CN205947676U - Radial air current oven - Google Patents
Radial air current oven Download PDFInfo
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- CN205947676U CN205947676U CN201620567658.5U CN201620567658U CN205947676U CN 205947676 U CN205947676 U CN 205947676U CN 201620567658 U CN201620567658 U CN 201620567658U CN 205947676 U CN205947676 U CN 205947676U
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Abstract
Radial air current oven, the main part includes big body, heating container, oil receiving device, air current heating generator subassembly, one characterized by is used for the big body that supports heating container, oil receiving device and hold air current heating generator subassembly (10), an air current heating generator subassembly that is used for for the heating of blowing in the heating container causes minute -pressure power heating cavity sealed relatively of the interior production of heating container, the radial flow of thermal current is forced to the air intake or the fresh air inlet of heating container lower part, an oil receiving device who is used for collecting unnecessary grease includes an oil receiving device at least, and at least one sets up oil receiving device in heating container's lower part, or oil receiving device at least one set up in the lower part of air intake or fresh air inlet, or set up an air intake or fresh air inlet on the oil receiving device at least, the purpose of the utility model is to provide an aim at providing that a simple structure is reasonable, convenient operation, durable, the automatic radial air current oven who connects oil, dependable performance, realize air heating connect oil the separation is washd.
Description
Technical field
The present invention relates to radial air-flow oven, particularly to radial air-flow oven.
Background technology
Chinese patent literature CN209880Y discloses a kind of Roaster on December 13rd, 2000, and it includes：Shell
(1), interior pot, electrothermal tube and fan, is characterized in that：Shell (1) top is opening-like, and is provided with lid on；Interior pot is located at shell
(1), in, electrothermal tube is fixed on inside interior pot, and fan is connected with fan motor；In the one protection disk being available for air circulation is fixed on
Pot is internal；Protection disk is located above electrothermal tube and fan；One netted pot is placed on this protection disk.For baked goods.
It is said that fan is arranged inside interior pot, fan be located at internal between electrothermal tube, fan motor located at 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 protection disk offers hole
Hole, fan produces interior circulation stirring air, and profit can be flowed into generation oil smoke on electrothermal tube and cause food pollution spoiled and empty
Gas pollutes, therefore, it is necessary to be further improved and perfect.
Content of the invention
The purpose of the present invention aim to provide a kind of simple and reasonable, easy to operate, durable in use, automatically connect oil, performance
Reliably radial air-flow oven, this radial air-flow oven is capable of air and heats-connect oil-separation cleaning, existing to overcome
There is the weak point in technology.
By the radial air-flow oven of this purpose design, main body includes bodice, heating container, oil-collecting device, air-flow heating
Generator assembly, it is characterized in that one for support heating container, oil-collecting device and receiving air-flow heating generator assembly big
Body；
One is used for, to the air-flow heating generator assembly of heating of blowing in heating container, causing in heating container and producing one
The micro-pressure heating cavity of individual opposing seal；
The air inlet of described heating lower vessel portion or fresh air inlet force the radial flowing of hot-fluid；
One is used for collecting the oil-collecting device of excess oil, at least includes an oil-collecting device, oil-collecting device at least one
Be arranged on the bottom of heating container, or oil-collecting device at least one be arranged on the bottom of air inlet or fresh air inlet, or oil-collecting device
On at least provided with an air inlet or fresh air inlet.
High in the middle part of first oil-collecting device of described oil-collecting device, it is low that surrounding connects oil level；Or first in the middle part of oil-collecting device with four
Week is contour；
Described air inlet or fresh air inlet are arranged on the central raised side wall of the first oil-collecting device or on top；
Or described air inlet or fresh air inlet are vacantly arranged on top or sidepiece or the upper lateral part of the first oil-collecting device；
Setting wind deflector or shunting muscle or brace rod, wind deflector or shunting on the unit of described air inlet or fresh air inlet side
Air inlet or fresh air inlet are separated permutation and combination by muscle or brace rod；
Described air inlet or fresh air inlet are supported by wind deflector or shunting muscle or brace rod and connect, or described air inlet or air intake
Hole upper and lower end is connected hanging annular opening by support member；
Described air inlet or fresh air inlet are circularized out with wind deflector or shunting muscle or the spaced combined cross section of brace rod
Wind side wall；Wind deflector or shunting muscle or brace rod and the setting of annular air side wall angle, wind deflector or shunting muscle or brace rod are horizontal
Section is in bar shaped or stairstepping or L-shaped or Z-shaped, and wind deflector or shunting muscle or brace rod slope inwardly, or wind deflector or shunting muscle
Or brace rod is outward-dipping, or wind deflector or shunting muscle or brace rod ring-shaped combination are in the side of air inlet or fresh air inlet；
Described air-flow heating generator assembly produces hot-fluid, by hot-fluid along wind deflector or shunting muscle or brace rod by
Shape is injected into heating in container the heart radially outward.
