CN208909686U - A kind of safe cooking apparatus - Google Patents
A kind of safe cooking apparatus Download PDFInfo
- Publication number
- CN208909686U CN208909686U CN201820533225.7U CN201820533225U CN208909686U CN 208909686 U CN208909686 U CN 208909686U CN 201820533225 U CN201820533225 U CN 201820533225U CN 208909686 U CN208909686 U CN 208909686U
- Authority
- CN
- China
- Prior art keywords
- cooling
- steam
- mixing chamber
- air inlet
- fan
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Cookers (AREA)
Abstract
The utility model discloses a kind of safe cooking apparatus, including ontology, pot body, heating device, heating device is arranged in ontology, pot body is placed in ontology, food in the direct or indirect heating kettle body of heating device, vapour condensation device is additionally provided in the ontology, the vapour condensation device includes cooling mixing chamber, the fan for accelerating steam cooling, cooling mixing chamber is equipped with air inlet, exhaust outlet, first steam inlet, first steam inlet is connected to pot body and enters cooling mixing chamber to import steam in pot body, fan is equipped with air inlet and air outlet, fan drive cold wind by air inlet enter in cooling mixing chamber with steam combination cooling, gas after cooling is discharged in exhaust outlet, the volume of the cooling mixing chamber is 100ml to 600ml.The cooking apparatus of the utility model can save Water Energy, and reduce the amount of water storage.
Description
Technical field
The utility model relates to field of kitchen electric appliance more particularly to a kind of safe cooking apparatus.
Background technique
As kitchen requirement, the food mouthfeel of culinary art is unanimously approved by everybody, cooks to be promoted for electric cooker, pressure cooker
It prepares food effect, further promotes food effect, industry occurs a kind of with steam-heated electric cooker, this steam-heated electricity
Rice cooker, the quantity of steam generated is bigger, more, during the cooking process, more steam need to be discharged, and is likely to result in pollution kitchen
The risk of room environment, it is also possible to scald user.
To solve the above problems, the way in industry is setting water cooling box, it is cold by cooling down and collecting in steam importing cold water
Condensate, this structure cook long-time, and water temperature rises obviously, and cooling effect is poor, and water tank also needs to regularly replace
Inside water and cleaning water tank, user uses and its bothers, and causes a large amount of Water Energy waste.
Utility model content
The utility model provides a kind of good cooling results, and energy-efficient cooking apparatus.
The utility model adopts the following technical solution:
A kind of safe cooking apparatus, including ontology, pot body, heating device, heating device are arranged in ontology, and pot body is put
It sets in ontology, food in the direct or indirect heating kettle body of heating device, is additionally provided with vapour condensation device in the ontology, it is described
The fan that vapour condensation device includes cooling mixing chamber, accelerates steam cooling, cooling mixing chamber are equipped with air inlet, exhaust outlet, the
One steam inlet, the first steam inlet are connected to pot body to import steam in pot body and enter cooling mixing chamber, and fan is equipped with air inlet
And air outlet, fan drive cold wind by air inlet enter in cooling mixing chamber with steam combination cooling, after exhaust outlet discharge is cooling
Gas, the volume of the cooling mixing chamber is 100ml to 600ml.
The fan inhales dynamic cooling mixing intracavity gas by air inlet, so that extraneous cold air enters cooling by air inlet
In mixing chamber.
The fan is fixed in cooling mixing chamber；Or fan is fixed on the air inlet of cooling mixing chamber, air inlet
It is connected to air inlet；Or fan is fixed on outside cooling mixing chamber side wall, air inlet is connected to exhaust outlet.
The fan is fixed on cooling mixing chamber side wall, and the air outlet of the fan is partly or entirely connected to air inlet
Mouthful, air outlet blowout cold wind partly or entirely by air inlet enter in cooling mixing chamber with steam combination cooling.
The air inlet is arranged on the side wall of cooling mixing chamber, and exhaust outlet is provided on the roof of cooling mixing chamber；Or
Person, the air inlet and exhaust outlet are arranged on the adjacent wall of cooling mixing chamber；Alternatively, the air inlet and exhaust outlet are cold
But on the side wall of mixing chamber, the two height is different；Alternatively, both the air inlet and exhaust outlet are provided with cooling mixing chamber top
On wall, the two distance 1cm to 8cm.
Steam boot segment and mixing unit are equipped in the cooling mixing chamber, the rear end of steam boot segment is arranged in mixing unit,
Air inlet is arranged in steam boot segment end；Alternatively, the air inlet enters the wind direction towards mixing unit；Or in cooling mixing chamber
Equipped with the turbulent baffle towards mixing unit.
Cooling duct is equipped in the cooling mixing chamber, air inlet and the first steam inlet are arranged in cooling duct front end；
Or cold plate or condensate protrusion are equipped in cooling mixing chamber.
The front end of first steam inlet is additionally provided with cooling cushion chamber and the second steam inlet, and the second steam inlet imports
Steam enters cooling cushion chamber, and the first steam inlet is connected to cooling cushion chamber and imports cooling mixing will cool down steam in cushion chamber
Chamber.
