CN108180517A

CN108180517A - Heat cooking apparatus

Info

Publication number: CN108180517A
Application number: CN201711450616.9A
Authority: CN
Inventors: 远藤实; 黄德莉
Original assignee: Midea Group Co Ltd; Guangdong Midea Kitchen Appliances Manufacturing Co Ltd
Current assignee: Midea Group Co Ltd; Guangdong Midea Kitchen Appliances Manufacturing Co Ltd
Priority date: 2017-12-27
Filing date: 2017-12-27
Publication date: 2018-06-19
Anticipated expiration: 2037-12-27
Also published as: CN108180517B

Abstract

The present invention relates to household appliance technical fields, disclose a kind of heat cooking apparatus, including：Heat room (10), heating unit (20), detection unit (30)；For the detection unit (30) to be fixed on to the detector fixed station (40) on heating room (10)；With the fan (60) that can form blow-through wind and cross air blasting, the detector fixed station (40) is positioned at the leeward side of the cross air blasting, wind path (51) and the tuyere notch (52) connected with the wind path (51) are formed in the detector fixed station (40), the cross air blasting that the wind path (51) and tuyere notch (52) can flow through the detector fixed station (40) forms the rectification wind that through direction intersects of the wind direction with the detection hole (16) of the detection unit (30), fly slag so as to be effectively prevented food during the entire process of being heated in food, the flyings such as moisture condensation drop pollute detection unit, detection unit is enabled more muchly to keep stable accuracy of detection.

Description

Heat cooking apparatus

Technical field

The present invention relates to household appliance technical field, more particularly to heat cooking apparatus.

Background technology

With the continuous development of technology, people’s lives are also increasingly busy, and the requirement to the degree of automation of the cooking is also got over Come higher, in order to preferably carry out automatic-cooking, various detectors are provided in more and more cooking appliances.

For example, using temperature detector, detect the temperature values such as food temperature and the indoor temperature rise degree of heating or And temperature change, it obtains the weight of food using weight tester and the steam sent out from food is detected in heating process Amount etc., cooking appliance can utilize these information, carry out the cooking matched with the menu of user's selection.

Particularly micro-wave oven, since it using microwave caused by magnetron heats food, it is thus possible to more Accurately control heating time, heating intensity etc..In order to realize more menu functions, various detections are provided in micro-wave oven Device.

In recent years, infrared detector is usually provided in micro-wave oven, thus needs to be provided with detection use on heating room Hole, so that infrared ray passes through and is transmitted to infrared detector.But what the indoor steam generated due to heating of heating was formed Moisture condensation may go through detection hole, pollute the eyeglass of the test section as infrared detector.

In addition, carry having heaters grill microwave oven in, be usually provided with the hole portions such as exhaust outlet or gap etc. with Heat is enable to discharge.Although situation about being covered with film or lid to heating object is more, when user neglects And will be covered with shell article and be put into microwave stove heat or by closed article when being put into microwave stove heat, easily occurring Compared with Major disruptionL, it is likely that heating interior is made to be full of residue.

User can clean to heating indoor wall surface, still, for exhaust outlet, air inlet set by heating interior The inside in the holes such as mouth, is but difficult to clean.For infrared detector detection with hole also as this some holes, be faced be difficult to it is clear The problem of sweeping.

And in order to which detection infrared ray is enable to be smoothly through, detection is usually opened up larger with hole.Due to infrared ray Detection has the aperture of bigger for the aperture compared to exhaust outlet, air inlet etc. with hole, once therefore food because excessively heating etc. What reason occurred suddenly disperses, and the probability that food flies slag etc. into the hole also increases.

Heat and food caused by heating interior fly the flyings pollution infrared detection such as slag, moisture condensation drop in order to prevent Device is disclosed infrared ray acceptance part is protected using shutter etc. in the prior art.Shutter is opened when in use, can It is observed by detection with hole and heats indoor measuring object, closed in other times shutter, so as to prevent flying from passing through The detection is entered with hole pollutes eyeglass in infrared detector.