Described air-flow heating generator assembly with big with control assembly electrically connect；Arrange at heating lower vessel portion opening
First oil-collecting device；
First oil-collecting device is arranged on the heating bottom of container or the bottom of air inlet, by the decline oil of heating container inner wall
Fat is collected；
Described first oil-collecting device inwall and the heating smooth connection of container inner wall, or the first oil-collecting device and heating container set
Connect, or the first oil-collecting device opening is docked with heat container finish；
Described first oil-collecting device is fixedly connected with heating container body, or the first oil-collecting device is divided with heating container body
From connection, the first oil-collecting device is socketed in the exterior bottom of heating container body；
Setting air inlet or fresh air inlet on described first oil-collecting device, air inlet or fresh air inlet will heat air-flow guiding heating
Container inner wall, erects or is formed slopely ascending air from the bottom to top in food periphery heating flowing；
Or, described first oil-collecting device arranges air inlet or fresh air inlet, air inlet or fresh air inlet are led heating air-flow
To heating container inner wall, swirling eddy flows in food periphery heating from the bottom to top for formation one；
Or, described heating lower vessel portion arranges air inlet or fresh air inlet, and air inlet or fresh air inlet will heat air-flow guiding
Heating container inner wall, erects or is formed slopely ascending air from the bottom to top in food periphery heating flowing；
Or, described heating lower vessel portion arranges air inlet or fresh air inlet, and air inlet or fresh air inlet will heat air-flow guiding
Heating container inner wall, swirling eddy flows in food periphery heating from the bottom to top for formation one；
Described heating container inner wall, upper lid lower wall and the first oil-collecting device form the micro-pressure heating chamber of an opposing seal
Body；
Micro-pressure heating cavity is at least connected with an air inlet insertion；
Or, micro-pressure heating cavity is at least through an air outlet or at least through an exhaust vent or at least through one
Individual air-out gap is connected with outside insertion；
Or, micro-pressure heating cavity is at least connected with an air inlet and an air outlet or an exhaust vent insertion.
Described heating upper vessel portion setting feed openings, bottom setting air inlet or fresh air inlet；
Or described heating upper vessel portion setting feed openings, bottom arrange air intake opening, heating container upper and lower opening set
Put；
The heating that described first oil-collecting device, heating container, Shang Gai, air inlet or fresh air inlet form an opposing seal is held
Device；
Or described first oil-collecting device, heating container, air outlet, air inlet or fresh air inlet form an opposing seal plus
Heat container；
Or described first oil-collecting device, heating container, air inlet or fresh air inlet form the heating container of an opposing seal；
Or described heating container, Shang Gai, air inlet or fresh air inlet form the heating container of an opposing seal；
Or described upper lid, heating container, air inlet or fresh air inlet, the first oil-collecting device, air-flow heating generator assembly group
One micro-pressure heating cavity of synthesis, what the intake velocity of described micro-pressure heating cavity was more than micro-pressure heating cavity goes out wind speed
Degree, forces gap flowing heating between food for the hot-fluid.
Described first oil-collecting device annular or dish type are arranged on the bottom heating container or bottom；
Described first oil-collecting device disk-like means, periphery raises up, and middle part forms concave surface；The top setting of the first oil-collecting device
Air inlet or fresh air inlet；
Described first oil-collecting device is connect with air intake muzzle or docks；
Described enter tuyere front end setting steering air channel, the steering angle of steering air channel at least spends setting, steering angle at least
Individual；
Described enter tuyere outlet air end be higher than air inlet or fresh air inlet open lower end oil removal fat.
Described air-flow heating generator assembly includes motor and its fan blade, blade sleeve on the motor shaft of motor, and with
Be in transmission connection；Air-flow heating generator assembly is laterally or longitudinally arranged in bodice, the corresponding electricity of air-flow heating generator assembly
The position of machine is provided with fan main body, and this motor is fixedly arranged on fan main body one end, and heater is fixedly arranged on the fan main body other end；
Described air-flow heating generator assembly includes air supply duct, and air supply duct turns to and enters tuyere insertion, this wind pipeline
Or enter the lower section that tuyere is located at heating container, heat container and enter between tuyere, to be provided with the first oil-collecting device；
Described first oil-collecting device bottom or sidepiece are connect with air intake muzzle or dock；
Described first oil-collecting device opening size is more than the external dimensions of heat container finish；
Described heater is heating wire or heat-generating pipe or PTC heater.
Described air inlet or fresh air inlet at least provided with one, or described air inlet or fresh air inlet at least more than one be combined into
One center outwards annular or center outwards sector or center outside vortex type air inlet or fresh air inlet；
The inside regular array of opening of described air inlet or fresh air inlet, or the opening of described air inlet or fresh air inlet is inwardly not
Regular array；
Described air inlet is connected with entering tuyere docking insertion, or air inlet connects insertion with air intake muzzle and is connected；
Described enter tuyere end be arranged on the inner side of air inlet or periphery closely connects；
Described air-flow heating generator assembly front end arranges air inlet, air inlet and outside insertion.
