CN209285232U - Food processor - Google Patents

Abstract

The utility model aims to provide a food processor, which comprises a machine body assembly and a base, wherein the base comprises a fixed part and a movable part, the movable part can swing relative to the fixed part, a vacuumizing system is arranged in the base, the vacuumizing system comprises an air suction valve, and the air suction valve is arranged on the movable part; the machine body component is provided with an air inlet duct which is communicated with the interior of the cup barrel component of the machine body component; and wherein the bleed valve is in communication with the air intake passage of the block assembly when the movable portion is swung to the first position and is disconnected from the air intake passage when the movable portion is swung to the second position. The vacuum pumping function can be realized by simple arrangement. Moreover, the base is provided with an electrically conductive insertion piece which is inserted into a jack connected with an electric connector in the body assembly, so that the base and the body assembly are detachably and electrically connected, thereby satisfying the requirements of portability and easy cleaning.

Description

Food cooking machine

Technical field

The utility model relates to a kind of food cooking machines.

Background technique

Currently, food cooking machine is using very extensive as common household electrical appliance.And increasingly with food cooking machine Development, it is also more and more diversified to the functional requirement of food cooking machine.Wherein, it is related to food cooking machine food when handling food The problem of object and air effect lead to nutrition loss.

And in order to solve this problem, vacuumize process can be carried out to food cooking machine before arranging food, so that When carrying out food cooking under vacuum conditions, the interaction of food Yu air especially oxygen is avoided, to enhance food guarantor Fresh function.

Utility model content

The purpose of this utility model is to provide a kind of food cooking machine, the function of vacuumizing can be realized.

A kind of food cooking machine, including cylinder block set and pedestal are provided, the pedestal includes fixed part and movable part, institute It is swingable relative to the fixed part to state movable part, and the base interior is disposed with pumped vacuum systems, described vacuumize is System includes extraction valve, and the extraction valve is arranged in the movable part；The cylinder block set has air inlet port, the air inlet port It is connected to inside the cup tub assembly of the cylinder block set；And wherein, when the movable part swings to first position, the pumping Valve is connected to the air inlet port of the cylinder block set, and when the movable part swings to the second position, the extraction valve with The air inlet port disconnects.

In one embodiment, the fixed part of the pedestal further includes the supporting part protruded out from downside, the branch Plug division or jack are provided in bearing portion；And the bottom of the cylinder block set is provided with jack or plug division；The pedestal The plug division is inserted into the jack of the cylinder block set or the pedestal is inserted into the plug division of the cylinder block set In jack, and the supporting part supports the cylinder block set.

In one embodiment, the plug division of the pedestal or the cylinder block set is electrical conduction inserted sheet, and institute It states jack and is connected with electric connector.

In one embodiment, the pumped vacuum systems further include: vacuum pump, including air entry and exhaust outlet；With it is big Air valve, the atmos-valve includes that atmos-valve import, atmosphere valve outlet and atmos-valve are imported and exported, described in the atmos-valve inlet communication Exhaust outlet；Wherein, the extraction valve includes extraction valve import, pumping valve outlet and extraction valve inlet and outlet, the pumping valve outlet It is connected to the air entry；Also, extraction valve import described in the atmos-valve outlet, the atmos-valve inlet and outlet connection are big Gas, and atmos-valve inlet and outlet optionally connect with the atmos-valve inlet communication or with the atmosphere valve outlet It is logical.

In one embodiment, the pumped vacuum systems further include for control vacuumize vacuumize control system.

In one embodiment, the vacuum pump is arranged in the fixed part.

In one embodiment, the atmos-valve is arranged in the movable part.

In one embodiment, the pumped vacuum systems further includes the electrical storage device of power supply.

In one embodiment, it there also is provided the socket for connecting external power supply in the pedestal.

In one embodiment, the extraction valve is arranged in the protruding portion of the movable part protruded out downwards.

In one embodiment, it is provided on the upper lid of the nose assembly of the cylinder block set corresponding with the protruding portion The recessed portion to lower recess.

In one embodiment, in the cylinder block set, the center line of the air inlet port and the lower cover of nose assembly Lateral wall distance be L, 10mm≤L≤85mm；The road junction of the air inlet port is M at a distance from blade, 60mm≤M≤ 90mm；The ratio of the sectional area of the sectional area and inner cup of the air inlet port is more than or equal to 0.07；Across the third air inlet of inner cover The diameter in duct and the ratio of the length of the third air inlet port along vertical direction are more than or equal to 0.5.

In one embodiment, in the cylinder block set, the center line of the air inlet port and the central axis of motor Distance be B, 25mm≤B≤100mm；The center line of the air inlet port is C, 15mm at a distance from the inner sidewall of inner cup ≤C≤100mm；Also, the road junction of the air inlet port is G, 20mm≤G≤80mm at a distance from the top of flow-interfering bar.

In one embodiment, the center line of the air inlet port is E, 35mm at a distance from the center line of anti-flow electrode ≤E≤110mm；Also, the road junction of the air inlet port is F at a distance from the bottom of the anti-flow electrode, 35mm≤F≤ 75mm。

By the food cooking machine with above structure, food can be carried out to realize with simple-arranged under vacuum conditions Cooking, to enhance food fresh-keeping function.Moreover, pedestal is provided with electrical conduction inserted sheet, it is inserted into cylinder block set and is connected with electricity The jack of connector is thus removably electrically connected between pedestal and cylinder block set, to meet wanting for portability and easy cleaning It asks.

Detailed description of the invention

It is to provide and being further understood to the utility model including attached drawing, they are included and constitute one of the application Point, attached drawing shows the embodiments of the present invention, and plays the role of explaining the utility model principle together with this specification. In attached drawing:

Fig. 1 is the structural schematic diagram of the soya-bean milk thermomechanical components according to the utility model when movable part swings to first position.

Fig. 2 is the soya-bean milk thermomechanical components according to the utility model when movable part swings to the position different from first position Structural schematic diagram.

Fig. 3 is the soya-bean milk unit according to the utility model when movable part swings to the another location different from first position The structural schematic diagram of part.

Fig. 4 is the decomposition diagram according to the nose assembly of the soy bean milk making machine of the utility model.

Fig. 5 is the decomposition diagram according to the pedestal of the utility model beans and the cup tub assembly of soy bean milk making machine and base assembly.

Fig. 6 is the schematic diagram according to the gas circuit in the pumped vacuum systems of the soya-bean milk thermomechanical components of the utility model.

Fig. 7 is the schematic diagram according to all parts arrangement of the soya-bean milk thermomechanical components of the utility model.

Specific embodiment

The utility model is described in further detail with attached drawing combined with specific embodiments below, elaborates in the following description More details are in order to fully understand the utility model, but the utility model obviously can be different from what this was described with a variety of Other way is implemented, and those skilled in the art can be without prejudice to the utility model connotation according to practical application feelings Condition makees similar popularization, deduces, therefore should not limit the protection scope of the utility model with the content of this specific embodiment.

It should be noted that these and subsequent other attached drawings are only as an example, it is not to be according to equal proportion What condition was drawn, and should not be construed as limiting in this, as the protection scope to the utility model actual requirement.

As shown in Figure 1, Figure 2 and Figure 3, soy bean milk making machine according to the present utility model includes cylinder block set 10 and pedestal 100.

Pedestal 100 includes fixed part 101 and movable part 102, and movable part 102 is arranged in the upside of fixed part 101, and class It is similar to a swing arm, can be swung relative to fixed part 101.In addition, fixed part 101 further includes the supporting part protruded out from downside 101a, soy bean milk making machine 10 are supported on the supporting part 101a of fixed part 101.

In addition, fixed part 101 can also include the grip part 101b for facilitating user to hold.In Fig. 3, grip part 101b passes through It is formed along horizontal direction through the through-Penetration portion 101c of fixed part 101, the finger of user can pass through through-Penetration portion 101c.It holds Portion 101b is also possible to external handle.

Cylinder block set 10 includes nose assembly 1, cup tub assembly 2 and base assembly 3, and cup tub assembly 2 is for providing food materials Processing space, base assembly 3 are used to support nose assembly 1 and cup tub assembly 2, and the lid of nose assembly 1 closes on cup tub assembly 2.

Fig. 4 is the decomposition diagram of the nose assembly 1 of soy bean milk making machine.Wherein, nose assembly 1 includes upper cover 11,12 and of inner cover Lower cover 13.Lower cover 13 is cylindrical in shape, and extends downwardly into the bottom of glass tub assembly 2, is used to install motor.Cloth is gone back in nose assembly 1 It is equipped with the electric components such as electric machine assembly 14, power panel box 15, control panel component 16 and upper coupler 17, control panel component 16 can be with It is PCB circuit board, is electrically connected with the motor installed on lower cover 13, for controlling the operating of motor.Grinding device is mounted under On the motor shaft that lid 13 extends, it is used for comminuting matter, specifically, grinding device includes blade 18 (referring to Fig. 7).Upper cover 11 Panel can be set in upside, and human-computer interaction interface can be set in panel, can be used for being arranged the starting of soy bean milk making machine, program plus Load, function of selection soy bean milk making machine etc..It realizes and is tightly connected respectively between upper cover 11 and lower cover 13.Cup tub assembly 2 can be by head group The lid of part 1 closes, and food materials are placed between nose assembly 1 and cup tub assembly 2 by immersion, crushing or heating.In addition, nose assembly 1 is also Including head gasket 30, when vacuumizing, head gasket 30 is arranged between nose assembly 1 and cup tub assembly 2, is needed with realizing Sealing inside the cup tub assembly 2 to be vacuumized.

Fig. 5 is the cup tub assembly 2 of pedestal 100 and cylinder block set 10 and the decomposition diagram of base assembly 3.Cup tub assembly 2 include inner cup 21 and outer cup 22.As can be seen from Figure 5, lower coupler 41 is additionally provided on cup tub assembly 2, under lower coupler 41 passes through Coupler bracket 42 is fixed, couples with the upper coupler 17 being arranged on nose assembly 1.Required electric power passes through on nose assembly 1 Connector is transferred to lower coupler 41, then is transferred to upper coupler 17 by lower coupler 41, is then transmitted further on nose assembly 1 Each electrically or electronically component.

Fig. 6 schematically shows the gas circuit in the pumped vacuum systems of soya-bean milk thermomechanical components.Pumped vacuum systems includes vacuum pump 4, atmos-valve 5 and extraction valve 6.Vacuum pump 4 includes air entry A and exhaust outlet B, and atmos-valve 5 includes atmos-valve import F, atmos-valve E and atmos-valve inlet and outlet 51 are exported, and extraction valve 6 includes extraction valve import D, pumping valve outlet C and extraction valve inlet and outlet 66. Wherein, extraction valve inlet and outlet 66 are led in glass tub assembly 2, and pumping valve outlet C is connected to air entry A, exhaust outlet B be connected to atmos-valve into Mouth F, atmos-valve inlet and outlet 51 lead to atmosphere.In addition, atmosphere valve outlet E is connected to extraction valve import D.In atmos-valve 5, atmos-valve It is connected to atmos-valve import F or is connected to atmosphere valve outlet E to 51 property of can choose of inlet and outlet, for example, as described later , by the effect for selecting switch 55.

When vacuum pump 4 is started with to vacuumizing inside cup tub assembly 2, atmos-valve inlet and outlet 51 and atmos-valve import F connects Lead to and is not connected to atmosphere valve outlet E.Therefore, stuffiness at the extraction valve import D being connect with atmosphere valve outlet E, so, cup bucket After air inside component 2 enters extraction valve 6 from extraction valve import D, come out from pumping valve outlet C, subsequently into air entry A, It comes out from exhaust outlet B, is come out into atmos-valve import F, and then from atmos-valve inlet and outlet 51, into the external world, to realize that pumping is true Empty effect.

When needing outside air to enter glass 2 inside of tub assembly, atmos-valve inlet and outlet 51 be connected to atmosphere valve outlet E and with Atmos-valve import F is not connected to.Therefore, outside air enters atmos-valve 5 from atmos-valve inlet and outlet, comes out from atmosphere valve outlet E, into Enter extraction valve import D, and then come out from extraction valve inlet and outlet 66, is finally entered inside glass tub assembly 2.

Atmos-valve inlet and outlet 51 are specifically to be connected to or be connected to atmos-valve import F that Fig. 7 can be passed through with atmosphere valve outlet E Shown in switching switch 52 control.

In above description, it is the air inlet of corresponding component with the port main function that " import " describes, is retouched with " outlet " The port main function stated is the gas outlet of corresponding component, and with " inlet and outlet " describe be then corresponding component both air inlet outlets Port.

Described above is the gas circuit trends and basic working principle in pumped vacuum systems, are described below to vacuumize and are The specific arrangement of all parts particularly may refer to Fig. 7 in system.Wherein, it in order to keep diagram more succinct, is omitted in Fig. 7 The signal of specific pipeline, piping connection may refer to the description above for Fig. 6.

Pumped vacuum systems includes vacuum pump 4, atmos-valve 5 and extraction valve 6, further includes controlling the control that vacuumizes vacuumized to be System 43, is all disposed within inside pedestal 100.Specifically, it due to needing the object that vacuumizes to be inside glass tub assembly 2, thus is evacuated The extraction valve inlet and outlet of valve 6 must be connected to inside glass tub assembly 2, so extraction valve 6 is arranged in inside movable part 102.In order to subtract The weight of light movable part 102 and make movable part 102 be easy to swing, vacuum pump 4 and vacuumize control system 43 and be arranged in pedestal Inside 100 fixed part 101, vacuum pump 4 is fixed by vacuum pump support 41, vacuum pump 4 and vacuumizes control system 43 It can be arranged in inside movable part 102.In figure, atmos-valve 5 is arranged in inside movable part 102, and atmos-valve 5 can also be arranged in solid Determine inside portion 101, as long as its atmos-valve inlet and outlet 51 stretch out to be in communication with the outside.

Cylinder block set 10 has air inlet port 121, and air inlet port 121 is connected to inside the cup tub assembly 2 of cylinder block set 10, tool Body, air inlet port 121 is connected to inside the inner cup 21 of cylinder block set 10, and air inlet port 121 is along vertically downward direction Sequentially pass through upper cover 11, inner cover 12 and lower cover 13.Air inlet port 121 is made of three sections of air inlet ports, i.e. the first air inlet port 121a, the second air inlet port 121b and third air inlet port 121c, wherein the first air inlet port 121a, the second air inlet port 121b and third air inlet port 121c is the air inlet port across upper cover 11, inner cover 12 and lower cover 13 respectively.

Extraction valve inlet and outlet 66 are directly connected to the first air inlet port 121a in upper cover 11, then pass sequentially through the second air inlet Duct 121b and third air inlet port 121c, to be connected to inside inner cup 2.

In order to which leakproofness is good, each air inlet port junction and extraction valve inlet and outlet 66 and the first air inlet port 121a Junction has all used gasket, the gasket 61,62,63,64,65 in such as figure.

Although in embodiment, the first air inlet port 121 is by the first air inlet port 121a, the second air inlet port 121b and third Air inlet port 121c is constituted, and in Fig. 7, the first air inlet port 121a, the second air inlet port 121b and third air inlet port 121c is directly provided with respectively on upper cover 11, inner cover 12 and lower cover 13, and still, the first recent channel 121 is also possible to one and wears The pipe of upper cover 11, inner cover 12 and lower cover 13 is crossed, as long as good airproof performance, extraction valve inlet and outlet 66 and cup tub assembly 2 may be implemented Internal connection.

Particularly, extraction valve 6 is arranged in the protruding portion 102a of movable part 102 protruded out downwards, in this way, conveniently visually See the position of extraction valve 6.Further, it is provided with and 102a pairs of protruding portion in the upper cover 11 of the nose assembly 1 of cylinder block set 10 The recessed portion 11a to lower recess answered.

When specifically vacuumizing, cylinder block set 10 is placed on the supporting part 101a of pedestal 100, movable part 102 is swung To first position, position as shown in Figure 1, i.e. extraction valve 6 (specifically, extraction valve inlet and outlet 66) be connected to cylinder block set 10 into Stomata road 121, at this point, pumped vacuum systems can be operated with to vacuumizing inside cup tub assembly 2.Outside air is needed to enter cup bucket When 2 inside of component, movable part 102 is swung into the second position different from first position, as shown in Figures 2 and 3, Fig. 2 and Fig. 3 In two kinds of positions can be referred to as the second position, i.e. extraction valve inlet and outlet 66 and the air inlet of cylinder block set 10 of extraction valve 6 Road 121 disconnects, at this point, outside air enters inside cup tub assembly 2 from air inlet port 121, to conveniently take away nose assembly 1.

In addition, first state described above can also be passed through when needing outside air to enter glass 2 inside of tub assembly The lower switching switch 52 using atmos-valve 5, make atmos-valve 5 atmos-valve import and export 51 be connected to atmosphere valve outlet E and and atmosphere Valve import F is not connected to.At this point, outside air enters atmos-valve 5 from atmos-valve inlet and outlet 51, come out, enters from atmosphere valve outlet E Extraction valve import D, and then come out from extraction valve inlet and outlet 66, enter cup bucket finally by the air inlet port 121 of cylinder block set 10 Inside component 2.

From the description above it is found that atmos-valve 5 can be the valve that only atmos-valve imports and exports 51 and atmos-valve import F, Only allow air to enter atmos-valve 5 from atmos-valve import F then to come out from atmos-valve inlet and outlet 51, be in communication with the outside.At this point, needing When outside air being wanted to enter glass 2 inside of tub assembly, movable part 102 may only be swung to the second position different from first position A kind of this mode.

