CN108567332A - beverage preparation system - Google Patents

Abstract

The invention relates to a beverage preparation system, which comprises a conditioning frame, a conditioning box and a conditioning material bag, wherein the conditioning box is used for limiting the injection direction of high-pressure fluid, and the design of a jet angle which is not coaxial and intersects with the axial direction of the conditioning material bag is utilized, so that the high-pressure fluid can generate a larger vortex effect when being injected into the beverage conditioning bag according to the jet angle; through this technical scheme, not only make the user install or move back more convenient when taking care of the box, can effectively improve the vortex effect that beverage machine fluid injection produced moreover, promote the quality of taking care of drink preparation by a wide margin.

Description

beverage preparation system

technical field

The present invention relates to the preparation of beverages, in particular to a beverage preparation system.

Background technique

At present, the existing known preparation systems for conditioning beverages mainly use the pre-prepared beverage conditioning package to prepare a drink for one person through the operation of the beverage machine, as shown in Figure 8 and Figure 9, wherein the conditioning package 1 It has a central existing device positioning axis 2 and an existing device receiving space 3 that is concavely formed. The existing device receiving space 3 contains powder particles 4 of a predetermined beverage, and is placed at the upper end of the existing device receiving space 3. The opening is closed and fixed with an end face sealing film 5, and then an existing device injection seat 6 that is relatively installed in the axial direction of the end face sealing film 5 is utilized by the beverage machine, and the jet tube 7 protruding from the end shaft of the existing device injection seat 6 is relatively vertically punctured. The end face sealing film 5, and the predetermined high-pressure fluid F is directly injected into the interior of the conditioning bag 1 to mix with the powder particles 4, and finally a beverage outlet 8 recessed on the opposite end side of the end face sealing film 5 leads out a single Cup of beverage for drinking.

This kind of existing beverage preparation system can be divided into two kinds of vertical brewing system and horizontal brewing system according to the injection mode of its existing device injection seat 6. This vertical brewing system is to combine the conditioning bag 1 with the existing The device injection seat 6 is erected at the longitudinal coaxial position (as shown in Figure 8), which means that the conditioning package 1 is set vertically, while the horizontal brewing system is to erect the conditioning package 1 and the existing device injection seat 6 horizontally The coaxial position (as shown in Figure 9) means that the conditioning pack 1 is set horizontally; where the vertical brewing system shoots vertically to the high-pressure fluid F at the bottom of the storage space 3 of the existing device, basically it is difficult to A large vortex is generated and maintained in the device accommodation space 3, as shown in Figure 8, because the blending fluid F needs to go through a long wheelbase to reach the bottom terminal to reflect and stimulate a small vortex, even if the jet tube 7 is deliberately placed The puncture position deviates from the side of the axis, and its ability to improve the quality of eddy current generation is also extremely limited, so it is difficult to obtain good brewing quality; secondly, the horizontal brewing system is shown in Figure 9, where the conditioning pack 1 is arranged horizontally, the conditioning The powder particles 4 in the bag 1 will be concentrated in the lower part, and the jet tube 7 pierces the end face sealing film 5 to directly inject the blending fluid F into the inside of the conditioning bag 1, and the part of the powder particles 4 concentrated in the lower part will not be washed by the fluid. As a result, agglomerates, agglomerates, etc. cannot be smoothly discharged from the beverage outlet 8, resulting in a large amount of powder particles 4 remaining inside the conditioning bag 1 after brewing, causing great waste and affecting the quality of the beverage; in addition, As shown in Figure 8 and Figure 9, no matter it is a vertical brewing system or a horizontal brewing system, when it is in operation, the jet tube 7 will often have high-pressure fluid F overflowing from the piercing gap 9 during the process of piercing the end sealing film 5 The formation of the so-called "spout" effect, causing overflow pollution and seriously affecting the quality of beverage preparation.

Contents of the invention

In view of this, the main purpose of the present invention is to provide a beverage preparation system, which can effectively improve the vortex effect generated by the fluid injected into the conditioning bag, and greatly improve the quality of beverage preparation.

Another object of the present invention is to provide a beverage preparation system, which can effectively improve the gushing effect produced by the puncture of the jet tube, and greatly improve the cleanliness of the beverage preparation process.

