CN208837597U - Accurate temperature-control structure and electric cooker applied to electric cooker - Google Patents
Accurate temperature-control structure and electric cooker applied to electric cooker Download PDFInfo
- Publication number
- CN208837597U CN208837597U CN201820839223.0U CN201820839223U CN208837597U CN 208837597 U CN208837597 U CN 208837597U CN 201820839223 U CN201820839223 U CN 201820839223U CN 208837597 U CN208837597 U CN 208837597U
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- electric cooker
- temperature
- temperature sensor
- thermal insulator
- control structure
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Abstract
The utility model relates to be applied to the accurate temperature-control structure and electric cooker of electric cooker, including heating plate and temperature sensor, the heating plate is equipped with mounting hole, the temperature sensor is set in the mounting hole, and be equipped between the temperature sensor and the mounting hole and separate the side of the temperature sensor and bottom surface the insulating assembly of the heat of the heating plate sending is isolated with the heating plate, the insulating assembly for being located at the temperature sensor side includes at least two layers of thermal insulation layer；It on the other hand include electric cooker, including casing of electric cooker, electric cooker inner container and the accurate temperature-control structure as described above for being applied to electric cooker.Accurate temperature-control structure and electric cooker provided by the utility model applied to electric cooker, it is heat-insulated by least two layers, heating plate, which can be reduced, influences temperature sensor heat radiation, heat transmitting, to realize that the more accurate temperature to electric cooker inner container of temperature sensor detects, and then realize accurate temperature control.
Description
[technical field]
The utility model relates to kitchen appliance fields, more particularly to applied to the accurate temperature-control structure and electric cooker of electric cooker.
[background technique]
The electric cooker to circulate on the market at present, is typically provided temperature of the temperature sensor to detect electric cooker inner container, and
Temperature sensor is usually provided in heating plate, due to that can have heat transmitting and heat radiation between heating plate and temperature sensor.This
Sample causes the temperature sensitive member being located in temperature sensor to be difficult to precisely detect temperature of boiler, so that the temperature control of electric cooker
It makes not accurate and then influences effect of cooking.
[summary of the invention]
In order to solve the above technical problems, the purpose of this utility model is to provide the accurate temperature-control structures for being applied to electric cooker
And electric cooker, heat-insulated by least two layers, can reduce heating plate influences temperature sensor heat radiation, heat transmitting, to realize temperature
The degree more accurate temperature to electric cooker inner container of sensor detects, and then realizes accurate temperature control.
The utility model is achieved through the following technical solutions:
On the one hand the utility model provides the accurate temperature-control structure for being applied to electric cooker, including heating plate and temperature sensing
Device, the heating plate are equipped with mounting hole, and the temperature sensor is set in the mounting hole, and the temperature sensor and institute
It states to be equipped between mounting hole and separates the side of the temperature sensor and bottom surface the heating plate is isolated with the heating plate
The insulating assembly of the heat of sending, the insulating assembly for being located at the temperature sensor side includes at least two layers of thermal insulation layer.
The accurate temperature-control structure as described above for being applied to electric cooker, the insulating assembly include being disposed around the temperature to pass
The first bakelite thermal insulator on the outside of sensor, is disposed around the first silica gel thermal insulator being disposed around on the outside of the first bakelite thermal insulator
The second bakelite thermal insulator on the outside of the first silica gel thermal insulator and be located at the second silica gel of the temperature sensor bottom every
Warmware.
The accurate temperature-control structure as described above for being applied to electric cooker, the first bakelite thermal insulator lower part is outward extended with
Bearing portion is held in the palm, the first silica gel thermal insulator is located in the support bearing portion, and annular installation is equipped on the outside of the first silica gel thermal insulator
Slot, the second bakelite thermal insulator are equipped with upper flat-folded portion, and upper flat-folded portion's inlay card is in the annular mounting groove.
The accurate temperature-control structure as described above for being applied to electric cooker, the upper surface of the temperature sensor protrude from described
The upper surface of heating plate, the temperature sensor elastic can be mounted on up and down on the insulating assembly, second silicon
Glue thermal insulator is equipped with the resigning cavity to move up and down for the temperature sensor elasticity in the temperature sensor bottom.
The as described above accurate temperature-control structure for being applied to electric cooker, the second silica gel thermal insulator be equipped with interior elastic wall with
And ring is located at the outer elastic wall on the outside of the interior elastic wall, the resigning cavity includes:
First resigning cavity is formed by enclosing to set with the temperature sensor bottom on the inside of the interior elastic wall；
Second resigning cavity, by heat-insulated with first bakelite on the outside of the outer elastic wall inside, the interior elastic wall
Part bottom, which is enclosed, to be set to be formed；
Third resigning cavity, by the outer elastic wall outside, the first bakelite thermal insulator bottom and second electricity
Side wall sets to be formed in the wooden thermal insulator.
