CN103884029B - A kind of novel electromagnetic oven - Google Patents
A kind of novel electromagnetic oven Download PDFInfo
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- CN103884029B CN103884029B CN201410094314.2A CN201410094314A CN103884029B CN 103884029 B CN103884029 B CN 103884029B CN 201410094314 A CN201410094314 A CN 201410094314A CN 103884029 B CN103884029 B CN 103884029B
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Abstract
The present invention relates to a kind of novel electromagnetic oven, the inner chamber of drain pan is control panel district and element installing zone by function divides, control panel district is arranged on front side of drain pan, drain pan bottom surface is sealed shape, face-piece is located on drain pan, face-piece is connected with micro-crystal plate, the drain pan two sides that described element installing zone is corresponding form air inlet side and exhaust side respectively, air inlet side and exhaust side face correspondence offer air inlet and the first row gas port of multiple mutual convection current, the drain pan trailing flank that element installing zone is corresponding offers multiple second exhaust port, the diagonal position that function demarcation strip and air inlet side are formed is fixed with radiator fan by collection wind box, element installing zone internal fixtion inside air inlet has air inlet deflector apron, element installing zone between collection wind box air outlet and first row gas port is fixed with circuit main board, between collection wind box air outlet and second exhaust port, element installing zone is fixed with coil panel, structure is simple, rationally, increase incoming air area and air-out area, radiating rate is faster.
Description
Technical field
The present invention relates to a kind of electromagentic furnace technology field, especially a kind of rationally distributed, the electromagnetic oven of good heat dissipation effect.
Background technology
There is following defect in existing electromagnetic oven: 1), the layout designs of radiator fan, mainboard and coil panel is reasonable not, and heat dissipation wind channel planning is reasonable not, and mainboard when making work, coil panel equitemperature are higher, easily break down; 2), the air inlet of cooling fan is arranged on housing bottom, and bottom oil smoke, dust, moisture etc. are easily directly brought in housing by fan, damage blower fan, affect radiating effect, or cause circuit board or coil panel etc. to burn out; 3), bottom arranges the structure of blower fan, the easily object such as newspaper, rag of suction table top, and blocking air inlet, makes electromagnetic oven lose heat sinking function, cause housing cavity temperature rise to be accelerated, burn out the parts such as coil panel and circuit board; 4), air outlet is only arranged to unilateral air outlet, and heat is easily squeezed in housing, and the time of staying is oversize, makes to keep the condition of high temperature for a long time in housing, affects main board work.
Summary of the invention
The object of the invention is to solve above-mentioned the deficiencies in the prior art, and a kind of electromagnetic cooker simple and reasonable for structure is provided, pass through rational deployment, increase incoming air area and air-out area, under increasing radiator fan power and quantity situation, can be drained by heat well, air channel is separated reasonable, regular.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of novel electromagnetic oven, comprise drain pan and face-piece, the inner chamber of drain pan is control panel district and element installing zone by function divides, control panel district is arranged on front side of drain pan, drain pan bottom surface is sealed shape, face-piece is located on drain pan, face-piece is connected with micro-crystal plate, it is characterized in that, the drain pan two sides that described element installing zone is corresponding form air inlet side and exhaust side respectively, air inlet side and exhaust side face correspondence offer air inlet and the first row gas port of multiple mutual convection current, and the drain pan trailing flank that element installing zone is corresponding offers multiple second exhaust port;
The diagonal position that function demarcation strip and air inlet side are formed is fixed with radiator fan by collection wind box, element installing zone internal fixtion inside air inlet has air inlet deflector apron, air inlet deflector apron one end extends to collection wind box, the other end extends to the diagonal position of drain pan trailing flank and air inlet side formation, inlet channel is formed between air inlet deflector apron and multiple air inlet, collection wind box top is provided with fan air gathering plate along the profile side of collection wind box, fan air gathering plate one end connects with air inlet deflector apron and highly fair, the fan air gathering plate other end connects with function demarcation strip and highly fair, collection wind box top offers the collection wind box air inlet with inlet channel conducting, collection wind box air inlet height is lower than fan air gathering plate, collection wind box side opening immediately below fan air gathering plate is provided with and the collection wind box air outlet collecting the conducting of wind box air inlet, radiator fan is fixed in the collection wind box below collection wind box air inlet by fan board, collection wind box air outlet can be radiated first row gas port and second exhaust port respectively,
Element installing zone between collection wind box air outlet and first row gas port is fixed with circuit main board;
Between collection wind box air outlet and second exhaust port, element installing zone is fixed with coil panel, and the element installing zone below coil panel is upwards extended with water conservancy diversion barricade, and water conservancy diversion barricade and coil panel are not in contact with each other.
