CN207613657U - The oven of air-flow - Google Patents
The oven of air-flow Download PDFInfo
- Publication number
- CN207613657U CN207613657U CN201720630243.2U CN201720630243U CN207613657U CN 207613657 U CN207613657 U CN 207613657U CN 201720630243 U CN201720630243 U CN 201720630243U CN 207613657 U CN207613657 U CN 207613657U
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- Prior art keywords
- air
- air inlet
- heating
- flow
- exhaust
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J37/00—Baking; Roasting; Grilling; Frying
- A47J37/06—Roasters; Grills; Sandwich grills
- A47J37/0623—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J37/00—Baking; Roasting; Grilling; Frying
- A47J37/06—Roasters; Grills; Sandwich grills
- A47J37/0623—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity
- A47J37/0629—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity with electric heating elements
- A47J37/0641—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity with electric heating elements with forced air circulation, e.g. air fryers
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J37/00—Baking; Roasting; Grilling; Frying
- A47J37/06—Roasters; Grills; Sandwich grills
- A47J37/0623—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity
- A47J37/0629—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity with electric heating elements
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J37/00—Baking; Roasting; Grilling; Frying
- A47J37/06—Roasters; Grills; Sandwich grills
- A47J37/0623—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity
- A47J37/0664—Accessories
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Frying-Pans Or Fryers (AREA)
- Cookers (AREA)
- Baking, Grill, Roasting (AREA)
Abstract
The oven of air-flow, main body include bodice（8）, heating container（2）, exhaust part（212）, air-flow heating generator component (10), it is characterized in that the heating container（2）Upper and lower perforation setting, heats container（2）Lower part setting air inlet or air inlet hole（3）It penetrates through and connects with air-flow heating generator component (10)；The air-flow heating generator component (10) generates hot-fluid in heating container（2）Inside flow from the bottom to top；The heating container（2）Upper cover is arranged in top（21）, upper cover（21）Upper setting exhaust part（212）, exhaust part（212）At least it is arranged to downtake pipe（232）, exhaust part（212）It is flexibly connected with upper cover.The purpose of the utility model is to provide a kind of simple and reasonable, easy to operate, durable, automatic oven for connecing oily, dependable performance air-flow, the oven of this air-flow can realize that air heating connects oily separation cleaning.
Description
Technical field
The utility model is related to the ovens of air-flow, the more particularly to oven of air-flow.
Background technology
Chinese patent literature CN209880Y disclosed a kind of Roaster on December 13rd, 2000 comprising：Shell
(1), interior pot, electrothermal tube and fan, it is characterized in that：It is opening-like at the top of shell (1), and it is equipped with a upper cover；Interior pot is set to shell
(1) in, electrothermal tube is fixed on inside interior pot, and fan connects with fan motor；One for air circulation protection disk be fixed in
Pot is internal；Protection disk is located above electrothermal tube and fan；One netted pot body is placed on the protection disk.For baked goods.
It is said that fan is set to inside interior pot, fan is internal between electrothermal tube, and fan motor is set to interior pot bottom, and
And fan is fixed on the power output shaft of fan motor, protection disk is arranged on electrothermal tube, and setting on disk is protected to offer hole
Hole, fan generate in circulation stirring air, grease, which can be flowed on electrothermal tube, to be generated oil smoke and causes food pollution spoiled and empty
Gas pollutes, therefore, it is necessary to be further improved and perfect.
Invention content
The purpose of the utility model is to provide it is a kind of it is simple and reasonable, easy to operate, durable, automatic connect oil,
The oven of the air-flow of dependable performance, main body include bodice, heat container, exhaust part, air-flow heating generator component, it is characterized in that
The heating container penetrates through setting above and below, and air inlet or air inlet hole and air-flow heating generator group is arranged in the lower part for heating container
Part perforation connection；
The air-flow heating generator component generates hot-fluid and is flowed from the bottom to top in heating container；
Upper cover is arranged in the heating upper vessel portion, and exhaust part is arranged on upper lid, and exhaust part is at least arranged to an exhaust pipe,
Exhaust part is flexibly connected with upper cover.
The exhaust part is movably arranged in the trepanning on lid and moves up and down, and exhaust part is arranged up and down, exhaust part
Upper dimension is more than the trepanning lower dimension of upper cover；Alternatively, downtake pipe lower dimension is less than the trepanning lower dimension of upper cover.
The exhaust part is made of ventilating cover and downtake pipe；Alternatively, the exhaust part is by ventilating cover, filter screen and
One exhaust pipe group at；Alternatively, the exhaust part is independently arranged into downtake pipe；Alternatively, the exhaust part is by ventilating cover, first
Exhaust pipe, second exhaust pipe composition；Exhaust entrance is arranged in exhaust part lower part, and exhaust part top is arranged air exit or is vented out
Hole.
The exhaust part is arranged in the top of heat container finish, and the exhaust entrance of downtake pipe or exhaust part is with heating
Food high and low in container and be raised and lowered；Exhaust entrance bottom is movably arranged on the top of food there are intermittently, forces heat
Stream is flowed along upper cover lower wall, is delayed and is heated to the top of food；
The inner wall extended downwardly is set on the exhaust part, and the inner wall extended downwardly is arranged to downtake pipe, at least by force
Urgent a part of hot-fluid, which flows to enter inside downtake pipe to pass through air exit or be vented along exhaust entrance from top to bottom, to portal
To outside.
Further, the big heating of the setting with it container, oil-collecting device and air-flow heating generator component；
One oil-collecting device for collecting excess oil, oil-collecting device is at least one to be arranged in the lower part of heating container；
Trepanning is set on the upper lid, is portalled alternatively, trepanning, air exit or exhaust are arranged on the upper lid, alternatively, institute
It states setting trepanning, air exit on lid or exhaust is portalled and filter screen；Downtake pipe is set on the inside of trepanning；
Downtake pipe is moved up and down with trepanning pivot bush unit.
Further, up and down socket second exhaust pipe on the inside of downtake pipe, the up and down set in second exhaust pipe inside
Third exhaust pipe is connect, the distance that moves down for increasing exhaust entrance bottom is sequentially connected, forms multi-stage expansion exhaust entrance, exhaust entrance
Place's setting food limit rib or net, limitation food, which enters, keeps the unobstructed air inlet of exhaust entrance on the inside of exhaust entrance；
The air-flow heating generator component generates hot-fluid, causes to heat the lower part of food or air hole interlayer inside container
Lower part or air hole bottom case lower part and oil-collecting device between or generate between bodice or between air inlet or air inlet hole
One micro-pressure heating shunting cavity；
At least by a part of hot-fluid along it is described heating lower vessel portion food between gap shunting from the bottom to top orderly or
Unordered upward one-way flow；Alternatively, the air-flow heating generator component generates hot-fluid, at least by a part of hot-fluid along ventilative
Hole interlayer or hole on air hole bottom case or mesh shunting is orderly from the bottom to top or unordered upward one-way flow；
Alternatively, the air-flow heating generator component generates hot-fluid, at least by a part of hot-fluid along on the upper lid
Exhaust pipe unidirectionally flows to outside from the bottom to top；
Alternatively, the air-flow heating generator component generates hot-fluid, at least by a part of hot-fluid by the outside of exhaust pipe to interior
External one-way flow is arrived in side again；
Alternatively, the micro-pressure heating shunting cavity is at least through an air outlet or at least through an exhaust vent or extremely
It is connected less by an outlet air gap and external perforation；
Alternatively, micro-pressure heating shunting cavity is at least connected with an air inlet or air inlet hole and an air outlet perforation.
The oil-collecting device is independently arranged or oil-collecting device and bodice are wholely set or oil-collecting device and heating container one
Setting；
The oil-collecting device is at least arranged the first oil-collecting device, the first oil-collecting device be arranged the lower part of heating container or into
The lower part in air port；
The the first oil-collecting device annular or dish type of the oil-collecting device are arranged in the lower part or bottom of heating container；Or it is described
First oil-collecting device dish type oil-collecting device of oil-collecting device, cross section is central raised, and periphery raises up, and middle part forms one with periphery
A annular groove or partial groove；
Further, the first oil-collecting device will heat the decline Grease Collection in container；
First oil-collecting device is fixedly connected with heating container body or the first oil-collecting device divides with heating container body
From connection.The the first oil-collecting device lower part or side of the oil-collecting device connect or dock with air inlet muzzle；
The upward external dimensions of first oil-collecting device of the oil-collecting device is greater than or equal to the size of heat container finish.
