CN208926065U - Cup cover assembly for food processor and food processor comprising cup cover assembly - Google Patents

Abstract

The application provides a bowl cover subassembly and cooking machine including this bowl cover subassembly for cooking machine. This cup cover subassembly for cooking machine includes the cup cover main part and exhausts and keep off the lid. The cup cover main body is provided with a main body through hole which longitudinally penetrates through the cup cover main body, a side wall exhaust hole communicated with the main body through hole is formed in the side wall of the main body through hole, and the side wall exhaust hole penetrates through the side wall of the main body through hole. The exhaust baffle cover is arranged in the through hole of the main body and forms an exhaust gap with the cup cover main body.

Description

Cooking machine of the cooking machine with cup lid component and including the cup lid component

Technical field

A kind of material this application involves small household appliances field more particularly to cooking machine with cup lid component and including the cup lid component Reason machine.

Background technique

With the increasingly raising of people's living standard, occur many different types of cooking machines in the market.Cooking machine Function mainly may include, but be not limited to, and beats soya-bean milk, squeezed juice, cooks rice paste, meat cutter, water ice, coffee processed and/or allotment face The functions such as film.Cooking machine may include the machine of the crushing, stirrings foods such as soy bean milk making machine, blender or broken wall cooking machine.It is more existing The bubble that food materials generate is discharged by the exhaust clearance of cup lid component when heating food materials in cooking machine.However the row of some cooking machines Gas gap is smaller, is unfavorable for being vented, and food materials is caused to be easy to overflow.

Utility model content

The application is to provide a kind of cooking machine cup lid component and the cooking machine including the cup lid component, can be effectively It is vented and anti-overflow.

The one aspect of the application provides a kind of cooking machine cup lid component.The cooking machine cup lid component includes: cup lid Main body, is formed with longitudinal body through-holes for running through the cup lid main body, and in formed on the side wall of the body through-holes with it is described The side wall exhausting-gas hole of body through-holes connection, the side wall exhausting-gas hole run through the side wall of the body through-holes；And exhaust door, installation In in the body through-holes, and exhaust clearance is formed between the cup lid main body.

Further, the body through-holes include be recessed downwards from the cup lid body top face formation diversion trench and position The main exhaust hole being connected to below the diversion trench and with the diversion trench.

Further, the side wall exhausting-gas hole is formed in the company of the side wall of the diversion trench and the side wall in the main exhaust hole Meet place.

Further, the side is formed at least one of the side wall of the diversion trench and the side wall in the main exhaust hole Wall gas vent.

Further, the top surface of the cup lid main body is upward convex around the diversion trench is equipped with water conservancy diversion block reinforcement.

Further, the cup lid main body extends to form occlusion part in the side-wall outer side of the body through-holes, described to block Portion is located at the outside of the side wall exhausting-gas hole, blocks the side wall exhausting-gas hole, and have and open with what the side wall exhausting-gas hole was connected to Mouthful.

Further, the occlusion part extends from the side-wall outer side of the diversion trench.

Further, the occlusion part extends from the side-wall outer side in the main exhaust hole.

Further, the opening of the occlusion part is formed in the bottom of the occlusion part.

Further, the opening of the occlusion part is formed in the side of the occlusion part.

Further, the opening direction is identical as mixing direction.

Further, recess forms locating slot on the side wall of the body through-holes, and is recessed in the side of the locating slot The main body buckle slot being connected to the locating slot is formed, the bottom end of the exhaust door is convexly equipped with the door of the corresponding locating slot Block is buckled, the door buckle block is fastened in the main body buckle slot from the locating slot.

Further, it is formed with deduction slot in the main body buckle slot, is convexly equipped with deduction in institute on the door buckle block State the deduction protrusion in deduction slot.

Further, the bottom end of the body through-holes inwardly protrudes out to form boss, upward convex on the boss to be equipped with support Block supports the bottom end of the exhaust door, forms first exhaust gap between the bottom end and the boss of the exhaust door.

Further, the side wall of the body through-holes is inwardly convexly equipped with convex block, and the convex block is against the exhaust door Side forms second exhaust gap between the side wall of the exhaust door and the side wall of the body through-holes.

Further, the exhaust door is formed with baffle, from sidewall exhaust described in door above the side wall exhausting-gas hole Hole.

Further, the baffle is located at the top face of the cup lid main body, between the top surface of the cup lid main body Form third exhaust clearance.

