CN209574400U - A kind of drink can quantify cooking equipment immediately - Google Patents
A kind of drink can quantify cooking equipment immediately Download PDFInfo
- Publication number
- CN209574400U CN209574400U CN201822252908.8U CN201822252908U CN209574400U CN 209574400 U CN209574400 U CN 209574400U CN 201822252908 U CN201822252908 U CN 201822252908U CN 209574400 U CN209574400 U CN 209574400U
- Authority
- CN
- China
- Prior art keywords
- cup
- drinking cup
- drink
- saucer
- drinking
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Beverage Vending Machines With Cups, And Gas Or Electricity Vending Machines (AREA)
Abstract
The utility model relates to a kind of drinks can quantify cooking equipment immediately, which includes the upper workbench, rotating cup disk and lower workbench set gradually from up to down；Water supply component and several magazines are provided on the upper workbench；The rotating cup disk is annular in shape, offers several drinking cup sockets, and the drinking cup socket is equipped with the saucer assembly for carrying drinking cup；Each drinking cup socket is uniformly distributed along the circumferencial direction of the rotating cup disk；Several blanking ports corresponding with the drinking cup socket are offered on the upper workbench, the outlet of each magazine and water supply component is located at the top of the blanking port；Storage heater and gyratory agitation device are installed on the lower workbench.The utility model has the advantages that: it can be boiled to drink using storage heater, improve the mouthfeel of drink；Raw material is added by a variety of hoppers, can accurately deploy the component of various raw materials.
Description
Technical field
The utility model relates to field of catering equipment, especially a kind of drink can quantify cooking equipment immediately.
Background technique
With the high speed development of catering trade, the Vending Machine of all kinds of drinks competitively enters catering market, mentions to consumer
For all kinds of drinks.
Currently, the full process automatization for being hardly visible achievable hot drink in the market is cooked, and including: complete food materials raw material
Weight feed, the weight feed of auxiliary material ingredient, heat are cooked, stirring, sealing cup go out the processes such as cup, transmission storage, client's docking
A whole set of intelligence drink preparation facilities.
Drink machine for vending sale in part is the good liquid beverage of pre-coordination, is limited to the volume of liquid storage tank, this
Kind machine for vending can only provide type limited drink, and user can not customize the proportion of various raw materials in drink according to demand, single
Taste and formula can reduce the desire to purchase of client.
Most drink machine for vending when preparing drink the technical solution adopted is that: powder brews, and volume is equipped in equipment
Formula or screw powder lot feeding device, after powder blanking enters conveyance conduit, hot water drives powder in pipeline, plays and stirs
The effect of mixing.Due to there is liquid holdup on carrier wall enters, in order to guarantee food sanitation and safety, this scheme must solve defeated
Send the fixed time cleaning problem of pipeline.The utility model provides powder and is supplied respectively to liquid, enters the scheme stirred after cup, from root
The hidden danger of food safety is prevented in sheet.
In addition, needing addition particle food materials, such as powder circle in the milk tea of the majority of consumers' hobby at present, sold in pearl milk tea
The powder circle usually batch used on point is cooked in advance, is placed into spare in cold water.And impregnate for a long time will affect powder circle it is glutinous soft
The mouthfeel of bullet, more worrying to be: the long-time of powder circle is placed, and can inevitably be bred bacterium, be brought food sanitation and safety
Potential problem.Therefore, boiling immediately for the food materials such as powder circle is the effective means solved the problems, such as.
There is also a universal problem during drink is sold, the preparation of drink either uses manual operations, goes back
It is to be carried out using semi-automatic or fully-automatic device, all suffers from preparation time problem.Under the premise of guaranteeing taste quality, using to the greatest extent
It measures the short time and completes the target that drink preparation is always businessman's pursuit.
Summary of the invention
The purpose of this utility model is the utility model according to above-mentioned the deficiencies in the prior art, and it is instant to provide a kind of drink
It can quantify cooking equipment, realize boiling for drink by using storage heater and magazine and cook and accurately match control
System.
The utility model aim realization is completed by following technical scheme:
A kind of drink can quantify cooking equipment immediately comprising upper workbench, the rotating cup set gradually from up to down
Disk and lower workbench；Water supply component and several magazines are provided on the upper workbench；The rotating cup disk is in ring
Shape, offers several drinking cup sockets, and the drinking cup socket is equipped with the saucer assembly for carrying drinking cup；Respectively
The drinking cup socket is uniformly distributed along the circumferencial direction of the rotating cup disk；Several are offered on the upper workbench
The outlet of blanking port corresponding with the drinking cup socket, each magazine and water supply component is located at the blanking port
Top；Storage heater and gyratory agitation device are installed on the lower workbench.
Cup lowering device and sealing cup device are also equipped on the upper workbench；The cup lowering device is for stacking described in storage
Drinking cup；The bottom of the cup lowering device is provided with drinking cup outlet, and the drinking cup outlet is located at the upper of the blanking port
Side.
The water supply component includes ice machine for ice pipe and water supplying pipe.
Cup lifting platform out for jacking drinking cup is installed on the lower workbench；The upper workbench is equipped with
Go out cup transport mechanism with what the cup lifting platform out matched.
Ink-jet printer is also equipped on the lower workbench；The ink-jet printer, the storage heater and
The gyratory agitation device passes through a lifting platform respectively and is mounted on the lower workbench.
The storage heater includes the storage heater housing of tubular, is provided at the top of the storage heater housing
The drink saucer of annular；The inward flange of the drink saucer is adapted with the side wall of drinking cup；The storage heater housing
It is internally provided with hot air duct, the top of the hot air duct is used for around the drinking cup, and the bottom of the hot air duct is set
It is equipped with hot wind formation component；Gap between the inside of the hot air duct and the side wall of the drinking cup is hot wind internal channel,
Gap between the outside of the hot air duct and the storage heater housing is hot wind outer tunnel；The hot wind outer tunnel with
The hot wind internal channel is interconnected in the top edge of the hot air duct；The bottom of the storage heater housing opens up
There is hot-blast outlet.
The gyratory agitation device is stirred for the drink built-in to the drinking cup, the gyratory agitation device packet
Include rotation saucer, the rotation saucer can support drinking cup, being equipped at least one on the rotation saucer makes the drinking cup
Side wall generate deformation cup body pressurizing unit；The rotation saucer is connected with rotation drive device；The drinking cup is in its side
Wall is squeezed and generated and drive rotation to realize its built-in drink by the rotation saucer in the state of deformation by the cup body pressurizing unit
The stirring of product.
The magazine includes liquid material box, powder box and granule box；The powder box includes filling tube and at least two
Independent feed tank, the filling tube inside have several independent feeder channels, axis of the feeder channel along the filling tube
Line direction extends；The discharge port of each independent feed tank is connected with a feeder channel respectively.
