CN109124281A - The method and multi-functional food processor of multi-functional food processor production drink - Google Patents
The method and multi-functional food processor of multi-functional food processor production drink Download PDFInfo
- Publication number
- CN109124281A CN109124281A CN201711012457.4A CN201711012457A CN109124281A CN 109124281 A CN109124281 A CN 109124281A CN 201711012457 A CN201711012457 A CN 201711012457A CN 109124281 A CN109124281 A CN 109124281A
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- China
- Prior art keywords
- cup
- cup body
- mcu module
- signal
- food processor
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J19/00—Household machines for straining foodstuffs; Household implements for mashing or straining foodstuffs
- A47J19/02—Citrus fruit squeezers; Other fruit juice extracting devices
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J19/00—Household machines for straining foodstuffs; Household implements for mashing or straining foodstuffs
- A47J19/06—Juice presses for vegetables
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J43/00—Implements for preparing or holding food, not provided for in other groups of this subclass
- A47J43/04—Machines for domestic use not covered elsewhere, e.g. for grinding, mixing, stirring, kneading, emulsifying, whipping or beating foodstuffs, e.g. power-driven
- A47J43/046—Machines for domestic use not covered elsewhere, e.g. for grinding, mixing, stirring, kneading, emulsifying, whipping or beating foodstuffs, e.g. power-driven with tools driven from the bottom side
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J43/00—Implements for preparing or holding food, not provided for in other groups of this subclass
- A47J43/04—Machines for domestic use not covered elsewhere, e.g. for grinding, mixing, stirring, kneading, emulsifying, whipping or beating foodstuffs, e.g. power-driven
- A47J43/07—Parts or details, e.g. mixing tools, whipping tools
- A47J43/0716—Parts or details, e.g. mixing tools, whipping tools for machines with tools driven from the lower side
Abstract
The present invention provides a kind of method for preparing drink of multi-functional food processor, the food processor includes the base with motor and wiring board, cup body component, crushing knife, heating device and vacuum evacuation device, the cup body component includes cup body and cup lid, the wiring board is equipped with MCU module, heating unit, signal detection module and closed detection module, and the production drink method includes the following steps: A) machine powers on；B) cold and hot cup state recognition step: the MCU module control heating unit conducting, MCU module judge the cold and hot cup state of cup body according to Continuity signal；C) air-tight state identification step: the closed detection module acquires closed signal, and MCU module judges whether cup body is in air-tight state according to the closed signal；D) drink making step: enter drink manufacturing process.The present invention provides also a kind of food processor with above-mentioned processing method, and intelligence degree of the present invention is higher, additionally it is possible to realize that one glass is mostly used, it is greatly user-friendly.
Description
Technical field
The present invention relates to field of food processing machines, a kind of method for being specifically related to multi-functional food processor production drink
And multi-functional food processor.
Background technique
Existing food processor usually has multiple cup bodies, such as hot cup, the cold cup with crushing knife and without powder
The vacuum cup of broken knife is equipped with heating device to meet multiple functions, such as hot cup, convenient for production hot drink；Including cold cup, do not have
Standby heating device, for directly crushing；Also there is vacuum cup, vacuum pumping is carried out to vacuum cup before crushing, but if with
Family is mounted with cold cup, presses the corresponding function of hot cup, such as heating function, will lead to machine cannot achieve heating.If user pacifies
Vacuum cup has been filled, heating function is pressed, also resulting in machine cannot achieve heating, this just needs the known different cup bodies of user can
The function of using, intelligence degree is low, this also caused to user it is inconvenient for use, and be easy error, in this way but also function list
One, the drink species of production are limited, are not well positioned to meet the needs of user.
In addition, existing single cup body can not cook hot drink, vacuum and stirring, (vacuum needs closed pumping；Hot drink need with
External world's conducting heat dissipation；Stirring needs to meet safety requirement, and body part is avoided to stretch to inside cup body), if cup body is in close
Closed state presses heating function, and will lead to machine cannot achieve heating；If cup body is in non-air-tight state, presses and vacuumize
Function also can not form negative pressure to cup body inside, can not be fresh-keeping to the progress of cup intracorporal food, need user according to different function
Different types of cup body is replaced, it is inconvenient, and event of easily causing danger.
