CN207893809U - Spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system - Google Patents
Spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system Download PDFInfo
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- CN207893809U CN207893809U CN201820086672.2U CN201820086672U CN207893809U CN 207893809 U CN207893809 U CN 207893809U CN 201820086672 U CN201820086672 U CN 201820086672U CN 207893809 U CN207893809 U CN 207893809U
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Abstract
The utility model discloses a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking systems, wherein the intelligent electromagnetic cooking system includes：An at least electromagnetism cooks unit, and the electromagnetism culinary art unit is used for cooking food；An at least sensing unit, the sensing unit can receive instruction；An and at least processing unit, the wherein described sensing unit is communicatively connected in a network in the processing unit, the electromagnetism culinary art unit is controllably connected to the processing unit, wherein the processing unit is used to control the electromagnetism culinary art unit according to instruction so that electromagnetism culinary art unit executes one and is automatically brought into operation.
Description
Technical field
The utility model is related to the culinary arts of the intelligent electromagnetic kitchen tools and intelligent electromagnetic of electromagnetism kitchen tool field more particularly to a spill
System.
Background technology
Electromagnetic oven and matched cookware are commonly used kitchen tools in daily life, because electromagnetic oven has quick heating, nothing
Open fire, without pernicious gas, the advantages that safety is good and compact have received the welcome of consumers in general on the market.Electromagnetism
The operation principle of stove is that magnetic field inducing eddy current heating principle is utilized, and electromagnetic oven is generated first with electric current by coil after powered up
Magnetic field, when the magnetic force in magnetic field reaches matched cookware bottom, because electromagnetic induction generates many vortex so that pot body itself
Generate heat, and then the food in heating kettle.However there is some to lack for traditional electromagnetic oven and matched cookware
Point.
It is that traditional electromagnetic oven generally uses flat panel first, acts on flat cookware bottom to generate vortex, in turn
Heat is generated for culinary art.However for the domestic common people, it is understood that there may be problem, because everybody custom is decocted with pan
Egg, fried fish etc., and in daily dish demand it is bigger be cooking, on the one hand possibly can not with pan come if cooking
High flame is provided to dish to fry suddenly, is on the other hand the stir-frying depth pan that is needed for cooking to be difficult offer.
Secondly be exactly to be continued to develop in science and technology, people's life more and more convenient today, traditional plane electromagnetic oven and
Matched cookware seems to can no longer meet the demand of people.People’s lives are all towards intelligent development, and Google is sent out a few days ago
The AI+ softwares that cloth can be issued+hardware Google house keeper Google Home are exactly the representative of this trend.In this regard, traditional
With original cookware, there is no there is too big difference in fact for electromagnetic oven.Traditional electromagnetic oven needs user to be operated around it
It controls so that the electromagnetic oven can safely be run, once user needs to change the working condition of electromagnetic oven, electromagnetic oven needs
Want user's manual operation that can be reset, this point has inconvenience for the user, because sometimes
It needs both hands to operate the food materials in the cookware on electromagnetic oven, such as holds cookware on the other hand, the other hand holds pot
Shovel stir-frying food, user need to stop this operation to change the working condition of the electromagnetic oven.
In addition, for some users, it may be possible to enter culinary cuisine for the first time, it is not clear that the culinary art of certain foods
Process, user needs the people for being familiar with this flow to instruct at one's side to smoothly complete operation in this case, or borrows
Mobile electronic device is helped to obtain relevant operating process from internet.It is understood that this is also ten for the user
Divide inconvenience, because above-mentioned the two solution is all there is defect, user can not complete alone for the former operation, after
The person of operating with of person needs to notice that the screen of mobile electronic device even needs to hold the movement constantly in real process
Electronic equipment, it is for culinary art and not convenient.
Therefore, how to make electromagnetic oven more intelligent, disclosure satisfy that the more demands of consumer, and each household electrical appliances at present
The target that device producer and relevant industry are made great efforts.
Utility model content
The one of the utility model is designed to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein institute
Stating spill intelligent electromagnetic kitchen tools has a concave structure, so that firepower can be concentrated user in use, and then meets
The demand of big fire quick-fried.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools have a concave structure so that user can stir-fry in use to food with
And the operations such as top pot.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools provide a spill intelligent electromagnetic oven and at least one matched cookware, wherein spill intelligence electricity
The shape of magnetic stove and the cookware is mutually matched, so that the cookware can be just fitted in the spill intelligent electromagnetic oven.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic oven can be such that each position of the cookware is equably heated.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic oven and the matched cookware reduce the whole height of the spill intelligent electromagnetic kitchen tools, so that institute
The space for stating spill intelligent electromagnetic kitchen tools is reduced.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill design of the spill intelligent electromagnetic oven meets the culinary art custom of compatriots.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools provide a controller, wherein the controller enables to the spill intelligent electromagnetic kitchen tools
It is intelligent.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can not only record the use process of user, such as time, firepower etc. can also instruct
User such as cooks.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can use the spill intelligent electromagnetic kitchen tools and culinary art by voice guidance user.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can be arranged in user, such as the data such as firepower, time, temperature are cook in next step
It prepares food.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
User can voice control the spill intelligent electromagnetic kitchen tools.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can record the operation information of user according to the different classifications of user.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can identify and record different users.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools provide a control panel, and user can be by the control panel to the spill intelligent electromagnetic
Kitchen tools are controlled.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can realize the pipe to user's healthy diet by the record for user's operation information
Reason.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can push menu and relevant health and fitness information to user.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
Other smart machines that the spill intelligent electromagnetic kitchen tools can be used with user communicate, to obtain more information.
The another object of the utility model is to provide a spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system, wherein
The spill intelligent electromagnetic kitchen tools can send out alarm outwardly when finding abnormal operating state.
In order to reach at least one of above-mentioned purpose of utility model, the utility model provides a spill intelligent electromagnetic kitchen
Tool, wherein the spill intelligent electromagnetic kitchen tools include：
One electromagnetic oven body, an electromagnetic inductor, an identifier and a controller, wherein the electromagnetic inductor is held
It is contained in the electromagnetic oven body, the identifier is communicatively connected in a network in the controller, and the electromagnetic inductor is controllable
It is connected to system the controller, wherein identifier user identity for identification.
An embodiment according to the present utility model, the identifier are camera, infrared inductor, voice receiver composition
Combination in it is one or more.
An embodiment according to the present utility model, the controller include a receiving module, a processing module and a storage
Module, wherein the processing module is communicatively connected in a network in the receiving module and the memory module.
An embodiment according to the present utility model, the spill intelligent electromagnetic oven further comprise a control panel, wherein
The control panel is arranged on the outside of the electromagnetic oven body, and is communicatively connected in a network in the processing module.
An embodiment according to the present utility model, the electromagnetic inductor include a supporter and a coil group, wherein institute
It states supporter and matches the concave panel, the coil group matches the supporter and the supporter covers the coil
Group.