The saucer assembly includes the ball bearing and support ring of annular；The outer ring of the ball bearing is embedded described
In drinking cup socket；The support ring is embedded in the inner ring of the ball bearing；The top sides of the support ring are continued to use
The lip of the drinking cup described in support.
The utility model has the advantages that: it can be boiled to drink using storage heater, improve the mouthfeel of drink；
Raw material is added by a variety of hoppers, can accurately deploy the component of various raw materials, allow user according to the hobby of oneself
Neatly adjust the taste of drink.
Detailed description of the invention
Fig. 1 is the decomposition view that drink can quantify cooking equipment immediately；
Fig. 2 is the perspective view that drink can quantify cooking equipment immediately；
Fig. 3 is the bottom stereogram that drink can quantify cooking equipment immediately；
Fig. 4 is the structural schematic diagram of saucer assembly；
Fig. 5 is the cross-sectional view of storage heater；
Fig. 6 is the partial sectional view of gyratory agitation device in the utility model embodiment one；
Fig. 7 is the three-dimensional view of cup body compression bar in the utility model embodiment one；
Fig. 8 is the side view of the distribution situation of cup body compression bar in the utility model embodiment one；
Fig. 9 is the top view of the distribution situation of cup body compression bar in the utility model embodiment one；
Figure 10 is the partial sectional view of gyratory agitation device in the utility model embodiment two；
Figure 11 is the three-dimensional view of cup body compression bar in the utility model embodiment three；
Figure 12 is the side view of the distribution situation of cup body compression bar in the utility model embodiment three；
Figure 13 is the top view of the distribution situation of cup body compression bar in the utility model embodiment three；
Figure 14 is the three-dimensional view of cup body compression bar in the utility model embodiment four；
Figure 15 is the side view of the distribution situation of cup body compression bar in the utility model embodiment four；
Figure 16 is the top view of the distribution situation of cup body compression bar in the utility model embodiment four；
Figure 17 is the top view of the distribution situation of cup body pressurizing unit in the utility model embodiment five；
Figure 18 is the cross-sectional view of gyratory agitation device in the utility model embodiment six；
Figure 19 is the cross-sectional view of gyratory agitation device in the utility model embodiment seven.
Figure 20 is the structural schematic diagram of powder box in the utility model；
Figure 21 is the schematic cross-section of the first filling tube in the utility model；
Figure 22 is the structural schematic diagram that tube core is isolated in the utility model；
Figure 23 is the schematic cross-section of second of filling tube in the utility model.
Specific embodiment
The utility model feature and other correlated characteristics are described in further detail by embodiment below in conjunction with attached drawing,
In order to the understanding of technical staff of the same trade:
As shown in Fig. 1-2 3,1-73 is marked to respectively indicate in figure are as follows: upper workbench 1, rotating cup disk 2, lower workbench
3, water supply component 4, drinking cup socket 5, drinking cup 6, saucer assembly 7, storage heater 8, gyratory agitation device 9, blanking port
10, powder box 11, granule box 12, liquid material box 13, water supplying pipe 14, ice machine for ice pipe 15, cup lowering device 16, sealing cup device 17, go out
Cup lifting platform 18 goes out cup transport mechanism 19, touch screen code reader 20, ink-jet printer 21, lifting platform 22, ball bearing 23, branch
Pushing out ring 24, outer ring 25, inner ring 26, lip 27, storage heater housing 28, drink saucer 29, hot air duct 30, hot wind generation group
Part 31, hot wind internal channel 32, hot wind outer tunnel 33, hot-blast outlet 34, thermoelectricity heater 35, blower 36, automatic thermostat 37, electricity
Thermal element 38, radiating fin 39, water conservancy diversion gap 40, insulating 41, rotation saucer 42, cup body pressurizing unit 43, rotation are driven
Dynamic device 44, cup body compression bar 45, crushing block 46, return spring 47, cup body compression bar pin shaft 48, pressurization slip ring 49, slip ring elevator
Structure 50, slip ring support 52, drive screw 53, worm drive nut 54, screw drives motor 55, saucer motor 56, passes roller 51
Moving axis 57, bolt 58, opening 59, compressive plane 60, filling tube 61, independent feed tank 62, independent feeder channel 63, screw feeding device
64, hopper discharge nozzle 65, material feeding tube segment 66, material feeding pipe end joint 67, isolation tube core 68, spacer 69, torsional axis 70, tube core
Segment 71, connector segment 72, thin-wall tube 73.
Embodiment one: as shown in Figure 1, 2, the present embodiment can quantify cooking equipment more particularly to a kind of drink immediately, wrap
Include the upper workbench 1, rotating cup disk 2 and lower workbench 3 set gradually from up to down.It is provided on upper workbench 1
Water supply component 4 and several magazines；Magazine and water supply component 4 are for injecting raw material into drinking cup 6.Rotating cup disk 2 is in ring
Shape offers several drinking cup sockets 5, and drinking cup socket 5 is equipped with the saucer assembly 7 for carrying drinking cup 6,
Drinking cup 6 is erected on saucer assembly 7.Storage heater 8 and gyratory agitation device 9, hot wind are installed on lower workbench 3
Heater 8 is used to carry out boiling to the drink in drinking cup 6 heating, and gyratory agitation device 9 is used for mixed to the raw material in drinking cup 6
Object is closed to be stirred.
As shown in Figure 1, 2, in the present embodiment, rotating cup disk 2 is connected with rotary drive mechanism (not shown), rotating cup
Disk 2 can rotate under the driving of rotary drive mechanism along its center of circle.Circumferencial direction of each drinking cup socket 5 along rotating cup disk 2
It is uniformly distributed；Offer several blanking ports 10 corresponding with drinking cup socket 5 on upper workbench 1, each magazine and
The outlet of water supply component 4 is respectively positioned on the top of blanking port 10.During deploying drink, rotating cup disk 2 is by rotating drink
Cup 6 is moved to the lower section of default blanking port 10, and the magazine or water supply component of 10 top of blanking port are used for the raw material of intended component
Across blanking port 10 and inject in drinking cup 6.
In the present embodiment, magazine includes powder box 11, granule box 12 and liquid material box 13；Powder box 11 is for accommodating coffee
The dusty raw materials such as powder, tea powder, Icing Sugar；Granule box 12 is for accommodating the feed particulate materials such as coconut, powder circle；Liquid material box 13 is for holding
Receive the liquid charging stocks such as milk, fruit juice.Powder box 11 and granule box 12 are fed intake component by spiral conveying mechanism control.
Liquid material box 13 controls the component that feeds intake by peristaltic pump.The feed of thick liquid may be implemented by peristaltic pump, such as
The raw materials such as syrup, honey, condensed milk.By controlling the turnning circle of peristaltic pump, the injection rate of raw material can be accurately adjusted.Liquid material
Box 13 includes multiple storage tanks along the circumferential direction arranged, the different raw material of storage in each hopper.Storage tank can from side
Releasably it is mounted in mounting rack.The bottom of each storage tank is provided with feeding hose, and each feeding hose is plugged in liquid material box 13
It discharges in bundle holes, bundle holes are located at the surface of a blanking port 10.