Summary of the invention
The present invention sends out the method for preparing drink and food processor for proposing a kind of multi-functional food processor, can be intelligent
It identifies different type cup body and cup body sealing state, and self-adapting start and forbids correlation function, and can be realized more than one glass
With.
The present invention provides a kind of method of multi-functional food processor production drink, and the food processor includes having electricity
The base of machine and wiring board, cup body component, crushing knife, heating device and vacuum evacuation device, the cup body component includes cup body
And cup lid, the wiring board are equipped with MCU module, heating unit, signal detection module and closed detection module, the production
The method of drink includes the following steps:
A) machine powers on；
B) cold and hot cup state recognition step: the MCU module control heating unit conducting, the signal detection module acquisition heating
The Continuity signal of unit, and it is sent to MCU module, MCU module judges the cold and hot cup state of cup body according to Continuity signal；
C) air-tight state identification step: the closed detection module acquires closed signal, and closed signal is sent to MCU mould
Block, MCU module judge whether cup body is in air-tight state according to the closed signal；
D) drink making step: enter drink manufacturing process.
Preferably, step B) in, signal detection module acquisition heating unit whether have current lead-through signal or
Voltage turn-on signal, if so, sending the signal to MCU module, the MCU module determines that cup body is hot cup-shaped state；If it is not, institute
It states MCU module and determines that cup body is cold cup-shaped state.
Preferably, step B) in, the bottom of cup is provided with resistance, the resistance and circuit board electrical connection, described to add
The Continuity signal is generated in hot cell；Alternatively, the bottom of cup is provided with heating tube, the heating tube is electrically connected with wiring board
It connects, the Continuity signal is generated in the heating unit；Or the bottom of cup is provided with heating film, the heating film and line
Road plate is electrically connected, and generates the Continuity signal in the heating unit.
Preferably, the cup body component includes cup lid, and the cup lid is equipped with feeding port, and being equipped at the feeding port can phase
To the feeding cover of cup lid rotation, step C) in, whether the closed detection module detection feeding cover has closed signal, if so,
Closed signal is then sent to MCU module, the MCU module determines that cup body is air-tight state；If it is not, the MCU module determines
Cup body is non-air-tight state.
Preferably, the closed detection module includes the tongue tube being electrically connected with wiring board and the magnetism that is located in feeding cover
Element, when the magnetic element is opposite with tongue tube, the tongue tube is closed and generates the closed signal.
Preferably, the food processor further includes the display module with control panel, step C) it is aobvious equipped with function later
Show step: the MCU module sends to control panel according to current cup body air-tight state and instructs, and the control panel is controlled according to instruction
Display module shows corresponding icon under the cup body state.
Preferably, the food processor further includes alarm module, and function is additionally provided with alarming step after showing step: when
After triggering not corresponding with cup body state function, the control panel is to MCU module transmission false command, and the MCU module is to report
Alert module sends order, the alarm module starting alarm.
Preferably, the machine power-on time is T0, and T0 is within the scope of 0 second T0≤2 second <.
Preferably, the heating unit turn-on time is T1, and T1 is within the scope of 0 second T1≤3 second <.
The present invention also provides a kind of multi-functional food processor, including with motor and wiring board base, cup body component,
Crushing knife, heating device and vacuum evacuation device, the cup body component include cup body and cup lid, and the wiring board is equipped with MCU
Module, heating unit, signal detection module and closed detection module, the MCU module are equipped with control program, the control
Program includes the method for preparing drink of food processor as described above, MCU module control motor, vacuum evacuation device and
Heating device work.
The invention has the benefit that the 1, present invention discloses a kind of method for preparing drink of multi-functional food processor, lead to
Cross after identifying whether cup body has the Continuity signal of heating unit, then detect the air-tight state of cup body so that MCU module according to
Cup body status, adaptively provides corresponding function, the production of drink needed for carrying out for user, so that food processing equipment
There are many drinks to make function, meets user's needs, program also can be adaptive, avoids maloperation, and equipment is more intelligent.Pass through
It is identified in conjunction with cold and hot cup state recognition and sealing state, the function of realizing that a cup body operation heating, crush and vacuumize,
Solve a cup body can realize simultaneously heating and vacuumize, solve industry technical problem (heating need to ventilate and take out
Vacuum closed cannot need to solve simultaneously), realize that one glass is mostly used, and frequently replaces cup body without user, has great convenience for the user
Operation, meets the demand of user, improves the usage experience of user.