Cooling piece is equipped in the cooling cushion chamber, cooling piece is that condenser or the coldplate being staggered or cooling are logical
Road.
The exhaust outlet is connected with exhaust pipe, and exhaust pipe is at least partly equipped with metal cooling end.
The utility model has the beneficial effects that
A kind of safe cooking apparatus described in the utility model is used is arranged vapour condensation device, the steam in ontology
Condensing unit includes cooling mixing chamber, the fan for accelerating steam cooling, draws cold wind using fan and continues into cooling mixing chamber,
With steam combination cooling, the gas after cooling is discharged cooling mixing chamber, forms the combination cooling of continuous-flow type, ensure that cooling effect
Fruit, cooling efficiency greatly promote.Further, since the driving force of fan, the cold blast rate that the utility model enters is greater than quantity of steam,
The vapor (steam) temperature of hybrid cooling significant effect, discharge is lower than 50 DEG C.In addition cold wind described in the utility model is relative steam
Temperature is lower, is mainly derived from environment, naturally it is also possible to be obtained with refrigeration equipment.Also, the volume of the cooling mixing chamber is
100ml to 600ml can fully ensure that incorporation time and the space of cold wind and steam, ensure cooling effect.Further, it arranges
The mouth of a river is connected to steam generator directly or indirectly condensed water is thermally formed steam, obtains in this way, having reused steam condensation
The condensed water obtained, has saved Water Energy, and reduce the amount of water storage.
Further, the utility model provides two kinds of driving wind and enters the modes of cooling mixing chamber, and one kind is air draught, and one
Kind is blowing, both modes can preferably drive the combination cooling of cold wind and steam.
Further, the air inlet is arranged on the side wall of cooling mixing chamber, and exhaust outlet is provided with cooling mixing chamber
On roof, exhaust outlet is arranged on top, it is ensured that the condensed water of exhaust ports flows back to cooling mixing chamber, will not be excessive.And
Be not in the risk of optimal path, guarantee the effect of combination cooling.As a same reason, the air inlet is arranged with exhaust outlet cold
But on the adjacent wall of mixing chamber；Alternatively, the air inlet and exhaust outlet are on the side wall of cooling mixing chamber, the two height is not
Together；Alternatively, both the air inlet and exhaust outlet are provided on cooling mixing chamber roof, the two distance 1cm to 8cm.
Further, steam boot segment and mixing unit are equipped in the cooling mixing chamber, mixing unit setting is guided in steam
The rear end of section, air inlet are arranged in steam boot segment end.In this way, being arranged by boot segment, guarantee to keep away in steam introduction chamber body
Exempt from the risk that fan blowing causes opposing steam flow.By being arranged in air inlet in steam boot segment end, it can guarantee steam by drawing
It after leading section out, i.e., is contacted with cold wind, realizes combination cooling, promote cooling efficiency.
Further, air inlet air inlet direction is towards mixing unit, in this way, driving gas to enter by the cold wind entered
Mixing unit avoids it from impacting the risk of steam boot segment；As a same reason, it is equipped in cooling mixing chamber towards the flow-disturbing of mixing unit and keeps off
Plate can also guide steam, cold wind to enter mixing unit together.
Further, cooling duct is equipped in the cooling mixing chamber, air inlet and the first steam inlet are arranged in cooling
Channel front end extends the time of steam discharge by the way that cooling duct is arranged, guarantees the effect of combination cooling.Further, cold
But it is equipped with cold plate or condensate protrusion in mixing chamber, to realize the condensation of steam condensate (SC), water content is effectively reduced.
Further, the bottom wall of cooling mixing chamber is arranged in first condensed water discharge outlet.In this way, can be expelled directly out
The condensed water formed in cooling mixing chamber.
As the best embodiment of the utility model, the front end of first steam inlet is additionally provided with cooling cushion chamber and second
Steam inlet, the second steam inlet import steam and enter cooling cushion chamber, and the first steam inlet is connected to cooling cushion chamber with will be cold
But steam imports cooling mixing chamber in cushion chamber.By the way that cooling cushion chamber is arranged, so that the flow path of steam is by the second steam
It is tentatively cooling that entrance enters cooling cushion chamber, then enters cooling mixing chamber by the first steam inlet, realizes the cooling effect of second level
Fruit.And cooling cushion chamber is set, steam inlet front end can be entered to avoid cold wind in cooling mixing chamber, is produced from steam generation end
It is raw to influence.
Further, cooling piece is equipped in the cushion chamber, cooling piece is condenser or the coldplate or cold being staggered
But channel.To play better buffering effect, guarantee to ensure that steam generation end will not be cooled down while cooling.
Further, the exhaust outlet is connected with exhaust pipe, and exhaust pipe is at least partly equipped with metal cooling end.In this way, logical
It crosses in exhaust, it is further cooling.Further, the cooling cushion chamber is arranged around exhaust pipe.In this way, utilizing exhaust pipe
The cooling intracavitary steam of cold buffer, cooling effect are further promoted.
