CN208750781U - Heat conducting device of electromagnetic oven - Google Patents
Heat conducting device of electromagnetic oven Download PDFInfo
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- CN208750781U CN208750781U CN201820813910.5U CN201820813910U CN208750781U CN 208750781 U CN208750781 U CN 208750781U CN 201820813910 U CN201820813910 U CN 201820813910U CN 208750781 U CN208750781 U CN 208750781U
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Abstract
The utility model provides an electromagnetic oven heat conduction device. The utility model discloses an electromagnetic oven heat conduction device includes magnetic conduction spare (2) and heat conduction mounting (5) of being connected with magnetic conduction spare (2). The utility model discloses an electromagnetism stove heat conduction device, during the use, heat conduction mounting (5) set up between magnetic conduction spare (2) and cooking household utensils (4), and heat conduction mounting (5) are used for fixing magnetic conduction spare (2) and cooking household utensils (4) to pass to cooking household utensils (4) with the heat of magnetic conduction spare (2), enable the non-magnetism-conducting cooking household utensils of electromagnetism stove heating.
Description
Technical field
The utility model relates to household appliance technical field more particularly to a kind of heat conducting device for electromagnetic stove.
Background technique
With the continuous development of science and technology, the application in domestic appliances such as electromagnetic oven are more and more.Electromagnetic oven without oil smoke, it is removable,
It is convenient succinct, become the necessary article of family kitchen.Electromagnetic oven is to utilize electrical cooking apparatus made of electromagnetic inductive heating principle.
By portions such as high-frequency induction heating coil (i.e. magnet exciting coil), RF power conversion equipment, controller and ferromagnetic material the bottom of a pan cookers
It is grouped as.In use, being passed through alternating current in coil, alternating magnetic field, the big portion of the magnetic line of force of alternating magnetic field are just generated around coil
Divide through metal pan, a large amount of vortex are generated in the bottom of a pan, to generate the heat needed for cooking.
Currently, the cooking utensil of electromagnetic oven is needed with magnetic conductivity, such as irony or chalybeate cook utensil, and
The bottom of a pan of cook utensil needs to be flat.
However, electromagnetic oven can not heat non-magnetic cooking utensil, the use scope of electromagnetic oven is limited.
Utility model content
The utility model provides a kind of heat conducting device for electromagnetic stove, can make electromagnetic oven heating non-magnetic cooking utensil.
The utility model provides a kind of heat conducting device for electromagnetic stove, and heat conducting device for electromagnetic stove is arranged on electromagnetic oven, electromagnetic oven
The thermally conductive fixing piece that heat-transfer device includes magnetic conductive part and connect with magnetic conductive part.
In this way, the cooking utensil of non-magnetic can be heated by magnetic conductive part on electromagnetic oven, allow users to more wide
The cooking utensil that general selection is heated on electromagnetic oven increases the use scope of electromagnetic oven.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
The lower part of thermally conductive fixing piece and cooking utensil is fixed, and the heat that magnetic conductive part is generated reaches cooking utensil.As
A kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
Thermally conductive fixing piece is heat-conducting double-sided adhesive tape, and heat-conducting double-sided adhesive tape is adhesively fixed with magnetic conductive part.
In this way, preventing cooking utensil mobile relative to magnetic conductive part by the fixed cooking utensil of heat-conducting double-sided adhesive tape.It is thermally conductive double
Face glue not only protects magnetic conductive part, but also reduces the food materials that overflow in cooking utensil in the electromagnetic oven course of work to the shadow of magnetic conductive part
It rings.Since heat-conducting double-sided adhesive tape is soft, the bottom and the cooking utensil that heat-conducting double-sided adhesive tape are sticked on the outside of cooking utensil
Lateral surface, make heat-conducting double-sided adhesive tape cladding porcelain dish exterior bottom and lateral surface, to increase the heating of food materials in cooking utensil
Efficiency.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
Magnetic conductive part is rubber magnetic sheet.
Magnetic conductive part is bent, can also be rolled into tubular.Magnetic conductive part can coat the outside bottom of cooking utensil with heat-conducting double-sided adhesive tape
Portion and lateral surface.And magnetic conductive part has magnetic conduction effect, and magnetic conductive part can generate heat by the electromagnetic oven under open state.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
The one side of rubber magnetic sheet is Nian Jie with thermally conductive fixing piece.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
Thermally conductive fixing piece is at least arranged 2, and all thermally conductive fixing pieces are connect with magnetic conductive part.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
Magnetic conductive part is magnetic holding plate.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
The gross area of thermally conductive fixing piece is less than or equal to the area of the bottom on the outside of cooking utensil.
In this way, convenient for placing cooking utensil on thermally conductive fixing piece.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
There is heat-insulated handle on magnetic holding plate.
As a kind of optional mode, heat conducting device for electromagnetic stove provided by the utility model,
There is the protective layer for protecting thermally conductive fixing piece on thermally conductive fixing piece.
The construction of the utility model and its other purpose of utility model and beneficial effect will be in conjunction with the accompanying drawings
Description of preferred embodiments and it is more obvious and easy to understand.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the heat conducting device for electromagnetic stove that the utility model embodiment one provides；
Fig. 2 is the usage state diagram for the heat conducting device for electromagnetic stove that the utility model embodiment one provides；
Fig. 3 is the enlarged drawing in Fig. 2 at A；
Fig. 4 is the usage state diagram in another direction of heat conducting device for electromagnetic stove that the utility model embodiment one provides；
Fig. 5 is the structural schematic diagram for the heat conducting device for electromagnetic stove that the utility model embodiment two provides.
Description of symbols:
1-electromagnetic oven；
2-magnetic conductive parts；
3-panels；
4-cooking utensils；
5-thermally conductive fixing pieces；
6-magnetic holding plates；
7-heat-insulated handles.
Specific embodiment
Embodiment one
Fig. 1 is the structural schematic diagram for the heat conducting device for electromagnetic stove that the utility model embodiment one provides；Fig. 2 is that this is practical
The usage state diagram for the heat conducting device for electromagnetic stove that new embodiment one provides；Fig. 3 is the enlarged drawing in Fig. 2 at A；Fig. 4 is this reality
With the usage state diagram in another direction of heat conducting device for electromagnetic stove that new embodiment one provides.As Figure 1-Figure 4, with setting
Explanation is used as on battery furnace 1.Heat conducting device for electromagnetic stove heat conducting device for electromagnetic stove provided in this embodiment include magnetic conductive part 2 and with
The thermally conductive fixing piece 5 that magnetic conductive part 2 connects；
Magnetic conductive part 2 generates heat by the electromagnetic oven 1 under open state；
In use, being arranged thermally conductive fixing piece 5 between magnetic conductive part 2 and cooking utensil 4, thermally conductive fixing piece 5 is for fixing
Magnetic conductive part 2 and cooking utensil 4, and the heat of magnetic conductive part 2 is reached into cooking utensil 4.
Wherein, cooking utensil 4 is non-magnetic cooking utensil, and cooking utensil 4 can be medicine decocting tank, the sand of ceramic material
Pot, porcelain dish, china bowl or other common cooking utensils 4 with cooking utensil 4 are porcelain dish in the present embodiment for the ease of narration
For be illustrated.
It should be noted that the magnetic conductive part 2 in the present embodiment passes through heat transfer for magnetic conductive part 2 under 1 open state of electromagnetic oven
The heat of generation reaches cooking utensil 4 by thermally conductive fixing piece 5.Specifically, thermally conductive fixing piece 5 can be direct with cooking utensil 4
Contact, cooking utensil 4 directly absorbs the heat of the generation of magnetic conductive part 2 by thermally conductive fixing piece 5, with the food in heating device ware 4
Material, such mode thermal loss is few, and the heating efficiency for improving the food materials in heating device ware 4 is high.Thermally conductive fixing piece 5 with cook
Vessel 4 are adjusted also to can have gap, magnetic conductive part 2 is led to the heat that magnetic conductive part 2 generates under 1 open state of electromagnetic oven by heat transfer
It crosses thermally conductive fixing piece 5 and reaches cooking utensil 4, with the food materials in heating device ware 4.
Wherein, heat conducting device for electromagnetic stove includes magnetic conductive part 2 and the thermally conductive fixing piece 5 that connect with magnetic conductive part 2, and magnetic conductive part 2 is logical
The electromagnetic oven 1 crossed under open state generates heat.Specifically, electromagnetic oven 1 is using electrical made of electromagnetic inductive heating principle
Cooking apparatus.Electromagnetic oven 1 is passed through alternating current in the coil of electromagnetic oven 1, just generates friendship around coil in the state of unlatching
Varying magnetic field, the magnetic line of force of alternating magnetic field largely pass through magnetic conductive part 2, and a large amount of vortex are generated in the bottom of a pan, to generate culinary art institute
The heat needed.
Since magnetic conductive part 2 passes through heat transfer by the heat that magnetic conductive part 2 generates under 1 open state of electromagnetic oven, by thermally conductive solid
Determine part 5 and reaches cooking utensil 4.Electromagnetic oven 1 can be enable to heat the cooking utensil 4 of non-magnetic.It allows users to relatively broad
The cooking utensil 4 for selecting the non-magnetic heated on electromagnetic oven 1, increases the use scope of electromagnetic oven 1, largely
Reduce electromagnetic oven to the dependence of permeability magnetic material.
In a kind of application scenarios, specifically, food, which is carried out, places the difficulty that just cools off due to temperature reduction when winter a little while
With entrance, or amount is excessive when cooking, and food has turned cold when next time is wanted to eat.The dish to turn cold is put into pot and reheats dish mistake again
In trouble, time-consuming stir-frying is not only wanted, also to clean cookware afterwards, in order to make the not mutual taint of odour of different types of dish, enters pot every time
The hot dish of oneself energy, low efficiency.Food is typically contained in china bowl in perhaps porcelain dish can be directly by china bowl or porcelain
Disk is placed on thermally conductive fixing piece 5, and magnetic conductive part 2 is contacted with the panel 3 of electromagnetic oven 1, opens electromagnetic oven 1, and electromagnetic oven 1 is made to be in low
Warm heated condition (power of electromagnetic oven 1 is transferred to less than or equal to 800 watts specifically, can choose), magnetic conductive part 2 is by opening
The electromagnetic oven 1 opened under state generates heat, to heat the china bowl or porcelain dish that are placed on thermally conductive fixing piece 5, to heat Sheng
It is placed in china bowl or food in porcelain dish.It does not need respectively to pour into food in cookware, then be heated by electromagnetic oven 1, simplified
Utilize the program of electromagnetic oven 1 hot meal.
In another application scenarios, specifically, using the medicine decocting tank of ceramic material as cooking utensil 4.Utilize ceramic material
When the medicine decocting tank of matter is boiled medicine, the medicine decocting tank of ceramic material is directly placed on thermally conductive 5 magnetic conductive part 2 of fixing piece and is passed through under open state
Electromagnetic oven 1 generate heat, to heat the medicine decocting tank of ceramic material being placed on thermally conductive fixing piece 5, so that heating is contained in
The medicinal material of the medicine decocting tank of ceramic material does not need so that the medicine decocting tank of ceramic material can boil medicine on electromagnetic oven 1 by ceramic material
Medicine decocting tank heated on gas-cooker, or boiled medicine using electric medicine decocting tank, save resource, and easy to use.
In addition, the area of magnetic conductive part 2 can be equal to or less than the area of the panel 3 of electromagnetic oven 1, certainly, magnetic conductive part 2
Area cannot be unlimited it is small, optionally, the value of the area of magnetic conductive part 2 is located at the area and cooking utensil 4 of the panel 3 of electromagnetic oven 1
Outside bottom area between, it is good with the heating effect to cooking utensil 4.
Optionally, the lower part of heat conducting device for electromagnetic stove provided by the above embodiment, thermally conductive fixing piece 5 and cooking utensil 4 is solid
It is fixed, the heat that magnetic conductive part 2 generates is reached into cooking utensil 4.
Specifically, thermally conductive fixing piece 5 is arranged between magnetic conductive part 2 and cooking utensil 4, thermally conductive fixing piece 5 is led for fixation
Magnetic part 2 and cooking utensil 4, and the heat that magnetic conductive part 2 generates is reached by cooking utensil 4 by thermally conductive fixing piece 5, avoid cooking device
Ware 4 is directly contacted with magnetic conductive part 2.It should be noted that the lower part of the cooking utensil 4 in the present embodiment refers specifically to cooking utensil 4
Outside bottom and the bottom close to the outside of cooking utensil 4 lateral surface, it is thermally conductive solid for example, when cooking utensil 4 is porcelain dish
Determine the bottom that part 5 can directly with the big plane contact of the bottom on the outside of porcelain dish or the outside of thermally conductive fixing piece 5 and porcelain dish
Contact, and thermally conductive fixing piece 5 makes thermally conductive fixing piece 5 coat the exterior bottom of porcelain dish and outer also with the outside face contact of porcelain dish
Side, to increase the heating efficiency of food materials in porcelain dish.
Optionally, thermally conductive fixing piece 5 is heat-conducting double-sided adhesive tape, and heat-conducting double-sided adhesive tape is adhesively fixed with magnetic conductive part 2.
In concrete implementation mode, one side and the magnetic conductive part 2 of heat-conducting double-sided adhesive tape are adhesively fixed, and make magnetic conductive part 2 and lead
Hot double faced adhesive tape is adhesively fixed, then can be Nian Jie with the lower part of cooking utensil 4 by the another side of heat-conducting double-sided adhesive tape, makes to cook
Vessel 4 are remained unchanged relative to the position of magnetic conductive part 2, prevent cooking utensil 4 mobile relative to magnetic conductive part 2.Heat-conducting double-sided simultaneously
Adhesive tape plays thermally conductive effect.
Also, it is convenient that bond plies are used and replaced, and reaches the heat that magnetic conductive part 2 generates by bond plies and cooks
Vessel 4 are adjusted, cooking utensil 4 is avoided directly to contact with magnetic conductive part 2, the food materials in cooking utensil 4 overflow in bond plies, directly
Connect replacement bond plies.
Bond plies had not only protected magnetic conductive part 2, but also reduced and overflow in cooking utensil 4 in 1 course of work of electromagnetic oven
Influence of the food materials to magnetic conductive part 2.
Heat-conducting double-sided adhesive tape is to fill thermal conductive ceramic powder by acrylic polymers, is combined with organic silicon adhesive.
Characteristic with high thermal conductivity and insulation, heat-conducting double-sided adhesive tape have flexibility, compressibility, docile property, strong viscosity.Bond plies
Band adaptive temperature range is big, can fill up the surface of out-of-flatness, is bonded to heat-conducting double-sided adhesive tape energy close and firm heat source device and dissipates
Backing quickly conducts heat.The key property of heat-conducting double-sided adhesive tape is thermally conductive and insulation.
It should be noted that heat-conducting double-sided adhesive tape to be sticked to the bottom on the outside of porcelain dish since heat-conducting double-sided adhesive tape is soft
The lateral surface of portion and porcelain dish makes the exterior bottom and lateral surface of heat-conducting double-sided adhesive tape cladding porcelain dish, to increase food materials in porcelain dish
Heating efficiency.
If magnetic conductive part 2 can be bent, magnetic conductive part 2 can follow heat-conducting double-sided adhesive tape to surround the outer of porcelain dish cladding porcelain dish together
More heats are reached porcelain dish by heat-conducting double-sided adhesive tape by side bottom and lateral surface.
Optionally, thermally conductive fixing piece 5 is Nian Jie with the bottom in the outside of cooking utensil 4.
Thermally conductive fixing piece 5 is heat-conducting double-sided adhesive tape, and heat-conducting double-sided adhesive tape is only Nian Jie with the bottom in the outside of cooking utensil 4.
When food materials are less in porcelain dish, in other words, only there are food materials in the bottom of the inside of porcelain dish, heat-conducting double-sided adhesive tape can be glued
Bottom on the outside of porcelain dish, concentration heat the bottom on the outside of porcelain dish, increase heating efficiency, and protect porcelain dish, avoid
Porcelain dish is excessively heated and is damaged, and influences the service life of porcelain dish.
When heat-conducting double-sided adhesive tape is only sticked to the bottom on the outside of porcelain dish, heat-conducting double-sided adhesive tape can be shaped to
The shape of bottom on the outside of porcelain dish is identical, and the bottom on the outside of existing porcelain dish is mostly circle, and heat-conducting double-sided adhesive tape can be set
For the circle equal with the base diameter on the outside of porcelain dish, it is also possible to magnetic conductive part 2 is also cut to circle, it is optionally, thermally conductive
Double faced adhesive tape is equal with the diameter of magnetic conductive part 2, i.e., heat-conducting double-sided adhesive tape is concordant with the outer rim of magnetic conductive part 2, in this way, magnetic conductive part 2 is logical
It crosses thermally conductive fixing piece 5 to connect with the bottom in the outside of cooking utensil 4, keeps heat conducting device for electromagnetic stove outer tube beautiful.
Heat-conducting double-sided adhesive tape can also be equal with the diameter of magnetic conductive part 2, and the diameter of heat-conducting double-sided adhesive tape is less than on the outside of porcelain dish
Base diameter 10mm, in other words, the diameter of heat-conducting double-sided adhesive tape be less than porcelain dish on the outside of base diameter, bond plies
The outer rim of band and the outer rim of the bottom on the outside of porcelain dish have distance so that it is convenient to mention from the present embodiment of tearing of the bottom on the outside of porcelain dish
The heat conducting device for electromagnetic stove of confession is detached from cooking utensil 4 convenient for heat conducting device for electromagnetic stove provided in this embodiment, in case next time makes
With.
Bottom on the outside of some porcelain dishes is ellipse, correspondingly, heat-conducting double-sided adhesive tape and magnetic conductive part 2 can also be ellipse
Shape.Or heat-conducting double-sided adhesive tape and magnetic conductive part 2 are disposed as polygon, rectangle.The present embodiment is not limited thereto.
It should be noted that the bottom in some 4 outsides of cooking utensil has protrusion, such as china bowl and porcelain dish, if by china bowl
When being heated with the heat conducting device for electromagnetic stove that porcelain dish provides through this embodiment, electromagnetic oven 1 is made to be in low-temperature heat state.Porcelain
Bowl and porcelain dish use in heat conducting device for electromagnetic stove provided in this embodiment carries out hot meal, and therefore, electromagnetic oven 1 can be low temperature
At this point, the bottom protrusion on the outside of china bowl and porcelain dish can be contacted directly with the panel 3 of electromagnetic oven 1 porcelain will not occur for heated condition
The phenomenon that disk is excessively heated and is damaged, and influences the service life of porcelain dish.
Optionally, magnetic conductive part 2 is rubber magnetic sheet.
It should be noted that rubber magnetic sheet is made of this part of ferrite and microelement, rubber magnetic sheet can be bent, can also
To be rolled into tubular.And rubber magnetic sheet has magnetic conduction effect, and rubber magnetic sheet can generate heat by the electromagnetic oven 1 under open state
Amount.
When magnetic conductive part 2 is rubber magnetic sheet, magnetic conductive part 2 can follow heat-conducting double-sided adhesive tape to surround porcelain dish cladding porcelain dish together
More heats are reached porcelain dish by heat-conducting double-sided adhesive tape by exterior bottom and lateral surface.
Optionally, the one side of rubber magnetic sheet is Nian Jie with thermally conductive fixing piece 5；
Optionally, the panel 3 of the another side of rubber magnetic sheet and electromagnetic oven 1 is opposite.
In one possible implementation, rubber magnetic sheet is Nian Jie with thermally conductive fixing piece 5, in use, directly will mutually glue
The rubber magnetic sheet and thermally conductive fixing piece 5 connect is put on the panel 3 of electromagnetic oven 1, wherein the another side and electromagnetic oven 1 of rubber magnetic sheet
Panel 3 it is opposite, in other words, rubber magnetic sheet the panel 3 of face Nian Jie with thermally conductive fixing piece 5 and electromagnetic oven 1 relatively, general
Porcelain dish is put on thermally conductive fixing piece 5, and porcelain dish can be heated by being then turned on electromagnetic oven.
Specifically, the distance between the face Nian Jie with thermally conductive fixing piece 5 and the panel 3 of electromagnetic oven 1 are not rubber magnetic sheet
0-2mm.When the distance between panel 3 of the face Nian Jie with thermally conductive fixing piece 5 and electromagnetic oven 1 is not 0mm to rubber magnetic sheet,
I.e. rubber magnetic sheet is directly contacted with cooking utensil 4, and cooking utensil 4 directly absorbs the heat of rubber magnetic sheet generation, is cooked with heating
Food materials in vessel 4, such mode thermal loss is few, and the heating efficiency for improving the food materials in heating device ware 4 is high.Rubber
Magnetic sheet and cooking utensil 4 also can have gap, i.e., when rubber magnetic sheet the face Nian Jie with thermally conductive fixing piece 5 and electromagnetic oven 1
The distance between panel 3 when being less than 2mm, rubber magnetic sheet can also will generate heat and reach cooking utensil 4, with heating device
Food materials in ware 4.
Heat conducting device for electromagnetic stove provided by the above embodiment, magnetic conductive part 2 are rubber magnetic sheet, and thermally conductive fixing piece 5 is thermally conductive double
Face adhesive tape, rubber magnetic sheet and heat-conducting double-sided adhesive tape it is soft, rubber magnetic sheet and heat-conducting double-sided adhesive tape can be bent.It uses
When, first rubber magnetic sheet is sticked in bond plies, it is then that bond plies are Nian Jie with the lower part of cooking utensil 4, finally, will
Rubber magnetic sheet is put on the panel 3 of electromagnetic oven 1, electromagnetic oven 1 is opened, by rubber magnetic sheet and heat-conducting double-sided adhesive tape to cooking device
Ware 4 is heated.
Optionally, there is the protective layer for protecting thermally conductive fixing piece 5 on thermally conductive fixing piece 5.
Specifically, protecting thermally conductive fixing piece 5 by protective layer, thermally conductive fixing piece 5 is avoided to damage.When thermally conductive fixing piece 5 is
When heat-conducting double-sided adhesive tape, protective layer is sticked on bond plies band, avoid colloid on bond plies band due to pollution or
Damage, and can not be Nian Jie with the lower part of cooking utensil 4.
The material of protective layer can be plastics, specifically, protective layer can be plastic paper, plastic paper is tough and tensile and frivolous, tool
There are waterproof, acidproof and alkaline-resisting superior property.
As shown in figure 4, heat conducting device for electromagnetic stove provided by the above embodiment, is first sticked to bond plies for rubber magnetic sheet
On, it is then that bond plies are Nian Jie with the lower part of cooking utensil 4, finally, rubber magnetic sheet is put on the panel 3 of electromagnetic oven 1,
Electromagnetic oven 1 is opened, cooking utensil 4 is heated by rubber magnetic sheet and heat-conducting double-sided adhesive tape.
Heat conducting device for electromagnetic stove provided by the above embodiment, magnetic conductive part 2 generate heat by the electromagnetic oven 1 under open state
Amount, to heat the cooking utensil 4 being placed on magnetic conductive part 2, thus the food materials that heating is contained in cooking utensil 4.Simplify benefit
With the program of 1 hot meal of electromagnetic oven.The use scope of electromagnetic oven 1 is increased, reduction electromagnetic oven largely is to magnetic conduction material
The dependence of material.
Embodiment two
Fig. 5 is the structural schematic diagram for the heat conducting device for electromagnetic stove that the utility model embodiment two provides.As shown in figure 5,
On the basis of above-described embodiment, heat conducting device for electromagnetic stove provided in this embodiment, wherein
Thermally conductive fixing piece 5 is at least arranged 2, and all thermally conductive fixing pieces 5 are connect with magnetic conductive part 2, each thermally conductive fixing piece 5
One cooking utensil 4 of upper placement.Magnetic conductive part 2 is put on the panel 3 of electromagnetic oven 1 (area of magnetic conductive part 2 and the face of electromagnetic oven 1
The area equation of plate 3), magnetic conductive part 2 puts multiple cooking utensils 4 by thermally conductive fixing piece 5, once can be hot more using electromagnetic oven 1
Food in a cooking utensil 4.
It should be noted that making the limited amount of thermally conductive fixing piece 5 since the space of the panel 3 on electromagnetic oven 1 is limited.
If cooking utensil 4 is china bowl, the quantity of thermally conductive fixing piece 5 is set as 3-5 according to the difference of china bowl size, uses electromagnetism
Furnace 1 once can food in hot 3-5 china bowl；If cooking utensil 4 is porcelain dish, the quantity of thermally conductive fixing piece 5 is according to porcelain
The difference of disk size is set as 2, once can food in hot 2 porcelain dishes using electromagnetic oven 1；Or use electromagnetic oven 1 one
It is secondary can food in the food and 3 china bowls in hot 1 porcelain dish.According to the space of the panel 3 on electromagnetic oven 1, adjustment is led
5 quantity of thermally conductive fixing piece on magnetic part 2 makes electromagnetic oven 1 can meal in the different types of cooking utensil 4 of heat in first use
Dish saves the Hot dishes time.
In addition, but thermally conductive fixing piece 5 be heat-conducting double-sided adhesive tape when, can according to the shape of 4 exterior bottom of cooking utensil, cut out
Cut the thermally conductive fixing piece 5 of multiple shapes.In use, selecting matched lead according to the shape of 4 exterior bottom of cooking utensil
Thermal mount 5 is sticked to magnetic conductive part 2, and magnetic conductive part 2 under 1 open state of electromagnetic oven is generated heat by heat transfer and reached by magnetic conductive part 2
Cooking utensil 4 completes the heating of cooking utensil 4.Since thermally conductive fixing piece 5 is sticked to magnetic conductive part 2, thermally conductive fixation can be arbitrarily adjusted
Position of the part 5 on magnetic conductive part 2, so that heat conducting device for electromagnetic stove provided in this embodiment, to different type and various combination
Cooking utensil 4 heated, it is easy to use.
Optionally, magnetic conductive part 2 is magnetic holding plate 6.Magnetic holding plate 6 will be under 1 open state of electromagnetic oven by heat transfer
Magnetic holding plate 6 generates heat and reaches cooking utensil 4.
For example, magnetic conductive part 2 is stainless steel plate, iron plate.Stainless steel plate is usually the general name of stainless steel plate and acidproof steel plate.No
Rust steel plate refers to the steel plate of the weak dielectric corrosion such as resistance to atmosphere, steam and water.
Since magnetic conductive part 2 is put on the panel 3 of electromagnetic oven 1, magnetic conductive part 2 will be under 1 open state of electromagnetic oven by heat transfer
Magnetic conductive part 2 generates heat and reaches cooking utensil 4, if the food materials in cooking utensil 4 are excessive, on the direct runner magnetic conductive part 2 of meeting, leads
Magnetic part 2 is overflowed the erosion of food materials by cooking utensil 4 for a long time, will affect the performance of magnetic conductive part 2.Therefore, magnetic conductive part 2 is using stainless
Steel plate makes magnetic conductive part 2 be resistant to the erosion that cooking utensil 4 overflows food materials, the performance without influencing magnetic conductive part 2.
It should be noted that magnetic holding plate 6 is generated 1 open state magnetic metal plate 6 of electromagnetic oven by heat transfer
Heat reaches cooking utensil 4, therefore, in order to electromagnetic oven 1 is provided through this embodiment heat conducting device for electromagnetic stove to cooking device
Ware 4 has more preferable heating effect, and optionally, the thickness of magnetic holding plate 6 is less than or equal to 10mm.
Optionally, the gross area of thermally conductive fixing piece 5 is less than or equal to the area of the bottom in 4 outside of cooking utensil.
Specifically, the gross area of thermally conductive fixing piece 5 is set smaller than or the face of the bottom equal to the outside of cooking utensil 4
Product, when placing cooking utensil 4 on thermally conductive fixing piece 5, easy to operate, thermally conductive fixing piece 5 also plays positioning to cooking utensil 4
Effect, while also saving space, on magnetic conductive part 2 of the same area, thermally conductive fixing piece 5 can be placed more.
Optionally, there is heat-insulated handle 7 on magnetic holding plate 6.
It should be noted that can be incited somebody to action by band proximity gloves etc. after the completion of cooking utensil 4 heats on electromagnetic oven 1
Heated cooking utensil 4 moves on on dining table from heat conducting device for electromagnetic stove provided in this embodiment, to provided in this embodiment
After heat conducting device for electromagnetic stove is cooling, heat conducting device for electromagnetic stove provided in this embodiment is removed from electromagnetic oven 1.
But it if food materials in cooking utensil 4 are excessive than more serious, needs immediately to lead electromagnetic oven provided in this embodiment
Thermal is removed from electromagnetic oven 1.Therefore, in heat conducting device for electromagnetic stove provided in this embodiment, on magnetic holding plate 6 have every
Hot handle 7, food materials in cooking utensil 4 are excessive than more serious, need the thermally conductive dress of electromagnetic oven provided in this embodiment immediately
It sets when being removed from electromagnetic oven 1, first passes through hot gloves etc. for heated cooking utensil 4 from electromagnetic oven provided in this embodiment
Heat-transfer device is removed, then by the heat-insulated handle 7 on magnetic holding plate 6 by heat conducting device for electromagnetic stove provided in this embodiment from
It removes on electromagnetic oven 1, is cleaned to heat conducting device for electromagnetic stove provided in this embodiment and electromagnetic oven 1.
Optionally, heat-insulated handle 7 can connect for the handle on steamer, heat-insulated handle 7 with the edge of magnetic holding plate 6,
Heat-insulated handle 7 is arranged two, and two heat-insulated handles 7 are oppositely arranged.
Heat-insulated handle 7 also can be set one, and heat-insulated handle 7 is located at the middle part of magnetic holding plate 6.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (9)
1. a kind of heat conducting device for electromagnetic stove, which is characterized in that the heat conducting device for electromagnetic stove includes magnetic conductive part (2) and leads with described
The thermally conductive fixing piece (5) of magnetic part (2) connection；
The thermally conductive fixing piece (5) and the lower part of cooking utensil (4) are fixed, and the heat that the magnetic conductive part (2) generate is reached
Cooking utensil (4).
2. heat conducting device for electromagnetic stove according to claim 1, which is characterized in that the thermally conductive fixing piece (5) is thermally conductive double
Face adhesive tape, the heat-conducting double-sided adhesive tape are adhesively fixed with the magnetic conductive part (2).
3. heat conducting device for electromagnetic stove according to claim 1, which is characterized in that the magnetic conductive part (2) is rubber magnetic sheet.
4. heat conducting device for electromagnetic stove according to claim 3, which is characterized in that the one side of the rubber magnetic sheet is led with described
Thermal mount (5) bonding.
5. heat conducting device for electromagnetic stove according to claim 1, which is characterized in that the thermally conductive fixing piece (5) is at least arranged 2
A, all thermally conductive fixing pieces (5) connect with magnetic conductive part (2).
6. heat conducting device for electromagnetic stove according to claim 5, which is characterized in that the magnetic conductive part (2) is magnetic holding plate
(6)。
7. heat conducting device for electromagnetic stove according to claim 5, which is characterized in that the gross area of the thermally conductive fixing piece (5)
Less than or equal to the area of the bottom on the outside of the cooking utensil (4).
8. heat conducting device for electromagnetic stove according to claim 6, which is characterized in that on the magnetic holding plate (6) have every
Hot handle (7).
9. according to the described in any item heat conducting device for electromagnetic stove of claim 2-8, which is characterized in that the thermally conductive fixing piece (5)
The upper protective layer with for protecting the thermally conductive fixing piece (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820813910.5U CN208750781U (en) | 2018-05-29 | 2018-05-29 | Heat conducting device of electromagnetic oven |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820813910.5U CN208750781U (en) | 2018-05-29 | 2018-05-29 | Heat conducting device of electromagnetic oven |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208750781U true CN208750781U (en) | 2019-04-16 |
Family
ID=66052586
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820813910.5U Active CN208750781U (en) | 2018-05-29 | 2018-05-29 | Heat conducting device of electromagnetic oven |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208750781U (en) |
-
2018
- 2018-05-29 CN CN201820813910.5U patent/CN208750781U/en active Active
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