CN106859385A

CN106859385A - The work of high-effect roaster and application method

Info

Publication number: CN106859385A
Application number: CN201710264134.8A
Authority: CN
Inventors: 周林斌
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-04-22
Filing date: 2017-04-21
Publication date: 2017-06-20
Also published as: CN107307752A; CN208114513U; CN105686620A; CN106913233A; CN207768204U; CN106859384A; CN106880298A; CN208114512U; CN207768205U; CN107296516A

Abstract

The heating of high-effect roaster, cooling, the method for exhaust, it is characterised in that comprise the following steps：First reflector and the second reflector surround the three-dimensional heating chamber of opposing seal jointly, three-dimensional heating chamber is by the outer circulation cooling fan of periphery setting to air-blowing constant temperature in three-dimensional heating chamber, heated to relative cooling in three-dimensional heating chamber, air outlet that cooling fan low-temperature airflow passes through or the gap being arranged between food container and reflector enter three-dimensional heating chamber, again by discharge high-temperature vapor in gap between food container and reflector after low temperature mixes with high temperature air in three-dimensional heating chamber, damp and hot cavity in three-dimensional heating chamber and food container is flowed out into outside along the gap or opening with big；Realize that food therein moisture content is blocked in foodstuff surface quick-hardening, prevent food therein moisture content to be quickly lost in, the food outside after realizing processing is hard, internal soft mouthfeel；The present invention has a culinary art, and effect is good, easy assembly and disassembly, it is easy to clean, applied widely the characteristics of.

Description

The work of high-effect roaster and application method

Technical field

The present invention relates to high-effect roaster.

Background technology

Traditional frying pan is generally comprised can provide the second bodice of heating and heating the first bodice.But with people's living standard Continuous improvement, the need for single toasting performance is difficult to meet market development, for this situation, some manufacturers have made to change Enter, such as U of Chinese patent literature CN 202341751 disclosed a kind of three-dimensional heating multifunctional wok on July 25th, 2012, A kind of particularly a kind of three-dimensional heating multifunctional wok of household small-size, including the pot cover on the first thermal conductor is hinged on, first passes The hot cooking cavity for being provided with embedded pan courage in vivo, turning device is arranged in pot courage, and its pot cover correspondence pot courage top is provided with auxiliary Heat generating component is helped, it produces hot-fluid and heat radiation to food top and sidepiece heating；The bottom of the first thermal conductor correspondence pot courage sets Lower main heat generating component is equipped with, it is heated to food bottom conductive；It is provided with pot cover or the first thermal conductor and is followed in pot courage The heating air duct of ring.First thermal conductor surrounds the cooking cavity of opposing seal with pot cover jointly, and being provided with pot cover can block auxiliary The protective cover of heat generating component is helped, protection shroud rim is relative with cooking cavity closed；Heating air duct is looped around pot cover top, or surround In the outside of the first thermal conductor cooking cavity.Interior circulation heating air duct of the invention, makes to produce convection current in pot courage, three-dimensional to food to add Heat, the heating surface area of food is maximized, and is heated evenly, thoroughly solves the problems, such as that food is heated inequality.

It has the disadvantage that power is big, and body enclosing cover temperature is high, it is necessary to high-temperature material price is expensive, and body outward appearance accessory is aging fast, Cleaning is inconvenient, and production cost is higher, so needing to improve.

There is a kind of baking sheet on the market, baking sheet heats food by clamping up and down, due to no cooling fan multi-angle Modes of emplacement, so multi-functional a tractor serves several purposes can not be realized, the thermal efficiency is low so needing to improve.

The content of the invention

The purpose of the present invention aims to provide a kind of flexible simple and reasonable, operation, good culinary art effect, easy assembly and disassembly, Yi Qing High-effect roaster clean, applied widely, to overcome weak point of the prior art.

The heating of the high-effect roaster designed by this purpose, cooling, the method for exhaust, it is characterised in that including following step Suddenly：

A, the first reflector and the second reflector surround the three-dimensional heating chamber of opposing seal jointly, and three-dimensional heating chamber is set by periphery The outer circulation cooling fan put is heated, cooling fan to air-blowing constant temperature in three-dimensional heating chamber to relative cooling in three-dimensional heating chamber Air outlet that low-temperature airflow passes through or the gap being arranged between food container and reflector enter three-dimensional heating chamber, solid plus Again by discharge high-temperature vapor in gap between food container and reflector after low temperature mixes with high temperature air in hot chamber, by solid Damp and hot cavity in heating chamber and food container flows out to outside along the gap or opening with big；Realize that foodstuff surface is quick Hardening block food therein moisture content, prevents food therein moisture content to be quickly lost in, and the food outside after realization is processed is hard, internal soft Mouthfeel；

Or, three-dimensional heating cavity space chamber sets low temperature air-out by the way that upper and lower or left and right between the second bodice and the first bodice is corresponding Mouth, reflector, heater, with cooling passage, cooling fan, air admission hole, can be fast by foodstuff surface moisture in food container Speed air-dries heating, and it is relative by food container two that at least one of low-temperature airflow of outer circulation constant temperature air-flow is converted into liter warm air Side enters food therein gap and air-dries heating；By the damp and hot cavity in three-dimensional heating chamber and food container along the gap with big Or opening flows out to outside；Realize that food therein moisture content is blocked in foodstuff surface quick-hardening, prevent food therein moisture content from quickly flowing Lose, the food outside after realizing processing is hard, internal soft mouthfeel.

The multi-angle of high-effect roaster places heating, cooling, the method for exhaust, it is characterised in that comprise the following steps：

A, the second bodice and the first bodice are covered A axially keep flat heating, food container passes through reflector, heater, cooling Fan clamps upper and lower centripetal heating up and down；Warm air is risen in food container periphery flowing heated at constant temperature, high-temperature vapor is driven Outside is flowed out to along the gap or opening with greatly；

Or, the second bodice and the first bodice are covered into B axle to longitudinal heating, food container passes through reflector, heater, drop The clamping centripetal heating in left and right of warm air fan left and right；Warm air is risen in food container periphery flowing heated at constant temperature, drives high-temperature water to steam Gap or opening with gas edge is big flow out to outside；Second bodice and the first bodice bottom bound site set oil can, and oil can is opened Mouth connects oil upwards, and oil can is laterally non-leakage with body rotation opening, and oil can opening is arranged on the middle part or top of side wall；

Or, the second bodice and the first bodice rotate to open wide and keep flat heating and place, food container by reflector, heater, Cooling fan support heating；Warm air is risen from the bottom to top in food container periphery flowing heated at constant temperature.

The application method of high-effect roaster, it is characterised in that comprise the following steps：

A, food container opening upwards are put into food, then the second bodice and the first bodice cover to keep flat opening lateral, or The second bodice and the first bodice are covered into placed longitudinally opening upwards or lateral again, food container is from top to bottom inserted or is put into Upper opening is positioned in three-dimensional heating chamber between second bodice and the first bodice, or, food container inserted by sidepiece or Side mouth between the second bodice and the first bodice is put into be heated to positioning in three-dimensional heating chamber.

High-effect roaster is used through the present invention, main body includes that bodice, reflector, heater, cooling fan, food are accommodated Device, the food container is independently arranged or food container is covered and constituted by the first thermal conductor and the second thermal conductor, described to add Hot device is made up of secondary heater and primary heater；It is characterized in that the bodice is rotated by between the second bodice and the first bodice Connection, the first bodice and the second bodice cover to form a three-dimensional heating chamber for supporting and accommodating food container；

First bodice and it is second largest be respectively provided with primary heater and secondary heater；Primary heater and second adds Hot device is separately positioned on three-dimensional heating chamber both sides；Primary heater and secondary heater are by the first thermal conductor and the second thermal conductor lid Lower clamping of closing is heated or left and right clamping heating, or, primary heater and secondary heater clamp food container up and down Heating or left and right clamping heating；

The cooling fan at least one is arranged on the outside of three-dimensional heating chamber or heater, and cooling fan is at least by outside a part Portion's cold air flows into three-dimensional heating chamber along the periphery of reflector or inner side；

The reflector inner side sets heater and food container；

A covered between second bodice and the first bodice axially keep flat heating and set, or, the second bodice and the first bodice it Between cover B axle and set to longitudinal direction heating, or, the second bodice and the first bodice are rotated to open wide and keep flat heating placement, or, second Covered between bodice and the first bodice and at least realize that heating angles are placed in A axial directions, B axle to two.