In addition, following technical proposals have been also disclosed in the prior art：Air guide duct is provided in front of fan, by fan Electrical cooling branch to infrared detector with a wind in wind.But since wind is in branching process, easily electrical Indoor diffusion can not effectively suppress the flowing that food flies the flyings such as slag, moisture condensation drop.Therefore, it is red with use of microwave ovens The pollution in the eyeglass portion of outer thread detector is gradually serious, and the susceptibility of detection constantly declines.

Invention content

The purpose of the invention is to food of the existing technology is overcome to fly the flyings pollution detection lists such as slag, moisture condensation drop The problem of first, provides a kind of heat cooking apparatus, which can make detection unit keep stable accuracy of detection.

To achieve these goals, the present invention provides a kind of heat cooking apparatus, is heated including being used to accommodating food Heating room；For the heating unit heated to the food being placed in the heating room；For indoor to the heating The detection unit that dietary regimen is detected；Detector for the detection unit to be fixed on the heating room is fixed Platform；With the fan that can form blow-through wind and cross air blasting；The detector fixed station is located at the leeward one of the cross air blasting Side is formed with wind path and the tuyere notch connected with the wind path in the detector fixed station, and the wind path and tuyere notch can make Flow through the detector fixed station cross air blasting formed wind direction intersect with the detection hole of the detection unit through direction it is whole Flow wind.

Preferably, it is described heating room include bottom plate, the left plate and right plate being connected with the bottom plate, the left plate and Gas vent is provided on one of right plate, air admission hole and described is provided on the other of the left plate and right plate Detection hole.

Preferably, there is the detector fixed station the first fixed part that can be fixed on stationary plane and second to fix Portion, the first wall portion being arranged between first fixed part and the second fixed part and consolidating for the detection unit can be fixed Determine side plate.

Preferably, the detector fixed station also has the second wall portion, which is located at first wall portion and institute Between stating fixed side panel, and it is parallel to first wall portion.

Preferably, top is connected between second wall portion and the first wall portion, the fixed side panel is relative to described the Two wall portions tilt, and the tuyere notch includes the oral pore against the wind for being arranged on the top, first be arranged on the fixed side panel Tuyere notch and the second tuyere notch.

Preferably, be provided with gap support portion on the fixed side panel so that the fixed side panel, second wall portion and The first gap is surrounded between the stationary plane, which has lower openings, which is located at the upper of the fan Side, the wind path include the first wind path, which is to enter to flow through the fixation from the lower openings in first gap It side plate and then is flowed out from first tuyere notch and the second tuyere notch.

Preferably, the detector fixed station further includes guide portion, which is connected to first wall portion and second Between wall portion, and it is connected with the top, the guide portion, the top, second wall portion, first wall portion and described The second gap is surrounded between stationary plane, which has lower openings, which is located at the top of the fan, institute State wind path and include the second wind path, second wind path be enter from the lower openings in second gap flow through the guide portion and then It is flowed out from the oral pore against the wind.

Preferably, the fan includes flabellum portion and the fan guide plate for fixing the flabellum portion, the detector are fixed Platform is connected on the fan guide plate.

Preferably, the detection unit is infra-red ray detection device, which is accommodated by detection unit Housing is mounted on the detector fixed station, and the detection unit accommodates to be both provided on housing and the detector fixed station Infrared ray hole is so that the infrared ray of the test section transmitting-receiving of the infra-red ray detection device can be through the detection hole with entering institute State heating room.

Preferably, the heat cooking apparatus is micro-wave oven, and the heating unit includes the magnetron for generating microwave Device, the power supply for powering to the magnetron device, the heating unit are arranged on the front of the blow-through wind, the inspection Survey the front that device fixed station is arranged on the cross air blasting.

