CN208114512U

CN208114512U - A kind of high-effect roaster

Info

Publication number: CN208114512U
Application number: CN201720422836.XU
Authority: CN
Inventors: 周林斌
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-04-22
Filing date: 2017-04-21
Publication date: 2018-11-20
Anticipated expiration: 2027-04-21
Also published as: CN207768205U; CN107296516A; CN107307752A; CN106913233A; CN208114513U; CN105686620A; CN106880298A; CN106859385A; CN207768204U; CN106859384A

Abstract

A kind of high-effect roaster, main body includes the first bodice, the second bodice, heater, the first thermal conductor, food Rolling device, the heater is upper heater and lower heater, it is characterized in that the first bodice is used to support the first thermal conductor, food Rolling device, lower heater, first thermal conductor provides the heat source of conduction heating to food bottom；Second bodice provides the heat source of heating to food upper surface for fixing upper heater, the second thermal conductor, second thermal conductor；It is rotatablely connected between second bodice and the first bodice, lid, which closes, between the second bodice and the first bodice forms the first thermal conductor heated upwards and the second thermal conductor heated downwards；Or second bodice and the first bodice rotation open wide place, formed two upward heating zones, an automatic stirring turning food heating zone, a manual overturning heat foods area；Food is heated upwardly in second thermal conductor and the heating of the first thermal conductor；The utility model have the characteristics that cook effect it is good, it is easy assembly and disassembly, it is easy to clean, applied widely.

Description

A kind of high-effect roaster

Technical field

The utility model relates to a kind of high-effect roasters.

Background technique

Traditional frying pan, which generally comprises, can provide the first bodice of the second bodice of heating and heating.But with people's living standard Continuous improvement, single toasting performance is difficult to meet the needs of market development, and for this situation, some manufacturers have made to change Into, if 202341751 U of Chinese patent literature CN discloses a kind of three-dimensional heating multifunctional wok on July 25th, 2012, A kind of especially a kind of three-dimensional heating multifunctional wok of household small-size is passed including the pot cover being hinged on the first thermal conductor, first The hot cooking cavity for being equipped with embedded pan gallbladder in vivo, turnover device are arranged in pot gallbladder, pot cover correspond to pot gallbladder top be provided with it is auxiliary Heat generating component is helped, hot-fluid and heat radiation is generated and at the top of food and side is heated；The bottom that first thermal conductor corresponds to pot gallbladder is set It is equipped with lower main heat generating component, food bottom conductive is heated；It is provided in pot cover or the first thermal conductor and is followed in pot gallbladder The heating air duct of ring.First thermal conductor and pot cover surround the cooking cavity of opposing seal jointly, be provided on pot cover can block it is auxiliary The shield of heat generating component is helped, protection shroud rim is opposite with cooking cavity closed；Heating air duct is looped around at the top of pot cover, or is surround In the outside of the first thermal conductor cooking cavity.The interior circulating-heating air duct of the utility model makes to generate convection current in pot gallbladder, vertical to food Body heating, the heating surface area of food are maximized, and are heated more evenly, are thoroughly solved the problems, such as food uneven heating.

The disadvantage is that power is big, body fuselage temperature is high, needs high-temperature material price expensive, and body appearance accessory aging is fast, Cleaning is inconvenient, and production cost is higher, so needing to improve.

There are also a kind of baking trays on the market, and baking tray is by clamping heating food up and down, due to not having agitating device, cooling fan Or heightening ring, so can not achieve multi-functional a tractor serves several purposes, the thermal efficiency is low so needing to improve.

Summary of the invention

The purpose of the utility model is to provide a kind of simple and reasonable, flexible operation, culinary art effect is good, easy assembly and disassembly, A kind of high-effect roaster easy to clean, applied widely, to overcome shortcoming in the prior art.

By a kind of high-effect roaster that this purpose designs, main body includes the first bodice, the second bodice, heater, the first biography Hot body, food Rolling device, the heater is upper heater and lower heater, it is characterized in that the first bodice is used to support first Thermal conductor, food Rolling device, lower heater, first thermal conductor provide the heat source of conduction heating to food bottom；

For fixing upper heater, the second thermal conductor, the second thermal conductor is provided to food upper surface to be added second bodice The heat source of heat；

Second bodice and the first bodice lid close the heat source to form that a top is heat radiation or conduction heating, and bottom mentions For the three-dimensional heating chamber of conduction heating；

It is rotatablely connected between second bodice and the first bodice, lid, which closes, between the second bodice and the first bodice forms upwards First thermal conductor of heating and the second thermal conductor heated downwards；Or second bodice and the first bodice rotation open wide place, formed Two upward heating zones, an automatic stirring turning food heating zone, a manual overturning heat foods area；Second thermal conductor and Food is heated upwardly in the heating of first thermal conductor；

The food Rolling device is used in the first bodice opened upper end turning food or in the first bodice and second Conduction heating turning food between bodice causes food to be heated evenly heating up and down；At least part food is passed by first The upward heating surface conduction heating of hot body or at least part food pass through the downward heating surface conduction heating of the second thermal conductor.

Second thermal conductor and the first thermal conductor rotate open wide angle at least spend to degree setting or the second thermal conductor and First thermal conductor, which rotates, opens wide angle at least more than degree.

Second bodice and the rotation of the first bodice open wide and place heating, realize low capacity heat foods area and automatic stirring The heating work simultaneously of large capacity heat foods area is overturn, alternatively, realizing that low capacity heat foods area and automatic stirring overturn little Rong Measure the heating work simultaneously of heat foods area.

Three-dimensional heating chamber periphery be arranged cooling fan be used for the intracavitary constant temperature of three-dimensional heating or to three-dimensional heating it is intracavitary Opposite cooling heating.

Described cooling fan one end and outside air perforation connect, and the other end is passed through with the air outlet of three-dimensional heating chamber or gap Lead to and connect, cooling fan mixes outer low temperature air with three-dimensional heating chamber internal high temperature, to the intracavitary constant temperature of three-dimensional heating or gives The intracavitary opposite cooling heating of three-dimensional heating；The cooling fan air-blowing is by the intracavitary vapor of three-dimensional heating along gas outlet or main body Gap discharge；

Cooling fan is at least arranged one；At least one temperature controller or temperature probe are used to limit the heating temperature in heating chamber Degree.

With food Rolling device setting is big first or the setting of food Rolling device is with second largest；

Alternatively, the food Rolling device is located on the first thermal conductor or food Rolling device is located in the second thermal conductor On.

Motor is arranged in food Rolling device top or lower part；With motor setting is big first or motor setting is the Two it is big with；The outside of three-dimensional heating chamber is arranged in motor.

Second thermal conductor top or side or periphery setting air outlet, alternatively, the first thermal conductor top or side or Periphery setting air outlet, lower-temperature external air along air outlet from outside to inside to the intracavitary flowing of three-dimensional heating, while to the second bodice Outer cover cool down, the intracavitary hot-air of lower-temperature external air driven three-dimensional heating from top to bottom mobile mixing or lower-temperature external The mobile mixing from outside to inside of the intracavitary hot-air of air driven three-dimensional heating.

Setting rotation goods of furniture for display rather than for use at second bodice one end and first bodice one end rotation connection, rotation goods of furniture for display rather than for use control the The distance between two bodices and the first bodice cause both the second bodice and the first bodice to lay flat or adjust the second bodice and first The distance between bodice places heightening ring, venthole or gas vent is arranged on heightening ring, increases between the second bodice and the first bodice Height circle passes through the first thermal conductor and the second thermal conductor conduction heating or radiant heating.