The food container is laterally inserted or is put into three-dimensional heating chamber, or, the food container is longitudinally inserted into Or be put into three-dimensional heating chamber, or, food container it is laterally inserted or be put into the second bodice and after the first bodice is covered between In opening, or, after the food container is longitudinally inserted into or is put into the second bodice and the first bodice is covered between in opening, or Person, the food container be placed across first it is big with, the second bodice is rotated and covered food container with the first bodice Clamping heating, or, the food container is placed longitudinally between the second bodice and the first bodice, and the second bodice is big with first Both bodies rotation connection outer end relatively rotates to cover to clamp food container from the bottom to top heats；The three-dimensional heating cavity space chamber Set, the upper and lower or left and right in three-dimensional heating cavity space chamber is corresponding to set low temperature air outlet, reflector, heater, with cooling passage, Cooling fan, air admission hole insertion connection；

Food container is contained in the three-dimensional heating chamber, and gap is set between three-dimensional heating chamber and food container；At least one Partial low-temperature airflow is converted into gap flowing of liter warm air between three-dimensional heating chamber and food container, by three-dimensional heating Damp and hot cavity in chamber and food container flows out to outside along the gap or opening with big.

Food container, heater, reflector, drop are set to the periphery by middle part between second bodice and the first bodice Warm air fan, enclosing cover or base；

Or, set to the periphery by middle part between second bodice and the first bodice food container, heater, reflector, Thermal insulation layer, cooling fan, enclosing cover or base；

The cooling fan is arranged on the periphery of reflector or cooling fan is arranged on the periphery or side of food container；

Cooling fan is arranged in the cavity between reflector and base or enclosing cover；

The food container bottom or sidepiece set oil can, and oil can opening upwards connect oil, and oil can is lateral with body rotation opening Non-leakage, oil can opening is arranged on the middle part or top of side wall；

Second bodice and the first bodice cover after-opening or gap for sideways or upwards.

The primary heater provides conduction heating or heat radiation heating to food container bottom food or sidepiece food Or rise the thermal source of warm air；

Or, the secondary heater provides conduction heating or heat radiation heating to food container upper food or sidepiece food Or rise the thermal source of warm air；

Or, the primary heater it is corresponding with secondary heater to food container by both sides to food middle part or by It is upper and lower to provide conduction heating or heat radiation heating to food middle part or rise the associated heating resources of warm air；

The primary heater is arranged on the both sides up and down or the left and right sides of food container with secondary heater；Upper and lower both sides Heating surface area is total and/or heating surface area summation of the left and right sides is more than the upper and lower both sides connecting portion of food container or the left and right sides The area of connecting portion；Or, the heating surface area of the heating surface area of upper and lower side or left and right side is more than on food container The area of lower both sides connecting portion or left and right sides connecting portion；

Second bodice is used to fix secondary heater, the second reflector, and second reflector is to food upper surface or side Portion provides the cavity of orientation heating；First bodice is used to fix primary heater, the first reflector, first reflector The cavity of orientation heating is provided to food container lower surface or sidepiece；The cavities open phase of the second reflector and the first reflector Correspondence points to the upper and lower both sides of food container or the left and right sides；

Second bodice is covered with the first bodice and kept flat, the corresponding sensing of cavities open of the second reflector and the first reflector The top and bottom of food container；Second bodice covers placed longitudinally, the second reflector and the first reflector with the first bodice Cavities open it is corresponding point to food container left and right face；The top and bottom of food container and the left and right face of food container Unanimously, kept flat to placed longitudinally with main body and mutually changed.

Second bodice is at least spent big with first to degree setting or the second bodice with the unlimited angle of the first bodice rotation Body is rotated and opens wide angle at least above degree；

The three-dimensional heating chamber periphery sets cooling fan to be used to be blown or to three-dimensional heating to three-dimensional heating chamber interior orientation constant temperature Interior orientation relative cooling heating in chamber is blown；

Cooling fan one end is connected with extraneous air insertion, and the other end connects with second air outlet in three-dimensional heating chamber or gap insertion Connect, cooling fan mixes the air guided air blowing of outer low temperature with three-dimensional heating chamber internal high temperature, to constant temperature in three-dimensional heating chamber Or heated to relative cooling in three-dimensional heating chamber；The cooling fan air-blowing is by vapor in three-dimensional heating chamber along gas outlet or master Gap discharge on body；

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

The cooling fan or cooling passage are closely arranged on the side insertion connection cooling of temperature controller or temperature probe, Or the cooling fan is connected cooling by passage of lowering the temperature with temperature controller or temperature probe insertion at a distance；

The wind speed of the cooling fan is at least below three kilometers per hour；Environment or solid of the low wind speed acceleration heater to surrounding Heating chamber or food container homogeneous heating；

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

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

The cooling passage to be independently arranged or passage of lower the temperature is combined by enclosing cover, reflector, or lower the temperature passage by thermal insulation layer, Reflector is combined；

First cooling fan or the second cooling fan are separately positioned on the second bodice and first and work together with it greatly, or First cooling fan or the second cooling fan are separately positioned on the second bodice and the first big autonomous working with it, or, the 3rd drop Warm air fan provides the second bodice and the first bodice cooling air-flow；

Food container periphery also includes the split type handle for picking and placeing food container；

Bar shaped interlayer grill is set between second bodice and the first bodice, and interlayer grill sets positioning by single skewered part Hold up, interlayer grill at least one sets, interlayer grill positioning is multiple to be set, interlayer grill is arranged on the second bodice and first big Opening between body, positioned at the top or sidepiece or bottom of the second bodice and the first bodice.

The reflector top or side or periphery set orientation air outlet, or, food container side or periphery set Orientation, the first air outlet are put, lower-temperature external air is along upper second air outlet, the first air outlet from outside to inside to three-dimensional heating Flowed in chamber, while lowering the temperature to the enclosing cover of bodice, the hot-air in lower-temperature external air driven three-dimensional heating chamber is by outside To internal mobile mixing；

The second reflector periphery sets second thermal insulation layer, low-temperature airflow is set between the second reflector and second thermal insulation layer empty Chamber, low-temperature airflow cavity two ends respectively with the second air outlet, air admission hole, between the second air outlet and air admission hole set cooling wind Fan；

The first reflector periphery sets first thermal insulation layer, low-temperature airflow is set between the first reflector and first thermal insulation layer empty Chamber, low-temperature airflow cavity two ends respectively with the first air outlet, the first air admission hole, between the first air outlet and the first air admission hole set Cooling fan；

Cooling fan is at least provided with one；The downstream of cooling fan sets two exhaust vents, and two exhaust vents pass air-flow respectively It is sent to the second air outlet, the first air outlet；

Second bodice and the first bodice independently set the second cooling fan and the first cooling fan；

Described second bodice one end rotates junction and sets rotation goods of furniture for display rather than for use with first bodice one end, rotates goods of furniture for display rather than for use control second largest The distance between body and the first bodice, cause both the second bodice and the first bodice to keep flat or adjust the second bodice and the first bodice The distance between.

The food container is arranged to mesh container or tray of containers or container pot or container with holes.

The air inlet openings of second cooling fan are connected with outside insertion, the inflatable mouth of the second cooling fan and second every Outside air is blowed to secondary heater top or temperature controller or temperature probe by thermosphere opening insertion connection, the second cooling fan Cool exterior air is lowered the temperature and is converted into warm warm air along secondary heater by surface, the second cooling fan to secondary heater top Gap between top and second thermal insulation layer enters in three-dimensional heating chamber, then is mixed with the hot humid hot-air in three-dimensional heating chamber Air-vent after conjunction through the gap between the first bodice and the second bodice or the second bodice flows out body exterior；

Or, the air inlet openings of the second cooling fan are connected with outside insertion, the inflatable mouth of the second cooling fan and the second bodice Insulated cavity or the insertion connection of cooling passage, the second cooling fan blows at the top of secondary heater outside air or second is anti- Cover top or temperature controller or temperature probe surface cooling are penetrated, cool exterior air drops to the second reflector top in the second cooling fan Temperature and be converted into warm warm air along the perforate on the second reflector the second air outlet of periphery or the second reflector top enter it is three-dimensional plus In hot chamber, then after mixing with the hot humid hot-air in three-dimensional heating chamber through the gap between the first bodice and the second bodice or The air-vent outflow body exterior of the second bodice；

The cooling fan is by outer low temperature air and the mixed temperature of heating chamber internal high temperature at least degree of being not less than to solid Constant temperature or heated to relative cooling in three-dimensional heating chamber in heating chamber.

