CN207546620U - Grinding component and food processor using same - Google Patents

Abstract

The utility model provides a grinding component and use this grinding component's food processor, grinding component includes: the static grinding part is fixed on the shaft rod seat, the dynamic grinding part is arranged in the static grinding part and rotates relative to the static grinding part under the driving of the rotating shaft, and a flat convex part is arranged at the tail end of the rotating shaft; the movable grinding piece is provided with a flat position hole, and a flat position convex part of the rotating shaft penetrates through the flat position hole and extends out of the surface of the movable grinding piece; the flat convex part is also provided with a buckling groove, and the edge of the hole of the flat hole is clamped into the buckling groove to prevent the movable grinding piece from separating from the rotating shaft. The utility model provides a grinding assembly owing to set up the catching groove, consequently can effectual prevention locking grind break away from the pivot.

Description

Grinding assembly and the food cooking machine using the grinding assembly

Technical field

The utility model is related to a kind of grinding device more particularly to a kind of grinding assemblies suitable for food cooking machine.

Background technology

At present, grinding assembly is widely used in the various fields for needing to be ground material, such as food cooking machine. The existing grinding assembly suitable for food cooking machine often has dismountable dynamic mill part.In this way set the reason of be, by The principle that food materials are crushed in grinding assembly is food materials first to be sucked grinding assembly, then crush food materials inside grinding assembly, because After food materials are crushed, the inside that some food materials clast of inevitable meeting remains in grinding assembly is difficult to clean for this.Particularly, In order to further improve crush efficiency, there is novel grinding assembly crushing tooth to become increasingly complex etc. to crush structure, these powder Gap, the corner of broken structure formation are particularly susceptible accumulation food materials clast.Therefore, dismountable dynamic mill part causes grinding assembly to make It can be opened after, and individually cleaning is carried out to dynamic mill part and quiet mill part so that user can be relatively easy to grinding Mill component is cleaned.

It is dismantled to allow to grind part, corresponding integrated structure all usually is set between dynamic mill part and shaft.Most often What is seen is with convex block and groove cooperation, and dynamic mill part and shaft are engaged.Have however, as modern dynamic mill part toward contact and promoted The various functions such as food materials, this results in dynamic mill part in actual moving process, may stress, and then cause to move in the vertical direction Grind part unstability in the vertical direction.The current method for solving the problems, such as dynamic mill part unstability is to increase location structure for dynamic mill part, But additional location structure can not only increase the cost of grinding assembly, the center of gravity for also resulting in dynamic mill part shifts, unfavorable In the raising of grinding efficiency and the reduction of noise.It needs to carry out in addition, current dynamic mill part localization method often leads to dynamic mill part The operation of multi-step just can be removed or be installed, this just makes the process of cleaning grinding assembly relatively complicated.

Therefore, it is necessary to provide, one kind is at low cost, proper alignment is good and easy-to-dismount grinding assembly.

Utility model content

A kind of grinding assembly for including providing anti-stop mill and being detached from shaft of the technical problems to be solved in the utility model.

In order to solve at least part technical problem of the utility model, the utility model provides a kind of grinding assembly, Include bar holder and the shaft through the bar holder, the quiet mill part including quiet mill part, dynamic mill part and shaft assemblies, the shaft assemblies It being fixed on bar holder, this moves mill part and is arranged in the quiet mill part and is rotated relative to the quiet mill part under the driving of the shaft, This turns the tip of the axis equipped with flat position protrusion；

The dynamic mill part is equipped with flat position hole, and the flat position protrusion of the shaft passes through the flat position hole and extends the table of the dynamic mill part Face, it is characterised in that：

The flat position protrusion is additionally provided with button bit slot, and the bore edges in the flat position hole are caught in the button bit slot, and the dynamic mill part is avoided to take off From the shaft.

At least one embodiment according to the present utility model, after which passes through the flat position hole and turn an angle The bore edges in above-mentioned flat position hole is made to be caught in the button bit slot.

At least one embodiment according to the present utility model, the flat position protrusion have flat plane, and the button bit slot is from the flat position Face is recessed to be formed, which is torn open by the way that the flat plane is parallel with the wall surface of the hole in the flat position hole with being suitable for the dynamic mill part relatively It unloads.

At least one embodiment according to the present utility model, the horizontal cross-section in the flat position hole is with two parallel long sides With two flat position shapes in the short side of evagination arc shape；

At least part of the flat plane of the flat position protrusion is bonded with the inner wall in the flat position hole；

In the region coordinated with the flat position hole, which has at least one of its four corners place concaves Sunken button bit slot.