2, in cold and hot cup state recognition step, whether the signal detection module detection heating unit has electric current or electricity
The Continuity signal of pressure, and Continuity signal is sent to the MCU module, if the MCU module is according to whether have Continuity signal
Cup body is judged for hot cup-shaped state, then can determine that cup body has heating device, without artificially judging whether cup body has heating
Device significantly facilitates the operation of user.
3, in cold and hot cup state recognition step, after machine powers on the T0 time, start to perform the next step rapid, the power-on time
T0 is unlikely to cause equipment manufacturing costs excessively high because component precision is excessively high within the scope of 0 second T0≤2 second <, moreover it is possible to which raising is set
The stability that standby component executes, meanwhile, the feeling that the reaction rate of equipment will not be low to user's sensitivity.Between upon power-up
At T0 ﹥ 2 seconds, period of reservation of number is longer, may have been operated, it is possible to create maloperation generates security incident, also easily gives
User causes the feeling that system response time is slow, device sensitivity is low.Power-on time T0=0 second is opened once powering on MCU module
Begin to operate, it is desirable that equipment is with very high response speed and has high-precision component, so as to cause manufacturing cost increase.
4, heating unit turn-on time T1 is in the range of 0 second T1≤3 second <, if there is cup body heating device to heat
Device is short enough to the heating time of cup body, is not enough to carry out dry combustion method to cup body；In addition turn-on time also enough signal detection moulds
Block is detected, and without using high-precision component, is reduced manufacturing cost, is improved stabilization of equipment performance, be also convenient for maintenance of equipment
Replacement.In the present embodiment, heating unit turn-on time T1=1 second is controlled.At T1 ﹥ 3 seconds, the heating unit is connected and executes
Time it is longer, if cup body have heating device, heating device carry out the preheating time it is also longer, easily cause heating device pair
The dry combustion method of cup body when T1=0 second, will not generate Continuity signal on heating unit, and signal detection module can't detect Continuity signal,
And then it can not differentiate the cold and hot cup state of cup body.
5, by setting display module, prohibiting function be run be by the display module hide or it is graying so that by
The corresponding icon of the function of forbidding cannot be selected, so that user knows corresponding disabler in time, select other not
The icon of failure reduces risk probability of happening so that the intelligent level of hoisting machine, avoids user from selecting the function of mistake,
The safety for improving user's operation, improves the user experience.
6, it when feeding cover is with respect to cup body rotation to first position, is conducted inside the cup body with the external world, at this time at cup body
In non-air-tight state, when feeding cover is with respect to cup body rotation to the second position, mutually it is not turned on inside the cup body with the external world, at this time cup
Body is in air-tight state.By being arranged magnet in feeding cover, so that magnet is rotated with the rotation of feeding cover, the
Switch between one position and the second position, and cooperate tongue tube, can accurately phase magnet position so that described
MCU module combination feeding cover position judges air-tight state, and control starts corresponding heating function and vacuumizing function, solves peace
Full hidden danger realizes one glass and is mostly used.
7, in the cup body state recognition step, when running forbidden program, beep acoustic alarm is generated, while banned
Program only is unable to run, to prompt user to select corresponding function.
In the present invention, the hot cup-shaped state refer to heating unit conducting can heated condition；What the cold cup-shaped state referred to
Be heating unit do not turn on can not heated condition, do not turn on here can be cup body component because do not have heating device so that
Heating unit does not turn on, and is also possible to cup body component with heating device MCU module and does not send electrical instruction to heating unit, with
Do not turn on heating unit；Vacuum cup state is the state that vacuum evacuation device can run vacuumizing function.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention without any creative labor, may be used also for those of ordinary skill in the art
To obtain other drawings based on these drawings.
Fig. 1 is the perspective view of food processor of the present invention.
Fig. 2 is the main sectional view of food processor of the present invention.
Fig. 3 is the first view stereo exploded view of food processor feeding cover of the present invention and cup lid.
Fig. 4 is the second view stereo exploded view of food processor feeding cover of the present invention and cup lid.
Fig. 5 is the flow chart of food processor method for preparing drink first embodiment of the present invention.
Fig. 6 is the module structure drafting of food processor of the present invention.
Fig. 7 is the perspective view of food processor second embodiment of the present invention.
Wherein: 1 base, 11 motors, 12 wiring boards, 13 adjutages, 2 cup body components, 3 crushing knifes, 4 heating devices, 5 take out
Vacuum plant, 21 cup bodies, 22 cup lids, 221 feeding ports, 222 feeding covers, 223 magnet, 224 magnet identification devices, 2221 grooves,
2222 ontologies, 2223 extensions, 2224 protrusions, 2225 hollow cavities, 2211 mating grooves, 2212 convex ribs, 2213 card muscle, 6 touch
Screen assembly, 61 operation panels, 62 control panels.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Embodiment 1:
As shown in figs 1 to 6, the present invention discloses a kind of multi-functional food processor, including base 1, cup body component 2, crushing knife 3,
Heating device 4 and vacuum evacuation device 5, the base 1 have motor 11 and wiring board 12, and the cup body component 2 has cup body
21 and cup lid 22, the cup lid 22 is equipped with feeding port 221, be equipped at the feeding port can opposite cup lid rotation feeding cover
222.The feeding cover is equipped with magnet 223, and the base is equipped with magnet identification device 224.The feeding cover 222 includes band
Fluted 2221 ontology 2222 is outwardly protruded from the extension 2223 of the downwardly projecting setting of ontology, from extension sidewall horizontal
Protrusion 2224, the inside of the ontology 2222 and extension 2223 is equipped with the hollow cavity 2225 opposite with feeding port.It is described
The annular convex rib 2212 that the side wall of feeding port 221 is equipped with the mating groove 2211 of downward spiral and is arranged in below mating groove, institute
State two that protrusion 2224 is vertical spacing setting, when the feeding cover 222 cooperates with cup lid 22, protrusion 2224 and cooperation
The cooperation of slot 2211 is when rotating clockwise, the ontology 2222 move down until lower end surface be interference fitted with annular convex rib 2212 it is close
It closes, when being rotated clockwise to the end of mating groove, the feeding cover 222 reaches first position, when the feeding cover 222 is in
When first position, the magnet 223 is opposite with 224 position of magnet identification device, and the magnet identification device 224 generates closed letter
Number.
The upward card muscle 2213 of spiral, the card muscle 2213 and two protrusions are additionally provided on the side wall of the feeding port 221
Gap between portion 2224 matches, when the feeding cover 222 rotates counterclockwise from first position, the feeding cover 222 to
Upper movement is simultaneously detached from the annular convex rib 2212, so that gap is formed between feeding cover 222 and cup lid 22, inside the cup body
It being conducted by the gap between feeding cover 222 and cup lid 22 with the external world, the feeding cover 222 is located at the second position at this time, this
Magnet 223 described in position is staggered with magnet identification device 224, and the magnet identification device 224 does not generate above-mentioned closed signal.
1 side of base upwardly extends to form adjutage 13, and the adjutage is equipped with the magnet identification device
224, the magnet identification device 224 is oppositely arranged with cup lid 22 or feeding cover 222.In the present embodiment, the magnet identification
Device 224 is tongue tube, and it is the prior art that the tongue tube and magnet cooperation, which generate the principle of signal, is no longer retouched here
It states.It is to be appreciated that the magnet identification device is magnetic switch or Hall element.
In the present embodiment, the heating device 4 is the heat-generating disc with heating tube, is arranged in bottom of cup.It is described
Vacuum evacuation device 5 is air pump, is arranged in base, is equipped with the exhaust tube (not labeled) being connected with air pump in the adjutage 13,
The end of exhaust tube is opposite with hollow cavity, to carry out vacuumizing work to cup body inner cavity.
Vacuum evacuation device 5 is arranged on cup lid 22 it is to be appreciated that the food processor can also be, and without setting
The structure of adjutage 13 is set, the structure of such food processor more simplifies, and can also reduce cost.
The wiring board is equipped with MCU module, heating unit, signal detection module, closed detection module and alarm mould
The method for preparing drink of block, the multi-functional food processor at least includes the following steps:
A) machine powers on: after machine plug is inserted into alternating current, machine enters standby mode and opens after MCU module control powers on the T0 time
Beginning performs the next step rapid.In the step, the power-on time T0 is unlikely within the scope of 0 second T0≤2 second < because of component essence
Height is spent, causes equipment manufacturing costs excessively high, moreover it is possible to the stability of device components execution is improved, meanwhile, the reaction speed of equipment
The feeling that rate will not give user's sensitivity low.In the present embodiment, power-on time T0=1 second.
B) cold and hot cup state recognition step: the heating unit includes the heat driven module being electrically connected with each other, signal
Detection module and heating device 4, if cup body 21 is properly attached on base 1, the heating device 4, heat driven module
And the signal detection module constitutes a heating circuit, refers to when the MCU module sends conducting to the heat driven module
When enabling, and the heating unit is connected and has Continuity signal, and the signal detection module detects the letter of the conducting on the heating unit
Number, and be sent to the MCU module, the MCU module according to whether judge the cold and hot cup state of cup body with Continuity signal, if
The MCU module has recognized Continuity signal, and the MCU module determines that cup body is hot cup-shaped state, at this point, cup body has heating dress
It sets；If the MCU module is unidentified to there is Continuity signal, the MCU module determines that cup body is cold cup-shaped state, at this point, cup body is not
With heating device.MCU module described here it is unidentified to have Continuity signal refer to the MCU module to heat driven module send out
After sending power-on command, the signal detection module does not recognize the Continuity signal yet.In the step, the MCU module control
The T1 time is connected in heating unit, and in the range of 0 second T1≤3 second <, control heating unit turn-on time T1's time T1 exists
In the range of 0 second T1≤3 second <, if cup body is in hot cup-shaped state and makes heating device 4 enough to the heating time of cup body 21
It is short, it is not enough to carry out dry combustion method to cup body；In addition also enough signal detection modules are detected turn-on time, without using high-precision
Component, reduce manufacturing cost, improve stabilization of equipment performance, be also convenient for maintenance of equipment replacement.In the present embodiment, control heating
Unit turn-on time T1=1 second.
The specific turn on process of heating circuit are as follows: when cup body 21 is properly attached on base 1, the heating tube and line
The electrical connection of road plate, when cup body 21 is properly attached on base 1, the heating tube, signal detection module, heat driven module structure
At the heating circuit.It is to be appreciated that the bottom of cup is provided with resistance, and when cup body is properly attached on base, institute
State resistance and circuit board electrical connection, heating circuit described in the resistance and signal detection module, heat driven module composition；It can be with
Understand ground, the bottom of cup is provided with heating film, the heating film and circuit board electrical connection, when cup body is properly attached to base
When upper, the heating film, signal detection module, heating circuit described in heat driven module composition.
In the present embodiment, the Continuity signal is current signal, it is possible to understand that ground, the Continuity signal are also possible to electricity
Press signal.It is to be appreciated that the Continuity signal is also possible to specific resistance value size parameter signal.
C) air-tight state identification step: the closed signal in the closed detection module acquisition feeding cover 222, and will be closed
Signal is sent to MCU module, and MCU module judges cup body 21 whether in air-tight state, if MCU module is examined according to the closed signal
Closed signal is measured, then determines that cup body is not turned on the external world, the cup body 21 is in cold cup-shaped state or vacuum cup state；If MCU
Closed signal is not detected in module, then determines that cup body is conducted with the external world, then the cup body 21 is in hot cup-shaped state.Specifically:
When the cup body 21 is conducted with the external world, do not have closed signal in the feeding cover 222, when the cup body 21 with it is extraneous not
When conducting, closed signal is generated in the feeding cover 222, whether the closed detection module can acquire has closed signal,
And it transmits the signal to the MCU module and is judged.
Do not have closed signal whether is recognized within the set time by the MCU module in the feeding cover 222
Closed signal, if determining do not have closed signal in the feeding cover 222, then institute within the set time without closed signal
Cup body 21 is stated to be conducted with the external world.In the present embodiment, the closed detection module includes the tongue tube being electrically connected with wiring board
And it is located at the magnetic element in feeding cover 222, when the feeding cover rotates relative to cup lid and make the magnetic element and does
When reed pipe is opposite, the tongue tube is closed and generates the closed signal；When the feeding cover is rotated relative to cup lid and makes institute
It states magnetic element and when tongue tube is staggered, the tongue tube disconnection does not generate the closed signal.
D) alarming step: after triggering is with cup body air-tight state not corresponding function, the control panel is sent to MCU module
False command, the MCU module send start command, the alarm module starting alarm to alarm module.In present embodiment
In, the alarm module is buzzer, and when the alarm module, which starts, alarms, the buzzer issues intermittent beep sound.
It is to be appreciated that the alarm module can also be warning lamp, and when alarm module starting, the warning lamp flashing hair
Light.
E) drink making step: enter drink manufacturing process.Needed for prompt selection of the user according to display module at this time
Drink makes function.After identifying that cup body is in hot cup-shaped state through cold and hot cup state recognition step, if the closed detection
Module detects that cup body is air-tight state, allows to run crushing and vacuumizing function, forbids running heating function；If detecting cup
Body is non-air-tight state, allows to run crushing, heating or vacuumizing function.Here function operation order can there are many combination,
If detect cup body be air-tight state, can individually be vacuumized, individually crush, first vacuumize crush afterwards, side vacuumizes
Side crushes, first crushes and vacuumize afterwards.If detect that cup body is non-air-tight state, can individually be vacuumized, individually be crushed,
Individually heating, first heat crushes afterwards, while heat while crush, but be not limited to said sequence run.In the present embodiment, if it is described
Closed detection module detects that cup body is air-tight state, first vacuumizes and crushes again；If the closed detection module detects cup body
For non-air-tight state, first heats and crush again.
By above-mentioned cold and hot cup state recognition step and air-tight state identification step, the cup body of concrete type is detected automatically
Locating air-tight state is hot cup-shaped state, cold cup-shaped state or vacuum cup state, it can be achieved that a cup body component by identification cup body
The function that heating can be used, crush and vacuumize, heating can be realized simultaneously and take out true by solving a cup body component
Sky solves the technical problem (heating, which need to be ventilated and be vacuumized, closed cannot solve simultaneously) of industry, realizes one glass of multi-purpose, nothing
It needs user frequently to replace cup body, greatly facilitates the user's actions, meet the demand of user, improve user uses body
It tests；Program also can be adaptive, avoids maloperation, and equipment is more intelligent, avoids security risk.
Embodiment 2:
If the difference on Fig. 7, with 1 structure of embodiment is, the food processing also provides a cold cup, in this way can be to not
Same drink divides cup body to be made, and Avoids Tainting, the mouthfeel after improving drink production.Cup body in the cold cup and embodiment 1
The difference of structure is only that cup body does not have the stirring cup of heating device, in addition, being additionally provided with display module on the base.It is described
The method for preparing drink of multi-functional food processor at least includes the following steps:
A) machine powers on: after machine plug is inserted into alternating current, machine enters standby mode and opens after MCU module control powers on the T0 time
Beginning performs the next step rapid.
B) cold and hot cup state recognition step: the MCU module is according to whether judge the cold and hot cup of cup body with Continuity signal
State, if the MCU module has recognized Continuity signal, the MCU module determines that cup body is hot cup-shaped state, and has heating dress
It sets；If the MCU module is unidentified to there is Continuity signal, the MCU module determines that cup body is cold cup-shaped state, and does not have heating
Device.
C) air-tight state identification step: the closed signal in the closed detection module acquisition feeding cover, and by closed letter
Number it is sent to MCU module, MCU module judges whether cup body is in air-tight state according to the closed signal, if MCU module detects
Closed signal then determines that cup body is not turned on the external world, and the cup body is in cold cup-shaped state or vacuum cup state；If MCU module is not
It detects closed signal, then determines that cup body is conducted with the external world, then the cup body is in hot cup-shaped state.
D) function shows step: the display module includes control panel 62, and the MCU module is according to current cup body sealed shape
State sends to control panel and instructs, and the control panel shows corresponding functional diagram under the cup body state according to instruction control display module
Mark.Above-mentioned icon includes hot drink production icon and cold drink production icon, and cup body state is corresponding with icon here
Refer to that hot cup-shaped state corresponds to hot drink production icon, cold cup-shaped state corresponds to cold drink production icon.Here hot drink production refers to having
There are the various functions of the executable operation of heating device cup body, the hot drink drink soya-bean milk, congee, soup stock etc..The cold drink production method
Without using any movement of heating device, such as crush, or vacuumize+crush, or it is simple vacuumize, the cold drink drink packet
Include Sorbet, vegetables and fruits, sauce etc..