An embodiment according to the present utility model, institute's spill intelligent electromagnetic oven includes a shielding aluminium ring, wherein the shielding
Aluminium ring is arranged on the coil group bottom.
An embodiment according to the present utility model, the spill intelligent electromagnetic oven includes multiple magnetic stripes, wherein the magnetic stripe
It is arranged on the supporter.
An embodiment according to the present utility model, the coil group is using double winding bilayer enamel-cover inside and outside 8.5 inches
Line.
An embodiment according to the present utility model, the spill intelligent electromagnetic oven is including an at least fan and at least one
Ventilation opening, wherein the fan is arranged in the electromagnetic oven body, the ventilation opening is set to the fan with being aligned
To promote to radiate in the electromagnetic oven body.
An embodiment according to the present utility model, the spill intelligent electromagnetic oven further comprise a safety member, wherein institute
It states safety member and is controllably connected to the electromagnetic inductor so as to detect the electromagnetic inductor in the safety member
Operating ambient temperature is more than a preset value will make the electromagnetic inductor be stopped automatically later.
In order to reach at least one of above-mentioned purpose of utility model, the utility model provides intelligent electromagnetic culinary art system
System, the intelligent electromagnetic cooking system include：
An at least electromagnetism cooks unit, and the electromagnetism culinary art unit is used for cooking food；
An at least sensing unit, the sensing unit can receive instruction；And
An at least processing unit, wherein the sensing unit is communicatively connected in a network in the processing unit, the electromagnetism
Culinary art unit is controllably connected to the processing unit, wherein the processing unit is used to control the electromagnetism according to instruction
Culinary art unit is so that electromagnetism culinary art unit executes one and is automatically brought into operation.
An embodiment according to the present utility model, the sensing unit include an outside induction module, the external induction
Module is communicatively connected in a network in the processing unit.
An embodiment according to the present utility model, the external induction module includes user's induction module, described to make
User's induction module is for obtaining the information about user, wherein the external induction module is communicatively connected in a network in institute
Processing unit is stated, wherein the processing unit identifies user identity by the information that user's induction module transmits.
An embodiment according to the present utility model, the external induction module further comprise an object induction module, institute
Subject-induced module is stated for obtaining the information about electromagnetism culinary art unit operation object, wherein the subject-induced mould
Block is communicatively connected in a network in the processing unit, wherein the information that the processing unit is transmitted by the subject-induced module
To identify operation object.
An embodiment according to the present utility model, the sensing unit are camera, infrared inductor, voice receiver group
At combination in it is one or more.
An embodiment according to the present utility model, the intelligent electromagnetic cooking system further comprise an interactive unit,
Described in interactive unit for electromagnetism culinary art unit, the interaction between the processing unit and user, wherein the interaction
Unit is communicatively connected in a network in the sensing unit and the processing unit.
An embodiment according to the present utility model, the interactive unit are a touch displays for carrying phonetic incepting function
Screen.
An embodiment according to the present utility model, the electromagnetism culinary art unit includes a spill intelligent electromagnetic oven and a spill
Pot, wherein the spill pot is set to the spill electromagnetic oven with being matched.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram of a spill intelligent electromagnetic kitchen tools of a preferred embodiment according to the present utility model.
Fig. 2 is a spill intelligent electromagnetic of the spill intelligent electromagnetic kitchen tools of above-described embodiment according to the present utility model
The stereoscopic schematic diagram of stove.
Fig. 3 is showing for an electromagnetic inductor of the spill intelligent electromagnetic oven of above-described embodiment according to the present utility model
It is intended to.
Fig. 4 A are an application scenarios of the spill intelligent electromagnetic kitchen tools of above-described embodiment according to the present utility model
Schematic diagram.
Fig. 4 B are the another application scenes of the spill intelligent electromagnetic kitchen tools of above-described embodiment according to the present utility model
Schematic diagram.
Fig. 5 is the schematic block diagram of intelligent electromagnetic cooking system according to the present utility model.
Specific implementation mode
It is described below for disclosing the utility model so that those skilled in the art can realize the utility model.It retouches below
Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It is retouched following
The basic principle of the utility model defined in stating can be applied to other embodiments, deformation scheme, improvement project, etc. Tongfangs
The other technologies scheme of case and spirit and scope without departing from the utility model.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is no
It can be interpreted as the limitation to quantity.
It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper",
The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside"
Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, and
It is not that the device of instruction or hint meaning or element must have a particular orientation, with specific azimuth configuration and operation, therefore
Above-mentioned term should not be understood as limiting the present invention.
As shown in attached drawing 1 to attached drawing 5, spill intelligent electromagnetic kitchen tools according to the present utility model are elucidated with, wherein described
Spill intelligent electromagnetic kitchen tools apply the principle that electromagnetic induction generates vortex, convert electrical energy into thermal energy, and then heat and be placed
Dish in the spill intelligent electromagnetic kitchen tools.The spill intelligent electromagnetic kitchen tools are in the process of use without open fire, safety
It trusts, is particularly suitable for the kitchen and dining room of modernization.
Specifically, the spill intelligent electromagnetic kitchen tools include a spill intelligent electromagnetic oven 10 and an at least spill pot 20,
The shape of the wherein described spill pot 20 and the spill intelligent electromagnetic oven 10 is mutually matched, so that the spill pot 20 can be put
It sets in the spill intelligent electromagnetic oven 10.It is understood that the number of the spill pot 20 is not limited in one, an institute
Multiple spill pots 20 can be matched by stating spill intelligent electromagnetic oven 10.It is noted that the shape knot of the spill pot 20
Structure material can be differed to meet different users and different use environments, as long as the bottom of the spill pot 20
The spill intelligent electromagnetic oven 10 can be placed on by fitting.
The spill intelligent electromagnetic oven 10 includes a furnace body 11, a concave panel 12, an electromagnetic inductor 13 and one control
Device 14, wherein the concave panel 12 be used to conduct heat, and the carrying spill pot 20, wherein the electromagnetic inductor
13 be used to generate magnetic field in the energized state, and the spill pot 20 for being placed on the spill intelligent electromagnetic oven 10 is produced in magnetic field
It is raw to influence, so that it is generated vortex, and then generate heat, achievees the purpose that heating.
The furnace body 11 has an accommodating chamber 110, a space is provided to accommodate mutual electronic device, wherein the receiving
Accent is located at 11 top of the furnace body, wherein the concave panel 12 is coated over the receiving accent, so that the spill pot
20 are carried on the spill intelligent electromagnetic oven 10 by the concave panel 12.The electromagnetic inductor 13 is arranged on described
Accommodating chamber 110, and under the concave panel 12, so that after the electromagnetic inductor 13 is powered, magnetic field can pass through
The concave panel 12 reaches the spill pot 20, to be acted to the spill pot 20.The controller 14 is arranged on
The accommodating chamber 110 of the furnace body 11, wherein the controller 14 is communicatively connected in a network in the electromagnetic inductor 13,
Described in controller 14 can receive the information from the electromagnetic inductor 13 and control the work of the electromagnetic inductor 13
Make.