The cooling fan downstream sets temperature controller or temperature probe or fuse；Or cooling fan downstream sets the second temperature Control device or temperature probe or fuse；

Cooling fan is blown to lower the temperature to temperature controller or temperature probe and extends the heating work time of temperature controller or temperature probe, or contracting The power-off time that short temperature controller or temperature probe are stopped, so as to shorten net cycle time；Or low-temperature airflow is blown to heater Make the cold and hot exchange of heater frequent, reduce high-low temperature difference homogeneous heating, cause heater to keep condition of high temperature heating uniformly, expand The area of food container thermally equivalent, at least expands the area of the thermally equivalent of food container sidepiece, or, at least expand The area of the thermally equivalent of food container bottom.

The food container surrounds the three-dimensional heating chamber of opposing seal with reflector jointly, and three-dimensional heating chamber periphery is set The warm air of outer circulation is fanned for being heated to constant temperature in three-dimensional heating chamber or to relative cooling in three-dimensional heating chamber, and the of cooling fan Two air outlets are arranged between food container and reflector or on gap, and three-dimensional heating chamber middle part low temperature mixes with high temperature air By discharge high-temperature vapor in gap between food container and reflector, second air outlet, gap are arranged on food receiving Sidepiece between device and reflector, or, second air outlet, gap are arranged on food and reflector in food container Between.

It is of the invention that first thermal conductor is driven around its axis rotation using motor, make to be located in the first thermal conductor and the first bodice The food rolling device of connection and the first thermal conductor produce relative motion, and the spring shovel connected with food rolling device is promoting food During, it is positioned over the food in the first thermal conductor and is rolled in the presence of food rolling device, food thermally equivalent, the food exists Outer hard interior soft culinary art effect is obtained in that under the cold wind effect sent out from air outlet, cuisine flavour is further improved.

The opening direction of the air outlet in the present invention towards food Rolling device and the overlapping position of the first thermal conductor, to only existing The food of the overlapping position carries out surface cooling, the conventional cooking without influenceing the food in other regions, is ensuring cooking quality On the basis of, improve cooking efficiency.

The present invention is additionally provided with the interlayer grill for shelving food or meal tray in the first thermal conductor, in heating Device is arranged on when with second largest, can shorten the distance between food and heater, improves temperature rise, meets barbecue group food Culinary art demand.

Food Rolling device in the present invention includes food rolling device and spring shovel, and spring shovel is main in the rolling of food Help out, can further lift the tumbling effect of food；For the ease of picking and placeing the first thermal conductor, additionally provide split type Handle.

The present invention have simple and reasonable, operation flexibly, effect is good for culinary art, easy assembly and disassembly, easy to clean, applied widely Feature.

Brief description of the drawings

Fig. 1 is one embodiment of the invention interior circulation and outer circulation mixed airflow cross section structure diagram.

Fig. 2 is arranged on the second bodice cutaway top structural representation for another embodiment of the present invention cooling fan.

Fig. 3 is arranged on bodice both sides radiating cross section structure diagram for one embodiment of the invention cooling fan.

Fig. 4 is one embodiment of the invention the first bodice 1 and the rear portion air intake cross section structure diagram of the second bodice 2.

Fig. 5 is that one embodiment of the invention the first bodice 1 and the second bodice 2 cover longitudinal direction heating cross section structure diagram.

Fig. 6 is that one embodiment of the invention the first bodice 1 and the second bodice 2 cover longitudinal skewered heating sectional structure and illustrate Figure.

Fig. 7 is that another embodiment of the present invention the first bodice 1 and the second bodice 2 open wide heating cross section structure diagram upwards.

Fig. 8 is another embodiment of the present invention the first bodice 1 and the rear portion air intake cross section structure diagram of the second bodice 2.

Specific embodiment

Below in conjunction with the accompanying drawings and embodiment the invention will be further described.

Referring to Fig. 1-Fig. 2, Fig. 8, 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 admission hole 32, cooling fan, the heater are secondary heater 41 and primary heater 44, it is characterized in that the first bodice 1 is used to accommodate the first thermal conductor 3, food Rolling device 11, primary heater 44, described first Bodice 1 provides the thermal source of conduction heating to food bottom；

One the second bodice 2 is used to fix secondary heater 41, the second thermal conductor 35, and second bodice 2 gives food upper surface The thermal source of heat radiation or illumination heating is provided；

It is that heat radiation or illumination are heated that the bodice 1 of second bodice 2 and first is covered and to form a top, and bottom provides conduction and adds The three-dimensional heating chamber 55 of heat；

Cooling fan is used to be heated to constant temperature in three-dimensional heating chamber 55 or to relative cooling in three-dimensional heating chamber 55, the cooling wind Fan is arranged on the outside in three-dimensional heating chamber 55；

Cooling fan one end is connected with extraneous air insertion, and the other end is connected with insertion in heating chamber, and cooling fan is low by outside Warm air adds after mixing with heating chamber internal high temperature to constant temperature in three-dimensional heating chamber 55 or to relative cooling in three-dimensional heating chamber 55 Heat；Vapor in heating chamber is discharged in the cooling fan air-blowing along the gap 31 on gas outlet or main body 01；

One the first thermal conductor 3 is used to accommodate food and gives the heating of food bottom conductive；

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

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

The cooling fan is at least provided with one；Second bodice 2 by enclosing cover 20, bottom 101, secondary heater 41, Second thermal conductor 35, protective cover 10, air admission hole 32, Transparent Parts composition；

Or, second bodice 2 by enclosing cover 20, bottom 101, secondary heater 41, the second thermal conductor 35, protective cover 10, enter Stomata 32, upper cooling fan 46 are constituted；

Or, second bodice 2 is by enclosing cover 20, bottom 101, secondary heater 41, air admission hole 32,46 groups of upper cooling fan Into；

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

Or, second bodice 2 is organized into an insulated cavity 9 or cooling passage 29 by the thermal conductor 35 of enclosing cover 20 and second；

Second bodice 2 sets protective cover 10, secondary heater 41, the second thermal conductor 35, enclosing cover 20 from the bottom to top；

Or, second bodice 2 sets secondary heater 41, the second thermal conductor 35, enclosing cover 20 from the bottom to top；

Or, second bodice 2 sets bottom 101, secondary heater 41, the second thermal conductor 35, enclosing cover 20 from the bottom to top；

Or, second bodice 2 sets secondary heater 41,35, second heat-insulated 2 layer 25 of the second thermal conductor, outer from the bottom to top Lid 20；Cooling passage 29 end is set between the second thermal conductor 35 and second heat-insulated 2 layer 25 air outlet 30 is set；

The top of second thermal conductor 35 or side or periphery set air outlet 30, and lower-temperature external air is along air outlet 30 by up to It is lower to be flowed in three-dimensional heating chamber 55, while the enclosing cover of the second bodice 2 is lowered the temperature, lower-temperature external air driven three-dimensional heating Hot-air mobile mixing from top to bottom in chamber 55；

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

Described one end of second bodice 2 rotates with the first bodice 1 and is connected.

First bodice 1 is made up of thermal insulation layer 91, primary heater 44, motor 8, base 101, or the first bodice 1 by Thermal insulation layer 91, primary heater 44, motor 8, base 101, lower cooling fan 45 are constituted, or the first bodice 1 is by thermal insulation layer 91, One heater 44, motor 8, base 101, lower cooling fan 45, air admission hole 32 are constituted；

Thermal insulation layer 91 sets upward opening, and the bottom of thermal insulation layer 91 sets primary heater 44, the inner side of primary heater 44 or periphery Motor 8 or the driving head of motor 8 are set, gap are set between the bottom of thermal insulation layer 91 and primary heater 44, the bottom of thermal insulation layer 91 or Side sets lower cooling fan 45, and lower cooling fan 45 is arranged in the cavity 90 between thermal insulation layer 91 and base 101；

The air inlet openings of lower cooling fan 45 are connected with outside insertion, and inflatable mouth and the opening of thermal insulation layer 91 of lower cooling fan 45 are passed through Lead to and connect, outside air is blowed to the bottom of primary heater 44 or the second temperature controller by lower cooling fan 45（403）Surface, declines Cool exterior air is lowered the temperature and is converted into warm warm air along the bottom of thermal insulation layer 91 and the by warm air fan 45 to the bottom of primary heater 44 Gap between one heater 44 enters in three-dimensional heating chamber 55, then mixes with the hot humid hot-air in three-dimensional heating chamber 55 Outside the air-vent outflow main body 01 of the bodice 2 of gap 31 or second between the first bodice 1 and the second bodice 2；