The side of the air inlet or air inlet hole is arranged into tuyere, steering air channel is arranged into tuyere front end, steering angle is at least
One；
Outlet air opening into tuyere is greater than or equal to or less than air inlet or the open lower end oil removal fat of air inlet hole；Into tuyere
Gap is set between air inlet or air inlet hole；
Feed openings, the air hole interlayer or air hole bottom case of lower part setting air inlet is arranged in the heating upper vessel portion；Institute
Air hole interlayer or air hole bottom case is stated to be wholely set or separately positioned with heating container；Or different materials are arranged or same material
Setting；The air inlet or air inlet hole of the heating lower vessel portion force hot-fluid to heart shaped flowing or shape flows radially outward；
The heating container, upper cover, air inlet or air inlet hole form the heating container of an opposing seal；
Alternatively, the air hole interlayer or air hole bottom case, heating container, air inlet or air inlet hole, the first oil-collecting device,
Air-flow heating generator component is combined into a micro-pressure heating shunting cavity；
Alternatively, the air hole interlayer or air hole bottom case, air inlet or air inlet hole, the first oil-collecting device, air-flow heat
Generator assembly is combined into a micro-pressure heating shunting cavity；
The intake velocity of the micro-pressure heating shunting cavity goes out wind velocity more than micro-pressure heating shunting cavity, forces
Gap flowing heating of the hot-fluid between food；
Alternatively, the intake velocity of the heating container goes out wind velocity more than heating container, force hot-fluid between food
Gap flowing heating；
The micro-pressure heating shunting cavity opposing seal setting.
The air-flow heating generator component includes motor and its fan blade, and blade sleeve is set on the motor shaft of motor, and with
Drive connection；Air-flow heating generator component is laterally or longitudinally arranged in bodice, and air-flow heating generator component corresponds to electricity
The position of machine is equipped with fan main body, which is fixedly arranged on fan main body one end, and heater is fixedly arranged on the fan main body other end；
The air-flow heating generator component includes at least supply air duct, and supply air duct is turned to be penetrated through with into tuyere, the wind
Container is heated and into being provided with the first oil-collecting device between tuyere in air duct or the lower section for being located at heating container into tuyere；
One or the air inlet or air inlet hole is at least arranged in the air inlet or air inlet hole, and at least more than one is combined into
One annular or sector or to heart shaped radiation or the radially outward air inlet or air inlet hole of shape；
Annular is fan-shaped or the air inlet or air inlet hole of shape and air hole interlayer are lateral to heart shaped radiation or radially outward
Or it is arranged in parallel；
The air inlet docks perforation connection or air inlet and enter the wind muzzle with into tuyere connects perforation connection；
Air inlet is arranged in the air-flow heating generator component front end, and air inlet is penetrated through with external.
Further, the air-flow heating generator element end is arranged into tuyere；
The air-flow heating generator component at least sucks a part of extraneous air, is changed by wind turbine, heat generating member
Hot-fluid enters in heating container；
The heating container periphery or oil-collecting device are located by connecting on the inside of shell；
The heating container is wholely set with shell or separate type is arranged;
Cavity is set between heating container and the shell.
Setting air hole interlayer or air hole bottom case between the oil-collecting device and the lower part for heating container；The air hole
Interlayer or air hole bottom case and air hole interlayer or food and the first oil-collecting device, air inlet or air inlet hole on air hole bottom case
Form the micro-pressure heating shunting cavity of an opposing seal.
The hot-fluid of air-flow heating generator component is flowed through from heating container bottom to heating container side, is passed through heating and is held
It is discharged to the outside at the top of device, forms 360 ° of three-dimensional heatings.
By oil-collecting device, grease and moisture content when the oven of air-flow being made to heat detach the utility model with food, will be more
Remaining grease and moisture content collection are conveniently taken and are outwelled, and avoid that grease and moisture content are blown to engine body exterior dirt when air blows heating
Work top is contaminated, heating container, shell, oil-collecting device, heating container, upper cover and bodice separate type connect, instant food heating
After take cleaning, so that above-mentioned operation is recycled progress, greatly improve work efficiency and reduce cleaning operation difficulty.It has
The characteristics of simple and reasonable, simple and reasonable, easy to operate, durable, easy to clean, dependable performance.
Description of the drawings
Fig. 1 is that the hot-fluid of the utility model first embodiment erects flow profile assembling schematic diagram from the bottom to top.
Fig. 2 is the exploded perspective schematic diagram of the utility model first embodiment.
Fig. 3 is the hot-fluid section assembling schematic diagram of Sloped rotating flowing from the bottom to top of the utility model first embodiment.
Fig. 4 is the section assembling schematic diagram of the utility model second embodiment.
Fig. 5 is the section assembling schematic diagram that the utility model second embodiment heats container single layer.
Fig. 6 is the section assembling schematic diagram of the utility model second embodiment hot-fluid rotary heating.
Fig. 7 is the section assembling schematic diagram of the utility model 3rd embodiment hot-fluid rotary heating.
Fig. 8 is the exploded perspective schematic diagram of the utility model fourth embodiment.
Fig. 9 is that the hot-fluid of the utility model fourth embodiment erects flow profile assembling schematic diagram from the bottom to top.
Figure 10 is the hot-fluid rotational flow section assembling schematic diagram from the bottom to top of the utility model fourth embodiment.
Figure 11 be Fig. 3 first embodiments B-B` to section air-flow radiation rotation schematic diagram.
Figure 12 be Fig. 7,10 first embodiment A-A` to the centripetal rotation schematic diagram of section air-flow.
Figure 13 is that the utility model upper cover decomposes diagrammatic cross-section with exhaust part.
Figure 14 is that the utility model upper cover detaches diagrammatic cross-section with exhaust part.
Figure 15 is that another upper cover of the utility model detaches diagrammatic cross-section with exhaust part.
Figure 16 is that another exhaust part of the utility model detaches diagrammatic cross-section with upper cover.
Specific implementation mode
The utility model is further described with reference to the accompanying drawings and embodiments.
In figure：1 is shell, and 1.1 be visual window, and 2 be heating container, and 3 be air inlet or air inlet hole, and 4 be food container, 44
It is air duct for air hole interlayer or air hole bottom case, 5,6 be heater, and 8 be bodice, and 9 is, into tuyere, 10 are air-flow heating generation
Device assembly, 11 be the second oil-collecting device, and 22 be micro-pressure heating shunting cavity, and 21 be upper cover, and 23 be exhaust entrance, and 31 be first
Oil-collecting device, 32 be protrusion, and 33 be periphery, and 34 be groove, and 38 be interior cycle air inlet, and 41 be handle, and 56 be fan blade, and 55 be electricity
Machine, 101 be fan main body, and 102 be air inlet, and 111 be cavity, and 203 be food limit rib or net, and 212 be exhaust part, and 230 are
Trepanning, 231 be ventilating cover, and 232 be downtake pipe, and 233 be second exhaust pipe, and 234 be third exhaust pipe, and 235 be to be vented out
Mouthful, 236 portal for exhaust, and 237 be filter screen.
First embodiment（Referring to Fig. 1, Fig. 2, Fig. 8, Fig. 9, Figure 13, Figure 14, Figure 15, Figure 16）
The oven of air-flow, main body include bodice 8, heat container 2, exhaust part 212, air-flow heating generator component 10,
It is characterized in that the perforation setting above and below of the heating container 2, the lower part setting air inlet or air inlet hole 3 of heating container 2 are heated with air-flow
The perforation connection of generator assembly 10；
The air-flow heating generator component 10 generates hot-fluid and is flowed from the bottom to top in heating container 2；
Upper cover 21 is arranged in 2 top of heating container, exhaust part 212 is arranged in upper cover 21, exhaust part 212 is at least arranged to
One exhaust pipe, exhaust part 212 are flexibly connected with upper cover.
It is moved up and down in the trepanning 230 that the exhaust part 212 is movably arranged in upper cover 21, exhaust part 212 is up and down
Setting, 212 upper dimension of exhaust part are more than 230 lower dimension of trepanning of upper cover；Alternatively, 232 lower dimension of downtake pipe is small
In 230 lower dimension of trepanning of upper cover.