The spill pot 20 has a pot body 21 and leader 22, wherein the handle 22 is arranged on the pot body 21 weeks
One predeterminated position on edge, with convenient for users to the movement spill pot 20.The bottom quilt of the pot body 21 of the spill pot 20
It is set as spill, that is, towards lower recess.
The spill pot 20 is removably installed in the spill intelligent electromagnetic oven 10 so that the spill pot 20 and institute
Stating spill intelligent electromagnetic oven 10 can be by easy to clean and replacement.Further, the spill pot 20 is arranged to described recessed
The concave panel 12 of shape intelligent electromagnetic oven 10 match so that the spill pot 20 can be snugly placed on it is described recessed
Shape intelligent electromagnetic oven 10, and then on the one hand stability between the two is improved so as to reduce the spill pot 20 in use
Movement, on the other hand improve conduction efficiency between the two and swill avoided to fall to the spill pot 20 and described
Between concave panel 12.Further, the center of gravity of the pot body 21 of the spill pot 20 is arranged to and the spill intelligence
The center of gravity of energy electromagnetic oven 10 is in same axis so as to can be stabilized in the concave panel when spill pot 20 is used
12, reduce movement.
When user operates to heat the spill pot 20 the spill intelligent electromagnetic oven 10, the spill intelligence
Can electromagnetic oven 10 be able to record the operating process of user, such as the temperature set, the operation carried out at some time point, often
Interlude point between one operation, the information such as corresponding temperature with time point.It is noted that the spill intelligence electricity
Magnetic stove 10 can also record operates corresponding user each time.
Specifically, the controller 14 of the spill intelligent electromagnetic oven 10, which includes a receiving module 141, one, handles mould
Block 142 and a memory module 143, wherein the receiving module 141 can be received from extraneous information, wherein the processing mould
Block 142 is communicatively connected in a network in the receiving module 141, wherein the memory module 143 is communicatively coupled with respectively
The receiving module 141 and the processing module 142, wherein the memory module 143, which be used to store, comes from the reception mould
The information of block 141, wherein the processing module 142 is used for the treatment of information to execute subsequent operation, wherein the electromagnetism sense
Device 13 is answered to be controllably connected to the processing module 142.
The spill intelligent electromagnetic oven 10 includes a control panel 15, wherein the control panel 15 is arranged on the stove
The outside of body 11.The control panel 15 is controllably connected to the electromagnetic inductor 13 and enables the user to pass through behaviour
Make the control panel 15 to control the work of the spill intelligent electromagnetic oven 10.However, it is not limited to this for illustration such as
Say that preset temperature, the receiving module 141 of the controller 14 receive user's input by the control panel 15
After information, the processing module 142 is passed information to, and then the processing module 142 can be by controlling the electromagnetism
Temperature rise is either dropped to preset temperature by the mode of inductor 13.The control panel 15 be communicatively connected in a network in
The controller 14 so that the information that receives of the controller 14 either treated that information can be fed back in the control
Panel 15 processed.Optionally, the controller 14 is controllably connected to the control panel 15 and enables the user to pass through
The control panel 15 is operated to operate the controller 14.That is, can be directly by the control panel
15 are connected to the electromagnetic inductor 13 so that the control panel 15 can operate the electromagnetic inductor 13, also may be used
To be operation of the control panel 15 by the completion of the controller 14 for the electromagnetic inductor 13.
Further, the spill intelligent electromagnetic oven 10 further comprises a temperature inductor 16, wherein the temperature sense
Device 16 is answered to be communicatively connected in a network in the controller 14, so that the receiving module 141 of the controller 14 can receive
Temperature information from the temperature inductor 16.Optionally, the temperature inductor 16 is a thermistor, passes through circuit electricity
The variation of either voltage is flowed to detect temperature.On the one hand the controller 14 receives the temperature of the acquisition of the temperature inductor 16
On the other hand information controls the operating power of the electromagnetic inductor 13 so that the spill by collected temperature information
The temperature of intelligent electromagnetic oven 10 reaches preset temperature.The temperature inductor 16 is communicatively connected in a network in the control panel
15 enable the user to observe directly the temperature that the temperature inductor 16 detects by the control panel 15, in turn
Intuitively connect the real-time working temperature of the spill intelligent electromagnetic oven 10.
Further, the spill intelligent electromagnetic oven 10 includes an identifier 17, wherein the identifier 17 can be led to
It is connected to letter the controller 14, so that 17 collected information of the identifier can connect described in the controller 14
It receives module 141 to receive, is stored in the memory module 143, and processing that can be Jing Guo the processing module 142 is to obtain
One recognition result.In an example of the utility model, the identifier 17 can be a camera, wherein the camera quilt
It is arranged in 11 outside of the furnace body so that the camera is able to detect that the user around the spill intelligent electromagnetic oven 10.
In another example of the utility model, the identifier 17 can also be a speech recognition device 17, it is, the identifier
17 identify the identity of user by the voice of user.Certainly, it will be appreciated by persons skilled in the art that the identification
The number of device 17 not just one can be that a camera adds speech recognition device 17.
It is noted that when user operates the control panel 15, the control panel 15 can show and recognize
User identity.User can change this recognition result by operating the control panel 15, illustrate but
It is not cause to limit to the utility model, when the identifier 17 is for the first time identified a user, in the knowledge
After the initial results of identification are shown to the control panel 15 by other device 17, user can be by operating the control panel 15
And then personalized setting is carried out to the initial results.Illustrate that however, it is not limited to this that the identifier 17 recognizes one
Then user exports recognition result " XXX " in the control panel 15, user can be by the control panel 15 come weight
Recognition result described in new settings, such as make " user S " into.It is understood that the control panel 15 can be one tactile
Screen is touched, user can be modified directly above, can also be, and user directly controls the control plane by voice
Plate 15, into without directly being operated.
It is noted that 10 storage inside of spill intelligent electromagnetic oven have many menus with convenient for users to behaviour
Make.Menu information can be stored directly in the memory module 143 of the controller 14, can also be the control panel
15 are communicatively connected in a network in external equipment, such as mobile electronic device, can be by mobile electronic device by relevant dish
Spectrum information passes to the control panel 15, and user can be obtained by directly operating the control panel 15.This is not for
It is familiar with for the user of culinary art being very convenient, cooking process can be completed for the first time by operating.
More it is noted that the spill intelligent electromagnetic oven 10 has writing function, it is able to record the behaviour of user
Make process.Specifically, when user operates before the spill intelligent electromagnetic oven 10, the controller 14 it is described
Memory module 143 will record all operations, and user can also be by voice either directly in the control panel 15
Define the appellation of this time operating process.Illustrate but the utility model is not caused to limit, user with tomato with
Egg completes the operation of one of tomato scrambled eggs, then can send out instruction, voice control to the spill intelligent electromagnetic oven 10
Make the spill intelligent electromagnetic oven 10, such as " saving as tomato omelette/omelet ", or in the control panel 15 directly by this
Operating process is stored as " tomato omelette/omelet " or other customized names.