Detailed description of the invention
The utility model is described further with reference to the accompanying drawing:
Fig. 1 is a kind of structural schematic diagram of safe cooking apparatus embodiment one of the utility model；
Fig. 2 is the structural schematic diagram of the vapour condensation device of Fig. 1；
Fig. 3 is two structural schematic diagram of vapour condensation device embodiment in the utility model；
Fig. 4 is three structural schematic diagram of vapour condensation device embodiment in the utility model；
Fig. 5 is the vapour condensation device example IV structural schematic diagram in the utility model.
Specific embodiment
A kind of safe cooking apparatus described in the utility model, including ontology, pot body, setting are sent out in intrinsic steam
Raw device, pot body are placed in ontology, and the steam generator connection pot nside is described to supply food in steam heating pot body
Connection pot body is additionally provided in ontology with the vapour condensation device of condensed steam, the vapour condensation device include cooling mixing chamber,
The fan for accelerating steam cooling, cooling mixing chamber are equipped with air inlet, exhaust outlet, the first steam inlet and discharge outlet, and first steams
Vapour entrance imports steam and enters in cooling mixing chamber, and the bottom of cooling mixing chamber is arranged in discharge outlet, and the fan is equipped with air draught
Mouthful and air outlet, air outlet blowout cold wind by air inlet enter in cooling mixing chamber with steam combination cooling, gas after cooling
Body is discharged outside condensing unit through exhaust outlet, and discharge outlet is connected to steam generator directly or indirectly condensed water is thermally formed steaming
Vapour.In this way, realizing that steam is cooled in cooling mixing chamber, the gas temperature of discharge is lower and water content, temperature substantially reduce,
50 DEG C can be directly down to hereinafter, the risk of fog will not be generated.In the present invention, the cold wind of fan outlet blowout can be with
Cooling mixing chamber is fully entered, can also partially enter cooling mixing chamber, but to guarantee that the cold blast rate entered enters greater than steam
Amount, and hot and cold gas are agitated by fan in cooling mixing chamber, and mixed effect is preferable, and steam can be cooled down quickly,
The gas formed after combination cooling is discharged outside condensing unit by exhaust outlet again or cooling mixing chamber enters in ambient air outside, will not
Generate the risk of scald.In addition, discharge outlet is directly or indirectly connected to steam generator so that condensed water is thermally formed steam, with
The recycling for realizing condensed water, is greatly saved Water Energy.
Embodiment one:
It please refers to shown in Fig. 1, Fig. 2, a kind of safe 50 first embodiment of cooking apparatus described in the utility model, including
Ontology 51, is arranged in intrinsic steam generator 53 pot body 52, and pot body 52 is placed in ontology 51, the steam generator
53 connection pot nsides are additionally provided with connection pot body to supply food in steam heating pot body with the steaming of condensed steam in the ontology
Vapour condensing unit 100, the vapour condensation device, including cooling mixing chamber 1, the fan 2 for accelerating steam cooling, cooling mixing chamber
1 is equipped with air inlet 11, exhaust outlet 12, the first steam inlet 13 and discharge outlet 14, and the first steam inlet 13 imports steam and enters
In cooling mixing chamber 1, the bottom of cooling mixing chamber 1 is arranged in discharge outlet 14.The fan 2 is equipped with air inlet 21 and air outlet
22, the cold wind that air outlet 22 is blown out by air inlet 11 enter in cooling mixing chamber 1 with steam combination cooling, gas warp after cooling
Exhaust outlet 12 is discharged outside condensing unit, drains 14 mouthfuls and is connected to steam generator 53 directly or indirectly condensed water to be thermally formed
Steam.
In the present embodiment, the ontology 51 includes base 511, machine top 512, is equipped with and opens between base 511, machine top 512
The accommodating space 513 and interconnecting piece 514 put, pot body 52 are placed in accommodating space 513, are in frame structure.Steam generator 53
It is arranged in interconnecting piece 514,514 other side of interconnecting piece is provided with water tank 54, and vapour condensation device 100 is arranged on machine top 512
Interior, 512 lower end of machine top is equipped with the steam supply mouth of connection pot body 52 and is connected to the outlet of vapour condensation device 100, into one
Step ground, water tank 54 supply water to steam generator by water pump 55.The ontology of the frame structure can be convenient the pick-and-place of pot body.
In the present embodiment, the pot body 52 is double-layer vacuum metal pan, and the steam that steam generator 53 generates enters in pot body
Realize pure steam heating.Certainly, those skilled in the art can under the design of the utility model, to pot body material, structure into
Row improves.Steam generator can also be used as the heating of auxiliary, other heating devices in addition be arranged, or utilize steam generator
Cooperate with other heaters and realizes food in heating kettle body.The combination of this heating method changing under the utility model design
It is dynamic, also belong to scope of protection of the utility model.Certainly, base is also possible to include pot body and pot cover, and pot body is interior pot, is placed on
In pot body, pot cover is hinged on pot body to be closed pot body.Pot body is equipped with steam generator, water tank, water pump, and pot cover is equipped with steam
Condensing unit, steam generator are connected to pot body by the steam port being arranged on the downside of pot cover, and in addition pot cover is additionally provided with exhaust outlet, with even
Logical vapour condensation device.The steam that steam generator generates can be used as pure steam heating or main heating or auxiliary heating.Also
To say, in the utility model, ontology, pot body specific structure can change, the core concept of the utility model is to pass through
Vapour condensation device cooling steam realizes the recycling of condensed water.