At least one embodiment according to the present utility model, the bottom surface of the button bit slot are plane, the bottom surface of the button bit slot with The lower limit of the angle of the long side is 8 degree, 10 degree or 12 degree；

The bottom surface of the button bit slot and 20 degree, 25 degree or 30 degree of the upper limit of the angle of the long side.

At least one embodiment according to the present utility model, the flat position protrusion all have what is be recessed inwardly in its four corners Button bit slot.

At least one embodiment according to the present utility model, the dynamic mill part include dynamic mill part main body and cover the dynamic mill part master The dynamic mill part top plate at the top of body, the flat position hole are arranged on the dynamic mill part top plate, which extends the dynamic mill part top The upper surface of plate.

At least one embodiment according to the present utility model, the dynamic mill part body interior are equipped with post-receiving chamber, the post-receiving chamber Upper end is connect with the dynamic mill part top plate；

The post-receiving chamber is suitable for accommodating the part that the shaft extends the bar holder, and the size of the post-receiving chamber is more than the flat position hole Size.

At least one embodiment according to the present utility model, the dynamic mill part top plate include the top of the dynamic mill part main body of covering Top plate ontology, the extension upwardly extended from the edge of the top plate ontology and extending outwardly from the upper end of extension level Spoiler；

The quiet mill part is cylindrical shape, and the lower end of the quiet mill part is connect with the axostylus axostyle, upper end opening, the inner wall of the quiet mill part Top is equipped with the first crushing tooth, and the lower part of the inner wall of the quiet mill part is equipped with the second crushing tooth, and the number of teeth of first crushing tooth is more than The number of teeth of second crushing tooth, the lower part of the quiet mill part are equipped at least one feed inlet；

The dynamic part that grinds grinds part ontology including dynamic, which moves Part top is ground, guide muscle is provided on the outside of the dynamic mill part lower part, is provided on the outside of the top corresponding with the first crushing tooth Dynamic mill part crushing tooth.

To solve at least part technical problem of the utility model, the utility model also provides a kind of food cooking machine, It is characterized in that：Including cup body component, base assembly, cover assembly and above-mentioned grinding assembly；

The cup body component is arranged on above the pedestal component, which closes the upper end opening in the cup body component Place, the grinding assembly are arranged on inside the cup body；

Motor is equipped in the pedestal component, which connect with the shaft and be suitable for driving shaft rotation.

Grinding assembly provided by the utility model due to being provided with button bit slot, can effectively anti-stop mill be detached from Shaft.

Description of the drawings

It is that the utility model is further understood to provide including attached drawing, they are included and form one of the application Point, attached drawing shows the embodiment of the utility model, and plays the role of explanation the utility model principle together with this specification. In attached drawing：

Fig. 1 is the structure diagram of the grinding assembly of an optional embodiment of the utility model；

Fig. 2 is the cross-sectional view of the grinding assembly of an optional embodiment of the utility model；

Fig. 3 is the assembly structure diagram of the grinding assembly of an optional embodiment of the utility model；

Fig. 4 a are the vertical view of the grinding assembly of an optional embodiment of the utility model after finishing assembly；

Fig. 4 b are vertical view of the grinding assembly of an optional embodiment of the utility model after bringing into operation；

Fig. 5 shows the structure diagram of the soy bean milk making machine of the utility model.

Fig. 6 shows the assembling schematic diagram of the soy bean milk making machine of the utility model.

Specific embodiment

With reference to specific embodiments and the drawings, the utility model is described in further detail, 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 manner is implemented, and those skilled in the art can be in the case of without prejudice to the utility model connotation according to practical application feelings Condition makees similar popularization, deduces, therefore should not limit the scope of protection of the utility model with the content of this specific embodiment.

It should be noted that attached drawing is only as an example, it is drawn according to the condition of equal proportion, and should not This is construed as limiting in this, as the protection domain to the utility model actual requirement.Illustrate this below with reference to Fig. 1-3,4a and 4b The structure of one unrestricted example of utility model.In current non-limitative example, grinding assembly includes quiet mill part 1st, mill part 2 and shaft assemblies 3 are moved.Wherein shaft assemblies 3 include bar holder 31.Quiet mill part 2 is fixed in bar holder 31, shaft 32 Then run through bar holder 31.Shaft 32 can be rotated relative to bar holder 31.Dynamic mill part 2 is arranged on the inside of quiet mill part 1, and energy It is enough to be rotated under the drive of shaft 32 relative to quiet mill part 2.The end (being upper end in figure) of shaft 32 is equipped with flat position protrusion 33.When dynamic After mill part 2 and shaft assemblies 3 fit together, which extends to above the upper surface of dynamic mill part 2.