Radiator fan is arranged on the pair of horns place near control panel district, decrease the heat of coil panel generation to the impact of control panel, whole air inlet side arranges multiple air inlet, coordinate the air inlet deflector apron inside air inlet, form the inlet channel of larger area, and the length of air inlet deflector apron extends to collection wind box by one end, air inlet side, longer inlet channel is made to have certain water conservancy diversion acceleration, the heat radiation of first row gas port primary responsibility circuit main board, the heat radiation of second exhaust port primary responsibility coil panel, wind direction is clear and definite, in order, both are non-interference, windage is less, make radiating effect more desirable.
Radiator fan is arranged in collection wind box, and collection wind box air inlet is arranged on collection wind box top, what be directly connected with inlet channel integrates wind box side as closed, after cold wind is entered by inlet channel, upwards must climb when meeting collection wind box and enter collection wind box top, due to the stop of fan air gathering plate, cold wind after being hampered enters in collection wind box by the collection wind box air inlet of end face, by the drive of radiator fan, and then discharged by collection wind box air outlet, respectively toward first row gas port and the blowing of second exhaust port direction water conservancy diversion, cold wind is climbed in process and is utilized principle of negative pressure meeting collection wind box, can effectively improve cold wind flow velocity.
The setting of water conservancy diversion barricade, heat radiation cold wind can not just directly behind the space below coil panel fast be drained by exhaust outlet, but the time of stop can be increased, reason is hampered after cold wind arrives water conservancy diversion barricade, after climbing with have more contact between coil panel, carry out air heat exchange better, simultaneously, part cold wind can be flowed through by the gap between coil panel often encloses, and blow to the top of coil panel, the heat on coil panel surface is directly taken away, cold wind more directly carries out heat exchange with coil panel, discharged by first row gas port and second exhaust port again, the heat radiation exhaust of coil panel is responsible for primarily of second exhaust port.
Because circuit main board and radiator fan are all arranged on the both sides of function demarcation strip, shorten the distance between collection wind box air outlet and first row gas port, improve heat radiation exhaust velocity, ensure that circuit main board is in reasonably stable lower work, increases the service life.
Water conservancy diversion barricade inner chamber sets up aluminium sheet, produces magnetic induction heat when can avoid there is ferrous metal below electromagnetic oven with coil panel.
The present invention can also adopt following technical measures to solve:
The described collection wind box air outlet near circuit main board is fixed with two mainboard wind deflectors, forms mainboard air guide hole between two mainboard wind deflectors, and two mainboard wind deflectors tilt to extend toward function demarcation strip direction simultaneously; Cold wind effectively can be partial to circuit main board by two mainboard wind deflectors, makes circuit main board possess independently heat dissipation wind channel, effectively a cold wind individual shunt part for collection wind box air outlet blowout is arrived circuit main board.
Polylith flow distribution plate is in series with between described circuit main board and coil panel, the profile of every block flow distribution plate respectively along coil panel is extended, air inlet deflector apron near coil panel is connected with coil panel wind deflector, coil panel wind deflector tilts to extend along the direction of second exhaust port, and the height of coil panel wind deflector and air inlet deflector apron maintain an equal level, form coil panel between coil panel wind deflector and polylith flow distribution plate to dispel the heat guiding region, form mainboard between polylith flow distribution plate and function demarcation strip and to dispel the heat guiding region; Polylith flow distribution plate extended, by circuit main board with coil panel is independently divided opens, make cold wind individual shunt another part that collection wind box air outlet blows out to coil panel, coil panel wind deflector is set up, and makes cold wind more concentrate flowing through coil dish to be discharged by second exhaust port again, cold wind can not be dispersed to surrounding and disorderly blow, interfere with each other and spin, form whirlpool, hover in housing, affect heat dissipation.
