CN208926032U - Hardware dish, cup body assembly and food processor - Google Patents

Abstract

The application provides a five metals dish, cup body component and cooking machine. Hardware dish including dish oral area, dish bottom, connection dish oral area with the lateral wall portion of dish bottom, lateral wall portion include with the crossing lower part section wall of dish bottom, lower part section wall is surrounded by a plurality of arcwall faces and/or a plurality of planes and forms. The lower section wall of the side wall part is formed by combining a plurality of arc-shaped surfaces and/or a plurality of planes, and a corner structure is formed between the adjacent or continuously arranged arc-shaped surfaces and/or planes, so that the food material impacts on the arc-shaped surfaces or planes in the rotating process, and the stirring efficiency of the food material is improved. The inside wall of hardware dish sets up a plurality of arcwall faces and/or a plurality of planes, and reducible lateral wall portion need set up the quantity of vortex muscle, reduces the processing degree of difficulty of hardware dish, improves production efficiency.

Description

Hardware disk, cup body component and cooking machine

Technical field

This application involves arrangement device technical field, it is related to a kind of hardware disk, cup body component and cooking machine.

Background technique

Cooking machine includes host component and cup body component, cup body component include cup body, the chisel holder system for being installed on cup body and It is installed on the stirring blade group of chisel holder system, host component includes pedestal and the electric machine assembly for being installed on pedestal, and stirring blade group is in electricity Food materials under the driving of thermomechanical components in rotation processing cup body.

In the related art, chisel holder system is equipped with cup holder and the hardware disk that is installed in cup holder, wherein cup body and cup holder spiral shell Rotation connection, hardware disk are closed in the opening of cup body, and stirring blade group is installed on hardware disk and extends in cup body.In stirring blade In group rotary course, food materials impact at the inner sidewall of hardware disk under the driving of stirring blade group.

Since the inner sidewall of hardware disk is the surface of revolution to turn around around the central axis rotation of hardware disk, food materials are in stirring blade It is rotated under group driving along inner sidewall, the rotation direction of food materials and the inner sidewall of hardware disk are parallel to each other, so that food materials and hardware disk Between impact it is small.Hardware disk needs to be arranged a plurality of flow-interfering bar to change the rotation direction of food materials, and the difficulty of processing of hardware disk is big, Production technology is complicated, and production efficiency is low.

Utility model content

In view of this, the application provides a kind of hardware disk, cup body component and cooking machine.It has hardware disk difficulty of processing It is small, the characteristics of food materials good crushing effect.

Specifically, the application is achieved by the following technical solution:

It is provided by the present application in a first aspect, disclose a kind of hardware disk, including disk oral area, pan bottom, the connection Pan Kou The sidewall portion in portion and the pan bottom, the sidewall portion include the lower section wall intersected with the pan bottom, the lower section wall It is formed by multiple arcs face and/or multiple planar circulars.

Optionally, the lower section wall is made of two pieces or more of arcwall face, and the central axis of adjacent arcwall face is not It is overlapped；Or the lower section wall is made of three pieces or more of plane, adjacent plane is in predetermined angle, and the predetermined angle is small In 180 degree；Or the lower section wall is made of arcwall face and the plane, the arcwall face is connected to adjacent two plane.

Optionally, the lower section wall is surrounded on the pan bottom and the center symmetric setting relative to the pan bottom.

Optionally, the sidewall portion further includes the upper segment wall intersected with the disk oral area, and the upper segment wall is in circular cone Face or cylindrical surface.

Optionally, the sidewall portion further includes the interlude wall for connecting the upper segment wall Yu the lower section wall, described Interlude wall is connected smoothly from the lower section wall to the upper segment wall.

Optionally, the circumscribed circular diameter of maximum of the pan bottom is less than the internal diameter of the disk oral area, and the sidewall portion is from institute Pan bottom is stated gradually to extend to the disk oral area.

Optionally, the hardware disk further includes at least flow-interfering bar for protruding the inner surface of the sidewall portion.

Optionally, the section of the flow-interfering bar is in triangular shape bulge-structure, and the flow-interfering bar is along the pan bottom to described Disk oral area direction is obliquely installed.