Described enter tuyere front end be connected with the insertion of flow generator end；
Described flow generator sucks to a part of extraneous air of major general, changes hot-fluid into by blower fan, heat generating member and enters
In heating container；
Or described flow generator, to a part of air suction of space openings between major general's shell and heating container, passes through
Blower fan, heat generating member change hot-fluid into and enter in heating container；
Container is peripheral or the first oil-collecting device is fixedly connected by heating for described shell upper side or opening；
Described shell is clamped in positioning between main body by heating container；
Described shell is arranged to the transparent body, or shell local is arranged to visual window；
Described heating container is the transparent body, during heat foods outside can watch the heated condition of food；
Or described shell or heating container are the transparent body or local visual window, during heat foods outside can by double-deck thoroughly
Phaneroplasm watches the heated condition of food.
Described shell is locked with bodice separate type and connects or separate socket or separate type docking；
Described heating container, shell, the first oil-collecting device, upper lid are connected with bodice separate type, take after instant food heating
Take cleaning；
Described shell and heating container can be wholely set；
Between described shell and heating container, cavity is set；
Or between described shell and heating container, cavities open is set.
The bottom of described heating container is provided with the air-flow heating generator assembly being connected with its insertion；
Described air-flow heating generator assembly produces hot-fluid, to a part of hot-fluid of major general along described heating container inner wall by
Under supreme erect or tilt upward one-way flow；
Or, described air-flow heating generator assembly produces hot-fluid, to a part of hot-fluid of major general along described heating container
Gap and upper lid between is erect from the bottom to top or is tilted upward one-way flow；
Or, described air-flow heating generator assembly produces hot-fluid, to a part of hot-fluid of major general along heating external container
Flowing is erect from the bottom to top to food or is tilted upward one-way flow；
Or, described air-flow heating generator assembly produces hot-fluid, to a part of hot-fluid of major general along food flows outside
Food is erect from the bottom to top or is tilted upward one-way flow；
First oil-collecting device is set at described heat container finish, one be used for allowing food is heated evenly from the bottom to top plus
Heat container, heats container upper and lower through hole insertion, the bottom setting air inlet of heating container or fresh air inlet, heating container and air-flow
Heating generator assembly insertion connects；
Described upper lid middle part setting air outlet or exhaust vent, force hot-fluid to flow along upper lid lower wall, the top of food are prolonged
Shi Jiare；
The inwall that setting extends downwardly is covered, the inwall extending downwardly arranges air outlet or exhaust vent, at least by force on described
Compel a part of hot-fluid to flow from top to bottom, the top firing to food, thus completing hot-fluid to food bottom to food sidepiece, existing
To 360 ° of food top three-dimensional heating.
The present invention passes through oil-collecting device, so that oils and fatss during radial air-flow oven heating is separated with food with moisture content, will be many
Remaining oils and fatss and moisture content are collected conveniently to take and are outwelled, it is to avoid when air blows heating, oils and fatss and moisture content are blown to engine body exterior dirty
Dye work top, heating container, shell, oil-collecting device, food container, upper lid are connected with bodice separate type, and instant food heats
After take cleaning, so that above-mentioned operation can be circulated and carry out, substantially increase work efficiency and reduce cleaning operation difficulty.It has
Simple and reasonable, simple and reasonable, easy to operate, durable in use, easy to clean, dependable performance feature.
Brief description
Fig. 1 is that the hot-fluid of first embodiment of the invention erects flow profile assembling schematic diagram from the bottom to top.
Fig. 2 is the exploded perspective schematic diagram of first embodiment of the invention.
Fig. 3 is the hot-fluid section assembling schematic diagram of Sloped rotating flowing from the bottom to top of first embodiment of the invention.
Fig. 4 is the section assembling schematic diagram of second embodiment of the invention.
Fig. 5 heats the section assembling schematic diagram of container monolayer for second embodiment of the invention.
Fig. 6 is the section assembling schematic diagram of second embodiment of the invention hot-fluid rotary heating.
Fig. 7 first embodiment B-B` to wind deflector or shunting muscle or brace rod cross section be stepped air-flow radiation rotation
Schematic diagram.
Fig. 8 first embodiment B-B` to wind deflector or shunting muscle or brace rod cross section be in bar shaped air-flow radiation rotation show
It is intended to.
Fig. 9 first embodiment B-B` to wind deflector or shunting muscle or the L-shaped air-flow in brace rod cross section radiation rotation show
It is intended to.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiment the invention will be further described.
Referring to Fig. 1-9
Radial air-flow oven, main body includes bodice 8, heating container 2, oil-collecting device, air-flow heating generator assembly 10,
It is characterized in that one for support heating container 2, oil-collecting device and receiving air-flow heating generator assembly 10 bodice 8；
One is used for, to the air-flow heating generator assembly 10 of heating of blowing in heating container 2, causing in heating container 2 and producing
The micro-pressure heating cavity 22 of a raw opposing seal；
The air inlet of described heating container 2 bottom or fresh air inlet 3 force the radial flowing of hot-fluid；
One is used for collecting the oil-collecting device of excess oil, at least includes an oil-collecting device, oil-collecting device at least one
Be arranged on heating container 2 bottom, or oil-collecting device at least one be arranged on air inlet or the bottom of fresh air inlet 3, or connect oil dress
Put at least provided with an air inlet or fresh air inlet 3.
First oil-collecting device 31 middle part of described oil-collecting device is high, and it is low that surrounding connects oil level；Or first in the middle part of oil-collecting device 31
Contour with surrounding；
Described air inlet or fresh air inlet 3 are arranged on the central raised side wall of the first oil-collecting device 31 or on top；
Or described air inlet or fresh air inlet 3 are vacantly arranged on top or sidepiece or the upper lateral part of the first oil-collecting device 31；
Setting wind deflector or shunting muscle or brace rod 301 on the unit of described air inlet or fresh air inlet 3 side, wind deflector or
Air inlet or fresh air inlet are separated permutation and combination by shunting muscle or brace rod 301；
Described air inlet or fresh air inlet 3 are supported connection by wind deflector or shunting muscle or brace rod 301, or described air inlet or
Fresh air inlet 3 upper and lower end is connected hanging annular opening by support member 302；
Described air inlet or fresh air inlet are circularized with wind deflector or shunting muscle or the spaced combined cross section of brace rod 301
Air side wall；Wind deflector or shunting muscle or brace rod 301 and the setting of annular air side wall angle, wind deflector or shunting muscle or support
Muscle 301 cross section is in bar shaped or stairstepping or L-shaped or Z-shaped, and wind deflector or shunting muscle or brace rod 301 slope inwardly, or wind-guiding
Plate or shunting muscle or brace rod 301 outward-dipping, wind deflector or shunting muscle or brace rod 301 ring-shaped combination in air inlet or enter
The side of air holes；
Described air-flow heating generator assembly 10 produces hot-fluid, by hot-fluid along wind deflector or shunting muscle or brace rod 301
By center, shape is injected into heating in container 2 radially outward.
Described air-flow heating generator assembly 10 with big with control assembly electrically connect；At heating container 2 lower openings
First oil-collecting device 31 is set；
First oil-collecting device 31 is arranged on the heating bottom of container 2 or the bottom of air inlet, by under heating container 2 inwall
Fall Grease Collection；
Described first oil-collecting device 31 inwall and the heating smooth connection of container 2 inwall, or the first oil-collecting device 31 and heating
Container 2 is socketed, or the first oil-collecting device 31 opening and heating container 2 open butt joint；
Described first oil-collecting device 31 is fixedly connected with heating container 2 main body, or the first oil-collecting device 31 and heating container 2
Main body separates and connects, and the first oil-collecting device is socketed in the exterior bottom of heating container 2 main body；
Setting air inlet or fresh air inlet 3 on described first oil-collecting device 31, air inlet or fresh air inlet 3 will heat air-flow guiding
Heating container 2 inwall, erects or is formed slopely ascending air from the bottom to top in food periphery heating flowing；
Or, described first oil-collecting device 31 arranges air inlet or fresh air inlet 3, air inlet or fresh air inlet 3 will heat gas
To heating container 2 inwall, swirling eddy flows conductance in food periphery heating from the bottom to top for formation one；
Or, described heating container 2 bottom arranges air inlet or fresh air inlet 3, and air inlet or fresh air inlet 3 are led heating air-flow
To heating container 2 inwall, erect or be formed slopely ascending air from the bottom to top in food periphery heating flowing；
Or, described heating container 2 bottom arranges air inlet or fresh air inlet 3, and air inlet or fresh air inlet 3 are led heating air-flow
To heating container 2 inwall, swirling eddy flows in food periphery heating from the bottom to top for formation one；
Described heating container 2 inwall, upper lid 21 lower wall and the first oil-collecting device 31 form the micro-pressure of an opposing seal
Heating cavity 22；
Micro-pressure heating cavity 22 is at least connected with an air inlet insertion；
Or, micro-pressure heating cavity 22 at least through an air outlet or at least through an exhaust vent or at least through
One air-out gap is connected with outside insertion；
Or, micro-pressure heating cavity 22 is at least connected with an air inlet and an air outlet or an exhaust vent insertion
Connect.
Described heating container 2 top setting feed openings, bottom setting air inlet or fresh air inlet 3；
Or described heating container 2 top setting feed openings, bottom arrange air intake opening, heating container 2 upper and lower opening set
Put；
Described first oil-collecting device 31, heating container 2, Shang Gai, air inlet or fresh air inlet 3 form adding of an opposing seal
Heat container 2；
Or described first oil-collecting device 31, heating container 2, air outlet, air inlet or fresh air inlet 3 form an opposing seal
Heating container 2；
Or described first oil-collecting device 31, heating container 2, air inlet or fresh air inlet 3 form the heating of an opposing seal
Container 2；
Or described heating container 2, Shang Gai, air inlet or fresh air inlet 3 form the heating container 2 of an opposing seal；
Or described upper lid 21, heating container 2, air inlet or fresh air inlet 3, the first oil-collecting device 31, air-flow heating generator
Assembly 10 is combined into a micro-pressure heating cavity 22, and the intake velocity of described micro-pressure heating cavity 22 is more than micro-pressure and heats
Cavity 22 go out wind velocity, force hot-fluid between food gap flowing heating.
Described first oil-collecting device 31 annular or dish type are arranged on the bottom heating container 2 or bottom；
Described first oil-collecting device 31 disk-like means, periphery raises up, and 33 middle parts form concave surface；First oil-collecting device 31 upper
Portion's setting air inlet or fresh air inlet 3；
Described first oil-collecting device 31 with enter tuyere 9 and be socketed or dock；
Described enter tuyere 9 front end setting steering air channel 5, at least 70 degree of the steering angle of steering air channel 5 arranges, and steering angle is extremely
Few one；
Described enter tuyere 9 outlet air end be higher than air inlet or fresh air inlet 3 open lower end oil removal fat.
Described air-flow heating generator assembly 10 includes motor 55 and its fan blade 56, and fan blade 56 is sheathed on the motor of motor 55
On axle, and it is in transmission connection therewith；Air-flow heating generator assembly 10 is laterally or longitudinally arranged in bodice 8, and air-flow heating occurs
The position of the corresponding motor 55 of device assembly 10 is provided with fan main body 101, and this motor 55 is fixedly arranged on fan main body 101 one end, heater 6
It is fixedly arranged on fan main body 101 other end；
Described air-flow heating generator assembly 10 includes air supply duct 5, and air supply duct 5 turns to and enters tuyere 9 insertion, this wind
Pipeline 5 or enter the lower section that tuyere 9 is located at heating container 2, heating container 2 and enter to be provided with the first oil-collecting device 31 between tuyere 9；
Described first oil-collecting device 31 bottom or sidepiece with enter tuyere 9 and be socketed or dock；
Described first oil-collecting device 31 opening size is more than the external dimensions of heating container 2 opening；
Described heater 6 is heating wire or heat-generating pipe or PTC heater.
Described air inlet or fresh air inlet 3 are at least provided with one, or described air inlet or at least more than one combination of fresh air inlet 3
Cheng Yige center outwards annular or center outwards sector or center outside vortex type air inlet or fresh air inlet 3；
The inside regular array of opening of described air inlet or fresh air inlet 3, or the opening of described air inlet or fresh air inlet 3 is inside
Irregular arrangement；
Described air inlet is connected with entering tuyere docking insertion, or air inlet connects insertion with air intake muzzle and is connected；
Described enter tuyere end be arranged on the inner side of air inlet or periphery closely connects；
Described air-flow heating generator assembly 10 front end arranges air inlet 102, air inlet 102 and outside insertion.
Described enter tuyere front end be connected with the insertion of flow generator end；
Described flow generator sucks to a part of extraneous air of major general, changes hot-fluid into by blower fan, heat generating member and enters
In heating container 2；
Or described flow generator is to a part of air suction of space openings 38 between major general's shell 1 and heating container 2,
Change hot-fluid into by blower fan, heat generating member to enter in heating container 2；
Container 2 is peripheral or the first oil-collecting device is fixedly connected by heating for described shell 1 top side or opening；
Described shell 1 is clamped in positioning between main body by heating container 2；
Described shell 1 is arranged to the transparent body, or shell 1 local is arranged to visual window 1.1；
Described heating container 2 is the transparent body, during heat foods outside can watch the heated condition of food；
Or described shell 1 or heating container 2 are the transparent body or local visual window, during heat foods outside can be by bilayer
The transparent body watches the heated condition of food.
Described shell 1 is locked with bodice 8 separate type and connects or separate socket or separate type docking；
Described heating container 2, shell 1, the first oil-collecting device 31, upper lid 21 are connected with bodice 8 separate type, and instant food adds
Take cleaning after heat；
Described shell 1 and heating container 2 can be wholely set；
Between described shell 1 and heating container 2, cavity 111 is set；
Or between described shell 1 and heating container 2, cavities open is set.
The bottom of described heating container 2 is provided with the air-flow heating generator assembly 10 being connected with its insertion；
Described air-flow heating generator assembly 10 produces hot-fluid, heats in container 2 to a part of hot-fluid of major general along described
Wall is erect from the bottom to top or is tilted upward one-way flow；
Or, described air-flow heating generator assembly 10 produces hot-fluid, holds to a part of hot-fluid of major general along described heating
Gap between device 24 and upper lid 21 is erect from the bottom to top or is tilted upward one-way flow；
Or, described air-flow heating generator assembly 10 produces hot-fluid, to a part of hot-fluid of major general along heating container 2 outside
Portion's flowing is erect from the bottom to top to food or is tilted upward one-way flow；
Or, described air-flow heating generator assembly 10 produces hot-fluid, to a part of hot-fluid of major general along the outside stream of food
Move and food is erect from the bottom to top or tilts upward one-way flow；
First oil-collecting device is set at described heating container 2 opening, and one is used for allowing food to be heated evenly from the bottom to top
Heating container 2, heats the upper and lower through hole insertion of container 2, the bottom setting air inlet of heating container 2 or fresh air inlet 3, heats container 2
It is connected with air-flow heating generator assembly 10 insertion；
Described upper lid middle part setting air outlet or exhaust vent, force hot-fluid to flow along upper lid lower wall, the top of food are prolonged
Shi Jiare；
The inwall that setting extends downwardly is covered, the inwall extending downwardly arranges air outlet or exhaust vent, at least by force on described
Compel a part of hot-fluid to flow from top to bottom, the top firing to food, thus completing hot-fluid to food bottom to food sidepiece, existing
To 360 ° of food top three-dimensional heating.
The above-mentioned preferred version for the present invention, has been shown and described ultimate principle, principal character and the present invention of the present invention
Advantage.Those skilled in the art it should be recognized that the present invention is not restricted to the described embodiments, above-described embodiment and description
Described in merely illustrate the principles of the invention, without departing from the spirit and scope of the present invention the present invention also have various
Changes and improvements, these changes and improvements both fall within scope of the claimed invention.Claimed scope is by institute
Attached claims and its equivalent define.
Claims (10)
1. radial air-flow oven, main body includes bodice（8）, heating container（2）, oil-collecting device, air-flow heating generator assembly
(10), it is characterized in that one for support heat container（2）, oil-collecting device and accommodate air-flow heating generator assembly (10) big
Body（8）；
One is used for heating container（2）Air-flow heating generator assembly (10) of interior heating of blowing, causes heating container（2）Interior
Produce the micro-pressure heating cavity of an opposing seal（22）；
Described heating container（2）The air inlet of bottom or fresh air inlet（3）Force the radial flowing of hot-fluid；
One is used for collecting the oil-collecting device of excess oil, at least includes an oil-collecting device, at least one setting of oil-collecting device
In heating container（2）Bottom, or oil-collecting device at least one be arranged on air inlet or fresh air inlet（3）Bottom, or connect oil dress
Put at least provided with an air inlet or fresh air inlet（3）.
2. radial air-flow oven according to claim 1, is characterized in that the first oil-collecting device of described oil-collecting device
（31）Middle part is high, and it is low that surrounding connects oil level；Or first oil-collecting device（31）Middle part is contour with surrounding;
Described air inlet or fresh air inlet（3）It is arranged on the first oil-collecting device（31）On central raised side wall or on top；
Or described air inlet or fresh air inlet（3）Vacantly it is arranged on the first oil-collecting device（31）Top or sidepiece or upper lateral part；
Described air inlet or fresh air inlet（3）Setting wind deflector or shunting muscle or brace rod on the unit of side（301）, wind deflector or
Shunting muscle or brace rod（301）Air inlet or fresh air inlet are separated permutation and combination；
Described air inlet or fresh air inlet（3）By wind deflector or shunting muscle or brace rod（301）Support connect, or described air inlet or
Fresh air inlet（3）Upper and lower end is by support member（302）Connect hanging annular opening；
Described air inlet or fresh air inlet and wind deflector or shunting muscle or brace rod（301）Spaced combined cross section circularizes out
Wind side wall；Wind deflector or shunting muscle or brace rod（301）With the setting of annular air side wall angle, wind deflector or shunting muscle or support
Muscle（301）Cross section is in bar shaped or stairstepping or L-shaped or Z-shaped, wind deflector or shunting muscle or brace rod（301）Slope inwardly, or
Wind deflector or shunting muscle or brace rod（301）Outward-dipping, or wind deflector or shunting muscle or brace rod（301）Ring-shaped combination is entering
Air port or the side of fresh air inlet；
Described air-flow heating generator assembly (10) produces hot-fluid, by hot-fluid along wind deflector or shunting muscle or brace rod（301）
By center, shape is injected into heating container radially outward（2）Interior.