The cooling fan is arranged in the cavity between thermal insulation layer and pedestal；Upward opening, thermal insulation layer is arranged in thermal insulation layer Lower heater, lower heater inside or periphery setting motor or motor drive head, lower heater lower part and thermal insulation layer is arranged in lower part Between gap is set, cooling fan is arranged in thermal insulation layer lower part or side.

The air inlet openings of the cooling fan and external perforation connect, and inflatable mouth and the thermal insulation layer opening of cooling fan penetrate through External air is blowed to lower heater bottom or the second temperature controller surface by connection, cooling fan, and cooling fan is by external cold sky Gas, which cools down to lower heater bottom and is converted into warm gap of the warm air between lower heater lower part and thermal insulation layer, enters solid In heating chamber, then the hot humid hot-air intracavitary with three-dimensional heating mix after through the gap between the first bodice and the second bodice Or second bodice air hole flow out body exterior；

Alternatively, the air inlet openings of cooling fan and external perforation connect, the inflatable mouth of cooling fan and the second bodice are heat-insulated Cavity or the perforation connection of cooling channel, cooling fan external air is blowed at the top of upper heater or at the top of the second thermal conductor or Cool exterior air to cooling at the top of the second thermal conductor and is converted into warm warm air edge by the first temperature controller surface cooling, cooling fan It is intracavitary that the aperture on the second thermal conductor periphery air outlet or the second thermal conductor top enters three-dimensional heating, then intracavitary with three-dimensional heating The air hole through gap or the second bodice between the first bodice and the second bodice flows out main body after the mixing of hot humid hot-air It is external.

The cooling fan gives outer low temperature air and the mixed temperature of heating chamber internal high temperature at least degree of being not less than The intracavitary constant temperature of three-dimensional heating gives three-dimensional heating intracavitary opposite cooling heating.

The lower part or side of lower heater is arranged in the cooling fan, and air-flow slowly flows from the bottom to top, causes lower add Hot device keeps condition of high temperature fever uniformly, expands the area of the first thermal conductor thermally equivalent, at least expands the first thermal conductor side Thermally equivalent area, alternatively, at least expand the area of the thermally equivalent of the first thermal conductor bottom, air-flow is along thermal insulation layer under Gap between heater flows up, and is open by the first thermal conductor side into the first thermal conductor, at least a part of gas Body is flowed out with gap of the moisture in main body.

Closely temperature controller is arranged in or the side of temperature probe is passed through in the cooling fan or cooling fan or cooling channel Lead to and connects cooling or the cooling fan or cooling fan pass through air duct and temperature controller at a distance or temperature probe perforation connects Cooling.

The wind speed of the cooling fan or cooling fan is at least below three kilometers per hour；Low wind speed accelerates heater to week The environment homogeneous heating enclosed.

The air-flow is outside air or at least main air-flow is outside air.

The cooling fan air duct is fixedly connected in main body；

The cooling channel is to be independently arranged or cool down channel to be composed；

The cooling fan or cooling fan are separately positioned on the second bodice and first and work together with it greatly, or cooling Fan or cooling fan are separately positioned on the second bodice and the first big autonomous working with it.

Motor is additionally provided in first bodice, the first thermal conductor connects with the output shaft of motor.

The food Rolling device is arranged in the first thermal conductor, and food Rolling device and the first thermal conductor relative rotation are transported It is dynamic that overturning is stirred to the first intracorporal food of heat transfer.

The bracket for shelving food or meal tray is additionally provided in first thermal conductor；

First thermal conductor periphery further includes the split type handle for picking and placing the first thermal conductor.

First thermal conductor and the second thermal conductor surround the three-dimensional heating chamber of opposing seal, the setting of three-dimensional heating chamber periphery jointly The cooling fan of outer circulation is used for the intracavitary constant temperature of three-dimensional heating or gives three-dimensional heating intracavitary opposite cooling heating, cooling fan Air outlet is arranged between the first thermal conductor and the second thermal conductor or on gap, and low temperature and high temperature air are mixed in the middle part of three-dimensional heating chamber It closes and high-temperature vapor is discharged by gap between the first thermal conductor and the second thermal conductor.

The side between the first thermal conductor and the second thermal conductor is arranged in the air outlet, gap, alternatively, the outlet air The side between the first thermal conductor and heightening ring, between heightening ring and the second thermal conductor is arranged in mouth, gap.

A method of according to claim to any one of described in a kind of heating, cooling, the exhaust of high-effect roaster, It is characterised in that it includes following steps：

A, the first thermal conductor and the second thermal conductor surround the three-dimensional heating chamber of opposing seal jointly, and three-dimensional heating chamber passes through outer The outer circulation cooling fan for enclosing setting gives three-dimensional heating intracavitary air-blowing constant temperature, gives three-dimensional heating intracavitary opposite cooling heating, cooling Air outlet that fan low-temperature airflow passes through or the gap being arranged between the first thermal conductor and the second thermal conductor enter three-dimensional heating High temperature is discharged by gap between the first thermal conductor and the second thermal conductor again after low temperature is mixed with high temperature air in three-dimensional heating chamber in chamber Vapor, cause Cryogenic air by three-dimensional heating chamber periphery one end enter traverse three-dimensional heating chamber after, be converted into heating air-flow by The outflow of the three-dimensional heating chamber other end realizes that food therein moisture is blocked in foodstuff surface quick-hardening, prevents food therein moisture fast Speed is lost, and realizes hard, internal soft mouthfeel outside the food after processing；

Alternatively, the first thermal conductor, heightening ring and the second thermal conductor surround the three-dimensional heating chamber of opposing seal jointly, solid adds Hot chamber gives three-dimensional heating intracavitary air-blowing constant temperature by the outer circulation cooling fan of periphery setting, gives three-dimensional heating intracavitary opposite cooling Heating, air outlet that cooling fan low-temperature airflow passes through or is arranged in the first thermal conductor, heightening ring, the seam between the second thermal conductor Gap enters three-dimensional heating chamber, is passed again by the first thermal conductor, heightening ring, second after low temperature is mixed with high temperature air in three-dimensional heating chamber High-temperature vapor is discharged in gap between hot body, causes Cryogenic air to be entered by three-dimensional heating chamber periphery one end and traverses three-dimensional heating chamber Afterwards, it is converted into heating air-flow to be flowed out by the three-dimensional heating chamber other end, realizes that food therein moisture is blocked in foodstuff surface quick-hardening, It prevents food therein moisture rapidly losing, realizes hard, internal soft mouthfeel outside the food after processing.

The utility model, around its axis rotation, makes to be located in the first thermal conductor with first using the first thermal conductor of motor driven The food rolling device of bodice connection and the first thermal conductor generate relative motion, and the spring shovel to connect with food rolling device is eaten in promotion During object, it is placed in the intracorporal food of the first heat transfer and rolls under the action of food rolls device, food thermally equivalent, the food Object can obtain outer hard interior soft culinary art effect under the cold wind effect that air outlet is sent out, and further improve cuisine flavour.

The opening direction of air outlet in the utility model towards food Rolling device and the first thermal conductor overlapping position, it is right Surface cooling only is carried out in the food of the overlapping position, the conventional cooking without influencing the food in other regions is ensuring to cook On the basis of quality, cooking efficiency is improved.

The utility model is additionally provided with the bracket for shelving food or meal tray in the first thermal conductor, is heating When device setting is with second largest, the distance between food and heater can be shortened, improve temperature rise, meet and roast group food Culinary art demand.

Food Rolling device in the utility model includes food rolling device and spring shovel, and spring shovel is in the rolling of food It mainly helps out, can further promote the tumbling effect of food；For the ease of picking and placing the first thermal conductor, additionally provide point Body formula handle.

The utility model have simple and reasonable, flexible operation, culinary art effect it is good, it is easy assembly and disassembly, the easy to clean, scope of application Wide feature.