The accurate temperature-control structure as described above for being applied to electric cooker, the mounting hole bottom are equipped with and are fixed on the heating
Bracket on plate is equipped with sealed silicone between the bracket and the insulating assembly；
The branch is provided with bending part, and the second bakelite thermal insulator is equipped with down flat-folded portion, the sealed silicone filling
The upper bending part and it is described under between flat-folded portion.
The accurate temperature-control structure as described above for being applied to electric cooker, the frame bottom are equipped with and are fixed on the heating plate
On bottom bracket, the bottom bracket be equipped with card hole, the second silica gel thermal insulator be equipped with for sticking into the card hole
Card convex；
The insulating assembly is additionally provided with the lead channels that may pass through the lead on the temperature sensor, opens in the card convex
Outlet equipped with the lead channels.
The accurate temperature-control structure as described above for being applied to electric cooker, interior be equipped with of the temperature sensor are close to the temperature
The temperature sensitive member of sensors topside, the temperature sensor the temperature sensitive member side and it is under-filled have every
Hot cotton.
The accurate temperature-control structure as described above for being applied to electric cooker, the temperature sensitive member is at least provided with two.
On the other hand the utility model provides electric cooker, including casing of electric cooker, electric cooker inner container and as described above
Applied to the accurate temperature-control structure of electric cooker, the accurate temperature-control structure applied to electric cooker is set in the casing of electric cooker
Bottom, the electric cooker inner container are set in the casing of electric cooker, and the electric cooker inner container bottom and the temperature sensor
Upper surface lean.
Compared with prior art, the utility model has the following advantages:
1, heat-insulated by least two layers, can reduce heating plate influences temperature sensor heat radiation, heat transmitting, to realize temperature
The degree more accurate temperature to electric cooker inner container of sensor detects, and then realizes accurate temperature control.
2, the mounting structure between the first bakelite thermal insulator, the first silica gel thermal insulator and the second bakelite thermal insulator can
So that mutual clamping between the first bakelite thermal insulator, the first silica gel thermal insulator and the second bakelite thermal insulator, easy for installation, and due to
The good elasticity of silica gel effectively prevent water, oil, acid etc. to enter inside configuration pair so that the structure has good sealing performance
Temperature sensor causes to encroach on, and greatly promotes its service life.
3, the upper surface of the temperature sensor is the upper surface for protruding from the heating plate, when this pushes liner
It can be close to temperature sensor upper surface i.e. near the one side of temperature sensitive member, this requires temperature sensors to have a bullet
Property pressing member, the second silica gel thermal insulator in addition to play the role of it is heat-insulated other than, be also equipped with elastic property, and the presence of resigning cavity
So that silica gel has bigger deformation space.
4, the temperature sensitive member is at least provided with two, and two temperature sensitive members or multiple temperature sensitive members are simultaneously
Thermometric is carried out, temperature programmed control is averaged, and more accurate can reliably feed back actual test temperature.So that when one of temperature
It can also normally be continued to use in the case where degree sensing element failure.
[Detailed description of the invention]
It, below will be to required in embodiment description in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model
Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the structural schematic diagram of the utility model embodiment.
[specific embodiment]
The technical issues of in order to keep the utility model solved, technical solution and beneficial effect are more clearly understood, below
In conjunction with accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific implementation described herein
Example is only used to explain the utility model, is not used to limit the utility model.
As shown in Figure 1, the utility model embodiment proposes the accurate temperature-control structure for being applied to electric cooker, including heating plate 1
With temperature sensor 2, which is characterized in that the heating plate 1 is equipped with mounting hole 11, and the temperature sensor 2 is set to the peace
It fills in hole 11, and is equipped between the temperature sensor 2 and the mounting hole 11 by the side and bottom surface of the temperature sensor 2
It is separated with the heating plate 1 the insulating assembly 3 for the heat that the heating plate 1 issues is isolated, is located at 2 side of temperature sensor
The insulating assembly 3 in face includes at least two layers of thermal insulation layer.It is heat-insulated by least two layers, heating plate can be reduced to temperature sensor
Heat radiation, heat transmitting influence, to realize that the more accurate temperature to electric cooker inner container of temperature sensor detects, Jin Ershi
Now accurate temperature control.
