CN106955024B

CN106955024B - A method of preparing beverage

Info

Publication number: CN106955024B
Application number: CN201710226318.5A
Authority: CN
Inventors: 聂世林
Original assignee: Blackberry Life Technology (shanghai) Co Ltd
Current assignee: Blackberry Life Technology (Shanghai) Co., Ltd.
Priority date: 2017-04-08
Filing date: 2017-04-08
Publication date: 2019-04-19
Anticipated expiration: 2037-04-08
Also published as: CN109008640A; CN109381017A; CN106955024A

Abstract

The invention discloses a kind of methods for preparing beverage, comprising: cleaning container；Material packet is placed, micro controller only opens shift unit, and shift unit will expect that packet cylinder is moved to dodge gate by the middle position of the second rotary shaft, opens dodge gate and material packet is placed in material packet cylinder, close dodge gate later；System material, under material mode processed, micro controller only opens liquid inlet head, the second rotator and third rotator, liquid inlet head feed liquor, while the second rotator and drives material packet cylinder to rotate so that material packet is sufficiently mixed with liquid, and third rotator drives stirring blade rotation to stir evenly beverage；After material mode processed, return pipe is connected micro controller control valve with drainage tube, and the residual drink in drainage tube is pumped into the chamber that gathers materials by pump, micro controller control valve closes return pipe and drainage tube runner later, can be realized automatic cleaning and automatic system material.By means of the present invention, appetizing beverage can quickly be prepared.

Description

A method of preparing beverage

Technical field

The present invention relates to technical field of beverage preparation more particularly to a kind of methods for preparing beverage.

Background technique

Applicant had previously had submitted the application for a patent for invention application No. is 201710185421X, and which solve beverage container Often residual deteriorating beverages influence beverage mouthfeel and the low technical problem of intelligence degree, but it cannot be prepared in container Beverage is only capable of using the beverage prepared.

Summary of the invention

The technical problem to be solved by the present invention is to for drawbacks described above exists in the prior art, provide a kind of to prepare beverage Method, can quickly prepare beverage.

According to the present invention, a kind of method for preparing beverage is provided, for preparing beverage in container, wherein the appearance Device includes: vessel, feeding device, material bag apparatus and agitating device；Feeding device includes traverse vessel top One rotary shaft, the first rotator, the liquid inlet head being arranged in the first rotary shaft, the back of liquid inlet head connect with the first rotation axle thread It connects, and can be moved left and right under the action of the first rotator along the first rotary shaft；Material bag apparatus includes traversing in vessel Second rotary shaft in portion, the second rotator, the material packet cylinder and shift unit being arranged in the second rotary shaft expect the center and the of packet cylinder Two rotary shafts are connected, and can make rotating motion under the action of the second rotator, and can be under the action of shift unit along Two rotators do side-to-side movement；Agitating device include positioned at vessel lower part stirring blade and connect with stirring blade the Three rotators；The side wall of vessel is equipped with the dodge gate opposite with material bag apparatus, for the packet that more reloads, the side wall of vessel Drink taps are additionally provided with, drink taps are connected to by drainage tube with vessel, and drainage tube is on one end of drink taps It is provided with valve, valve is connected to by return pipe with the chamber that gathers materials, equipped with pump, the first rotator, liquid inlet head, the second rotation on return pipe Turn device, shift unit, third rotator, valve and pump to be controlled by micro controller；

The described method includes:

Step 1, cleaning container, micro controller only open the first rotator, liquid inlet head, the second rotator and third rotator, Liquid inlet head feed liquor simultaneously moves back and forth under the action of the first rotator or so, sprays the inner wall and material packet of liquid rinse vessel Cylinder, while the second rotator drives material packet cylinder idle running to receive cleaning, third rotator drives stirring blade rotation to drive liquid Turbulent flow promotes cleaning effect；

Step 2, material packet is placed, micro controller only opens shift unit, and shift unit will expect packet cylinder by the interposition of the second rotary shaft It sets and is moved at dodge gate, open dodge gate and material packet is placed in material packet cylinder, close dodge gate later, shift unit will expect packet cylinder It is moved to the middle position of the second rotary shaft；

Step 3, system material, under material mode processed, micro controller only opens liquid inlet head, the second rotator and third rotator, into Liquid head feed liquor, while the second rotator drives material packet cylinder to rotate so that expecting that packet is sufficiently mixed with liquid, the drive of third rotator is stirred Blade rotation is mixed to stir evenly beverage；

Step 4, after material mode processed, return pipe is connected micro controller control valve with drainage tube, and will by pump Residual drink in drainage tube is pumped into the chamber that gathers materials, and micro controller control valve closes return pipe and drainage tube runner later.