Further, at least two side wall exhausting-gas holes are formed on the side wall of the body through-holes, in the main body It is symmetrical arranged in the diametrical direction of through-hole.

The application provides a kind of cooking machine on the other hand.The cooking machine includes: host；Cup assembly is stirred, removably It is installed on the host；And above-mentioned cup lid component, it is removably installed on the stirring cup assembly, the cup lid component The body through-holes and the side wall exhausting-gas hole are connected to the stirring cup assembly.

The application cup lid component is formed with the side wall exhausting-gas hole being connected to body through-holes, can be with auxiliary exhaust, while can be with Assist food materials reflux, be so effectively exhausted with it is anti-overflow.

Detailed description of the invention

Fig. 1 show the longitudinal sectional view of one embodiment of the application cooking machine；

Fig. 2 show the stereogram exploded view of the cup lid component of cooking machine shown in FIG. 1；

Fig. 3 show the stereoscopic schematic diagram of the cup lid main body of cup lid component shown in Fig. 2；

Fig. 4 show the top view of cup lid main body shown in Fig. 3；

Fig. 5 show cup lid main body shown in Fig. 4 along the cross-sectional view of line A-A；

Fig. 6 show the longitudinal sectional view of cup lid component shown in Fig. 2；

Fig. 7 show longitudinal section view of the stirring cup assembly of the application cooking machine and another embodiment of cup lid component Figure；

Fig. 8 show the longitudinal sectional view of the cup lid main body of cup lid component shown in Fig. 7；

Fig. 9 show the partial enlarged view of cup lid component shown in Fig. 8；

Figure 10 show the bottom view of cup lid main body shown in Fig. 8；

Figure 11 show the partial enlarged view of cup lid main body shown in Fig. 10.

Specific embodiment

Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment Described in embodiment do not represent all embodiments consistent with the application.On the contrary, they be only with it is such as appended The example of the consistent device of some aspects be described in detail in claims, the application.

It is only to be not intended to be limiting the application merely for for the purpose of describing particular embodiments in term used in this application. Unless otherwise defined, technical term or scientific term used in this application, which are should be in fields of the present invention, has general skill The ordinary meaning that the personage of energy is understood.The classes such as "one" or " one " used in present specification and claims It does not indicate that quantity limits like word yet, but indicates that there are at least one." multiple " or it is " several " indicate two and two with On.Unless otherwise noted, the similar word such as " front ", " rear portion ", " lower part " and/or " top " is only to facilitate explanation, and It is not limited to a position or a kind of spatial orientation.The similar word such as " comprising " or "comprising" mean to appear in " comprising " or Element or object before person's "comprising" cover the element for appearing in " comprising " or "comprising" presented hereinafter or object and It is equivalent, it is not excluded that other elements or object.The similar word such as " connection " or " connected " is not limited to physics Or mechanical connection, and may include electrical connection, it is either direct or indirect.In present specification and The "an" of singular used in the attached claims, " described " and "the" are also intended to including most forms, unless Context clearly expresses other meaning.It is also understood that term "and/or" used herein refers to and includes one or more A associated any or all of project listed may combine.Numberical range includes endpoint value.

The cooking machine cup lid component (hereinafter referred to as " cup lid component ") of the embodiment of the present application includes cup lid main body and exhaust Door.Cup lid main body is formed with longitudinal body through-holes for running through cup lid main body, and in formation and main body on the side wall of body through-holes The side wall exhausting-gas hole of through-hole connection, side wall exhausting-gas hole run through the side wall of the body through-holes.Exhaust door is installed on body through-holes It is interior, and exhaust clearance is formed between cup lid main body.The application cup lid component is formed with the sidewall exhaust being connected to body through-holes Hole, can be with auxiliary exhaust, while can assist the reflux of food materials, be so effectively exhausted with it is anti-overflow.

Fig. 1 show the longitudinal sectional view of one embodiment of cooking machine 10.Cooking machine 10 can be soy bean milk making machine, juicing Machine, wall-breaking machine etc..Cooking machine 10 includes host 11, stirring cup assembly 12, cup lid component 13 and mixing blade assembly 14.It is real in diagram It applies in example, host 11 is base form.Host 11 includes host housing 20 and the motor 21 being installed in host housing 20.Motor 21 driving mixing blade assemblies 14 rotate, to beat food materials.Control circuit board (not shown) is also equipped in host 11, for providing Electric power and control signal, control the work of cooking machine 10.