Through the above technical solutions, wind path and the tuyere notch connected with the wind path, energy are formed in device fixed station using surveying It is enough that the cross air blasting for making fan is effectively guided, form rectification wind, the wind direction of the rectification wind and the detection hole of detection unit Intersect through direction, flying slag, moisture condensation drop etc. so as to being effectively prevented food during the entire process of being heated in food disperses Object pollutes detection unit so that detection unit can more muchly keep stable accuracy of detection.

Description of the drawings

Fig. 1 is a kind of stereogram of specific embodiment of heat cooking apparatus of the present invention.

Fig. 2 is a kind of side view of specific embodiment of heat cooking apparatus of the present invention.

Fig. 3 is the schematic diagram for representing detection hole in the position of heating room of the present invention.

Fig. 4 is a kind of stereogram of specific embodiment of detector fixed station of the present invention.

Fig. 5 is that a kind of stereogram of specific embodiment of detector fixed station of the present invention (indicates wind path side To).

Fig. 6 is that a kind of another stereogram of specific embodiment of detector fixed station of the present invention (indicates wind path Direction).

Reference sign

10 heating rooms

11 bottom plate, 12 left plate

13 right plate, 14 gas vent

15 air admission hole, 16 detection hole

17 top plate, 18 back side panel

19 door body

20 heating units

21 power supply, 22 magnetron device

30 detection units

31 test sections

40 detector fixed station, 41 gap support portion

42 side plate hole, 43 guide portion

44 45 fixed side panels of top

46 first wall portion, 47 second wall portion

48 first fixed part, 49 second fixed part

51 wind paths

511 first wind path, 512 second wind path

52 tuyere notches 521 oral pore against the wind

522 first tuyere notch, 523 second tuyere notch

531 first gap, 532 second gap

60 fans

Fan guide plate in 61 flabellum portions 62

63 fan suspension bracket, 64 rotary shaft

70 detection units accommodate housing

Specific embodiment

The specific embodiment of the present invention is described in detail below in conjunction with attached drawing.It should be understood that this place is retouched The specific embodiment stated is merely to illustrate and explain the present invention, and is not intended to restrict the invention.

In the present invention, the noun of locality used as " upper and lower, left and right " typically refer to shown in refer to the attached drawing it is upper and lower, left, It is right；" inside and outside " refers to the inside and outside of the profile relative to each component in itself.In addition, term " first ", " second " are only used for describing Purpose, and it is not intended that instruction or hint relative importance or the implicit quantity for indicating indicated technical characteristic.

The present invention provides a kind of heat cooking apparatus, the heating room 10 heated including being used to accommodating food；For right The heating unit 20 that the food being placed in heating room 10 is heated；For what is be detected to dietary regimen in heating room 10 Detection unit 30；For detection unit 30 to be fixed on to the detector fixed station 40 and fan 60 on heating room 10.

As shown in figures 1 to 6, the fan 60 utilized in the heat cooking apparatus of the present invention can generate blow-through wind cross air blasting, Detector fixed station 40 is located at the leeward side of the cross air blasting.By being formed with wind path 51 in detector fixed station 40 The tuyere notch 52 connected with the wind path 51 makes cross air blasting form rectification wind, the wind of the rectification wind through wind path 51 and tuyere notch 52 To intersecting through direction for the detection hole 16 with detection unit 30.

It is easily understood that fan 60 of the present invention is when rotated, in addition to forwards, i.e., perpendicular to rotary shaft 64 Direction blow, can also scatter upper left and right downwards, i.e., be blowed perpendicular to the direction of the rotary shaft 64 of fan 60.Moreover, because wind Wind caused by fan 60 has certain diversity, therefore substantially flow direction that is of the present invention parallel and being vertically description wind.

In addition, the flabellum of fan 60 has multiple, and flabellum is set in a manner of standing opposite, from the overlook direction F of Fig. 1 Observation, detection unit 30 is opposite to be horizontally oriented with flabellum, therefore is arranged on the opposite inspection with the horizontal direction of electric fan Surveying device fixed station 40 can be broken access of the pollutant to test section using the part windage.