In order to achieve the main purpose of the present invention, a beverage preparation system of the present invention comprises:

A conditioning frame is fixed on a beverage machine at a predetermined erection angle in the first quadrant formed by the intersection of the horizontal axis and the vertical axis, and has a receiving space extending axially inwards between opposite sides, and the axial direction of the receiving space is The front end is an open socket, and the axial rear end of the receiving space is coaxially fixed with an injection seat. The central axis of the injection seat has an injection tube for the injection of the mixing fluid of the beverage machine. The emission angle in which the emission axis and the horizontal line form a predetermined angle range;

A conditioning box is fitted axially in the accommodation space of the conditioning frame in an axially moving manner. Its top side has a positioning axis and a concavely formed storage cavity, and the top side of the storage cavity is positioned with an airtight seal. In this way, a cavity cover is fixed, and a jet hole connected to the storage cavity is recessed on its ventral side, and the center line of the jet hole intersects with the positioning axis of the storage cavity to form a jet angle, so as to provide the axial direction of the injection tube. The bottom side of the receiving cavity has a beverage discharge hole;

A conditioning material package, the positioning shaft is arranged in the receiving cavity of the conditioning box, it has a support bottom and a side wall surrounding the support bottom, a storage space with a central positioning axis is formed between the side wall and the support bottom, and the storage The upper part of the space is closed with a top cover, and the inside of the storage space is filled with a material body of predetermined beverage powder particles. The side wall is radially opposite to the position of the jet hole of the conditioning box and at least one injection hole is recessed to communicate with the storage space. The port of the injection hole is properly closed, and the center line of the injection hole intersects with the positioning axis of the storage space to form a predetermined angle of injection, so as to provide the axial penetration of the injection tube for blending fluid injection. A small-diameter flow-restricting hole for beverage outlet; accordingly, the vortex effect generated by fluid injection is effectively improved, and the efficiency and quality of beverage preparation are greatly improved.

In the beverage preparation system, the erection angle at which the conditioning frame is fixed to the beverage machine is preferably an elevation angle of 30-60 degrees.

In the beverage preparation system, the injection angle of the injection tube of the conditioning frame is preferably 30-60 degrees.

In the beverage preparation system, there is a pressed top plate above the storage space, and two side plates extend downwards on the left and right sides of the top plate, and the bottom sides of the two side plates are symmetrically turned inwards It is set as a blocking flange, so as to provide the fitting and restricting positioning of the conditioning box.

In the beverage preparation system, a pressurizing assembly that presses down on the lid of the conditioning box can be pivoted above the accommodation space of the conditioning frame, and the pressurizing assembly includes an elastic pressing plate and a camshaft; the elastic pressing plate has a combination of a A pivot of the torsion spring uses the pivot fulcrum to perform a predetermined up and down swing angle movement. The camshaft is mounted on the top side of the elastic pressure plate by the pivot, and the elastic pressure plate is pushed and pushed by the pulling part protruding in the radial direction of the camshaft. Perform pivot upward release and downward pressing operations.

The beverage preparation system, wherein the injection seat of the conditioning frame extends radially at the bottom end of the axial direction to form an annular blocking shoulder; the outer edge of the jet hole of the conditioning box is convex relative to the blocking shoulder of the injection seat A blocking ring is provided, and a compressive elastic sleeve is provided for the axial positioning plug of the inner diameter of the jet hole, and a perforation is recessed on the end surface of the elastic sleeve; so as to provide airtight positioning of the jet hole and the axis of the injection seat The barrier is limited to the end face of the barrier ring.

To achieve another object of the present invention, a beverage preparation system of the present invention comprises:

A conditioning box that can be provided with a positioning frame on a beverage machine. Its top side has a positioning axis and a receiving cavity formed in a concave shape. A cavity cover is fixed on the top side of the receiving cavity in an air-tight sealing manner. , the ventral side is recessed with a jet hole connected to the storage cavity, and the central axis of the jet hole intersects with the positioning axis of the storage cavity to form a predetermined jet angle, so as to guide the axial penetration of the injection tube and the storage cavity The bottom side has a beverage discharge hole;

A conditioning material package, the positioning shaft is arranged in the receiving cavity of the conditioning box, it has a support bottom and a side wall surrounding the support bottom, a storage space with a central positioning axis is formed between the side wall and the support bottom, and the storage The upper part of the space is closed with a top cover, and the inside of the storage space is filled with a material body of predetermined beverage powder particles. The side wall is radially opposite to the position of the jet hole of the conditioning box and at least one injection hole is recessed to communicate with the storage space. The port of the injection hole is properly closed, and the center line of the injection hole intersects with the positioning axis of the storage space to form a predetermined angle of injection, so as to provide the axial penetration of the injection tube for blending fluid injection. A small-diameter flow-restricting hole for beverage outlet; accordingly, the vortex effect generated by fluid injection is effectively improved, and the efficiency and quality of beverage preparation are greatly improved.