The exhaust part 212 is made of ventilating cover 231 and downtake pipe 232；Alternatively, the exhaust part 212 is by breathing freely
Lid 231, filter screen 237 and downtake pipe 232 form；Alternatively, the exhaust part 212 is independently arranged into downtake pipe 232；
Alternatively, the exhaust part 212 is made of ventilating cover 231, downtake pipe 232, second exhaust pipe 233；212 lower part of exhaust part is set
Set exhaust entrance 23,212 top of exhaust part setting air exit 235 or exhaust portal 236.
The exhaust part 212 is arranged in the top that heating container 2 is open, the exhaust of downtake pipe 232 or exhaust part 212
Entrance 23 is raised and lowered with food high and low in heating container 2；23 bottom of exhaust entrance is movably arranged on the top of food
There are intervals, and hot-fluid is forced to be flowed along 21 lower wall of upper cover, are delayed and heat to the top of food；
The inner wall extended downwardly is set on the exhaust part 212, the inner wall extended downwardly is arranged to downtake pipe 232,
At least forced a part of hot-fluid, which flows to enter inside downtake pipe 232 along exhaust entrance 23 from top to bottom, passes through air exit
235 or exhaust portal 236 to outside.
Further, setting heating container 2, oil-collecting device and air-flow heating generator component 10 on the bodice 8；
One oil-collecting device for collecting excess oil, oil-collecting device is at least one to be arranged in the lower part of heating container 2；
Trepanning 230 is set in the upper cover 21, alternatively, trepanning 230, air exit 235 or row are arranged in the upper cover 21
Gas portals 236, portals 236 and filter screen 237 alternatively, trepanning 230, air exit 235 or exhaust are arranged in the upper cover 21；It opens
Downtake pipe 232 is arranged in 230 inside of hole；
Downtake pipe 232 is moved up and down with 230 pivot bush unit of trepanning.
Further, the up and down socket second exhaust pipe 233 in the inside of downtake pipe 232, on the inside of second exhaust pipe 233 on
Lower pivot bush unit third exhaust pipe 234 is sequentially connected the distance that moves down for increasing by 23 bottom of exhaust entrance, forms multi-stage expansion exhaust
Entrance 23, setting food limit rib or net 203 at exhaust entrance 23, limitation food enter 23 inside of exhaust entrance keep being vented into
23 unobstructed air inlets of mouth；
The air-flow heating generator component 10 generates hot-fluid, causes the lower part or the air hole that heat 2 inside food of container
Between the lower part of interlayer 44 or the lower part and oil-collecting device of air hole bottom case or between bodice 8 or with air inlet or air inlet hole 3
Between generate micro-pressure heating shunting cavity 22；
At least by a part of hot-fluid along it is described heating 2 lower part food of container between gap shunting from the bottom to top orderly or
Unordered upward one-way flow；Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid along saturating
Stomata interlayer or hole on air hole bottom case 44 or mesh shunting is orderly from the bottom to top or unordered upward one-way flow；
Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid along the upper cover 21
On exhaust pipe unidirectionally flow to outside from the bottom to top；
Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid by the outside of exhaust pipe extremely
External one-way flow is arrived in inside again；
Alternatively, micro-pressure heating shunting cavity 22 at least through an air outlet or at least through an exhaust vent or
It is connected at least through an outlet air gap and external perforation；
Alternatively, micro-pressure heating shunting cavity 22 at least connects with an air inlet or air inlet hole 3 and an air outlet perforation
It connects.
The oil-collecting device is independently arranged or oil-collecting device is wholely set with bodice or 2 one of oil-collecting device and heating container
Setting；
The first oil-collecting device 31 is at least arranged in the oil-collecting device, and the first oil-collecting device 31 is arranged in the case where heating container 2
Portion or the lower part of air inlet；
31 annular of the first oil-collecting device or dish type of the oil-collecting device are arranged in the lower part or bottom of heating container 2；Or
The 31 dish type oil-collecting device of the first oil-collecting device of the oil-collecting device, cross section central raised 32, periphery 33 raise up, middle part with
Periphery forms an annular groove or partial groove 34；
Further, the first oil-collecting device 31 will heat the decline Grease Collection in container 2；
First oil-collecting device 31 is fixedly connected with heating 2 main body of container or the first oil-collecting device 31 and heating container 2
Main body separation connection.31 lower part of the first oil-collecting device or side of the oil-collecting device are socketed or dock with into tuyere 9；
The upward external dimensions of first oil-collecting device 31 of the oil-collecting device is greater than or equal to the ruler that heating container 2 is open
It is very little.
The side of the air inlet or air inlet hole 3 is arranged into tuyere 9, and steering air channel 5, steering angle is arranged into 9 front end of tuyere
It is at least one；
Outlet air opening into tuyere 9 is greater than or equal to or less than air inlet or the open lower end oil removal fat of air inlet hole 3；Air inlet
Gap is set between mouth 9 and air inlet or air inlet hole 3；
Feed openings, the air hole interlayer or air hole bottom case 44 of lower part setting air inlet is arranged in 2 top of heating container；
The air hole interlayer or air hole bottom case 44 are wholely set or separately positioned with heating container 2；Or different materials setting or same
One material is arranged；The air inlet or the pressure hot-fluid of air inlet hole 3 of 2 lower part of the heating container shape stream to heart shaped flowing or radially outward
It is dynamic；
The heating container 2, upper cover, air inlet or air inlet hole 3 form the heating container 2 of an opposing seal；
Alternatively, the air hole interlayer or air hole bottom case 44, heating container 2, air inlet or air inlet hole 3, first connecing oil
Device 31, air-flow heating generator component 10 are combined into a micro-pressure heating shunting cavity 22；
Alternatively, the air hole interlayer or air hole bottom case 44, air inlet or air inlet hole 3, the first oil-collecting device 31, air-flow
Heating generator component 10 is combined into a micro-pressure heating shunting cavity 22；
The intake velocity of the micro-pressure heating shunting cavity 22 goes out wind velocity more than micro-pressure heating shunting cavity 22,
Force gap flowing heating of the hot-fluid between food；
Alternatively, the intake velocity of the heating container 2, which is more than heating container 2, goes out wind velocity, force hot-fluid food it
Between gap flowing heating；
Micro-pressure heating shunting 22 opposing seal of the cavity setting.
The air-flow heating generator component 10 includes motor 55 and its fan blade 56, and fan blade 56 is sheathed on the motor of motor 55
On axis, and it is sequentially connected therewith；Air-flow heating generator component 10 is laterally or longitudinally arranged in bodice 8, and air-flow heating occurs
The position that device assembly 10 corresponds to motor 55 is equipped with fan main body 101, which is fixedly arranged on 101 one end of fan main body, heater 6
It is fixedly arranged on 101 other end of fan main body；
The air-flow heating generator component 10 includes at least supply air duct 5, and supply air duct 5 is turned to be penetrated through with into tuyere 9,
The wind air duct 5 or the lower section for being located at heating container 2 into tuyere 9 heat container 2 and connect oily dress into being provided with first between tuyere 9
Set 31；
One or the air inlet or air inlet hole 3 at least more than one combination is at least arranged in the air inlet or air inlet hole 3
At an annular or sector or to the heart shaped radiation or radially outward air inlet or air inlet hole 3 of shape；
Annular or fan-shaped or to heart shaped radiation or radially outward 44 cross of air inlet or air inlet hole 3 Yu air hole interlayer of shape
To or be arranged in parallel；
The air inlet docks perforation connection or air inlet and enter the wind muzzle with into tuyere connects perforation connection；
Air inlet 102 is arranged in 10 front end of air-flow heating generator component, and air inlet 102 is penetrated through with external.
Further, 10 end of air-flow heating generator component is arranged into tuyere；
The air-flow heating generator component 10 at least sucks a part of extraneous air, is changed by wind turbine, heat generating member
Enter in heating container 2 at hot-fluid；
2 periphery of the heating container or oil-collecting device are located by connecting on the inside of shell 1；
The heating container 2 is wholely set with shell 1 or separate type is arranged；
Cavity 111 is set between the heating container 2 and shell 1.
Setting air hole interlayer 44 or air hole bottom case between the oil-collecting device and the lower part for heating container 2；It is described
Stomata interlayer 44 or air hole bottom case and air hole interlayer 44 or the food on air hole bottom case and the first oil-collecting device 31, air inlet
Mouth or air inlet hole 3 form the micro-pressure heating shunting cavity 22 of an opposing seal.