According to the present invention, using the construction of detector fixed station 40, make the wind energy that fan 60 is occurred enough in detection unit Near 30 installation surface, the cross air blasting for entering detector fixed station 40 forms rectification wind through wind path 51 so that and wind enhances, And can be penetrated through by the tuyere notch 52 in 51 front of wind path of detector fixed station 40, the tuyere notch 52 with wind path 51, from And rectification wind energy is made enough swimmingly to flow through detector fixed station 40, inner face of the rectification wind formed along detector fixed station 40 (i.e. the face opposite with following stationary planes) is flowed, and wind direction intersects with the detection hole 16 of detection unit 30 through direction, so as to The flyings such as production raw food flies slag, moisture condensation is dripped in heating process can be avoided to be entered in detector from the detection hole 16, Eyeglass in pollution detection unit 30 etc. so that detection unit 30 can more muchly keep stable accuracy of detection.

As a kind of specific embodiment, as shown in figure 3, heating room 10 includes bottom plate 11, the left side being connected with bottom plate 11 Side plate 12 and right plate 13 are provided with gas vent 14, left plate 12 and right plate on one of left plate 12 and right plate 13 Air admission hole 15 and detection hole 16 are provided on the other of 13.In order to obtain the state change of food in heating process, Need detection unit 30 that can obtain the state in heating room 10 by the detection hole 16 always, it is therefore desirable to which detection hole 16 can Always it is connected in heating room 10.

As shown in figure 3, the diameter of the detection hole 16 is usually than the diameter bigger of gas vent 14, air admission hole 15, thus, heating Water droplet in the process or produced due tos non-standard operation or excessively heating etc. the pollutants such as raw food disintegrating slag be easier into Enter into detection hole 16.Although covering detection hole 16 using shielding cover etc., the entrance of pollutant can be avoided during blocking.But It is, when detection unit 30 is needed to be detected, shielding cover to be needed to open, at this point, pollutant still is able to enter through detection hole 16 enter.

Using the construction of the detector fixed station 40 of the present invention, it can be formed and run through with the detection hole of detection unit 30 16 The rectification wind that direction is intersected.The rectification wind energy is enough to be made to form enough wind at detection hole 16 during detection unit 30 is detected Pressure forces pollutant can not be by detection hole 16, so as to the certain time during the entire process of heating or even after heating It is interior, effectively ensure that pollutant will not be entered in detection hole 16.

As Figure 4-Figure 6, detector fixed station 40 has can be fixed on stationary plane (i.e. right side 13) first to consolidate Determine 48 and second fixed part 49 of portion, preferably detector fixed station 40 is set by 48 and second fixed part 49 of the first fixed part In the top of fan 60.Specifically, 46 and of the first wall portion by being arranged between the first fixed part 48 and the second fixed part 49 Wind path 51 can be formed for the fixed side panel 45 of fixed test unit 30.That is, using the first wall portion 46, fixed side panel 45 with consolidating Determine the gap formed between face, cross air blasting is forced to flow through the gap and forms wind path 51.

In addition, in order not to which cross air blasting is made to form sinuous flow in gap, and guiding role is played to the flow direction of cross air blasting, it can Tuyere notch 52 is opened up near the close stationary plane of fixed side panel 45.It is preferred that the tuyere notch 52 is arranged near test section 31, So that cross air blasting is easier to flow at this, and is effectively formed between detection hole 16 and test section 31 and block stream, i.e., along wind path The wind direction that 51 cross air blastings flowed through are formed is orthogonal through direction with detection hole 16, blocks access of the pollutant to test section.

Further, it is preferable to which detector fixed station 40 also has the second wall portion 47, which is located at the first wall portion Between 46 and fixed side panel 45, and the first wall portion 46 is parallel to, can be increased by second wall portion 47 and enter detector and consolidate Determine the intensity of the rectification wind in platform 40, and whole to cross air blasting progress using the first wall portion 46 and the second wall portion 47 being mutually parallel Stream, additionally it is possible to the flow velocity with the cross air blasting that trend test section 31 flows through.In addition it is possible to according to detector fixed station 40 and fan 60 width etc. is provided with multiple second wall portions 47.