Wherein, in step 4, while return pipe is connected micro controller with drainage tube, starting pump and the first timing module, The first timing module automatic clear simultaneously starts timing, which is preset with first time threshold, when the first timing When module timing time is higher than the first time threshold, the first timing module transmits shutdown signal to micro controller, and micro controller is closed Pump and the first timing module, while control valve closes return pipe and drainage tube runner.

Wherein, when micro controller to drink taps is opened, micro controller opens the electroluminescent lamp in vessel, so that can pass through Vessel observes its internal state, and when micro controller detects that drink taps are closed, micro controller closes the hair in vessel Body of light, so that its internal state can not be observed by vessel.

Wherein, in step 1 and step 3, third rotator is configured as co-rotating mode and reversing mode, when the third is revolved When turning device unlatching, third rotator is configured one of co-rotating mode, reversing mode mode by micro controller, and the second timing module is certainly Dynamic to reset and start timing, the second timing module is preset with second time threshold, is somebody's turn to do when the second timing module timing time is higher than When second time threshold, third rotator is configured to simultaneously start with another mode, the second timing module automatic clear by micro controller Timing, the second timing module are preset with second time threshold, when the second timing module timing time is higher than the second time threshold When, third rotator is configured originally mode by micro controller, and so circulation is realized that third rotator is intermittent and rotated and reverse.

Feeding device of the present invention in vessel, material bag apparatus and agitating device as a result, under cleaning model, feed liquor Head feed liquor simultaneously moves back and forth under the action of the first rotator or so, sprays the inner wall and material packet cylinder of liquid rinse vessel, The second rotator drives material packet cylinder rotation to receive cleaning simultaneously, and third rotator drives stirring blade rotation to drive liquid turbulent To promote cleaning effect；Under material mode processed, liquid inlet head feed liquor, while material packet cylinder is driven to rotate for the second rotator so that material packet and liquid Body is sufficiently mixed, and third rotator drives stirring blade rotation to stir evenly beverage, and micro controller control after material mode processed Return pipe is connected valve processed with drainage tube, and the residual liquid of drainage tube is pumped into the chamber that gathers materials, later micro controller control by pump Valve processed closes return pipe and drainage tube runner.

Therefore, the present invention can be realized automatic cleaning and system material, and in the process of cleaning, drive feed liquor by the first rotator Head or so moves back and forth hydrojet, and drives material packet cylinder rotation to receive cleaning by the second rotator, is driven and is stirred by third rotator Blade rotation promotes cleaning effect to drive liquid turbulent flow, so that self-cleaning effect of the invention is fabulous.Furthermore expected in system Cheng Zhong, material packet cylinder is driven to rotate for the second rotator so that material packet is sufficiently mixed with liquid, and third rotator drives stirring blade rotation Turn to stir evenly beverage, so that material effect processed of the invention is fabulous, and micro controller control valve and pump after material mode processed, it will Residual drink in drainage tube is pumped into the chamber that gathers materials, it is ensured that subnormal under user to drink.

Detailed description of the invention

In conjunction with attached drawing, and by reference to following detailed description, it will more easily have more complete understanding to the present invention And its adjoint advantage and feature is more easily to understand, in which:

Fig. 1 is the structural schematic diagram of container of the invention；

Fig. 2 is the portion A enlarged structure schematic diagram in Fig. 1；

Fig. 3 is the structural schematic diagram of liquid inlet head in Fig. 1；

Fig. 4 is the structural schematic diagram of stirring blade in Fig. 1；

Fig. 5 is the structural schematic diagram of container carrier of the invention；

Fig. 6 is the flow chart of the application method of container of the invention；

It should be noted that attached drawing is not intended to limit the present invention for illustrating the present invention.Note that indicating that the attached drawing of structure can It can be not necessarily drawn to scale.Also, in attached drawing, same or similar element indicates same or similar label.