In the beverage preparation system, the jet angle of the conditioning box is preferably 90 degrees.

In the beverage preparation system, the injection angle of the conditioning material package is preferably 90 degrees.

The beverage preparation system, wherein the bottom end of the storage cavity of the conditioning box is axially extended downwards to form a cylindrical body, and the inner bottom end is concave-convex. Interval runners.

In the beverage preparation system, a positioning notch is correspondingly recessed on the top edge of the radial ventral side of the receiving cavity, and a positioning lug is provided on the radial side of the cavity cover relative to the positioning notch extending downwards. A downwardly protruding pressure plate is fixed on the bottom end surface of the cavity cover to withstand the pressure during beverage preparation.

In the beverage preparation system, the injection hole on the side wall of the conditioning material bag is closed and fixed with a sealing film.

The beverage preparation system, wherein the end edge of the injection hole on the side wall of the conditioning material bag can be positioned and plugged with a compressible elastic sleeve of the conditioning material package, and a conditioning material is recessed on the end surface of the elastic sleeve of the conditioning material package. The bag is perforated for the air-tight shaft setting of the injection tube of the beverage machine.

Description of drawings

Fig. 1 is a combined sectional view of a preferred embodiment of the present invention.

Fig. 2 is an exploded perspective view of a preferred embodiment of the present invention.

Fig. 3 is an exploded view of the conditioning box in Fig. 2 of the present invention.

Fig. 4 is a schematic diagram of the operation of a preferred embodiment of the present invention.

Fig. 5 is a combined sectional view of an additional pressurizing assembly of the present invention.

Fig. 6 is a schematic diagram of the operation of the pressurizing assembly in Fig. 5 of the present invention.

Fig. 7 is a perspective view of various conditioning packs of the present invention.

Fig. 8 is a schematic diagram of the operation of the vertical brewing system of the existing equipment.

Fig. 9 is a schematic diagram of the operation of the horizontal brewing system of existing equipment.

Symbols shown in the figure:

1 Conditioning package; 2 Positioning axis of existing device; 3 Storage space of existing device; 4 Powder particles; 5 End sealing film; 6 Injection seat of existing device; 7 Jet tube; Frame; 11 pressing top plate; 12 restricting side plate; 121 blocking flange; 13 receiving space; 131 inner recess groove; 132 socket; 14 injection seat; Components; 151 elastic pressure plate; 152 camshaft; 152a wrenching part; 153 torsion spring; 153a leg; 154 pivot; 20 conditioning box; 21 ventral side; ;213 elastic sleeve; 213a perforation; 22 receiving cavity; 22a positioning axis; 221 cylindrical body; 222 support wall; body; 241 positioning lug; 242 pressure plate; 30 conditioning bag; 30a material body; 31 support bottom; 35 injection hole; 35a center line; 36 sealing diaphragm; 37 elastic casing of conditioning material package; 371 perforation of conditioning material package; A erection angle; B injection angle; C jet angle; D injection angle; F high-pressure fluid; S horizontal line; X horizontal axis; Y vertical axis.

Detailed ways

First, referring to Fig. 1 to Fig. 7, a beverage preparation system of the present invention comprises: a conditioning frame 10, a conditioning box 20 and a conditioning material bag 30; wherein:

The conditioning frame 10, as shown in Figures 2 and 4, is fixed on a beverage machine (not shown) at an erection angle A ranging from zero to ninety degrees where the horizontal axis X and the vertical axis Y intersect the first quadrant, wherein The erection angle A is especially optimal at an elevation angle of 30 to 60 degrees (as shown in Figure 4), which includes a pressed top plate 11 above and two limiting side plates 12 positioned on the left and right sides of the pressed top plate 11. The bottom sides of the two limiting side plates 12 are respectively symmetrically turned inward and extended to form a blocking flange 121, and simultaneously form a receiving space 13 concave between the opposite sides, and one axial end of the receiving space 13 is closed and arranged as an inner concave seat 131, and form an insertion port 132 that is open at the other end of the receiving space 13 in the axial direction. The end surface of the inner recess groove 131 is vertically fixed with an injection seat 14 with a predetermined diameter, and the injection seat 14 expands and extends radially at the bottom end of the axial direction. Set as an annular blocking shoulder 14a, the central axis of the injection seat 14 has an injection tube 141 for injection of the high-pressure fluid F of the beverage machine, and the injection axis 141a of the injection tube 141 is an injection angle that forms a predetermined angle range with the horizontal line S B (as shown in Figure 4), the injection angle B is preferably 30-60 degrees.

The conditioning box 20 , as shown in FIGS. 1 to 3 , is fitted in the conditioning frame 10 in a movable manner, and has a ventral side 21 that can be inserted into the shaft and positioned in the receiving space 13 through the insertion port 132 . Its top side has a positioning axis 22a and a receiving cavity 22 that is concavely formed; the top edge of the radial ventral side 21 of the receiving cavity 22 is respectively provided with a positioning notch 211 correspondingly, and the outer side of the bottom end of the receiving cavity 22 is downward. The axial extension is arranged as a cylindrical body 221, as shown in Figure 1, its inner bottom is concave-convex and provided with several supporting walls 222 and several interval flow channels 223 connected; The handle 23 held by human hands, the bottom end of the handle 23 is fixed with a limiting baffle 231 that can be relatively blocked from the insertion port 132 of the conditioning frame 10, and the rear end of the ventral side 21 is recessed relative to the injection seat 14. The hole 212 communicates with the interior of the receiving cavity 22 to provide an airtight shaft arrangement for the injection tube 141. The center line 212c of the jet hole 212 intersects with the positioning axis 22a of the receiving cavity 22 to form a jet angle C (as shown in FIG. 1 ). The jet angle C is preferably 90 degrees, and a blocking ring 212a (as shown in Figure 3 ) protrudes from the outer edge of the jet hole 212 corresponding to the blocking shoulder 14a of the injection seat 14 (as shown in FIG. 3 ). A compressive elastic sleeve 213 is provided on the inner diameter axial positioning plug, and a perforation 213a is recessed on the end surface of the elastic sleeve 213, so that when the jet hole 212 and the injection seat 14 are axially aligned, the blocking shoulder 14a is airtightly pressed against Close to the end surface of the blocking ring portion 212a (as shown in FIG. 1 ); the top side of the receiving cavity 22 is provided with a cavity cover 24, and the position of the cavity cover 24 extends downward relative to the positioning notch 211 on both radial sides A positioning lug 241 is protrudingly provided, and a downwardly protruding pressure plate 242 is fixed on the bottom side of the cavity cover 24, which is used to press against the upper end of the opening of the storage cavity 22 to withstand the pressure during beverage preparation; the storage cavity The bottom side of 22 then has the beverage discharge hole 224 that communicates with several spaced flow channels 223 .

The conditioning material bag 30 is shown in Figure 3 and Figure 7, and the positioning shaft is arranged on the receiving cavity 22 of the conditioning box 20, which includes a support bottom 31 and a side wall 32 surrounding the support bottom 31, the side wall 32 A storage space 33 with a central positioning axis 33a is formed between the support bottom 31, and a top cover 34 is closed and fixed above the storage space 33 or a detachable airtight cover 34a is tightly fixed and fixed in the storage space 33. The inside is filled with the material body 30a of the predetermined drink powder particles 4, and the side wall 32 is radially opposite to the position of the jet hole 212 of the conditioning box 20. At least one injection hole 35 communicating with the receiving space 33 is recessed, and the injection hole 35 is closed and solid. A sealing diaphragm 36 or a positioning plug are provided with a compressible conditioning material bag elastic sleeve 37, and the end face of the conditioning material package elastic sleeve 37 is concavely provided with a conditioning material bag perforation 371 for the injection pipe 141 airtight shaft Set the position, the center line 35a of the injection hole 35 intersects with the positioning axis 33a of the receiving space 33 to form an injection angle D at a predetermined angle. The injection angle D is preferably 90 degrees to provide the axial penetration of the injection tube 141. To inject the blended fluid, the end surface of the support bottom 31 is concavely provided with several small-diameter flow-restricting holes 311 for the beverage to be exported.