Specifically, top 44 is connected between the second wall portion 47 and the first wall portion 46, fixed side panel 45 is relative to the second wall Portion 47 tilts, and at an acute angle, against the wind oral pore 521 of the tuyere notch 52 including being arranged on top 44 that are connected with the second wall portion 47, setting The first tuyere notch 522 and the second tuyere notch 523 on fixed side panel 45.First tuyere notch, 522 and second tuyere notch 523 is Arc hole.

Gap support portion 41 is provided on fixed side panel 45, so that between fixed side panel 45, the second wall portion 47 and stationary plane Surround the first gap 531.Additionally, it is preferred that gap support portion 41 is formed as L-shaped, i.e., opened up in the part of face test section 31 logical Road.

As shown in figure 5, wherein illustrating wind path 51 using arrow, the first gap 531 has lower openings, preferably makes under this Portion's opening is positioned at the top of fan 60.In this way, above-mentioned fixed side panel 45, gap support portion 41, the second wall portion can be utilized 47th, the first tuyere notch 522, the second tuyere notch 523 and stationary plane form the first wind path 511, this flows through the whole of first wind path 511 It flows wind from the lower openings in the first gap 531 to enter, flows through fixed side panel 45, and then from the first tuyere notch 522 and the second air port It flows out in hole 523.Similarly, the second wind path 512 enters from the lower openings in the second gap 532, flows through stationary plane, and then from against the wind Oral pore 521 flows out.

In addition, in order to which cross air blastings more as possible is made to enter in detector fixed station 40, rectification wind, such as Fig. 6 are formed Shown, detector fixed station 40 further includes guide portion 43, which is connected between the first wall portion 47 and the second wall portion 46, And it is connected with top 44.The lower openings that can enable the second following gaps 532 using the guide portion 43 are larger, and under The second mounting portions of Fang Chaoxiang 49 (stationary plane) are obliquely installed, and so as to be drained to cross air blasting, are effectively prevented the diffusion of wind, are made Flowing through the wind at detection hole 16 has enough wind pressure, prevents food from flying the flyings such as slag, moisture condensation drop and is polluted by detection hole 16 Test section 31.In addition, as shown in Figure 4, additionally it is possible to be provided with side plate hole 42 on the lateral surface of the second wall portion 46, the side plate hole 42 Housing 70 is accommodated for fixed test unit.Detection unit accommodates and is provided with corresponding fixing hole on housing 70, passes through bolt Wait fasteners that detection unit receiving housing 70 is fixed on detector fixed station 40.

By above structure, as indicated by the arrows in fig. 6, by top 44, the second wall portion 47, the first wall portion 46 and fix Face and guide portion 43 and cooperation, enable the second surrounded gap 532 to form wind path 512.That is the second gap 532 has lower part Opening, the lower openings are located at the top of fan 60, and the wind energy of fan 60 is reached to be entered along guide portion 43, and with arrow institute in Fig. 5 Show that wind converges, form stronger wind, and intersect with detection hole 16 through direction, so as to be reliably prevented food fly slag, knot The flyings such as dew drop are entered from the detection hole 16 in detection unit 30 so that detection unit 30 can more muchly keep stable Accuracy of detection.

In the present invention, it is preferable to use stent fan, which includes flabellum portion 61 and for fixed fan fan 60 The fan guide plate 62 of leaf portion 61 and fan suspension bracket 63 are set by detector fixed station 40 in a manner of being connected to fan guide plate 62 It puts, making to blow to the wind at fan guide plate 62 can also enter along in fan guide plate 62 in the wind path 51 of detector fixed station 40, into one Step improves wind.And the diffusion of wind can be avoided using the fan guide plate 62 using this.