Water supply component 4 includes the water supplying pipe 14 for providing hot water and the ice machine for providing ice cube for ice pipe 15.
Water supplying pipe 14 is connect with water heater.
Cup lowering device 16 and sealing cup device 17 are also equipped on upper workbench 1.Cup lowering device 16 is for stacking storage drink
Cup 6.The bottom of cup lowering device 16 is provided with drinking cup outlet, and drinking cup outlet is located at the top of a blanking port 10.Cup lowering device 16
The drinking cup of discharge carries out support from the drinking cup socket 5 for falling into rotating cup disk 2 in blanking port 10, and by saucer assembly 7
Limit.Sealing cup device 17 is mounted on the surface of a blanking port 10, and the drinking cup 6 for completing to preparation carries out sealing cup.
In operational process, upper workbench 1 is kept fixed with lower workbench 3, and only rotating cup disk 2 passes through its own
The drinking cup 6 that is carried of rotation be moved to predetermined position.In the present embodiment, it is equipped on lower workbench 3 for jacking
Drinking cup 6 goes out cup lifting platform 18；The cup transport mechanism 19 out that upper workbench 1 is equipped with and cup lifting platform 18 matches out.
Cup lifting platform 18 from drinking cup socket 5 for jacking up the drinking cup 6 that sealing cup is completed out, and passes through blanking port 10 and be moved to
Upper 1 top of workbench, the cup transport mechanism 19 that goes out on upper workbench 1 are provided with drinking cup claw, out cup conveyer
Structure 19 is used to that the drinking cup 6 that drinking cup lifting platform 18 jacks up to be moved to predeterminated position by drinking cup claw and (such as stores
Cabinet).
It is additionally provided with touch screen code reader 20 on upper workbench 1, which is used for for user and drink
Immediately it can quantify cooking equipment and interact control.Touch screen code reader 20 may also display two dimensional code, and user is scanned by mobile phone
After two dimensional code, it can quantify cooking equipment immediately to drink and carry out more deep interactive controlling.
As shown in Figures 1 to 3, ink-jet printer 21 is also equipped on lower workbench 3, ink-jet printer 21 is used in drink
The side of cup 6 carries out franking, so that user identifies.Ink-jet printer 21 is also used to the side print in drinking cup 6
Bar code or two dimensional code, the information that client can also be customized by touch screen code reader 20 in the side print of drinking cup 6.In order to realize
Big picture printing, ink-jet printer 21 include multiple printer heads, and each printer head is distributed along the circumferencial direction of drinking cup,
And the inside of inkjet head bracket is inlaid in the dislocation of drinking cup axle box；The inside of inkjet head bracket and the shape of drinking cup are mutually fitted
Match.
Ink-jet printer 21, storage heater 8 and gyratory agitation device 9 are mounted on down by a lifting platform 22 respectively
On workbench 3.Drinking cup 6 can be moved to above the related device of lower workbench 3 by rotating cup disk 2, and lifting platform 22 is used for
The equipment jacking carried, to be stirred, heat or franking to drinking cup 6.
As shown in figure 4, the agitating mode that the present embodiment uses is Stirring, in whipping process, drinking cup 6 is still set up
On the saucer assembly 7 of rotating cup disk 2.It is rotated for the ease of drinking cup 6, in the present embodiment, saucer assembly 7 includes the rolling of annular
Pearl bearing 23 and support ring 24.The outer ring 25 of ball bearing 23 is embedded in drinking cup socket 5；Support ring 24 is embedded
In the inner ring 26 of ball bearing 23；The top sides of support ring 24 are along the lip 27 for being used for support drinking cup 6.
As shown in figure 5, the storage heater of the present embodiment includes the storage heater housing 28 of tubular, outside storage heater
The top of set 28 is provided with the drink saucer 29 of annular.The inward flange of drink saucer 29 is adapted with the side wall of drinking cup 6, so as to
Drinking cup 6 is erected on drink saucer 29.Storage heater housing 28 is internally provided with hot air duct 30, hot air duct 30
Outer diameter is slightly less than the internal diameter of storage heater housing 28.The top of hot air duct 30 extends in storage heater housing 28
The top in portion, hot air duct 30 is used for around drinking cup 6 to be heated.The bottom of hot air duct 30 is provided with hot wind formation component
31.Gap between the inside of hot air duct 30 and the side wall of drinking cup 6 is hot wind internal channel 32, the outside of hot air duct 30 with
Gap between storage heater housing 28 is hot wind outer tunnel 33.Hot wind outer tunnel 33 and hot wind internal channel 32 are in hot air duct
30 top edge is interconnected；The bottom of storage heater housing 28 offers hot-blast outlet 34.
During heating, hot wind formation component 31 heats air, and is delivered to inside hot air duct 30 from bottom.With
Hot wind carries out heat exchange in hot wind internal channel 32 and drinking cup 6 afterwards, and the liquid in warmer drinks cup 6, subsequent hot wind flows into hot wind
Outer tunnel, and be discharged by hot-blast outlet.
In the present embodiment, hot wind formation component 31 includes thermoelectricity heater 35, blower 36 and automatic thermostat 37.Thermoelectricity
The air-flow that heater 35 is used to export blower 36 heats；Automatic thermostat 37 is connect with thermoelectricity heater 35.Thermoelectricity hair
In a ring, the inside of hot air duct 30 is arranged in hot body 35；The annular region of thermoelectricity heater 35 is internally provided with lattice-shaped point
The heating element 38 of cloth is provided with several radiating fins 39 on heating element 38, is provided with supplied gas stream between radiating fin 39
Logical gap.Thermoelectricity heater 35 is using PLC ceramics as heating element 38.
In heating process, normal temperature air is blown into hot air duct 30 by the blower that 35 bottom of thermoelectricity heater is arranged in, often
Warm air is heated behind the gap between radiating fin 39 becomes high temperature air.Thermoelectricity heater 35 by automatic thermostat 37 into
Row drive control, automatic thermostat 37 is used to control the temperature and power of thermoelectricity heater, and then controls hot wind formation component
The temperature of liquid in the temperature and drinking cup 6 of 31 hot-airs generated.In the present embodiment, heat medium is used air as,
Since the specific heat capacity of air is smaller, and blower continuously supplements normal temperature air, therefore thermoelectricity heater 35 is carried out
Temperature adjusting, which can interrogate, to be reflected in fastly in the temperature of hot-air, and control delay is very small.Furthermore the hot wind of the present embodiment generates
Component can the drink in drinking cup 6 boiling after stop heat supply at once, in this way can to avoid the liquid in drinking cup 6 by
Degree heating.