As most preferred embodiment, the utility model discharge outlet is connected to the water supply leading portion of water pump, so that when pump working, directly
It connects and take condensed water into steam generator away.
As embodiment is improved, the condensation flow of the utility model vapour condensation device discharge outlet discharge is deposited to water box are received
Storage, or flow back into steam generator, to re-use.Specifically steamed for flowing back to the structure of steam generator to flow into
The water pump of vapour generator front end can also flow in water tank for water end (W.E.).The utilization of water can be reduced in this way, it is energy saving.
As embodiment is improved, steam generator uses boiler type heating structure in the utility model, it is of course also possible to
Using the structure of other steam generation facilities, such as duct type steam generator.
In addition, the cooling mixing chamber in the utility model is at the end of culinary art, to avoid the long-time of condensed water from storing, if
There is the second discharge outlet, with discharge, solenoid valve is specifically set, after culinary art, second solenoid valve opens discharge excess steam
The condensed water of generation.
Referring to Fig. 2, as a preferred embodiment, the cooling mixing chamber 1 includes cooling mixing chamber 1, accelerates steam cold
But fan 2, cooling mixing chamber 1 are equipped with air inlet 11, exhaust outlet 12, the first steam inlet 13 and discharge outlet 14, and first steams
Vapour entrance 13 imports steam and enters in cooling mixing chamber 1, and the bottom of cooling mixing chamber 1 is arranged in discharge outlet 14.The fan 2 is set
There are air inlet 21 and air outlet 22, the cold wind that air outlet 22 is blown out is entered in cooling mixing chamber 1 by air inlet 11 to be mixed with steam
Cooling, gas after cooling is discharged outside condensing unit through exhaust outlet 12.
As a preferred embodiment, the cooling mixing chamber 1 is made of metal or plastics, and the setting of air inlet 11 is cooling mixed
On the side wall for closing chamber 1, and it is located at middle part, the condensed water in cooling mixing chamber 1 is avoided to enter air inlet 11, the cooling mixing of distance
1 bottom wall height h of chamber is 2cm or more.The setting of exhaust outlet 12 is at the top of cooling mixing chamber 1, and the separate side wall for being equipped with air inlet 11,
To extend gas efflux time, guarantee mixing sufficiently, and can be by the condensate return near exhaust outlet, or setting guiding
Structure is to avoid water outflow.In addition, in the present embodiment, to guarantee cooling effect, the volume of the cooling mixing chamber 1 is at least
For 100ml, but in view of it is applied in the small household appliances of kitchen, volume again cannot be excessive, avoids small product size excessive, therefore set
Set cooling mixing chamber 1 volume be less than 600ml, the specific can be that 100ml, 150ml, 200ml to 300ml or 400ml,
450ml or 500ml or 550ml, that is, the volume are more than or equal to 100ml, less than any number between 600ml, specifically
Volume size, those skilled in the art can select according to the product-forming of its application, but minimum 100ml.
Further, it to guarantee that the gas water content being discharged by exhaust outlet 12 is lower, can be set outside exhaust outlet 12
There is exhaust pipe, exhaust pipe can be with condensation portion steam, to reduce steam to the maximum extent.To promote effect, exhaust pipe be can be
Pipeline made of pipeline or metal made of metal and plastic composition, or part are metallic conduit, to realize further heat dissipation
Effect.Also, by setting pipeline, it can be convenient the direction of control discharge gas, be further reduced security risk.
As embodiment is improved, the first steam inlet 13 of cooling mixing chamber 1 be can be set near air inlet 11, the
The direction that the steam of one steam inlet 13 imports is identical as the air inlet direction of air inlet 11, or is closer, due to air inlet 11
Place's intake is big, and wind speed is fast, can form the effect that jet stream drives to the steam at the first steam inlet 13, quickly make steam
Into combination cooling in cold wind stream.As a preferred embodiment, conduit, the steaming that will enter can be set in the first steam inlet 13
Vapour is imported near air inlet 11, or makes it identical as the air inlet direction of air inlet 11.
Further, steam boot segment 15 and mixing unit 16 are equipped in the cooling mixing chamber 1, which is guidance
The rear end of steam boot segment is arranged in pipe or directing plate, mixing unit, and air inlet 11 is arranged in 15 end of steam boot segment, with quick
Impact steam.Certainly, those skilled in the art the first steam inlet 13 can also can be set on 11 opposite of air inlet, with
The form mixing to liquidate.Further, to guarantee that cold wind flow direction is controllable, guarantee combination cooling effect promoting, the air inlet
Direction is entered the wind towards mixing unit, concrete implementation mode can be fan and be obliquely installed towards mixing unit, or setting directing plate.
Certainly, those skilled in the art, can also be using the turbulent baffle being equipped in cooling mixing chamber towards mixing unit, to guide air inlet
Mouth air inlet direction.