The hot-fluid of air-flow heating generator component 10 is flowed through from heating container bottom to heating container side, passes through heating
Container top is discharged to the outside, and forms 360 ° of three-dimensional heatings.
Upper cover 21 and exhaust part 212 are adapted cooperation, set gradually from inside to outside food limit rib or net 203, be vented into
Mouthfuls 23, third exhaust pipe 234, second exhaust pipe 233, downtake pipe 232, filter screen 237, ventilating cover 231, trepanning 230, on
Lid 21；Third exhaust pipe 234 stretches in second exhaust pipe 233 to be socketed, and second exhaust pipe 233 is stretched in downtake pipe 232
Contracting socket, forms the exhaust part moving up and down 212 of a single-stage or multistage, alternatively, third exhaust pipe 234 is in second exhaust
The flexible socket in 233 outside of pipe, second exhaust pipe 233 stretches outside downtake pipe 232 to be socketed, and a single-stage or multistage are formed
Exhaust part moving up and down 212；Ventilating cover 231 can also be arranged in exhaust part 212, filter screen 237 crosses filtering fume and water steams
Gas, exhaust part 212 are located by connecting with upper cover 21 or snapping or detach connection;
Exhaust part 212 is set in upper cover 21, and the setting of upper cover 21 heats container 2 on heating container 2 opening and 1 top of shell
Interior or lower part setting air hole interlayer or air hole bottom case 44 or food container 4, heat and cavity are arranged between container 2 and shell 1
111 is heat-insulated, the second oil-collecting device 11 be arranged between upper cover 21,1 top of shell, the first oil-collecting device 31 setting air hole every
The lower part of layer or air hole bottom case 44 or food container 4, air inlet or the setting of air inlet hole 3 are in 31 inside of the first oil-collecting device or outside
The side wall higher than the first oil-collecting device 31 is enclosed, the first oil-collecting device 31 is arranged on bodice 8, air inlet or air inlet hole 3 and bodice 8
The interior perforation connection of air-flow heating generator component 10,10 outside perforation connection air inlet 102 of air-flow heating generator component, outside
Portion space is entered by heating in heating container 2, is discharged by exhaust part 212 is arranged in upper cover 21, is formed an inner-outer circulation stream
Dynamic heating system, eliminates oil smoke.
Second embodiment（Referring to Fig. 1-Fig. 2, Fig. 8, Fig. 9）
The oven of air-flow, main body includes bodice 8, heating container 2, air-flow heating generator component 10, it is characterized in that one
It is used to support heating container 2, oil-collecting device and the bodice 8 for accommodating air-flow heating generator component 10；
One, for containing the heating container 2 that food is heated evenly by food, is heated setting opening and air hole on container 2
Interlayer or air hole bottom case 44, for keeping hot-fluid to be flowed from the bottom to top in heating container 2；
It heats container 2 to penetrate through above and below, the lower part setting air inlet or air inlet hole 3 and air-flow heating generator of heating container 2
The perforation connection of component 10；
One oil-collecting device for collecting excess oil, oil-collecting device is at least one to be arranged in the lower part of heating container 2；
One, for the air-flow heating generator component 10 to heating of blowing in heating container 2, causes to heat inside container 2
Between the lower part of food or the lower part of air hole interlayer 44 or the lower part and oil-collecting device of air hole bottom case or between bodice 8 or
A micro-pressure heating shunting cavity 22 is generated between air inlet or air inlet hole 3.
The air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid along under the heating container 2
Gap between portion's food shunts orderly from the bottom to top or unordered upward one-way flow；Alternatively, the air-flow heating generator group
Part 10 generate hot-fluid, at least by a part of hot-fluid along on air hole interlayer or air hole bottom case 44 hole or mesh shunt under
Supreme orderly or unordered upward one-way flow；
Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid along the upper cover 21
On exhaust entrance 23 unidirectionally flow to outside from the bottom to top；
Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid by the outside of exhaust pipe extremely
External one-way flow is arrived in inside again；
Alternatively, micro-pressure heating shunting cavity 22 at least through an air outlet or at least through an exhaust vent or
It is connected at least through an outlet air gap and external perforation；
Alternatively, micro-pressure heating shunting cavity 22 at least connects with an air inlet or air inlet hole 3 and an air outlet perforation
It connects.
The through-hole setting up and down of exhaust part 212, exhaust entrance 23 are arranged in the lower part of exhaust part 212, exhaust part 212 with it is upper
Lid 21 is flexibly connected；Air-flow heating generator component 10 is arranged to inner-outer circulation gas channel or air-flow heating generator component
10 are arranged to interior circulating current channel, and air-flow heating generator component 10 realizes air-flow by air inlet 102 and exhaust entrance 23
Inner-outer circulation, air-flow heating generator component 10 realize interior cycle by interior 38 at least part air-flow of cycle air inlet.
Setting air-flow heating generator component 10 in bodice 8, the air inlet of 10 end of air-flow heating generator component or into
Air holes 3 blows to hot-fluid under the lower part of heating 2 inside food of container or the lower part of air hole interlayer 44 or air hole bottom case 44
Micro-pressure heating shunting cavity 22 between portion and oil-collecting device or between bodice 8 or between air inlet or air inlet hole 3；It is micro-
Pressure heating shunts the gap between the hole or mesh or food on 22 top of cavity and shunts orderly from the bottom to top or unordered upward list
To flowing；To the heat foods in heating container 2；
Since the air flow rate or air supply velocity of air-flow heating generator component 10 are more than the outlet air of gas outlet or venthole
Flow goes out wind velocity, causes to heat the raising heating food of micro-pressure heating cavity 22 that an opposing seal is generated in container 2
Speed improved work efficiency so as to shorten the heating time of food；
10 front end of air-flow heating generator component is penetrated through with external, and air inlet is arranged in 10 end of air-flow heating generator component
Or air inlet hole 3, micro-pressure heating shunting cavity 22 is entered by air inlet or air inlet hole 3, micro-pressure heating shunting cavity 22 will
Hot-fluid is by the way that hole on air hole interlayer or air hole bottom case 44 or mesh be orderly from the bottom to top or unordered upward one-way flow pair
Heat foods；Alternatively, that type of thermal communication is crossed to the gap between food is orderly from the bottom to top or unordered for micro-pressure heating shunting cavity 22
Upward one-way flow is to heat foods；
Oil-collecting device be arranged heating container 2 lower part can will grease extra on food and heating 2 inner wall of container on
Dirty Grease Collection.
Food is placed in heating container 2, heating 2 lower part of container abuts that a micro-pressure heats with oil-collecting device
Shunt cavity 22；
Oil-collecting device is arranged in the lower part of food container, cover upper cover will heat container 2 close oil-collecting device, upper cover it
Between, form the heating environment of an opposing seal；
The food of heating can be watched by transparent heating container 2 from outside, and outside can watch the water of heating air-flow
Steam or grease are moved up by lower part, and food container can be taken out to heating container 2 during heating and rocked, will be eaten
Object rocks displacement and heats again, can make in this way inside and outside food container, upper and lower food is heated evenly；
Or the food of heating can be watched by transparent window from outside, outside can watch the vapor of heating air-flow
Or grease is moved up by lower part, and food container can be taken out to heating container 2 during heating and rocked, food is shaken
It shakes displacement to heat again, can make in this way inside and outside food container, upper and lower food is heated evenly；
It can be by heating container 2,8 separation cleaning of oil-collecting device, upper cover and bodice after the completion of heat foods.
The air-flow heating generator component 10 with it is big with control assembly be electrically connected；The oil-collecting device is independently arranged
Or oil-collecting device is wholely set with bodice or oil-collecting device is wholely set with heating container 2;
The first oil-collecting device 31 is at least arranged in the oil-collecting device, and the first oil-collecting device 31 is arranged in the case where heating container 2
Portion or the lower part of air inlet, the first oil-collecting device 31 will heat the decline Grease Collection in container 2；
First oil-collecting device 31 is fixedly connected with heating 2 main body of container or the first oil-collecting device 31 and heating container 2
Main body separation connection.
The oil-collecting device is socketed in exterior bottom or the top of heating container 2.
Handle 41 is arranged in the top setting opening of the heating container 2, opening side, and handle 41 is arranged in the outer of main body
Hot-fluid deflecting is avoided the heated scald of the main body of handle 41 by the inside setting air-flow gear 42 in portion, handle 41；
Handle 41 and the handle zoarium of upper cover on the heating container 2 are conveniently taken out, and food in heating container 2 is rocked
Displacement, which reheats, causes food to be heated evenly.