In the present embodiment, the outer surface of storage heater housing 28 is provided with insulating 41.Insulating 41 can
To prevent heat losses.The bottom margin of storage heater housing 28 and the bottom margin of hot air duct 30 link together；Heat
Wind outlet 34 is provided with the bottom of the side wall of storage heater housing 28.
The top sides of hot air duct 30 along be water conservancy diversion gap 40 between drink saucer 29；In hot wind outer tunnel 33 and hot wind
Channel 32 is connected to by water conservancy diversion gap 40.In the present embodiment, the hot-air in hot air duct 30 is by way of thermal convection
Heat exchange is carried out with the side wall of drinking cup and bottom, and oven in the prior art relies on heat transfer to be heated mostly.With
Heat transfer is compared, and the thermal convection heating method that the present embodiment uses has higher heat transfer efficiency, can be in compact space
Liquid in drinking cup 6 is heated or even boiled.By boiling, the raw material in drink can be made to fully demonstrate it and answered
Some flavors.Such as by tea powder or the ground coffee of boiling, may make the taste of drink stronger, by the powder circle that boils, can make
The mouthfeel for obtaining powder circle is more soft glutinous.
Specification requirement of the storage heater of the present embodiment to drinking cup 6 to be heated are as follows: certain of the middle and upper part of drinking cup 6
A position can be fitted close with drink saucer 29, prevent hot-air leakage or drinking cup 6 from gliding.Therefore, the heat of the present embodiment
Wind heater is adapted to a variety of drinking cups with different size shapes.
During being heated using the storage heater 8 of the present embodiment to drinking cup 6, rotating cup disk 2 will be equipped with
The drinking cup 6 of raw material is moved to the surface of storage heater 8；And jacked storage heater 8 using lifting platform 22, so that
The bottom of drinking cup 6 is contained in storage heater 8 and the side of drinking cup 6 and drink saucer 29 is fitted close.Hot wind
After the completion of heater 8 jacks, heating can be carried out to drinking cup 6 by storage heater 8 and boiled.
As shown in fig. 6, this implementation gyratory agitation device 9 is stirred for the drink built-in to drinking cup 6；It includes rotation
Revolving cup support 42.Rotate saucer 42 can support drinking cup 6, rotation saucer 42 on be equipped at least one produce the side wall of drinking cup 6
The cup body pressurizing unit 43 of raw deformation；Rotation saucer 42 is connected with rotation drive device 44.Drinking cup 6 is squeezed in its side wall by cup body
Pressure device 43 squeezes and generates the stirring for driving rotation to realize its built-in drink by rotation saucer 42 in the state of deformation.In this reality
It applies in example, drinking cup 6 is plastic cup flexible or dixie cup.
As shown in Fig. 6 to 9, each cup body pressurizing unit 43 includes cup body compression bar 45, crushing block 46 and return spring 47.
In the present embodiment, cup body pressurizing unit 43 is active cup body pressurizing unit, is connected with driving mechanism, driving mechanism is for driving
Dynamic cup body pressurizing unit 43 squeezes the side wall of drinking cup 6, it is made to generate deformation.In the present embodiment, cup body pressurizing unit
43 driving mechanism includes pressurization slip ring 49 and slip ring elevating mechanism 50.In the present embodiment, cup body pressurizing unit 43 is provided with
Return mechanism.Return spring 47 is as return mechanism for resetting cup body pressurizing unit 43, that is, active cup body is made to squeeze dress
Return after being squeezed under the driving of driving mechanism to the side wall of drinking cup 6 is set so that drinking cup 6 be made to be extruded from its side wall
And generate the state restoration of deformation.
The first end of cup body compression bar 45 is hinged on the middle and lower part in 42 outside of rotation saucer, and crushing block 46 is arranged in cup body compression bar
The inside of 45 second end.The side wall that crushing block 46 is used to squeeze drinking cup 6 makes the side wall of drinking cup 6 generate local deformation.
The side wall in rotation saucer 42 is shored in one end of return spring 47, and the other end is shored in the inside of cup body compression bar 45.
In the present embodiment, the cup body compression bar pin shaft 48 in 42 outside of first end and rotation saucer of cup body compression bar 45 is hinged.Cup
The axis direction of body compression bar pin shaft 48 and the radial direction of rotation saucer 42 are orthogonal.In the present embodiment, rotation saucer 42 is cup-shaped,
Its inner space is adapted with drinking cup 6.The side wall of rotation saucer 42 offers several through-holes passed through for crushing block 46.It squeezes
The through-hole that briquetting 46 may pass through rotation 42 side wall of saucer squeezes the side wall of drinking cup 6.
Due to the presence of return spring 47, return spring 47 can be by cup body compression bar 45 in the case where no external force
Second end and crushing block 46 push away the side of rotation saucer 42.In order to enable cup body pressurizing unit 43 squeezes drinking cup 6
Pressure introduces pressurization slip ring 49 and the slip ring elevating mechanism 50 for driving pressurization slip ring 49 in the present embodiment.
In the present embodiment, pressurization slip ring 49 is looped around the outside of rotation saucer 42.The outside of cup body compression bar 45 is provided with rolling
The axis of column 51, the axis and cup body compression bar 45 of roller 51 is parallel to each other.Cup body compression bar 45 is overlapped on pressurization by roller 51 and slides
The inside edge of ring 49.
In the present embodiment, during pressurization slip ring 49 moves up, the inside edge of pressurization slip ring 49 pushes cup body compression bar
45 second end is drawn close to rotation saucer 42, while crushing block 46 squeezes the side wall of drinking cup 6, forms partial shape
Become.When the slip ring 49 that pressurizes moves down, cup body compression bar 45 under the promotion of return spring 47, the second end of cup body compression bar 45 with
And crushing block 46 gradually leaves the side wall of drinking cup 6, after crushing block 46 and drinking cup 6 disengage, drinking cup 6 can restore to original
Carry out shape.
During to the liquid and solid powder progress Stirring in drinking cup 6, pressurization slip ring 49 needs to keep
In a high position, so that crushing block 46 carries out lasting extruding to cup body.In the process, cup body pressurizing unit 43 is with rotation saucer 42
It rotates synchronously, but the slip ring 49 that pressurizes does not rotate.In the process, the roller 51 in 45 outside of cup body compression bar is close to pressurization slip ring 49
Inside edge rotation, reduce the frictional force between the cup body compression bar 45 of cup body pressurizing unit 43 and pressurization slip ring 49.