Or, the air inlet openings of upper cooling fan 46 are connected with outside insertion, the inflatable mouth of upper cooling fan 46 and the second bodice 2 Insulated cavity 9 or cooling passage 29 insertion connection, upper cooling fan 46 by outside air blow to the top of secondary heater 41 or The top of second thermal conductor 35 or the first temperature controller surface cooling, upper cooling fan 46 push up cool exterior air to the second thermal conductor 35 Portion lowers the temperature and is converted into warm warm air and enters along the perforate on the top of 30 or second thermal conductor of the peripheral air outlet of the second thermal conductor 35 35 In three-dimensional heating chamber 55, then through the first bodice 1 and the second bodice 2 after mixing with the hot humid hot-air in three-dimensional heating chamber 55 Between the bodice 2 of gap 31 or second air-vent outflow main body 01 outside；

Outer low temperature air and the mixed temperature of heating chamber internal high temperature are at least not less than 160 degree to vertical by the cooling fan Constant temperature or heated to relative cooling in three-dimensional heating chamber 55 in body heating chamber 55；

The low-temperature airflow at least some of the lower cooling fan 45 blows over temperature controller or the surface cooling of temperature probe 43, or at least A part of low-temperature airflow is blown over primary heater 44 and is converted into the outside of the first thermal conductor of warm wet inflow 3 and the inner side of thermal insulation layer 91 Between, into inside the first thermal conductor 3, the gap 31 on gap 31 or main body 01 between the second bodice and the first bodice is flowed out Outside main body 01, outside vapor Accelerating Removal main body 01, accelerate drying and the Surface hardened layer of food, shorten the heating of food Time, keep the condition of high temperature of gap 31 in the first thermal conductor 3 between each food consistent, reduce the temperature of gap 31 between food Degree is poor, improves the efficiency of bottom heater, and the heat energy to bottom radiation loss when forcing primary heater 44 to heat is converted into Warm warm air enters in the first thermal conductor 3, and heating is aided in the food in the first thermal conductor 3, realizes the hair of primary heater 44 Heat is consistent with the caloric value of secondary heater 41, or primary heater 44 caloric value more than secondary heater 41 heating Amount.

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

Upper cooling fan 46 or lower cooling fan 45 are blown to lower the temperature to temperature controller or temperature probe 43 and extend temperature controller or temperature control spy First 43 heating work time, or shorten the power-off time that temperature controller or temperature probe 43 are stopped, so as to shorten total working Time；Or blow heater low-temperature airflow and exchange frequent by heater is cold and hot, reduce high-low temperature difference homogeneous heating.

The upper cooling fan 46 or cooling passage 29 are arranged on the side of temperature controller or temperature probe 43, upper cooling fan 46 or the cooling inlet end of passage 29 be connected with outside insertion, upper cooling fan 46 or lower the temperature the outlet side of passage 29 sensing temperature controller or Temperature probe 43, upper cooling fan 46 or cooling passage 29 blow to temperature controller or temperature probe 43 by by outside Cryogenic air Cooling；

Temperature controller or temperature probe 43 or fuse are arranged on thermal insulation layer 91 or on heater；

The heat slow flow that the low wind speed of the lower cooling fan 45 loses primary heater 44；Simultaneously to bottom 101 Enclosing cover is lowered the temperature；

The lower cooling fan 45 is arranged on the bottom or side of primary heater 44, and air-flow slowly flows, causes from the bottom to top Primary heater 44 keeps condition of high temperature heating uniform, expands the area of the thermally equivalent of the first thermal conductor 3, at least expands first and passes The area of the thermally equivalent of the sidepiece of hot body 3, or, at least expand the area of the thermally equivalent of the bottom of the first thermal conductor 3, air-flow edge Gap between thermal insulation layer 91 and primary heater 44 flows up, and is opened into the first thermal conductor 3 by the sidepiece of the first thermal conductor 3 Mouthful, at least a part of gas flows out with moisture content along the gap 31 in main body 01.

The upper cooling fan 46 or lower cooling fan 45 or cooling passage 29 are closely arranged on temperature controller or temperature control is visited The side insertion connection cooling of head, or the upper cooling fan 46 or lower cooling fan 45 pass through air channel and temperature controller at a distance Or temperature probe insertion 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 heater To the environment homogeneous heating of surrounding；

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

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

The cooling passage 29 is to combine for the passage 29 that is independently arranged or lowers the temperature；

The upper cooling fan 46 or lower cooling fan 45 are separately positioned on the second bodice 2 and first and work together with it greatly, or The upper cooling fan 46 of person 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 with 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 is rotated against with the first thermal conductor 3 Motion is stirred upset to the food in the first thermal conductor 3；

The interlayer grill 16 for shelving food or meal tray is additionally provided with first thermal conductor 3；

The periphery of first thermal conductor 3 also includes the split type handle 15 for picking and placeing the first thermal conductor 3.

The bodice 2 of first thermal conductor 3 and second surrounds the three-dimensional heating chamber 55 of opposing seal jointly, on the second bodice 2 Setting the cooling fan of outer circulation is used to be heated to constant temperature in three-dimensional heating chamber 55 or to relative cooling in three-dimensional heating chamber 55, or Person, sets auxiliary heat generating component 4 on the second bodice 2, the heating fan blade 61 on auxiliary heat generating component 4 is arranged on three-dimensional heating chamber 55 Interior, motor 8 is arranged on the outside in three-dimensional heating chamber 55；Heating air duct 5 is looped around the top of the second bodice 2；On auxiliary heat generating component 4 Heating 61 pairs of the first thermal conductors 3 of fan blade in food auxiliary heating, realize the caloric value of primary heater 44 with the second heating The caloric value of device 41 is consistent, or primary heater 44 caloric value of the caloric value more than secondary heater 41；

The secondary heater 41 is in the same size with the heating power of primary heater 44, or, the heating of primary heater 44 Power is more than the heating power of secondary heater 41, or, the fever time of primary heater 44 is more than secondary heater 41 Fever time；

The cooling fan of outer circulation is set on second bodice 2, for constant temperature in three-dimensional heating chamber 55 or to three-dimensional heating Relative cooling heating is thermally formed three-dimensional heating chamber 55 with the bottom conductive of the first bodice 1 in chamber 55；Or, second bodice 2 The upper cooling fan that outer circulation is set, for being heated to constant temperature in three-dimensional heating chamber 55 or to relative cooling in three-dimensional heating chamber 55 The cooling fan and bottom conductive for setting outer circulation with the bottom of the first bodice 1 are thermally formed three-dimensional heating chamber 55, and cooling fan is used Constant temperature or heated to relative cooling in three-dimensional heating chamber 55 in three-dimensional heating chamber 55；

Or, the interior circulation heating fan blade 61 of auxiliary heat generating component 4 is set on second bodice 2, set with the bottom of the first bodice 1 The cooling fan and bottom conductive for putting outer circulation are thermally formed three-dimensional heating chamber 55, and cooling fan is used in three-dimensional heating chamber 55 Constant temperature is heated to relative cooling in three-dimensional heating chamber 55；

Or, the interior circulation heating fan blade 61 of auxiliary heat generating component 4 is set on second bodice 2, passed with the bottom of the first bodice 1 Lead and be thermally formed three-dimensional heating chamber 55.

The air admission hole 32 of the heating air duct 5 on the auxiliary heat generating component 4 is opened in the middle part of protective cover 10, and air outlet 30 is opened Be located at outside protective cover 10, be provided with the second bodice 2 can the air that air admission hole 32 enters be evacuated to it is that air outlet 30 is discharged plus Air-heater 6, heating blower 6 is located at upper auxiliary heat generating component 4 top；Or, the air admission hole 32 of heating air duct 5 is arranged on the first biography The madial wall in the three-dimensional heating chamber 55 of hot body 3, air outlet 30 is arranged between pot cover 4 and protective cover 10, is set in the first thermal conductor 3 Having can be evacuated to the heating blower 6 that air outlet 30 is discharged the air that air admission hole 32 enters, and heating blower 6 is located at three-dimensional heating chamber 55 It is outside；

The secondary heater 41 or primary 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 secondary heater 41 is arranged on the lower inside of reflector, and cooling fan sets the top of reflector, cooling Fan directly or indirectly drops to reflector, cooling fan one end and extraneous air insertion, and the other end is by reflector and roasting Furnace chamber insertion, outside cooling air-flow is absorbed and blows to reflector side or heater side, at least separates a part of rising heat Flow the heat radiation to enclosing cover.