Second aspect provided by the present application, discloses a kind of cup body component, including cup holder, stirring blade group, be installed on it is described The cup body of cup holder and hardware disk as described above, the hardware disk are installed on the cup body, and the stirring blade group is detachably installed In the hardware disk.

Optionally, the cup body component further includes heating member, the heating member fit in the hardware disk bottom and/or Side wall.

The third aspect provided by the present application discloses a kind of cooking machine, including host component and cup body group as described above Part, the host component are connect with the cup body Component driver.

Technical solution provided by the embodiments of the present application can include the following benefits:

The lower section wall of sidewall portion forms by multiple arcs face and/or multiple plane combinations, adjacent or be continuously arranged Corner structure is formed between arcwall face and/or plane, so that food materials are impacted during rotation on arcwall face or plane, is improved The stirring efficiency of food materials.The inner sidewall setting multiple arcs face and/or multiple planes of hardware disk can reduce sidewall portion and need to be arranged and disturb The quantity of muscle is flowed, the difficulty of processing of hardware disk is reduced, improves production efficiency.

Detailed description of the invention

Fig. 1 is the configuration schematic diagram of the cooking machine shown in one exemplary embodiment of the application.

Fig. 2 is the schematic cross-sectional view of the cup body component shown in one exemplary embodiment of the application.

Fig. 3 is the structural schematic diagram that heating member shown in one exemplary embodiment of the application is installed on hardware disk.

Fig. 4 is the structural schematic diagram of the hardware disk shown in one exemplary embodiment of the application.

Fig. 5 is the schematic cross-sectional view of the hardware disk shown in one exemplary embodiment of the application.

Fig. 6 is the overlooking structure diagram of the hardware disk shown in one exemplary embodiment of the application.

In figure, hardware disk 10；Disk oral area 11；Notch 111；Sidewall portion 12；Lower section wall 121；First cambered surface 1211；Second Cambered surface 1212；Interlude wall 122；Upper segment wall 123；Pan bottom 13；Flow-interfering bar 14；Mounting hole 15；Cup body 20；Wall body portion 21； Feed inlet 22；Installing port 23；Stir convex ribs 24；Cup holder 30；Stirring blade group 40；Heating member 50；Cup body component 100；Host component 200；Cup lid 300.

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 and method 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. It is also intended in the application and the "an" of singular used in the attached claims, " described " and "the" including majority Form, unless the context clearly indicates other meaning.It is also understood that term "and/or" used herein refers to and wraps It may be combined containing one or more associated any or all of project listed.

It will be appreciated that though various information, but this may be described using term first, second, third, etc. in the application A little information should not necessarily be limited by these terms.These terms are only used to for same type of information being distinguished from each other out.For example, not departing from In the case where the application range, the first information can also be referred to as the second information, and similarly, the second information can also be referred to as One information.Depending on context, word as used in this " if " can be construed to " ... when " or " when ... When " or " in response to determination ".

As depicted in figs. 1 and 2, cooking machine includes cup body component 100 and the host component with the drive connection of cup body component 100 200, cup body component 100 includes cup holder 30, stirring blade group 40, the cup body 20 and hardware disk 10 for being installed on cup holder 30.Host component 200 include pedestal and the electric machine assembly for being installed on pedestal, when the installation of cup body component 100 to host component 200, cup holder 30 and bottom Relative to each other, electric machine assembly and stirring blade group 40 are drivingly connected seat.

The thin-wall construction in a tubular form of cup body 20 is inside formed with the accommodation space for accommodating food materials, and one end is equipped with feed inlet 22, The other end is equipped with installing port 23, and hardware disk 10 is installed on cup body 20 and closes the installing port 23 of cup body 20.It is opened on hardware disk 10 Connection is locked equipped with mounting hole 15,40 penetrating mounting holes 15 of stirring blade group and with hardware disk 10, so that stirring blade group 40 is removable It unloads and is installed on hardware disk 10.One end that stirring blade group 40 is equipped with set of blades is located in accommodation space, and the other end protrudes hardware disk 10 Outside and it is located in cup holder 30.Electric machine assembly drives stirring blade group 40 to rotate, and the stirring of stirring blade group 40 and crushing are located at 20 He of cup body Food materials in hardware disk 10.In one embodiment, cooking machine further includes the cup lid 300 for being covered on cup body 20, and the sealing of cup lid 300 connects It is connected to feed inlet 22, so that accommodation space forms closed processing space.