Dynamic mill part 2 is equipped with flat position hole 23.Flat position protrusion 33 can pass through the flat position hole 23, and extend and set out mill part 2 Surface positions dynamic mill part 1 and being fixed together substantially with shaft 32.Such setting enables to dynamic mill part 2 can be Under the driving of shaft 32, in quiet mill 1 internal rotating of part.The dynamic mill part 2 of rotation coordinates with quiet mill part 1, crushes into mill part 1 in meditation The food materials in portion.

Flat position protrusion 33 has button bit slot 34.Button bit slot 34 is so that bore edges (the figure acceptance of the bid of flat position protrusion 33 and flat position hole 25 are denoted as, it is convenient infra for narration, it is referred to as button bit portion 25) be mutually clamped, it is detached from so as to reach to prevent stop mill part 2 In the effect of shaft 32.Also, after the grinding assembly of the utility model shuts down, user can be dynamic by simply reversing Grind part 2 so that button bit portion 25 deviates from from button bit slot 34, so as to be relatively easy to remove dynamic mill part 2, is convenient for cleaning.

It is worth noting that, above example is that the one of food cooking machine proposed to the utility model is optional The explanation of example.The mass part for the food cooking machine that the utility model is proposed may have diversified setting side Formula.Such as the top of flat position protrusion 33 is also provided with chamfering.Therefore, it is carried out using on the food cooking machine of the utility model Those skilled in the art it is conceivable that variation obtain food cooking machine obviously should also be as the protection for belonging to the utility model Range.At least part variation of the food cooking machine of the utility model is said with some unrestricted examples below It is bright.

With continued reference to Fig. 1-3,4a and 4b, according to a unrestricted example, flat position protrusion 33 can be in flat position hole 23 Inside turn over bore edges (figure of the angle (such as rotated to be from the state in Fig. 4 a state) in Fig. 4 b so as to fulfill flat position hole Middle label is, convenient infra for narration, be referred to as button bit portion 25) and button bit slot 34 be mutually clamped.It is mutually clamped Button bit portion 25 and button bit slot 34 can anti-stop mill part 2 be detached from shaft 32.

With continued reference to Fig. 1-3,4a and 4b, according to a unrestricted example, flat position protrusion 33 has flat plane 30, button Position slot 34 is arranged on the flat plane 30.Specifically, button bit slot 34 is recessed inwardly to be formed from the flat plane 30.Current In non-limitative example, method that flat position protrusion 33 passes through flat plane 30 phase parallel with the wall surface of the hole in flat position hole 23 so that dynamic mill Part 2 can be relatively easy to disassemble from shaft assemblies 3.

With continued reference to Fig. 1-3,4a and 4b, according to a unrestricted example, the horizontal cross-section in flat position hole 23 be with Two parallel long sides and two flat position shapes in the short side of evagination arc shape.The flat plane of flat position protrusion 33 and the flat position hole 23 inner wall shape is roughly the same, thus after dynamic mill part 2 is set in shaft 32, the flat plane 30 of flat position protrusion 33 is at least A part of (region i.e. other than button bit slot 34) is bonded with the inner wall in the flat position hole 23.Flat position protrusion 33 with flat position hole 23 At least one of four corners in the region of cooperation place is equipped with the button bit slot 34 being recessed inwardly.Such setting is so that button bit slot 34 can form a space that dynamic mill part 2 is rotated relative to shaft 32 with the interior wall pieces in flat position hole 23.Optionally, In current non-limitative example, the bottom surface of button bit slot 34 is plane.The bottom surface of button bit slot 34 is set as plane to make Must move mill part 2 deflect after, it is larger with the contact area of the bottom surface of button bit slot 34 so that button bit slot 34 and flat position hole 23 are not It easily deforms.

It is worth noting that, the angle of the bottom surface of button bit slot 34 can freely be set as needed.Generally by button bit slot 34 bottom surface and the angle of the long side of flat position protrusion are controlled in the range of 8 degree to 30 degree.For example, it is desirable to dynamic mill part 2 can have When having preferable positioning performance, the angle of the bottom surface of button bit slot 34 and the long side of flat position protrusion can be set as 20 degree or 25 Degree.It, can also be convex by the bottom surface of button bit slot 34 and flat position conversely, when if the overall dimensions in flat position protrusion 33 and flat position hole 23 are larger The angle of the long side in portion is set as 10 degree or 12 degree.