Detailed description of the invention

Fig. 1 is circulation and outer circulation mixed airflow schematic cross-sectional view in an embodiment of the present invention.

Fig. 2 is that another embodiment cooling fan of the utility model is arranged in the second bodice cutaway top structural schematic diagram.

Fig. 3 is that an embodiment of the present invention cooling fan is arranged in the second bodice side heat dissipation schematic cross-sectional view.

Fig. 4 increases heightening ring air inlet sectional structure between an embodiment of the present invention the first bodice 1 and the second bodice 2 Schematic diagram.

Fig. 5 is that an embodiment of the present invention the first bodice 1 and the second bodice 2 open wide heating sectional structure signal upwards Figure.

Fig. 6 is that another embodiment the first bodice 1 of the utility model and the second bodice 2 open wide heating sectional structure signal upwards Figure.

Specific embodiment

The utility model is further described with reference to the accompanying drawings and embodiments.

Referring to Fig. 1-Fig. 2, a kind of high-effect roaster, main body 01 includes the first bodice 1, the second bodice 2, heater, first Thermal conductor 3, food Rolling device 11, air inlet 32, cooling fan, the heater be upper heater 41 and lower heater 44, It is characterized in that the first bodice 1 is for accommodating the first thermal conductor 3, food Rolling device 11, lower heater 44, first bodice 1 The heat source of conduction heating is provided to food bottom；

One the second bodice 2 is for fixing upper heater 41, the second thermal conductor 35, and second bodice 2 is to table on food Face provides the heat source of heat radiation or illumination heating；

It is that heat radiation or illumination are heated that second bodice 2 and the first bodice 1 lid, which close and form a top, and bottom provides biography Lead the three-dimensional heating chamber 55 of heating；

Cooling fan is used for constant temperature in three-dimensional heating chamber 55 or to cooling heating opposite in three-dimensional heating chamber 55, the drop The outside of three-dimensional heating chamber 55 is arranged in warm fan；

Cooling fan one end and outside air perforation connect, and perforation connects in the other end and heating chamber, and cooling fan will be outer Portion's Cryogenic air drops after mixing with heating chamber internal high temperature to constant temperature in three-dimensional heating chamber 55 or to opposite in three-dimensional heating chamber 55 Temperature heating；Gap 31 of the vapor in heating chamber on gas outlet or main body 01 is discharged for the cooling fan air-blowing；

One the first thermal conductor 3 is for accommodating food and heating to food bottom conductive；

One food Rolling device 11 is used for turning food, and food is caused to be heated evenly three-dimensional heating；

At least one temperature controller or temperature probe 43 are used to limit the heating temperature in heating chamber.

The cooling fan is at least arranged one；Second bodice 2 is by outer cover 20, bottom cover 101, upper heater 41, Two thermal conductors 35, shield 10, air inlet 32, Transparent Parts composition；

Alternatively, second bodice 2 by outer cover 20, bottom cover 101, upper heater 41, the second thermal conductor 35, shield 10, Air inlet 32, upper cooling fan 46 form；

Alternatively, second bodice 2 is by outer cover 20, bottom cover 101, upper heater 41, air inlet 32,46 groups of upper cooling fan At；

Second bodice 2 is organized into an insulated cavity 9 or cooling channel 29 by outer cover 20 and bottom cover 101；

Alternatively, second bodice 2 is organized into an insulated cavity 9 or cooling channel by outer cover 20 and the second thermal conductor 35 29；

Shield 10, upper heater 41, the second thermal conductor 35, outer cover 20 is arranged in second bodice 2 from the bottom to top；

Alternatively, upper heater 41, the second thermal conductor 35, outer cover 20 is arranged in second bodice 2 from the bottom to top；

Alternatively, bottom cover 101, upper heater 41, the second thermal conductor 35, outer cover 20 is arranged in second bodice 2 from the bottom to top；

Alternatively, upper heater 41, the second thermal conductor 35, the second reflector 25, outer is arranged in second bodice 2 from the bottom to top Lid 20；Air outlet 30 is arranged in setting cooling 29 end of channel between second thermal conductor 35 and the second reflector 25；

Second thermal conductor, 35 top or side or periphery setting air outlet 30, lower-temperature external air along air outlet 30 by It flows up to lower into three-dimensional heating chamber 55, while cooling down to the outer cover of the second bodice 2, lower-temperature external air driven is three-dimensional Hot-air mobile mixing from top to bottom in heating chamber 55；

Second thermal conductor 35 is independently arranged or the second thermal conductor 35 and bottom cover 101 are wholely set；

Described second bodice, 2 one end and the first bodice 1 are rotatablely connected.

First bodice 1 be made of thermal insulation layer 91, lower heater 44, motor 8, pedestal 101 or the first bodice 1 by every Thermosphere 91, lower heater 44, motor 8, pedestal 101, the composition of lower cooling fan 45 or the first bodice 1 are by thermal insulation layer 91, lower heating Device 44, motor 8, pedestal 101, lower cooling fan 45, air inlet 32 form；

Upward opening is arranged in thermal insulation layer 91, and lower heater 44,44 inside of lower heater or periphery is arranged in 91 lower part of thermal insulation layer Motor 8 or 8 driving head of motor are set, gap, 91 lower part of thermal insulation layer or one are set between 91 lower part of thermal insulation layer and lower heater 44 Lower cooling fan 45 is arranged in side, and lower cooling fan 45 is arranged in the cavity 90 between thermal insulation layer 91 and pedestal 101；

The air inlet openings of lower cooling fan 45 and external perforation connect, and inflatable mouth and the thermal insulation layer 91 of lower cooling fan 45 are opened External air is blowed to 44 bottom of lower heater or the second temperature controller surface, lower cooling by mouth perforation connection, lower cooling fan 45 Cool exterior air cools down to 44 bottom of lower heater and is converted into warm warm air along 91 lower part of thermal insulation layer and lower heating by fan 45 Gap between device 44 enters in three-dimensional heating chamber 55, then through after mixing with the hot humid hot-air in three-dimensional heating chamber 55 Outside the air hole outflow main body 01 in gap 31 or the second bodice 2 between one bodice 1 and the second bodice 2；

Alternatively, the air inlet openings of upper cooling fan 46 and external perforation connect, the inflatable mouth and second of upper cooling fan 46 External air is blowed to 41 top of upper heater by 2 insulated cavity 9 of bodice or the perforation connection of cooling channel 29, upper cooling fan 46 Or the top of the second thermal conductor 35 or the first temperature controller surface cooling, upper cooling fan 46 is by cool exterior air to the second thermal conductor 35 Top cool down and be converted into warm warm air along the peripheral air outlet 30 of the second thermal conductor 35 or 35 top of the second thermal conductor aperture into Enter in three-dimensional heating chamber 55, then after being mixed with the hot humid hot-air in three-dimensional heating chamber 55 through the first bodice 1 with it is second largest Outside the air hole outflow main body 01 in gap 31 or the second bodice 2 between body 2；

Outer low temperature air and the mixed temperature of heating chamber internal high temperature are at least not less than 160 degree by the cooling fan To constant temperature in three-dimensional heating chamber 55 or to cooling heating opposite in three-dimensional heating chamber 55；

The low-temperature airflow at least some of the lower cooling fan 45 blows over 43 surface cooling of temperature controller or temperature probe, or At least a part of low-temperature airflow blows over lower heater 44 and is converted into 3 outside of the first thermal conductor of warm wet inflow and 91 inside of thermal insulation layer Between, into inside the first thermal conductor 3, the gap 31 between the second bodice and the first bodice or the gap 31 in main body 01 are flowed Out outside main body 01, outside vapor Accelerating Removal main body 01, accelerate drying and the Surface hardened layer of food, shortens adding for food The hot time keeps 31 condition of high temperature of gap in the first thermal conductor 3 between each food consistent, reduces the gap 31 between food Temperature difference improves the efficiency of bottom heater, is converted into when lower heater 44 being forced to heat to the thermal energy of bottom radiation loss Warm warm air enters in the first thermal conductor 3, assists heating to the food in the first thermal conductor 3, realizes the fever of lower heater 44 Measure the calorific value that calorific value consistent with the calorific value of upper heater 41 or lower heater 44 is greater than upper heater 41.