Specific embodiment

In order to keep the contents of the present invention more clear and understandable, combined with specific embodiments below with attached drawing in of the invention Appearance is described in detail.

As shown in Figures 1 to 4, the structure of container 100 of the invention includes vessel 1 and container top 27, container cover One end of body 27 and vessel 1 are hinged, and the other end of container top 27 can be fastened with vessel 1, the container top 27 The other end is provided with buckle, and vessel 1 is equipped with the card slot of corresponding buckle, buckle and card slot snapping, and 27 center of container top is worn Equipped with feed pipe 28, feed pipe 28 is inserted into vessel 1, be disposed with from top to bottom in vessel 1 feeding device 2, Expect bag apparatus 3 and agitating device 4.

Feeding device 2 includes the first rotary shaft 5 for traversing 1 top of vessel, drives the first of the rotation of the first rotary shaft 5 Rotator 6, the liquid inlet head 7 being arranged in the first rotary shaft 5, the back of liquid inlet head 7 is threadedly coupled with the first rotary shaft 5, and energy It is moved left and right under the action of the first rotator 6 along the first rotary shaft 5.Feed pipe 28 protrudes into liquid inlet head 7, can stretch for elasticity The draw.First rotary shaft 5 is threaded rod, and the back of liquid inlet head 7 has thread bush, and is connected by the screw thread of thread bush and threaded rod The relationship of connecing is set in the first rotary shaft 5, and the first rotator 6 can be rotary oil cylinder or rotating electric machine or rotating electric machine, can It drives the first rotary shaft 5 to rotate, realizes that liquid inlet head 7 moves in the first rotary shaft 5, namely move left and right.Liquid inlet head 7 is cylinder The roof of shape, the liquid inlet head 7 is communicated with feed pipe 28, and the side that the side wall of the liquid inlet head 7 is provided with adjustable aperture portals 29, should be into The bottom that the bottom wall of liquid head 7 is provided with adjustable aperture portals 30.When container is in cleaning model, the first rotary shaft 5 drives feed liquor First 7 or so move back and forth hydrojet, and with the inner wall of abundant cleaning container ontology 1 and material bag apparatus 3,7 side wall of liquid inlet head is all at this time Portal 29 inner walls for fully opening cleaning container ontology 1 for side, and all bottoms of 7 bottom wall of liquid inlet head, which are portalled, 30 fully opens cleaning material packet Device 3.When container is in material mode processed, liquid inlet head 7 is located at the middle position of the first rotary shaft 5, and the institute of 7 side wall of liquid inlet head There is side to portal 29 to completely close, all bottoms of 7 bottom wall of liquid inlet head, which are portalled, 30 to be fully opened, and is thoroughly mixed to form with material bag apparatus 3 Beverage.Here, cleaning solution can be the liquid for preparing beverage, be also possible to the cleaning solution with cleaning agent.

Material bag apparatus 3 includes the second rotary shaft 8 for traversing 1 middle part of vessel, drives the second of the rotation of the second rotary shaft 8 Rotator 9, the material packet cylinder 10 being arranged in the second rotary shaft 8 and the shift unit 11 connecting with material packet cylinder 10, material packet cylinder 10 are to use In the roller for placing material packet, the center of the material packet cylinder 10 is connected with the second rotary shaft 8, can be in the effect of the second rotator 9 Under make rotating motion, and side-to-side movement can be done along the second rotator 9 under the action of shift unit 11.Specifically, the second rotation Axis 8 is splined shaft, and the center of material packet cylinder 10 is equipped with hub splines, and hub splines is slideably socketed on splined shaft, the second rotation Turning device 9 can be rotary oil cylinder or rotating electric machine or rotating electric machine, be able to drive the rotation of the second rotary shaft 8, expect packet cylinder to drive 10 rotations, shift unit 11 are equipped with telescopic push rod 26, and one end of push rod 26 and shift unit 11 are drivingly connected, push rod 26 it is another End is rotatably connected with material packet cylinder 11, such as bearing connection, i.e. the controllable material packet cylinder 10 of shift unit 11 is moved up in the second rotary shaft 8 It is dynamic.When container is in cleaning model, the second rotator 9 drives the rotation of the second rotary shaft 8, and the second rotary shaft 8 drives material packet cylinder 10 idle running, sufficiently to receive cleaning solution cleaning,.When container is in material mode processed, the second rotator 9 drives the second rotary shaft 8 Rotation, the second rotary shaft 8 are driven material packet cylinder 10 to rotate, are sufficiently mixed with the liquid sufficiently entered with 7 bottom wall of liquid inlet head, and liquid is incorporated Beverage is formed in vivo.The side wall of vessel 1 is equipped with the dodge gate 14 opposite with material bag apparatus 3, expects after the washing and in system Before, it will expect that packet cylinder 10 is moved at dodge gate 14 by shift unit 11, opening dodge gate 14 is replaceable material packet.