The quantity of button bit slot can freely be selected according to parameters such as the sizes of single button bit slot.For example, with reference to figure 1-3, 4a and 4b, in a unrestricted example, flat position protrusion 33 is in the region that it coordinates with flat position hole 23, on its four sides Angle is designed with button bit slot 34.Such setting enables dynamic mill part 2 to be relatively easy to deflect.Even if grinding assembly turns Speed is relatively low, and dynamic mill part 2 can also deflect, and positioned by four button bit slots 34.

With continued reference to Fig. 1-3,4a and 4b, according to a unrestricted example, move mill part and include dynamic 21 He of mill part main body Dynamic mill part top plate 22.Wherein dynamic mill part top plate 22 covers the top of dynamic mill part main body 21.Flat position hole 23 is arranged on dynamic mill part top plate On 22.Button bit slot 34 is arranged on flat position protrusion 33, region corresponding with dynamic 22 plate of mill part top.Such setting can cause The size of button bit slot 34 is smaller, easy to process.

With reference to figure 2, according to a unrestricted example, the inside of dynamic mill part main body 21 is additionally provided with post-receiving chamber 23.It should The upper end of post-receiving chamber 23 is connect with dynamic mill part top plate 22.The post-receiving chamber 23 can accommodate the portion that shaft 32 extends bar holder 31 Point, and the size of the post-receiving chamber 23 is more than the size in flat 23 hole of position.Such setting, can so that in the dynamic mill part 2 of installation Flat position protrusion 33 is easier aligned and passes through flat position hole 23.

With reference to figure 1-3,4a and 4b, according to a unrestricted example, mill part top plate 22 is moved in addition to including covering dynamic mill Outside the top plate ontology 221 at the top of part main body 21, the extension 222 upwardly extended from the edge of the top plate ontology 221 is further included, And the upper end undulate of the spoiler 223 horizontally outward extended from the upper end of the extension 222, wherein extension 222, I.e..The height at each position of spoiler 223 differs.Such structure is conducive to effectively disperse the food materials after grinding. Optionally, which is structure as a whole.That is, top plate ontology 221, extension 222 and spoiler 223 are integrated. The dynamic mill part top plate 22 is fixed to after being fabricated separately in dynamic mill part main body 21, and specific fixed form can be as shown in Figure 2 It is spirally connected or welds or other modes.

With reference to figure 1-3,4a and 4b, according to a unrestricted example, quiet mill part 1 is cylindrical shape.Under the quiet mill part 1 End is connect with shaft assemblies 3, and upper end is then opening.The top of the inner wall of quiet mill part 1 is equipped with the first crushing tooth 11, quiet mill part 1 The lower part of inner wall is then equipped with the second crushing tooth 12.Wherein the number of teeth of the first crushing tooth 11 is more than the number of teeth of the second crushing tooth 12.I.e. In contrast, the first crushing tooth 11 is serration and the second crushing tooth 12 is bastard.It is quiet mill part 1 lower part be additionally provided with it is at least one into Material mouth 13.Dynamic mill part includes dynamic mill part ontology 21.The dynamic mill part ontology 21 has dynamic mill part lower part 211 and the cylinder of cone Dynamic mill part top 212.The outside of wherein dynamic mill part lower part 211 is provided with guide muscle 213, moves the outside on mill part top 212 then It is provided with and the 11 corresponding dynamic mill broken tooth 214 of part of the first crushing tooth.

In order to solve at least part technical problem of the present invention, the present invention also provides a kind of food cooking machine, including Fig. 1 Show the structure diagram of the food cooking machine of the utility model.Fig. 2 shows the dresses of the food cooking machine of the utility model With schematic diagram.As shown in the figure, the cooking machine 100 mainly includes cover assembly 101, cup body component 102 and base assembly 103.On The lid of cap assemblies 101 closes the upper opening in cup body component 102, setting grinding assembly 104, cup body component in cup body component 102 102 are arranged on base assembly 103.The food cooking machine can also have other structures, for example, can be in cup body component 102 Side sets handle 105 that user is facilitated to take.

In the embodiment shown in fig. 1, food cooking machine 100 is a kind of provided with motor at lower formula cooking machine, i.e. base assembly 103 Inside is equipped with motor 106.Certainly, it is also provided with other component in base assembly 103, such as corresponding circuit structure, Control panel etc..

When needing to grind food materials, cover assembly 101 is covered on cup body component 102, and one is encircled into cup body component 102 A cavity for being used to process food materials.Motor 106 is connect with the shaft of grinding assembly 104, so as to which drive shaft rotates.In motor Under 106 driving, grinding assembly 104 can realize the relative motion of dynamic mill part and quiet mill part, so as to in cup body component 102 Food materials are ground.