Further, the insulating assembly 3 includes the first bakelite thermal insulator for being disposed around 2 outside of temperature sensor
31, it is disposed around the first silica gel thermal insulator 32 in 31 outside of the first bakelite thermal insulator, is disposed around the first silica gel thermal insulator
The second bakelite thermal insulator 33 in 32 outsides and the second silica gel thermal insulator 34 for being located at 2 bottom of temperature sensor.It needs
Bright, each thermal insulator can be separately as above-mentioned thermal insulation layer.Second silica gel thermal insulator of the first silica gel thermal insulator sum
Material be heat-insulated silica gel, not only there is good heat-proof quality, but also water-impervious, durable, the first bakelite is heat-insulated
Part and the second bakelite thermal insulator then use bakelite to make as raw material, also have more good heat-proof quality, and high temperature resistant, property
Energy temperature, heat-insulated by a variety of heat-barrier materials of multilayer, reducing heating plate influences the heat radiation of temperature sensor, heat transmitting, with
It realizes that the more accurate temperature to electric cooker inner container of temperature sensor detects, and then realizes accurate temperature control.
Further, 31 lower part of the first bakelite thermal insulator be outward extended with support bearing portion 311, first silica gel every
Warmware 32 is located in the support bearing portion 311, on the outside of the first silica gel thermal insulator 32 be equipped with annular mounting groove 321, described second
Bakelite thermal insulator 33 is equipped with upper flat-folded portion 331, and upper flat-folded 331 inlay card of portion is in the annular mounting groove 321.Above structure
Mutual clamping between the first bakelite thermal insulator, the first silica gel thermal insulator and the second bakelite thermal insulator is enabled to, it is easy for installation, and
Due to the good elasticity of silica gel, so that the structure has good sealing performance, water, oil, acid etc. is effectively prevent to enter in structure
Portion causes to encroach on to temperature sensor, greatly promotes its service life.
In the present embodiment, the upper surface of the temperature sensor 2 protrudes from the upper surface of the heating plate 1, the temperature
Degree sensor 2 can elasticity be mounted on the insulating assembly 3 up and down, the second silica gel thermal insulator 34 is in the temperature
2 bottom of sensor is equipped with the resigning cavity to move up and down for 2 elasticity of temperature sensor.Specifically, second silica gel every
Warmware 34 is equipped with interior elastic wall 341 and ring is located at the outer elastic wall 342 in 341 outside of interior elastic wall, the resigning cavity
Include: the first resigning cavity 351, is formed by enclosing to set with 2 bottom of temperature sensor on the inside of the interior elastic wall 341；The
Two resigning cavitys 352, by outer 342 inside of elastic wall, interior 341 outside of elastic wall and the first bakelite thermal insulator
31 bottoms, which are enclosed, to be set to be formed；Third resigning cavity 353, by outer 342 outside of elastic wall, 31 bottom of the first bakelite thermal insulator
Portion sets to be formed with side wall in the second bakelite thermal insulator 33.Since the upper surface of the temperature sensor is to protrude from described add
The upper surface of hot plate 1, temperature sensor upper surface is close to when this enables liner to push i.e. near temperature sensitive member
One side, this requires temperature sensors to have an elastic pressing member, and above-mentioned second silica gel thermal insulator is in addition to there is heat-insulated work
With outer, it has been also equipped with elastic property, and the presence of resigning cavity makes silica gel have bigger deformation space.
In order to further enhance the leakproofness of insulating assembly, 11 bottom of mounting hole is equipped with and is fixed on the heating plate
Bracket 4 on 1 is equipped with sealed silicone 5 between the bracket 4 and the insulating assembly 3；Specifically, the bracket 4 is equipped with upper folding
Turn of bilge 41, the second bakelite thermal insulator 33 are equipped with down flat-folded portion 332, and the sealed silicone 5 is filled in the upper bending part 41
And it is described under between flat-folded portion 332.Above structure is simple, easy for installation.
Correspondingly, 4 bottom of bracket is equipped with the bottom bracket 6 being fixed in the heating plate 1, sets on the bottom bracket 6
There is card hole 61, the second silica gel thermal insulator 34 is equipped with the card convex 343 for sticking into the card hole 61；Its structure is simple,
Insulating assembly can be further fixed.In addition, temperature sensor 2 is equipped with the lead for being used for transmission temperature information with external connection
20, the insulating assembly 3 is additionally provided with the lead channels that may pass through the lead 20 on the temperature sensor 2, in the card convex 343
Offer the outlet of the lead channels.It may make the lead to be in an insulation and heat-insulated environment, preferably pass
The temperature signal of defeated temperature sensor.