Face-piece two sides above described air inlet and first row gas port start have multiple face-piece air inlet and face-piece exhaust outlet respectively; Face-piece air inlet and face-piece exhaust outlet effectively can increase the convection current flow of air inlet and exhaust, accelerate heat radiation.
Be provided with water conservancy diversion barricade air gathering plate between described water conservancy diversion barricade and air inlet deflector apron, water conservancy diversion barricade air gathering plate height and water conservancy diversion wall height maintain an equal level; Water conservancy diversion barricade air gathering plate effectively can increase the heat exchanger time of cold wind and hot-air, when cold wind runs into water conservancy diversion barricade air gathering plate, a part upwards can be climbed along water conservancy diversion barricade air gathering plate and water conservancy diversion barricade, enter bottom coil panel, or by the gap of coil panel, blow to the upper surface of coil panel, another part can be crossed water conservancy diversion barricade air gathering plate and continue forward, second row air port is guided to by coil panel wind deflector, if do not set up water conservancy diversion barricade air gathering plate, cold wind can guide along coil panel wind deflector fast and flow away, and decreases the time of staying.
The described circuit main board near collecting wind box air outlet is fixed with heat radiation aluminium block; Make heat radiation aluminium block can contact cold wind at first, improve radiating efficiency.
Described micro-crystal plate bottom surface offsets with function demarcation strip end face, air inlet deflector apron, polylith flow distribution plate and coil panel wind deflector end face respectively.
Described water conservancy diversion barricade is annular or arc or rectangle.
Form side inlet channel between described collection wind box and function demarcation strip, inlet channel one end, side communicates with air inlet, and the other end is intercepted by side inlet channel dividing plate; Increase side inlet channel, increase storage air quantity, works with inlet channel one, improves air intake volume, greatly improve air inlet effect, and side inlet channel and mainboard heat radiation guiding region are separated by side inlet channel dividing plate, avoids preventing from leaking out when both interference, air intake.
The invention has the beneficial effects as follows:
A kind of novel electromagnetic oven of the present invention, it is simple and reasonable for structure, and by rational deployment, increase incoming air area and air-out area, under increasing radiator fan power and quantity situation, can be drained by heat well, air channel is separated reasonable, regular.
Accompanying drawing explanation
Fig. 1 is decomposition texture schematic diagram of the present invention.
Fig. 2 is structural representation of the present invention.
Fig. 3 is the structural representation of drain pan of the present invention.
Fig. 4 is the structural representation of another angle of drain pan of the present invention.
Fig. 5 is the structural representation of mounting circuit mainboard and coil panel on drain pan of the present invention.
Fig. 6 is the structural representation of another embodiment of water conservancy diversion barricade in the present invention.
Fig. 7 is the structural representation of another embodiment of the present invention.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is further described.