Pressurization slip ring 49 is connect with slip ring elevating mechanism 50.Slip ring elevating mechanism 50 is for pushing pressurization slip ring 49 along rotation
The axis direction of saucer 42 moves up and down.Slip ring elevating mechanism 50 includes slip ring support 52, drive screw 53, worm drive nut
54 and screw drives motor 55.Slip ring support 52 is cylindrical in shape, and top is provided with opening, and bottom is provided with bottom plate.Rotation
The middle and lower part of saucer 42 is contained in inside slip ring support 52.One end of drive screw 53 is connected to the bottom plate of slip ring support 52, passes
The other end of dynamic screw rod 53 is provided with helicitic texture.The length that threaded section is arranged in drive screw 53 is greater than pressurization slip ring 49
Heave amplitude.The axis of drive screw 53 is parallel with the rotation axis of saucer 42.The helicitic texture and spiral of drive screw 53
Transmission nut 54 is adapted, and worm drive nut 54 is mounted on the section that drive screw 53 is provided with helicitic texture；Worm drive
The output shaft of nut 54 and screw drives motor 55 is sequentially connected；Pressurization slip ring 49 is mounted on the open-topped side of slip ring support 52
Edge.
In the present embodiment, worm drive nut 54 is fixedly mounted on the inside of transmission support mechanism, worm drive nut 54
Outside be provided with gear structure, which can be intermeshed with the gear of the output shaft of screw drives motor 55.Transmission
Supporting mechanism and screw drives motor 55 are fixedly mounted.Worm drive nut 54 can constitute similar roller with drive screw 53
The branch line movement mechanism of lead screw.When screw drives motor 55 drives worm drive nut 54 to rotate, drive screw 53, which drives, to be slided
Ring support 52 and the pressurization elevating movement along the vertical direction of slip ring 49.
In the present embodiment, drive screw 53 is tubular structure.Rotation drive device for driving rotation saucer 42 to rotate
44 include the saucer motor 56 and transmission shaft 57 interconnected.Transmission shaft 57 passes through the through-hole and slip ring branch of drive screw 53
The bottom plate of seat 52, and be fixedly connected with the bottom of rotation saucer 42.
In the present embodiment, the number of cup body pressurizing unit 43 is two, and two cup body pressurizing units 43 are symmetrically distributed in rotation
The two sides of saucer 42.Mode is laid using symmetrical, the crushing block of each cup body pressurizing unit 43 may make to be symmetrically distributed in drink
The periphery of cup 6.The symmetrical liquid made inside drinking cup 6 of two cup body pressurizing units 43 is more easier to generate vortex, increases
Strong mixing effect.Two cup body pressurizing units 43 can not only pressurize the side wall of drinking cup 6, can also be in the process of Stirring
In drinking cup 6 is clamped, prevent drinking cup 6 from rotation saucer 42 in fall off.In the present embodiment, crushing block in the present embodiment
46 can be used a ball column-shaped projection of single-point type shown in Fig. 2, and multiple ball column-shaped projections of multipoint mode can also be used.Using more
When multiple ball column-shaped projections of point type, each ball column-shaped projection is laid along the axis direction of cup body compression bar 45.
As shown in Fig. 1 and Fig. 6 to 9, drinking cup 6 is stirred specifically using the gyratory agitation device 9 of the present embodiment
The following steps are included:
(1) drinking cup 6 that liquid charging stock and solid material are housed will be moved to gyratory agitation device 9 by rotating cup disk 2
Surface；And jacked gyratory agitation device 9 using lifting platform 22, so that the bottom of drinking cup 6 is contained in rotation saucer 42
In；In order to avoid liquid splash during Stirring, the liquid level in drinking cup 6 is not answered excessively high；
(2) extruding clamping is carried out using side wall of the cup body pressurizing unit 43 to drinking cup 6, so that the side wall of drinking cup 6 produces
Raw local deformation.In the process, the position that pressurization slip ring 49 is promoted by slip ring elevating mechanism 50 may make each cup body to squeeze
The second end of the cup body compression bar 45 of device 43 is drawn close to the side wall of rotation saucer 42, so that the extruding of cup body pressurizing unit 43
The side wall of the extruding drinking cup 6 of block 46.
(3) it is rotated using the driving of rotation drive device 44 rotation saucer 42 and drinking cup 6, cup body squeezes in the process
Device 43 keeps the extruding to drinking cup 6.Drinking cup 6 makes its Internal periphery generate variation by squeezing the local deformation generated, into
And make built-in drink with rotation saucer 42 rotation during generate flow-disturbing so that liquid drinking cup 6 inside and
Solid is mixed, and is realized the non-contact stirring of 6 internal liquid of drinking cup, is guaranteed the clean hygiene of drink.
Intermittent rotation, speed change rotation or alternate rotation clockwise, counterclockwise can be used in rotation saucer 42 and drinking cup 6
Equal rotating manners.A variety of rotation modes are combined with the local deformation of 6 side wall of drinking cup, can be generated inside drinking cup 6
More violent flow-disturbing, so that liquid is more fully stirred with solid powder.
(4) after Stirring, rotation saucer 42 stops operating, and passes through the driving pressurization slip ring of slip ring elevating mechanism 50
49 move down, so that the stopping of cup body pressurizing unit 43 squeezes drinking cup 6.Stop after squeezing, drinking cup 6 flexible
Side wall can restore to the original state.
The advantageous effects of gyratory agitation device in the present embodiment are as follows: by carrying out extruding rotation to drinking cup 6, make
It obtains its internal liquid and solid powder is thoroughly mixed；Liquid in entire whipping process in drinking cup 6 not with other objects
Body contact, realizes the non-contact stirring of drink.Stirring is carried out to drinking cup 6, is suitable for various open drinks flexible
Cup 6 avoids the problem of overturning stirring in the prior art must be using sealing container.
As shown in Figure 20,21, in this implementation, powder box 11 includes filling tube 61 and at least three independent feed tanks 62.
Filling tube 61 is arranged along the vertical direction, is internally provided with three independent feeder channels 63.Each independent feeder channel 63 mutually every
From extending along the axis direction of filling tube 61, and be connected to the blanking port of 61 bottom end of filling tube.Each independent feed tank 62 stacks
Setting, the discharge port of each independent feed tank 62 are connected to an independent feeder channel 63 respectively.The powder that independent feed tank 62 is discharged
Material can be fallen by an independent feeder channel 63, and fall into drink container by the blanking port of 61 bottom of filling tube.
As shown in Figure 20 to 22, independent feed tank 62 is in rectangle in the present embodiment.Screw feeding device 64 is as independent feed
The bottom of independent feed tank 62 is arranged in a part of case 62.The outlet of screw feeding device 64 and the first end of hopper discharge nozzle 65
Connection, the second end of hopper discharge nozzle 65 are the discharge port of independent feed tank 62.Screw feeding device 64 is driven by motor, and being used for will
Powder in independent feed tank 62 is exported into hopper discharge nozzle 65, and the independent blanking channel of filling tube 61 is discharged into from discharge port
In.
