)

Also can in the 4th embodiment, make equally the winding number of blade 50 outside the stirring for more than " 3 " with the second embodiment.

Be made as more than " 3 " by the winding number that will stir so outer blade 50, can reduce the amount of freezing foaming body in the front side of cooling cylinder 30 flow into hollow bulb 33 and will freeze continuously foaming body by blade 50 outside the many stirrings of winding number and extrude to the place ahead of tank 10 by flow control board 140.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The variation 3 of the 4th embodiment (with outer blade front end protrusion)

Also can in the 4th embodiment, with the 3rd embodiment outer blade front end protrusion 130 be set similarly.

By front end blade parts 110 are set like this, can reduce from the front side of cooling cylinder 30 by flow control board 140 flowing into the amount of freezing foaming body in the hollow bulb 33 and will freeze foaming body by outer blade front end protrusion 130 and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The combination of variation

In addition, variation 1, variation 2 and variation 3 that also can appropriate combination the 4th embodiment.That is, can combined deformation example 1 and variation 2, flow control board 140 and front end blade parts 110 are set, and to make the winding number that stirs outer blade 50 be more than " 3 ".In addition, also can combined deformation example 1 and variation 3, flow control board 140, front end blade parts 110 and outer blade front end protrusion 130 are set.In addition, all right combined deformation example 2 and variation 3 arrange flow control board 140 and outer blade front end protrusion 130, and make the winding number that stirs outer blade 50 for more than " 3 ".Certainly can also make up whole variation 1, variation 2 and variation 3.

The 5th embodiment (tank and the interval of stirring between the outer blade are narrow)

Next, the 5th embodiment of the present invention is described.

The first embodiment is the mode that is provided with front end blade parts 110, but in the 5th embodiment, above-mentioned front end blade parts 110 (but arranging in variation 1 described later) are not set, and make the inside face of tank 10 and stir gap between the outer surface 52 of outer blade 50 (that is, the inside face of tank 10 with stir outside maxim in the gap between the outer surface 52 of blade 50, that compare the gap of the center vertical on the lower of blade 50 outside the stirring) C ₁(with reference to Fig. 9 (a)) is 0mm＜C ₁≤ 7mm is preferably 0mm＜C ₁≤ 6.75mm, more preferably 5.25mm＜C ₁≤ 6.75mm, more preferably 5.25mm＜C ₁≤ 5.50mm.Particularly, in the first embodiment, the clearance C between the outer surface 52 of the inside face of tank 10 and the outer blade 50 of stirring ₁Be 8.25mm, but in the 5th embodiment, the clearance C between the outer surface 52 of the inside face of tank 10 and the outer blade 50 of stirring ₁Be 0mm＜C ₁≤ 7mm.Need to prove, below with the inside face of tank 10 and stir clearance C between the outer surface 52 of outer blade 50 ₁For the mode of 5.50mm describes as an example.

In the 5th embodiment, other structures and the first embodiment are roughly the same.In the 5th embodiment, the part identical with first to fourth embodiment marks identical symbol and omits detailed explanation.

In the present embodiment, the clearance C between the outer surface 52 of the inside face of tank 10 and the outer blade 50 of stirring ₁Be 5.50mm, therefore such as described below, can from nozzle 11 successfully outpour viscosity high freeze foaming body, and the surpluses of freezing foaming body in the tank 10 are become still less outpour from nozzle 11.

In existing chilled beverage distributing box, the clearance C between the outer surface 52 of the inside face of tank 10 and the outer blade 50 of stirring ₁Be about 8.25mm.For the high material of the such pol of chilled beverage, even cooling and stirring, it is so high that viscosity can not become yet, even the therefore clearance C between the outer surface 52 of the inside face of tank 10 and the outer blade 50 of stirring ₁For about 8.25mm and to stir the thickness T (with reference to Fig. 9 (a)) of outer blade 50 thinner, the power of chilled beverage being pushed to front side also is sufficient, as long as valve 21 is forwards shaken piston 22 is moved upward, chilled beverage is successfully outpoured from nozzle 11.

On the other hand, for freezing for the foaming body of the sparkling beverage that contains the cereal catabolite take beer as representative, because viscosity uprises, the therefore clearance C between the outer surface 52 of blade 50 outside the inside face of tank 10 and stirring ₁For about 8.25mm and stir in the thinner situation of the thickness T of outer blade 50, valve 21 is forwards shaken and piston 22 is moved upward, can not make and freeze foaming body and successfully outpour from nozzle 11.

To this, according to present embodiment, with the inside face of tank 10 and stir clearance C between the outer surface 52 of outer blade 50 ₁Be made as 5.50mm and make the thickness T thickening that stirs outer blade 50, therefore can increase by stirring outer blade 50 and will freeze the power that foaming body is pushed the place ahead of tank 10 to.Therefore, as long as valve 21 is forwards shaken piston 22 is moved upward, chilled beverage is successfully outpoured from nozzle 11.

In addition, if the surpluses of freezing foaming body in the tank 10 tail off, the clearance C between the outer surface 52 of blade 50 outside the inside face of the such tank 10 of prior art and stirring then ₁In larger situation, the foaming bodies that freeze that residue in the tank 10 forwards can't be extruded, can not make and freeze foaming body and outpour from nozzle 11, but as present embodiment the clearance C between the outer surface 52 of the inside face by making tank 10 and the outer blade 50 of stirring ₁Diminish, even surplus is less, also the foaming bodies that freeze that residue in the tank 10 forwards can be extruded, can make and freeze foaming body and outpour from nozzle 11.

Can't make when in addition, surplus tails off that to freeze the problem that foaming body outpours from nozzle 11 be to cause owing to the viscosity of freezing foaming body is high.That is, for the high material of the such pol of chilled beverage, even cooling and stirring, it is so high that viscosity can not become yet.And, because the bottom surface of tank 10 tilts towards the place ahead, even do not use the outer blade 50 of stirring forwards to extrude, as long as valve 21 is forwards shaken piston 22 is moved upward downwards, chilled beverage is outpoured from nozzle 11.On the other hand, for freezing for the high material of the such viscosity of foaming body of the sparkling beverage that contains the cereal catabolite, stir outer blade 50 and will freeze foaming body and forwards not extrude if do not use, then can't make and freeze foaming body and outpour from nozzle 11.

Following table 2 expression: for the sparkling beverage that contains the cereal catabolite freeze foaming body and chilled beverage the two, outpour whether successfully carry out and tank 10 in surpluses reach the result of the experiment of which kind of degree.