As shown in Figures 1 to 6, a kind of novel electromagnetic oven, comprise drain pan 1 and face-piece 2, the inner chamber of drain pan 1 is divided into control panel district 101 and element installing zone 102 by function demarcation strip 3, control panel district 101 to be arranged on front side of drain pan 1 103, drain pan 1 bottom surface 104 is sealed shape, form concealed cooling fan structure, face-piece 2 is located on drain pan 1, face-piece 2 is connected with micro-crystal plate 4, it is characterized in that, drain pan 1 two sides of described element installing zone 102 correspondence form air inlet side 105 and exhaust side 106 respectively, air inlet side 105 and exhaust side 106 correspondence offer air inlet 105-1 and the first row gas port 106-1 of multiple mutual convection current, drain pan 1 trailing flank 107 of element installing zone 102 correspondence offers multiple second exhaust port 107-1,
The diagonal position that function demarcation strip 3 and air inlet side 105 are formed is fixed with radiator fan 6 by collection wind box 5, element installing zone 102 internal fixtion inside air inlet 105-1 has air inlet deflector apron 7, air inlet deflector apron 7 one end 701 extends to collection wind box 5, the other end 702 extends to the diagonal position of drain pan 1 trailing flank 107 and air inlet side 105 formation, inlet channel 8 is formed between air inlet deflector apron 7 and multiple air inlet 105-1, collection wind box 5 end face 501 is provided with fan air gathering plate 502 along the profile side of collection wind box 5, fan air gathering plate 502 one end 502-1 connects with air inlet deflector apron 7 and highly fair, fan air gathering plate 502 other end 502-2 connects with function demarcation strip 3 and highly fair, collection wind box 5 end face 501 offers the collection wind box air inlet 503 with inlet channel 8 conducting, collection wind box air inlet 503 height is lower than fan air gathering plate 502, collection wind box 5 side opening immediately below fan air gathering plate 502 is provided with and the collection wind box air outlet 504 collecting the conducting of wind box air inlet 503, radiator fan 6 is fixed in the collection wind box 5 below collection wind box air inlet 503 by fan board 601, collection wind box air outlet 504 can be radiated first row gas port 106-1 and second exhaust port 107-1 respectively,
Element installing zone 102 between collection wind box air outlet 504 and first row gas port 106-1 is fixed with circuit main board 9,
Between collection wind box air outlet 504 and second exhaust port 107-1, element installing zone 102 is fixed with coil panel 10, element installing zone 102 below coil panel 10 is upwards extended with water conservancy diversion barricade 11, water conservancy diversion barricade 11 and coil panel 10 are not in contact with each other, and water conservancy diversion barricade 11 inner chamber fixes aluminium sheet 12.
Radiator fan 6 is arranged on the pair of horns place near control panel district 101, decrease the heat of coil panel 10 generation to the impact of control panel, whole air inlet side 105 arranges multiple air inlet 105-1, coordinate the air inlet deflector apron 7 inside air inlet 105-1, form the inlet channel 8 of larger area, and the length of air inlet deflector apron 8 extends to collection wind box 5 by one end, air inlet side 105, make longer inlet channel 8 have good water conservancy diversion to accelerate, guiding function, the heat radiation of first row gas port 106-1 primary responsibility circuit main board 9, the heat radiation of second exhaust port 107-1 primary responsibility coil panel 10, wind direction is clear and definite, both are non-interference, windage is less, make radiating effect more desirable.
Radiator fan 6 is arranged in collection wind box 5, and collection wind box air inlet 503 is arranged on collection wind box 5 end face 501, what be directly connected with inlet channel 8 integrates wind box 5 side 505 as closed, after cold wind is entered by inlet channel 8, upwards must climb when meeting collection wind box 5 side 505 and enter collection wind box 5 end face 501, due to the stop of fan air gathering plate 502, cold wind after being hampered all enters in collection wind box 5 by the collection wind box air inlet 503 of end face 501, by the drive of radiator fan 6, and then discharged by collection wind box air outlet 504, respectively toward first row gas port 106-1 and the blowing of second exhaust port 107-1 direction water conservancy diversion, cold wind is climbed in process and is utilized principle of negative pressure meeting collection wind box 5 side 505, coordinating the drive of radiator fan, can effectively improve cold wind flow velocity.
The setting of water conservancy diversion barricade 11, heat radiation cold wind can not just directly behind the space below coil panel 10 fast be drained by exhaust outlet, but the time of stop can be increased, reason is hampered after cold wind arrives water conservancy diversion barricade 11, more contact is had with between coil panel 10 after climbing, carry out air heat exchange better, simultaneously, part cold wind can be flowed through by the gap between coil panel 10 often encloses, and blow to the top of coil panel 10, the heat on coil panel 10 surface is directly taken away, cold wind more directly carries out heat exchange with coil panel 10, again by first row gas port 106-1 and the second exhaust port 107-1 discharge of a part, the heat radiation exhaust of coil panel 10 is responsible for primarily of second exhaust port 107-1.