The inner sidewall of cup body 20 is convexly equipped at least one stirring convex ribs 24, and food materials are impacted during rotation in stirring convex ribs 24 After change traffic direction, improve stirring blade group 40 cut food materials number, to improve the crush efficiency of cooking machine.Example Such as, four stirring convex ribs 24 are evenly distributed in cup body 20, stirring 24 self installation mouth 23 of convex ribs extends to 22 direction of feed inlet, Stirring blade group 40 drives food materials circumferentially rotated, and food materials are impacted in the flow direction for stirring on convex ribs 24 and changing food materials, It mixes food materials and is stirred 40 cutting processing of knife group, mixing effect is good.

As shown in Figure 3 and Figure 4, in one optionally embodiment, the outer edge of hardware disk 10 is equipped with and stirring 24 phase of convex ribs Matched notch 111, when hardware disk 10 is assembled to cup body 20, the notch 111 of hardware disk 10 is snapped connection in stirring convex ribs 24, To limit circumferentially rotating for hardware disk 10.Such as, when cup body 20 is equipped with four stirring convex ribs 24, hardware disk 10 sets that there are four scarce Mouth 111, the shape of the notch 111 and the shape of stirring convex ribs 24 match, the outer edge of hardware disk 10 and the inside of cup body 20 Wall is bonded to each other and seals, the good positioning effect between hardware disk 10 and cup body 20, and installation accuracy is high.

In one embodiment, cup body component 100 further includes the heating member 50 for being installed on hardware disk 10, the heating member 50 fitting Bottom and/or side wall in hardware disk 10.Heating member 50 is in the good fever that is powered, and for heating the food materials in cup body 20, setting adds Warmware 50 can expand the application range of cooking machine, and using effect is good.

As shown in Figure 3 and Figure 4, in one embodiment, hardware disk 10 includes disk oral area 11, pan bottom 13, terminal pad oral area 11 are opened in disk oral area 11 with the sidewall portion 12 of pan bottom 13, notch 111.The space structure of pan bottom 13 and sidewall portion 12 surrounded At disc space, stirring blade group 40 is installed on pan bottom 13 and at least partly stirring blade group 40 is located in the disc space.Food materials In the disc space, when stirring blade group 40, which rotates, drives food materials rotation, food materials are impacted in the inner surface of sidewall portion 12.

Sidewall portion 12 includes the lower section wall 121 intersected with pan bottom 13, lower section wall 121 by multiple arcs face and/or Multiple planar circulars form.Lower section wall 121 is located at the lower area of sidewall portion 12 and is surrounded on the circumferential direction of pan bottom 13, side wall From pan bottom 13 to 11 direction of disk oral area, linearly or arc-shaped bend extends in portion 12.

The circumferential inner surface of lower section wall 121 is formed by multiple arcs face and/or multiple planar circulars, wherein at least The arcwall face and/or plane of section lower section wall 121 are not at the central axis rotation around hardware disk 10 and turn around the revolution to be formed On curved surface, not also on same plane, therefore, corner structure is in three arcwall faces adjacent or being continuously arranged and/or to put down The angle that face is constituted.Corner structure is arranged in lower section wall 121 so that food materials arcuately face or Plane Rotation to next arcwall face or When plane, food materials are impacted with arcwall face or plane, to change the flow direction of food materials.Food materials and arcwall face or plane are sent out Raw impact, increases the number of shocks of food materials and hardware disk 10 and the mixing number of food materials, improves stirring blade group 40 and processes food materials Efficiency.

Lower section wall 121 is formed by multiple arcs face and/or multiple planar circulars, all tables inwardly of lower section wall 121 Face includes following form: circumferential inner surface is made of multiple arcs face；Circumferential inner surface is made of multiple planes；Week Inside side surface, which is combined by multiple arcs face with multiple planes, to be constituted.