A beverage preparation system of the present invention is obtained by the above combination, as shown in Figures 1 to 3, wherein the accommodation space 13 and the two limiting side panels 12 of the conditioning frame 10 function as drawer rails, and can provide a conditioning box 20 is moved and accommodated by the integral slide rail in the axial direction, wherein the shape of the ventral side 21 corresponds to the cross-sectional shape of the storage space 13, so when the conditioning box 20 is axially pushed into the storage space 13, it is restricted by the two side plates 12 and the bottom edge The turning blocking flange 121 obtains stable support and positioning for the ventral side 21 on both sides of the axial direction, especially when the conditioning box 20 is axially pushed into the receiving space 13 to the bottom terminal, it will also make the inner recess 131 The end surface of the injection seat 14 fixed vertically is relatively axially aligned with the jet hole 212 on the rear end side of the ventral side 21, and the blocking shoulder 14a of the injection seat 14 is relatively blocked by the blocking ring 212a at the outer edge of the jet hole 212 and matched with the elastic sleeve. 213 sealing operation to obtain airtight limited positioning, while the injection tube 141 in the central axis of the injection seat 14 penetrates into the interior of the receiving cavity 22 in the direction of the horizontal axis, which is different from the injection tube in the prior art that extends in the direction of the longitudinal axis. The way to contain the inside of the pit.

Referring to Fig. 4, when the conditioning frame 10 of the present invention is fixed on a beverage machine at an erection angle A of 30 to 60 degrees at an optimum elevation angle of 30 to 60 degrees when the horizontal line X and the vertical line Y intersect the first quadrant, the conditioning frame 10 is It is at an elevation angle of 30-60 degrees, and can obtain the most human-mechanical visual and operating angle. The user will airtightly seal the receiving cavity 22 of the conditioning box 20 filled with the conditioning material package 30 by the cavity cover 24. Then you can clearly observe the injection seat 14 in the recess groove 131 at the bottom end of the accommodating space 13. At the same time, hold the handle 23 to easily pivot the conditioning box 20 downwards to the accommodating space 13 of the conditioning frame 10. When the conditioning box 20 When the ventral side 21 of the body is quickly pushed axially to the position of the inner recess groove 131 at the bottom end, the pressing top plate 11 of the conditioning frame 10 is to provide an appropriate pressure downward to press and close the cavity cover 24 to limit the positioning, and the inner recess groove 131 The axial diameter of the injection seat 14 on the end surface is also just in time to fit the airtight axis to the position of the jet hole 212 on the ventral side 21, so that the central axial injection tube 141 penetrates the receiving cavity 22 and passes through the injection hole 35 to reach the conditioning material package 30 therein. , and the injection axis 141a of the injection tube 141 forms a jet angle B of 30-60 degrees with the horizontal line S; The optimal jet angle B of 30 degrees is sprayed, and then simultaneously affected by the downward gravity, the entire high-pressure fluid F immediately forms a powerful vortex effect, and the material powder particles 4 inside the conditioning material bag 30 are fully blended and extracted, as shown in Figure 7 As shown, the prepared beverage is sequentially discharged through the restricting hole 311 at the bottom of the conditioning material bag 30 to the interval channel 223 at the bottom of the receiving cavity 22, and finally drained through the connected beverage discharge hole 224 for drinking.

As mentioned above, when the conditioning box 20 is axially pushed into the receiving space 13 to the bottom end, the injection seat 14 fixed vertically on the end surface of the inner recess groove 131 is synchronously aligned with the jet hole 212 on the rear end side of the ventral side 21, Wherein the blocking shoulder 14a of the injection seat 14 and the outer edge blocking ring 212a of the injection hole 212 are tightly opposed to each other, and at the same time cooperate with the elastic sleeve 213 and the shaft diameter of the injection tube 141 to be airtightly combined, so that the insertion of the injection tube 141 can be achieved. , extraction and injection operation process, to ensure that the entire high-pressure fluid F does not leak out, and can completely overcome the disadvantages of "spouting" overflow pollution during the operation of the existing system.