Agitating device 4 includes the third rotation for being located at the stirring blade 12 of 1 lower part of vessel and connecting with stirring blade 12 Turn device 13.Third rotator 13 can be rotary oil cylinder or rotating electric machine or rotating electric machine, be able to drive the rotation of stirring blade 12. When container is in cleaning model, third rotator 13 drives the rotation of stirring blade 12 to promote cleaning effect to drive liquid turbulent flow Fruit.When container is in cleaning model, third rotator 13 drives the rotation of stirring blade 12 to stir evenly beverage and promote system material effect. Third rotator 13 is configured as co-rotating mode and reversing mode, and is controlled by micro controller 21, when the third rotator 13 is opened When, third rotator 13 is configured one of co-rotating mode, reversing mode mode by micro controller 21, and the second timing module is automatically clear Zero and start timing, the second timing module is preset with second time threshold, when the second timing module timing time be higher than this second When time threshold, third rotator 13 is configured to simultaneously start with another mode, the second timing module automatic clear by micro controller 21 Timing, when the second timing module timing time is higher than the second time threshold, micro controller 21 configures third rotator 13 to Originally mode, so circulation are realized that third rotator 13 is intermittent and are rotated and reverse, i.e., in scheduled second time threshold, third Rotator 13 drives stirring blade 12 to rotate forward, and and then reversion in next second time threshold can sufficiently improve stirring in this way Effect is in optimum state to realize cleaning effect and stir evenly effect, in general, second time threshold 2min-5min Between.And stirring blade 12 includes horizontally disposed first mixing part 31, and the center of first mixing part 31 and third rotate The driving end of device 13 connects, and the both ends of first mixing part 31 tilt to prolong obliquely stretches out the second mixing part 32, the inclination respectively Two the second mixing parts 32 be connected separately with horizontally disposed third mixing part 33 far from one end of the first mixing part 31, so Setting, stirring blade 12 can play optimal mixing effect.

The side wall of vessel 1 is additionally provided with drink taps 15, and drink taps 15 are connected by drainage tube 16 and vessel 1 Logical, drainage tube 16 is provided with valve 17 on one end of drink taps 15, and valve 17 passes through return pipe 18 and the company of chamber 19 that gathers materials Logical, the chamber 19 that gathers materials detachably is set to the side wall of vessel 1, is mainly used for recycling remaining cleaning solution or drink in drainage tube 16 Material.Equipped with pump 20 on return pipe 18,21 control valve 17 of micro controller and pump 20 after material mode processed, by return pipe 18 with draw The conducting of flow tube 16 by pump 20 by drainage tube 16 residual drink or beverage suction gather materials chamber 19, it is ensured that subnormal drink under user With specifically, while return pipe 18 and drainage tube 16 are connected micro controller 21, starting pump 20 and the first timing module, this One timing module automatic clear simultaneously starts timing, which is preset with first time threshold, when the first timing module When timing time is higher than the first time threshold, the first timing module transmits shutdown signal to micro controller 21, and micro controller 21 is closed Pump 20 and the first timing module, while control valve 17 closes return pipe 18 and 16 runner of drainage tube, first time threshold Size is determined that when the length and diameter of return pipe 18 is bigger, then first time threshold is bigger by the length and diameter of return pipe 18, On the contrary then smaller, can guarantee in first time threshold, pump 20 can be by the residual drink or beverage whole pumping in drainage tube 16 Enter to gather materials chamber 19.And in use process, when micro controller 21 to drink taps 15 is opened, micro controller 21 opens vessel 1 Interior electroluminescent lamp, so that its internal state can be observed by vessel 1, when micro controller 21 detects that drink taps 15 are closed When, micro controller 21 closes the electroluminescent lamp in vessel 1, so that its internal state, electroluminescent lamp can not be observed by vessel 1 Positioned at 1 inner wall of vessel, vessel 1 is made of dark transparent glass material, see-through when there is light source in inside, mentions in this way High user experience, moreover it is possible to convenient for beverage volume situation in discovery vessel 1, if need feed supplement.