Although the utility model is disclosed as above with preferred embodiment, its be not for limiting the utility model, it is any Those skilled in the art without departing from the spirit and scope of the utility model, can make possible variation and modification, because This scope of protection of the utility model should be subject to the range that the utility model claims are defined.

Claims (10)

1. a kind of grinding assembly, including quiet mill part, dynamic mill part and shaft assemblies, the shaft assemblies include bar holder and through institutes The shaft of bar holder is stated, the quiet mill part is fixed on bar holder, and the dynamic mill part is arranged in the quiet mill part and in institute It states relative to the quiet mill part rotation under the driving of shaft, the tip of the axis that turns is equipped with flat position protrusion；

The dynamic mill part is equipped with flat position hole, and the flat position protrusion of the shaft passes through the flat position hole and extends the dynamic mill part Surface, it is characterised in that：

The flat position protrusion is additionally provided with button bit slot, and the bore edges in the flat position hole are caught in the button bit slot, avoid the dynamic mill Part is detached from the shaft.

2. grinding assembly as described in claim 1, it is characterised in that：The flat position protrusion passes through the flat position hole and rotation one The bore edges in above-mentioned flat position hole is made to be caught in the button bit slot after determining angle.

3. grinding assembly as claimed in claim 2, it is characterised in that：The flat position protrusion has flat plane, the button bit slot It is recessed to be formed from the flat plane, the flat position protrusion is parallel with the wall surface of the hole in the flat position hole opposite to fit by the flat plane Together in the dynamic mill part dismounting.

4. grinding assembly as described in claim 1, it is characterised in that：The horizontal cross-section in the flat position hole is parallel with two Long side with two in evagination arc shape short side flat position shape；

At least part of the flat plane of the flat position protrusion is bonded with the inner wall in the flat position hole；

In the region with the flat position hole cooperation, the flat position protrusion has at least one of its four corners place to concave Sunken button bit slot.

5. grinding assembly as claimed in claim 4, it is characterised in that：The bottom surface of the button bit slot be plane, the button bit slot The lower limit of angle of bottom surface and the long side be 8 degree, 10 degree or 12 degree；

The bottom surface of the button bit slot and 20 degree, 25 degree or 30 degree of the upper limit of the angle of the long side.

6. grinding assembly as claimed in claim 4, it is characterised in that：The flat position protrusion its four corners all have to The button bit slot of sunken inside.

7. grinding assembly as described in claim 1, it is characterised in that：The dynamic mill part is included described in dynamic mill part main body and covering The dynamic mill part top plate at the top of dynamic mill part main body, the flat position hole are arranged on the dynamic mill part top plate, and the flat position protrusion is prolonged Stretch out the upper surface of the dynamic mill part top plate.

8. grinding assembly as claimed in claim 7, it is characterised in that：The dynamic mill part body interior is equipped with post-receiving chamber, described The upper end of post-receiving chamber is connect with the dynamic mill part top plate；

The post-receiving chamber is suitable for accommodating the part that the shaft extends the bar holder, and the size of the post-receiving chamber is more than described The size in flat position hole.

9. grinding assembly as claimed in claim 8, it is characterised in that：The dynamic mill part top plate includes the dynamic mill part main body of covering The top plate ontology at top, the extension upwardly extended from the edge of the top plate ontology and from the upper end of the extension level Outwardly extending spoiler；

It is described it is quiet mill part be cylindrical shape, it is described it is quiet mill part lower end connect with the axostylus axostyle, upper end opening, it is described it is quiet grind part it is interior The top of wall is equipped with the first crushing tooth, and the lower part of the inner wall of the quiet mill part is equipped with the second crushing tooth, first crushing tooth The number of teeth is more than the number of teeth of second crushing tooth, and the lower part of the quiet mill part is equipped at least one feed inlet；

The dynamic mill part includes moving mill part ontology, and there is the dynamic part ontology that grinds the dynamic mill part lower part of cone and cylindrical to move Part top is ground, guide muscle is provided on the outside of the dynamic mill part lower part, is provided on the outside of the top and the first crushing tooth pair The dynamic mill part crushing tooth answered.

10. a kind of food cooking machine, it is characterised in that：Including cup body component, base assembly, cover assembly and claim 1 to 9 Grinding assembly described in middle any one；

The cup body component is arranged on the base assembly, and the cover assembly lid conjunction is opened on the top of the cup body component Mouthful, the grinding assembly is arranged on inside the cup body；

Motor is equipped in the base assembly, the motor connect with the shaft and is suitable for the driving shaft rotation.