Because circuit main board 9 and radiator fan 6 are arranged on the both sides of function demarcation strip 3, shorten the distance between collection wind box air outlet 504 and first row gas port 106-1, improve heat radiation exhaust velocity, ensure circuit main board 9 steady operation under good heat dissipation environment, and can increase the service life.
Water conservancy diversion barricade 11 inner chamber sets up aluminium sheet 12, produces magnetic induction heat when can avoid there is ferrous metal below coil panel with coil panel.
More specifically embodiment as the present embodiment:
The described collection wind box air outlet 504 near circuit main board 9 is fixed with between two mainboard wind deflector 13, two mainboard wind deflectors 13 and forms mainboard air guide hole 1301, two mainboard wind deflector 13 simultaneously toward the inclination extension of function demarcation strip 3 direction; Cold wind effectively can be partial to circuit main board 9 by two mainboard wind deflectors 13, makes circuit main board 9 possess independently heat dissipation wind channel, and the cold wind individual shunt part effectively blown out by collection wind box air outlet 504 is to circuit main board 9.
Polylith flow distribution plate 14 is in series with between described circuit main board 9 and coil panel 10, the profile of every block flow distribution plate 14 respectively along coil panel 10 is extended, air inlet deflector apron 7 near coil panel 10 is connected with coil panel wind deflector 15, coil panel wind deflector 15 tilts to extend along the direction of second exhaust port 107-1, and the height of coil panel wind deflector 15 and air inlet deflector apron 7 maintain an equal level, form coil panel between coil panel wind deflector 15 and polylith flow distribution plate 14 to dispel the heat guiding region 16, form mainboard between polylith flow distribution plate 14 and function demarcation strip 3 and to dispel the heat guiding region 17; The series connection of polylith flow distribution plate 14 is extended, by circuit main board 9 with coil panel 10 is independently divided opens, make cold wind individual shunt another part that collection wind box air outlet 504 blows out to coil panel 10, setting up of coil panel wind deflector 15, the cold wind that coil panel is dispelled the heat in guiding region 16 concentrates flowing through coil dish 10 to be discharged by second exhaust port 107-1 more more, cold wind can not be dispersed to surrounding and disorderly blow, interfere with each other and spin, form whirlpool, hover in housing, affect heat dissipation.
Face-piece 2 two sides above described air inlet 105-1 and first row gas port 106-1 start have multiple face-piece air inlet 201 and face-piece exhaust outlet 202 respectively; Face-piece air inlet 201 and face-piece exhaust outlet 202 effectively can increase the convection current flow of air inlet and exhaust, accelerate heat radiation.
Be provided with water conservancy diversion barricade air gathering plate 18 between described water conservancy diversion barricade 11 and air inlet deflector apron 7, water conservancy diversion barricade air gathering plate 18 height is highly fair with water conservancy diversion barricade 11, water conservancy diversion barricade air gathering plate 18 effectively can increase the heat exchanger time of cold wind and hot-air, when cold wind runs into water conservancy diversion barricade air gathering plate 18, a part upwards can be climbed along water conservancy diversion barricade air gathering plate 18 and water conservancy diversion barricade 11, enter bottom coil panel 10 or by coil panel 10 gap, blow to the upper surface of coil panel, coil panel upper and lower surface is dispelled the heat simultaneously, another part can be crossed water conservancy diversion barricade air gathering plate 18 and continue forward, second row air port 107-1 is guided to by coil panel wind deflector 15, if do not set up water conservancy diversion barricade air gathering plate 18, cold wind can guide along coil panel wind deflector 15 fast and flow away, decrease the time of staying, be unfavorable for heat radiation.
The described circuit main board 9 near collecting wind box air outlet 504 is fixed with heat radiation aluminium block 901; Make heat radiation aluminium block 901 can contact cold wind at first, improve radiating efficiency.