Container of the invention also has heating function, is equipped with the first temperature sensor 22, bottom in the inside of vessel 1 Equipped with heating plate 23, micro controller 21 is used to start under material mode processed heating plate 23, and in real time by the first temperature sensor 22 The Current Temperatures in vessel 1 are obtained, and close heating plate 23 after Current Temperatures reach first threshold for the first time, in real time later Current Temperatures are compared with first threshold, second threshold, and are higher than the temperature in first threshold and vessel 1 in Current Temperatures The trend of liter is heating plate 23 to be closed when rising, and be lower than the temperature rise trend in second threshold and vessel 1 in Current Temperatures Heating plate 23 is opened when decline.This control model, can in real time by beverage temperature be controlled in second threshold and first threshold it Between, intelligent temperature control is high.Here first threshold is 75 degree of -80 degree, can be 75 degree, 78 degree, 80 degree, preferably 80 degree, the Two threshold values are 65 degree of -70 degree, can be 65 degree, 68 degree, 70 degree, preferably 70 degree.I.e. when judging that vessel 1 Current Temperatures are high Heating plate 23 is closed when the temperature rise trend in 80 degree and vessel 1 is to rise, when judging that 1 Current Temperatures of vessel are lower than Temperature rise trend in 70 degree and vessel 1 opens heating plate 23 when being decline, and temperature is accurately controlled in 70 degree of -80 degree Between, when reason is to be heated between 70 degree of -80 degree, the degree of material packet dispersion is more abundant, and expects packet at high operating temperatures, greatly Phenomena such as being partially dissolved in liquid, avoiding swimming in liquid level, or be attached on vessel 1；And in 70 degree of -80 degree temperature When carrying out in range, due to liquid also not boiling, liquid level tumbling effect is not very violent, therefore is needed not worry about outside liquid splash The generation of unsafe accidents such as let out, and due to liquid level rolling under the condition of high temperature, the effect of included flow-disturbing, so that material process processed is more Add sufficiently, while fabrication cycle can also be shortened to a certain extent.And before Current Temperatures reach first threshold for the first time, micro-control Device 21 is controlled heating plate 23 and is heated with rated power, and after Current Temperatures reach first threshold for the first time, micro controller 21 is controlled Heating plate 23 processed is heated with 60% rated power, and reason is that heating plate 23 just starts when system expects just to start to work It generates heat, the temperature in vessel 1 is relatively low, is unfavorable for system material, and heating plate 23 is controlled at this time to be heated with rated power, The temperature in vessel 1 can be made to increase quickly, therefore, the system material time can be shortened, reduce energy consumption.And work as container After temperature in ontology 1 reaches first threshold for the first time, temperature is relatively high, at this time micro controller 21 control heating plate 23 with 60% rated power is heated, and the temperature in vessel 1 can be made to be unlikely to rise too high, easily controllable, at guarantee Between first threshold and second threshold, it is conducive to sufficiently system material.In order to improve heating effect, the present invention is in heating plate 23 close to appearance 1 bottom of device ontology is provided with several protrusions on one side, and the heating surface of heating plate 23 constitutes the heating surface of continuous convex-concave, is conducive to increase The area of the heating surface of heating plate 23, protrusion can be arranged by multiple salient points, and salient point has several conical surfaces, be further added by heating surface While product, moreover it is possible to by conical reflecting heat.