46 downstream of the upper cooling fan setting temperature controller or temperature probe 43 or fuse；Or lower 45 downstream of cooling fan Temperature controller or temperature probe 43 or fuse are set；

Upper cooling fan 46 or lower cooling fan 45 blow to cool down to temperature controller or temperature probe 43 extends temperature controller or temperature The heating work time of control probe 43, or shorten the power-off time that temperature controller or temperature probe 43 stop working, so as to shorten total Working time；Or low-temperature airflow is blown to heater and is exchanged frequently by heater is cold and hot, reduce high-low temperature difference homogeneous heating.

The side of temperature controller or temperature probe 43, upper cooling fan is arranged in the upper cooling fan 46 or cooling channel 29 46 or cooling 29 inlet end of channel and external perforation connect, upper cooling fan 46 or cooling 29 outlet side of channel be directed toward temperature controller or Temperature probe 43, upper cooling fan 46 or cooling channel 29 are by blowing to temperature controller or temperature probe 43 for external Cryogenic air Cooling；

Temperature controller or the setting of temperature probe 43 or fuse are on thermal insulation layer 91 or on heater；

The heat slow flow that the low wind speed of the lower cooling fan 45 loses lower heater 44；Simultaneously to bottom cover 101 Shell cool down；

The lower part or side of lower heater 44 is arranged in the lower cooling fan 45, and air-flow slowly flows from the bottom to top, causes So that lower heater 44 is kept condition of high temperature fever uniformly, expand the area of 3 thermally equivalent of the first thermal conductor, at least expands first and pass The area of the thermally equivalent of hot 3 side of body, alternatively, at least expanding the area of the thermally equivalent of 3 bottom of the first thermal conductor, air-flow edge Gap between thermal insulation layer 91 and lower heater 44 flows up, and enters the first thermal conductor 3 by 3 side of the first thermal conductor and opens Mouthful, at least a part of gas is flowed out with gap 31 of the moisture in main body 01.

Temperature controller is closely arranged in for the upper cooling fan 46 or lower cooling fan 45 or cooling channel 29 or temperature control is visited The side perforation connection cooling of head or the upper cooling fan 46 or lower cooling fan 45 pass through air duct and temperature controller at a distance Or temperature probe perforation connection cooling；

The wind speed of the upper cooling fan 46 or lower cooling fan 45 is at least below 3 kilometers per hour；Low wind speed accelerates Environment homogeneous heating of the hot device to surrounding；

The air-flow is outside air or at least main air-flow is outside air；

46 air duct of upper cooling fan is fixedly connected in main body 01；

The cooling channel 29 is to be independently arranged or cool down channel 29 to be composed；

The upper cooling fan 46 or lower cooling fan 45 be separately positioned on the second bodice 2 and first it is big with work together Work or upper cooling fan 46 or lower cooling fan 45 are separately positioned on the second bodice 2 and the first big autonomous working with it.

Motor 8 is additionally provided in first bodice 1, the first thermal conductor 3 connects with the output shaft of motor 8；

The food Rolling device 11 is arranged in the first thermal conductor 3, and food Rolling device 11 and the first thermal conductor 3 are opposite Rotary motion is stirred overturning to the food in the first thermal conductor 3；

The bracket 16 for shelving food or meal tray is additionally provided in first thermal conductor 3；

First thermal conductor, 3 periphery further includes the split type handle 15 for picking and placing the first thermal conductor 3.

First thermal conductor 3 and the second bodice 2 surround the three-dimensional heating chamber 55 of opposing seal jointly, on the second bodice 2 The cooling fan that outer circulation is arranged is used for constant temperature in three-dimensional heating chamber 55 or to cooling heating opposite in three-dimensional heating chamber 55, or Person, setting auxiliary heat generating component 4 on the second bodice 2, assists the heating fan blade 61 on heat generating component 4 to be arranged in three-dimensional heating chamber 55 Interior, the outside of three-dimensional heating chamber 55 is arranged in motor 8；Heating air duct 5 is looped around 2 top of the second bodice；It assists on heat generating component 4 Heating fan blade 61 in the first thermal conductor 3 food assist heating, realize lower heater 44 calorific value and upper heater 41 Calorific value is consistent or the calorific value of lower heater 44 is greater than the calorific value of upper heater 41；

The upper heater 41 and the heating power of lower heater 44 are in the same size, alternatively, the fever function of lower heater 44 Rate is greater than the heating power of upper heater 41, alternatively, the fever time of lower heater 44 is greater than the fever time of upper heater 41；

The cooling fan of outer circulation is set on second bodice 2, for constant temperature in three-dimensional heating chamber 55 or to solid Opposite cooling heating is thermally formed three-dimensional heating chamber 55 with 1 bottom conductive of the first bodice in heating chamber 55；Alternatively, described second largest The cooling fan of outer circulation is set on body 2, for constant temperature in three-dimensional heating chamber 55 or to cooling opposite in three-dimensional heating chamber 55 The cooling fan and bottom conductive of heating and the setting outer circulation of 1 bottom of the first bodice are thermally formed three-dimensional heating chamber 55, and cool down wind Fan is for constant temperature in three-dimensional heating chamber 55 or to cooling heating opposite in three-dimensional heating chamber 55；

Alternatively, setting assists the interior circulating-heating fan blade 61 of heat generating component 4 on second bodice 2, with 1 bottom of the first bodice The cooling fan and bottom conductive of portion's setting outer circulation are thermally formed three-dimensional heating chamber 55, and cooling fan is for giving three-dimensional heating chamber Constant temperature or to cooling heating opposite in three-dimensional heating chamber 55 in 55；

Alternatively, setting assists the interior circulating-heating fan blade 61 of heat generating component 4 on second bodice 2, with 1 bottom of the first bodice Portion's conduction heating forms three-dimensional heating chamber 55.

The air inlet 32 of heating air duct 5 on the auxiliary heat generating component 4 is provided with 10 middle part of shield, and air outlet 30 is opened Be located at outside shield 10, be provided in the second bodice 2 it is the air that air inlet 32 enters being evacuated to that air outlet 30 is discharged plus Air-heater 6, heating blower 6 are located at upper 4 top of auxiliary heat generating component；Alternatively, the setting of air inlet 32 of heating air duct 5 is passed first The inner sidewall of hot 3 three-dimensional heating chamber 55 of body, air outlet 30 are arranged between pot cover 4 and shield 10, setting in the first thermal conductor 3 The air that air inlet 32 enters can be evacuated to the heating blower 6 that air outlet 30 is discharged by having, and heating blower 6 is located at three-dimensional heating chamber 55 It is external；

The upper heater 41 or lower heater 44 are halide torch, carbon pipe, quartz ampoule, metal tube or heating wire, lower master Heat generating component 7 is metal heat-generating pipe.

The lower inside of reflector is arranged in the upper heater 41, and the top of reflector is arranged in cooling fan, and cool down wind Fan directly or indirectly drops reflector, and cooling fan one end and outside air penetrate through, and the other end passes through reflector and oven External cooling air-flow absorption is blowed to reflector side or heater side by inner cavity perforation, and at least partition is a part of rises hot-fluid Heat radiation to shell.