Table 2

In table 2, outpouring adaptive " zero " is illustrated in 10 times whole experiments, can be at 15 seconds with the interior 50g of outpouring when the surplus in the tank 10 that freezes foaming body is 3L, outpouring adaptive " △ " is illustrated in 10 experiments, surplus in the tank 10 that freezes foaming body is mixed with when being 3L can be at 15 seconds with the situation of the interior 50g of outpouring and can not be 15 seconds situations with the interior 50g of outpouring, outpour adaptive " * " and be illustrated in 10 times whole experiments, can not be at 15 seconds with the interior 50g of outpouring when the surplus in the tank 10 that freezes foaming body is 3L.

In addition, the tank 10 interior surpluses that " zero " of surplus is illustrated in when outpouring the limit in 10 times whole experiments are below the 2L, the surplus that " △ " of surplus is illustrated in the tank 10 that is mixed with in 10 experiments when outpouring the limit is the following situation of 2L and is not the following situation of 2L, " * " of surplus is illustrated in 10 times whole experiments, and the surplus in the tank 10 when outpouring the limit is not below the 2L.Need to prove, will from tank 10 outpour 50g freeze be made as above-mentioned " outpouring the limit " when foaming body need to spend more than 20 seconds.

As shown in table 2, if the clearance C between the outer surface 52 of the inside face of tank 10 and the outer blade 50 of stirring ₁Greater than 7mm, the speed that outpours of then freezing foaming body obviously reduces, and is relative therewith, if be below the 7mm, then freezing foaming body can outpour smoothly.Therefore, for C ₁Less than 7mm or be more than the 7mm, can say to have in itself significant difference, can say C ₁This numerical value of=7mm has the criticality meaning.

The variation 1 of the 5th embodiment (with front end blade parts)

Also can in the 5th embodiment, with the first embodiment front end blade parts 110 be set similarly.

By front end blade parts 110 are set like this, can utilize by the power of thicker stirring blade 50 enhancings outward of thickness T and the power that front end blade parts 110 produce, will freeze foaming body and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The variation 2 of the 5th embodiment (winding number that stirs outer blade is many)

Also can in the 5th embodiment, make equally the winding number of blade 50 outside the stirring for more than " 3 " with the second embodiment.

Be made as more than " 3 " by the winding number that will stir so outer blade 50, can be by thickness T the outer blade 50 of stirrings thicker and that winding number is many will freeze continuously foaming body and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The variation 3 of the 5th embodiment (with outer blade front end protrusion)

Also can in the 5th embodiment, with the 3rd embodiment outer blade front end protrusion 130 be set similarly.

By outer blade front end protrusion 130 is set like this, can utilize by the power of thicker stirring blade 50 enhancings outward of thickness T and the power that outer blade front end protrusion 130 produces, will freeze foaming body and extrude to the place ahead of tank 10.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The variation 4 (with flow control board) of the 5th embodiment

Also can in the 5th embodiment, with the 4th embodiment flow control board 140 be set similarly.

By flow control board 140 is set like this, can will freeze by the outer blade 50 of the thicker stirring of thickness T that foaming body is extruded to the place ahead of tank 10 and reduce the amount of freezing foaming body that flow into hollow bulb 33 from the front side of cooling cylinder 30 by flow control board 140.Therefore, can make more reliably and freeze foaming body and successfully outpour from nozzle 11.

The combination of variation

In addition, variation 1, variation 2, variation 3 and variation 4 that can appropriate combination the 5th embodiment.

That is, can combined deformation example 1 and variation 2, also can combined deformation example 1 and variation 3, can also combined deformation example 1 and variation 4.In addition, all right combined deformation example 2 and variation 3, all right combined deformation example 2 and variation 4 can also combined deformation example 3 and variation 4.

And, all right combined deformation example 1, variation 2 and variation 3, all right combined deformation example 1, variation 2 and variation 4, all right combined deformation example 2, variation 3 and variation 4.Certainly can also make up whole variation 1, variation 2, variation 3 and variation 4.

The 6th embodiment (cooling cylinder and the gap of stirring between the outer blade are narrow)

Next, the 6th embodiment of the present invention is described.

The first embodiment is the mode that is provided with front end blade parts 110, but in the 6th embodiment, above-mentioned front end blade parts 110 (but arranging in variation 1 described later) are not set, and make the outer surface 32 of cooling cylinder 30 and stir gap (that is, the maxim in the gap on the vertical between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring) C between the interior perimeter surface 51 of outer blade 50 ₂(with reference to Fig. 9 (b)) is 0mm＜C ₂≤ 1.5mm is preferably 0mm＜C ₂≤ 0.60mm, more preferably 0.25mm＜C ₂≤ 0.60mm, more preferably 0.25mm＜C ₂≤ 0.50mm.Particularly, in the first embodiment, the clearance C between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂Be 1.5mm, but in the 6th embodiment, the clearance C between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂Be 0mm＜C ₂≤ 1.5mm.Need to prove, below with the outer surface 32 of cooling cylinder 30 and stir clearance C between the interior perimeter surface 51 of outer blade 50 ₂For the mode of 0.50mm describes as an example.

In the 6th embodiment, other structures and the first embodiment are roughly the same.In the 6th embodiment, the part that the first to the 5th embodiment is identical marks identical symbol and omits detailed explanation.

In the present embodiment, the clearance C between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂Be 0.50mm, therefore such as described below, the foaming body that freezes of good mouthfeel can be provided.

In existing chilled beverage distributing box, the clearance C between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂Be about 1.5mm.For the high material of the such pol of chilled beverage, even cooling and stirring, it is so high that viscosity can not become yet, even the therefore clearance C between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂Be about 1.5mm, chilled beverage also can not be adhered to the outer surface 32 of cooling cylinder 30 and become piece with this state.

On the other hand, for freezing for the foaming body of the sparkling beverage that contains the cereal catabolite take beer as representative, because viscosity uprises, if the therefore clearance C between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂Larger, then freeze foaming body and be adhered to the outer surface 32 of cooling cylinder 30 and form larger lump.If generate so larger lump, then be in moment that OFF state, cooling cylinder 30 warm etc. at the power supply of compressor 35, larger lump peels off from cooling cylinder 30, and this larger lump directly outpours from nozzle 11.If be doped with above-mentioned larger lump in the foaming body freezing of outpouring, the mouthfeel of then the freezing foaming body non-constant that becomes.