3. radial air-flow oven according to claim 2, it is characterized in that described air-flow heating generator assembly (10) with
Control assembly electrical connection with big；Heating container（2）First oil-collecting device is set at lower openings（31）；
First oil-collecting device（31）It is arranged on heating container（2）Bottom or air inlet bottom, container will be heated（2）Inwall
Decline Grease Collection；
Described first oil-collecting device（31）Inwall and heating container（2）The smooth connection of inwall, or the first oil-collecting device（31）With plus
Heat container（2）Socket, or the first oil-collecting device（31）Opening and heating container（2）Open butt joint；
Described first oil-collecting device（31）With heating container（2）Main body is fixedly connected, or the first oil-collecting device（31）Hold with heating
Device（2）Main body separates and connects, and the first oil-collecting device is socketed in heating container（2）The exterior bottom of main body；
Described first oil-collecting device（31）Upper setting air inlet or fresh air inlet（3）, air inlet or fresh air inlet（3）Heating air-flow is led
To heating container（2）Inwall, erects or is formed slopely ascending air from the bottom to top in food periphery heating flowing；
Or, described first oil-collecting device（31）Upper setting air inlet or fresh air inlet（3）, air inlet or fresh air inlet（3）To heat
Air-flow guiding heating container（2）Inwall, swirling eddy flows in food periphery heating from the bottom to top for formation one；
Or, described heating container（2）Bottom setting air inlet or fresh air inlet（3）, air inlet or fresh air inlet（3）Air-flow will be heated
Guiding heating container（2）Inwall, erects or is formed slopely ascending air from the bottom to top in food periphery heating flowing；
Or, described heating container（2）Bottom setting air inlet or fresh air inlet（3）, air inlet or fresh air inlet（3）Air-flow will be heated
Guiding heating container（2）Inwall, swirling eddy flows in food periphery heating from the bottom to top for formation one；
Described heating container（2）Inwall, Shang Gai（21）Lower wall and the first oil-collecting device（31）The minute-pressure of one opposing seal of composition
Power heating cavity（22）；
Micro-pressure heating cavity（22）At least it is connected with an air inlet insertion；
Or, micro-pressure heating cavity（22）At least through an air outlet or at least through an exhaust vent or at least through one
Individual air-out gap is connected with outside insertion；
Or, micro-pressure heating cavity（22）At least it is connected with an air inlet and an air outlet or an exhaust vent insertion.
4. radial air-flow oven according to claim 3, is characterized in that described heating container（2）Top setting charging is opened
Mouthful, bottom arranges air inlet or fresh air inlet（3）；
Or described heating container（2）Top arranges feed openings, and bottom arranges air intake opening, heats container（2）Upper and lower opening sets
Put；
Described first oil-collecting device（31）, heating container（2）, upper lid, air inlet or fresh air inlet（3）One opposing seal of composition
Heating container（2）；
Or described first oil-collecting device（31）, heating container（2）, air outlet, air inlet or fresh air inlet（3）Composition one is relatively close
The heating container of envelope（2）；
Or described first oil-collecting device（31）, heating container（2）, air inlet or fresh air inlet（3）Form adding of an opposing seal
Heat container（2）；
Or described heating container（2）, upper lid, air inlet or fresh air inlet（3）The heating container of one opposing seal of composition（2）；
Or described upper lid（21）, heating container (2), air inlet or fresh air inlet (3), the first oil-collecting device (31), air-flow heating send out
Raw device assembly (10) is combined into a micro-pressure heating cavity (22), and the intake velocity of described micro-pressure heating cavity (22) is more than
Micro-pressure heating cavity (22) go out wind velocity, force hot-fluid between food gap flowing heating.
5. radial air-flow oven according to claim 2, is characterized in that described first oil-collecting device（31）Annular or disk
Shape is arranged on heating container（2）Bottom or bottom；
Described first oil-collecting device（31）Disk-like means, periphery raises up,（33）Middle part forms concave surface；First oil-collecting device（31）'s
Top setting air inlet or fresh air inlet（3）；
Described first oil-collecting device（31）With enter tuyere（9）Socket or docking；
Described enter tuyere（9）Front end arranges steering air channel（5）, steering air channel（5）The setting of at least 70 degree of steering angle, steering angle
At least one；
Described enter tuyere（9）Outlet air end be higher than air inlet or fresh air inlet（3）Open lower end oil removal fat.
6. radial air-flow oven according to claim 3, is characterized in that described air-flow heating generator assembly (10) bag
Include motor（55）And its fan blade（56）, fan blade（56）It is sheathed on motor（55）Motor shaft on, and be in transmission connection therewith；Air-flow adds
Thermal generator assembly (10) is laterally or longitudinally arranged on bodice（8）Interior, air-flow heating generator assembly (10) corresponds to motor（55）
Position be provided with fan main body（101）, this motor（55）It is fixedly arranged on fan main body（101）One end, heater（6）It is fixedly arranged on blower fan
Main body（101）The other end；
Described air-flow heating generator assembly (10) includes air supply duct（5）, air supply duct（5）Turn to and enter tuyere（9）Insertion,
This wind pipeline（5）Or enter tuyere（9）It is located at heating container（2）Lower section, heat container（2）With enter tuyere（9）Between be provided with
First oil-collecting device（31）；
Described first oil-collecting device（31）Bottom or sidepiece with enter tuyere（9）Socket or docking；
Described first oil-collecting device（31）Opening size is more than heating container（2）The external dimensions of opening；
Described heater（6）For heating wire or heat-generating pipe or PTC heater.