Stirring cup assembly 12 is removably installed on host 11.Food materials are held in stirring cup assembly 12, are carried out in it It beats, food materials is heated, are cooled down.Stirring cup assembly 12 includes cup body 23, the cup handle 24 for being set to 23 side of cup body With the cup holder 25 for being installed on 23 bottom of cup body.Cup body 23 can be glass material, metal material (such as stainless steel) etc..Cup handle 24 can be installed on cup body 23, in can accommodate conducting wire, connecting rod etc., be electrically connected the control circuit board and cup lid group of host 11 Electrical components in part 13.In the illustrated embodiment, cup holder 25 can pass through cup holder 25 and host in clamping or screw-in host 11 11 shell 20 assembles, and stirring cup assembly 12 is installed on host 11.The bottom of cup body 23 is fixedly installed with bottom of a cup disk 26. In one embodiment, bottom of a cup disk 26 is heating dish, can be heated to food materials.

Cup lid component 13 is removably installed on stirring cup assembly 12.The rim of a cup of cup lid component 13 and stirring cup assembly 12 Sealing assembling.Cup lid component 13 can prevent food materials from overflowing when heating food materials to being exhausted in stirring cup assembly 12.Cup lid The specific structure of component 13 will be described in detail in paragraph below.

Mixing blade assembly 14 is located in stirring cup assembly 12, beats food materials by the driving of motor 21.Implement in diagram In example, mixing blade assembly 14 is installed on the bottom of stirring cup assembly 12.Mixing blade assembly 14 is fixedly installed on bottom of a cup disk 26.

Fig. 2 show the stereogram exploded view of the cup lid component 13 of cooking machine 10 shown in FIG. 1.With reference to Fig. 1 and 2, cup lid group Part 13 includes cup lid main body 31 and the exhaust door 32 for being installed on cup lid main body 31.Cup lid main body 31 is covered on stirring cup assembly 12 On, the bottom of cup lid main body 31 can be in rim of a cup of the sealing group loaded on stirring cup assembly 12.Cup lid main body 31 includes cup lid handle 34, cup lid handle 34 can dock clamping with cup handle 24.

Fig. 3 show the stereoscopic schematic diagram of cup lid main body 31, and Fig. 4 show the top view of cup lid main body 31, and Fig. 5 is shown The cross-sectional view of the line A-A along Fig. 4 of cup lid main body 31.In conjunction with reference Fig. 3-5, cup lid main body 31 is formed with longitudinal through cup lid main body 31 body through-holes 36, and in the side wall exhausting-gas hole 37 that formation is connected to body through-holes 36 on the side wall of body through-holes 36.Side wall Gas vent 37 runs through the side wall of body through-holes 36, is connected to stirring cup assembly 12.Body through-holes 36 are generally formed in cup lid main body 31 middle position is open in the top surface of cup lid main body 31, penetrates through cup lid main body 31 downwards, is connected to stirring cup assembly 12.Add It when warm-served food material, especially boils when enduring food materials, the bubble that food materials generate can be discharged by body through-holes 36, and side wall exhausting-gas hole 37 can With auxiliary exhaust, so accelerate exhaust.Simultaneously when food materials are spilt into body through-holes 36, side wall exhausting-gas hole 37 can assist eating Material is back in stirring cup assembly 12.In addition, being spilt into body through-holes 36 when the bubble generated in stirring cup assembly 12 is excessive When, bubble can be blown brokenly by the air-flow of side wall exhausting-gas hole 37, to have the function that defoaming, be so effectively exhausted and It is anti-overflow.

In the illustrated embodiment, cup lid main body 31 is formed with peripheral sidewall 38.In a ring, bottom is protruded into be stirred peripheral sidewall 38 In the rim of a cup for mixing cup assembly 12, seals and assemble with rim of a cup.Cup lid main body 31 protrudes out to form ring laterally outside in peripheral sidewall 38 The cover board 39 of shape, cover board 39 are placed on the top edge of the rim of a cup of stirring cup assembly 12.In the illustrated embodiment, cup lid main body 31 is at it Top is in formation body through-holes 36 in peripheral sidewall 38.The bottom end of body through-holes 36 is higher than the bottom end of peripheral sidewall 38.It is illustrating In embodiment, the side wall of body through-holes 36 is extended downwardly and inwardly from the top of peripheral sidewall 38.

In one embodiment, body through-holes 36 include the diversion trench 41 of formation of being recessed downwards from 31 top surface of cup lid main body, And positioned at the main exhaust hole 42 diversion trench 41 lower section and be connected to diversion trench 41.In the illustrated embodiment, the side wall of diversion trench 41 Gradually slope inwardly from the top down and extends.The upper opening of diversion trench 41 is bigger than lower opening, and inclined side wall will be from stirring The downward water conservancy diversion of food materials in diversion trench 41 is spilt into cup assembly 12.The top surface of cup lid main body 31 is upward around diversion trench 41 It is convexly equipped with water conservancy diversion block reinforcement 43, the food materials spilt into outside diversion trench 41 can be blocked from side.

The bottom opening in main exhaust hole 42 is connected to stirring cup assembly 12.In the illustrated embodiment, main exhaust hole 42 is in perpendicular Straight is barrel-shaped, and sidewalls vertical extends.In other embodiments, the side wall in main exhaust hole 42 inwardly downward can extend, Its inclined angle can be less than the angle of the sidewall slope of diversion trench 41.The bottom end of body through-holes 36 inwardly protrudes out to form boss 45.In the illustrated embodiment, boss 45 is formed in the bottom end in main exhaust hole 42, in a ring.In one embodiment, on boss 45 It is upward convex to be equipped with supporting block 46.In the illustrated embodiment, two supporting blocks 46 are symmetrical arranged in the diametrical direction of boss 45.? In other embodiments, one, three or more supporting blocks 46 can be set.Multiple supporting blocks 46 can be symmetrical arranged two-by-two or Asymmetry setting.Multiple supporting blocks 46 may be uniformly distributed on the circumference of boss 45 or non-uniform Distribution is in the circle of boss 45 Zhou Shang.

Convex block 47 is inwardly convexly equipped on the side wall of body through-holes 36.In the illustrated embodiment, convex block 47 is convexly equipped in main exhaust The sidewall bottom in hole 42.In the illustrated embodiment, four convex blocks 47 are set, the side wall circumference in main exhaust hole 42 is uniformly distributed in On, two-by-two in the diametrical direction in main exhaust hole 42 be symmetrical arranged, two of them are upwardly extended from supporting block 46, other two from Boss 47 upwardly extends.In other embodiments, the convex block 47 that other numbers can be set, can be distributed in otherwise On the side wall in main exhaust hole 42.

In the illustrated embodiment, side wall exhausting-gas hole 37 is formed in the company of the side wall of diversion trench 41 and the side wall in main exhaust hole 42 Meet place.In another embodiment, side wall is formed at least one of the side wall of diversion trench 41 and the side wall in main exhaust hole 42 Gas vent 37.Side wall exhausting-gas hole 37 can be formed on the sidewall bottom of diversion trench 41 and/or the side wall in main exhaust hole 42.Food When material is spilt into diversion trench 41, the water conservancy diversion into cup lid main body 31 by food materials of diversion trench 41 can be guided to main exhaust hole 42, from Main exhaust hole 42 is back in stirring cup assembly 12, and part food materials are guided to side wall exhausting-gas hole 37, are returned by side wall exhausting-gas hole 37 It flow in stirring cup assembly 12.Side wall exhausting-gas hole 37 can assist the reflux of food materials, prevent food materials from overflowing.

In some embodiments, at least two side wall exhausting-gas holes 37 are formed on the side wall of body through-holes 36, it is logical in main body It is symmetrical arranged in the diametrical direction in hole 36.In the illustrated embodiment, side wall there are six being symmetrically formed on the side wall of body through-holes 36 Gas vent 37, but not limited to this, in other embodiments, the side wall exhausting-gas hole 37 of other also settable numbers can symmetrically or not Symmetry arrangement.The shape of side wall exhausting-gas hole 37 can be round, rectangle or irregular shape etc..

In the illustrated embodiment, recess forms locating slot 49 on the side wall of body through-holes 36.Locating slot 49 is from main exhaust hole 42 top extends downward into boss 45.In one embodiment, two positioning are symmetrical arranged on the side wall in main exhaust hole 42 Slot 49.It is recessed the main body buckle slot 50 to be formed and be connected to locating slot 49 on the side wall of body through-holes 36 in the side of locating slot 49. In the illustrated embodiment, main body buckle slot 50 is formed in the bottom in main exhaust hole 42, laterally prolongs from the side bottom of locating slot 49 It stretches.The side openings of main body buckle slot 50 are connected to locating slot 49, top surface closing.In the illustrated embodiment, main body buckle slot 50 Inside it is formed with deduction slot 51.In one embodiment, deduction slot 51 can be recessed upwards in the middle part of the top surface of main body buckle slot 50 It is formed.