To this, in the present embodiment, with the outer surface 32 of cooling cylinder 30 and stir clearance C between the interior perimeter surface 51 of outer blade 50 ₂Therefore be made as 0.50mm narrowlyer, can always ream the foaming body that freezes of the outer surface 32 that is adhered to cooling cylinder 30, can not generate above-mentioned larger lump.Therefore, according to present embodiment, can prevent the mouthfeel variation that causes because of above-mentioned larger lump.

In addition, in the present embodiment, can always ream the fritter that freezes foaming body that is adhered to cooling cylinder 30, this piece is outpoured from nozzle 11 with freezing foaming body.And, freeze the fritter of foaming body by this, can give and freeze the new gratifying mouthfeel of foaming body (brilliance (シ ヤ リ シ ヤ リ sense)).

Following table 3 expression: the sparkling beverage that contains the cereal catabolite that outpours for the distributing box from present embodiment freeze foaming body, whether obtained the new mouthfeel (brilliance) that fritter brings and the result who whether has outpoured the experiment of larger lump.

Table 3

In table 3, the foaming body that freezes that " zero " of mouthfeel expression outpours has obtained the new mouthfeel that fritter brings, and the foaming body that freezes that " * " expression of mouthfeel outpours does not obtain the new mouthfeel that fritter brings.In addition, " zero " of lump does not outpour larger lump even the temperature of expression tank 10 in is lower than yet when the power supply of preset lower limit and compressor 35 is OFF, " * " of lump is illustrated in and outpoured larger lump when power supply that tank 10 interior temperature are lower than preset lower limit and compressor 35 is OFF.

As shown in table 3, if the clearance C between the interior perimeter surface 51 of the outer surface 32 of cooling cylinder 30 and the outer blade 50 of stirring ₂Greater than 1.5mm, what then outpour freezes foaming body and can not obtain the new mouthfeel that fritter brings, and larger lump occurs and make the mouthfeel variation, relative therewith, if be below the 1.5mm, what then outpour freezes foaming body and can access the new mouthfeel that fritter brings, and does not have the larger lump of appearance and obtained good mouthfeel.Therefore, for C ₂For below the 1.5mm or above 1.5mm, can say to have in itself significant difference, can say C ₂This numerical value of=1.5mm has the criticality meaning.

In addition, the outer surface 32 by making cooling cylinder 30 and stir clearance C between the interior perimeter surface 51 of outer blade 50 ₂Narrow down, can make thickness T (with reference to Fig. 9 (the b)) thickening slightly that stirs outer blade 50.Therefore, according to present embodiment, can make by stirring outer blade 50 and will freeze foaming body and push the power in the place ahead of tank 10 to and become a little large.

The variation 1 of the 6th embodiment (with front end blade parts)

Also can in the 6th embodiment, with the first embodiment front end blade parts 110 be set similarly.

By front end blade parts 110 are set like this, can will freeze foaming body by front end blade parts 110 and extrude to the place ahead of tank 10.Therefore, according to this variation, except being prevented the mouthfeel variation that causes because of larger lump and giving freezing foaming body the effect of the new mouthfeel (brilliance) that fritter brings, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 2 of the 6th embodiment (winding number that stirs outer blade is many)

Also can in the 6th embodiment, make equally the winding number of blade 50 outside the stirring for more than " 3 " with the second embodiment.

Be made as more than " 3 " by the winding number that will stir so outer blade 50, can utilize the power that is applied continuously by the outer blade 50 of the many stirrings of winding number, will freeze foaming body and extrude to the place ahead of tank 10.Therefore, according to this variation, except being prevented the mouthfeel variation that causes because of larger lump and giving freezing foaming body the effect of the new mouthfeel (brilliance) that fritter brings, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 3 of the 6th embodiment (with outer blade front end protrusion)

Also can in the 6th embodiment, with the 3rd embodiment outer blade front end protrusion 130 be set similarly.

By outer blade front end protrusion 130 is set like this, can will freezes foaming body by outer blade front end protrusion 130 and extrude to the place ahead of tank 10.Therefore, according to this variation, except being prevented the mouthfeel variation that causes because of larger lump and giving freezing foaming body the effect of the new mouthfeel (brilliance) that fritter brings, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 4 (with flow control board) of the 6th embodiment

Also can in the 6th embodiment, with the 4th embodiment flow control board 140 be set similarly.

By flow control board 140 is set like this, can reduce the amount of freezing foaming body that flow into hollow bulb 33 from the front side of cooling cylinder 30 by flow control board 140.Therefore, according to this variation, except being prevented the mouthfeel variation that causes because of larger lump and giving freezing foaming body the effect of the new mouthfeel (brilliance) that fritter brings, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 5 of the 6th embodiment (interval of stirring between outer blade and the tank is narrow)

Also can be in the 6th embodiment and the 5th embodiment clearance C between the outer surface 52 of blade 50 with the inside face of tank 10 and outside stirring similarly ₁Be made as 0mm＜C ₁≤ 7mm.

By like this with the inside face of tank 10 and stir clearance C between the outer surface 52 of outer blade 50 ₁Be made as 0mm＜C ₁≤ 7mm utilizes the power that is strengthened by the outer blade 50 of the thicker stirring of thickness T, can extrude to the place ahead of tank 10 freezing foaming body, even and the surplus of freezing foaming body in the tank 10 less, also can make this freeze foaming body and outpour from nozzle 11.Therefore, according to this variation, except being prevented the mouthfeel variation that causes because of larger lump and giving freezing foaming body the effect of the new mouthfeel (brilliance) that fritter brings, can also obtain making and freeze foaming body and successfully outpour and make the effect that foaming body outpours from nozzle 11 of freezing in the few tank of surplus 10 from nozzle 11.

The combination of variation

In addition, variation 1, variation 2, variation 3, variation 4 and variation 5 that can appropriate combination the 6th embodiment.

That is, can combined deformation example 1 and variation 2, also can variation 1 and variation 3, can also combined deformation example 1 and variation 4, can also combined deformation example 1 and variation 5.In addition, all right combined deformation example 2 and variation 3, all right combined deformation example 2 and variation 4 can also combined deformation example 2 and variation 5.In addition, all right combined deformation example 3 and variation 4, all right combined deformation example 3 and variation 5 can also combined deformation example 4 and variation 5.

In addition, all right combined deformation example 1, variation 2 and variation 3, all right combined deformation example 1, variation 2 and variation 4, all right combined deformation example 1, variation 2 and variation 5.In addition, all right combined deformation example 2, variation 3 and variation 4, all right combined deformation example 2, variation 3 and variation 5, all right combined deformation example 3, variation 4 and variation 5.