Further, as embodiment is improved, to guarantee that steam is fully cooled, in the unit time by air inlet 11 into
The cold blast rate entered is at least 1 times of the quantity of steam entered by the first steam inlet 13.But if intake is too big, wind speed can add
Fastly, Billy is in abundant heat dissipation, and therefore, the present embodiment sets the cold blast rate entered in the upper limit time by air inlet 11 as by first
10 times of the quantity of steam that steam inlet 13 enters.It, can range according to applicable cases at 1 to 10 times specific in the present embodiment
Interior selection.And for rice cooker, pressure cooker product, 1-5 times of selection of general 3L capacity, 3-7 times of 4-5L Capacity Selection, 5L with
Upper consideration selects 5 times or more, is mainly realized by rotation speed of the fan.That is, in this embodiment, optimal is fan
The cold wind of blowout fully enters in cooling mixing chamber 1, certainly, if the cold blast rate and quantity of steam that can guarantee entrance are at corresponding ratio
Relationship, it can be provided the structure partially entered.Further, those skilled in the art, to promote cold wind inlet, Ke Yiyong
Two or three fans are blown into cold wind.In addition, in the present embodiment, it is contemplated that structural convenience and in order to ensure cooling air quantity, it will
The cold wind of fan blowout fully enters cooling mixing chamber, and those skilled in the art can also enter cooling chamber, part using part
Outer wall or other component of the cold wind for cooling mixing chamber.Further, the area of the air inlet enters with the first steam
Open area ratio is 1:1 to 5:1.So, it is ensured that in the biggish situation of cold blast rate, noise is smaller.The specific can be that 2:1,
The selection of this parameter of 3:1,4:1 or 1.5:1, under the enlightenment of parameter that the utility model provides, according to cooling steam amount into
Row experiment can be obtained.
In addition, the effect of cold air impact steam mixing is formed to guarantee mixed effect, the cold wind speed that air inlet 11 enters
Degree is greater than the speed of the steam entered by the first steam inlet 13, to break up steam, forms impingement mix, accelerates cooling.
As a same reason, being fully cooled for guarantee steam, the first steam inlet of ratio that the area of air inlet 11 should be arranged
13 is big.According to the difference of quantity of steam, the specially area of air inlet 11 and 13 area ratio of the first steam inlet is 1 to 5.Such wind
The revolving speed of fan appropriate can reduce, and ensure fan life.
In addition, as embodiment is improved, after cold wind and steam enter cooling mixing chamber 1, to guarantee that its combination cooling fills
Point property cannot make cooling 1 pressure of mixing chamber excessive again, and form exhaust noise, the area of exhaust outlet 12 and the face of air inlet 11
The ratio between product is 1 to 2.Both optimal equal, the pressure formed in this way is minute-pressure, ensure that the smoothness of exhaust.
In the present embodiment, the bottom of cooling mixing chamber 1 is arranged in discharge outlet 14.In this way, condensed water can be arranged quickly
Out outside vapour condensation device.Certainly, cooling mixing chamber 1 can also be can be used as the temporary of condensed water by those skilled in the art
Unit, as long as the condensed water of control storage will not cover air inlet.As improvement embodiment, the bottom of cooling mixing chamber 1
The incline structure towards discharge outlet 14 can be set, with water guide.
As embodiment is improved, cooling duct, the first steam inlet 13 and air inlet 11 are equipped in the cooling mixing chamber 1
Setting is arranged in cooling duct front end, exhaust outlet 12 in rear end.It is of course also possible to set cold plate or solidifying in cooling mixing chamber 1
Water protrusion guarantees that steam can quickly form condensed water.
As other embodiments, in the present invention, the phase of cooling mixing chamber is arranged in exhaust outlet for the air inlet
On adjacent side wall, air inlet is entered the wind direction and is intersected with discharge directions realization, and the wind that such air inlet enters can take away part discharge
Gas, further realize cooling, guarantee that effluent air temp is lower.An other embodiment, the air inlet and exhaust outlet exist
On the side wall of cooling mixing chamber, the two height is different, thus is avoided that cold wind is directly entered exhaust outlet, difference in height is 2cm to 10cm.
Both an other embodiment, the air inlet and exhaust outlet are provided on cooling mixing chamber roof, the two distance 1cm to 8cm.
Not only it had been able to satisfy and has delayed to be vented, but also be avoided that and to form optimal path.
In addition, as embodiment is improved, it is contemplated that condensation water quantity it is less, can will cooling mixing chamber 1 as temporary water
Case is to keep in condensed water.
In the present embodiment, the fan 2 is fixed on outside cooling mixing chamber by fixed frame 23, and the fan, which is equipped with, to be inhaled
Air port 21 and air outlet 22, air inlet 21 and air outlet 22 are arranged on fixed frame, to ensure the sanitation and hygiene for sucking wind,
Filter screen is equipped at air inlet (figure does not regard).The air inlet 11 of the cooling mixing chamber of the direct face of air outlet 22 is arranged, to be connected to, when
So, it can also be realized and be connected to by pipeline.As embodiment is improved, wind-guiding knot can be set at air outlet 22 or air inlet 11
Structure, to guide wind to cooling mixing chamber.In addition, setting anti-return baffle, reduces the gas for being mixed with steam in air outlet 22
Or condensation avoids condensed water from flowing to fan when not fan does not work at air inlet 11, influences fan life, specifically prevents back
Stream baffle can be wholely set with air guide structure, such as be arranged in 11 upper guard-plate of air inlet.