Feed openings, the air hole interlayer or air hole bottom case 44 of lower part setting air inlet is arranged in 2 top of heating container；
The air hole interlayer or air hole bottom case 44 are wholely set with heating container 2 or separately positioned or different materials setting or same
One material is arranged；Heat the external dimensions that 2 lower part of container is less than air hole interlayer 44；
Hot-fluid is forced to be flowed to heart shaped for the air inlet or air inlet hole 3 of 2 lower part of the heating container or shape flows radially outward；
The heating container 2, upper cover, air inlet or air inlet hole 3 form the heating container 2 of an opposing seal；
Alternatively, the air hole interlayer or air hole bottom case 44, heating container 2, air inlet or air inlet hole 3, first connecing oil
Device 31, air-flow heating generator component 10 are combined into a micro-pressure heating shunting cavity 22；
Alternatively, the air hole interlayer or air hole bottom case 44, air inlet or air inlet hole 3, the first oil-collecting device 31, air-flow
Heating generator component 10 is combined into a micro-pressure heating shunting cavity 22；
The intake velocity of the micro-pressure heating shunting cavity 22 goes out wind velocity more than micro-pressure heating shunting cavity 22,
Force gap flowing heating of the hot-fluid between food；
Alternatively, the intake velocity of the heating container 2, which is more than heating container 2, goes out wind velocity, force hot-fluid food it
Between gap flowing heating；
Micro-pressure heating shunting 22 opposing seal of the cavity setting.
31 annular of the first oil-collecting device or dish type of the oil-collecting device are arranged in the lower part or bottom of heating container 2；
The oil-collecting device also sets up the second oil-collecting device 11,11 ring device of the second oil-collecting device, two inside and outside cross section
Side is high, and middle part is low, forms an annular groove or partial groove 110；
Or the 31 dish type oil-collecting device of the first oil-collecting device of the oil-collecting device, cross section central raised 32 is placed outside
It raises, 33 middle parts form an annular groove or partial groove 34 with periphery；
The side of the air inlet or air inlet hole 3 is arranged into tuyere 9, and steering air channel 5, variable wind is arranged into 9 front end of tuyere
At least 70 degree settings of the steering angle in road 5, steering angle are at least one；
Outlet air opening into tuyere 9 is greater than or equal to or less than air inlet or the open lower end oil removal fat of air inlet hole 3；Air inlet
Gap is set between mouth 9 and air inlet or air inlet hole 3.
The air-flow heating generator component 10 includes motor 55 and its fan blade 56, and fan blade 56 is sheathed on the motor of motor 55
On axis, and it is sequentially connected therewith；Air-flow heating generator component 10 is laterally or longitudinally arranged in bodice 8, and air-flow heating occurs
The position that device assembly 10 corresponds to motor 55 is equipped with fan main body 101, which is fixedly arranged on 101 one end of fan main body, heater 6
It is fixedly arranged on 101 other end of fan main body；
The air-flow heating generator component 10 includes at least supply air duct 5, and supply air duct 5 is turned to be penetrated through with into tuyere 9,
The wind air duct 5 or the lower section for being located at heating container 2 into tuyere 9 heat container 2 and connect oily dress into being provided with first between tuyere 9
Set 31；
31 lower part of the first oil-collecting device or side of the oil-collecting device are socketed or dock with into tuyere 9；
The upward external dimensions of first oil-collecting device 31 of the oil-collecting device is greater than or equal to the ruler that heating container 2 is open
It is very little.
One or the air inlet or air inlet hole 3 at least more than one combination is at least arranged in the air inlet or air inlet hole 3
At an annular or sector or to the heart shaped radiation or radially outward air inlet or air inlet hole 3 of shape；
Annular or fan-shaped or to heart shaped radiation or radially outward 44 cross of air inlet or air inlet hole 3 Yu air hole interlayer of shape
To or be arranged in parallel；
The opening of the air inlet or air inlet hole 3 outwardly or inwardly regular array；The opening of the air inlet or air inlet hole 3
Outwardly or inwardly irregular arrangement；
The air inlet docks perforation connection or air inlet and enter the wind muzzle with into tuyere connects perforation connection；
It is described to be arranged into tuyere end in the close connection in the inside of air inlet or periphery；
Air inlet 102 is arranged in 10 front end of air-flow heating generator component, and air inlet 102 is penetrated through with external.
10 end of air-flow heating generator component is arranged into tuyere；
The air-flow heating generator component 10 at least sucks a part of extraneous air, is changed by wind turbine, heat generating member
Enter in heating container 2 at hot-fluid；
2 periphery of the heating container or oil-collecting device are located by connecting on the inside of shell 1；
The heating container 2, shell 1, the first oil-collecting device 31, heating container 2, upper cover 21 are connect with 8 separate type of bodice,
It takes cleaning after instant food heating；
The heating container 2 is wholely set with shell 1 or separate type is arranged；
Cavity 111 is set between the heating container 2 and shell 1.
Setting air hole interlayer 44 or air hole bottom case between the oil-collecting device and the lower part for heating container 2；It is described
Stomata interlayer 44 or air hole bottom case and air hole interlayer 44 or the food on air hole bottom case and the first oil-collecting device 31, air inlet
Mouth or air inlet hole 3 form the micro-pressure heating shunting cavity 22 of an opposing seal.
Exhaust part 212 is set on the upper lid on the bodice 8, and exhaust part 212 moves up and down, and bottom is movably arranged on food
Top, force hot-fluid to be flowed along upper cover lower wall, be delayed heating to the top of food；
The inner wall extended downwardly is set on exhaust part 212, and the inner wall setting exhaust entrance 23 extended downwardly at least forces one
Part hot-fluid flows from top to bottom, is heated to the top of food, and the hot-fluid of air-flow heating generator component 10 is from heating container bottom
Portion flows through heating container side, passes through heating container top and is discharged to the outside, forms 360 ° of three-dimensional heatings.
3rd embodiment（Referring to Fig. 1-Fig. 3, Figure 11）
The oven of air-flow, main body include bodice 8, food container 4, heating container 2, oil-collecting device, air-flow heating generator
Component (0, it is characterized in that one is used to support food container 4, heating container 2, oil-collecting device and accommodates air-flow heating generator group
The bodice 8 of part 10；
One for containing the food container 4 that food is heated evenly by food, the setting of food container 4 opening and air hole use
It is flowed inside and outside food container 4 in keeping hot-fluid；
One for allowing the heating container 2 that food is heated evenly from the bottom to top, heating 2 upper and lower through-hole of container perforation to heat
The lower part setting air inlet or air inlet hole 3 of container 2, heating container 2 are connected with the perforation of air-flow heating generator component 10；
One oil-collecting device for collecting excess oil, oil-collecting device is at least one to be arranged in the lower part of heating container 2,
Or at least one lower part being arranged in air inlet or air inlet hole 3 of oil-collecting device；
One, for the air-flow heating generator component 10 to heating of blowing in heating container 2, causes to heat production in container 2
The micro-pressure heating cavity 22 of a raw opposing seal.
The lower part of the heating container 2 is provided with the air-flow heating generator component 10 for penetrating through and connecting with it；
Air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid along the food container 4 and heating
Erect or tilt upward from the bottom to top one-way flow in gap between container 2；
Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least a part of hot-fluid is held along the food
Erect or tilt upward from the bottom to top one-way flow in gap between device 4 and upper cover 21；
Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least by a part of hot-fluid along food container 4 outside
One-way flow is erect or is tilted upward from the bottom to top in portion's flowing to food；
Alternatively, the air-flow heating generator component 10 generates hot-fluid, at least a part of hot-fluid is flowed along outside food
It is dynamic food to be erect or tilted upward from the bottom to top one-way flow；
It heats 2 opening of container and oil-collecting device is set.