In the present embodiment, isolation tube core 68 is provided in filling tube 61；Tube core 68 is isolated to be used for the inside of filling tube 61
Space is separated into three independent feeder channels 63.It includes three pieces spacer 69 that tube core 68, which is isolated,.The width phase of each spacer 69
Together, the inner side edge of each spacer 69 links together, and forms torsional axis 70；Angle between two neighboring spacer 69 is
120°.Each spacer 69 is reversed along torsional axis 70, forms helical structure.The outer side edges and filling tube 61 of spacer 69
Inner surface connection, isolation tube core 68 torsional axis 70 be overlapped with the axis of filling tube 61.The spacer 69 of each torsion and
Filling tube 61, which encloses, constitutes three independent feeder channels.
In the present embodiment, filling tube 61 is spliced to form by three section material feeding tube segments 66 and three material feeding pipe end joints 67.
Material feeding pipe end joint 67 makes the feeder channel position in each material feeding tube segment 66 is corresponding to constitute independent feeder channel 63.Adjacent
It is connected between two material feeding tube segments 66 by material feeding pipe end joint 67.Interface is offered in the side of material feeding pipe end joint 67,
Interface with the discharge port of independent feed tank 62 for connecting.The interface of each material feeding pipe end joint 67 and an independent feeder channel
63 connections.
In the present embodiment, it includes that tube core segment 71 and connector segment 72 are constituted that tube core 68, which is isolated, by multistage.Tube core segment
71 are mounted in material feeding tube segment 66, and connector segment 72 is mounted in material feeding pipe end joint 67.Each material feeding pipe end joint 67 with it is each
After material feeding tube segment 66 connects into filling tube 61, connector segment 72 links together with tube core segment 71, constitutes isolation tube core 68.
In the present embodiment, for the ease of three stack independent feed tank 62 can adopt in a like fashion respectively with three
Independent feeder channel 63 connects；The screw pitch of independent feeder channel 63 is that independent feed tank 62 is two neighboring when stacking in the present embodiment
Four times of the distance between the discharge port of independent feed tank 62, each spacer in every section of material feeding tube segment 66 of isolation tube core 68
69 120 ° of torsions.
Each independent feed tank 62 is stacked along the short transverse of filling tube 61, sliceable fixation between each independent feed tank 62,
It is formed whole.It, can be according to independent feeder channel 63 if changing the outfit the filling tube 61 with different number independence feeder channels 63
Number adjusts the number of independent feed tank 62, in this way can be according to demand.For example, according to tool, there are four independent feeder channels 63
Filling tube 61, then four independent feed tanks 62 can stack gradually to connection, and supply each independent feed tank 62 and one are independent
Expect that channel 63 is connected to.
Powder box 11 in the process of running, the screw feeding of each independent feed tank 62 is controlled according to the instruction of controller
The powder of the output designated volume of device 64；Subsequent powder is fallen by the independent feeder channel 63 being connected to each independent feed tank 62
Under, and fallen into drink container from the blanking port of 61 bottom end of filling tube.The present embodiment uses a plurality of independent feeder channel 63, can be with
Avoiding the various powders of filling tube 61 from being mutually mixed influences flavor and food safety.Furthermore powder falls in independent feeder channel 63
During constantly roll, powder can be made to become loosely, it is prevented from caking and more soluble.
As shown in Figures 1 to 4, the present embodiment further relates to a kind of drink can quantify the application method of cooking equipment, the party immediately
Method is filled the water using water supply component 4 into drinking cup 6 the following steps are included: raw material is added into drinking cup 6 using each magazine；Make
The mixture in drinking cup 6 is stirred with gyratory agitation device 9, and using storage heater 8 to the mixing in drinking cup 6
Object is heated.
For example, can quantify cooking equipment immediately to boil to include following step during milk tea using the drink of the present embodiment
It is rapid:
(1) cup lowering device 16 exports a drinking cup 6, and drinking cup 6 is fallen from blanking port 10, into the drink of rotating cup disk 2
Cup socket 5, and be supported by saucer assembly 7；
(2) drinking cup 6 is successively moved to granule box 12 and the corresponding position of water supply component 4 by rotating cup disk 2；Granule box
12 and water supply component powder circle and a small amount of boiled water are injected into drinking cup respectively；
(3) drinking cup 6 is moved to the top of storage heater 8 by rotating cup disk 2；Lifting platform 22 pushes up storage heater 8
It rises, storage heater 8 is round to the powder in drinking cup and hot water carries out heating and boils, so that powder circle is sufficiently cooked；
(4) drinking cup 6 is moved to the top of ink-jet printer 21 by rotating cup disk 2；Lifting platform 22 is by ink-jet printer 21
Jacking, and utilize ink-jet printer 21 in the side wall type information of drinking cup 6；The information of printing includes in identification code, congratulatory words etc.
Hold；
(5) drinking cup 6 is successively moved to the lower section of powder box 11, liquid material box 13 and granule box 12 by rotating cup disk 2；Powder
Magazine 11, granule box 12 and liquid material box 13 inject powder, particulate material and liquid charging stock into drinking cup respectively；
(6) drinking cup 6 is successively moved to the corresponding position of water supply component 4 by rotating cup disk 2；Water supply component continues to drink
It carries out filling the water for second in cup 6；
(7) drinking cup 6 is moved to the top of gyratory agitation device 9 by rotating cup disk 2；Lifting platform 22 is by gyratory agitation device
9 jackings, and mixing is being stirred to the various raw materials in drinking cup 6 using gyratory agitation device 9；
(8) drinking cup 6 is successively moved to the corresponding position of water supply component 4 by rotating cup disk 2；Water supply component continues to drink
Third time is carried out in cup 6 to fill the water and ice cube is added according to the user's choice；
(9) drinking cup 6 is moved to the lower section of sealing cup device 17 by rotating cup disk 2, and sealing cup device 17 moulds drinking cup 6
Envelope；
(10) drinking cup 6 is moved to out the top of cup lifting platform 18 by rotating cup disk 2, and cup lifting platform 18 is by drinking cup 6 out
It is jacked, while cup transport mechanism 19 grabs drinking cup 6 out, and is moved to drink cabinet.
Embodiment two: as shown in Figure 10, the main distinction of the present embodiment and embodiment one is cup in gyratory agitation device 9
The number of body pressurizing unit 43, in the present embodiment, the number of cup body pressurizing unit 43 is one.
Embodiment three: as shown in Figure 11,12,13, the main distinction of the present embodiment and embodiment one is that Stirring fills
Set the shape of crushing block 46 in 9；Crushing block 46 adopts the transverse bar of single line shape in the present embodiment；Crushing block 46 squeezes drinking cup 6
Cross direction profiles of the local deformation of formation along drinking cup 6.In the present embodiment, the shape of multi-thread shape is also can be used in crushing block 46.It is more
Linear crushing block includes multiple transverse bars.