The temperature sensitive member for being close to 2 top of temperature sensor, specifically, institute are equipped in the temperature sensor 2
Stating temperature sensitive member can be thermistor, in order to further reduce heating plate to the heat transmitting of temperature sensor, heat
Radiation effect, the temperature sensor 2 the temperature sensitive member side and under-filled have heat insulation foam 36.
It should be noted that the temperature sensitive member is at least provided with two, two temperature sensitive members or multiple temperature
Sensing element carries out thermometric simultaneously, and temperature programmed control is averaged, and more accurate can reliably feed back actual test temperature.So that
It can also normally be continued to use in the case where the failure of one of temperature sensitive member.
The present embodiment also provides a kind of electric cooker comprising casing of electric cooker, electric cooker inner container 10 and as described above
Applied to the accurate temperature-control structure of electric cooker, the accurate temperature-control structure applied to electric cooker is set in the casing of electric cooker
Bottom, the electric cooker inner container 10 are set in the casing of electric cooker, and 10 bottom of the electric cooker inner container and the temperature pass
The upper surface of sensor 2 leans.By the multilayer insulation of insulating assembly in electric cooker, make temperature sensor not by the heat of heating plate
Radiation, heat transmitting influence, and to realize that the more accurate temperature to electric cooker inner container of temperature sensor detects, and then realize
Accurate temperature control.
In conclusion the utility model is had the advantages that by the improvement in structure
1, heat-insulated by least two layers, can reduce heating plate influences temperature sensor heat radiation, heat transmitting, to realize temperature
The degree more accurate temperature to electric cooker inner container of sensor detects, and then realizes accurate temperature control.
2, the mounting structure between the first bakelite thermal insulator, the first silica gel thermal insulator and the second bakelite thermal insulator can
So that mutual clamping between the first bakelite thermal insulator, the first silica gel thermal insulator and the second bakelite thermal insulator, easy for installation, and due to
The good elasticity of silica gel effectively prevent water, oil, acid etc. to enter inside configuration pair so that the structure has good sealing performance
Temperature sensor causes to encroach on, and greatly promotes its service life.
3, the upper surface of the temperature sensor is the upper surface for protruding from the heating plate, when this pushes liner
It can be close to temperature sensor upper surface i.e. near the one side of temperature sensitive member, this requires temperature sensors to have a bullet
Property pressing member, the second silica gel thermal insulator in addition to play the role of it is heat-insulated other than, be also equipped with elastic property, and the presence of resigning cavity
So that silica gel has bigger deformation space.
4, the temperature sensitive member is at least provided with two, and two temperature sensitive members or multiple temperature sensitive members are simultaneously
Thermometric is carried out, temperature programmed control is averaged, and more accurate can reliably feed back actual test temperature.So that when one of temperature
It can also normally be continued to use in the case where degree sensing element failure.
It is the one or more embodiments provided in conjunction with particular content as described above, does not assert the tool of the utility model
Body implementation is only limited to these instructions.It is all approximate with the method for the utility model, structure etc., identical or practical new for this
It makes several technologies under type concept thereof to deduce, or replacement all should be considered as the protection scope of the utility model.
Claims (10)
1. being applied to the accurate temperature-control structure of electric cooker, including heating plate (1) and temperature sensor (2), which is characterized in that described
Heating plate (1) is equipped with mounting hole (11), and the temperature sensor (2) is set in the mounting hole (11), and the temperature passes
It is equipped between sensor (2) and the mounting hole (11) by the side of the temperature sensor (2) and bottom surface and the heating plate (1)
It separates so that the insulating assembly (3) of the heat of the heating plate (1) sending is isolated, is located at the institute of the temperature sensor (2) side
Stating insulating assembly (3) includes at least two layers of thermal insulation layer.
2. the accurate temperature-control structure according to claim 1 applied to electric cooker, which is characterized in that the insulating assembly
It (3) include being disposed around that the first bakelite thermal insulator (31) on the outside of the temperature sensor (2), to be disposed around first bakelite heat-insulated
The first silica gel thermal insulator (32) on the outside of part (31), the second bakelite being disposed around on the outside of the first silica gel thermal insulator (32) are heat-insulated
Part (33) and the second silica gel thermal insulator (34) for being located at the temperature sensor (2) bottom.
3. the accurate temperature-control structure according to claim 2 applied to electric cooker, which is characterized in that first bakelite every
Warmware (31) lower part is outward extended with support bearing portion (311), and the first silica gel thermal insulator (32) is located at the support bearing portion (311)
On, annular mounting groove (321) are equipped on the outside of the first silica gel thermal insulator (32), the second bakelite thermal insulator (33) is equipped with upper
Flat-folded portion (331), upper flat-folded portion's (331) inlay card is in the annular mounting groove (321).