Described micro-crystal plate 4 bottom surface offsets with function demarcation strip 3 end face, air inlet deflector apron 7, polylith flow distribution plate 14 and coil panel wind deflector 15 end face respectively; Form region, multiple independently air channel, as coil panel heat radiation guiding region 16 and mainboard heat radiation guiding region 17.
Polylith flow distribution plate 14 also can and be connected into a monoblock, but arranging of polylith flow distribution plate 14 more easily can avoid various joint pin in element installing zone 102 or other parts.
Described water conservancy diversion barricade 11 is annular, as shown in Figures 3 to 5, can also be arc, as shown in Figure 6, or rectangle.
As another embodiment, as shown in Figure 7, its most of structure is similar to the aforementioned embodiment, and difference is: form side inlet channel 19 between described collection wind box 5 and function demarcation strip 3, side inlet channel 19 one end communicates with air inlet 105-1, and the other end is intercepted by side inlet channel dividing plate 20; Increase side inlet channel 19, the storage air quantity of complete machine can be increased, work with inlet channel 18 1, improve air intake volume, greatly improve the effect of air intake; Side inlet channel 19 and mainboard heat radiation guiding region 17 are separated by side inlet channel dividing plate 20, avoid preventing from leaking out when both interference, air intake.
Above-described specific embodiment, is only preferred embodiment of the present invention, such as according to the equivalent arrangements that the present patent application the scope of the claims does, all should be technology of the present invention and contained.
Claims (8)
1. a novel electromagnetic oven, comprise drain pan (1) and face-piece (2), the inner chamber of drain pan (1) is divided into control panel district (101) and element installing zone (102) by function demarcation strip (3), control panel district (101) is arranged on drain pan (1) front side (103), drain pan (1) bottom surface (104) is sealed shape, face-piece (2) is located on drain pan (1), face-piece (2) is connected with micro-crystal plate (4), it is characterized in that, drain pan (1) two sides of described element installing zone (102) correspondence form air inlet side (105) and exhaust side (106) respectively, air inlet side (105) and exhaust side (106) correspondence offer air inlet (105-1) and the first row gas port (106-1) of multiple mutual convection current, drain pan (1) trailing flank (107) that element installing zone (102) is corresponding offers multiple second exhaust port (107-1),
The diagonal position that function demarcation strip (3) and air inlet side (105) are formed is fixed with radiator fan (6) by collection wind box (5), element installing zone (102) internal fixtion near air inlet (105-1) inner side has air inlet deflector apron (7), air inlet deflector apron (7) one end (701) extends to collection wind box (5), the other end (702) extends to the diagonal position that drain pan (1) trailing flank (107) and air inlet side (105) are formed, inlet channel (8) is formed between air inlet deflector apron (7) and multiple air inlet (105-1), collection wind box (5) end face (501) is provided with fan air gathering plate (502) along the profile side of collection wind box (5), fan air gathering plate (502) one end (502-1) connects with air inlet deflector apron (7) and highly fair, fan air gathering plate (502) other end (502-2) connects with function demarcation strip (3) and highly fair, collection wind box (5) end face (501) offers collection wind box air inlet (503) with inlet channel (8) conducting, collection wind box air inlet (503) height is lower than fan air gathering plate (502), collection wind box (5) side opening immediately below fan air gathering plate (502) is provided with and collection wind box air outlet (504) collecting wind box air inlet (503) conducting, radiator fan (6) is fixed in the collection wind box (5) of collection wind box air inlet (503) below by fan board (601), collection wind box air outlet (504) can be radiated first row gas port (106-1) and second exhaust port (107-1) respectively,
Element installing zone (102) between collection wind box air outlet (504) and first row gas port (106-1) is fixed with circuit main board (9);
Between collection wind box air outlet (504) and second exhaust port (107-1), element installing zone (102) is fixed with coil panel (10), the element installing zone (102) of coil panel (10) below is upwards extended with water conservancy diversion barricade (11), and water conservancy diversion barricade (11) and coil panel (10) are not in contact with each other.