Example IV: as shown in Figure 14,15,16, the main distinction of the present embodiment and embodiment one is that Stirring fills
Set the shape of crushing block 46 in 9；Crushing block 46 is single line shape in the present embodiment, is made of a longitudinal rod；Crushing block 46 is right
Drinking cup 6 squeezes genesis analysis of the local deformation along drinking cup 6 of formation.
Embodiment five: as shown in figure 17, the main distinction of the present embodiment and embodiment one is cup in gyratory agitation device 9
The number of body pressurizing unit 43, in the present embodiment, the number of cup body pressurizing unit 43 is four；Four cup body pressurizing units 43 are uniform
It is distributed in the side of rotation saucer 42.
Embodiment six: as shown in figure 18, the present embodiment and the main distinction of embodiment one are stirred in rotation in this present embodiment
The cup body pressurizing unit 43 for mixing device 9 is passive type cup body pressurizing unit made of reed.Cup body in the present embodiment squeezes dress
43 are set as elastic component.The cup body pressurizing unit 43 as made of reed has elasticity, pressurizes in the present embodiment without using
Slip ring and slip ring elevating mechanism.In the present embodiment, the number of cup body pressurizing unit 43 is four, four 43 rings of cup body pressurizing unit
Around the lateral surface for being distributed in rotation saucer 42.Rotation drive device 44 is connected to the lower surface of rotation saucer, for driving rotation
Saucer 42 and drinking cup 6 rotate synchronously.
Cup body pressurizing unit 43 is in bar shaped, and bottom end is fixedly mounted on the bottom of the side wall of rotation saucer 42 by bolt 58
Portion.The side wall of rotation saucer 42 offers opening 59, and the middle part of cup body pressurizing unit 43 is prominent to the rotation inside of saucer 42, shape
At the compressive plane 60 of single side shape.Compressive plane 60 passes through the opening 59 of rotation saucer 42, and extends to the inside of rotation saucer 42.
In the present embodiment, multi-thread shape is also can be used in compressive plane 60, and the compressive plane 60 of multi-thread shape refers to cup body pressurizing unit
43 positions that protrude inwardly are wavy, can have multiple contact surfaces between such compressive plane 60 and drinking cup 6.
Compressive plane 60 is used to squeeze the side wall of drinking cup 6.After drinking cup 6 is put into rotation saucer 42, compressive plane 60 can be with
The side wall for squeezing drinking cup 6, to form local deformation.Since the cup body pressurizing unit 43 of the present embodiment relies on the elastic force of itself
The side wall of drinking cup 6 is squeezed, therefore the cup body pressurizing unit 43 of the present embodiment is relatively thin suitable for side wall and ductility is preferably drunk
Product cup 6.The cup body pressurizing unit 43 of the present embodiment cannot be only used for squeezing drinking cup 6, may also function as the effect of clamping beverage cup 6
Fruit.By using the cup body pressurizing unit 43 of the present embodiment, pressurization slip ring and slip ring elevating mechanism can be saved, rotation is simplified
The structure for turning agitating device improves the reliability of gyratory agitation device.
Embodiment seven: as shown in figure 19, the main distinction of the present embodiment and embodiment six is cup in gyratory agitation device 9
The structure of body pressurizing unit.In the present embodiment, cup body pressurizing unit 43 is fixed cup body pressurizing unit, and fixed cup body squeezes
Device be set on rotation 42 inner surface of saucer convex block, convex block as cup body pressurizing unit 43 can to drinking cup 6 side wall into
Row, which squeezes, makes it generate deformation.In the present embodiment, cup body pressurizing unit 43 is in bar shaped, and cup body pressurizing unit 43 rotates saucer 42
Generatrix direction extends.Cup body pressurizing unit 43 is four, and four cup body pressurizing units 43 are spacedly distributed.
In the present embodiment, the cup body pressurizing unit 43 of gyratory agitation device 9 can use integral structure with rotation saucer 42
It is made, assembled structure can also be used, cup body pressurizing unit 43 is fixedly mounted on to the inner surface of rotation saucer 42.
Embodiment eight: as shown in Figure 20,23, the present embodiment and the main distinction of embodiment one are, in the present embodiment, powder
The independent feeder channel 63 of magazine 11 is the thin-wall tube 73 being arranged in filling tube 61.Each thin-wall tube 73 in filling tube 61 along
The axis hinge of filling tube 61 together, forms helical structure.In the present embodiment, the top of each thin-wall tube 73 is connected to three
The bottom end of the discharge port of a independent feed tank 62, each thin-wall tube 73 extends to the blanking port of 61 bottom end of filling tube.
Embodiment nine: the main distinction of the present embodiment and embodiment eight is the structure of filling tube 61；Filling tube 61 only by
Several 73 twistings of thin-wall tube are integral, and the inside of the every thin-wall tube 73 is as independent feeder channel 63；It is independent in this way to supply
Material channel 63 can be more easier to be extended, when increasing other independent feeder channel 63, it is only necessary to by increased thin-wall tube 73
It is bound with existing filling tube 61, it is not necessary to by the constraint of the internal diameter of filling tube.
Embodiment ten: the main distinction of the present embodiment and embodiment one is independent 62 side of laying of feed tank in powder box 11
Formula；Independent feed tank 62 along the circumferential direction equably surround and is laid in around filling tube 61 in the present embodiment, each independent feed
Case 62 is located at sustained height.The adjacent sliceable fixation of independent feed tank 62；Each independent feed tank 62 and an independent feed
Channel 63 is connected to.
Embodiment 11: the main distinction of the present embodiment and embodiment ten is the cloth of independent feed tank 62 in powder box 11
If mode.
In the present embodiment, at least two independent feed tanks 62 of circle are surrounded with around filling tube 61；Each independent feed of circle
Case 62 is stacked along the short transverse of filling tube 61.In every independent feed tank 62 of circle, each independent feed tank 62 is located at sustained height, and
The adjacent sliceable fixation of independent feed tank 62.Respectively enclose that independent feed tank 62 is also sliceable to be fixed together.Two adjacent circles are only
Between vertical feed tank 62, independent feed tank 62 can be aligned along the direction of filling tube 61 and stack, and can also misplace and be alternately stacked.
Each independent feeder channel 63 can connect to multiple independent feed tanks 62 for storing similar powder in filling tube 61
It is logical.Such as the various independent feed tanks 62 for storing variety classes green tea powder can share same independent feeder channel 63, in this way
The structure complexity that filling tube 61 can be reduced, increases the maximum gauge of each independent feeder channel 63, to reduce note
A possibility that expects pipe 61 blocks.
Embodiment 12: the main distinction of the present embodiment and embodiment 11 is independent feed tank 62 in powder box 11
Laying mode.
In the present embodiment, one or more columns per page independence feed tank 62 is provided with around filling tube 61.Each column independence feed tank@@
Including at least two independent feed tanks 62 stacked along the axis direction of filling tube 61.The columns of independent feed tank 62 is greater than one
When, respectively arrange independent feed tank 62 discrete can also lay close to being stitched together.