External Cryogenic air is flowed through reflector or heater by the cooling fan, and conversion or warm warm air are transported downwards It is dynamic, it drives or forced high-temperature heat flux flows down to foodstuff surface, foodstuff surface is sintered, by the aqueous vapor edge of foodstuff surface Gap 31 between second bodice and lower main body 01 is flowed out, and is accelerated the warm temperature of 01 inner cavity of main body, is shortened the time of heat foods, will The hot-fluid for rising discharge, which forces, flows back into 01 inner cavity of main body, while the upper case that cools down, and plays the role of anti-scald.

Second largest second thermal conductor 35 of setting with it and the double-deck reflector of the second reflector 25, alternatively, only setting is single Layer reflector.

The cooling fan or cooling ducting outlet are arranged in reflector top or side.

The cooling air-flow of the cooling fan is at least a part of along reflection cover outer wall or inner wall flowing outside to main body 01 Chamber.

The cooling fan is closely or distantly located on cooling air inlet or side.

The cooling fan is arranged on the second bodice or lower main body 01.

The cooling air duct is arranged inside the second bodice, and air inlet 32 is located at second largest.

The cooling air duct is arranged between the second bodice and lower main body 01, and lower main body 01 and the are traversed in the cooling air duct Between two bodices, air inlet 32 is arranged in lower main body 01,01 bottom of main body or lower part under position.

Second largest setting temperature controller or the temperature probe with it, positioned at the downstream of cooling fan, cooling fan is to temperature control Device or temperature probe cooling extend the conduction time of temperature controller or temperature probe, or when shortening the power-off of temperature controller or temperature probe Between, to improve working efficiency, shorten the heating work period or time of food, it is long to reach relatively-high temperature heating time, draining Point fast, cooling fan is anti-scald to the external cooling of the first bodice to the outer cover of the second bodice anti-scald or cooling fan that cools down, and adds Fast inner air and outer air exchange, reduces oil smoke, shortens the overall work time.

The cooling fan is Low speed electric motor 8, and per minute at least below 3000 turns, wind speed is 3 kilometers at least low per hour, Low wind speed not will lead to the temperature of heating chamber lower than 160 degree.

Upper cooling fan 46 is arranged on the second bodice 2, and external air is pumped by upper cooling fan 46, passes through heat-insulated sky External air is blowed to 41 top of upper heater or 35 top of the second thermal conductor or the first temperature controller table by chamber 9 or cooling channel 29 Face cooling forces 41 top of upper heater or 35 top of the second thermal conductor or the surface of the first temperature controller to rise hot-fluid from top to bottom Flowing, by cool exterior air to cooling down at the top of the second thermal conductor 35 and be converted into warm warm air along the peripheral outlet air of the second thermal conductor 35 Setting cooling channel 29 between mouth 30 or the aperture or the second thermal conductor 35 and the second reflector 25 on 35 top of the second thermal conductor Air outlet 30 is arranged in end；Into in three-dimensional heating chamber 55, then after being mixed with the hot humid hot-air in three-dimensional heating chamber 55 Outside air hole outflow main body 01 through gap 31 or the second bodice 2 between the first bodice 1 and the second bodice 2；External is cold The flowing of air by the top of the second thermal conductor 35 with arrival outer cover be isolated between outer cover cool down anti-scald effect；

Alternatively, inside lower 45 first bodice of cooling fan, by the way that the insulated cavity 9 inside the second bodice 2 or drop is arranged in External air is pumped by warm channel 29, cavity 90 between thermal insulation layer 91 and pedestal 101 and it is second largest with insulated cavity 9 Or the perforation connection of cooling channel 29, external air is blowed into 41 top of upper heater or 35 top of the second thermal conductor or the first temperature Control device surface cooling, force the top of upper heater 41 or 35 top of the second thermal conductor or the surface of the first temperature controller rise hot-fluid by Up to lower flowing, by cool exterior air to cooling down at the top of the second thermal conductor 35 and be converted into warm warm air outside the second thermal conductor 35 It crosses and cooling is set between the aperture or the second thermal conductor 35 and the second reflector 25 on 35 top of air port 30 or the second thermal conductor Air outlet 30 is arranged in 29 end of channel；Into in three-dimensional heating chamber 55, then with the hot humid hot-air in three-dimensional heating chamber 55 Outside air hole outflow main body 01 after mixing through gap 31 or the second bodice 2 between the first bodice 1 and the second bodice 2；Outside The flowing of the cold air in portion by the top of the second thermal conductor 35 with arrival outer cover be isolated between outer cover cool down anti-scald effect；

Alternatively, the air inlet openings of lower cooling fan 45 and external perforation connect, the inflatable mouth of lower cooling fan 45 with it is heat-insulated External air is blowed to 44 bottom of lower heater or the second temperature controller surface by 91 opening perforation connection of layer, lower cooling fan 45, Cool exterior air cools down to 44 bottom of lower heater and is converted into warm warm air along 44 lower part of lower heater by lower cooling fan 45 Gap between thermal insulation layer 91 enters in three-dimensional heating chamber 55, then mixes with the hot humid hot-air in three-dimensional heating chamber 55 Outside the air hole outflow main body 01 in gap 31 or the second bodice 2 between the first bodice 1 and the second bodice 2；External The flowing of cold air will be isolated between 44 lower part of lower heater and thermal insulation layer 91 to be reached bottom cover and cools down anti-scald effect；

Upper cooling fan 46 is arranged on the second bodice 2, and external air is pumped by upper cooling fan 46, passes by second Hot 35 top of body or the first temperature controller surface cooling, the air outlet 30 along the periphery of the second thermal conductor 35 from top to bottom flow, institute At least one setting of air outlet 30 is stated, 30 outlet air of air outlet forms an air curtain, the heat that the upper heater 41 of inside is generated It from top to bottom drives and flows to foodstuff surface heating, alternatively, 30 outlet air of air outlet is combined into an air curtain, by the upper heater of inside 41 heats generated, which from top to bottom drive, flows to foodstuff surface heating；

Alternatively, the air inlet openings of lower cooling fan 45 and external perforation connect, lower cooling fan 45 is by cool exterior air pair 44 bottom of lower heater cool down and be converted into warm gap of the warm air between 44 lower part of lower heater and thermal insulation layer 91 by down toward One air curtain of upper formation enters in three-dimensional heating chamber 55, by the high-temperature hot air and the first bodice 1 and in three-dimensional heating chamber 55 Gap 31 between two bodices 2 is isolated, and high-temperature hot air is avoided quickly to outflow, and increases high-temperature hot air in three-dimensional heating chamber 55 Residence time heating food energy-efficient purpose is provided.

Referring to Fig. 3-Fig. 6, a kind of high-effect roaster, main body 01 includes the first bodice 1, the second bodice 2, heater, first Thermal conductor 3, food Rolling device 11, the heater is upper heater 41 and lower heater 44, it is characterized in that the first bodice 1 is used In support the first thermal conductor 3, food Rolling device 11, lower heater 44, first thermal conductor 3 provides conduction to food bottom The heat source of heating；

Second bodice 2 is for fixing upper heater 41, the second thermal conductor 35, and second thermal conductor 35 is on food Surface provides the heat source of heating；

Second bodice 2 and the first bodice 1 lid close the heat source for forming that a top is heat radiation or conduction heating, bottom The three-dimensional heating chamber 55 of conduction heating is provided；

It is rotatablely connected between second bodice 2 and the first bodice 1, lid, which closes, between the second bodice 2 and the first bodice 1 forms The first thermal conductor 3 heated upwards and the second thermal conductor 35 heated downwards；Or second bodice 2 and the first bodice 1 rotation open wide It places, forms two upward heating zones, an automatic stirring turning food heating zone, a manual overturning heat foods area；The Food is heated upwardly in two thermal conductors 35 and the heating of the first thermal conductor 3；

The food Rolling device 11 be used for 1 opened upper end turning food of the first bodice or for the first bodice 1 with Conduction heating turning food between second bodice 2 causes food to be heated evenly heating up and down；At least part food passes through the The upward heating surface conduction heating of one thermal conductor 3 or at least part food are added by the downward heating surface conduction of the second thermal conductor 35 Heat.