Specifically, detection unit 30 is infra-red ray detection device, which is accommodated by detection unit 30 Housing 70 is mounted on detector fixed station 40, is both provided on the receiving housing 70 of detection unit 30 and detector fixed station 40 red Outer string holes is so that the infrared ray that the test section 31 of infra-red ray detection device is received and dispatched the disengaging of hole 16 can heat room 10 after testing.

As shown in Figs. 1-2, heat cooking apparatus is micro-wave oven, and heating unit 20 includes the magnetron dress for generating microwave The 22, power supply 21 for powering to magnetron device 22 is put, heating unit 20 is arranged on the front of blow-through wind, detector fixed station 40 are arranged on the front of cross air blasting.

Room 10 is heated by bottom plate 11, the left plate 12 and right plate 13 being connected with bottom plate 11, top plate 17 and is hinged on bottom The door body 19 that plate 11 can be opened and closed surrounds, and magnetron device 22 is arranged on outside heating room 10.

Specifically, when carrying out heat foods using micro-wave oven, in order to which radiated microwaves, power supply 21 carry out in heating room 10 Power supply supplies, to apply high voltage on magnetron device 22.The food being placed on as a result, in heating room 10 starts to absorb micro- Wave.Meanwhile start to act to cool down the fan 60 of power supply 21, magnetron device 22 and other electrical components, start to each portion Send wind.

According to the present invention, it is arranged on and passes through detection unit 30 with the infra-red ray detection device in 60 generally vertical direction of fan It accommodates housing 70 and detector fixed station 40 is set.Therefore fan 60 can not only be dried in direction forwards by rotary motion, Form blow-through wind.Fan 60 can also blow to surrounding, and the fan guide plate 62 of general horizontal direction setting passed through, make approximate horizontal The detection unit 30 that the wind energy in direction is got at up to infra-red ray detection device accommodates housing 70 and detector fixed station 40.Detector is consolidated The inner face that detection unit 30 accommodates housing 70 that is fixed with for determining platform 40 has gap, i.e., including the first gap 531, the second gap 532, It is provided with so as to not interfere wind caused by fan 60, and pass through relative to the parallel multiple walls of wind direction, i.e. the first wall portion 47 and second wall portion 46, play the role of rectification.

By foregoing description it is found that the construction and mounting means of the detector fixed station 40 of the present invention, can make from wind The wind that fan 60 is occurred effectively is reached near the installation surface as the infra-red ray detection device of detection unit 30, not only effectively Ground avoids wind from spreading, and can by wind effectively rectification and enhance wind, the cross air blasting of fan 60 is made successfully to flow through One wind path 511 and the first wind path 512, and by setting tuyere notch (oral pore 521, the first wind against the wind in front of the direction of wind path 51 522 and second tuyere notch 523 of oral pore so that cross air blasting is easier to flow at this, so as to be cooled down using to electrical component etc. It is distinguished and admirable with fan 60, food is effectively prevented during the entire process of food heating flies the flyings such as slag, moisture condensation drop and pollute Eyeglass of detector 31 etc. so that detection unit 30 can more muchly keep stable accuracy of detection.

The preferred embodiment of the present invention is described in detail above in association with attached drawing, still, the present invention is not limited thereto.At this In the range of the technology design of invention, a variety of simple variants can be carried out to technical scheme of the present invention, including each particular technique Feature is combined in any suitable manner, and in order to avoid unnecessary repetition, the present invention is to various combinations of possible ways No longer separately illustrate.But it should also be regarded as the disclosure of the present invention for these simple variants and combination, belongs to the present invention Protection domain.