And, all right combined deformation example 1, variation 2, variation 3 and variation 4, all right combined deformation example 1, variation 2, variation 3 and variation 5, all right combined deformation example 1, variation 2, variation 4 and variation 5, all right combined deformation example 1, variation 3, variation 4 and variation 5, all right combined deformation example 2, variation 3, variation 4 and variation 5.Certainly can also make up whole variation 1, variation 2, variation 3, variation 4 and variation 5.

The 7th embodiment (it is eccentric to stir outer blade)

Next, use Figure 20 and Figure 21 that the 7th embodiment of the present invention is described.

The first embodiment is the mode that is provided with front end blade parts 110, but in the 7th embodiment, above-mentioned front end blade parts 110 (but arranging in variation 1 described later) are not set, and become following structure: make and stir outer blade 50 eccentric rotaries, interior perimeter surface (" inside face " that be equivalent to a claims) part of 51 that stirs outer blade 50 contacts with the outer surface 32 of cooling cylinder 30.Particularly, in the first embodiment, be provided with clearance C between the interior perimeter surface 51 of blade 50 at the outer surface 32 of cooling cylinder 30 and outside stirring ₂, but in the present embodiment, the length of the radially extension 50tr (with reference to Figure 20) of the outer blade 50 of stirring that links with axle 61 shortens, the part of the interior perimeter surface 51 of outer blade 50 contacts with the outer surface 32 of cooling cylinder 30.More specifically, the outer surface 32 of cooling cylinder 30 and stir clearance C between the interior perimeter surface 51 of outer blade 50 in the first embodiment ₂Be 1.5mm, but in the present embodiment, compare with the radially extension 50tr of the outer blade 50 of the stirring of the first embodiment and to have shortened 1.5mm, thus make in the interior perimeter surface 51 that stirs outer blade 50, be provided with radially from the front side observation that the face of extension 50tr contacts (with reference to Figure 21 (a)-(d)) with the outer surface 32 of cooling cylinder 30.Above-mentioned Figure 21 (a)-(d) is that interior perimeter surface 51 that outer blade 50 is stirred in expression contacts with the outer surface 32 of cooling cylinder 30 and the figure of the mode of rotating.Figure 21 (b) be from Figure 21 (a) clickwise the figure 90 ° the time, Figure 21 (b) is the figure when having rotated 180 ° from Figure 21 (a), Figure 21 (d) be from Figure 21 (a) clickwise the figure 270 ° the time.

In addition, radially the length of extension 50tr shortens as mentioned above, therefore in the present embodiment, stirs outer blade 50 eccentric rotaries.

In addition, the mode that shortens with the length of extension 50tr radially in the present embodiment describes, but be not limited to this, also can by will be radially the length of extension 50tr elongated, the part of the interior perimeter surface 51 of outer blade 50 is contacted with the outer surface 32 of cooling cylinder 30, and make outer blade 50 eccentric rotaries of stirring.

In the 7th embodiment, other structures and the first embodiment are roughly the same.In the 7th embodiment, the part identical with the first to the 6th embodiment marks identical symbol and omits detailed explanation.

In the present embodiment, stir outer blade 50 eccentric rotaries, a part that stirs the interior perimeter surface 51 of outer blade 50 contacts with the outer surface 32 of cooling cylinder 30, and is therefore such as described below, can prevent from freezing the mouthfeel variation of foaming body.

For existing chilled beverage distributing box, be provided with the gap between the interior perimeter surface 51 of blade 50 at the outer surface 32 of cooling cylinder 30 and outside stirring.For the high material of the such pol of chilled beverage, even cooling is also stirred, it is so high that viscosity can not become yet, therefore even between the interior perimeter surface 51 of blade 50 gap is set like this outside the outer surface 32 of cooling cylinder 30 and stirring, chilled beverage also can not be adhered to the outer surface 32 of cooling cylinder 30 and become piece with this state.

On the other hand, for freezing for the foaming body of the sparkling beverage that contains the cereal catabolite take beer as representative, because viscosity uprises, therefore freeze foaming body and be adhered to the outer surface 32 of cooling cylinder 30 and form larger lump.If generate so larger lump, then be in moment that OFF state, cooling cylinder 30 warm etc. at the power supply of compressor 35, larger lump peels off from cooling cylinder 30, and this larger lump directly outpours from nozzle 11.If be doped with above-mentioned larger lump in the foaming body freezing of outpouring, the mouthfeel of then the freezing foaming body non-constant that becomes.

To this, in the present embodiment, therefore a part that stirs the interior perimeter surface 51 of outer blade 50 contacts with the outer surface 32 of cooling cylinder 30, can ream the foaming body that freezes of the outer surface 32 that is adhered to cooling cylinder 30, can prevent that larger lump is in the outer surface growth of cooling cylinder 30.Therefore, according to present embodiment, can prevent the mouthfeel variation that causes because of above-mentioned larger lump.

In addition, stir outer blade 50 eccentric rotaries, a part that only stirs the interior perimeter surface 51 of outer blade 50 contacts with the outer surface 32 of cooling cylinder 30, therefore can prevent from putting on the load that makes the electrical motor that stirs outer blade 50 rotations and become large.

The variation 1 of the 7th embodiment (with front end blade parts)

Also can in the 7th embodiment, with the first embodiment front end blade parts 110 be set similarly.

By front end blade parts 110 are set like this, can will freeze foaming body by front end blade parts 110 and extrude to the place ahead of tank 10.Therefore, according to this variation, except the effect that can be prevented the mouthfeel variation that causes because of larger lump, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 2 of the 7th embodiment (winding number that stirs outer blade is many)

Also can in the 7th embodiment, make equally the winding number of blade 50 outside the stirring for more than " 3 " with the second embodiment.

Be made as more than " 3 " by the winding number that will stir so outer blade 50, can utilize the power that is applied continuously by the outer blade 50 of the many stirrings of winding number, will freeze foaming body and extrude to the place ahead of tank 10.Therefore, according to this variation, except the effect that can be prevented the mouthfeel variation that causes because of larger lump, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 3 of the 7th embodiment (with outer blade front end protrusion)

Also can in the 7th embodiment, with the 3rd embodiment outer blade front end protrusion 130 be set similarly.

By outer blade front end protrusion 130 is set like this, can utilizes outer blade front end protrusion 130 will freeze foaming body and extrude to the place ahead of tank 10.Therefore, according to this variation, except the effect that can be prevented the mouthfeel variation of bringing because of the lump that causes, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 4 (with flow control board) of the 7th embodiment

Also can in the 7th embodiment, with the 4th embodiment flow control board 140 be set similarly.