2. a kind of novel electromagnetic oven according to claim 1, it is characterized in that, described collection wind box air outlet (504) near circuit main board (9) is fixed with two mainboard wind deflectors (13), form mainboard air guide hole (1301) between two mainboard wind deflectors (13), two mainboard wind deflectors (13) tilt to extend toward function demarcation strip (3) direction simultaneously.
3. a kind of novel electromagnetic oven according to claim 1, it is characterized in that, polylith flow distribution plate (14) is in series with between described circuit main board (9) and coil panel (10), the profile of every block flow distribution plate (14) respectively along coil panel (10) is extended, air inlet deflector apron (7) near coil panel (10) is connected with coil panel wind deflector (15), coil panel wind deflector (15) tilts to extend along the direction of second exhaust port (107-1), and the height of coil panel wind deflector (15) and air inlet deflector apron (7) maintain an equal level, form coil panel between coil panel wind deflector (15) and polylith flow distribution plate (14) to dispel the heat guiding region (16), form mainboard between polylith flow distribution plate (14) and function demarcation strip (3) to dispel the heat guiding region (17).
4. a kind of novel electromagnetic oven according to claim 1, is characterized in that, face-piece (2) two sides of described air inlet (105-1) and first row gas port (106-1) top start have multiple face-piece air inlet (201) and face-piece exhaust outlet (202) respectively.
5. a kind of novel electromagnetic oven according to claim 1, it is characterized in that, be provided with water conservancy diversion barricade air gathering plate (18) between described water conservancy diversion barricade (11) and air inlet deflector apron (7), water conservancy diversion barricade air gathering plate (18) height is highly fair with water conservancy diversion barricade (11).
6. a kind of novel electromagnetic oven according to claim 1, is characterized in that, describedly on the circuit main board (9) of collection wind box air outlet (504), is fixed with heat radiation aluminium block (901).
7. a kind of novel electromagnetic oven according to claim 1, is characterized in that, described water conservancy diversion barricade (11) is annular or arc or rectangle.
8. a kind of novel electromagnetic oven according to claim 1, it is characterized in that, side inlet channel (19) is formed between described collection wind box (5) and function demarcation strip (3), side inlet channel (19) one end communicates with air inlet (105-1), and the other end is intercepted by side inlet channel dividing plate (20).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410094314.2A CN103884029B (en) | 2014-03-14 | 2014-03-14 | A kind of novel electromagnetic oven |
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| CN201410094314.2A CN103884029B (en) | 2014-03-14 | 2014-03-14 | A kind of novel electromagnetic oven |
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| CN103884029B true CN103884029B (en) | 2016-03-30 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105987413A (en) * | 2015-02-11 | 2016-10-05 | 九阳股份有限公司 | Low-radiation electromagnetic heating device |
| CN105341174A (en) * | 2015-11-17 | 2016-02-24 | 赣州市飞天太阳能工程技术研究所 | Yuba processing equipment taking induction cooker as heat source |
| KR20190054031A (en) * | 2016-03-01 | 2019-05-21 | 마이어 인텔렉츄얼 프로퍼티즈 리미티드 | Induction burner cooling system and method |
| CN115120088B (en) * | 2022-06-10 | 2022-11-29 | 宁波方太厨具有限公司 | Cooking device and integrated stove with same |
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| CN201992709U (en) * | 2010-12-31 | 2011-09-28 | 美的集团有限公司 | Ultrathin electromagnetic oven |
| CN201909358U (en) * | 2011-01-07 | 2011-07-27 | 黎结芝 | Induction cooker with good heat dissipation effect |
| CN202066071U (en) * | 2011-04-14 | 2011-12-07 | 格力电器（中山）小家电制造有限公司 | Induction cooker with novel air guiding structure |
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Effective date of registration: 20230602 Address after: 528,300 First floor, No. 1, Fujifude Road, Ronggui, Shunde District, Foshan, Guangdong Patentee after: FOSHAN CITY SHUNDE DISTRICT PUFATE ELECTRIC APPLIANCE INDUSTRIAL CO.,LTD. Address before: No. 2, Port 1, Qilong Road, Ronggui Street, Shunde District, Foshan, Guangdong 528305 Patentee before: Li Jiezhi |