Outside Cryogenic air is flowed through reflector or heater by the cooling fan, and conversion or warm warm air are transported downwards It is dynamic, drive or force high-temperature heat flux to flow 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 accelerates the warm temperature of the inner chamber of main body 01, shortens the time of heat foods, will The hot-fluid of rising discharge is forced and is back to the inner chamber of main body 01, while top enclosing cover of lowering the temperature, plays anti-scald effect.

The heat-insulated 2 layer 25 double-deck reflector of the second thermal conductor of the second largest setting with it 35 and second, or, list is only set Layer reflector.

The cooling fan or cooling ducting outlet are arranged on reflector top or sidepiece.

The cooling air-flow of the cooling fan at least some is arrived in main body 01 along reflection cover outer wall or inwall flowing outside Chamber.

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

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

The cooling air channel is arranged on inside the second bodice, and air admission hole 32 is located at second largest.

The cooling air channel is arranged between the second bodice and lower main body 01, and lower main body 01 and are traversed in the cooling air channel Between two bodices, air admission hole 32 is arranged in lower main body 01, the bottom of main body 01 or bottom 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 The conduction time of device or temperature probe cooling extension temperature controller or temperature probe, or when shortening the power-off of temperature controller or temperature probe Between, so as to improve operating efficiency, shorten the heating work cycle or time of food, it is long to reach the relatively-high temperature heat time, draining Part is fast, and outside cooling of the cooling fan to the enclosing cover anti-scald or cooling fan of cooling of the second bodice to the first bodice is anti-scald, plus Fast inner air and outer air is exchanged, and 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 at least low 3 kilometers per hour, Low wind speed will not cause the temperature of heating chamber to be less than 160 degree.

Upper cooling fan 46 is arranged on the second bodice 2, and be pumped into for outside air by upper cooling fan 46, by heat-insulated sky Outside air is blowed to the top of secondary heater 41 or the top of the second thermal conductor 35 or the first temperature controller by chamber 9 or cooling passage 29 Surface cooling, forces the surface of the top of secondary heater 41 or the top of the second thermal conductor 35 or the first temperature controller to rise hot-fluid by upper To lower flowing, cool exterior air is lowered the temperature to the top of the second thermal conductor 35 and warm warm air is converted into along the periphery of the second thermal conductor 35 It is logical that cooling is set between the perforate on the top of 30 or second thermal conductor of air outlet 35 or the second thermal conductor 35 and second heat-insulated 2 layer 25 The end of road 29 sets air outlet 30；Into in three-dimensional heating chamber 55, then mixed with the hot humid hot-air in three-dimensional heating chamber 55 Air-vent after conjunction through the bodice 2 of gap 31 or second between the first bodice 1 and the second bodice 2 is flowed out outside main body 01；It is outside The flowing of cold air will be isolated to lower the temperature anti-scald effect up to enclosing cover between the top of the second thermal conductor 35 and enclosing cover；

Or, it is logical by the insulated cavity 9 or cooling that are arranged on inside the second bodice 2 inside the bodice of lower cooling fan 45 first Be pumped into for outside air by road 29, the cavity 90 between thermal insulation layer 91 and base 101 with it is second largest with insulated cavity 9 or drop The insertion of warm passage 29 is connected, and outside air is blowed into the top of secondary heater 41 or the top of the second thermal conductor 35 or the first temperature control Device surface cooling, force the top of secondary heater 41 or the top of the second thermal conductor 35 or the first temperature controller surface rise hot-fluid by Up to lower flowing, cool exterior air is lowered the temperature to the top of the second thermal conductor 35 and is converted into warm warm air along the second thermal conductor 35 outside Cross the top of 30 or second thermal conductor of air port 35 perforate or the second thermal conductor 35 and second heat-insulated 2 layer 25 between set cooling The end of passage 29 sets air outlet 30；Into in three-dimensional heating chamber 55, then with three-dimensional heating chamber 55 in hot humid hot-air Air-vent after mixing through the bodice 2 of gap 31 or second between the first bodice 1 and the second bodice 2 is flowed out outside main body 01；Outward The flowing of the cold air in portion will be isolated to up to the anti-scald effect of enclosing cover cooling between the top of the second thermal conductor 35 and enclosing cover；

Or, the air inlet openings of lower cooling fan 45 are connected with outside insertion, inflatable mouth and the thermal insulation layer 91 of lower cooling fan 45 Outside air is blowed to the bottom of primary heater 44 or the surface of the second temperature controller 403 by opening insertion connection, lower cooling fan 45, Cool exterior air is lowered the temperature and is converted into warm warm air along primary heater 44 by lower cooling fan 45 to the bottom of primary heater 44 Gap between bottom and thermal insulation layer 91 enters in three-dimensional heating chamber 55, then with three-dimensional heating chamber 55 in hot humid hot-air Air-vent after mixing through the bodice 2 of gap 31 or second between the first bodice 1 and the second bodice 2 is flowed out outside main body 01；Outward The flowing of the cold air in portion will be isolated to up to the anti-scald effect of bottom cooling between the bottom of primary heater 44 and thermal insulation layer 91；

Upper cooling fan 46 is arranged on the second bodice 2, and be pumped into for outside air by upper cooling fan 46, by the second thermal conductor 35 top or the first temperature controller surface cooling, from top to bottom flowed along the peripheral air outlet 30 of the second thermal conductor 35, it is described go out Air port 30 at least one set, the air-out of air outlet 30 formed an air curtain, the heat that the secondary heater 41 of inner side is produced by Up to descend drive to flow to foodstuff surface to heat, or, the air-out of air outlet 30 is combined into an air curtain, by the secondary heater of inner side 41 heats for producing from top to bottom drive and flow to foodstuff surface heating；

Or, the air inlet openings of lower cooling fan 45 are connected with outside insertion, and lower cooling fan 45 is by cool exterior air to first The bottom of heater 44 lower the temperature and be converted into warm gap of the warm air between the bottom of primary heater 44 and thermal insulation layer 91 by it is lower extremely It is upper to form air curtain and enter in three-dimensional heating chamber 55, by the high-temperature hot air in three-dimensional heating chamber 55 and the first bodice 1 and the Gap 31 between two bodices 2 isolates, it is to avoid high-temperature hot air quickly outflows, and increase high-temperature hot air is in three-dimensional heating chamber 55 Residence time heating food provide efficient energy-saving purpose.

Second embodiment：High-effect roaster, main body 01 includes the first bodice 1, the second bodice 2, heater, the first thermal conductor 3rd, food Rolling device 11, the heater is secondary heater 41 and primary heater 44, it is characterized in that the first bodice 1 is used for The first thermal conductor 3, food Rolling device 11, primary heater 44, first thermal conductor 3 is supported to provide conduction to food bottom The thermal source of heating；

Second bodice 2 is used to fix secondary heater 41, the second thermal conductor 35, and second thermal conductor 35 gives food upper table Face provides the thermal source of heating；

It is heat radiation or the thermal source of conduction heating that the bodice 1 of second bodice 2 and first is covered and to form a top, and bottom provides The three-dimensional heating chamber 55 of conduction heating；

Connection is rotated between the bodice 1 of second bodice 2 and first, covers to be formed upwards between the second bodice 2 and the first bodice 1 First thermal conductor 3 of heating and downwards the second thermal conductor 35 of heating；Or second bodice 2 and the first bodice 1 rotate to open wide and place, Form two upward heating zones, automatic stirring turning food heating zone, a manual overturning heat foods area；Second heat transfer The thermal conductor 3 of body 35 and first is heated and heats food upwardly；

The food Rolling device 11 is used in the opened upper end turning food of the first bodice 1 or in the first bodice 1 and second Conduction heating turning food between bodice 2, causes food to be heated evenly heating up and down；At least a portion food is passed by first The upward heating surface conduction heating of hot body 3 or at least a portion food pass through the downward heating surface conduction heating of the second thermal conductor 35.

