CN207640148U

CN207640148U - Pot bicavate steam copper in steam

Info

Publication number: CN207640148U
Application number: CN201720858320.XU
Authority: CN
Inventors: 黄普添
Original assignee: FOSHAN HUILAIDE ELECTRICAL APPLIANCE Co Ltd
Current assignee: FOSHAN HUILAIDE ELECTRICAL APPLIANCE Co Ltd
Priority date: 2017-07-15
Filing date: 2017-07-15
Publication date: 2018-07-24
Anticipated expiration: 2027-07-15

Abstract

The utility model discloses pot bicavate steam coppers in a kind of steam, including pot, middle courage and middle bile cover in outer pot, heating device, outer cover, steam, middle bile cover is arranged in the opening of middle courage and is placed in together in steam in pot, outer cover is arranged in the opening of outer pot, pot includes chamber to boil water and vapor chamber in steam, it is provided with heating device on chamber to boil water, steam channel is provided between chamber to boil water and vapor chamber；Such bicavate steam copper, it is to boil water using chamber to boil water, the steam of generation enters vapor chamber through steam channel, centering courage carries out steam heat transfer, it since middle courage periphery is each filled with steam, and is constantly heated and is supplemented, since vapor (steam) temperature can be heated above 100 degree, it is even higher, heat foods that can be in centering courage meet and various use needs, and the thermaltransmission mode of this steam centering courage to very high temperature, its heating speed is fast, steam loss is small, and heat losses are also small, time saving power saving, and whole money is simple and reasonable for structure, implementation is also easy.

Description

Pot bicavate steam copper in steam

Technical field

The utility model is related to a kind of steam copper, pot bicavate steam copper in especially a kind of steam.

Background technology

Currently, electric food warmer on the market, structure and wide variety, such as：Electric cooker is by direct to the food in pot Heating, structure is relatively simple, and technology maturation, and still, traditional electric cooker, there are still following shortcomings：（1）Due to A large amount of steam are discharged, and thermal losses is serious, take power consumption；（2）Steam can drain the part original flavor of food simultaneously, influence to eat The mouthfeel of object；（3）Due to heating device finite volume, and heating device is generally located on the bottom of pot courage（Also part is On the periphery of pot courage）, so, pot courage and the heat at heating means touch position are higher, and the heat at other positions is relatively small, makes It is uneven at heating；（4）Heating device is actually to be heated to the water in pot courage, and water is discharged after becoming steam, therefore, in pot Heat be difficult to rise again, cannot be satisfied some foods need high-temperature heat needs, such as：More than 100 degree or more, because This, traditional electric cooker, purposes is centainly restricted always.

For another example：Electrical boiler, for cooking congee, stewing, it is passed mainly by heating the water in stew cup using heat Principle is passed, makes the water after being heated to transmitting heat in cup, however, above-mentioned traditional electrical boiler, equally exists following deficiency Place：（1）A large amount of steam are equally discharged, and thermal losses is serious, take power consumption；（2）Heating device is actually in stew cup Water heating, water become steam after be discharged, therefore, the heat in pot is difficult to rise again, cannot be satisfied some foods and needs height The needs of temperature heating, such as：More than 100 degree or more, therefore, traditional electric cooker, purposes is centainly restricted always.

Utility model content

The purpose of the utility model is to overcome above-mentioned the shortcomings of the prior art, and provide a kind of simple in structure, conjunction Reason is implemented to be easy, and using steam to heat foods, time saving power saving, and can meet user and be heated at high temperature using the steam needed Interior pot bicavate steam copper.

What the purpose of this utility model was realized in：

Pot bicavate steam copper in steam, characterized in that including pot in outer pot, heating device, outer cover, steam, middle courage and Middle bile cover, the middle bile cover are arranged in the opening of middle courage and are placed in together in steam in pot, and the opening in outer pot is arranged in outer cover On, pot includes chamber to boil water and vapor chamber in the steam, is provided with heating device on the chamber to boil water, chamber to boil water and vapor chamber it Between be provided with steam channel；Pot bicavate steam copper in such steam, to boil water using chamber to boil water, the steam of generation is through steam channel Into vapor chamber, steam heat transfer is carried out to the middle courage in vapor chamber（Heating）, since middle courage periphery is each filled with steam, and constantly It is heated and is supplemented, it is even higher since vapor (steam) temperature can be heated above 100 degree, such as：It 120 degree, therefore, can centering courage Interior heat foods are wanted to very high temperature with meeting various use cities, moreover, the thermaltransmission mode of this steam centering courage, Heating speed is fast, and steam loss is small, and heat losses are also small, have the effect of time saving power saving, further more, its whole money is simple in structure, closes Reason, implementation are also easy.