In addition, in order to make the adjustment box 20 in the present invention more convenient for the axial pick-and-place and pressing and positioning operations, in the design of the conditioning frame 10 of the present invention, a downward pressing adjustment is added on the pivot below the pressing top plate 11. The pressing assembly 15 of the cover body 24 of the box 20, referring to Fig. 5 and shown in Fig. 6, this pressing assembly 15 is to comprise an elastic pressure plate 151 and a camshaft 152; Shaft 154, the pivot 154 is used as the central fulcrum of the pivot to perform a predetermined up and down swing angle movement, wherein the torsion spring 153 sleeved on the outer diameter of the pivot 154 uses its leg 153a to press against the end side of the elastic pressure plate 151, so that the elastic pressure plate 151 is away from the front side of the pivot 154 and maintains an upwardly angled state (as shown in Figure 5 ), so that the conditioning box 20 can be pushed into the accommodation space 13 for easy operation in the axial direction; and when the conditioning box 20 has been pushed into the inner recess groove 131 And when it is relative to the injection seat 14, as shown in Figure 6, the camshaft 152 pivoted on the top side of the elastic pressure plate 151 is used to control the camshaft 152 downwards by using the pulling part 152a radially protruding from the camshaft 152. Push the upper end side of the elastic pressure plate 151, and then indirectly force the originally upwardly open elastic pressure plate 151 to pivot downward and forcefully press the cavity cover 24, so as to ensure that the cavity cover 24 is hermetically sealed in the receiving cavity 22, and Complete the axial stable positioning of the conditioning box 20; on the contrary, if you want to extract the conditioning box 20, you need to reversely control the camshaft 152 to leave the upper end side of the elastic pressure plate 151 upwards by the pulling part 152a radially protruding from the camshaft 152, as As shown in FIG. 5 , the upper end side of the elastic pressure plate 151 is not radially pressed by the camshaft 152, and is quickly rebounded by the torsion spring 153 sleeved on the outer diameter of the pivot shaft 154 to pivot the elastic pressure plate 151 and maintain the angle of upward expansion. state, and the conditioning box 20 that was originally hinged downwards can be easily pulled out and out of the storage space 13 under the pinch operation of the front handle 23 .

To sum up, a beverage preparation system of the present invention, its technical idea and innovative space form, not only provide users with more convenient and easy operation for installing or withdrawing from the conditioning box, but also can effectively improve the fluidity of the beverage machine. The vortex effect generated by injection can greatly improve the conditioning quality of beverage preparation, and it has the practicability of achieving enhanced efficacy compared with the prior art.

The above-mentioned embodiments are only for illustrating the technology and effects of the present invention, but not for limiting the present invention. Any person skilled in this field can modify and change the above-mentioned embodiments without violating the technical principle and concept of the present invention, but all the modifications and changes should belong to the protection scope of the present invention.

Claims (10)

1. a kind of beverage preparation system, which is characterized in that include：

One conditioning frame is to intersect the predetermined erection angle of the first quartile range constituted with vertical axis with horizontal axis to be fixedly arranged on One beverage dispenser, the conditioning frame is with the axially extending receiving space of indent between opposite side, the axial direction of the receiving space Front end is in an open interface, the coaxial fixed injection seat of axial rearward end of the receiving space, in the injection seat For mandrel to being to project to manage with one injected for beverage dispenser blending fluid, the injection axis for projecting pipe is pre- at one with horizontal line Determine the angle of emergence of angle；

One conditioning box is the axial direction for the receiving space that the conditioning frame is embedded in a manner of axial movement, the conditioning box top Side has an orientation axis and a receiving depression of recessed forming, and receiving depression top side is then with airtight sealing positioning method fixed one Depression lid, the jet hole of the recessed connection receiving depression of veutro of conditioning box, and make the center line of jet hole and the receiving The orientation axis intersection of depression constitutes an efflux angle, is axially worn with providing injection pipe, the bottom side for accommodating depression then has beverage Tap；

One conditioning material packet, is the receiving depression that locating shaft is set to the conditioning box, conditioning material packet have one support bottom and One side wall around the support bottom, forms a storage space with centralized positioning axis, institute between side wall and support bottom It states above storage space with a top closure, and fills the material body of predetermined medicinal beverage powder particles, the side inside storage space The injection orifice of the wall diametrically jet stream hole site at least recessed connection storage space of the conditioning box, the injection orifice Port be closed, and the center line of injection orifice and the orientation axis of storage space is made to intersect the injection of a predetermined angular Angle carries out blending fluid injection to provide to project pipe and axially penetrate, and support bottom end face is recessed with several for thin derived from beverage The metering hole of minor diameter.