Second thermal conductor, 35 and first thermal conductor 3 rotates at least 0 degree of unlimited angle and is set to 180 degree or the second biography 35 and first thermal conductor of hot body 3 is rotated and opens wide angle at least above 160 degree；

Second bodice, 2 and first bodice 1 rotates to open wide places heating, realizes that low capacity heat foods area turns over automatic stirring Turn the heating work simultaneously of Large Copacity heat foods area, or, realize that low capacity heat foods area overturns low capacity with automatic stirring The heating work simultaneously of heat foods area；

The periphery of the three-dimensional heating chamber 55 sets cooling fan to be used for constant temperature in three-dimensional heating chamber 55 or to three-dimensional heating chamber 55 Interior relative cooling is heated；

Cooling fan one end is connected with extraneous air insertion, and the other end connects with the air outlet 30 in three-dimensional heating chamber 55 or gap insertion Connect, cooling fan mixes outer low temperature air with the internal high temperature of three-dimensional heating chamber 55, to constant temperature in three-dimensional heating chamber 55 or give Relative cooling is heated in three-dimensional heating chamber 55；The cooling fan air-blowing is by vapor in three-dimensional heating chamber 55 along gas outlet or master Discharge in gap 31 on body 01；

Cooling fan is at least provided with one；

Second bodice 2 is made up of enclosing cover 20, secondary heater 41, the second thermal conductor 35；

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

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

First bodice 1 is made up of base 101, primary heater 44, the first thermal conductor 3；

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

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

Or, first bodice 1 is made up of thermal insulation layer 91, primary heater 44, motor 8, base 101, or the first bodice 1 by Thermal insulation layer 91, primary heater 44, motor 8, base 101, cooling fan 47 are constituted, or the first bodice 1 is by thermal insulation layer 91, first Heater 44, motor 8, base 101, cooling fan 47, air admission hole 32 are constituted；

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

Or, the food Rolling device 11 is positioned on the first thermal conductor 3 or food Rolling device 11 is positioned at the second heat transfer On body 35；

Motor 8 is arranged on the top of food Rolling device 11 or bottom；Motor 8 is arranged on the first bodice 1 or motor 8 is arranged on On two bodices 2；

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

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

The top of second thermal conductor 35 or side or periphery set air outlet 30, or, the top of the first thermal conductor 3 or side or Periphery sets air outlet 30, and lower-temperature external air flows in three-dimensional heating chamber 55 from outside to inside along air outlet 30, while to the The enclosing cover of two bodices 2 is lowered the temperature, the mobile mixing from top to bottom of the hot-air in lower-temperature external air driven three-dimensional heating chamber 55 Or the mobile mixing from outside to inside of the hot-air in lower-temperature external air driven three-dimensional heating chamber 55.

Described one end of second bodice 2 rotates junction and sets rotation goods of furniture for display rather than for use 66 with the one end of the first bodice 1, rotates goods of furniture for display rather than for use 66 The distance between the second bodice 2 and the first bodice 1 are controlled, causes both the second bodice 2 and the first bodice 1 to keep flat or adjust second The distance between bodice 1 of bodice 2 and first, places heightening ring 77 between the second bodice 2 and the first bodice 1, set on heightening ring 77 Passage 772 or steam vent 771 are put, heightening ring 77 is added by the first thermal conductor 3 and the conduction heating of the second thermal conductor 35 or radiation Heat.

The thermal insulation layer 91 sets upward opening, and the bottom of thermal insulation layer 91 sets primary heater 44, in primary heater 44 Side or periphery set motor 8 or the driving head of motor 8, and gap, thermal insulation layer are set between the bottom of primary heater 44 and thermal insulation layer 91 91 bottoms or side set cooling fan 47, and cooling fan 47 is arranged in the cavity 90 between thermal insulation layer 91 and base 101；

The air inlet openings of cooling fan 47 are connected with outside insertion, and inflatable mouth and the opening insertion of thermal insulation layer 91 of cooling fan 47 connect Connect, outside air is blowed to the bottom of primary heater 44 or the surface of the second temperature controller 403 by cooling fan 47, cooling fan 47 will Cool exterior air is lowered the temperature to the bottom of primary heater 44 and is converted into warm warm air along the bottom of primary heater 44 and thermal insulation layer 91 Between gap enter in three-dimensional heating chamber 55, then after mixing with the hot humid hot-air in three-dimensional heating chamber 55 it is big through first Outside the air-vent outflow main body 01 of the bodice 2 of gap 31 or second between the bodice 2 of body 1 and second；

Or, the air inlet openings of cooling fan 47 are connected with outside insertion, and the inflatable mouth of cooling fan 47 is heat-insulated with the second bodice 2 Outside air is blowed to the top of secondary heater 41 or the second biography by cavity 9 or the insertion connection of cooling passage 29, cooling fan 47 The top of hot body 35 or the first temperature controller surface cooling, cooling fan 47 lower the temperature simultaneously cool exterior air to the top of the second thermal conductor 35 It is converted into warm warm air and enters three-dimensional heating along the perforate on the top of 30 or second thermal conductor of the peripheral air outlet of the second thermal conductor 35 35 In chamber 55, then through the seam between the first bodice 1 and the second bodice 2 after mixing with the hot humid hot-air in three-dimensional heating chamber 55 Outside the air-vent outflow main body 01 of the bodice 2 of gap 31 or second；

Outer low temperature air and the mixed temperature of heating chamber internal high temperature are at least not less than 160 degree to vertical by the cooling fan Constant temperature or heated to relative cooling in three-dimensional heating chamber 55 in body heating chamber 55.

The cooling fan 47 is arranged on the bottom or side of primary heater 44, and air-flow slowly flows from the bottom to top, causes Make primary heater 44 keep condition of high temperature heating uniform, expand the area of the thermally equivalent of the first thermal conductor 3, at least expand first The area of the thermally equivalent of the sidepiece of thermal conductor 3, or, at least expand the area of the thermally equivalent of the bottom of the first thermal conductor 3, air-flow Gap between thermal insulation layer 91 and primary heater 44 is flowed up, and the first thermal conductor 3 is entered by the sidepiece of the first thermal conductor 3 Opening, at least a part of gas flows out with moisture content along the gap 31 in main body 01.

The cooling fan 47 or cooling fan 47 or cooling passage 29 are closely arranged on temperature controller or temperature probe Side insertion connection cooling, or the cooling fan 47 or cooling fan 47 are visited by air channel with temperature controller or temperature control at a distance Head insertion 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 week The environment homogeneous heating enclosed；

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

The air channel of the cooling fan 47 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 drop Warm air fan 47 or cooling fan 47 are separately positioned on the second bodice 2 and the first big autonomous working with it.

The thermal conductor 35 of first thermal conductor 3 and second surrounds the three-dimensional heating chamber 55 of opposing seal, three-dimensional heating jointly The cooling fan 47 that the periphery of chamber 55 sets outer circulation is used for constant temperature in three-dimensional heating chamber 55 or to relative in three-dimensional heating chamber 55 Cooling heating, the air outlet 30 of cooling fan 47 is arranged between the first thermal conductor 3 and the second thermal conductor 35 or on gap 31, is stood The middle part low temperature of body heating chamber 55 mixes with high temperature air discharges high temperature by gap 31 between the first thermal conductor 3 and the second thermal conductor 35 Vapor, the air outlet 30, gap 31 are arranged on the sidepiece between the first thermal conductor 3 and the second thermal conductor 35, or, it is described Air outlet 30, gap 31 are arranged between the first thermal conductor 3 and heightening ring 77, the side between the thermal conductor 35 of heightening ring 77 and second Portion, the motor 8 is arranged on the outside in three-dimensional heating chamber 55.

A kind of heating, cooling, method of exhaust according to any one of claim 1 to 9 high-effect roaster, its It is characterised by, comprises 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 jointly, and three-dimensional heating chamber 55 leads to The outer circulation cooling fan 47 of periphery setting is crossed to air-blowing constant temperature in three-dimensional heating chamber 55, to relative cooling in three-dimensional heating chamber 55 Heating, air outlet 30 or be arranged between the first thermal conductor 3 and the second thermal conductor 35 that the low-temperature airflow of cooling fan 47 passes through Gap 31 enters three-dimensional heating chamber 55, again by the first thermal conductor 3 and the after low temperature mixes with high temperature air in three-dimensional heating chamber 55 The discharge of gap 31 high-temperature vapor between two thermal conductors 35, causes Cryogenic air to be entered by the peripheral one end in three-dimensional heating chamber 55 and traverses Behind three-dimensional heating chamber 55, it is converted into liter warm air and is flowed out by the other end of three-dimensional heating chamber 55, realizes that foodstuff surface quick-hardening is sealed Lock food therein moisture content, prevents food therein moisture content to be quickly lost in, and the food outside after realizing processing is hard, internal soft mouth Sense；

Or, the first thermal conductor 3, the thermal conductor 35 of heightening ring 77 and second surround the three-dimensional heating chamber 55 of opposing seal jointly, stand Body heating chamber 55, to air-blowing constant temperature in three-dimensional heating chamber 55, gives three-dimensional heating chamber by the outer circulation cooling fan 47 of periphery setting Relative cooling is heated in 55, air outlet 30 or be arranged on the first thermal conductor 3, heightening ring that the low-temperature airflow of cooling fan 47 passes through 77th, the gap 31 between the second thermal conductor 35 enters three-dimensional heating chamber 55, and low temperature mixes with 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 afterwards, Cryogenic air is caused Entered by the peripheral one end in three-dimensional heating chamber 55 after traversing three-dimensional heating chamber 55, be converted into liter warm air another by three-dimensional heating chamber 55 End outflow, realizes that food therein moisture content is blocked in foodstuff surface quick-hardening, prevents food therein moisture content to be quickly lost in, and realizes processing Hard outside food after good, internal soft mouthfeel.