4. the accurate temperature-control structure according to claim 2 applied to electric cooker, which is characterized in that the temperature sensor
(2) upper surface protrudes from the upper surface of the heating plate (1), and the temperature sensor (2) elastic can install up and down
On the insulating assembly (3), the second silica gel thermal insulator (34) is equipped in the temperature sensor (2) bottom and supplies the temperature
Spend the resigning cavity that sensor (2) elasticity moves up and down.
5. the accurate temperature-control structure according to claim 4 applied to electric cooker, which is characterized in that second silica gel every
Warmware (34) is equipped with interior elastic wall (341) and ring is located at the outer elastic wall (342) on the outside of the interior elastic wall (341), described
Resigning cavity includes:
First resigning cavity (351) sets shape by enclosing on the inside of the interior elastic wall (341) with the temperature sensor (2) bottom
At；
Second resigning cavity (352), by the inside of the outer elastic wall (342), on the outside of the interior elastic wall (341) with described the
One bakelite thermal insulator (31) bottom, which is enclosed, to be set to be formed；
Third resigning cavity (353), by the outside of the outer elastic wall (342), the first bakelite thermal insulator (31) bottom with
The interior side wall of the second bakelite thermal insulator (33) sets to be formed.
6. the accurate temperature-control structure according to claim 2 applied to electric cooker, which is characterized in that the mounting hole (11)
Bottom is equipped with the bracket (4) being fixed on the heating plate (1), is equipped between the bracket (4) and the insulating assembly (3) close
It seals silica gel (5)；
The bracket (4) is equipped with upper bending part (41), and the second bakelite thermal insulator (33) is equipped with down flat-folded portion (332), described
Sealed silicone (5) be filled in the upper bending part (41) and it is described under between flat-folded portion (332).
7. the accurate temperature-control structure according to claim 6 applied to electric cooker, which is characterized in that bracket (4) bottom
Portion is equipped with the bottom bracket (6) being fixed on the heating plate (1), and the bottom bracket (6) is equipped with card hole (61), second silicon
Glue thermal insulator (34) is equipped with the card convex (343) for sticking into the card hole (61)；
The insulating assembly (3) is additionally provided with the lead channels that may pass through the lead on the temperature sensor (2) (20), the card
The outlet of the lead channels is offered in convex (343).
8. the accurate temperature-control structure according to claim 1-7 applied to electric cooker, which is characterized in that the temperature
The temperature sensitive member for being equipped with and being close at the top of the temperature sensor (2) in sensor (2) is spent, the temperature sensor (2) exists
The side of the temperature sensitive member and under-filled there are heat insulation foam (36).
9. the accurate temperature-control structure according to claim 8 applied to electric cooker, which is characterized in that the temperature sense member
Part is at least provided with two.
10. electric cooker, which is characterized in that including casing of electric cooker, electric cooker inner container (10) and such as any one of claim 1-9
The accurate temperature-control structure applied to electric cooker, the accurate temperature-control structure applied to electric cooker are set to the electric cooker
Bottom in shell, the electric cooker inner container (10) be set to the casing of electric cooker in, and the electric cooker inner container (10) bottom with
The upper surface of the temperature sensor (2) leans.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820839223.0U CN208837597U (en) | 2018-05-31 | 2018-05-31 | Accurate temperature-control structure and electric cooker applied to electric cooker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820839223.0U CN208837597U (en) | 2018-05-31 | 2018-05-31 | Accurate temperature-control structure and electric cooker applied to electric cooker |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208837597U true CN208837597U (en) | 2019-05-10 |
Family
ID=66351866
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820839223.0U Active CN208837597U (en) | 2018-05-31 | 2018-05-31 | Accurate temperature-control structure and electric cooker applied to electric cooker |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208837597U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021189689A1 (en) * | 2020-03-27 | 2021-09-30 | 锐莫(佛山)电器科技有限公司 | Cooking appliance |
-
2018
- 2018-05-31 CN CN201820839223.0U patent/CN208837597U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021189689A1 (en) * | 2020-03-27 | 2021-09-30 | 锐莫(佛山)电器科技有限公司 | Cooking appliance |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 528200 No.9 West Industrial Avenue, Songgang Songxia Industrial Park, Shishan town, Nanhai District, Foshan City, Guangdong Province Patentee after: Yilipu Group Co.,Ltd. Address before: 528200 No.9 West Industrial Avenue, Songgang Songxia Industrial Park, Shishan town, Nanhai District, Foshan City, Guangdong Province Patentee before: DEA GENERAL AVIATION HOLDING Co.,Ltd. |
|
| CP01 | Change in the name or title of a patent holder |