Claims

1. a kind of heat cooking apparatus, including：For accommodating the heating room (10) that food is heated；For described to being placed on The heating unit (20) that food in heating room (10) is heated；For being examined to described heating room (10) interior dietary regimen The detection unit (30) of survey；For the detection unit (30) to be fixed on to the detector fixed station on heating room (10) (40)；With the fan (60) that can form blow-through wind and cross air blasting, which is characterized in that

The detector fixed station (40) positioned at the leeward side of the cross air blasting,

Wind path (51) and the tuyere notch (52) connected with the wind path (51), the wind are formed in the detector fixed station (40) The cross air blasting that road (51) and tuyere notch (52) can flow through the detector fixed station (40) forms wind direction and the detection list The rectification wind intersected through direction of the detection hole (16) of first (30).

2. heat cooking apparatus according to claim 1, which is characterized in that heating room (10) includes bottom plate (11), The left plate (12) and right plate (13) being connected with the bottom plate (11), one of the left plate (12) and right plate (13) On be provided with gas vent (14), be provided with air admission hole (15) and institute on the other of the left plate (12) and right plate (13) State detection hole (16).

3. heat cooking apparatus according to claim 1, which is characterized in that the detector fixed station (40) has can Fixed to the first fixed part (48) on stationary plane and the second fixed part (49), it is arranged in first fixed part (48) and second The first wall portion (46) between fixed part (49) and the fixed side panel (45) that the detection unit (30) can be fixed.

4. heat cooking apparatus according to claim 3, which is characterized in that the detector fixed station (40) also has the Two wall portions (47), second wall portion (47) are parallel between first wall portion (46) and the fixed side panel (45) First wall portion (46).

5. heat cooking apparatus according to claim 4, which is characterized in that second wall portion (47) and the first wall portion (46) top (44) is connected between, the fixed side panel (45) tilts relative to second wall portion (47),

Against the wind oral pore (521) of the tuyere notch (52) including being arranged on the top (44), is arranged on the fixed side panel (45) the first tuyere notch (522) and the second tuyere notch (523) on.

6. heat cooking apparatus according to claim 5, which is characterized in that be provided with gap on the fixed side panel (45) Support portion (41), so as to surround the first gap between the fixed side panel (45), second wall portion (47) and the stationary plane (531), which has lower openings, which is located at the top of the fan (60), the wind path (51) (51) include the first wind path (51) (511), which is from the lower part of first gap (531) Opening, which enters, to be flowed through the fixed side panel (45) and then is flowed out from first tuyere notch (522) and the second tuyere notch (523).

7. heat cooking apparatus according to claim 5, which is characterized in that the detector fixed station (40), which further includes, draws Lead portion (43), which is connected between first wall portion (47) and the second wall portion (46), and with the top (44) it is connected,

The guide portion (43), the top (44), second wall portion (47), first wall portion (46) and the stationary plane Between surround the second gap (532), which has lower openings, which is located at the fan (60) Top, the wind path (51) (51) includes the second wind path (512), which is from second gap (532) Lower openings enter flow through the guide portion (43) so that from the oral pore against the wind (521) flow out.

8. according to the heat cooking apparatus described in any one in claim 1-7, which is characterized in that the fan (60) includes Flabellum portion (61) and the fan guide plate (62) for fixing the flabellum portion (61), the detector fixed station (40) are connected to described It fans on guide plate (62).

9. according to the heat cooking apparatus described in any one in claim 1-7, which is characterized in that the detection unit (30) For infra-red ray detection device, which accommodates housing (70) by detection unit and is fixed mounted on the detector On platform (40), the detection unit accommodate be both provided with infrared ray hole on housing (70) and the detector fixed station (40) so that The infrared ray of test section (31) transmitting-receiving of the infra-red ray detection device can be through the detection hole (16) with entering described add Hot cell (10).

10. according to the heat cooking apparatus described in any one in claim 1-7, which is characterized in that dress is cooked in the heating Be set to micro-wave oven, the heating unit (20) including being used to generating the magnetron device (22) of microwave, for the magnetron The power supply (21) of device (22) power supply, the heating unit (20) are arranged on the front of the blow-through wind, and the detector is fixed Platform (40) is arranged on the front of the cross air blasting.