Referring to Fig. 3-Fig. 7：

High-effect roaster, main body 01 includes bodice, reflector, heater, cooling fan, food container 3, and the food is accommodated Device 3 is independently arranged or food container 3 is covered and constituted by the first thermal conductor 77 and the second thermal conductor 88, and the heater is by second Heater 41 and primary heater 44 are constituted；It is characterized in that the bodice is by the company of rotation between the second bodice 2 and the first bodice 1 Connect, the first bodice 1 and the second bodice 2 cover to form a three-dimensional heating chamber 55 for supporting and accommodating food container 3；

Primary heater 44 and secondary heater 41 are respectively provided with the bodice 2 of first bodice 1 and second；Primary heater 44 The both sides of three-dimensional heating chamber 55 are separately positioned on secondary heater 41；Primary heater 44 and secondary heater 41 conduct heat first The thermal conductor 88 of body 77 and second covers clamping heating up and down or left and right clamping heating, or, primary heater 44 and second is heated Food container is clamped device 41 heating or left and right clamping heating about 3；

The cooling fan at least one is arranged on the outside of three-dimensional heating chamber 55 or heater, and cooling fan is at least by a part Cool exterior air flows into three-dimensional heating chamber 55 along the periphery of reflector or inner side；

The reflector inner side sets heater and food container 3；

A is covered between the bodice 1 of second bodice 2 and first and axially keeps flat heating setting, or, the second bodice 2 is big with first B axle is covered between body 1 and heats setting to longitudinal direction, or, the second bodice 2 and the first bodice 1 are rotated to open wide and keep flat heating placement, or Person, covers between the second bodice 2 and the first bodice 1 and at least realize A axial directions, B axle to two placement heating angles.

The food container 3 is laterally inserted or is put into three-dimensional heating chamber 55, or, the longitudinal direction of the food container 3 Insert or be put into three-dimensional heating chamber 55, or, food container 3 is laterally inserted or is put into the second bodice 2 and is covered with the first bodice 1 In being open between after conjunction, or, the food container 3 be longitudinally inserted into or be put into the second bodice 2 and the first bodice 1 cover afterwards it Between opening in, or, the food container 3 is placed across on the first bodice 1, the second bodice 2 rotate covered with the first bodice 1 Food container 3 is clamped heating by conjunction, or, the food container 3 it is placed longitudinally the second bodice 2 and the first bodice 1 it Between, the second bodice 2 and the first bodice 1 both rotate to be connected outer end and relatively rotate to cover from the bottom to top and clamp food container 3 Heating.The cavity of three-dimensional heating chamber 55 is set, and the upper and lower or left and right of the cavity of three-dimensional heating chamber 55 is corresponding to set low temperature air-out Mouth, reflector, heater, are connected with cooling passage, cooling fan, air admission hole insertion；

Food container 3 is contained in the three-dimensional heating chamber 55, and gap is set between three-dimensional heating chamber 55 and food container 3； At least one of low-temperature airflow is converted into gap flowing of liter warm air between three-dimensional heating chamber 55 and food container 3, Damp and hot cavity in three-dimensional heating chamber 55 and food container 3 is flowed out into outside along the gap or opening with big.

Food container 3, heater, reflection are set to the periphery by middle part between the bodice 1 of second bodice 2 and first Cover, cooling fan, enclosing cover or base；

Or, food container 3, heater, reflection are set to the periphery by middle part between the bodice 1 of second bodice 2 and first Cover, thermal insulation layer, cooling fan, enclosing cover or base；

The cooling fan is arranged on the periphery of reflector or cooling fan is arranged on the periphery or side of food container 3；

Cooling fan is arranged in the cavity between reflector and base 101 or enclosing cover 20；

The bottom of food container 3 or sidepiece set oil can 311, and oil can opening upwards connect oil, and oil can 311 is opened with body rotation Mouth is lateral non-leakage, and oil can opening is arranged on the middle part or top of side wall；

The bodice 1 of second bodice 2 and first covers after-opening 31 or gap for sideways or upwards.

The primary heater 44 provides conduction heating to the bottom food of food container 3 or sidepiece food or heat radiation adds The thermal source of heat or liter warm air；

Or, the secondary heater 41 provides conduction heating or heat radiation to the upper food of food container 3 or sidepiece food Heating or the thermal source of liter warm air；

Or, the primary heater 44 it is corresponding with secondary heater 41 to food container 3 by both sides to food middle part Or by the upper and lower associated heating resources that conduction heating or heat radiation heating or liter warm air are provided to food middle part；

The primary heater 44 is arranged on the both sides up and down or the left and right sides of food container 3 with secondary heater 41；Up and down The heating surface area of both sides is total and/or heating surface area summation of the left and right sides is more than food container both sides connecting portion or left side about 3 The area of right both sides connecting portion；Or, the heating surface area of the heating surface area of upper and lower side or left and right side is held more than food Receive the area of device both sides connecting portion or left and right sides connecting portion about 3；

Second bodice 2 is used to fix secondary heater 41, the second reflector 35, and second reflector 35 gives food upper table Face or sidepiece provide the cavity of orientation heating；First bodice 1 is used to fix primary heater 44, the first reflector 38, institute State the cavity that the first reflector 38 provides orientation heating to the lower surface of food container 3 or sidepiece；Second reflector 35 and first The corresponding sensing food container of cavities open of reflector 38 both sides or left and right sides about 3；

Second bodice 2 is covered with the first bodice 1 and kept flat, and the cavities open of the second reflector 35 and the first reflector 38 is relative The top and bottom of food container 3 should be pointed to；Second bodice 2 covers placed longitudinally, the He of the second reflector 35 with the first bodice 1 The corresponding left and right face for pointing to food container 3 of cavities open of the first reflector 38；The top and bottom of food container 3 and food The left and right face of container 3 is consistent, is kept flat to placed longitudinally with main body 01 and mutually changed.

Second bodice, 2 and first bodice 1 rotate open wide at least 0 degree of angle set to 180 degree or the second bodice 2 and First bodice 1 is rotated and opens wide angle at least above 160 degree；

The periphery of the three-dimensional heating chamber 55 sets cooling fan to be used to be blown or to solid to the interior orientation constant temperature of three-dimensional heating chamber 55 The relative cooling heating of the interior orientation of heating chamber 55 is blown；

Cooling fan one end is connected with extraneous air insertion, and the other end is passed through with second air outlet 30 in three-dimensional heating chamber 55 or gap Lead to and connect, cooling fan mixes the air guided air blowing of outer low temperature with the internal high temperature of three-dimensional heating chamber 55, gives three-dimensional heating chamber Constant temperature or heated to relative cooling in three-dimensional heating chamber 55 in 55；The cooling fan air-blowing is by vapor in three-dimensional heating chamber 55 Discharged along the gap 31 on gas outlet or main body 01；

The wind speed of the cooling fan is at least below three kilometers per hour；Environment or solid of the low wind speed acceleration heater to surrounding Heating chamber 55 or the homogeneous heating of food container 3；

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

The cooling fan air channel is fixedly connected in main body 01；

The cooling fan 47 of first cooling fan 407 or second is separately positioned on the second bodice 2 and the first bodice 1 work together Make, or the first cooling fan 407 or the second cooling fan 47 are separately positioned on the second bodice 2 and the first big independent work with it Make, or, the 3rd cooling fan 99 provides the second bodice 2 and the cooling air-flow of the first bodice 1；

The periphery of food container 3 also includes the split type handle 15 for picking and placeing food container 3；

Bar shaped interlayer grill 16 is set between the bodice 1 of second bodice 2 and first, and interlayer grill sets positioning by single string Burn part 106 to hold up, interlayer grill at least one is set, interlayer grill positioning is multiple to be set, and interlayer grill is arranged on the second bodice 2 And the first opening between bodice 1, positioned at the second bodice 2 and the top or sidepiece or bottom of the first bodice 1.