Similar with embodiment 12, the independent feed tank 62 for storing similar powder can be with the same independent feeder channel
63 connections.
Although above embodiments are elaborated referring to conception and embodiment of the attached drawing to the utility model aim,
But those skilled in the art will realize that still may be used in the case where no disengaging claim limits the precondition of range
To make various modifications and variations to the utility model, therefore will not repeat them here.
Claims (9)
1. a kind of drink can quantify cooking equipment immediately, it is characterised in that: including set gradually from up to down upper workbench,
Rotating cup disk and lower workbench；Water supply component and several magazines are provided on the upper workbench；The rotating cup
Disk is annular in shape, offers several drinking cup sockets, and the drinking cup socket is equipped with the saucer for carrying drinking cup
Assembly；Each drinking cup socket is uniformly distributed along the circumferencial direction of the rotating cup disk；It is opened up on the upper workbench
There are several blanking ports corresponding with the drinking cup socket, the outlet of each magazine and water supply component is located at described
The top of blanking port；Storage heater and gyratory agitation device are installed on the lower workbench.
2. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the upper workbench
On be also equipped with cup lowering device and sealing cup device；The cup lowering device stores the drinking cup for stacking；The bottom of the cup lowering device
Portion is provided with drinking cup outlet, and the drinking cup outlet is located at the top of a blanking port.
3. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the water supply component packet
Ice machine is included for ice pipe and water supplying pipe.
4. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the lower workbench
On be equipped with for jack drinking cup go out cup lifting platform；The upper workbench is equipped with to be matched with the cup lifting platform out
Go out cup transport mechanism.
5. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the lower workbench
On be also equipped with ink-jet printer；The ink-jet printer, the storage heater and the gyratory agitation device lead to respectively
A lifting platform is crossed to be mounted on the lower workbench.
6. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the storage heater
Storage heater housing including tubular is provided with the drink saucer of annular at the top of the storage heater housing；The drink
The inward flange of product saucer is adapted with the side wall of drinking cup；The storage heater housing is internally provided with hot air duct, institute
The top for stating hot air duct is used for around the drinking cup, and the bottom of the hot air duct is provided with hot wind formation component；It is described
Gap between the inside of hot air duct and the side wall of the drinking cup is hot wind internal channel, the outside of the hot air duct and institute
Stating the gap between storage heater housing is hot wind outer tunnel；The hot wind outer tunnel and the hot wind internal channel are in the warm
The top edge of air piping is interconnected；The bottom of the storage heater housing offers hot-blast outlet.
7. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the Stirring dress
It sets and is stirred for the drink built-in to the drinking cup, the gyratory agitation device includes rotation saucer, the rotating cup
Support can support drinking cup, it is described rotation saucer on be equipped at least one make the drinking cup side wall generate deformation cup body squeeze
Pressure device；The rotation saucer is connected with rotation drive device；The drinking cup is squeezed in its side wall by the cup body pressurizing unit
It presses and generates the stirring for driving rotation to realize its built-in drink by the rotation saucer in the state of deformation.
8. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the magazine includes liquid
Magazine, powder box and granule box；The powder box includes filling tube and at least two independent feed tanks, in the filling tube
Portion has several independent feeder channels, and the feeder channel extends along the axis direction of the filling tube；Each independent confession
The discharge port of hopper is connected with a feeder channel respectively.
9. a kind of drink according to claim 1 can quantify cooking equipment immediately, it is characterised in that: the saucer assembly packet
Include the ball bearing and support ring of annular；The outer ring of the ball bearing is embedded in the drinking cup socket；The branch
Pushing out ring is embedded in the inner ring of the ball bearing；The top sides of the support ring are along the lip for drinking cup described in support
Side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822252908.8U CN209574400U (en) | 2018-12-29 | 2018-12-29 | A kind of drink can quantify cooking equipment immediately |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822252908.8U CN209574400U (en) | 2018-12-29 | 2018-12-29 | A kind of drink can quantify cooking equipment immediately |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209574400U true CN209574400U (en) | 2019-11-05 |
Family
ID=68350685
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822252908.8U Active CN209574400U (en) | 2018-12-29 | 2018-12-29 | A kind of drink can quantify cooking equipment immediately |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209574400U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109431278A (en) * | 2018-12-29 | 2019-03-08 | 坤同勃志智能科技（上海）有限公司 | A kind of drink can quantify cooking equipment and its application method immediately |
-
2018
- 2018-12-29 CN CN201822252908.8U patent/CN209574400U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109431278A (en) * | 2018-12-29 | 2019-03-08 | 坤同勃志智能科技（上海）有限公司 | A kind of drink can quantify cooking equipment and its application method immediately |
| CN109431278B (en) * | 2018-12-29 | 2023-11-21 | 坤同勃志智能科技（上海）有限公司 | Instant and quantifiable drink cooking equipment and application method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN109431278A (en) | A kind of drink can quantify cooking equipment and its application method immediately | |
| JP6844979B2 (en) | Equipment and methods for producing hot or cold liquid and semi-liquid products | |
| CN209574400U (en) | A kind of drink can quantify cooking equipment immediately | |
| CN206271100U (en) | A kind of self-service the selling of instant noodles boils face all-in-one | |
| JP2022064965A (en) | System and method for circulation of chocolate and dispensing chocolate | |
| CN207000863U (en) | A kind of hot pot seasoning filling machine | |
| CN108669515A (en) | A kind of chafing dish bottom flavorings and preparation method thereof | |
| CN104687226B (en) | A kind of food prepares all-in-one machine | |
| US20230276977A1 (en) | Beverage preparation machine with ingredient remover | |
| US20230218105A1 (en) | Beverage preparation machine with seal | |
| US20230255391A1 (en) | Mechanically preconditioning beverage ingredient portions | |
| US20230255390A1 (en) | Beverage machine with air release valve | |
| CN221114695U (en) | Automatic quantitative packaging equipment | |
| US20230301458A1 (en) | Roto-translational mixing device | |
| KR102584480B1 (en) | Manufacturing method of granola | |
| US20230270278A1 (en) | Fluidically preconditioning beverage ingredient portions | |
| US20230263332A1 (en) | Beverage preparation machine with a guided mixing seat | |
| US20230270276A1 (en) | Beverage machine with adjustable sealing device | |
| US20230255392A1 (en) | Beverage machine with temperature preconditionner | |
| CN209173869U (en) | A kind of solid beverage granule mixing device | |
| US20230270277A1 (en) | Actuation of a mixing device of variable volume | |
| CN106942998A (en) | A kind of micro-wave oven brews food cold water infusible device and method with solid | |
| CN105559603A (en) | Brewing device for brewing cereals through milk |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |