CN206166588U - Generate heat device and quick electric saucepan of quick electric saucepan - Google Patents
Generate heat device and quick electric saucepan of quick electric saucepan Download PDFInfo
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- CN206166588U CN206166588U CN201620816109.7U CN201620816109U CN206166588U CN 206166588 U CN206166588 U CN 206166588U CN 201620816109 U CN201620816109 U CN 201620816109U CN 206166588 U CN206166588 U CN 206166588U
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- aluminum hull
- heating wire
- ceramic bead
- pot
- hull layer
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Abstract
The utility model provides a device that generates heat of quick electric saucepan, includes the mica sheet, twines heating wire, aluminum hull, two heating wire lead -out wire, two ceramic bead that are connected with the heating wire on the mica sheet, the aluminum hull includes aluminum hull layer, lower aluminum hull layer and side aluminum hull layer to the aluminum hull wraps up heating wire, mica sheet in it, open on the aluminum hull layer down has two through -holes, article two, heating wire lead -out wire two through -holes passing down the aluminum hull layer respectively stretch out aluminum hull layer down, two ceramic bead overlap respectively on two heating wire lead -out wires, aluminum hull layer surface is equipped with two ceramic bead abutment sleeve down, ceramic bead abutment sleeve is with ceramic bead restriction under on the aluminum hull layer. A quick electric saucepan of adopting the aforesaid device that generates heat. The utility model discloses owing to adopt ceramic bead abutment sleeve to send out the heat -insulating material surface with the ceramic bead restriction at the mica, consequently can avoid ceramic bead to break away from the device that generates heat that the quick electric saucepan on heat -insulating material surface was sent out to the mica effectively.
Description
Technical field
The utility model is related to the electro-heat equipment and quick electric cooking pot of a kind of quick electric cooking pot.
Background technology
Electric cooking pot generally using porcelain stewing-cup come Baoshang because the soup of ceramic cup pot is not only more delicious and richer
Nutrition, good for health, the grill pan such as its power dissipation ratio electric cooker is much smaller.But traditional electric cooking pot is lacked due to self structure
Fall into, firing rate is very slow when using, and boils a cup soup and wants nearly 4 to 5 hours, what is had can not even boil（Water temperature is unable to reach 100
Degree Celsius）.
In order to solve this problem, someone is improved the structure of electric cooking pot, such as Chinese patent literature
A kind of electric cooking pot with heat build-up energy storage ring heat conduction structure disclosed in CN205285944U, the electric cooking pot includes base, cloud
Female heat generating member, heat build-up energy storage ring, porcelain stewing-cup and outer pan body, the outer pan body are placed on base, and heat transfer aluminium courage is located at outer pot
The inside of body, the bottom centre of the heat transfer aluminium courage is provided with lug boss, and depressed part is provided with the outside of lug boss, and cloud is installed on lug boss
Female heat generating member, mica heat generating member top is provided with heat build-up energy storage ring, and porcelain stewing-cup is inside heat transfer aluminium courage；Heat build-up energy storage should be carried
The bottom of the heat transfer aluminium courage of the electric cooking pot of ring heat conduction structure matches for concaveconvex shape and with mica heat generating member and heat build-up energy storage ring
Close, effectively prevent because of the electric leakage of mica heat generating member or short circuit caused by infiltration；And heat build-up energy storage ring is the thicker aluminium of relative material
Plate is stamped to form, and has good heat build-up energy storage and thermal conducting function, realizes the effect of the ceramic relatively rapid energy-conservation of saucepan.
But, the structure of above-mentioned mica heat generating member forms disk generally using the mica sheet of aluminium flake parcel winding heating wire
The structure of shape, the shell that aluminium flake is formed（That is aluminum hull）Including upper aluminum hull layer, lower aluminum hull layer and side aluminum hull layer.Two connect with heating wire
The heating wire lead-out wire for connecing stretches out lower aluminum hull layer respectively, is cased with ceramic bead respectively on this two heating wire lead-out wires, and nylon
Be limited in ceramic bead on the outer surface of lower aluminum hull layer by the detent mechanism of sleeve pipe and nylon cable tie composition.The effect of the ceramic bead
It is to heating wire lead-out wire positioning, heat-insulated, it is to avoid heating wire lead-out wire is rocked, and prevents two heating wire from drawing linear contact lays, causing
Short circuit.But above-mentioned this structure is in the use environment of high temperature, nylon sleeve and nylon due to it during long-term use
Band be easily damaged with it is aging, cause ceramic bead to come off, to heating wire lead-out wire produce harmful effect, have a strong impact on mica heating
The service life of part.Additionally, above-mentioned this structure structure is more complicated, manufacturing cost is higher, mounts and dismounts all inconvenient.
The content of the invention
Technical problem to be solved in the utility model is to provide one kind and ceramic bead firmly can be limited in into mica for a long time
Heat generating member surface, is effectively prevented from the electro-heat equipment that ceramic bead departs from the quick electric cooking pot on mica heat generating member surface.The skill of use
Art scheme is as follows：
A kind of electro-heat equipment of quick electric cooking pot, including mica sheet, the heating wire being wrapped on mica sheet, aluminum hull, two
Heating wire lead-out wire, two ceramic beads being connected with heating wire, the aluminum hull include upper aluminum hull layer, lower aluminum hull layer and side aluminum hull
Layer, and be wrapped in it for heating wire, mica sheet by aluminum hull, and the lower aluminum hull layer is provided with two through holes, two heating wire
Two through holes that lead-out wire is each passed through lower aluminum hull layer stretch out lower aluminum hull layer, and two ceramic beads are respectively fitted over two heating wire
On lead-out wire, it is characterised in that：The lower aluminum hull layer outer surface is provided with two ceramic bead abutment sleeves, the ceramic bead positioning sleeve
Be limited in ceramic bead on lower aluminum hull layer by cylinder.
Preferably scheme, the ceramic bead bottom is provided with positioning slope, and the ceramic bead abutment sleeve is enclosed within ceramic bead bottom
On the positioning slope in portion.It is this to be designed to allow ceramic bead abutment sleeve that preferably ceramic bead is limited on lower aluminum hull layer.
A kind of preferably scheme, the ceramic bead abutment sleeve is made into integration with lower aluminum hull layer.This scheme can be more preferable
Protection ceramic bead, and be easy to manufacture.
Further object is to provide a kind of quick electric cooking pot using above-mentioned electro-heat equipment, and concrete scheme is such as
Under：
A kind of quick electric cooking pot, including outer pan body, heat transfer aluminum pot, electro-heat equipment, aluminum pot terminal pad, it is characterised in that：Institute
Electro-heat equipment is stated to be drawn including mica sheet, the heating wire being wrapped on mica sheet, aluminum hull, two heating wire being connected with heating wire
Line, two ceramic beads, the aluminum hull include upper aluminum hull layer, lower aluminum hull layer and side aluminum hull layer, and aluminum hull is by heating wire, mica sheet
It is wrapped in it, the lower aluminum hull layer is provided with two through holes, two heating wire lead-out wires are each passed through the two of lower aluminum hull layer
Individual through hole stretches out lower aluminum hull layer, and two ceramic beads are respectively fitted on two heating wire lead-out wires, it is characterised in that：Under described
Aluminum hull layer outer surface is provided with two ceramic bead abutment sleeves, and ceramic bead is limited in lower aluminum hull layer by the ceramic bead abutment sleeve
On.
Preferably scheme, the heat transfer aluminum pot top end opening connects with outer pan body top end opening, and electro-heat equipment is arranged on and passes
Between hot bottom of aluminium pot and aluminum pot terminal pad, the heat transfer aluminum pot bottom is connected with outer pan body bottom.
Preferably scheme, the aluminum pot terminal pad includes electro-heat equipment installation cavity and connecting side wall, the connecting side wall top
The pressing door circle for caving inward is provided with portion opening, the heat transfer aluminum pot bottom outside wall is provided with the pressing groove for caving inward,
The pressing groove of the pressing door circle insertion heat transfer aluminum pot bottom outside wall of the aluminum pot terminal pad, aluminum pot terminal pad will be filled positioned at heating
The electro-heat equipment in installation cavity is put to be pressed on heat transfer bottom of aluminium pot.This number for being designed to efficiently reduce part, more
Ensure the efficiency of heat transfer well.
Preferably scheme, the heat transfer aluminum pot bottom is using attachment screw connection outer pan body bottom.This causes the aluminum pot that conducts heat
It is more stable, it is not easy to rock.
The utility model beneficial effect against existing technologies is, due to being limited ceramic bead using ceramic bead abutment sleeve
On mica heat generating member surface, therefore, it is possible to be effectively prevented from the heating that ceramic bead departs from the quick electric cooking pot on mica heat generating member surface
Device；And ceramic bead bottom sets positioning slope, then enable that ceramic bead abutment sleeve preferably coordinates with ceramic bead；Ceramics
Pearl abutment sleeve is made into integration with lower aluminum hull layer, is easy to manufacture, and can be effectively prevented from the damage of ceramic bead abutment sleeve.
Brief description of the drawings
Fig. 1 is the partial sectional view of the utility model preferred embodiment；
Fig. 2 is the top view of preferred embodiment shown in Fig. 1；
The sectional view of the quick electric cooking pot of Fig. 3 the utility model preferred embodiments.
Specific embodiment
As shown in Figure 1, 2, the electro-heat equipment 1 of the quick electric cooking pot in this preferred embodiment, including mica sheet 101, winding
104, two potteries of the heating wire lead-out wire that heating wire 102 on mica sheet 101, aluminum hull 103, two are connected with heating wire 102
Porcelain bead 105, the aluminum hull 103 includes upper aluminum hull layer 1032, lower aluminum hull layer 1031 and side aluminum hull layer 1033, and aluminum hull 103 will
Heating wire 102, mica sheet 101 are wrapped in it, and the lower aluminum hull layer 1031 is provided with two through holes, and two heating wire are drawn
Two through holes that line 104 is each passed through lower aluminum hull layer 1031 stretch out lower aluminum hull layer 1031, and two ceramic beads 105 are respectively fitted over
On two heating wire lead-out wires 104, lower 1031 outer surface of aluminum hull layer are provided with two ceramic bead abutment sleeves 106, the pottery
Be limited in ceramic bead 105 on lower aluminum hull layer 1031 by porcelain bead abutment sleeve 106.
The bottom of the ceramic bead 105 is provided with positioning slope 1051, and the ceramic bead abutment sleeve 106 is enclosed within ceramic bead 105
On the positioning slope 1051 of bottom.It is this to be designed to allow ceramic bead abutment sleeve 106 to be preferably limited in down ceramic bead 105
On aluminum hull layer 1031.
The ceramic bead abutment sleeve 106 is made into integration with lower aluminum hull layer 1031.This scheme can preferably protect pottery
Porcelain bead 105, and it is easy to manufacture.
As shown in figure 3, a kind of quick electric cooking pot using above-mentioned electro-heat equipment 1, including outer pan body 3, heat transfer aluminum pot 2, hair
Thermal 1, aluminum pot terminal pad 4.
As shown in Figure 1, 2, the electro-heat equipment 1 include mica sheet 101, be wrapped on mica sheet 101 heating wire 102,
104, two ceramic beads 105 of the heating wire lead-out wire that aluminum hull 103, two is connected with heating wire 102, the aluminum hull 103 includes upper
Aluminum hull layer 1032, lower aluminum hull layer 1031 and side aluminum hull layer 1033, and be wrapped in for heating wire 102, mica sheet 101 by aluminum hull 103
In it, the lower aluminum hull layer 1031 is provided with two through holes, and two heating wire lead-out wires 104 are each passed through lower aluminum hull layer 1031
Two through holes stretch out lower aluminum hull layer 1031, two ceramic beads 105 are respectively fitted on two heating wire lead-out wires 104, institute
State 1031 outer surface of lower aluminum hull layer and be provided with two ceramic bead abutment sleeves 106, the ceramic bead abutment sleeve 106 is by ceramic bead
105 are limited on lower aluminum hull layer 1031.
As shown in figure 3, the heat transfer top end opening of aluminum pot 2 connects with the top end opening of outer pan body 3, electro-heat equipment 1 is arranged on
Between the heat transfer bottom surface of aluminum pot 2 and aluminum pot terminal pad 4, the heat transfer bottom of aluminum pot 2 is connected with the bottom of outer pan body 3.
As shown in figure 3, the aluminum pot terminal pad 4 includes mica heater installation cavity 5 and connecting side wall 6, the connecting side
The top open part of wall 6 is provided with the pressing door circle 7 for caving inward, and the heat transfer bottom outside wall of aluminum pot 2 is provided with what is caved inward
Pressing groove 8, the pressing groove 8 of the insertion heat transfer bottom outside wall of aluminum pot 2 of pressing door circle 7 of the aluminum pot terminal pad 4, aluminum pot terminal pad
4 are pressed on heat transfer aluminum pot 2 bottom surface the electro-heat equipment 1 being located in mica heater installation cavity 5.It is this to be designed to effectively
The number of part is reduced, the efficiency of heat transfer is better ensured that.In the present embodiment, using spinning process compress make heat transfer aluminum pot 2,
Electro-heat equipment 1, aluminum pot terminal pad 4 are fitted close completely.This just allow electro-heat equipment 1 adstante febre can as early as possible by heat preferably
Heat transfer aluminum pot 2 is passed to, then the ceramic liner in heat transfer aluminum pot 2 is passed to by the aluminum pot 2 that conducts heat.
Heat transfer aluminum pot 2 bottom is using the connection outer pan body 3 of attachment screw 9 bottom.This causes that heat transfer aluminum pot 2 is more stable,
It is not easy to rock.
Preferred embodiment of the present utility model is the foregoing is only, not for limiting practical range of the present utility model；
I.e. all equivalents done according to right of the present utility model, are the utility model right and are covered
Lid.
Claims (9)
1. a kind of electro-heat equipment of quick electric cooking pot, including mica sheet, the heating wire being wrapped on mica sheet, aluminum hull, two with
Heating wire lead-out wire, two ceramic beads of heating wire connection, the aluminum hull include upper aluminum hull layer, lower aluminum hull layer and side aluminum hull layer,
And be wrapped in it for heating wire, mica sheet by aluminum hull, the lower aluminum hull layer is provided with two through holes, and two heating wire are drawn
Two through holes that line is each passed through lower aluminum hull layer stretch out lower aluminum hull layer, and two ceramic beads are respectively fitted over two heating wire and draw
On line, it is characterised in that：The lower aluminum hull layer outer surface is provided with two ceramic bead abutment sleeves, and the ceramic bead abutment sleeve will
Ceramic bead is limited on lower aluminum hull layer.
2. the electro-heat equipment of electric cooking pot as claimed in claim 1 quick, it is characterised in that：The ceramic bead bottom is provided with positioning
Slope, the ceramic bead abutment sleeve is enclosed within the positioning slope of ceramic bead bottom.
3. the electro-heat equipment of electric cooking pot as claimed in claim 1 or 2 quick, it is characterised in that：The ceramic bead abutment sleeve
It is made into integration with lower aluminum hull layer.
4. a kind of quick electric cooking pot, including outer pan body, heat transfer aluminum pot, electro-heat equipment, aluminum pot terminal pad, it is characterised in that：It is described
Electro-heat equipment includes that mica sheet, the heating wire being wrapped on mica sheet, aluminum hull, two heating wire being connected with heating wire are drawn
Line, two ceramic beads, the aluminum hull include upper aluminum hull layer, lower aluminum hull layer and side aluminum hull layer, and aluminum hull is by heating wire, mica sheet
It is wrapped in it, the lower aluminum hull layer is provided with two through holes, two heating wire lead-out wires are each passed through the two of lower aluminum hull layer
Individual through hole stretches out lower aluminum hull layer, and two ceramic beads are respectively fitted on two heating wire lead-out wires, the lower aluminum hull layer appearance
Face is provided with two ceramic bead abutment sleeves, and be limited in ceramic bead on lower aluminum hull layer by the ceramic bead abutment sleeve.
5. electric cooking pot as claimed in claim 4 quick, it is characterised in that：The ceramic bead bottom is provided with positioning slope, described
Ceramic bead abutment sleeve is enclosed within the positioning slope of ceramic bead bottom.
6. the quick electric cooking pot as described in claim 4 or 5, it is characterised in that：The ceramic bead abutment sleeve and lower aluminum hull layer
It is made into integration.
7. electric cooking pot as claimed in claim 4 quick, it is characterised in that：The heat transfer aluminum pot top end opening and outer pan body top
Opening connects, and electro-heat equipment is arranged between heat transfer bottom of aluminium pot and aluminum pot terminal pad, heat transfer aluminum pot bottom and the outer pan body
Bottom connects.
8. electric cooking pot as claimed in claim 4 quick, it is characterised in that：The aluminum pot terminal pad includes electro-heat equipment installation cavity
With connecting side wall, the connecting side wall top open part is provided with the pressing door circle for caving inward, the heat transfer aluminum pot bottom outside
Wall is provided with the pressing groove for caving inward, the compression of the pressing door circle insertion heat transfer aluminum pot bottom outside wall of the aluminum pot terminal pad
Be pressed to the electro-heat equipment being located in electro-heat equipment installation cavity on heat transfer bottom of aluminium pot by groove, aluminum pot terminal pad.
9. electric cooking pot as claimed in claim 4 quick, it is characterised in that：The heat transfer aluminum pot bottom is connected using attachment screw
Outer pan body bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620816109.7U CN206166588U (en) | 2016-08-01 | 2016-08-01 | Generate heat device and quick electric saucepan of quick electric saucepan |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620816109.7U CN206166588U (en) | 2016-08-01 | 2016-08-01 | Generate heat device and quick electric saucepan of quick electric saucepan |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206166588U true CN206166588U (en) | 2017-05-17 |
Family
ID=58674515
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620816109.7U Active CN206166588U (en) | 2016-08-01 | 2016-08-01 | Generate heat device and quick electric saucepan of quick electric saucepan |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206166588U (en) |
-
2016
- 2016-08-01 CN CN201620816109.7U patent/CN206166588U/en active Active
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