When the identifier 17 receives the instruction from user, command information is transferred to institute by the identifier 17
The receiving module 141 of controller 14 is stated, then the processing module 142 handles the information from the receiving module 141.
Can also be when the control panel 15 receives the instruction from user, to be communicatively connected in a network in described
Command information is transferred to the controller 14 so that the controller 14 is made accordingly by the control panel 15 of controller 14
Processing.
It is noted that when either other users need to carry out identical operation to user next time, it can be with
By controlling 10 repetitive operation of spill intelligent electromagnetic oven.It illustrates but the utility model is not caused to limit, make
User directly sends out instruction to the spill intelligent electromagnetic oven 10, such as " tomato omelette/omelet ", the identifier 17 receive finger
The controller 14 is passed to after order, the corresponding information for being stored in the memory module 143 is fed back to the control
Panel 15 selects for user, and user either can directly operate the control panel 15 to select its needs by voice
Operation, such as tomato omelette/omelet on July 1st, 2015, after the user completes to select, the spill intelligent electromagnetic oven
10 automatic execute operate accordingly, such as first prompt user will be put into the spill pot 20 after raw material disposal, then
Entire pre-stored operating process is shown on the control panel 15, such as temperature is with the corresponding time.
The electromagnetic inductor 13 includes a supporter 131 and a coil group 132, wherein the coil group 132 is set
In the supporter 131, the supporter 131 supports the coil group 132 in the accommodating chamber 110.That is, the line
Circle group 132 and the supporter 131 are all accommodated in the accommodating chamber 110.The supporter 131 is arranged on the furnace body
11, so that the supporter 131 is supported by the furnace body 11.Optionally, the supporter 131 is arranged to from the furnace body 11
Inner wall extends to form inwardly so that the coil group 132 can be supported by the supporter 131 to be fixed on the accommodating chamber
110。
The supporter 131 has a concave architecture, and correspondingly, the coil group 132 also has a concave architecture, wherein
The coil group 132 is supported by the supporter 131 so that the coil group 132 keeps concave architecture.Correspondingly, the support
The shape of body 131 and the shape of the concave panel 12 are arranged to be mutually matched so that positioned at the supporter 131 and described
The coil group 132 between concave panel 12 can be respectively mutually matched with the two.
In an embodiment of the utility model, the concave panel 12 is made of concave ceramic wafer.The concave panel
12 have a center, it is preferable that the center of the supporter 131 and the concave panel 12 overlaps, the coil group 132
It is arranged uniformly around the supporter 131.In other words, the coil group 132 is arranged uniformly the concave panel
So that the coil group 132 can be formed at work is uniformly distributed formula electromagnetic field around plate 12, so that the spill intelligence
Energy electromagnetic oven 10 at work can be evenly heated the spill pot 20.
It is noted that in an example of the utility model, the supporter 131 is coated over the coil group
132.In other words, the supporter 131 is located at 132 top of the coil group, and the coil group 132 is by 131 institute of the supporter
Covering.Specifically, the supporter 131 has a upper surface and a lower surface, wherein the upper surface is towards the spill
Panel 12, the lower surface is towards the coil group 132, when the concave panel 12 ruptures for some reason, is located at institute
The coil group 132 of the lower section of supporter 131 is stated since the protective action of the supporter 131 makes moisture that can not reach, into
And protect the circuit safety at this.
More particularly, the furnace body 11 has one first opening, one second opening and a wall and with described
Accommodating chamber 110, wherein first opening is formed in the wall top, second opening is formed in the wall bottom end.
The concave panel 12 is coated over the wall top to cover first opening, and the supporter 131 is located at described enclose
One predeterminated position of wall is the accommodating chamber 110 to be divided into two.In other words, the supporter 131 and the concave panel 12
And the wall of top constitutes a space, when moisture because the damage of the concave panel 12 enters the accommodating chamber
When 110, the supporter 131 plays barrier effect, and electronic component and the coil group 132 are arranged on the supporter
131 lower section is to prevent moisture from entering.Preferably, the supporter 131 is arranged to preset from the one of the inner wall of the wall
Position integrally extends inwardly.
The spill intelligent electromagnetic oven 10 further comprises a pedestal 18, wherein the pedestal 18 is capped on the furnace body
11 it is described second opening, when the spill intelligent electromagnetic oven 10 on the one hand being prevented to be placed on a position moisture from bottom into
Enter, on the other hand can prevent cockroach like small animals from entering the circuit structure inside destroying from second opening.Preferably, institute
It states pedestal 18 and is removably attachable to the furnace body 11 so as to facilitate repair either described to being located in subsequent operation
The electronic component of the accommodating chamber 110 of furnace body 11 is operated.
That is, the spill intelligent electromagnetic oven 10 has a waterproof construction, to reduce the spill intelligent electromagnetic oven
The possibility that electronic component in 10 is entered by moisture.
It is noted that the spill intelligent electromagnetic oven 10 further comprises a block piece 19, wherein the block piece
19 can reduce electromagnetic radiation to reduce for the influence around the spill intelligent electromagnetic oven 10.Because of the spill intelligence electricity
The operation principle of magnetic stove 10 is that the magnetic field for providing some strength makes the spill pot 20 generate heat, so when spill intelligence
Electromagnetic oven 10 inevitably reveals certain magnetic field in ectocine to user during the work time.The block piece 19 can be reduced
Influence of the intensity and then reduction of electromagnetism for user.Preferably, the block piece 19 is arranged on the coil group 132
Bottom is to reduce the magnetic field that the coil group 132 generates in that direction.The block piece 19 can still be not restricted to
Shield aluminium ring.The structure of the shielding aluminium ring does not cause to limit to the utility model, as long as the quality of the shielding aluminium ring is wanted
It asks and has passed through U.S. FCC radiation testing standards.
It is noted that the spill intelligent electromagnetic oven 10 disclosure satisfy that the demand that Chinese user's big fire is fried suddenly, it is
The efficiency of the enhancing spill intelligent electromagnetic oven 10, the electromagnetic inductor 13 further comprise a reinforcement 133, wherein institute
The lower section that reinforcement 133 is arranged on the coil group 132 is stated, the effect of for increasing spill intelligent electromagnetic oven 10.
In one example of the utility model, the reinforcement 133 is magnetic stripe, wherein the magnetic stripe can assemble the magnetic line of force, improves electromagnetic oven
Working efficiency.Preferably, in this example, the number of the magnetic stripe is 16, and the magnetic stripe is divided into 8 groups of arrangements,
That is each includes two magnetic stripes.The arrangement of the magnetic stripe is in center divergent shape around.
It is noted that the structure of the supporter 131 is not a planar structure, but concave architecture, so that institute
The structure of the structure and the coil group 132 of stating supporter 131 is mutually matched so that the coil group 132 can more close to
The concave panel 12 improves the spill intelligent electromagnetic oven 10 to increase the probability that magnetic field passes through the concave panel 12
Working efficiency.
Preferably, the coil group 132 is using double winding double lacquered wire inside and outside 8.5 inches, to increase heating surface
Product and energy valid value.
The spill intelligent electromagnetic oven 10 further comprises an at least radiating piece 100, wherein the radiating piece 100 is received
In the accommodating chamber 110 of the furnace body 11, be located at 13 lower section of the electromagnetic inductor with by the electromagnetic inductor 13 in work
The heat for making to generate in the process is taken away.The pedestal 18 of the spill intelligent electromagnetic oven 10 has at least one to correspond to described dissipate
The ventilation opening of warmware 100 is so as to assist the radiating piece 100 to work.In an example of the utility model, the radiating piece 100
It is fan, and preferably, the number of the fan is two, to increase the radiating efficiency of the radiating piece 100.Correspondingly, institute
The number for stating ventilation opening is also two, and the radiating piece 100 is separately positioned on the both ends of the pedestal 18 to increase radiating efficiency.
Optionally, the power of the fan is 10W.
In order to avoid temperature is excessively high in use causes danger for the spill intelligent electromagnetic oven 10, the spill intelligence
Electromagnetic oven 10 further comprises an at least safety member 1000, wherein the safety member 1000 is controllably connected to the electromagnetism
Inductor 13, when the safety member 1000 detect the temperature of the working environment of the electromagnetic inductor 13 be more than a preset value it
Afterwards, it will automatically disconnect the circuit so that the electromagnetic inductor 13, which is stopped and then plays, reduces dangerous effect.
The safety member 1000 can be a fuse, and the specification of the fuse can still be not restricted to TF=
182℃.The number of the fuse not just one, can be two, play the role of dual fail-safe.
It is noted that the spill intelligent electromagnetic oven 10 with preheating function, illustrate but be not restricted to that
This, the spill intelligent electromagnetic oven 10 can in advance be heated to wait for user to use, such as when cooking breakfast in the morning, previous
It at night, user can be set in second day certain time period temperature rise to how many by the control panel 15
Food, is then placed on the spill pot 20 so as to can enjoy food at once after user gets up by degree.
Further, the spill intelligent electromagnetic oven 10 is with waiting selection function, that is to say, that user can be certainly
Row selects the time begun to warm up the either expected time for completing heating, and the temperature heated, pattern etc..
For the supporter 131, the supporter 131 has an at least through-hole 1310, wherein the through-hole
1310 can be used for the heat dissipation of coil group 132 described herein.For another aspect, the through-hole 1310 can also be described for entering
The moisture of accommodating chamber 110 is discharged.
Optionally, the through-hole 1310 is arranged on the middle part of the supporter 131, and height lowest point is so that described in
Moisture between supporter 131 and the concave panel 12 can be discharged by the through-hole 1310.Correspondingly, the pedestal 18
With a discharge outlet 180, wherein the discharge outlet 180 is set to the pedestal 18 so as to work as the supporter 131 with being matched
When being installed in the pedestal 18, the through-hole 1310 is directed at the discharge outlet 180, hence into 131 He of the supporter
Moisture between the concave panel 12 can reach the discharge outlet 180 from the through-hole 1310 and then leave the spill intelligence
Energy electromagnetic oven 10, and then the device being arranged between the pedestal 18 and the supporter 131 will not be influenced by moisture,
To ensure the normal work of the spill intelligent electromagnetic oven 10.Further, the spill intelligent electromagnetic oven 10 includes a water conservancy diversion
Column 181, wherein the diversion column 181 extends upward into the preset position for being arranged on the pedestal 18, so that described
Diversion column 181 is directed at the through-hole 1310.The diversion column 181 is arranged to hollow tubular, and one end is communicated in the supporter
131 through-hole 1310, the other end are communicated in the discharge outlet 180 of the pedestal 18.In an example of the utility model
In, the diversion column 181 is integrally formed at the pedestal 18 to ensure the sealing between the diversion column 181 and the pedestal 18
Property, the diameter of the diversion column 181 close to 1310 side of the through-hole is more than the diameter of the through-hole 1310 so that described logical
Hole 1310 is housed inside the diversion column 181 to reduce by the 131 junction moisture leakage of the diversion column 181 and the supporter
Possibility.
Further, for the spill intelligent electromagnetic oven 10, the spill intelligent electromagnetic oven 10 can be according to making
The operation information of user realizes the management for user's healthy diet, for example, the identifier 17 identify user's identity and
The food of culinary art show that a diet is reported after the processing of the processing module 142 of the controller 14, and user can be with
Understand the food oneself supplemented daily according to diet report.It is noted that being reported according to the diet, the spill intelligence
Electromagnetic oven 10 can also be as user's personalized recommendation food either menu so that the nutrition of user's intake is more balanced.Also
Can be that the spill intelligent electromagnetic oven 10 shows some relevant health and fitness informations by the control panel 15, for example mentions
A certain specific season, just push relevant food.
It is noted that the spill intelligent electromagnetic oven 10 can not only with the external world such as mobile electronic device or
It is that high in the clouds communicates, can also be communicated with other intelligent electronic devices, such as other intelligent kitchen tools.
As shown in figure 5, another example according to the present utility model, the utility model provides an intelligent electromagnetic cooking system
30, it is taken wherein the intelligent electromagnetic cooking system 30 can utilize electromagnetic induction principle to provide intelligentized culinary art for user
Business.
Specifically, the intelligent electromagnetic cooking system 30 includes that an electromagnetism cooks unit 31, at a sensing unit 32 and one
Unit 33 is managed, wherein electromagnetism culinary art unit 31 is used for cooking food, wherein the sensing unit 32 is used for outside induction
Environment residing for boundary's environment and electromagnetism culinary art unit 31 and internal environment, wherein the processing unit 33 is used for the treatment of
Information is to execute subsequent operation.
It is understood that the electromagnetism culinary art unit 31 can be the spill intelligent electromagnetic kitchen tools.
The sensing unit 32 is communicatively connected in a network to be cooked with obtaining from the electromagnetism in electromagnetism culinary art unit 31
It prepares food the information of unit 31, the processing unit 33 is communicatively coupled with the sensing unit 32 and electromagnetism culinary art respectively
Unit 31 cooks the information of unit 31 to handle from the sensing unit 32 and the electromagnetism.On the other hand, the induction is single
Member 32 and electromagnetism culinary art unit 31 are also controllably connected to the processing unit 33 so that the processing unit 33 exists
32 He of the sensing unit can be controlled after the information that the sensing unit 32 and the electromagnetism cook unit 31 by having handled
The processing unit 33 is to carry out subsequent operation.
It is noted that the processing unit 33 can not only be received and processed from the sensing unit 32 and institute
The information for stating electromagnetism culinary art unit 31, can also store these information so as to can transfer these numbers in time when needed
According to.
The sensing unit 32 includes an outside sensing unit 321 and an induced inside unit 322, wherein the external sense
Unit 321 is answered to be used for the environment outside induction, the induced inside unit 322 is used for the environment inside induction.Herein
It is inside and outside relative to the electromagnetism cook unit 31 for.In other words, the external sensing unit 321 is cooked for detecting the electromagnetism
The environment prepared food outside unit 31, the induced inside unit 322 are used to detect the environment of the inside of the electromagnetism culinary art unit 31
To ensure that the electromagnetism cooks 31 normal working condition of unit.
The external sensing unit 321 is arranged on the outside of the electromagnetism culinary art unit 31 or is directly arranged on
One predeterminated position of the electromagnetism culinary art unit 31 is so that the external sensing unit 321 can sense when that the electromagnetism culinary art is single
External environment outside member 31.It will be appreciated by persons skilled in the art that the external sensing unit 321 can be with the electromagnetism
Culinary art unit 31 is provided separately, that is to say, that the external sensing unit 321 cooks 31 mutual indepedent work of unit with the electromagnetism
Make, physical contact is not present between the two, is in communication with each other by electromagnetic signal.
The external sensing unit 321 includes user's induction module 3211, wherein user's induction module
3211 can sense that the user that unit 31 is cooked close to the electromagnetism, user's induction module 3211 can be communicated
Ground is connected to the processing unit 33 so that the processing unit 33 can be received from user's induction module 3211
Information.The processing unit 33 includes a communication module 331 and an identification module 332, is made with described in the communication module 331
When information of the communication to obtain user's induction module 3211 of user's induction module 3211, the identification module 332 is by can
The communication module 331 is communicatively coupled to make the identity of user with the information for obtaining the communication module 331
One identification.
User's induction module 3211 can be a language accepter, such as receiver, can be a camera,
Can be an infrared inductor, it will be apparent to a skilled person that the type of user's induction module 3211 is simultaneously
It is not limited to this, as long as information can be acquired so that the identification module 332 makes identification.It is understood that described
User's induction module 3211 does not need to be installed on the electromagnetism culinary art unit 31, can cook unit 31 with the electromagnetism and divide
It opens and is separately provided.The demand according to user be can even is that the position of user's induction module 3211 is arranged.
It is noted that user's induction module 3211 can be not only the intelligent electromagnetic cooking system 30 from
The equipment of band can also be the direct equipment outside, such as existing camera.Some present places can be all equipped with
Either other connections can be arranged so that the communication module 331 of the processing unit 33 receives in camera by APP
Induction information from external equipment can also reach the corresponding function of user's induction module 3211 of the utility model.
Even, can directly this purpose be reached using the daily mobile electronic device with camera.Thus, expand institute
State the application range of intelligent electromagnetic cooking system 30.
Further, user's induction module 3211 is a kind of active induction type setting, can also be the intelligence
30 feeling of passivity of energy electromagnetism cooking system answers user.Specifically, user using the electromagnetism cook unit 31 when, actively
Identity information is provided.The processing unit 33 further comprises that a setting module 333, user can pass through the setting module
333 select either to set the identity of oneself, wherein the setting module 333 is communicably set to the identification module
332 so that the identity information that user sets is passed to the identification module 332 by the setting module 333.
It is understood that the setting module 333 can provide an operation interface sets user identity for user, than
Such as say that user's name, the information such as user's head portrait can also be that the setting module 333 provides a preset interface, user is straight
The interface is connected on to be selected, such as user 1, user 2, user 3 etc..In other words, user passes through described in operation
Operation interface sets the user information of oneself.It is, of course, understood that user can also change the user's letter being set
Breath.
The processing unit 33 further comprises a memory module 334, wherein the memory module 334 is believed for storing
Breath, it is worth mentioning at this point that, the memory module 334 is applied not only to store from external information, such as comes from the use
The information of person's induction module 3211 can also store the information inside whelp.The memory module 334 be communicatively connected in a network in
The identification module 332 of the electromagnetism culinary art unit 31, the sensing unit 32 and the processing unit 33.When user leans on
When the nearly electromagnetism culinary art unit 31 is to carry out a cooking operation, the detection of user's induction module 3211 comes from the user
An identity information, the communication module 331 of the processing unit 33 receives from user's induction module 3211
One identity information, the identification module 332 identify the identity information, can be by being stored in the body of the memory module 334
Part information, it can also be to carry out the operation of a setting to the setting module 333 by user to sentence to identify to be compared
The user identity of disconnected user.When user starts to execute a cooking operation, operation note ratio to electromagnetism culinary art unit 31
Memory module 334 is to wait for subsequent operation as described in saying temperature-time information all and can be recorded in.
It is noted that the external induction module 321 can further include a culinary art subject-induced module
3212, wherein the culinary art subject-induced module 3212 be used to detect the object handled by the electromagnetism culinary art unit 31.
That is when user cooks 31 cooking food of unit using the electromagnetism, the culinary art subject-induced module 3212 can detect
The type of the food of culinary art cooks the working environment of unit 31 and the diet feelings of user to follow up the electromagnetism
Condition.
The culinary art subject-induced module 3212 is communicatively connected in a network in the processing unit 33 so that the processing is single
The identification module 332 of member 33 can identify food by the information that the culinary art subject-induced module 3212 detects
Type.
It will be appreciated by persons skilled in the art that the culinary art subject-induced module 3212 can be a camera, lead to
The shape of directly shooting food is crossed to supply information to the identification module 332, the culinary art subject-induced module in the later stage
3212 can be a voice receiver, and the identification module 332, the culinary art pair are supplied information to by the language of user
As induction module 3212 can also be an infrared induction module, information is obtained in subsequent operation by the principle of infrared induction
In be supplied to 332 information of the identification module.The example above does not cause to limit to the utility model.
Further, user's induction module 3211 and the culinary art subject-induced module 3212 can be same
Equipment, such as camera can also be different equipment respectively, such as user's induction module 3211 is a voice
Receiver, the culinary art subject-induced module 3212 can be a camera.It is understood that user's induction module
3211 type and number is not restricted to one, and the type and number of the culinary art subject-induced module 3212 are also not restricted to
One, that is to say, that user's induction module 3211 can be a camera, another user's induction module 3211
Can be a language accepter, the information that the identification module 332 is obtained by two user's induction modules 3211 for
The identity information of user judges and identifies, can improve the accuracy rate of the identification module 332 in this way.It is cooked for described
It is also similar for subject-induced of preparing food module 3212.
The external induction module 321 further comprises an external temperature induction module 3213, wherein the external temperature
Induction module 3213 be used to detect the temperature of electromagnetism culinary art 31 local environment of unit, the external temperature induction module
3213 are communicatively connected in a network in the processing unit 33.
The induced inside module 322 includes an internal temperature induction module 3221, wherein the internal temperature incudes mould
Block 3221 be used to detect the real-time working temperature of electromagnetism culinary art unit 31, and the internal temperature induction module 3221 is by can
It is communicatively coupled to the processing unit 33, when the temperature value that the internal temperature induction module 3221 detects is more than one to be deposited
Storage in the memory module 334 of the processing unit 33, electromagnetism culinary art unit 31 will be stopped work with prevent after
Continuous work generates dangerous.
Correspondingly, the processing unit 33 further comprises a control module 335, wherein the control module 335 is by can
The communication module 331 is communicatively coupled to keep communication, the electromagnetism to cook by the communication module 331 and other equipment
Unit 31 of preparing food is controllably connected to the control module 335, and the control module 335 is communicatively connected in a network in the knowledge
Other module 332 and the memory module 334.
When the internal temperature induction module 3221 detection temperature information be passed to the identification module 332, it is described
Identification module 332 carries out the temperature information detected with the preset temperature information being stored in the memory module 334 pair
Than judging, once find the temperature information detected higher than either equal to preset temperature information value, the identification module 332
An interrupt signal will be sent to the control module 335, the control module 335 is being received from the identification module 332
The interrupt signal after control the cooking equipment be stopped it is dangerous to prevent overheat from generating.
For the intelligent electromagnetic cooking system 30, user and food can not only be identified, additionally it is possible to
Automatically record the operating process of user and relevant information, for example, user using electromagnetism culinary art unit 31 when
Between, the temperature of the electromagnetism culinary art unit 31, corresponding food materials etc..Further, user can not only be set by described
Cover half block 333 sets user identity, can also set whole operation flow by the setting module 333, such as add
Hot temperature, heating time etc..
In an example of the utility model, the setting module 333 includes user's setting module 3331 and a flow
Setting module 3332, wherein subscriber identity information, the process settings mould is arranged for user in user's setting module 3331
The workflow that the electromagnetism cooks unit 31 is arranged for user for block 3332, and the process settings module 3332 is by communicably
It is connected to the control module 335 and the memory module 334.User can be grasped by the process settings module 3332
Make the working condition of the electromagnetism culinary art unit 31, such as start to work in the preset time, is worked with which kind of temperature,
Another preset time power cut-off etc..The process settings module 3332 controls the electromagnetism by the control module 335
Cook the working condition of unit 31.The memory module 334 can operate with relevant information storage record for subsequent.
It illustrates but the utility model is not caused to limit, user is desirable for the electromagnetism culinary art unit 31
A boiled egg is made, when user cooks unit 31 close to the electromagnetism, the identification module 332 passes through the external induction
Equipment completes the identification of the identification and operation object egg for user's user identity.Pass through certain pretreatment quilt in food
After placing the electromagnetism culinary art unit 31, user is set 10 minutes by operating the process settings module 3332,
100 DEG C, the control module 335 controls the electromagnetism culinary art unit 31 and executes this setting after completion setting.User can be
Obtain within 10 minutes the boiled egg by 100 DEG C of heating in 10 minutes.Meanwhile the memory module 334 will store record it is relevant
Information, such as when what user performs what operation.
It is noted that the intelligent electromagnetic culinary art unit 31 further comprises an interactive unit 34, by the friendship
Mutual unit 34 interacts between user and electromagnetism culinary art unit 31.The interactive unit 34 is communicatively connected in a network
In the processing unit 33 and the sensing unit 32.It is understood that user can be by operating the interactive unit
34 control the control module 335 to achieve the purpose that the control electromagnetism cooks unit 31 in turn.Can also be that user is straight
The interactive unit 34 was connected to control the working condition of the control module 335.That is, the utility model not
With in example, the interactive unit 34 can control the electromagnetism culinary art unit 31 by the processing unit 33, can also be,
The electromagnetism culinary art unit 31 is controllably connected to the interactive unit 34.
It is noted that the interactive unit 34 can not only receive the operation information from user, can also incite somebody to action
It is interactive between the two to achieve the purpose that information feeds back to user.
In an example of the utility model, the interactive unit 34 can be a touching display screen, wherein the friendship
Mutual unit 34 is arranged on 31 outside of electromagnetism culinary art unit so that user cooks before the electromagnetism cooks unit 31
It prepares food and can be interacted with electromagnetism culinary art unit 31 conveniently by the interactive unit 34 when operating, say by behaviour
Make the temperature etc. that the interactive unit 34 controls the electromagnetism culinary art unit 31.Further, especially for many culinary arts
It, may be it is not apparent how cooking some foods for new hand, in this case, user can pass through the interactive unit
34 obtain relevant menu, this operation is completed according to the prompt of menu.
The interactive unit 34 can also be a speech recognition device, and user is directly controlled the electromagnetism by voice and cooked
It prepares food unit 31 or user gets off to execute operation by voice in the guidance of the interactive unit 34.
The intelligent electromagnetic cooking system 30 further comprises a safe unit 35, wherein the safe unit 35 is used for
Prevent the electromagnetism culinary art unit 31 from causing danger during the work time.The safe unit 35 includes 351 He of a locking module
One alarm module 352, wherein the locking module 351 cooks unit 31 for locking the electromagnetism, to prevent the electromagnetism from cooking
Unit 31 of preparing food causes danger in the case of maloperation, wherein the alarm module 352 be used to warn electromagnetism described in user
It is dangerous to cook unit 31.
It illustrates but the utility model is not caused to limit, when user is complete by the flow presetting module
In pairs after the operation that the electromagnetism cooks unit 31, control of the electromagnetism culinary art unit 31 in the control module 335
It works automatically down, user can be locked the electromagnetism by the locking module 351 and cook unit 31 to prevent at this time
The children of surrounding carry out maloperation progress to electromagnetism culinary art unit 31 can not arrive user's preset purpose at the beginning.
Either, when the temperature data that the processing unit 33 is obtained by the sensing unit 32 finds that told electromagnetism is cooked
Unit 31 of preparing food is in dry-fire condition, will send a signal to the locking module 351, and the locking module is controllably connected
Unit 31 is cooked in the electromagnetism, the locking module 351 will control the electromagnetism culinary art unit 31 and be stopped to avoid hair
Raw danger either causes danger in itself for electromagnetism culinary art unit 31.
Further, the alarm module 352 is communicatively connected in a network in the processing unit 33, when the electromagnetism is cooked
It, can be to making after the temperature of unit 31 is excessively high or electromagnetism culinary art unit 31 completed the preset operation of user
User prompts.It is noted that when the external induction module detects that children cook close to just at work described
When module of preparing food, the processing unit 33 will send an alarm signal to the alarm module 352 to prompt children far from the electricity
Magnetic culinary art unit 31 either prompts adult to have children close to the electromagnetism culinary art unit 31.
It will be appreciated by persons skilled in the art that the electromagnetism culinary art unit 31 is to utilize electromagnetic induction principle heating food
The equipment of object.In an example of the utility model, the electromagnetism culinary art unit 31 includes a spill electromagnetic oven 311 and a spill
Pot 312, wherein the spill electromagnetic oven 311 and the spill pot 312 are mutually matched so that the spill pot 312 can be received
The spill electromagnetic oven 311 with by heating so that can be with processed food.
The spill electromagnetic oven 311 includes an electromagnetic oven body 3111 and an electromagnetic inductor 3112, wherein the electromagnetism
Inductor 3112 is installed in the electromagnetic oven body 3111 can generate magnetic field under power on condition so that described recessed
The temperature of shape pot 312 increases.
The electromagnetic inductor 3112 be controllably connected to the control module 335 of the processing unit 33 so that
The working condition of the electromagnetic inductor 3112, such as working time and operating power can pass through the control module
335 controls.That is, user can control institute by the interactive unit 34 controls the electromagnetic inductor 3112
State the working condition of electromagnetic oven.
The either processing unit 33 of the interactive unit 34 executes the instruction from user and controls the electromagnetism sense
Answer the work of device 3112.
It is understood that the number of the electromagnetism culinary art unit 31 is not restricted to one, can be multiple electromagnetism
Cook unit 31.Because user may need to be carried out at the same time work to multiple electromagnetism culinary art units 31, to improve culinary art
Efficiency, such as in the rear kitchen in hotel, cook may need to cook multiple dish in a short time.Utilize the intelligence
Electromagnetism cooking system 30, user can simultaneously be automatically brought into operation electromagnetism culinary art unit 31, such as pass through pre- place
The food of reason has had been placed within the electromagnetism culinary art unit 31, and it is single that user can manipulate the electromagnetism culinary art by language
Member 31,
It should be understood by those skilled in the art that the embodiments of the present invention shown in foregoing description and attached drawing are only used as
It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The work(of the utility model
Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiment of the utility model
Can there are any deformation or modification.
Claims (17)
1. a spill intelligent electromagnetic oven, for heating an at least spill pot, wherein the spill pot is matched with the spill intelligence
Energy electromagnetic oven, which is characterized in that including：
One furnace body, an electromagnetic inductor, an identifier and a controller, wherein the electromagnetic inductor is accommodated in the stove
Body, the identifier are communicatively connected in a network in the controller, and the electromagnetic inductor is controllably connected to the control
Device processed, wherein identifier user identity for identification.
2. spill intelligent electromagnetic oven according to claim 1, wherein the identifier is camera, infrared inductor, language
It is one or more in the combination of sound receiver composition.
3. spill intelligent electromagnetic oven according to claim 2, wherein the controller includes a receiving module, a processing mould
Block and a memory module, wherein the processing module is communicatively connected in a network in the receiving module and the memory module,
Described in identifier be communicatively coupled with the controller, the electromagnetic inductor is controllably connected to the control
Device.
4. spill intelligent electromagnetic oven according to claim 3, wherein the spill intelligent electromagnetic oven further comprises a control
Panel processed wherein the control panel is arranged on the outside of the furnace body, and is communicatively connected in a network in the processing module.
5. spill intelligent electromagnetic oven according to claim 4, wherein the electromagnetic inductor includes a supporter and a line
Circle group, the spill intelligent electromagnetic oven further comprise a concave panel, wherein the supporter matches the concave panel, institute
It states coil group and matches the supporter and the supporter covering coil group.
6. spill intelligent electromagnetic oven according to claim 5, wherein institute's spill intelligent electromagnetic oven include a shielding aluminium ring,
Described in shielding aluminium ring be arranged on the coil group bottom.
7. spill intelligent electromagnetic oven according to claim 6, wherein the spill intelligent electromagnetic oven includes multiple magnetic stripes,
Described in magnetic stripe be arranged on the supporter.
8. spill intelligent electromagnetic oven according to claim 6, wherein the coil group is using double wrap inside and outside 8.5 inches
Group double lacquered wire.
9. spill intelligent electromagnetic oven according to claim 6, wherein the spill intelligent electromagnetic oven includes an at least fan
With with an at least ventilation opening, wherein the fan is arranged in the furnace body, the ventilation opening is set to institute with being aligned
Fan is stated to promote to radiate in the furnace body.
10. spill intelligent electromagnetic oven according to claim 6, wherein the spill intelligent electromagnetic oven further comprises a peace
Full part, wherein the safety member is controllably connected to the electromagnetic inductor so as to detect the electricity in the safety member
The operating ambient temperature of magnetic inductor is more than a preset value will make the electromagnetic inductor be stopped automatically later.
11. an intelligent electromagnetic cooking system, which is characterized in that including：
An at least electromagnetism cooks unit, wherein electromagnetism culinary art unit includes a spill intelligent electromagnetic oven；
An at least sensing unit, the sensing unit can receive instruction；And
An at least processing unit, wherein the sensing unit is communicatively connected in a network in the processing unit, the spill intelligence
Electromagnetic oven is controllably connected to the processing unit, is cooked wherein the processing unit is used to control the electromagnetism according to instruction
Unit prepare food so that electromagnetism culinary art unit executes one and is automatically brought into operation.
12. intelligent electromagnetic cooking system according to claim 11, wherein the sensing unit, which includes an outside, incudes mould
Block, the external induction module are communicatively connected in a network in the processing unit.
13. intelligent electromagnetic cooking system according to claim 12, wherein the external induction module includes a user
Induction module, user's induction module is for obtaining the information about user, wherein the external induction module quilt
Be communicatively coupled with the processing unit, wherein the processing unit by information that user's induction module transmits come
Identify user identity.
14. intelligent electromagnetic cooking system according to claim 13, wherein the external induction module further comprises one
Subject-induced module, the subject-induced module are used to obtain the information that unit operation object is cooked about the electromagnetism,
Described in subject-induced module be communicatively connected in a network in the processing unit, wherein the processing unit passes through the object sense
The information that module is transmitted is answered to identify operation object.
15. according to any intelligent electromagnetic cooking system of claim 11 to 14, wherein the sensing unit be camera,
It is one or more in the combination that infrared inductor, voice receiver form.
16. according to any intelligent electromagnetic cooking system of claim 11 to 14, wherein the intelligent electromagnetic cooking system
Further comprise an interactive unit, wherein the interactive unit is for electromagnetism culinary art unit, the processing unit and user
Between interaction, wherein the interactive unit is communicatively connected in a network in the sensing unit and the processing unit.
17. intelligent electromagnetic cooking system according to claim 16, wherein the interactive unit is one to carry phonetic incepting
The touching display screen of function.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820086672.2U CN207893809U (en) | 2018-01-18 | 2018-01-18 | Spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820086672.2U CN207893809U (en) | 2018-01-18 | 2018-01-18 | Spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207893809U true CN207893809U (en) | 2018-09-21 |
Family
ID=63545092
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820086672.2U Active CN207893809U (en) | 2018-01-18 | 2018-01-18 | Spill intelligent electromagnetic kitchen tools and intelligent electromagnetic cooking system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207893809U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117287727A (en) * | 2023-11-24 | 2023-12-26 | 山东佰洁智能电器有限公司 | Intelligent control system of electromagnetic oven |
-
2018
- 2018-01-18 CN CN201820086672.2U patent/CN207893809U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117287727A (en) * | 2023-11-24 | 2023-12-26 | 山东佰洁智能电器有限公司 | Intelligent control system of electromagnetic oven |
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