Fig. 6 show the longitudinal sectional view of cup lid component 13.In conjunction with reference Fig. 6, it is vented door 32 and is installed on body through-holes In 36, and exhaust clearance is formed between cup lid main body 31.Exhaust clearance connection stirring cup assembly 12 and the external world, by between exhaust Gap can be exhausted to stirring in cup assembly 12.The bottom of exhaust door 32 is protruded into body through-holes 36, and top is protruded in master Outside body through-hole 36.Exhaust door 32 includes that mounting portion 52 and the cover 53 above mounting portion 52, mounting portion 52 are assembled in master In body through-hole 36, cover 53 is located at 36 top of body through-holes.In the illustrated embodiment, the maximum outside diameter of cover 53 is greater than mounting portion 52 maximum outside diameter.Cover 53 can be grasped for user.

The bottom end of exhaust door 32 is convexly equipped with the door buckle block 55 of the locating slot 49 in corresponding body through-holes 36, door card Button block 55 is fastened in main body buckle slot 50 from locating slot 49.Door buckle block 55 is formed in the bottom end of mounting portion 52.It is illustrating In embodiment, corresponding two symmetrically arranged locating slots 49, two door buckle blocks 55 are symmetrical arranged.The width of door buckle block 55 Degree is roughly equal with the width of locating slot 49, or is slightly less than the width of locating slot 49.Door buckles the thickness and main body card of block 55 The height of catching groove 50 is roughly equal.

When exhaust door 32 is assembled in cup lid main body 31, door buckle block 55 is aligned with locating slot 49, along locating slot 49 It moves downward.When reaching 49 bottom end of locating slot, exhaust door 32 is rotated to the direction of main body buckle slot 50, door is made to buckle block 55 It is fastened in main body buckle slot 50, so exhaust door 32 is installed in cup lid main body 31, row when preventing cooking machine 10 from working Gas door 32 is loosened from cup lid main body 31.In the illustrated embodiment, deduction is formed on door buckle block 55 in deduction slot 51 Interior deduction protrusion 56.Deduction protrusion 56 can raise upward in the middle part of the top surface that door buckles block 55.When door buckles block 55 When being fastened in main body buckle slot 50, deduction protrusion 56 is held in deduction slot 51, so prevents exhaust door 32 from cup lid master Body 31 loosens.

The bottom end of the support exhaust door 32 of supporting block 46 of cup lid main body 31, is vented bottom end and the cup lid main body 31 of door 32 Boss 45 between formed first exhaust gap 58.First exhaust gap 58 is connected to stirring cup assembly 12.Cup lid main body 31 Convex block 47 in body through-holes 36 against the side of exhaust door 32, be vented door 32 side wall and body through-holes 36 side wall it Between formed second exhaust gap 59.Second exhaust gap 59 is connected to first exhaust gap 58.

In one embodiment, exhaust door 32 is formed with baffle 54, from door sidewall exhaust above side wall exhausting-gas hole 37 Hole 37.The maximum outside diameter of baffle 54 is greater than the maximum distance between side wall exhausting-gas hole 37.Baffle 54 can block spilling from top Food materials, prevent food materials from spilling over outside cup lid component 13.Baffle 54 is between cover 53 and mounting portion 52, horizontally compared with cover 53 and mounting portion 52 protrude outward.Baffle 54 is located at the top face of cup lid main body 31, the shape between the top surface of cup lid main body 31 At third exhaust clearance 60.In the illustrated embodiment, baffle 54 is concordant with the top of water conservancy diversion block reinforcement 43, water conservancy diversion block reinforcement 43 and baffle 54 common blocking food materials overflow.The outer diameter of baffle 54 be less than water conservancy diversion block reinforcement 43 internal diameter, between baffle 54 and water conservancy diversion block reinforcement 43 There are gaps in transverse direction.Third exhaust clearance 60 is formed between baffle 54, the top surface of cup lid main body 31 and water conservancy diversion block reinforcement 43.The Three exhaust clearances 60 are connected to second exhaust gap 59, and are in communication with the outside.The bubble that food materials generate can pass through first exhaust Gap 58, second exhaust gap 59 and third exhaust clearance 60 are discharged to outside cooking machine.Between first exhaust gap 58, second exhaust Gap 59 and the size of third exhaust clearance 60 can be set that bubble is enable to be discharged quickly, and food materials are reduced or avoided from exhaust It flies out in gap.

Fig. 7 show longitudinal section view of the stirring cup assembly 12 and cup lid component 113 of the cooking machine 100 of another embodiment Figure.Fig. 8 show the longitudinal sectional view of the cup lid main body 131 of cup lid component 113.Fig. 9 show cup lid component shown in Fig. 8 The enlarged drawing of 113 regional area C.With reference to Fig. 7-9, cooking machine 100 shown in Fig. 7-9 is similar to cooking machine shown in Fig. 1-6 10, cooking machine 10 shown in Fig. 1-6 are compared to, the main distinction of cooking machine 100 is as follows: cup lid main body 131 is in body through-holes 36 side-wall outer side extends to form occlusion part 170, and occlusion part 170 is located at the outside of side wall exhausting-gas hole 37, blocks side wall exhausting-gas hole 37, and there is the opening 171 being connected to side wall exhausting-gas hole 37.Occlusion part 170 can block side wall exhausting-gas hole 37, prevent food materials from Side wall exhausting-gas hole 37 splashes outside cup lid component 113.The opening 171 of occlusion part 170 is connected to side wall exhausting-gas hole 37 and stirring cup assembly 12, allow to be vented from side wall exhausting-gas hole 37.

In the illustrated embodiment, occlusion part 170 extends from the side-wall outer side of diversion trench 41.Occlusion part 170 is from diversion trench 41 side-wall outer side extends downwardly, positioned at the upper end-face edge of side wall exhausting-gas hole 37 or upper end periphery, from the outer of side wall exhausting-gas hole 37 Block side wall exhausting-gas hole 37 in side.In another embodiment, occlusion part 170 extends from the side-wall outer side in main exhaust hole 42.It hides The position of stopper 170 can be adjusted according to the position of side wall exhausting-gas hole 37.Occlusion part 170 is in wall, the side with body through-holes 36 There is certain gap between on the outside of wall, be connected to side wall exhausting-gas hole 37 and opening 171, guarantee exhaust.

In the illustrated embodiment, the opening 171 of occlusion part 170 is formed in the bottom of occlusion part 170.Occlusion part 170 is downward Opening 171 is formed between the side wall lower ends of extension and the side-wall outer side of body through-holes 36.

Figure 10 show the bottom view of cup lid main body 131, and Figure 11 show the amplification of the regional area D of cup lid main body 131 Figure.In the illustrated embodiment, the opening 171 of occlusion part 170 is formed in the side of occlusion part 170.The opening of 170 side of occlusion part 171 directions are identical as mixing direction (as shown by arrows in figure), and occlusion part 170 is in the front of side wall exhausting-gas hole 37 and towards stirring The side in direction is blocked, and because the rolling direction of food materials is consistent with mixing direction, therefore can be blocked food materials and be entered side wall exhausting-gas hole In 37.In the illustrated embodiment, the bottom and side of occlusion part 170 are respectively formed opening 171.In another embodiment, it blocks Opening 171, side-closed are formed on the bottom in portion 170.In a further embodiment, the bottom closing of occlusion part 170, side is formed Opening 171, be open 171 direction it is consistent with mixing direction.

The foregoing is merely the preferred embodiments of the application, not to limit the application, all essences in the application Within mind and principle, any modification, equivalent substitution, improvement and etc. done be should be included within the scope of the application protection.

Claims (19)

1. a kind of cooking machine cup lid component, it is characterised in that: comprising:

Cup lid main body (31,131) is formed with longitudinal body through-holes (36) for running through the cup lid main body (31,131), and in institute State the side wall exhausting-gas hole (37) that formation is connected to the body through-holes (36) on the side wall of body through-holes (36), the sidewall exhaust The side wall of the body through-holes (36) is run through in hole (37)；And

It is vented door (32), is installed in the body through-holes (36), and the row of being formed between the cup lid main body (31,131) Gas gap.

2. cooking machine as described in claim 1 cup lid component, it is characterised in that: the body through-holes (36) include from described Cup lid main body (31,131) top surface is recessed downwards the diversion trench (41) of formation, and be located at below the diversion trench (41) and with it is described The main exhaust hole (42) of diversion trench (41) connection.

3. cooking machine as claimed in claim 2 cup lid component, it is characterised in that: the side wall exhausting-gas hole (37) is formed in institute State the junction of the side wall of diversion trench (41) and the side wall in the main exhaust hole (42).

4. cooking machine as claimed in claim 2 cup lid component, it is characterised in that: the side wall of the diversion trench (41) and described The side wall exhausting-gas hole (37) are formed at least one of the side wall in main exhaust hole (42).

5. cooking machine as claimed in claim 2 cup lid component, it is characterised in that: led in described the top surface of the cup lid main body It is upward convex around chute (41) to be equipped with water conservancy diversion block reinforcement (43).

6. cooking machine as claimed in claim 2 cup lid component, it is characterised in that: the cup lid main body is in the body through-holes (36) side-wall outer side extends to form occlusion part (170), and the occlusion part (170) is located at the outer of the side wall exhausting-gas hole (37) Side is blocked the side wall exhausting-gas hole (37), and has the opening (171) being connected to the side wall exhausting-gas hole (37).

7. cooking machine as claimed in claim 6 cup lid component, it is characterised in that: the occlusion part (170) is from the water conservancy diversion The side-wall outer side of slot (41) extends.

8. cooking machine as claimed in claim 6 cup lid component, it is characterised in that: the occlusion part (170) is from the main row The side-wall outer side of stomata (42) extends.

9. cooking machine as claimed in claim 6 cup lid component, it is characterised in that: the opening of the occlusion part (170) (171) it is formed in the bottom of the occlusion part (170).

10. cooking machine as claimed in claim 6 cup lid component, it is characterised in that: the opening of the occlusion part (170) (171) it is formed in the side of the occlusion part (170).

11. cooking machine as claimed in claim 10 cup lid component, it is characterised in that: opening (171) direction and stirring Direction is identical.

12. cooking machine as described in claim 1 cup lid component, it is characterised in that: on the side wall of the body through-holes (36) Recess is formed locating slot (49), and is recessed the main body to be formed and be connected to the locating slot (49) in the side of the locating slot (49) Buckle slot (50), the bottom end of exhaust door (32) are convexly equipped with door buckle block (55) of the corresponding locating slot (49), institute Door buckle block (55) is stated to be fastened in the main body buckle slot (50) from the locating slot (49).

13. cooking machine as claimed in claim 12 cup lid component, it is characterised in that: formed in the main body buckle slot (50) Have deduction slot (51), it is raised (56) in the deduction in deduction slot (51) that deduction is convexly equipped on door buckle block (55).

14. cooking machine as described in claim 1 cup lid component, it is characterised in that: the bottom end of the body through-holes (36) to It inside protrudes out to be formed boss (45), it is upward convex on the boss (45) to be equipped with supporting block (46), support exhaust door (32) Bottom end forms first exhaust gap (58) between the bottom end and the boss (45) of exhaust door (32).

15. cooking machine as described in claim 1 cup lid component, it is characterised in that: the side wall of the body through-holes (36) to It is inside convexly equipped with convex block (47), the convex block (47) is against the side of exhaust door (32), the side of exhaust door (32) Second exhaust gap (59) are formed between wall and the side wall of the body through-holes (36).

16. cooking machine as described in claim 1 cup lid component, it is characterised in that: the exhaust door (32) is formed with gear Plate (54), from side wall exhausting-gas hole (37) described in the door of the side wall exhausting-gas hole (37) top.

17. cooking machine as claimed in claim 16 cup lid component, it is characterised in that: the baffle (54) is located at the cup lid Third exhaust clearance (60) are formed between the top face of main body (31,131), and the top surface of the cup lid main body (31,131).

18. cooking machine as described in claim 1 cup lid component, it is characterised in that: on the side wall of the body through-holes (36) At least two side wall exhausting-gas holes (37) are formed with, are symmetrical arranged in the diametrical direction of the body through-holes (36).

19. a kind of cooking machine, it is characterised in that: comprising:

Host (11)；

It stirs cup assembly (12), is removably installed on the host (11)；And

Cup lid component (13,113) as described in claim 1-18 is any, is removably installed in the stirring cup assembly (12) On, the body through-holes (36) and the side wall exhausting-gas hole (37) of the cup lid component (13,113) with the stirring cup group Part (12) connection.