As shown in Figure 5 and Figure 6, in one optionally embodiment, lower section wall 121 is by two pieces or more of arcwall face structure At the central axis of adjacent arcwall face is not overlapped.Wherein, arcwall face is that a camber line or line segment are rotarily formed around a central axis Curved surface, the central axis of two adjacent arcwall faces is parallel to each other and is not overlapped, so that in two arcwall faces or three continuous arcs Shape forms corner structure between face.

It is formed for example, lower section wall 121 is surround by eight pieces of arcwall faces, wherein lower section wall 121 includes four piece of first cambered surface 1211 and four piece of second cambered surface 1212.Four piece of first cambered surface 1211 is oppositely arranged two-by-two and the central axis of four piece of first cambered surface 1211 Line is parallel to each other, and the second cambered surface 1212 connects adjacent two piece of first cambered surface 1211.Two piece of first adjacent cambered surface 1211 and one piece Corner structure is formed between second cambered surface 1212, food materials slide into the second cambered surface 1212, and edge along first the first cambered surface 1211 Second cambered surface 1212 slides into second the first cambered surface 1211, and correspondingly, food materials and second the first cambered surface 1211 generate impact And change the mixing direction of food materials, the good mixing effect of food materials.For lower section wall 121 by arcwall face around forming, corner structure is flat It slips over and crosses, the stress of good appearance, hardware disk 10 disperses, easy to process.Hardware disk 10 can be added by metal plate punching drawing process Work or compression molding process form.

In one optionally embodiment, lower section wall 121 is made of three pieces or more of plane, and adjacent plane is in default Angle, predetermined angle are less than 180 degree.The inner sidewall of lower section wall 121 has plane composition, and food materials drive undershoot in stirring blade group 40 It hits in adjacent plane.Food materials change flow direction after being impacted and are stirred 40 cutting and grinding of knife group, lower section wall 121 inner sidewall plays the role of flow-disturbing.For example, the inner sidewall of lower section wall 121 is set as the structures such as hexahedron, octahedron.Hardware Disk 10 can be process by metal plate punching drawing process or compression molding process.

In one optionally embodiment, lower section wall 121 is made of arcwall face and plane, and it is flat that arcwall face is connected to adjacent two Face.Arcwall face and interplanar are every setting, wherein the quantity of arcwall face and the quantity of plane are identical.Two planes are in predetermined angle Setting, arcwall face are located at the intersection of two planes, form corner structure between two planes.For example, lower section wall 121 is by four pieces of arcs Shape face and four pieces of planes are constituted, and plane is oppositely arranged two-by-two to form quadrilateral structure, and arcwall face is located at the cross-shaped portion of two planes Position and with two plane smooth transition.

In the alternative embodiment of above-mentioned lower section wall 121, stirring blade group 40 is located at the centre of pan bottom 13, lower part Section wall 121 is arranged around stirring blade group 40.During stirring blade group 40 processes food materials, the corner structure of lower section wall 121 is risen To the effect of flow-disturbing, the cutting efficiency of stirring blade group 40 is improved.The corner structure of lower section wall 121 reduces to be set on hardware disk 10 The quantity for setting turbulence structure improves the internal stress distribution situation of hardware disk 10, reduces the difficulty of the processing technology of hardware disk 10 Degree saves the rapidoprint dosage of hardware disk 10, reduces the cost of cooking machine.

In an optional embodiment, lower section wall 121 is surrounded on pan bottom 13 and the center pair relative to pan bottom 13 Claim setting.Using the axis of rotation of stirring blade group 40 as center axis, plane locating for the central axis is center face, lower section wall 121 is symmetrical relative to the median plane.It is formed for example, lower section wall 121 is surround by eight pieces of arcwall faces, two arcs being oppositely arranged Face central angle and radius are identical, and are symmetrical arranged relative to median plane.