By flow control board 140 is set like this, can utilize flow control board 140 to reduce the amount of freezing foaming body that flow into hollow bulb 33 from the front side of cooling cylinder 30.Therefore, according to this variation, except the effect that can be prevented the mouthfeel variation that causes because of larger lump, can also obtain making and freeze the effect that foaming body successfully outpours from nozzle 11.

The variation 5 of the 7th embodiment (interval of stirring between outer blade and the tank is narrow)

Also can be in the 7th embodiment and the 5th embodiment clearance C between the outer surface 52 of blade 50 with the inside face of tank 10 and outside stirring similarly ₁Be made as 0mm＜C ₁≤ 7mm.

By like this with the inside face of tank 10 and stir clearance C between the outer surface 52 of outer blade 50 ₁Be made as 0mm＜C ₁≤ 7mm can utilize the power that is strengthened by the outer blade 50 of the thicker stirring of thickness T will freeze foaming body and extrude to the place ahead of tank 10, even and the surpluses of freezing foaming body in the tank 10 tail off, also can make this freeze foaming body and outpour from nozzle 11.Therefore, according to this variation, except the effect that can be prevented the mouthfeel variation that causes because of larger lump, can also obtain making and freeze foaming body and successfully outpour and make the effect that foaming body outpours from nozzle 11 of freezing in the few tank of surplus 10 from nozzle 11.

The variation 6 of the 7th embodiment (cooling cylinder and the gap of stirring between the outer blade are narrow)

Also can be in the 7th embodiment and the 6th embodiment clearance C between the interior perimeter surface 51 of blade 50 with the outer surface 32 of cooling cylinder 30 and outside stirring similarly ₂Be made as 0mm＜C ₂≤ 1.5mm.

By like this with the outer surface 32 of cooling cylinder 30 and stir clearance C between the interior perimeter surface 51 of outer blade 50 ₂Be made as 0mm＜C ₂≤ 1.5mm can prevent from generating larger lump at the outer surface 32 of cooling cylinder 30 more reliably, and then can prevent more reliably the mouthfeel variation that causes because of larger lump.In addition, can also obtain giving freezing foaming body the effect of the new mouthfeel (brilliance) that fritter brings.

The combination of variation

In addition, variation 1, variation 2, variation 3, variation 4, variation 5 and variation 6 that can appropriate combination the 7th embodiment.

Owing to relate to a lot of combinations, although therefore not concrete record combination as " combination of variation " in the respective embodiments described above, but in can combined deformation example 1 to 6 any two, in addition, in also can combination in any variation 1 to 6 any three, in addition, in can also combined deformation example 1 to 6 any four, and in can also combined deformation example 1 to 6 any five can also make up whole variation 1 to 6 certainly.

The 8th embodiment (pressurization part)

Next, use Figure 22 that the 8th embodiment of the present invention is described.

As shown in figure 22, the distributing box of the 8th embodiment is with respect to the respective embodiments described above and each variation, also has the pressurization part 170 that the pressure that make to tank 10 interior supply gas in the tank 10 are higher than normal pressure.

In the 8th embodiment, other structures are identical with each variation with the respective embodiments described above.In the 8th embodiment, the part identical with each variation with the respective embodiments described above marks identical symbol and omits detailed explanation.

As mentioned above, the foaming body that freezes for the sparkling beverage that obtains containing the cereal catabolite at first, stirs when cooling contains the sparkling beverage of cereal catabolite.The sparkling beverage that contains the cereal catabolite by such cooling and stirring forms slurries.And then, by in these slurries of cooling, stirring, in these slurries, be involved in the extraneous gass such as air, consequently, obtained by the particulate that contains the sparkling beverage that contains the cereal catabolite that freezes and be present in the foaming body that freezes of the sparkling beverage that contains the cereal catabolite that the compound of the bubble between the particulate consists of.

According to present embodiment, by making the pressure of the inside of tank 10 be higher than the pressure of the outside of tank 10 from pressurization part 170 supply gas.Therefore, when in slurries, being involved in extraneous gas, the gas of supplying with from pressurization part 170 is rolled in the slurries expeditiously, can makes expeditiously and freeze foaming body.

In addition,, can prevent from sneaking into foreign matter from the outside from pressurization part 170 supply gas by like this.Therefore, when introducing distributing box in the shop of the more handling oil such as Chinese dining room, the pressurization part 170 that present embodiment is set is very useful.

In addition, as the gas of supplying with from pressurization part 170, can use air (about 76 ~ 80% by nitrogen, oxygen is about 19 ~ 23%, the extraneous gas that other argon gas, carbon dioxide etc. consist of).

Yet, be not limited to this, as the gas of supplying with from pressurization part 170, for example also can use with air part or all to be replaced into the gas of nitrogen.Nitrogenous ratio can adopt 1 ~ 100%, but preferably adopts 70 ~ 100% ratio.In addition, by the gas of supplying with from pressurization part 170, containing nitrogen, can further improve the foam retentivity that freezes the foam that foaming body consists of by the sparkling beverage that contains the cereal catabolite that forms.

In addition, the gas of supplying with from pressurization part 170 also can contain carbon dioxide.At this moment, preferably make containing of carbon dioxide in this gas proportional less than 100%, more preferably make it less than 90%.By make the gas supplied with from pressurization part 170 the carbonated ratio less than 100%, preferably make it less than 90%, can further improve the foam retentivity that freezes the foam that foaming body consists of by the sparkling beverage that contains the cereal catabolite that forms.

In addition, if use air as the gas of supplying with from pressurization part 170, then do not need for the nitrogen gas cylinder of supplying with nitrogen or be used for supplying with the dioxide bottle etc. of carbon dioxide, thereby cutting down cost is therefore useful.

Pressurization from pressurization part 170 can be undertaken by for example air, nitrogen and/or carbon dioxide.For the amount of pressurizeing, for example can carry out 0.01 ~ 0.5MPa pressurization, preferably carry out 0.01 ~ 0.1MPa pressurization, more preferably carry out 0.02 ~ 0.07MPa pressurization.

In addition, be illustrated to use pressurization part 170 to be pressurised into prerequisite in the present embodiment, but pressurization part 170 can be not yet to pressurizeing in the tank 10, and only be used for air, nitrogen and/or carbon dioxide are sent in the tank 10.

The 9th embodiment (heating part)

Next, use Figure 23 and Figure 24 that the 9th embodiment of the present invention is described.