Second thermal conductor 35 and the first thermal conductor 3, which rotate, to be opened wide at least 0 degree of angle and is arranged to 180 degree or the second biography Hot body 35 and the first thermal conductor 3, which rotate, opens wide angle at least more than 160 degree；

Second bodice 2 and the rotation of the first bodice 1 open wide and place heating, realize low capacity heat foods area and automatic stirring The heating work simultaneously of overturning large capacity heat foods area is mixed, alternatively, it is small to realize that low capacity heat foods area is overturn with automatic stirring The heating work simultaneously of capacity heat foods area,

The 55 periphery setting cooling fan of three-dimensional heating chamber is used for constant temperature in three-dimensional heating chamber 55 or to three-dimensional heating Opposite cooling heating in chamber 55；

Cooling fan one end and outside air perforation connect, and the other end is passed through with the air outlet 30 of three-dimensional heating chamber 55 or gap Lead to and connect, cooling fan mixes outer low temperature air with 55 internal high temperature of three-dimensional heating chamber, to constant temperature in three-dimensional heating chamber 55 Or to cooling heating opposite in three-dimensional heating chamber 55；The cooling fan air-blowing is by vapor in three-dimensional heating chamber 55 along gas outlet Or the gap 31 in main body 01 is discharged；

Cooling fan is at least arranged one；

Second bodice 2 is made of outer cover 20, upper heater 41, the second thermal conductor 35；

Or second bodice 2 is made of outer cover 20, the second thermal conductor 35, cooling fan 47；

Or second bodice 2 is made of outer cover 20, the second thermal conductor 35；

First bodice 1 is made of pedestal 101, lower heater 44, the first thermal conductor 3；

Or first bodice 1 is made of pedestal 101, the first thermal conductor 3, cooling fan 47；

Or first bodice 1 is made of pedestal 101, the first thermal conductor 3；

Alternatively, first bodice 1 is made of thermal insulation layer 91, lower heater 44, motor 8, pedestal 101 or the first bodice 1 It is made of thermal insulation layer 91, lower heater 44, motor 8, pedestal 101, cooling fan 47 or the first bodice 1 adds by thermal insulation layer 91, down Hot device 44, motor 8, pedestal 101, cooling fan 47, air inlet 32 form；

The food Rolling device 11 is arranged on the first bodice 1 or food Rolling device 11 is arranged on the second bodice 2；

Alternatively, the food Rolling device 11 is located on the first thermal conductor 3 or food Rolling device 11 is located in second On thermal conductor 35；

Motor 8 is arranged in 11 top of food Rolling device or lower part；Motor 8 is arranged on the first bodice 1 or motor 8 is arranged On the second bodice 2；

First thermal conductor 3 is independently arranged or the first thermal conductor 3 and bottom cover 101 are wholely set；

Second bodice 2 is organized into an insulated cavity 9 or cooling channel 29 by outer cover 20 and the second thermal conductor 35；

Second thermal conductor, 35 top or side or periphery setting air outlet 30, alternatively, 3 top of the first thermal conductor or one Side or periphery setting air outlet 30, lower-temperature external air are flowed into three-dimensional heating chamber 55 from outside to inside along air outlet 30, simultaneously Cool down to the outer cover of the second bodice 2, the hot-air in lower-temperature external air driven three-dimensional heating chamber 55 from top to bottom moves Hot-air mobile mixing from outside to inside in mixing or lower-temperature external air driven three-dimensional heating chamber 55.

Setting rotation goods of furniture for display rather than for use 66, rotates goods of furniture for display rather than for use 66 at described second bodice, 2 one end and the 1 one end rotation connection of the first bodice The distance between the second bodice 2 and the first bodice 1 are controlled, both the second bodice 2 and the first bodice 1 is caused to lay flat or adjust second The distance between bodice 2 and the first bodice 1 are placed heightening ring 77, are set on heightening ring 77 between second bodice 2 and the first bodice 1 Venthole 772 or gas vent 771 are set, heightening ring 77 is added by the first thermal conductor 3 and 35 conduction heating of the second thermal conductor or radiation Heat.

The thermal insulation layer 91 is arranged upward opening, and 91 lower part of thermal insulation layer is arranged lower heater 44,44 inside of lower heater or Periphery setting motor 8 or 8 driving head of motor, are arranged gap, 91 lower part of thermal insulation layer between 44 lower part of lower heater and thermal insulation layer 91 Or cooling fan 47 is arranged in side, cooling fan 47 is arranged in the cavity 90 between thermal insulation layer 91 and pedestal 101；

The air inlet openings of cooling fan 47 and external perforation connect, and inflatable mouth and the opening of thermal insulation layer 91 of cooling fan 47 are passed through Lead to and connect, external air is blowed to 44 bottom of lower heater or the second temperature controller surface by cooling fan 47, and cooling fan 47 will Cool exterior air cools down to 44 bottom of lower heater and is converted into warm warm air between 44 lower part of lower heater and thermal insulation layer 91 Gap enter in three-dimensional heating chamber 55, then through the first bodice 1 after being mixed with the hot humid hot-air in three-dimensional heating chamber 55 Outside the air hole outflow main body 01 in gap 31 or the second bodice 2 between the second bodice 2；

Alternatively, the air inlet openings of cooling fan 47 and external perforation connect, the inflatable mouth of cooling fan 47 and the second bodice 2 External air is blowed to 41 top of upper heater or second by insulated cavity 9 or the perforation connection of cooling channel 29, cooling fan 47 The top of thermal conductor 35 or the first temperature controller surface cooling, cooling fan 47 is by cool exterior air to cooling down at the top of the second thermal conductor 35 And it is converted into warm warm air and enters three-dimensional add along the aperture on the peripheral air outlet 30 of the second thermal conductor 35 or 35 top of the second thermal conductor In hot chamber 55, then through between the first bodice 1 and the second bodice 2 after being mixed with the hot humid hot-air in three-dimensional heating chamber 55 The air hole of gap 31 or the second bodice 2 flows out outside main body 01；

Outer low temperature air and the mixed temperature of heating chamber internal high temperature are at least not less than 160 degree by the cooling fan To constant temperature in three-dimensional heating chamber 55 or to cooling heating opposite in three-dimensional heating chamber 55.

The lower part or side of lower heater 44 is arranged in the cooling fan 47, and air-flow slowly flows from the bottom to top, causes Lower heater 44 keeps condition of high temperature fever uniformly, expands the area of 3 thermally equivalent of the first thermal conductor, at least expands the first heat transfer The area of the thermally equivalent of 3 side of body, alternatively, at least expand the area of the thermally equivalent of 3 bottom of the first thermal conductor, air-flow along every Gap between thermosphere 91 and lower heater 44 flows up, and is open by 3 side of the first thermal conductor into the first thermal conductor 3, At least a part of gas is flowed out with gap 31 of the moisture in main body 01.

Temperature controller or temperature probe is arranged in the cooling fan 47 or cooling fan 47 or cooling 29 short distance of channel Side perforation connection cooling or the cooling fan 47 or cooling fan 47 are visited by air duct and temperature controller or temperature control at a distance Head perforation connection cooling；

The wind speed of the cooling fan 47 or cooling fan 47 is at least below three kilometers per hour；Low wind speed accelerates heater To the environment homogeneous heating of surrounding；

The air-flow is outside air or at least main air-flow is outside air；

47 air duct of cooling fan is fixedly connected in main body 01；

The cooling fan 47 or cooling fan 47 are separately positioned on the second bodice 2 and first and work together with it greatly, or Person's cooling fan 47 or cooling fan 47 are separately positioned on the second bodice 2 and the first big autonomous working with it.