2. according to beverage preparation system described in claim 1, which is characterized in that the conditioning frame is fixedly arranged on the erection of beverage dispenser Angle is with 30~60 degree of the elevation angle, and the angle of emergence for projecting pipe is 30~60 degree of angles.

3. according to beverage preparation system described in claim 1, which is characterized in that be that there is a compacting above the receiving space Top plate, the compacting top plate left and right sides are extended downwardly equipped with two limitation side plates, and two constrained side board bottoms side is right respectively Inwardly turnover is claimed to be extended into a stop flange.

4. according to beverage preparation system described in claim 1, which is characterized in that square shaft pivot on the receiving space of the conditioning frame A pressure-applying unit for suppressing conditioning box lid downwards is added, the pressure-applying unit is comprising an elastic force pressing plate and a camshaft；Institute Stating elastic force pressing plate has the pivot for combining a torque spring, and predetermined pivot angle action up and down, the cam are carried out with pivot point Axis is the top side that elastic force pressing plate is set up in by axis pivot, with elastic force pressing plate described in the pulling part of camshaft radial direction projection control pushing tow into Row axis pivot unclasps upwards and downward pressing operation.

5. according to beverage preparation system described in claim 1, which is characterized in that the injection seat of the conditioning frame is in axial bottom end The radially expanded blocking shoulder for being extended into an annular；The relatively described injection seat of ora terminalis on the outside of the jet hole of the conditioning box Blocking shoulder position is that projection one stops that ring portion, the internal diameter axial direction limit plug of jet hole set the elastic body of a tool compressibility, institute The end face for stating elastic body is a recessed perforation；It is limited to stop ring portion to provide airtight positioning resistance when jet hole is closed with injection seat axis End face.

6. a kind of beverage preparation system, which is characterized in that include：

One is set to the conditioning box of a beverage board for locating rack, and the conditioning box top side has an orientation axis and interior is recessed into Shape one accommodates depression, and the receiving depression top side is with the airtight fixed depression lid of sealing positioning method, the veutro of conditioning box The jet hole of recessed connection receiving depression, and it is pre- so that the central axis of jet hole and the orientation axis of receiving depression is intersected one Fixed efflux angle projects pipe with guiding and axially wears, and the bottom side for accommodating depression has beverage-draining bore；

One conditioning material packet, is the receiving depression that locating shaft is set to the conditioning box, conditioning material packet have one support bottom and One side wall around the support bottom, forms a storage space with centralized positioning axis, receives between side wall and support bottom Space above is received with a top closure, and fills the material body of predetermined medicinal beverage powder particles, the side wall diameter inside storage space To the injection orifice of the jet stream hole site of the relatively described conditioning box at least recessed connection storage space, the end of the injection orifice Mouthful it is closed, and the center line of injection orifice and the orientation axis of storage space is made to intersect the injection angle of a predetermined angular, with Offer injection pipe, which axially penetrates, carries out blending fluid injection, and support bottom end face is recessed with several for small diameter derived from beverage Metering hole.

7. according to the beverage preparation system of claim 1 or 6, which is characterized in that the efflux angle of the conditioning box is an angle of 90 degrees, The injection angle of the conditioning material packet is an angle of 90 degrees.

8. according to the beverage preparation system of claim 1 or 6, which is characterized in that the receiving depression bottom end of the conditioning box is It is extended into a cylindrical body axially downwards, the cylindrical body inner bottom is that bumps are equipped with several knee walls and are discharged with beverage Several spaced-apart flow passages that hole is connected；Tell that receiving depression diameter hemad apical margin corresponds to recessed a positioning gap respectively, it is described recessed Cave lid radially opposite sides relative positioning gap position is to extend downwardly one positioning tab of projection, the bottom side end face of the depression lid Fixed one to lower process pressure plare.

9. according to the beverage preparation system of claim 1 or 6, which is characterized in that the conditioning expects that the injection orifice of packet side wall is Close a fixed closure diaphragm.

10. according to the beverage preparation system of claim 1 or 6, which is characterized in that the injection nose end of the conditioning material packet side wall Edge limit plug sets the conditioning material packet elasticity body of a tool compressibility, and the end face of the elasticity body is recessed conditioning material packet perforation So that the airtight axis of the injection-tube of beverage dispenser sets position.