1 bottom of vessel is equipped with thermal conductor 24, and heating plate 23 is close to thermal conductor 24, and thermal conductor 24 is three oxygen compound systems At the thermal conductor 24 is equipped with second temperature sensor 25, during heating plate 23 works, if the first temperature sensor The difference for the temperature value that the temperature values and second temperature sensor 25 of 22 inductions incude is more than such as 8 degree -15 of third threshold value when spending, micro- Control device 21 closes heating plate 23 and issues heating abnormity prompt.Reason is the temperature value and the of the first temperature sensor 22 induction The difference of the temperature value of two temperature sensors 25 induction is excessive, shows that thermal conductor 24 breaks down, and need to issue mentioning for heating exception It wakes up, to prevent the heat of heating plate 23 from can not normally transmit, it is dangerous heating occurs.

The present invention gives the container carrier 200 using said vesse 100, the structure of the beverage container carrier 200 such as Fig. 5 Shown includes supportive body 201 and several containers 100, and the surrounding annular of supportive body 201 is evenly equipped with several flanges 202, flange 202 limit the holding tank for accommodating 100 bottom of container, and the center of supportive body 201 is equipped with the liquid case for feed flow 207, the feed pipe 28 of each container 100 protrudes into liquid case 207.In this way, branch can be uniformly placed in several 100 annulars of container The edge of main body 201 is supportted, it can be achieved that the beverage of different taste is enjoyed.

Supportive body 201 includes support base 203 and turntable 204, and turntable 204 is located in the support base 203 and energy It is rotated relative to support base 203, selects the drink oneself liked manually convenient for user, flange 202 is located on turntable 204.

The center of support base 203 is equipped with rotating mechanism 205, the rotary shaft 206 and turntable 204 of rotating mechanism 205 Center connection, rotary shaft 206 drives the rotation of turntable 204 under the action of rotating mechanism 205, and rotating mechanism 205 can be with For rotation motor or rotating electric machine or rotary cylinder or rotary oil cylinder, the switch by controlling rotating mechanism 205 can position use The beverage container 100 that family needs, selects the drink oneself liked convenient for user's automatical.

The present invention gives the application method using said vesse 100, as shown in fig. 6, including the following steps:

Step 1, cleaning container, in a cleaning mode, micro controller 21 only opens the first rotator 6, liquid inlet head 7, second is revolved Turn device 9 and third rotator 13,7 feed liquor of liquid inlet head simultaneously moves back and forth under the action of the first rotator 6 or so, and it is clear to spray liquid The inner wall and material packet cylinder 10 of vessel 1 are washed, while the second rotator 9 drives the material idle running of packet cylinder 10 to receive cleaning, third rotation Device 13 drives the rotation of stirring blade 12 to promote cleaning effect to drive liquid turbulent flow.

Step 2, material packet is placed, micro controller 21 only opens shift unit 11, and shift unit 11 will expect packet cylinder 10 by the second rotary shaft 8 Middle position be moved at dodge gate 14, open dodge gate 14 will material packet is placed in material packet cylinder 10 in, close dodge gate later 14, shift unit 11 will expect that packet cylinder 10 is moved to the middle position of the second rotary shaft 8.

Step 3, system material, under material mode processed, micro controller 21 only opens liquid inlet head 7, the second rotator 9 and third rotator 13,7 feed liquor of liquid inlet head, while the second rotator 9 drives the rotation of material packet cylinder 10 and is sufficiently mixed so that expecting to wrap with liquid, third rotation Device 13 drives the rotation of stirring blade 12 to stir evenly beverage.