Pumped vacuum systems further includes the electrical storage device 44 of power supply, and electrical storage device 44 is mounted in fixed part 101.Electrical storage device 44 can be rechargeable unit, be also possible to disconnectable battery.Electrical storage device 44 can independently be vacuum pump 4 and vacuumize Control system 43 is powered.

It there also is provided the socket 40 for connecting external power supply in pedestal 100, which may be coupled to electrical storage device 44, to charge for electrical storage device 44.Socket 40 also may be coupled to vacuum pump 4 and vacuumize control system 43, to be true Sky pump 4 is powered with control system 43 is vacuumized.In addition, socket 40 may be also connected to the electrical conduction inserted sheet that will be discussed later 47, to power for cylinder block set 10.

It is additionally provided with plug division 47 on the supporting part 101a protruded out in fixed part 101 from downside, and cylinder block set 10 The bottom of base assembly 3 is provided with jack 3a, in the jack 3a of the 47 inserted base component 3 of plug division of supporting part 101a, may be used also To realize the effect positioned to the cylinder block set 10 that supporting part 101a is supported.

In addition, the plug division 47 of supporting part 101a can be electrical conduction inserted sheet, and correspondingly, base assembly 3 Jack 3a is connected with electric connector 48.In this way, as referenced above, by being connected to the socket 40 of external power supply, then pass through It is connected to the electrical conduction inserted sheet 47 of socket 40, finally by the electric connector 48 for being connected to electrical conduction inserted sheet 47, may be implemented pair The effect that cylinder block set 10 is powered.In cylinder block set 10, socket can also be disposed in base assembly 3, for connecting external electrical Source powers to soy bean milk making machine 10.Pedestal 100 is provided with electrical conduction inserted sheet, is inserted into cylinder block set 10 and is connected with electric connector 48 Jack 3a is thus removably electrically connected between pedestal 100 and cylinder block set 10, to meet wanting for portability and easy cleaning It asks.

In another embodiment, jack is set on supporting part 101a, and the bottom of the base assembly 3 of cylinder block set 10 is set Set plug division.

When it is implemented, there is following preferred size range:

The center line of air inlet port 121 is set as B at a distance from the central axis of electric machine assembly 14, then 25mm≤B≤ 100mm；The center line of air inlet port 121 is set as C at a distance from the inner sidewall of inner cup 21, then 15mm≤C≤100mm；It will The center line of air inlet port 121 is set as E at a distance from the center line of anti-flow electrode 29, then 35mm≤E≤110mm；By air inlet The road junction in duct 121 is set as F at a distance from the bottom of anti-flow electrode 29, then 35mm≤F≤75mm；By air inlet port 121 Road junction is set as G at a distance from the top of flow-interfering bar 19, then 20mm≤G≤80mm；By the center line and head of air inlet port 121 The distance of the lateral wall of the lower cover 13 of component 1 is set as L, then 10mm≤L≤85mm；By the road junction of air inlet port 121 and blade 18 distance is set as M, then 60mm≤M≤90mm；By the center line of air inlet port 121 at a distance from the center line of atmos-valve 5 It is set as W, then 25mm≤W≤120mm；The sectional area of air inlet port 121 and the ratio of the sectional area of inner cup 21 are more than or equal to 0.07；Across the length H of diameter D and third air inlet port 121b along vertical direction of the third air inlet port 121b of inner cover 12 Ratio be more than or equal to 0.5.

In above-described embodiment, the soy bean milk making machine with vacuumizing function is essentially described, is taken out very in fact, being also possible to other Empty food cooking machine.

The above, the only specific embodiment in the utility model, but the protection scope of the utility model not office It is limited to this, any people for being familiar with the technology is in the technical scope disclosed by the utility model, it will be appreciated that the transformation expected is replaced It changes, should all cover within the scope of the utility model, therefore, the protection scope of the utility model should be with claim Subject to the protection scope of book.

Claims (14)

1. a kind of food cooking machine, including cylinder block set (10) and pedestal (100), which is characterized in that

The pedestal (100) includes fixed part (101) and movable part (102), and the movable part (102) is relative to the fixed part (101) swingable, and it is disposed with pumped vacuum systems inside the pedestal (100), the pumped vacuum systems includes extraction valve (6), the extraction valve is arranged in the movable part (102)；

The cylinder block set (10) has air inlet port (121), and the air inlet port (121) is connected to the cylinder block set (10) Cup tub assembly (2) is internal；And

Wherein, when the movable part (102) swings to first position, the extraction valve (6) is connected to the cylinder block set (10) The air inlet port (121), and when the movable part (102) swings to the second position, the extraction valve and the air inlet Duct (121) disconnects.