E) alarming step: after triggering is with cup body air-tight state not corresponding function, the control panel is sent to MCU module
False command, the MCU module send start command, the alarm module starting alarm to alarm module.
F) drink making step: enter drink manufacturing process.
When cold cup is arranged on base user, after machine powers on, the cold and hot cup state recognition step may recognize that institute
Stating cup body is cold cup-shaped state, and cup body does not have heating device.If the air-tight state identification step recognizes the cup body
Air-tight state, the display module shows the icon that step shows that cold drink makes by function, if user has selected hot drink
Function is made, then alarm module starting alarm, prompts user to carry out replacement cup body, or reselect other drink production functions
Icon.
It is to be appreciated that a vacuum cup can also be provided separately in the food processor, vacuum cup is on cup lid here
Equipped with sealing device, which can be cooperatively connected with the vacuum-pumping pipeline on adjutage, transport when vacuum evacuation device starts
When row, the sealing device can be opened, so that be conducted inside cup body with vacuum-pumping pipeline, when vacuum cup is removed, institute
Stating sealing device can be inside seal cup body.If vacuum cup is arranged on base user, the cold and hot cup state recognition step
Identify that the cup body is cold cup-shaped state, when the MCU module sends power-on command to the heat driven module, the letter
Continuity signal is not detected in number detection module, then the MCU module determines that cup body is cold cup-shaped state, and does not have heating device.
Then, it is air-tight state that the air-tight state identification step, which recognizes the cup body, and the function system only vacuumized may be selected in user
Make drink.It is to be appreciated that the cold cup can also be used as vacuum cup use, it is only necessary to be substituted for cup lid with above-mentioned sealing
The cup lid of device, when the cold and hot cup state recognition step identifies that the cup body does not have heating device, and the sealed shape
It is air-tight state that state identification step, which recognizes the cup body, and the function of vacuumizing production drink may be selected in user.
In the present embodiment, the display module is touch panel unit 6, and the touch panel unit includes operation panel 61, is used
Family operates equipment by operation panel.Do not show that production icon is specially to hide or graying icon, allow user and
The corresponding disabler of Shi Zhixiao, the icon for selecting other not fail, so that the intelligent level of hoisting machine, improves user behaviour
The safety of work.
It is to be appreciated that the touch panel unit includes function button, by being arranged in the base on rear side of function button
Position-limit mechanism, the position-limit mechanism can prevent any function button from being pressed, the control terminal of the position-limit mechanism and the MCU
Module is electrically connected, and when the MCU module recognizes cup body state and corresponding function is forbidden to be run, forbidden function institute is right
The function button answered can not be pressed, so that user be avoided to push the wrong key, improve system run all right, additionally it is possible to avoid child
Unconscious operation improves the safety of machine operation.Here position-limit mechanism can any mechanism for preventing function button from being pressed.
Preferably, the magnetic force that the swing connecting bar on rear side of function button is set and connecting rod swing is attracted to be pressed with barrier functionality key
Source, the magnetic source generate magnetic force to attract connecting rod swing after being powered, barrier functionality key is pressed.The magnetic source power-off
Afterwards, connecting rod restores to initial position under the action of the spring, at this point, function button can be pressed.
Embodiment 3:
The structure difference of itself and embodiment 1 is: the cup body is the cup body without heating device, the closed detection module
Including the magnet being arranged on cup lid and the magnet identification device being arranged on adjutage, the magnet identification device can be with
Magnet is correspondingly arranged, and magnet identification device generates the closed signal.In initial position, the magnet identification device and magnet
Be staggered setting, at this point, the magnet identification device does not generate closed signal, when rotate the cup lid make the magnetic element with
When tongue tube is opposite, the tongue tube is closed and generates the closed signal, and the sealing detection module can collect described
Closed signal, and closed signal is sent to the MCU module.
The method for preparing drink and embodiment 1 of the multi-functional food processor are only in the area air-tight state identification step Shang You
It is other: the closed signal that the closed detection module acquisition cup covers, and closed signal is sent to MCU module, MCU module according to
The closed signal judges whether cup body is in air-tight state, if MCU module detects closed signal, determines cup body and the external world not
Conducting, the cup body are in cold cup-shaped state or vacuum cup state；If closed signal is not detected in MCU module, determine cup body with
The external world is conducted, then the cup body is in hot cup-shaped state.