In step 3, further include temperature controlling step: micro controller 21 starts heating plate 23, and passes through the first temperature sensing Device 22 obtains the Current Temperatures in vessel 1 in real time, and heating plate 23 is closed after Current Temperatures reach first threshold for the first time, Current Temperatures are compared in real time with first threshold, second threshold later, and are higher than first threshold and container sheet in Current Temperatures Temperature rise trend in body 1 is heating plate 23 to be closed when rising, and be lower than the temperature in second threshold and vessel 1 in Current Temperatures Heating plate 23 is opened when the trend of liter is decline.Here first threshold is 75 degree of -80 degree, can be 75 degree, 78 degree, 80 degree, preferably It is 80 degree, second threshold is 65 degree of -70 degree, can be 65 degree, 68 degree, 70 degree, preferably 70 degree.I.e. when judging vessel 1 It is closing heating plate 23 when rising that Current Temperatures, which are higher than the temperature rise trend in 80 degree and vessel 1, when judging that vessel 1 works as Temperature rise trend of the preceding temperature lower than 70 degree and in vessel 1 opens heating plate 23 when being decline, and temperature is accurately controlled in 70 Between -80 degree of degree, when reason is to be heated between 70 degree of -80 degree, the degree of material packet dispersion is more abundant, and expects packet in high temperature Phenomena such as under state, being largely dissolved in liquid, avoiding swimming in liquid level, or be attached on vessel 1；And 70 When carrying out in -80 degree temperature range of degree, due to liquid also not boiling, liquid level tumbling effect is not very violent, therefore does not need to carry on a shoulder pole Heart liquid splash such as leaks at the generations of unsafe accidents, and due to liquid level rolling under the condition of high temperature, the effect of included flow-disturbing, makes It is more abundant to obtain material process processed, while fabrication cycle can also be shortened to a certain extent.And reach first for the first time in Current Temperatures Before threshold value, micro controller 21 control heating plate 23 heated with rated power, Current Temperatures reach for the first time first threshold it Afterwards, micro controller 21 is controlled heating plate 23 and is heated with 60% rated power, and reason is to add when system expects just to start to work Hot plate 23 just starts to generate heat, and the temperature in vessel 1 is relatively low, is unfavorable for system material, controls heating plate 23 at this time with specified Power is heated, and the temperature in vessel 1 can be made to increase quickly, therefore, can be shortened the system material time, be reduced the energy Consumption.And after the temperature in vessel 1 reaches first threshold for the first time, temperature is relatively high, and micro controller 21 is controlled at this time Heating plate 23 processed is heated with 60% rated power, and the temperature in vessel 1 can be made to be unlikely to rise too high, be easy to Control, is guaranteed between first threshold and second threshold, is conducive to sufficiently system material.

Step 4, after material mode processed, return pipe 18 and drainage tube 16 are connected 21 control valve 17 of micro controller, and The residual drink suction in drainage tube 16 is gathered materials chamber 19 by pump 20, later 21 control valve 17 of micro controller by return pipe 18 with 16 runner of drainage tube is closed.

In step 4, while return pipe 18 and drainage tube 16 are connected micro controller 21, starting pump 20 and the first timing mould Block, the first timing module automatic clear simultaneously start timing, which is preset with first time threshold, when the first meter When module timing time be higher than the first time threshold when, the first timing module to micro controller 21 transmit shutdown signal, micro controller 21 close pump 20 and the first timing module, while control valve 17 closes return pipe 18 and 16 runner of drainage tube, at the first time The size of threshold value determines by the length and diameter of return pipe 18, when the length and diameter of return pipe 18 is bigger, then first time threshold Value is bigger, on the contrary then smaller, and can guarantee in first time threshold, pump 20 can be by the residual drink or beverage in drainage tube 16 All it is pumped into the chamber 19 that gathers materials.

It include: in use, micro controller 21 opens container sheet when micro controller 21 to drink taps 15 is opened after step 4 Electroluminescent lamp in body 1, so that its internal state can be observed by vessel 1, when micro controller 21 detects that drink taps 15 close When closing, micro controller 21 closes the electroluminescent lamp in vessel 1, so that its internal state can not be observed by vessel 1, shines In 1 inner wall of vessel, vessel 1 is made lamp position of dark transparent glass material, see-through when there is light source in inside, in this way Improve user experience, moreover it is possible to convenient for beverage volume situation in discovery vessel 1, if need feed supplement.

It is understood that although the present invention has been disclosed in the preferred embodiments as above, above-described embodiment not to Limit the present invention.For any person skilled in the art, without departing from the scope of the technical proposal of the invention, Many possible changes and modifications all are made to technical solution of the present invention using the technology contents of the disclosure above, or are revised as With the equivalent embodiment of variation.Therefore, anything that does not depart from the technical scheme of the invention are right according to the technical essence of the invention Any simple modifications, equivalents, and modifications made for any of the above embodiments still fall within the range of technical solution of the present invention protection It is interior.