It heats and the second oil-collecting device 11 is set at the top feed openings of container 2；
Alternatively, the first oil-collecting device 31 is arranged at heating 2 lower openings of container；
Alternatively, the first oil-collecting device 31 respectively is arranged in the top feed openings of heating container 2 and lower openings lower part simultaneously
With the second oil-collecting device 11；
Air inlet or air inlet hole 3 are set on first oil-collecting device 31, and air inlet or air inlet hole 3 will heat air-flow and be oriented to
2 inner wall of container is heated, erects or be formed slopely from the bottom to top ascending air in food periphery or the heating flowing of food container periphery；
Alternatively, air inlet or air inlet hole 3, air inlet or air inlet hole 3 are arranged on first oil-collecting device 31 will heat gas
Conductance is to heating 2 inner wall of container, and swirling eddy is flowed in food periphery or the heating of food container periphery from the bottom to top for formation one；
Alternatively, 2 lower part of the heating container setting air inlet or air inlet hole 3, air inlet or air inlet hole 3 are led air-flow is heated
To heating 2 inner wall of container, ascending air is erect or is formed slopely from the bottom to top in food periphery or food container periphery heating stream
It is dynamic；
Alternatively, 2 lower part of the heating container setting air inlet or air inlet hole 3, air inlet or air inlet hole 3 are led air-flow is heated
To heating 2 inner wall of container, swirling eddy is flowed in food periphery or the heating of food container periphery from the bottom to top for formation one；
Heat the micro-pressure heating that 2 inner wall of container, 21 lower wall of upper cover and the first oil-collecting device 31 form an opposing seal
Cavity 22；
Micro-pressure heating cavity 22 is at least connected with an air inlet perforation；
Alternatively, micro-pressure heating cavity 22 at least through an air outlet or at least through an exhaust vent or at least through
One outlet air gap is connected with external perforation；
Alternatively, micro-pressure heating cavity 22 at least connects with an air inlet and an air outlet or an exhaust vent perforation
It connects.
Air-flow heating generator component 10 with it is big with control assembly be electrically connected；The setting of first oil-collecting device 31 is being heated
The lower part of container 2 or the lower part of air inlet, the first oil-collecting device 31 will heat the decline Grease Collection of 2 inner wall of container；First connects
31 inner wall of oily device connects with the smooth connection of heating 2 inner wall of container or the first oil-collecting device 31 with the socket of heating container 2 or first
Oily device 31 is open and heating 2 open butt joint of container；
First oil-collecting device 31 is fixedly connected with heating 2 main body of container or the first oil-collecting device 31 and heating 2 main body of container
Separation connection is socketed in exterior bottom or the top of heating 2 main body of container by oily device；
Trepanning is set in the main body of the food container 4, and top setting opening, handle 41, handle 41 is arranged in opening side
It is arranged in the outside of main body, the inside of handle 41 is arranged air-flow gear 42 by hot-fluid deflecting, avoids the main body of handle 41 by blanching
Wound；
Handle 41 and the handle zoarium of upper cover on the food container 4 are conveniently taken out, and food in food container 4 is rocked
Displacement, which reheats, causes food to be heated evenly.
Air-flow oven is from top to bottom arranged upper cover 21, shell 1, heating container 2, air inlet or air inlet hole 3, first connects oily dress
31, bodice 8 is set, alternatively, air-flow oven is from top to bottom arranged upper cover 21, heating container 2, air inlet or air inlet hole 3, first connects oil
Device 31, bodice 8, about 2 container of heating open it is detachably connectable with bodice, heat container 2 upper and lower end at least one end be arranged to
The positioning surface of interior bending heats container alternatively, the step positioning region of inside bending is arranged in 2 upper and lower end of heating container at least one end
2 be temperature-resistant material, starts setting up into metal or high temp glass or high temperature plastics, the cross section annular for heating container 2.
Air-flow oven is heated by upper cover 21, heating container 2, air inlet or air inlet hole 3, the first oil-collecting device 31, air-flow
Generator assembly 10 is combined into a micro-pressure heating cavity 22, and the intake velocity of the micro-pressure heating cavity 22 is more than minute-pressure
Power heating cavity 22 goes out wind velocity, forces gap flowing heating of the hot-fluid between food.
It heats 2 top of container and feed openings is set, air inlet or air inlet hole 3 is arranged in lower part；
Or feed openings, lower part setting air inlet opening are arranged in 2 top of heating container, heating 2 upper and lower opening of container is set
It sets；It heats the air inlet of 2 lower part of container or hot-fluid is forced to be flowed to heart shaped for air inlet hole 3 or shape flows radially outward；
Food container is set on the inside of feed openings, and food container is suspended in heating container 2, hangs on heating container 2
Upper opening side or food container are arranged on 2 inner wall of heating container of opposing seal, are located at the heating container 2 of opposing seal
It is abutted on side wall or bottom wall.
First oil-collecting device 31 heats adding for container 2, upper cover, air inlet or one opposing seal of composition of air inlet hole 3
Heat container 2；
Or first oil-collecting device 31, heating container 2, air outlet, air inlet or air inlet hole 3 form an opposing seal
Heating container 2；
Or first oil-collecting device 31, heating container 2, food container, air inlet or the composition of air inlet hole 3 one are relatively close
The heating container 2 of envelope；
Or the heating container 2, upper cover, air inlet or air inlet hole 3 form the heating container 2 of an opposing seal.
Second oil-collecting device, 11 annular setting is in 1 top of shell or heating 2 upper opening portion of container；
Or 31 annular of the first oil-collecting device or dish type are arranged in the lower part or bottom of heating container 2；
High inside and outside second oil-collecting device, 11 ring device cross section, middle part is low, forms an annular groove or part
Groove 110；
First oil-collecting device, 31 dish type oil-collecting device, cross section central raised 32, periphery raises up, 33 middle parts and peripheral shape
At an annular groove or partial groove 34；
Or 31 ring device of the first oil-collecting device, cross section is central raised, and periphery raises up, and middle part is formed with periphery
One annular groove or partial groove 34；
First oil-collecting device 31 is socketed or docks with into tuyere 9；
Into 9 front end of tuyere, steering air channel 5, at least 70 degree settings of steering angle of steering air channel 5, steering angle at least one are set
It is a；
It is higher than the open lower end oil removal fat of air inlet or air inlet hole 3 into the outlet air end of tuyere 9；
The lower part of air inlet or air inlet hole 3 can also be arranged third oil-collecting device 35, and the setting of third oil-collecting device 35 is the
One oil-collecting device, 31 lower part；
Juice opening 36 can be arranged in first oil-collecting device, 31 side, and third oil-collecting device 37 is arranged in 36 lower part of juice opening；
Or juice opening 36 can be arranged in 35 side of the second oil-collecting device, third oil-collecting device 37 is arranged in 36 lower part of juice opening；
The open lower end of air inlet or air inlet hole 3 is higher than the bottom of third oil-collecting device 35.
Air-flow heating generator component 10 includes motor 55 and its fan blade 56, and fan blade 56 is sheathed on the motor shaft of motor 55
On, and be sequentially connected therewith；Air-flow heating generator component 10 is laterally or longitudinally arranged in bodice 8, air-flow heating generator
The position that component 10 corresponds to motor 55 is equipped with fan main body 101, which is fixedly arranged on 101 one end of fan main body, and heater 6 is solid
Set on 101 other end of fan main body；
Air-flow heating generator component 10 includes air supply duct 5, and air supply duct 5 is turned to be penetrated through with into tuyere 9, the wind pipeline
5 or it is located at the lower section of heating container 2 into tuyere 9, heats container 2 and into being provided with the first oil-collecting device 31 between tuyere 9；
First oil-collecting device, 31 lower part or side are socketed or dock with into tuyere 9；First oil-collecting device, 31 open-mouth ruler
The very little external dimensions for being more than heating container 2 and being open；
Heater 6 is heating wire or heat-generating pipe or PTC heater.
One or the air inlet or air inlet hole 3 is at least arranged in air inlet or air inlet hole 3, and at least more than one is combined into one
A annular or fan-shaped or radiation air inlet or air inlet hole 3；
The opening of air inlet or air inlet hole 3 outwardly or inwardly regular array；The opening of the air inlet or air inlet hole 3 is inside
Or irregular arrangement outward；
Air inlet docks perforation connection or air inlet and enter the wind muzzle with into tuyere connects perforation connection；
It is arranged into tuyere end in the close connection in the inside of air inlet or periphery；
Air inlet 102 is arranged in 10 front end of air-flow heating generator component, and air inlet 102 is penetrated through with external.