The distributing box of the 9th embodiment is with respect to the respective embodiments described above and each variation, also has heating part 180, the liquid such as water in the tank 10 are added in 180 heating of this heating part to, be used for the cooling cylinder 30 in the tank 10, stir in blade 40, stir the parts such as outer blade 50 and carry out hot-water sterilization function.In addition, this heating part 180 is connected with control part 100, according to the measurement result of temperature sensor 39 and controlled.

In the 9th embodiment, other structures are identical with each variation with the respective embodiments described above.In the 9th embodiment, the part identical with each variation with the respective embodiments described above marks identical symbol and omits detailed explanation.

The pol of sparkling beverage that contains the cereal catabolite is low, and is therefore different from chilled beverage, produces easily miscellaneous bacteria.Therefore, contain in the distributing box of the present invention of sparkling beverage of cereal catabolite in processing, require every day to carrying out hot-water sterilization function in the tank 10.

For the tank 10 to existing chilled beverage distributing box carries out hot-water sterilization function, hot water is flow in the tank 10, as mentioned above, for distributing box of the present invention, need every day to carrying out hot-water sterilization function in the tank 10, prepare a large amount of hot water (for example 7 liters hot water) and make the operation of its inflow become very loaded down with trivial details operation every day.

To this, according to present embodiment, as long as add to water in the tank 10 and utilize heating part 180 to come water is heated, just can carry out hot-water sterilization function.In addition, in the present embodiment, as shown in figure 24, heating part 180 is connected with control part 100, thereby heating part 180 is controlled from the measurement result of temperature sensor 39 by these control part 100 receptions, as long as therefore add entry and make heating part 180 be in the ON state, just can be to carrying out hot-water sterilization function in the tank 10.

As concrete step, at first at tank 10 interior addings 7 liters water for example.Next, make heating part 180 be in the ON state, the water in the tank 10 is heated to predetermined temperature (for example 65 ℃).Afterwards, keep hot water with predetermined temperature and predetermined time (for example 15 minutes).Afterwards, automatically cut off the power supply of heating part 180, finish the hot-water sterilization function in the tank 10.When finishing hot-water sterilization function like this, then its main contents are shown in contact panel 76.Therefore, according to present embodiment, can make the operation of carrying out hot-water sterilization function in the tank 10 is become easy especially.

In addition, because certain reason causes the drop in temperature of hot water and can not carry out in the situation of hot-water sterilization function with predetermined temperature (for example 65 ℃) and predetermined time (for example 15 minutes), also can followingly control, from the moment that temperature rises to predetermined temperature (for example 65 ℃), again carry out hot-water sterilization function with predetermined time (for example 15 minutes).In addition, also can be able to not carry out in the situation of hot-water sterilization function its main contents being shown in contact panel 76 with predetermined temperature (for example 65 ℃) and predetermined time (for example 15 minutes).

In addition, heating part 180 can be arranged in the tank 10, also can only put in the tank 10 when carrying out hot-water sterilization function as the throw-in type temperature booster.

The tenth embodiment (containing cereal catabolite sparkling beverage supply unit)

Next, use Figure 25 and Figure 26 that the tenth embodiment of the present invention is described.

In the above-mentioned respective embodiments and the modifications, 13 dropping into the sparkling beverage contain the cereal catabolite and be illustrated as prerequisite from the input port, but the tenth embodiment is to be provided with the surplus determination part 191 of measuring the surplus of freezing foaming body in the tank 10 and the mode that contains the beverage dispenser 190 (" containing cereal catabolite sparkling beverage supply unit " of being equivalent to claims) of the sparkling beverage of cereal catabolite to tank 10 interior supplies.Need to prove, surplus determination part 191 can the practical measurement tank surplus in 10, also can calculate and measure surplus in the tank 10 according to the amount of freezing foaming body that in tank 10, outpours.

In addition, as an example of surplus determination part 191, can adopt to have illuminating part from light to horizontal direction that send and be positioned at the height identical with illuminating part and receive the parts of the light accepting part of the light that sends from illuminating part.At this moment, whether receive the light that sends from illuminating part according to light accepting part and detected the amount of freezing foaming body in the tank 10.Namely, do not receive at light accepting part in the situation of the light that sends from illuminating part, be judged as until exist till the height and position identical with the light that sends from illuminating part and freeze foaming body, on the other hand, receive at light accepting part in the situation of the light that sends from illuminating part, be judged as and freeze foaming body and reduce to the position that is lower than the light that sends from illuminating part.In addition, the height and position of illuminating part and light accepting part can change, for example freezing the height of setting illuminating part and light accepting part in the high situation of frequency than the highland that outpours of foaming body, the sparkling beverage that contains the cereal catabolite with frequent supply, freezing the height of setting illuminating part and light accepting part in the low situation of frequency than the lowland that outpours of foaming body on the contrary, thereby the frequency that can make supply contain the sparkling beverage of cereal catabolite reduces.

In the tenth embodiment, other structures are identical with each variation with the respective embodiments described above.In the tenth embodiment, the part identical with each variation with the respective embodiments described above marks identical symbol and omits detailed explanation.

In the present embodiment, be provided with beverage dispenser 190, this beverage dispenser 190 links with the sparkling beverage transport box 199 that such the storing of for example barrel of beer contains the sparkling beverage of cereal catabolite, and the sparkling beverage that contains the cereal catabolite is supplied to above-mentioned beverage dispenser 190 from this sparkling beverage transport box 199.By this beverage dispenser 190, the sparkling beverage that contains the cereal catabolite of supplying with from sparkling beverage transport box 199 is cooled, and can outpour from outpouring mouth 193.In addition, be used for the pressurized cylinder 198 of pressurizeing in the sparkling beverage transport box 199 is linked with sparkling beverage transport box 199.

As mentioned above, in mode shown in Figure 25, beverage dispenser 190 consists of " containing cereal catabolite sparkling beverage supply unit ", links with tank 10 near outpouring mouth 193, to the cooled sparkling beverage that contains the cereal catabolite of tank 10 interior supplies.And, control the amount of the sparkling beverage that contains the cereal catabolite of 10 interior supplies from beverage dispenser 190 to tank according to the surpluses of freezing foaming body in the tank 10 with control part 100.Particularly, as shown in figure 26, surplus determination part 191 is connected with opening/closing portion and is connected with control part 100, control part 100 control surplus determination part 191 and opening/closing portions 194.And, according to the surplus of freezing foaming body in the tank 10 of being measured by surplus determination part 191, by the switching of control part 100 control opening/closing portions 194, the sparkling beverage that contains the cereal catabolite of 10 interior supply scheduled volumes from beverage dispenser 190 to tank.