Claims

1. a kind of method for preparing beverage, for preparing beverage in container, wherein the container includes: vessel, feed liquor Device, material bag apparatus and agitating device；Feeding device include the first rotary shaft for traversing vessel top, the first rotator, The liquid inlet head being arranged in the first rotary shaft, the back of liquid inlet head are threadedly coupled with the first rotary shaft, and can be in the first rotator Under the action of moved left and right along the first rotary shaft；Material bag apparatus includes traversing the second rotary shaft in the middle part of vessel, second The center of rotator, the material packet cylinder being arranged in the second rotary shaft and shift unit, material packet cylinder is connected with the second rotary shaft, energy It makes rotating motion under the action of the second rotator, and side-to-side movement can be done along the second rotator under the action of shift unit； Agitating device includes the third rotator for being located at the stirring blade of vessel lower part and connecting with stirring blade；Vessel Side wall is equipped with the dodge gate opposite with material bag apparatus, and for the packet that more reloads, the side wall of vessel is additionally provided with drink taps, drink Material faucet is connected to by drainage tube with vessel, and drainage tube is provided with valve on one end of drink taps, and valve passes through Return pipe is connected to the chamber that gathers materials, equipped with pump, the first rotator, liquid inlet head, the second rotator, shift unit, third rotation on return pipe Turn device, valve and pump to be controlled by micro controller；

The described method includes:

Step 1, cleaning container, micro controller only open the first rotator, liquid inlet head, the second rotator and third rotator, feed liquor Head feed liquor simultaneously moves back and forth under the action of the first rotator or so, sprays the inner wall and material packet cylinder of liquid rinse vessel, The second rotator drives material packet cylinder idle running to receive cleaning simultaneously, and third rotator drives stirring blade rotation to drive liquid turbulent To promote cleaning effect；

Step 2, material packet is placed, micro controller only opens shift unit, and shift unit will expect that packet cylinder is moved by the middle position of the second rotary shaft It moves to dodge gate, opens dodge gate and material packet is placed in material packet cylinder, close dodge gate later, shift unit will expect that packet cylinder is mobile To the middle position of the second rotary shaft；

Step 3, system material, under material mode processed, micro controller only opens liquid inlet head, the second rotator and third rotator, liquid inlet head Feed liquor, while the second rotator drives material packet cylinder to rotate so that expecting that packet is sufficiently mixed with liquid, third rotator drives paddle Piece is rotated to stir evenly beverage；

Step 4, after material mode processed, return pipe is connected micro controller control valve with drainage tube, and will drainage by pump Residual drink in pipe is pumped into the chamber that gathers materials, and micro controller control valve closes return pipe and drainage tube runner later.

2. according to the method described in claim 1, wherein, in step 4, micro controller return pipe is connected with drainage tube same When, starting pump and the first timing module, the first timing module automatic clear simultaneously start timing, which is preset with First time threshold, when the first timing module timing time is higher than the first time threshold, the first timing module is to micro controller Shutdown signal is transmitted, micro controller closes pump and the first timing module, while control valve closes return pipe and drainage tube runner.

3. according to the method described in claim 1, wherein, when micro controller detects that drink taps are opened, micro controller, which is opened, to be held The intrinsic electroluminescent lamp of device, so that its internal state can be observed by vessel, when micro controller detects that drink taps are closed When, micro controller closes the electroluminescent lamp in vessel, so that its internal state can not be observed by vessel.

4. according to the method described in claim 1, wherein, in step 1 and step 3, third rotator is configured as positive revolving die Formula and reversing mode, when the third rotator is opened, micro controller configures co-rotating mode for third rotator, in reversing mode One of mode, the second timing module automatic clear simultaneously start timing, the second timing module is preset with second time threshold, when second When timing module timing time is higher than the second time threshold, third rotator is configured another mode, the second meter by micro controller When module automatic clear and start timing, the second timing module is preset with second time threshold, when the second timing module timing Between be higher than the second time threshold when, third rotator is configured originally mode by micro controller, so circulation realize third rotation Device is intermittent to be rotated and reverse.