It is connected into tuyere front end and the perforation of flow generator end；
Flow generator at least sucks a part of extraneous air, changes hot-fluid by wind turbine, heat generating member and enters heating
In container 2；
Or the flow generator at least by shell 1 and heating container 2 between a part of air suck, by wind turbine,
Heat generating member changes hot-fluid into and enters in heating container 2；
2 periphery of heating container or oil-collecting device are fixedly connected by 1 top side of shell or opening；
Heating container 2 is clamped between main body by shell 1 to be positioned；
Shell 1 is arranged to the transparent body or 1 local setting of shell into visual window 1.1；
Heating container 2 is the transparent body, when heat foods outside can watch the heated condition of food；
Or the shell 1 or heating container 2 are the transparent body or local visual window, when heat foods outside can pass through bilayer
The transparent body watches the heated condition of food.
Shell 1 connects or separates socket with the locking of 8 separate type of bodice or separate type is docked；
The heating container 2, shell 1, the first oil-collecting device 31, food container, upper cover 21 are connect with 8 separate type of bodice,
It takes cleaning after instant food heating；
The shell 1 and heating container 2 can be wholely set；
Cavity 111 is set between the shell 1 and heating container 2；
Or cavities open is set between the shell 1 and heating container 2.
21 middle part setting air outlet of upper cover or exhaust vent, force hot-fluid to be flowed along 21 lower wall of upper cover, prolong to the top of food
Shi Jiare；
The inner wall extended downwardly is set in the upper cover 21, the inner wall setting air outlet or exhaust vent extended downwardly, at least
It forces a part of hot-fluid to flow from top to bottom, the top of food is heated, to complete hot-fluid to food container base to food
Container side now arrives 360 ° of three-dimensional heatings at the top of food container.
Fourth embodiment（Referring to Fig. 4-Fig. 6）
The oven of this air-flow is different from being in place of first embodiment：It heats container 2 using single layer to be arranged, hot-fluid rotation
Turn to rise.
Other not described same first embodiments in part, here no longer analytic explanation.
5th embodiment（Referring to Fig. 7）
The oven of this air-flow is different from being in place of first embodiment：It heats container 2 using single layer to be arranged, air inlet
Or the centripetal direction of air inlet hole, the rotation of hot-fluid centripetal flow rise.
Other not described same first embodiments in part, here no longer analytic explanation.
Sixth embodiment（Referring to Fig. 8-Figure 10, Figure 12）
The oven of this air-flow is different from being in place of first embodiment：Heat 2 bottom of container setting one, air inlet
Or air inlet hole and oil-collecting device, while juice opening is set（36）, air inlet or the centripetal direction of air inlet hole, hot-fluid centripetal flow rotate
Rise.
Other not described same first embodiments in part, here no longer analytic explanation.
The basic principles and main features of the utility model have been shown and described in the above-mentioned preferred embodiment for the utility model
And the advantages of the utility model.Those skilled in the art should be recognized that the present utility model is not limited to the above embodiments, on
It states and only illustrates the principles of the present invention described in embodiment and specification, do not departing from the spirit and scope of the utility model
Under the premise of the utility model also has various changes and improvements, it is new that these changes and improvements both fall within this claimed practicality
Within the scope of type.The utility model requires protection scope is defined by appended claims and its equivalent.
Claims (10)
1. the oven of air-flow, main body includes bodice（8）, heating container（2）, exhaust part（212）, air-flow heating generator component
(10), it is characterized in that the heating container（2）Upper and lower perforation setting, heats container（2）Lower part setting air inlet or air inlet hole
（3）It penetrates through and connects with air-flow heating generator component (10)；
The air-flow heating generator component (10) generates hot-fluid in heating container（2）Inside flow from the bottom to top；
The heating container（2）Upper cover is arranged in top（21）, upper cover（21）Upper setting exhaust part（212）, exhaust part（212）At least
It is arranged to an exhaust pipe, exhaust part（212）It is flexibly connected with upper cover.
2. the oven of air-flow according to claim 1, it is characterized in that the exhaust part（212）It is movably arranged on upper cover（21）
On trepanning（230）It inside moves up and down, exhaust part（212）It is arranged up and down, exhaust part（212）Upper dimension is more than upper cover
Trepanning（230）Lower dimension；Alternatively, downtake pipe（232）Lower dimension is less than the trepanning of upper cover（230）Lower dimension.
3. the oven of air-flow according to claim 1, it is characterized in that the exhaust part（212）By ventilating cover（231）With
One exhaust pipe（232）Composition；Alternatively, the exhaust part（212）By ventilating cover（231）, filter screen（237）And downtake pipe
（232）Composition；Alternatively, the exhaust part（212）It is independently arranged into downtake pipe（232）；Alternatively, the exhaust part（212）
By ventilating cover（231）, downtake pipe（232）, second exhaust pipe（233）Composition；Exhaust part（212）Exhaust entrance is arranged in lower part
(23), exhaust part（212）Air exit is arranged in top（235）Or exhaust is portalled（236）.
4. the oven of air-flow according to claim 1, it is characterized in that the exhaust part（212）Setting is in heating container（2）
The top of opening, downtake pipe（232）Or exhaust part（212）Exhaust entrance (23) with heating container（2）The height of interior food,
It is low and be raised and lowered；Exhaust entrance (23) bottom is movably arranged on the top of food there are intermittently, forces hot-fluid along upper cover
（21）Lower wall flows, and is delayed and heats to the top of food；
The inner wall extended downwardly is set on the exhaust part (212), the inner wall extended downwardly is arranged to downtake pipe（232）,
It at least forces a part of hot-fluid to flow from top to bottom and enters downtake pipe along exhaust entrance (23)（232）Inside passes through exhaust
Outlet（235）Or exhaust is portalled（236）To outside.
5. the oven of air-flow according to claim 1, it is characterized in that the upper cover（21）Upper setting trepanning（230）, alternatively,
The upper cover（21）Upper setting trepanning（230）, air exit（235）Or exhaust is portalled（236）, alternatively, the upper cover（21）On
Trepanning is set（230）, air exit（235）Or exhaust is portalled（236）And filter screen（237）；Trepanning（230）Inside setting first
Exhaust pipe（232）；
Downtake pipe（232）With trepanning（230）Pivot bush unit moves up and down.
6. the oven of air-flow according to claim 1, it is characterized in that the air-flow heating generator component (10) generates heat
Stream causes to heat container（2）The lower part of internal food or air hole interlayer（44）Lower part or air hole bottom case lower part with connect
Between oily device or and bodice（8）Between or with air inlet or air inlet hole（3）Between generate micro-pressure heating shunting cavity
（22）；
At least by a part of hot-fluid along the heating container（2）Gap between the food of lower part shunts orderly or nothing from the bottom to top
The upward one-way flow of sequence；Alternatively, the air-flow heating generator component (10) generates hot-fluid, at least by a part of hot-fluid along saturating
Stomata interlayer or air hole bottom case（44）On hole or mesh shunting be orderly from the bottom to top or unordered upward one-way flow；
Alternatively, the air-flow heating generator component (10) generates hot-fluid, at least by a part of hot-fluid along the upper cover（21）
On exhaust pipe unidirectionally flow to outside from the bottom to top；
Alternatively, the air-flow heating generator component (10) generates hot-fluid, at least by a part of hot-fluid by the outside of exhaust pipe to interior
External one-way flow is arrived in side again；
Alternatively, micro-pressure heating shunting cavity（22）It is at least through an air outlet or at least through an exhaust vent or at least logical
An outlet air gap is crossed to connect with external perforation；
Alternatively, micro-pressure heating shunting cavity（22）At least with an air inlet or air inlet hole（3）Connect with an air outlet perforation
It connects.
7. the oven of air-flow according to claim 6, it is characterized in that the oil-collecting device be independently arranged or oil-collecting device with
Bodice be wholely set or oil-collecting device with heating container（2）It is wholely set；
The first oil-collecting device is at least arranged in the oil-collecting device（31）, the first oil-collecting device（31）Setting is in heating container（2）'s
Lower part or the lower part of air inlet；
First oil-collecting device of the oil-collecting device（31）Annular or dish type setting are in heating container（2）Lower part or bottom.