According to aforesaid way, when the surplus of freezing foaming body in tank 10 tailed off, the operators such as the staff in shop do not need specially from the input port 13 to drop into the sparkling beverage that contains the cereal catabolite, and were therefore useful.

In addition, can contain the sparkling beverage of cereal catabolite to tank 10 interior suitable supplies according to the surplus of freezing foaming body in the tank 10, so can avoid because the temperature in the tank 10 that a large amount of sparkling beverage that contains the cereal catabolite of 13 inputs causes from the input port sharply rise.Therefore, always can keep and to supply with the state that freezes foaming body.

In addition, in the present embodiment, can be from beverage dispenser 190 to tank 10 interior supplies by the sparkling beverage that contains the cereal catabolite of these beverage dispenser 190 coolings.Therefore, can prevent more reliably that the temperature in the tank 10 from rising, and then can always supply with more reliably and freeze foaming body.

Label declaration

10 tanks

11 nozzles

20 opening/closing portions

21 valves (grip part)

22 pistons

25 recess shapes sections

26 pars

30 cooling cylinders

33 hollow bulbs

39 temperature sensors

40 stir interior blade

50 stir outer blade

50tr is extension radially

110 front end blade parts

111 front end blades

The short long front end blade of 111a

113 the place ahead extensions

113a rear rake

The 113b front face

114 rear protrusions

130 outer blade front end protrusions

140 flow control boards

143 fan shape sections

144 notch parts

170 pressurization part

180 heating parts

190 contain cereal catabolite sparkling beverage section

191 surplus determination parts

C ₁Gap between the outer surface of the inside face of tank and the outer blade of stirring

C ₂Gap between the interior perimeter surface of the outer surface of cooling cylinder and the outer blade of stirring

Claims (39)

1. distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the described tank, by upwardly extending drum consists of in front and back, and can cool off;

Stir outer blade, be arranged at the outside of described cooling body, be activated power and rotate, thus make the described sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile; And

Front end blade parts are being arranged between described cooling body and the described nozzle when fore-and-aft direction is observed, and are activated power and rotate, thereby the described foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding.

2. distributing box according to claim 1 is characterized in that, described front end blade parts have multi-disc front end blade.

3. distributing box according to claim 1 is characterized in that, described front end blade parts have the front end blade more than 3.

4. according to claim 2 or 3 described distributing boxs, it is characterized in that,

Described front end blade parts have the short long front end blade that chord is shorter than other front end blades,

Described short long front end blade is positioned at the side radially of the outer blade of described stirring.

5. each described distributing box in 4 according to claim 1 is characterized in that,

Described front end blade parts have the front end blade,

Described front end blade comprises: the rear protrusion, and outstanding rearward from an end radially; And the rear rake, tilt rearward towards radially the other end.

6. distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the described tank, by upwardly extending drum consists of in front and back, and can cool off; And

The outer blade of screw mixing arranges along the outer surface of described cooling body, be activated power and rotate, thereby make the described sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And the winding number of the outer blade of described stirring is more than 3.

7. distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the described tank, by upwardly extending drum consists of in front and back, and can cool off; And

Stir outer blade, be arranged at the outside of described cooling body, be activated power and rotate, thus make the described sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And the outer blade of described stirring has forwards outstanding outer blade front end protrusion in its front ends.

8. distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling cylinder is arranged in the described tank, by having hollow bulb and upwardly extending drum consists of in front and back, and can cool off;

Blade in stirring is arranged in the described hollow bulb of described cooling cylinder, be activated power and rotate, thereby make the described sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile; And

Stir outer blade, be arranged at the outside of described cooling cylinder, be activated power and rotate, thus make the described sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And, be provided with flow control board in front face side outside or the front face side inside of described cooling cylinder.

9. distributing box according to claim 8 is characterized in that, described flow control board is made of toroidal.

10. distributing box according to claim 8 is characterized in that, described flow control board is made of the toroidal that is formed with notch part.

11. a distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Cooling body is arranged in the described tank, by upwardly extending drum consists of in front and back, and can cool off; And

Stir outer blade, be arranged at the outside of described cooling body, be activated power and rotate, thus make the described sparkling beverage that contains the cereal catabolite to freeze foaming body forwards mobile,

And, the clearance C between the outside face of the outer blade of the inside face of described tank and described stirring ₁Satisfy:

0mm＜C ₁≤7mm。

12. a distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Cooling body is arranged in the described tank, is made of the drum that extends in a predetermined direction, and can cools off; And

Stir outer blade, be arranged at the outside of described cooling body, be activated power and rotate, thereby the described foaming body that freezes that contains the sparkling beverage of cereal catabolite is moved,

And, the clearance C between the inside face of the outer blade of the outer surface of described cooling body and described stirring ₂Satisfy:

0mm＜C ₂≤1.5mm。

13. a distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Nozzle is arranged at described tank, be used for to supply with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body;

Piston carries out the switching of described nozzle;

Cooling body is arranged in the described tank, is made of the drum that extends in a predetermined direction, and can cools off; And

Stir outer blade, be arranged at the outside of described cooling body, be activated power and rotate, thereby the described foaming body that freezes that contains the sparkling beverage of cereal catabolite is moved,

And described piston can freeze the end that foaming body contacts and has the par that is made of smooth shape or the recess shapes section that is made of recess shapes with described.

14. distributing box according to claim 13 is characterized in that,

Described piston has the recess shapes section that is made of recess shapes in described end,

The vertical section of described recess shapes section is made of U word shape roughly, and perhaps described recess shapes section has the recess that is made of the conical shaped shape.

15. according to claim 13 or 14 described distributing boxs, it is characterized in that the surperficial You Shu water-based material of the described end of described piston consists of.

16. a distributing box is characterized in that having:

Tank is used for storage and contains the sparkling beverage of cereal catabolite and freeze foaming body;

Cooling body is arranged in the described tank, is made of the drum that extends in a predetermined direction, and can cools off; And

Stir outer blade, be arranged at the outside of described cooling body, be activated power and rotate, thereby the described foaming body that freezes that contains the sparkling beverage of cereal catabolite is moved,

And, the outer blade eccentric rotary of described stirring, this part that stirs the inside face of outer blade contacts with the outer surface of described cooling body.