As shown in Figure 5 and Figure 6, in one embodiment, sidewall portion 12 further includes the upper segment wall intersected with disk oral area 11 123, upper segment wall 123 is in circular conical surface or cylindrical surface.Disk oral area 11 intersects with cup body 20 and is tightly connected with cup body 20, accordingly Ground, the section of disk oral area 11 and the inside cross-sectional of cup body 20 match, such as disk oral area 11 is set as round, ellipse.Disk oral area 11 extend to the outside from sidewall portion 12, and to form flange-like structure, upper segment wall 123 intersects at disk oral area 11 and is surrounded on stirring blade Group 40.When disk oral area 11 is set as cylindrical surface or circular conical surface, the axis of rotation of stirring blade group 40 is located at the center point of disk oral area 11. The upper segment wall 123 of sidewall portion 12 extends towards the accommodation space side of cup body 20 to be protruded, in 40 rotary course of stirring blade group, band Food materials in dynamic hardware disk 10 are impacted along upper segment wall 123 to the stirring convex ribs 24 on the inner sidewall and inner sidewall of cup body 20, The mixing efficiency of food materials is high, good crushing effect.

In one embodiment, sidewall portion 12 further includes the interlude wall 122 for connecting upper segment wall 123 and lower section wall 121, Interlude wall 122 is connected smoothly from lower section wall 121 to upper segment wall 123.122 transition of interlude wall connects upper segment wall 123 with lower section wall 121 so that the cylindrical surface or circular cone of the arcwall face of lower section wall 121 and/or plane and upper segment wall 123 Face smooth transition.

For example, interlude wall 122 extends from lower section wall 121 to upper segment wall 123 in cambered surface sigmoid, lower section wall 121 arcwall face and/or plane is extended along interlude wall 122 to be extended and is gradually intended to circular configuration.In one embodiment, disk The circumscribed circular diameter of maximum of bottom 13 is less than the internal diameter of disk oral area 11, and sidewall portion 12 gradually expands from pan bottom 13 to disk oral area 11 Exhibition.

For sidewall portion 12 in horn-like, interlude wall 122 is set as arc line shaped so that interlude wall 122 and upper segment wall 123 it Between in it is tangent or inclination intersection.Projected length of the interlude wall 122 on central axis is greater than or equal to lower section wall 121 in Projected length on mandrel line.Interlude wall 122 can extend lower section wall 121, so that interlude wall 122 also has accordingly Corner structure, meanwhile, the angle of corner structure is gradually expanded until intersecting to upper segment wall with the extension of interlude wall 122 123, and a circular configuration is formed at upper segment wall 123.12 subsection setup of sidewall portion reduces five so that stress gradually disperses The difficulty of processing of golden disk 10, also, corner structure is formed at lower section wall 121 and interlude wall 122, play mixing food materials Effect, mixing effect are good.Interlude wall 122 extends from lower section wall 121 to upper segment wall 123 in cambered surface sigmoid, Ke Yiyin It leads food materials to flow to 11 direction of disk oral area, drainage effect is good.

Heating member 50 fits in bottom and/or the side-walls of hardware disk 10, and correspondingly, heating member 50 fits in pan bottom 13；Or fit in the lower section wall 121 in pan bottom 13 and partial sidewall portion 12；Or it fits at the outer peripheral surface of sidewall portion 12 Deng.Heating member 50 heats hardware disk 10 and transfers heat to food materials by hardware disk 10 after being powered, carried out with realizing to food materials Heating.

Hardware disk 10 further includes at least flow-interfering bar 14 for protruding the inner surface of sidewall portion 12.Flow-interfering bar 14 is located at side wall The food materials mixing effect at interlude wall 122 at the interlude wall 122 in portion 12, for improving hardware disk 10.Flow-interfering bar 14 is equal It is even to be distributed at sidewall portion 12, to improve the uniformity of 10 stress of hardware disk.

It is formed for example, the lower section wall 121 of hardware disk 10 is surround by eight pieces of arcwall faces, wherein lower section wall 121 includes four The first cambered surface of block 1211 and four piece of second cambered surface 1212.Four piece of first cambered surface 1211 is oppositely arranged two-by-two and four piece of first cambered surface 1211 central axis is parallel to each other, and the second cambered surface 1212 connects adjacent two piece of first cambered surface 1211, two piece of first adjacent arc Corner structure is formed between face 1211 and one piece of second cambered surface 1212.Interlude wall 122 is by the first cambered surface 1211 and the second cambered surface 1212, which extend extension to 123 direction of upper segment wall, forms, and the first cambered surface 1211 and the second cambered surface 1212 are at upper segment wall 123 It is crossed to form a circular curved surface.At interlude wall 122, ignition-face area corresponding to the first cambered surface 1211 is less than the second cambered surface Ignition-face area corresponding to 1212, part protrusion forms flow-interfering bar 14 at the arcwall face corresponding to every one second cambered surface 1212. Flow-interfering bar 14 is projecting inward to disc space, so that ballistic throw occurs at flow-interfering bar 14 for food materials, promotes the mixed effect of food materials.

In one optionally embodiment, the section of flow-interfering bar 14 is in triangular shape bulge-structure, and flow-interfering bar 14 is along pan bottom 13 It is obliquely installed to 11 direction of disk oral area.The inclination of flow-interfering bar 14 is set to the surface of sidewall portion 12, correspondingly, the length side of flow-interfering bar 14 It is obliquely installed to the axis direction relative to stirring blade group 40.During stirring blade group 40 stirs food materials, flow-interfering bar 14 is guided Food materials to 20 direction of cup body along being stirred, and the stirring efficiency of food materials is high, and mixing uniformity is good.

The above is only the preferred embodiments of the application, not to limit the application, it is all in spirit herein and Within principle, any modification, equivalent substitution, improvement and etc. done be should be included within the scope of the application protection.

Claims (11)

1. a kind of hardware disk, which is characterized in that including disk oral area (11), pan bottom (13), the connection disk oral area (11) and institute The sidewall portion (12) of pan bottom (13) is stated, the sidewall portion (12) includes the lower section wall intersected with the pan bottom (13) (121), the lower section wall (121) is formed by multiple arcs face and/or multiple planar circulars.

2. hardware disk according to claim 1, which is characterized in that the lower section wall (121) is by two pieces or more of arc Shape face is constituted, and the central axis of adjacent arcwall face is not overlapped；Or the lower section wall (121) is by three pieces or more of plane structure At adjacent plane is in predetermined angle, and the predetermined angle is less than 180 degree；Or the lower section wall (121) is by arcwall face and institute Plane composition is stated, the arcwall face is connected to adjacent two plane.

3. hardware disk according to claim 1, which is characterized in that the lower section wall (121) is surrounded on the pan bottom (13) and the center symmetric setting relative to the pan bottom (13).

4. hardware disk according to claim 1, which is characterized in that the sidewall portion (12) further includes and the disk oral area (11) the upper segment wall (123) intersected, the upper segment wall (123) are in circular conical surface or cylindrical surface.

5. hardware disk according to claim 4, which is characterized in that the sidewall portion (12) further includes connecting the upper segment The interlude wall (122) of wall (123) and the lower section wall (121), the interlude wall (122) is from the lower section wall (121) Xiang Suoshu upper segment wall (123) is connected smoothly.

6. hardware disk according to claim 1, which is characterized in that the circumscribed circular diameter of maximum of the pan bottom (13) is less than The internal diameter of the disk oral area (11), the sidewall portion (12) gradually extend from the pan bottom (13) to the disk oral area (11).

7. hardware disk according to claim 1, which is characterized in that the hardware disk (10) further includes protruding the sidewall portion (12) an at least flow-interfering bar (14) for inner surface.

8. hardware disk according to claim 7, which is characterized in that the section of the flow-interfering bar (14) is in triangular shape protrusion knot Structure, the flow-interfering bar (14) are obliquely installed along the pan bottom (13) to disk oral area (11) direction.

9. a kind of cup body component, which is characterized in that including cup holder (30), stirring blade group (40), be installed on the cup holder (30) Cup body (20) and hardware disk as claimed in any one of claims 1 to 8 (10), the hardware disk (10) are installed on the cup body (20), the stirring blade group (40) is removably mounted to the hardware disk (10).

10. cup body component according to claim 9, which is characterized in that the cup body component (100) further includes heating member (50), the heating member (50) fits in bottom and/or the side wall of the hardware disk (10).

11. a kind of cooking machine, which is characterized in that including host component (200) and such as the described in any item cups of claim 9 or 10 Body component (100), the host component (200) and the cup body component (100) are drivingly connected.