The utility model can also use following technical measures to solve：

Further, the middle courage and middle bile cover are arranged in vapor chamber, so that middle courage and middle bile cover are constituted in food Courage is heated in vapor chamber, and heating is more comprehensively, evenly.

Further, the chamber to boil water is arranged in the lower section of vapor chamber, in this way, the steam that chamber to boil water generates can be according to rising Principle is directly entered in the vapor chamber of top, is conducive to the quick transmission for improving its heat.

Further, be provided with partition board in the steam on pot, partition board by pot in steam be divided into top vapor chamber and The chamber to boil water of lower section, partition board can avoid the temperature in vapor chamber from being influenced by chamber to boil water, make in vapor chamber to a certain extent Vapor (steam) temperature is more stable.

Further, steam hole is provided on the partition board, the steam hole constitutes steam channel, so that steam is through steam hole Into the vapor chamber of top.

Further, the middle part setting of the partition board is fluted, distinguishes in the groove and on the partition board of recessed circumferential It is provided with the steam hole, steam can enter the vapor chamber of top through the steam hole on groove.

Further, there is gap in the separator edge and steam between the inner wall of pot, it is logical that the gap constitutes steam Road, steam can enter the vapor chamber of top by gap.

Further, the partition board upper surface in the vapor chamber is provided with support protrusion, and middle courage bottom wall is seated at the support On protrusion, so as to have steam passage gaps between middle courage bottom wall and partition board, in this way, making middle courage bottom wall, there is also between steam circulation Gap, middle courage bottom wall can equally be heated, and heating surface is wider, and heating effect is evenly.

Further, the spacing projection for preventing middle courage displacement, middle courage are additionally provided on the partition board on the middle courage bottom wall periphery Bottom is limited on the inside of spacing projection, prevents displacement, and the height of the support protrusion is less than the height of spacing projection, so that Middle courage bottom wall is limited on the inside of spacing projection.

Further, support protrusion is provided in the vapor chamber, middle courage bottom wall is seated on the support protrusion, so that in There are steam passage gaps between courage bottom wall and vapor chamber；That is, when partition board area is smaller, support protrusion may be provided at Vapor chamber bottom wall（It can also be close to the lower sides of bottom wall）, courage bottom wall in being risen with support.

The beneficial effects of the utility model are as follows：

（1）Pot bicavate steam copper in such steam, to boil water using chamber to boil water, the steam of generation enters steaming through steam channel Vapour chamber carries out steam heat transfer to the middle courage in vapor chamber（Heating）, since middle courage periphery is each filled with steam, and constantly heated And supplement, it is even higher since vapor (steam) temperature can be heated above 100 degree, such as：120 degree, therefore, food that can be in centering courage Object is heated to very high temperature, is wanted with meeting various use cities, moreover, the thermaltransmission mode of this steam centering courage, heating speed Degree is fast, and steam loss is small, and heat losses are also small, have the effect of time saving power saving, further more, its whole money is simple and reasonable for structure, implements Also it is easy.

（2）Further more, due to being provided with partition board in steam on pot, pot in steam is divided into the vapor chamber of top under by partition board The chamber to boil water of side, partition board can avoid the temperature in vapor chamber from being influenced by chamber to boil water, make the steaming in vapor chamber to a certain extent Stripping temperature is more stable；In addition, steam hole can be provided on the groove of partition board or partition board, so that steam enters the steam of top through steam hole Chamber, simple in structure, implementation are easy, and are conducive to steam quickly through steam hole.

（3）More have plenty of, support protrusion is provided on the partition board of vapor chamber or vapor chamber, so that middle courage bottom wall and partition board Between have steam passage gaps, in this way, making middle courage bottom wall there is also steam passage gaps, middle courage bottom wall can equally be heated, Its heating surface is wider, and heating effect is evenly；Further, being additionally provided on the partition board on the middle courage bottom wall periphery prevents middle courage The spacing projection of displacement, middle courage bottom are limited on the inside of spacing projection, prevent displacement, and the height of the support protrusion is less than The height of spacing projection, so that middle courage bottom wall is limited on the inside of spacing projection.

Description of the drawings

Fig. 1 is the cross-sectional view of pot bicavate steam copper in the utility model steam.

Fig. 2 is the diagrammatic cross-section at another visual angles Fig. 1.

Fig. 3 is the structural schematic diagram of partition board in the utility model.