17. each described distributing box in 16 according to claim 1 is characterized in that also having: pressurization part, supply gas in the described tank makes the pressure in this tank be higher than the outer pressure of this tank.

18. each described distributing box in 17 according to claim 1 is characterized in that also having:

Temperature sensor is measured the temperature in the described tank; And

The heating part is controlled according to the measurement result of described temperature sensor.

19. each described distributing box in 18 according to claim 1 is characterized in that also having:

The surplus determination part is measured the described surplus of freezing foaming body in the described tank; And

Contain cereal catabolite sparkling beverage supply unit, according to the measurement result from described surplus determination part, in described tank, supply with the sparkling beverage that contains the cereal catabolite.

20. each described distributing box in 11 and 17 to 19 according to claim 6, it is characterized in that, also have: front end blade parts, when observing, fore-and-aft direction is being arranged between described cooling body and the described nozzle, be activated power and rotate, thereby the described foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding.

21. according to claim 12 or 16 described distributing boxs, it is characterized in that also having:

Nozzle is arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body; And

Front end blade parts are being arranged between described cooling body and the described nozzle when fore-and-aft direction is observed, and be activated power and rotate, thereby the described foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding,

Described cooling body extends upward in front and back.

22. each described distributing box in 15 is characterized in that according to claim 13,

Also have: front end blade parts, when observing, fore-and-aft direction is being arranged between described cooling body and the described nozzle, and be activated power and rotate, thereby the described foaming body that freezes that contains the sparkling beverage of cereal catabolite is applied the power of forwards extruding,

And described nozzle is arranged at the front face side of described tank,

Described cooling body extends upward in front and back.

23. each described distributing box in 5,7 to 11 and 17 to 22 is characterized in that according to claim 1,

The outer blade of described stirring is spiral,

The winding number of the outer blade of described stirring is more than 3.

24. according to claim 12 or 16 described distributing boxs, it is characterized in that,

Also have: nozzle, be arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

And described cooling body extends upward in front and back,

The outer blade of described stirring is spiral,

The winding number of the outer blade of described stirring is more than 3.

25. each described distributing box in 15 is characterized in that according to claim 13,

Described nozzle is arranged at the front face side of described tank,

Described cooling body extends upward in front and back,

The outer blade of described stirring is spiral,

The winding number of the outer blade of described stirring is more than 3.

26. each described distributing box in 6 and 8 to 11 and 17 to 25 is characterized in that according to claim 1, the outer blade of described stirring has forwards outstanding outer blade front end protrusion in its front ends.

27. according to claim 12 or 16 described distributing boxs, it is characterized in that,

Also have: nozzle, be arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

And described cooling body extends upward in front and back,

The outer blade of described stirring has forwards outstanding outer blade front end protrusion in its front ends.

28. each described distributing box in 15 is characterized in that according to claim 13,

Described nozzle is arranged at the front face side of described tank,

Described cooling body extends upward in front and back,

The outer blade of described stirring has forwards outstanding outer blade front end protrusion in its front ends.

29. each described distributing box in 7,11,17 to 28 is characterized in that according to claim 1,

Described cooling body is the cooling cylinder with hollow bulb,

Described distributing box also have stir in blade, be arranged in the described hollow bulb of described cooling cylinder, be activated power and rotate, thereby make the described sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile,

Front face side outside or front face side inside at described cooling cylinder arrange flow control board.

30. according to claim 12 or 16 described distributing boxs, it is characterized in that,

Described cooling body for have hollow bulb and in front and back upwardly extending cooling cylinder,

Described distributing box also has: blade in stirring, be arranged in the described hollow bulb of described cooling cylinder, be activated power and rotate, thereby make the described sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile; And

Nozzle is arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

And, in front face side outside or the front face side inside of described cooling cylinder flow control board is set.

31. each described distributing box in 15 is characterized in that according to claim 13,

Described nozzle is arranged at the front face side of described tank,

Described cooling body for have hollow bulb and in front and back upwardly extending cooling cylinder,

Described distributing box also have stir in blade, be arranged in the described hollow bulb of described cooling cylinder, be activated power and rotate, thereby make the described sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile,

And, in front face side outside or the front face side inside of described cooling cylinder flow control board is set.

32. each described distributing box in 10 and 17 to 31 is characterized in that according to claim 1, the clearance C between the outside face of the outer blade of the inside face of described tank and described stirring ₁Satisfy:

0mm＜C ₁≤7mm。

33. according to claim 12 or 16 described distributing boxs, it is characterized in that,

Also have: nozzle, be arranged at the front face side of described tank, be used for supplying with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body,

And described cooling cylinder extends upward in front and back,

Clearance C between the outside face of the outer blade of the inside face of described tank and described stirring ₁Satisfy:

0mm＜C ₁≤7mm。

34. each described distributing box in 15 is characterized in that according to claim 13,

Described nozzle is arranged at the front face side of described tank,

Described cooling cylinder extends upward in front and back,

Clearance C between the outside face of the outer blade of the inside face of described tank and described stirring ₁Satisfy:

0mm＜C ₁≤7mm。

35. each described distributing box in 11 and 13 to 34 is characterized in that according to claim 1, the clearance C between the inside face of the outer blade of the outer surface of described cooling cylinder and described stirring ₂Satisfy:

0mm＜C ₂≤1.5mm。

36. each described distributing box in 11 and 17 to 35 is characterized in that according to claim 1,

Also have: piston, carry out the switching of described nozzle,

And described piston can freeze the end that foaming body contacts and has the par that is made of smooth shape or the recess shapes section that is made of recess shapes with described.

37. according to claim 12 or 16 described distributing boxs, it is characterized in that having:

Nozzle is arranged at described tank, be used for to supply with described in this tank contain the cereal catabolite sparkling beverage freeze foaming body; And

Piston carries out the switching of described nozzle,

And described piston can freeze the end that foaming body contacts and has the par that is made of smooth shape or the recess shapes section that is made of recess shapes with described.

38. each described distributing box in 15 and 17 to 37 is characterized in that according to claim 1, the outer blade eccentric rotary of described stirring, and this part inside face that stirs outer blade contacts with the outer surface of described cooling cylinder.

39. each described distributing box in 7,11 to 28 and 32 to 38 is characterized in that according to claim 1,

Described cooling body is the cooling cylinder with hollow bulb,

Described distributing box also have stir in blade, be arranged in the described hollow bulb of described cooling cylinder, be activated power and rotate, thereby make the described sparkling beverage that contains the cereal catabolite to freeze foaming body rearward mobile.

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