As embodiment is improved, the fan in the utility model is aerofoil fan, and at low cost, fixed structure is simple.Certainly,
It is also possible to turbofan, the selection of this fan, which meets, has air inlet 21 and air outlet 22, air inlet 21 and outlet air
Mouth 22 can be set on fixed frame 22, also can be set on the shell of fan.
Arrow indicates the main flow direction of steam and cold air in Fig. 2, in mixing whirlpool be not shown.
The above are the description of the specific embodiment of the utility model steam cooling device, main utility model point is to pass through
Fan is blown into a large amount of cold wind, quickly mixes with steam, realizes the effect of cooling, for example, the cold wind that is for example blown into
Quantity of steam is 2 times of relationships, 25 DEG C of environment temperature, 100 DEG C of vapor (steam) temperature, is in the temperature that exhaust outlet is discharged by the utility model
+ 30=50 DEG C of ((100-25)/3).Passed through again by heat dissipation caused by fan blowing itself and the heat dissipation of incorporation time, stream
The heat dissipation of journey, the influence of radiator structure, actual discharge temperature are even lower lower than 50 DEG C.That is, practical new by this
The mixed gas temperature of the scheme of type, exhaust outlet discharge is lower than 50 DEG C.In this way, avoiding the risk of scald, cryogenic gas is aqueous
The problem of amount is few, is not in fog pollution.Certainly, the utility model can be used for cooling oil smoke and vapour mixture.
Those skilled in the art can be combined and delete, the utility model is mainly protected according to the record of embodiment one
The technical solution of shield is that cooling mixing chamber 1 is arranged, and steam is imported in cooling mixing chamber, the cold wind that fan 2 is blown out fully enters
In cooling mixing chamber, to guarantee that cold blast rate is enough, realizes the steam quickly reduced in cooling mixing chamber, greatly improve cooling effect
Fruit is applied in electric cooker, pressure cooker or steam rice cooker, with reduce cook or Baoshang, cook congee during steam be largely discharged
Steam.
Embodiment two:
It please refers to shown in Fig. 3, the second embodiment of the utility model, increases cooling buffering on the basis of example 1
Chamber 3, cooling cushion chamber setting 3 is equipped with the second steam inlet 31 in the front end of the first steam inlet 13, cooling cushion chamber, to import
Steam enters cooling cushion chamber 3, and the first steam inlet 13 is connected to cooling cushion chamber 3 and imports cooling will cool down steam in cushion chamber
Mixing chamber 1.
In the present embodiment, the front end of the first steam inlet 13 is arranged in the cooling cushion chamber 3, to cool down to entrance
The steam of mixing chamber carries out tentatively cooling and buffer stock, pours into avoid cold air in cooling mixing chamber, influences the steam of front end
The heating effect of heating or front end.
As embodiment is improved, the cooling cushion chamber 3 is additionally provided with drainage hole (figure do not regard), and drainage hole is by the condensation in it
Water imports in cooling mixing chamber, or is expelled directly out.It is of course also possible to drainage hole is directly connected to the first steam inlet, with reality
Now i.e. discharge water realizes export steam again.
As embodiment is improved, cooling piece 32 is equipped in the cooling cushion chamber, cooling piece 32 is condenser or staggeredly sets
The coldplate set or cooling duct.In this way, improving buffering cooling effect of the steam in cooling cushion chamber.Certainly, this field
Technical staff can select at least one of above-mentioned three kinds of coolers, reinforce cooling effect to realize.Further, institute
The condenser stated is the heat dissipation metal wall that cooling cushion chamber top plate is arranged in, and heat dissipation metal wall side forms cooling cushion chamber, separately
Outer side is outwardly opened wide, with heat dissipation.It is of course also possible to which necessary condensate structure, such as protrusion are arranged in heat dissipation metal wall.
As embodiment is improved, the exhaust outlet 12 on the cooling mixing chamber of the utility model is connected with exhaust pipe 121, cooling slow
It rushes chamber 3 and surrounds and be arranged in 121 periphery of exhaust pipe, it on the one hand can be to avoid the condensation of moisture here, still further aspect exhaust pipe
The gas temperature of discharge is lower, can promote the cooling effect of cooling cushion chamber.
As embodiment is improved, cooling mixing chamber 1 described in the utility model is located at the lower section of cooling cushion chamber 3, with side
Just the flowing of condensed water.
As improvement embodiment, the volume of cooling mixing chamber described in the utility model and cooling cushion chamber art technology
Personnel can be adjusted according to actual quantity of steam.
As embodiment is improved, cooling cushion chamber described in the utility model is in flat setting, to expand steam and cooling
The contact of part guarantees buffering cooling effect.The cooling mixing chamber is in vertically arranged, to guarantee the effect of combination cooling.