The foregoing is merely illustrative of the preferred embodiments of the present invention, be not intended to limit the invention, all to send out in the present invention
Within spirit and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of method of multi-functional food processor production drink, the food processor includes having motor and wiring board
Base, cup body component, crushing knife, heating device and vacuum evacuation device, the cup body component include cup body and cup lid, the line
Road plate is equipped with MCU module, heating unit, signal detection module and closed detection module, which is characterized in that the production drink
The method of product includes the following steps:
Machine powers on；
Cold and hot cup state recognition step: the MCU module control heating unit conducting, the signal detection module acquisition heating are single
The Continuity signal of member, and it is sent to MCU module, MCU module judges the cold and hot cup state of cup body according to Continuity signal；
Air-tight state identification step: the closed detection module acquires closed signal, and closed signal is sent to MCU module,
MCU module judges whether cup body is in air-tight state according to the closed signal；
Drink making step: enter drink manufacturing process.
2. the method for multi-functional food processor production drink according to claim 1, which is characterized in that step B) in,
Whether the signal detection module acquisition heating unit has current lead-through signal or voltage turn-on signal, if so, will letter
It number is sent to MCU module, the MCU module determines that cup body is hot cup-shaped state；If it is not, the MCU module determines that cup body is cold cup
State.
3. the method for multi-functional food processor production drink according to claim 1, which is characterized in that step B) in,
The bottom of cup is provided with resistance, the resistance and circuit board electrical connection, generates the Continuity signal in the heating unit；
Alternatively, the bottom of cup is provided with heating tube, the heating tube and circuit board electrical connection, in the heating unit described in generation
Continuity signal；Or the bottom of cup is provided with heating film, the heating film and circuit board electrical connection, in the heating unit
Generate the Continuity signal.
4. the method for multi-functional food processor production drink according to claim 1, which is characterized in that on the cup lid
The feeding cover that can be rotated relative to cup lid, step C are equipped with equipped with feeding port, at the feeding port) in, the closed detection module inspection
Survey whether feeding cover has closed signal, if so, closed signal is sent to MCU module, the MCU module determines that cup body is
Air-tight state；If it is not, the MCU module determines that cup body is non-air-tight state.
5. the method for multi-functional food processor production drink according to claim 4, which is characterized in that the closed inspection
The magnetic element that module includes the tongue tube being electrically connected with wiring board and is located in feeding cover is surveyed, when the magnetic element and dry spring
When managing opposite, the tongue tube is closed and generates the closed signal.
6. the method for multi-functional food processor production drink according to claim 1, which is characterized in that the food adds
Work machine further includes the display module with control panel, step C) after be equipped with function and show step C1: the MCU module is according to working as
Preceding cup body air-tight state sends to control panel and instructs, and the control panel is shown under the cup body state according to instruction control display module
Corresponding icon.
7. the method for multi-functional food processor production drink according to claim 6, which is characterized in that the food adds
Work machine further includes alarm module, and function is additionally provided with alarming step after showing step: when triggering function not corresponding with cup body state
After energy, the control panel sends false command to MCU module, and the MCU module sends to alarm module and orders, the alarm mould
Block starting alarm.
8. the method for multi-functional food processor production drink according to claim 1, which is characterized in that on the machine
The electric time is T0, and T0 is within the scope of 0 second T0≤2 second <.
9. the method for multi-functional food processor production drink according to claim 1, which is characterized in that the heating is single
First turn-on time is T1, and T1 is within the scope of 0 second T1≤3 second <.
10. a kind of multi-functional food processor, including base, cup body component, crushing knife, heating dress with motor and wiring board
It sets and vacuum evacuation device, the cup body component includes cup body and cup lid, which is characterized in that the wiring board is equipped with MCU mould
Block, heating unit, signal detection module and closed detection module, the MCU module are equipped with control program, the control journey
Sequence includes the method for preparing drink of multi-functional food processor as claimed in any one of claims 1 to 9, the MCU module
Control motor, vacuum evacuation device and heating device work.
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| CN109124281B (en) | 2021-08-03 |
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