First thermal conductor 3 and the second thermal conductor 35 surround the three-dimensional heating chamber 55 of opposing seal, three-dimensional heating jointly The cooling fan 47 of 55 periphery setting outer circulation of chamber is used for constant temperature in three-dimensional heating chamber 55 or to opposite in three-dimensional heating chamber 55 The air outlet 30 of cooling heating, cooling fan 47 is arranged between the first thermal conductor 3 and the second thermal conductor 35 or on gap 31, stands 55 middle part low temperature of body heating chamber is mixed with high temperature air is discharged high temperature by gap 31 between the first thermal conductor 3 and the second thermal conductor 35 Vapor, the side between the first thermal conductor 3 and the second thermal conductor 35 is arranged in the air outlet 30, gap 31, alternatively, described The side between the first thermal conductor 3 and heightening ring 77, between heightening ring 77 and the second thermal conductor 35 is arranged in air outlet 30, gap 31 The outside of three-dimensional heating chamber 55 is arranged in portion, the motor 8.

It is a kind of according to claim 1 to the side of heating, the cooling, exhaust of a kind of high-effect roaster described in any one of 9 Method, which is characterized in that include the following steps：

A, the first thermal conductor 3 and the second thermal conductor 35 surround the three-dimensional heating chamber 55 of opposing seal, three-dimensional heating chamber jointly 55 give air-blowing constant temperature in three-dimensional heating chamber 55 by the outer circulation cooling fan 47 of periphery setting, to opposite in three-dimensional heating chamber 55 Cooling heating, air outlet 30 that 47 low-temperature airflow of cooling fan passes through or setting the first thermal conductor 3 and the second thermal conductor 35 it Between gap 31 enter three-dimensional heating chamber 55, again by the first thermal conductor 3 after low temperature is mixed with high temperature air in three-dimensional heating chamber 55 High-temperature vapor is discharged in gap 31 between the second thermal conductor 35, and Cryogenic air is caused to be entered by the peripheral one end of three-dimensional heating chamber 55 It after traversing three-dimensional heating chamber 55, is converted into heating air-flow and is flowed out by 55 other end of three-dimensional heating chamber, realize that foodstuff surface is quickly hard Change block food therein moisture, prevent food therein moisture rapidly losing, realizes hard, internal soft outside the food after processing Mouthfeel；

Alternatively, the first thermal conductor 3, heightening ring 77 and the second thermal conductor 35 surround the three-dimensional heating chamber of opposing seal jointly 55, three-dimensional heating chamber 55, to air-blowing constant temperature in three-dimensional heating chamber 55, gives solid by the outer circulation cooling fan 47 of periphery setting Opposite cooling heating in heating chamber 55, the air outlet 30 or be arranged in the first thermal conductor 3, increase that 47 low-temperature airflow of cooling fan passes through Gap 31 between height the 77, second thermal conductor 35 of circle enters three-dimensional heating chamber 55, low temperature and high temperature air in three-dimensional heating chamber 55 High-temperature vapor is discharged by gap 31 between the first thermal conductor 3, heightening ring 77, the second thermal conductor 35 again after mixing, causes low temperature Air into after traversing three-dimensional heating chamber 55, is converted into heating air-flow by three-dimensional heating chamber 55 by the peripheral one end of three-dimensional heating chamber 55 Other end outflow realizes that food therein moisture is blocked in foodstuff surface quick-hardening, prevents food therein moisture rapidly losing, realizes Hard outside food after processing, internal soft mouthfeel.

The utility model is not limited to above-described embodiment, under conditions of not departing from the utility model marrow, this field Any variation that technical staff is done, all the category protection scope of the utility model.

Claims

1. a kind of high-effect roaster, main body（01）Including the first bodice（1）, the second bodice（2）, heater, the first thermal conductor （3）, food Rolling device（11）, the heater is upper heater（41）And lower heater（44）, it is characterized in that the first bodice （1）It is used to support the first thermal conductor（3）, food Rolling device（11）, lower heater（44）, first thermal conductor（3）To food The heat source of object bottom offer conduction heating；

Second bodice（2）For fixing upper heater（41）, the second thermal conductor（35）, the second thermal conductor（35）To on food Surface provides the heat source of heating；

Second bodice（2）With the first bodice（1）Lid closes the heat source for forming that a top is heat radiation or conduction heating, bottom The three-dimensional heating chamber of conduction heating is provided（55）；

Second bodice（2）With the first bodice（1）Between be rotatablely connected, the second bodice（2）With the first bodice（1）Between cover close Form the first thermal conductor heated upwards（3）The second thermal conductor heated downwards（35）；Or second bodice（2）With the first bodice （1）Rotation, which is opened wide, places, and forms two upward heating zones, an automatic stirring turning food heating zone, a manual overturning food Object heating zone；Second thermal conductor（35）With the first thermal conductor（3）Food is heated upwardly in heating；

The food Rolling device（11）For in the first bodice（1）Opened upper end turning food is used in the first bodice（1） With the second bodice（2）Between conduction heating turning food, cause food to be heated evenly heating up and down；At least part food is logical Cross the first thermal conductor（3）Upward heating surface conduction heating or at least part food pass through the second thermal conductor（35）Downward heating surface Conduction heating.

2. a kind of high-effect roaster according to claim 1, it is characterized in that second thermal conductor（35）With the first heat transfer Body（3）At least 0 degree of the unlimited angle of rotation is arranged to 180 degree or the second thermal conductor（35）With the first thermal conductor（3）Rotation is opened wide Angle is at least more than 160 degree.

3. a kind of high-effect roaster according to claim 1, it is characterized in that second bodice（2）With the first bodice（1） Rotation, which is opened wide, places heating, realizes low capacity heat foods area and automatic stirring overturning large capacity heat foods area heater simultaneously Make, alternatively, realizing that low capacity heat foods area and automatic stirring overturn the heating work simultaneously of low capacity heat foods area.

4. a kind of high-effect roaster according to claim 1, it is characterized in that the three-dimensional heating chamber（55）Periphery setting drop Warm fan is for giving three-dimensional heating chamber（55）Interior constant temperature gives three-dimensional heating chamber（55）Interior opposite cooling heating.

5. a kind of high-effect roaster according to claim 4, it is characterized in that described cooling fan one end is passed through with outside air Lead to and connects, the other end and three-dimensional heating chamber（55）Air outlet（30）Or gap perforation connection, cooling fan are empty by outer low temperature Gas and three-dimensional heating chamber（55）Internal high temperature mixing, gives three-dimensional heating chamber（55）Interior constant temperature gives three-dimensional heating chamber（55）It is interior opposite Cooling heating；The cooling fan air-blowing is by three-dimensional heating chamber（55）Interior vapor is along gas outlet or main body（01）On gap （31）Discharge；

Cooling fan is at least arranged one；At least one temperature controller or temperature probe（43）For limiting the heating temperature in heating chamber Degree.

6. a kind of high-effect roaster according to claim 1, it is characterized in that the food Rolling device（11）Setting is the One bodice（1）Upper or food Rolling device（11）It is arranged in the second bodice（2）On；

Alternatively, the food Rolling device（11）It is located in the first thermal conductor（3）Upper or food Rolling device（11）It is located in Two thermal conductors（35）On.