8. the oven of air-flow according to claim 1, it is characterized in that the air inlet or air inlet hole（3）Side be arranged into
Tuyere（9）, into tuyere（9）Steering air channel is arranged in front end（5）, steering angle is at least one；
Into tuyere（9）Outlet air opening be greater than or equal to or be less than air inlet or air inlet hole（3）Open lower end oil removal fat；Air inlet
Mouth（9）With air inlet or air inlet hole（3）Between gap is set；
The heating container（2）Feed openings, the air hole interlayer or air hole bottom case of lower part setting air inlet is arranged in top（44）；
The air hole interlayer or air hole bottom case（44）With heating container（2）It is wholely set or separately positioned；Micro-pressure heating shunting
Cavity（22）Opposing seal is arranged.
9. the oven of air-flow according to claim 1, it is characterized in that the air-flow heating generator component (10) is at least wrapped
Include supply air duct（5）, supply air duct（5）Turn into tuyere（9）Perforation, the wind air duct（5）Or into tuyere（9）Hold positioned at heating
Device（2）Lower section, heat container（2）With into tuyere（9）Between be provided with the first oil-collecting device（31）.
10. the oven of air-flow according to claim 1, it is characterized in that the air inlet or air inlet hole（3）At least it is arranged one
A or described air inlet or air inlet hole（3）At least more than one be combined into an annular or sector to heart shaped radiation or to
The air inlet or air inlet hole of outer radiation（3）；
Annular or fan-shaped or to the heart shaped radiation or radially outward air inlet or air inlet hole of shape（3）With air hole interlayer（44）It is horizontal
To or be arranged in parallel；
The air inlet docks perforation connection or air inlet and enter the wind muzzle with into tuyere connects perforation connection；
Air inlet is arranged in air-flow heating generator component (10) front end（102）, air inlet（102）It is penetrated through with outside；
The air-flow heating generator component (10) includes motor（55）And its fan blade（56）, fan blade（56）It is sheathed on motor（55）
Motor shaft on, and be sequentially connected therewith；Air-flow heating generator component (10) is laterally or longitudinally arranged in bodice（8）It is interior, gas
It flows heating generator component (10) and corresponds to motor（55）Position be equipped with fan main body（101）, the motor（55）It is fixedly arranged on wind turbine
Main body（101）One end, heater（6）It is fixedly arranged on fan main body（101）The other end.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016205676890 | 2016-06-14 | ||
| CN201620567689 | 2016-06-14 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207613657U true CN207613657U (en) | 2018-07-17 |
Family
ID=59451122
Family Applications (6)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710406454.2A Pending CN107198463A (en) | 2016-06-14 | 2017-06-02 | With the heating food principle and its application method of air-flow oven |
| CN201710406453.8A Pending CN107115032A (en) | 2016-06-14 | 2017-06-02 | The oven of air-flow |
| CN201720630243.2U Expired - Fee Related CN207613657U (en) | 2016-06-14 | 2017-06-02 | The oven of air-flow |
| CN201710406443.4A Pending CN107007162A (en) | 2016-06-14 | 2017-06-02 | Use air-flow oven |
| CN201720630246.6U Expired - Fee Related CN207804079U (en) | 2016-06-14 | 2017-06-02 | With air-flow oven |
| CN201710406483.9A Pending CN107028509A (en) | 2016-06-14 | 2017-06-02 | The oven operation principle of air-flow |
Family Applications Before (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710406454.2A Pending CN107198463A (en) | 2016-06-14 | 2017-06-02 | With the heating food principle and its application method of air-flow oven |
| CN201710406453.8A Pending CN107115032A (en) | 2016-06-14 | 2017-06-02 | The oven of air-flow |
Family Applications After (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710406443.4A Pending CN107007162A (en) | 2016-06-14 | 2017-06-02 | Use air-flow oven |
| CN201720630246.6U Expired - Fee Related CN207804079U (en) | 2016-06-14 | 2017-06-02 | With air-flow oven |
| CN201710406483.9A Pending CN107028509A (en) | 2016-06-14 | 2017-06-02 | The oven operation principle of air-flow |
Country Status (1)
| Country | Link |
|---|---|
| CN (6) | CN107198463A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107115032A (en) * | 2016-06-14 | 2017-09-01 | 张毅蔚 | The oven of air-flow |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107822524B (en) * | 2017-11-10 | 2024-06-07 | 宁波嘉乐智能科技股份有限公司 | Steam air fryer |
| CN108784401A (en) * | 2018-05-30 | 2018-11-13 | 宁波市嘉乐电器有限公司 | A kind of novel air fryer |
| CN108577581A (en) * | 2018-06-21 | 2018-09-28 | 深圳市明翔电器有限公司 | A kind of air fryer of homogeneous heating |
| CN109464033B (en) * | 2018-10-23 | 2020-07-24 | 瑞安市捷达机械制造有限公司 | Food baking machine |
| CN112741504B (en) * | 2019-10-30 | 2022-03-18 | 宁波方太厨具有限公司 | Oven with drying function |
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| CA1300448C (en) * | 1987-08-04 | 1992-05-12 | Jean-Pierre Patenaude | Barbecue device |
| US6173506B1 (en) * | 1999-04-29 | 2001-01-16 | Premark Wb Holdings, Inc. | Roaster |
| US6198076B1 (en) * | 1999-11-17 | 2001-03-06 | National Presto Industries, Inc. | Convection oven |
| US20050223906A1 (en) * | 2004-04-12 | 2005-10-13 | Zhaoxia Xu | Stir-frying Apparatus with Overhead Heating Device |
| KR20100012974U (en) * | 2009-06-22 | 2010-12-30 | 주식회사 중원 | roaster |
| KR100931277B1 (en) * | 2009-07-14 | 2009-12-09 | 서선자 | Direct flame cooking apparatus |
| RU2567222C2 (en) * | 2010-09-10 | 2015-11-10 | Конинклейке Филипс Электроникс Н.В. | Food preparation device |
| CN202154560U (en) * | 2011-05-17 | 2012-03-07 | 鹤山市众森科技有限公司 | Light wave furnace |
| CN102499590A (en) * | 2011-12-05 | 2012-06-20 | 广东新宝电器股份有限公司 | Air duct type frying pan |
| CN102793478B (en) * | 2012-09-03 | 2014-07-02 | 周林斌 | Inertial pushing device |
| US9618213B2 (en) * | 2012-11-21 | 2017-04-11 | Manitowoc Foodservice Companies, Llc | Cooking oven and method with removable air diffuser |
| JP2014108205A (en) * | 2012-11-30 | 2014-06-12 | Sharp Corp | Heating cooker |
| KR101444863B1 (en) * | 2013-03-05 | 2014-09-26 | 주식회사 모닝아트 | A Electronic Roaster |
| ITMI20130687A1 (en) * | 2013-04-24 | 2014-10-25 | De Longhi Appliances Srl | MACHINE FOR COOKING. |
| KR101485918B1 (en) * | 2013-04-30 | 2015-01-26 | 동부대우전자 주식회사 | Cooking container for electronic cooker |
| CN203723962U (en) * | 2013-11-26 | 2014-07-23 | 吴雨润 | Urn baking structure |
| CN103750755A (en) * | 2014-02-14 | 2014-04-30 | 周林斌 | Oven with detachable upper cover and use method thereof |
| CN204839220U (en) * | 2015-07-24 | 2015-12-09 | 浙江绍兴苏泊尔生活电器有限公司 | oil-free air fryer |
| CN105078276A (en) * | 2015-09-15 | 2015-11-25 | 周明敏 | Barbecue stove |
| CN107198463A (en) * | 2016-06-14 | 2017-09-26 | 张毅蔚 | With the heating food principle and its application method of air-flow oven |
-
2017
- 2017-06-02 CN CN201710406454.2A patent/CN107198463A/en active Pending
- 2017-06-02 CN CN201710406453.8A patent/CN107115032A/en active Pending
- 2017-06-02 CN CN201720630243.2U patent/CN207613657U/en not_active Expired - Fee Related
- 2017-06-02 CN CN201710406443.4A patent/CN107007162A/en active Pending
- 2017-06-02 CN CN201720630246.6U patent/CN207804079U/en not_active Expired - Fee Related
- 2017-06-02 CN CN201710406483.9A patent/CN107028509A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107115032A (en) * | 2016-06-14 | 2017-09-01 | 张毅蔚 | The oven of air-flow |
Also Published As
| Publication number | Publication date |
|---|---|
| CN207804079U (en) | 2018-09-04 |
| CN107028509A (en) | 2017-08-11 |
| CN107007162A (en) | 2017-08-04 |
| CN107115032A (en) | 2017-09-01 |
| CN107198463A (en) | 2017-09-26 |
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