Fig. 4 is the structural schematic diagram of partition board in the utility model（Another visual angle）.

Specific implementation mode

The utility model is described in further detail with reference to the accompanying drawings and examples.

As shown in Figures 1 to 4, embodiment 1, pot bicavate steam copper in steam, including outer pot 1, heating device 2, outer cover 3, pot 4, middle courage 5 and middle bile cover 6 in steam, the middle bile cover 6 are arranged in the opening of middle courage 5 and are placed in pot 4 in steam together Interior, outer cover 3 is arranged in the opening of outer pot 1, is provided with partition board 7 in the steam on pot 4, and pot in steam 4 is divided by partition board 7 The vapor chamber 42 of top and the chamber to boil water 41 of lower section, are provided with heating device 2 on chamber 41 to boil water, chamber 41 to boil water and vapor chamber 42 it Between be provided with steam channel, the middle courage 5 and middle bile cover 6 are arranged in vapor chamber 42.

Wherein, the middle part setting fluted 70 of the partition board 7, in the groove 70 and on the partition board 7 on 70 periphery of groove It is respectively arranged with the steam hole 71, has gap, the setting of 7 upper surface of partition board in 7 edge of partition board and steam between the inner wall of pot 4 There are support protrusion 8,5 bottom wall of middle courage to be seated on the support protrusion 8, so as to have steam circulation between 5 bottom wall of middle courage and partition board 7 Gap, steam hole 71 and gap constitute the steam channel.

It is additionally provided with the spacing projection 72 for preventing 5 displacement of middle courage on the partition board 7 on 5 bottom wall periphery of the middle courage, and described is held The height of protrusion 8 is ask to be less than the height of spacing projection 72.

Embodiment two, embodiment two and embodiment one difference lies in：Support protrusion 8 is provided in the vapor chamber 42, 5 bottom wall of middle courage is seated on the support protrusion 8, so as to have steam passage gaps between 5 bottom wall of middle courage and vapor chamber 42.

Claims

1. pot bicavate steam copper in steam, characterized in that including outer pot（1）, heating device（2）, outer cover（3）, pot in steam （4）, middle courage（5）With middle bile cover（6）, the middle bile cover（6）It is arranged in middle courage（5）Opening on and be placed in pot in steam together （4）It is interior, outer cover（3）It is arranged in outer pot（1）Opening on, pot in the steam（4）Including chamber to boil water（41）And vapor chamber（42）, The chamber to boil water（41）On be provided with heating device（2）, chamber to boil water（41）With vapor chamber（42）Between be provided with steam channel.

2. pot bicavate steam copper in steam according to claim 1, characterized in that the middle courage（5）With middle bile cover（6）If It sets in vapor chamber（42）It is interior.

3. pot bicavate steam copper in steam according to claim 2, characterized in that the chamber to boil water（41）It is arranged in steam Chamber（42）Lower section.

4. pot bicavate steam copper in steam according to claim 3, characterized in that pot in the steam（4）On be provided with Partition board（7）, partition board（7）By pot in steam（4）It is divided into the vapor chamber of top（42）With the chamber to boil water of lower section（41）.

5. pot bicavate steam copper in steam according to claim 4, characterized in that the partition board（7）On be provided with steam hole （71）, the steam hole（71）Constitute steam channel.

6. pot bicavate steam copper in steam according to claim 5, characterized in that the partition board（7）Middle part be provided with Groove（70）, the groove（70）Interior and groove（70）The partition board on periphery（7）On be respectively arranged with the steam hole（71）.

7. pot bicavate steam copper in steam according to claim 4, characterized in that the partition board（7）In edge and steam Pot（4）Inner wall between have a gap, the gap constitutes steam channel.

8. according to pot bicavate steam copper in any steam of claim 5-7, characterized in that the vapor chamber（42）Interior Partition board（7）Upper surface is provided with support protrusion（8）, middle courage（5）Bottom wall is seated at the support protrusion（8）On, so that middle courage（5）Bottom Wall and partition board（7）Between have steam passage gaps.

9. pot bicavate steam copper in steam according to claim 8, characterized in that the partition board on the middle courage bottom wall periphery （7）On be additionally provided with and prevent middle courage（5）The spacing projection of displacement（72）, and the support protrusion（8）Height be less than limit convex Column（72）Height.

10. according to pot bicavate steam copper in any steam of claim 5-7, characterized in that the vapor chamber（42）On It is provided with support protrusion（8）, middle courage（5）Bottom wall is seated at the support protrusion（8）On, so that middle courage（5）Bottom wall and vapor chamber （42）Between have steam passage gaps.