This implementation passes through pipe by the way that cooling cushion chamber 3 is arranged to promote cooling effect in the front end of cooling mixing chamber 1
Road setting, cooling piece setting, realization the more cool down again, and after guaranteeing steam condensation, the gas temperature of discharge is further decreased.When
So, the rear end of cooling mixing chamber can also be arranged in cooling cushion chamber by those skilled in the art, and the variation of this position is not
The description range that the utility model specification embodiment one can be evaded, using air-cooled mixed scheme cooling steam.
Embodiment three:
It please refers to shown in Fig. 4, the 3rd embodiment of the utility model improves on the basis of example 1, cold
But mixing chamber 1 includes the first mixing unit 10 and the second mixing unit 20 formed by steam feeding tube road 4, the first steam inlet
For the boundary in steam feeding tube road and the first mixing unit.That is, steam feeding tube road front end setting third steam imports
Mouth 41 imports flowing for steam, and the rear end in steam feeding tube road 4 forms the first mixing unit 10 of cooling mixing chamber, the second mixing unit
The structures such as mixing, exhaust, draining are formed in 20.
As a preferred embodiment, the shape of second mixing unit and embodiment one are consistent.Air inlet is arranged first
Mixing unit 10.The present embodiment uses steam feeding tube road, forms a part of cooling mixing chamber, increases cooling mixing chamber
Cooling active path, cooling effect greatly promote.
Further, the air inlet is arranged in the first mixing unit, steam in air inlet direction and steam feeding tube road
Flow direction is identical.And air inlet distance of the position in steam feeding tube road away from steam feeding tube road is arranged at least in air inlet
It is the 0.1 to 0.8 of steam feeding tube road length.To ensure cooling effect, avoids influencing steam heating part or heating part is generated
Steam impacts.
Above the present embodiment forms the first mixing unit by the back segment in steam feeding tube road, and air inlet setting is in the first mixing
Portion has ensured being sufficiently mixed for cold air and steam, has in turn ensured cooling time, the cooling effect of steam is greatly promoted.
Example IV:
It please refers to shown in Fig. 5, the fourth embodiment of the utility model, is changed on the basis of embodiment one, two, three
Into, air draught is changed to by the mode dried, specific structure is that the fan inhales dynamic cooling mixing intracavity gas by air inlet,
So that extraneous cold air is entered in cooling mixing chamber by air inlet.The structure that the present embodiment uses is the fan is fixed on cold
But in mixing chamber, in this way, fan noise is smaller, and fan can be made in inspiration steam and cold wind, the mixing that flabellum plays simultaneously
With being more fully mixed at fan outlet, cooling effect greatly promotes.In addition, as other embodiments, it can also be by fan
It is fixed on the air inlet of cooling mixing chamber, air inlet is connected to air inlet, and the wind of such fan outlet blowout is mixed cooling
It is intracavitary to be mixed with steam convection current.Further, as other embodiments, fan is fixed on outside cooling mixing chamber side wall, air inlet
It is connected to exhaust outlet, passes through air in this structure suction chamber body.Certainly, those skilled in the art, can also be using other solid
Determine mode, pressure is formed by fan, suction cold wind enters combination cooling steam in cooling mixing chamber cavity.
Above-described embodiment, only specific embodiment of the utility model, those skilled in the art can be according to specifications
Record is combined or simply adjusts, and still falls within the protection scope of the utility model.
Claims (10)
1. a kind of safe cooking apparatus, including ontology, pot body, heating device, heating device is arranged in ontology, and pot body is placed
In ontology, food in the direct or indirect heating kettle body of heating device, which is characterized in that steam condensation is additionally provided in the ontology
Device, the vapour condensation device includes cooling mixing chamber, the fan that accelerates steam cooling, cooling mixing chamber be equipped with air inlet,
Exhaust outlet, the first steam inlet, the first steam inlet are connected to pot body and enter cooling mixing chamber to import steam in pot body, and fan is set
Have an air inlet and air outlet, fan drive cold wind by air inlet enter in cooling mixing chamber with steam combination cooling, exhaust outlet row
Gas after cooling out, the volume of the cooling mixing chamber are 100ml to 600ml.
2. a kind of safe cooking apparatus as described in claim 1, which is characterized in that the fan is moved cold by air inlet suction
But intracavity gas is mixed, so that extraneous cold air is entered in cooling mixing chamber by air inlet.
3. a kind of safe cooking apparatus as claimed in claim 2, which is characterized in that the fan is fixed on cooling mixing chamber
It is interior；Or fan is fixed on the air inlet of cooling mixing chamber, air inlet is connected to air inlet；Or fan is fixed on cooling mixing
Outside chamber side wall, air inlet is connected to exhaust outlet.
4. a kind of safe cooking apparatus as described in claim 1, which is characterized in that the fan is fixed at cooling mixed
Close on chamber side wall, the air outlet of the fan is partly or entirely connected to air inlet, the cold wind of air outlet blowout partly or entirely by
Air inlet enters in cooling mixing chamber and steam combination cooling.