The reflector top or side or periphery set orientation air outlet, or, the side of food container 3 or periphery set Put orientation, the first air outlet 380, lower-temperature external air along upper second air outlet 30, the first air outlet 380 from outside to inside to Flowing in three-dimensional heating chamber 55, while the enclosing cover of bodice is lowered the temperature, in lower-temperature external air driven three-dimensional heating chamber 55 Hot-air is by the mobile mixing in outside to inside；

The periphery of second reflector 35 sets second heat-insulated 2 layer 25, is set between the second reflector 35 and second heat-insulated 2 layer 25 Low-temperature airflow cavity, low-temperature airflow cavity two ends respectively with the second air outlet 30, air admission hole 32, the second air outlet 30 and air admission hole Cooling fan is set between 32；

The periphery of first reflector 38 sets first thermal insulation layer 381, is set between the first reflector 38 and first thermal insulation layer 381 Low-temperature airflow cavity, low-temperature airflow cavity two ends respectively with the first air outlet 380, the first air admission hole 320, the first air outlet 380 Cooling fan is set between the first air admission hole 320；

Cooling fan is at least provided with one；The downstream of cooling fan sets two exhaust vents, and two exhaust vents pass air-flow respectively It is sent to the second air outlet 30, the first air outlet 380；

The bodice 1 of second bodice 2 and first independently sets the second cooling fan 47 and the first cooling fan 407；

Described one end of second bodice 2 rotates junction and sets rotation goods of furniture for display rather than for use 66 with the one end of the first bodice 1, rotates goods of furniture for display rather than for use 66 and controls The distance between second bodice 2 and the first bodice 1, cause both the second bodice 2 and the first bodice 1 to keep flat or adjust the second bodice 2 and first the distance between the bodice 1.

The food container 3 is arranged to mesh container or tray of containers or container pot or container with holes.

The air inlet openings of second cooling fan 47 are connected with outside insertion, the inflatable mouth of the second cooling fan 47 and the Outside air is blowed to the top of secondary heater 41 or temperature control by two heat-insulated 2 layer of 25 opening insertion connections, the second cooling fan 47 Cool exterior air is lowered the temperature and is converted into warming up by device or the surface of temperature probe 43, the second cooling fan 47 to the top of secondary heater 41 Warm air enters in three-dimensional heating chamber 55 along the gap between heat-insulated 2 layer 25 of the top of secondary heater 41 and second, then with solid Through the bodice 2 of gap 31 or second between the first bodice 1 and the second bodice 2 after hot humid hot-air mixing in heating chamber 55 Air-vent outflow main body 01 outside；

Or, the air inlet openings of the second cooling fan 47 are connected with outside insertion, the inflatable mouth and second of the second cooling fan 47 Outside air is blowed to secondary heater 41 by the insulated cavity 9 of bodice 2 or the insertion connection of cooling passage 29, the second cooling fan 47 Top or the top of the second reflector 35 or temperature controller or the surface cooling of temperature probe 43, the second cooling fan 47 is by cool exterior air The top of second reflector 35 is lowered the temperature and to be converted into warm warm air anti-along peripheral second air outlet 30 or the second of the second reflector 35 The perforate for penetrating the top of cover 35 enters in three-dimensional heating chamber 55, then passes through after mixing with the hot humid hot-air in three-dimensional heating chamber 55 Outside the air-vent outflow main body 01 of the bodice 2 of gap 31 or second between the first bodice 1 and the second bodice 2；

The cooling fan downstream sets temperature controller or temperature probe 43 or fuse；Or cooling fan downstream sets second Temperature controller or temperature probe 403 or fuse；

Cooling fan is blown to lower the temperature to temperature controller or temperature probe and extends the heating work time of temperature controller or temperature probe, or contracting The power-off time that short temperature controller or temperature probe are stopped, so as to shorten net cycle time；Or low-temperature airflow is blown to heater Make the cold and hot exchange of heater frequent, reduce high-low temperature difference homogeneous heating, cause heater to keep condition of high temperature heating uniformly, expand The area of the thermally equivalent of food container 3, at least expands the area of the thermally equivalent of the sidepiece of food container 3, or, at least expand The area of the thermally equivalent of the big bottom of food container 3.

The food container 3 surrounds the three-dimensional heating chamber 55 of opposing seal with reflector jointly, outside three-dimensional heating chamber 55 The warm air for enclosing setting outer circulation is fanned for being heated to constant temperature in three-dimensional heating chamber 55 or to relative cooling in three-dimensional heating chamber 55, drop Second air outlet 30 of warm air fan is arranged between food container 3 and reflector or on gap 31, the middle part of three-dimensional heating chamber 55 Low temperature mixes with high temperature air discharges high-temperature vapor, second air-out by gap 31 between food container 3 and reflector Mouth 30, gap 31 is arranged on the sidepiece between food container 3 and reflector, or, second air outlet 30, gap 31 set Put between the food and reflector in food container 3.

The invention is not limited in above-described embodiment, under conditions of marrow of the present invention is not departed from, those skilled in the art Any variation done, all belongs to protection scope of the present invention.

Claims

1. the heating of high-effect roaster, cooling, the method for exhaust, it is characterised in that comprise the following steps：

A, the first reflector（38）With the second reflector（35）The three-dimensional heating chamber of opposing seal is surrounded jointly（55）, three-dimensional heating Chamber（55）The outer circulation cooling fan set by periphery gives three-dimensional heating chamber（55）Interior air-blowing constant temperature, gives three-dimensional heating chamber（55） Interior relative cooling is heated, air outlet or be arranged on food container that cooling fan low-temperature airflow passes through（3）With reflector（35） Between gap enter three-dimensional heating chamber（55）, three-dimensional heating chamber（55）Middle low temperature is accommodated by food again after mixing with high temperature air Device（3）The gap discharge high-temperature vapor between reflector, by three-dimensional heating chamber（55）With food container（3）Interior damp and hot sky Chamber flows out to outside along the gap or opening with big；Realize that food therein moisture content is blocked in foodstuff surface quick-hardening, prevent food Thing internal moisture is quickly lost in, and the food outside after realizing processing is hard, internal soft mouthfeel；

Or, three-dimensional heating chamber（55）Cavity passes through the second bodice（2）With the first bodice（1）Between up and down or left and right is corresponding sets Set low warm air outlet, reflector, heater, with cooling passage, cooling fan, air admission hole, can be by food container（3）Interior food Thing surface moisture Quick-air-drying is heated, at least one of low-temperature airflow of outer circulation constant temperature air-flow be converted into liter warm air it is relative by Food container（3）Both sides enter food therein gap and air-dry heating；By three-dimensional heating chamber（55）With food container（3）Interior Gap or opening with damp and hot cavity edge is big flow out to outside；Realize that food therein moisture content is blocked in foodstuff surface quick-hardening, Food therein moisture content is prevented quickly to be lost in, the food outside after realizing processing is hard, internal soft mouthfeel.

2. the multi-angle of high-effect roaster places heating, cooling, the method for exhaust, it is characterised in that comprise the following steps：

A, by the second bodice（2）With the first bodice（1）Cover A and axially keep flat heating, food container（3）By reflector, add Hot device, cooling fan clamp upper and lower centripetal heating up and down；Warm air is risen in food container（3）Periphery flowing heated at constant temperature, band Gap or opening with dynamic high-temperature vapor edge is big flow out to outside；

Or, by the second bodice（2）With the first bodice（1）B axle is covered to longitudinal heating, food container（3）By reflector, Heater, cooling fan or so clamp the centripetal heating in left and right；Warm air is risen in food container（3）Periphery flowing heated at constant temperature, Gap or opening with drive high-temperature vapor edge is big flow out to outside；Second bodice（2）With the first bodice（1）Bottom combines Position sets oil can（311）, oil can opening upwards connect oil, oil can（311）Laterally non-leakage with body rotation opening, oil can opening sets Put at the middle part or top of side wall；

Or, the second bodice（2）With the first bodice（1）Rotate to open wide and keep flat heating placement, food container（3）By reflection Cover, heater, cooling fan support heating；Warm air is risen from the bottom to top in food container（3）Periphery flowing heated at constant temperature.

3. the application method of high-effect roaster, it is characterised in that comprise the following steps：

A, by food container（3）Opening upwards are put into food, then by the second bodice（2）With the first bodice（1）Cover and keep flat out Mouth is lateral, or again by the second bodice（2）With the first bodice（1）Cover placed longitudinally opening upwards or lateral, food container（3） From top to bottom insert or be put into the second bodice（2）With the first bodice（1）Between upper opening to three-dimensional heating chamber（55）Interior positioning, Or, food container（3）Inserted by sidepiece or be put into the second bodice（2）With the first bodice（1）Between side mouth to three-dimensional Heating chamber（55）Interior positioning heating.