2. food cooking machine as described in claim 1, which is characterized in that wherein,

The fixed part (101) of the pedestal (100) further includes the supporting part (101a) protruded out from downside, the supporting part Plug division (47) or jack are provided on (101a)；And

The bottom of the cylinder block set (10) is provided with jack (3a) or plug division；

The plug division (47) of the pedestal (100) is inserted into the jack (3a) of the cylinder block set (10) or described The plug division of cylinder block set (10) is inserted into the jack of the pedestal (100), and the supporting part (101a) supports the machine Body component (10).

3. food cooking machine as claimed in claim 2, which is characterized in that wherein,

The plug division of the pedestal (100) or the cylinder block set (10) is electrical conduction inserted sheet, and the jack is connected with Electric connector (48).

4. food cooking machine as described in claim 1, which is characterized in that wherein,

The pumped vacuum systems further include:

Vacuum pump (4), including air entry (A) and exhaust outlet (B)；With

Atmos-valve (5), the atmos-valve (5) include atmos-valve import (F), atmosphere valve outlet (E) and atmos-valve inlet and outlet (51)；

Wherein, the extraction valve (6) includes that extraction valve import (D), pumping valve outlet (C) and extraction valve import and export (66), described It is evacuated valve outlet (C) and is connected to the air entry (A)；And

The atmos-valve import (F) is connected to the exhaust outlet (B), and the atmosphere valve outlet (E) is connected to the extraction valve import (D), atmos-valve inlet and outlet (51) are connected to atmosphere, and atmos-valve inlet and outlet (51) optionally with the atmosphere Valve import (F) is connected to or is connected to the atmosphere valve outlet (E).

5. food cooking machine as claimed in claim 4, which is characterized in that wherein,

The pumped vacuum systems further include for control vacuumize vacuumize control system (43).

6. food cooking machine as claimed in claim 4, which is characterized in that wherein,

The vacuum pump (4) is arranged in the fixed part (101).

7. food cooking machine as claimed in claim 4, which is characterized in that wherein,

The atmos-valve (5) is arranged in the movable part (102).

8. food cooking machine as claimed in claim 3, which is characterized in that wherein,

The pumped vacuum systems further includes the electrical storage device (44) of power supply.

9. food cooking machine as described in claim 1, which is characterized in that wherein,

It there also is provided the socket (40) for connecting external power supply in the pedestal (100).

10. food cooking machine as described in claim 1, which is characterized in that wherein,

The extraction valve (6) is arranged in the protruding portion (102a) of the movable part (102) protruded out downwards.

11. food cooking machine as claimed in claim 10, which is characterized in that wherein,

Be provided in the upper cover (11) of the nose assembly (1) of the cylinder block set (10) it is corresponding with the protruding portion (102a) to The recessed portion (11a) of lower recess.

12. food cooking machine as described in claim 1, which is characterized in that in the cylinder block set (10),

It is L, 10mm≤L at a distance from the lateral wall of the lower cover (13) of the center line and nose assembly (1) of the air inlet port (121) ≤85mm；

The road junction of the air inlet port (121) is M, 60mm≤M≤90mm at a distance from blade (18)；

The ratio of the sectional area of the sectional area and inner cup (21) of the air inlet port (121) is more than or equal to 0.07；And

Across inner cover (12) third air inlet port (121b) diameter (D) with the third air inlet port (121b) along vertical The ratio of the length (H) in direction is more than or equal to 0.5.

13. food cooking machine as described in claim 1, which is characterized in that in the cylinder block set (10),

The center line of the air inlet port (121) is B at a distance from the central axis of electric machine assembly (14), 25mm≤B≤ 100mm；

The center line of the air inlet port (121) is C, 15mm≤C≤100mm at a distance from the inner sidewall of inner cup (21)； And

The road junction of the air inlet port (121) is G, 20mm≤G≤80mm at a distance from the top of flow-interfering bar (19).

14. food cooking machine as described in claim 1, which is characterized in that in the cylinder block set (10),

The center line of the air inlet port (121) is E, 35mm≤E≤110mm at a distance from the center line of anti-flow electrode (29)； And

The road junction of the air inlet port (121) is F, 35mm≤F≤75mm at a distance from the bottom of the anti-flow electrode (29).