5. a kind of safe cooking apparatus as claimed in claim 4, which is characterized in that the air inlet setting is mixed cooling
On the side wall of chamber, exhaust outlet is provided on the roof of cooling mixing chamber；Alternatively, the air inlet and exhaust outlet are arranged cooling mixed
On the adjacent wall for closing chamber；Alternatively, the air inlet and exhaust outlet are on the side wall of cooling mixing chamber, the two height is different；Or
Both person, the air inlet and exhaust outlet are provided on cooling mixing chamber roof, the two distance 1cm to 8cm.
6. a kind of safe cooking apparatus as claimed in claim 4, which is characterized in that be equipped with steam in the cooling mixing chamber
The rear end of steam boot segment is arranged in boot segment and mixing unit, mixing unit, and air inlet is arranged in steam boot segment end；Alternatively,
The air inlet enters the wind direction towards mixing unit；Or the turbulent baffle towards mixing unit is equipped in cooling mixing chamber.
7. a kind of safe cooking apparatus as claimed in claim 4, which is characterized in that be equipped with cooling in the cooling mixing chamber
Channel, air inlet and the first steam inlet are arranged in cooling duct front end；Or cold plate or condensate are equipped in cooling mixing chamber
Protrusion.
8. a kind of safe cooking apparatus as claimed in any one of claims 1 to 7, which is characterized in that first steam
The front end of entrance is additionally provided with cooling cushion chamber and the second steam inlet, and the second steam inlet imports steam and enters cooling cushion chamber,
First steam inlet is connected to cooling cushion chamber and imports cooling mixing chamber will cool down steam in cushion chamber.
9. a kind of safe cooking apparatus as claimed in claim 8, which is characterized in that be equipped with cooling in the cooling cushion chamber
Part, cooling piece are condenser or the coldplate being staggered or cooling duct.
10. a kind of safe cooking apparatus as claimed in any one of claims 1 to 7, which is characterized in that the exhaust outlet connects
It is connected to exhaust pipe, exhaust pipe is at least partly equipped with metal cooling end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820533225.7U CN208909686U (en) | 2018-04-13 | 2018-04-13 | A kind of safe cooking apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820533225.7U CN208909686U (en) | 2018-04-13 | 2018-04-13 | A kind of safe cooking apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208909686U true CN208909686U (en) | 2019-05-31 |
Family
ID=66692797
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820533225.7U Active CN208909686U (en) | 2018-04-13 | 2018-04-13 | A kind of safe cooking apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208909686U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110353490A (en) * | 2019-07-26 | 2019-10-22 | 九阳股份有限公司 | A kind of steam heating appliance for cooking |
-
2018
- 2018-04-13 CN CN201820533225.7U patent/CN208909686U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110353490A (en) * | 2019-07-26 | 2019-10-22 | 九阳股份有限公司 | A kind of steam heating appliance for cooking |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207438721U (en) | A kind of kitchen air conditioner system and the Water heater for kitchen system mating with the air-conditioning system | |
| CN110367807A (en) | A kind of vapour condensation device and cooking apparatus | |
| CN105193247B (en) | A kind of Air System of multifunctional intellectual cooking machine | |
| CN207471869U (en) | Horizontal type wind-cooling refrigerator | |
| CN108158391A (en) | A kind of electricity steam box | |
| CN110367838B (en) | Energy-saving cooking utensil | |
| CN208582205U (en) | A kind of electricity steam box | |
| CN206120126U (en) | Low noise cooking machine | |
| CN110367812A (en) | A kind of cooking apparatus of energy-saving safe | |
| CN208909686U (en) | A kind of safe cooking apparatus | |
| CN208909719U (en) | A kind of cooking apparatus of energy-saving safe | |
| CN210383613U (en) | Novel steam box | |
| CN205754929U (en) | Ducting assembly and microwave cooking utensil | |
| CN208909729U (en) | A kind of safe cooking apparatus | |
| CN215226869U (en) | A exhaust structure and evaporate roast all-in-one for evaporating roast cooking device | |
| CN207471870U (en) | Liner component, refrigerator cabinet and Horizontal type wind-cooling refrigerator | |
| CN111616585B (en) | Waterway structure and steaming cooking device with same | |
| CN104665611B (en) | Ovenware and cooking fume processing method thereof | |
| CN208909868U (en) | A kind of vapour condensation device and cooking apparatus | |
| CN209136175U (en) | Condensing unit and steam oven | |
| CN205191663U (en) | Microwave oven air ducting that admits air | |
| CN208909685U (en) | A kind of energy-saving cooking appliance | |
| CN209090924U (en) | Vapour condensation device, electric heating cooking apparatus and steam cooking vessel | |
| JP4169591B2 (en) | Cooker | |
| CN206430202U (en) | A kind of high efficiency and heat radiation built-in microwave oven |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20230619 Address after: Building 2, No. 52, 22nd Street, Baiyang Street, Qiantang New District, Hangzhou City, Zhejiang Province, 310000 Patentee after: Hangzhou Jiuchuang Home Appliances Co.,Ltd. Address before: No. 999, Mei Li Road, Huaiyin District, Ji'nan, Shandong Patentee before: JOYOUNG Co.,Ltd. |
|
| TR01 | Transfer of patent right |