7. radial air-flow oven according to claim 4, is characterized in that described air inlet or fresh air inlet（3）At least provided with
One, or described air inlet or fresh air inlet（3）At least more than one is combined into a center, and outwards annular or center are outwards fan-shaped
Or center outside vortex type air inlet or fresh air inlet（3）；
Described air inlet or fresh air inlet（3）The inside regular array of opening, or described air inlet or fresh air inlet（3）Opening inside
Irregular arrangement；
Described air inlet is connected with entering tuyere docking insertion, or air inlet connects insertion with air intake muzzle and is connected；
Described enter tuyere end be arranged on the inner side of air inlet or periphery closely connects；
Described air-flow heating generator assembly (10) front end arranges air inlet（102）, air inlet（102）With outside insertion.
8. radial air-flow oven according to claim 7, it is characterized in that described in enter tuyere front end and flow generator end
End insertion connects；
Described flow generator sucks to a part of extraneous air of major general, changes hot-fluid into by blower fan, heat generating member and enters heating
Container（2）Interior；
Or described flow generator is to major general's shell (1) and heating container（2）Between space openings（38）A part of air inhale
Enter, hot-fluid is changed into by blower fan, heat generating member and enters heating container（2）Interior；
Described shell (1) top side or opening will heat container（2）Periphery or the first oil-collecting device are fixedly connected；
Described shell (1) will heat container（2）It is clamped in positioning between main body；
Described shell (1) is arranged to the transparent body, or shell (1) is locally arranged to visual window（1.1）；
Described heating container（2）For the transparent body, during heat foods outside can watch the heated condition of food；
Or described shell (1) or heating container（2）For the transparent body or local visual window, during heat foods outside can be by bilayer
The transparent body watches the heated condition of food.
9. radial air-flow oven according to claim 8, is characterized in that described shell (1) and bodice（8）Separate type is locked
Fixed connection or separation socket or separate type docking；
Described heating container（2）, shell (1), the first oil-collecting device（31）, upper lid（21）With bodice（8）Separate type connects, convenient
Take after heat foods cleaning；
Described shell (1) and heating container（2）Can be wholely set；
Described shell (1) and heating container（2）Between arrange cavity（111）；
Or described shell (1) and heating container（2）Between arrange cavities open；
Described heating container（2）Bottom be provided with air-flow heating generator assembly (10) being connected with its insertion；
Described air-flow heating generator assembly (10) produces hot-fluid, to a part of hot-fluid of major general along described heating container（2）Interior
Wall is erect from the bottom to top or is tilted upward one-way flow；
Or, described air-flow heating generator assembly (10) produces hot-fluid, to a part of hot-fluid of major general along described heating container
（2）(4) with upper lid（21）Between gap erect from the bottom to top or tilt upward one-way flow；
Or, described air-flow heating generator assembly (10) produces hot-fluid, to a part of hot-fluid of major general along heating container（2）Outward
Portion's flowing is erect from the bottom to top to food or is tilted upward one-way flow；
Or, described air-flow heating generator assembly (10) produces hot-fluid, to a part of hot-fluid of major general along food flows outside
Food is erect from the bottom to top or is tilted upward one-way flow；
Described heating container（2）First oil-collecting device is set at opening, one be used for allowing food is heated evenly from the bottom to top plus
Heat container（2）, heat container（2）Upper and lower through hole insertion, heats container（2）Bottom setting air inlet or fresh air inlet（3）, plus
Heat container（2）It is connected with air-flow heating generator assembly (10) insertion.
10. radial air-flow oven according to claim 9, is characterized in that described upper lid middle part setting air outlet or air-out
Hole, forces hot-fluid to flow along upper lid lower wall, the top time delay heating to food；
The inwall that setting extends downwardly is covered, the inwall extending downwardly arranges air outlet or exhaust vent, at least forces one on described
Part hot-fluid flows from top to bottom, the top firing to food, thus completing hot-fluid to food bottom to food sidepiece, now arrives food
360 ° of thing top three-dimensional heating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620567658.5U CN205947676U (en) | 2016-06-14 | 2016-06-14 | Radial air current oven |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620567658.5U CN205947676U (en) | 2016-06-14 | 2016-06-14 | Radial air current oven |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205947676U true CN205947676U (en) | 2017-02-15 |
Family
ID=57967391
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620567658.5U Expired - Fee Related CN205947676U (en) | 2016-06-14 | 2016-06-14 | Radial air current oven |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205947676U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105852667A (en) * | 2016-06-14 | 2016-08-17 | 张毅蔚 | Radial airflow oven |
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2016
- 2016-06-14 CN CN201620567658.5U patent/CN205947676U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105852667A (en) * | 2016-06-14 | 2016-08-17 | 张毅蔚 | Radial airflow oven |
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Granted publication date: 20170215 Termination date: 20200614 |
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