7. a kind of high-effect roaster according to claim 1, it is characterized in that the food Rolling device（11）Top or under Motor is arranged in portion（8）；Motor（8）It is arranged in the first bodice（1）Upper or motor（8）It is arranged in the second bodice（2）On；Motor（8） It is arranged in three-dimensional heating chamber（55）Outside.

8. a kind of high-effect roaster according to claim 1, it is characterized in that second thermal conductor（35）Top or side Or periphery setting air outlet（30）, alternatively, the first thermal conductor（3）Top or side or periphery setting air outlet（30）, outside low temperature Portion's air is along air outlet（30）From outside to inside to three-dimensional heating chamber（55）Interior flowing, while to the second bodice（2）Outer cover carry out Cooling, lower-temperature external air driven three-dimensional heating chamber（55）The movement mixing from top to bottom of interior hot-air or lower-temperature external air band Dynamic three-dimensional heating chamber（55）The mobile mixing from outside to inside of interior hot-air.

9. a kind of high-effect roaster according to claim 1, it is characterized in that second bodice（2）One end and the first bodice （1）Setting rotation goods of furniture for display rather than for use at the rotation connection of one end（66）, rotate goods of furniture for display rather than for use（66）Control the second bodice（2）With the first bodice（1）It Between distance, cause the second bodice（2）With the first bodice（1）The two lays flat or adjusts the second bodice（2）With the first bodice（1）It Between distance, the second bodice（2）With the first bodice（1）Between place heightening ring（77）, heightening ring（77）Upper setting venthole （772）Or gas vent（771）, heightening ring（77）Pass through the first thermal conductor（3）With the second thermal conductor（35）Conduction heating or radiation Heating.

10. a kind of high-effect roaster according to claim 4, it is characterized in that the cooling fan（47）It is arranged in thermal insulation layer （91）With pedestal（101）Between cavity（90）It is interior；Thermal insulation layer（91）Upward opening, thermal insulation layer are set（91）Lower part setting is lower to be added Hot device（44）, lower heater（44）Inside or periphery setting motor（8）Or motor（8）Driving head, lower heater（44）Lower part with Thermal insulation layer（91）Between gap, thermal insulation layer are set（91）Cooling fan is arranged in lower part or side（47）.

11. a kind of high-effect roaster according to claim 4, it is characterized in that the cooling fan（47）Air inlet openings with Outside perforation connection, cooling fan（47）Inflatable mouth and thermal insulation layer（91）Opening perforation connection, cooling fan（47）It will be external Air blow to lower heater（44）Bottom or the second temperature controller surface, cooling fan（47）By cool exterior air to lower heater （44）Bottom cools down and is converted into warm warm air along lower heater（44）Lower part and thermal insulation layer（91）Between gap enter solid Heating chamber（55）It is interior, then with three-dimensional heating chamber（55）Through the first bodice after interior hot humid hot-air mixing（1）With it is second largest Body（2）Between gap（31）Or second bodice（2）Air hole flow out main body（01）It is external；

Alternatively, cooling fan（47）Air inlet openings and external perforation connect, cooling fan（47）Inflatable mouth and the second bodice （2）Insulated cavity（9）Or cooling channel（29）Perforation connection, cooling fan（47）External air is blowed into upper heater（41） Top or the second thermal conductor（35）Top or the first temperature controller surface cooling, cooling fan（47）Cool exterior air is passed to second Hot body（35）Top cools down and is converted into warm warm air along the second thermal conductor（35）Peripheral air outlet（30）Or second thermal conductor （35）The aperture on top enters three-dimensional heating chamber（55）It is interior, then with three-dimensional heating chamber（55）After interior hot humid hot-air mixing Through the first bodice（1）With the second bodice（2）Between gap（31）Or second bodice（2）Air hole flow out main body（01）Outside Portion.

12. a kind of high-effect roaster according to claim 4, it is characterized in that the cooling fan by outer low temperature air with The mixed temperature of heating chamber internal high temperature is at least not less than 160 degree and gives three-dimensional heating chamber（55）Interior constant temperature gives three-dimensional heating chamber （55）Interior opposite cooling heating.

13. a kind of high-effect roaster according to claim 4, it is characterized in that the cooling fan（47）It is arranged in lower heating Device（44）Lower part or side, air-flow slowly flows from the bottom to top, causes lower heater（44）Keep condition of high temperature fever uniformly, Expand the first thermal conductor（3）The area of thermally equivalent at least expands the first thermal conductor（3）The area of the thermally equivalent of side, or Person at least expands the first thermal conductor（3）The area of the thermally equivalent of bottom, air-flow is along thermal insulation layer（91）With lower heater（44）It Between gap flow up, by the first thermal conductor（3）Side enters the first thermal conductor（3）Opening, at least a part of gas With moisture along main body（01）On gap（31）Outflow.

14. a kind of high-effect roaster according to claim 4, it is characterized in that the cooling fan（47）Or cooling fan （47）Or cooling channel（29）The side perforation connection cooling or the cooling of temperature controller or temperature probe are closely set Fan（47）Or cooling fan（47）Pass through air duct and the perforation connection cooling of temperature controller or temperature probe at a distance.

15. a kind of high-effect roaster according to claim 4, it is characterized in that the cooling fan（47）Or cooling fan （47）Wind speed at least below three kilometers per hour；Low wind speed accelerates heater to the environment homogeneous heating of surrounding.

16. a kind of high-effect roaster according to claim 13, it is characterized in that the air-flow is outside air or at least leads The air-flow wanted is outside air.

17. a kind of high-effect roaster according to claim 14, it is characterized in that the cooling fan（47）Air duct is fixed to be connected It connects in main body（01）On；

The cooling channel（29）For the channel that is independently arranged or cools down（29）To be composed；

The cooling fan（47）Or cooling fan（47）It is separately positioned on the second bodice（2）It works together with it greatly with first, Or cooling fan（47）Or cooling fan（47）It is separately positioned on the second bodice（2）With the first big autonomous working with it.

18. a kind of high-effect roaster according to claim 1, it is characterized in that first bodice（1）Inside it is additionally provided with electricity Machine（8）, the first thermal conductor（3）With motor（8）Output shaft connect.

19. a kind of high-effect roaster according to claim 1, it is characterized in that the food Rolling device（11）Setting is the One thermal conductor（3）It is interior, food Rolling device（11）With the first thermal conductor（3）Relative rotary motion is to the first thermal conductor（3）Interior Food is stirred overturning.

20. a kind of high-effect roaster according to claim 1, it is characterized in that first thermal conductor（3）Inside it is additionally provided with For shelving the bracket of food or meal tray（16）；

First thermal conductor（3）Periphery further includes for picking and placing the first thermal conductor（3）Split type handle（15）.

21. a kind of high-effect roaster according to claim 1, it is characterized in that first thermal conductor（3）With the second heat transfer Body（35）The three-dimensional heating chamber of opposing seal is surrounded jointly（55）, three-dimensional heating chamber（55）The cooling fan of periphery setting outer circulation （47）For giving three-dimensional heating chamber（55）Interior constant temperature gives three-dimensional heating chamber（55）Interior opposite cooling heating, cooling fan（47）'s Air outlet（30）It is arranged in the first thermal conductor（3）With the second thermal conductor（35）Between or gap（31）On, three-dimensional heating chamber（55） Middle part low temperature is mixed with high temperature air by the first thermal conductor（3）With the second thermal conductor（35）Between gap（31）High-temperature water is discharged to steam Gas.

22. a kind of high-effect roaster according to claim 5, it is characterized in that the air outlet（30）, gap（31）Setting In the first thermal conductor（3）With the second thermal conductor（35）Between side, alternatively, the air outlet（30）, gap（31）Setting exists First thermal conductor（3）With heightening ring（77）Between, heightening ring（77）With the second thermal conductor（35）Between side.