CN109691910A

CN109691910A - Disk, stirring toolbox and food cooking machine

Info

Publication number: CN109691910A
Application number: CN201710992583.4A
Authority: CN
Inventors: 龚弦; 黄维; 柳维军; 孙毅; 何柏锋
Original assignee: Foshan Shunde Midea Electrical Heating Appliances Manufacturing Co Ltd
Current assignee: Foshan Shunde Midea Electrical Heating Appliances Manufacturing Co Ltd
Priority date: 2017-10-23
Filing date: 2017-10-23
Publication date: 2019-04-30
Anticipated expiration: 2037-10-23
Also published as: CN109691910B

Abstract

Include: the closed tub of top opening and bottom the invention proposes a kind of disk, stirring toolbox and food cooking machine, disk, multiple first positioning holes are provided in bottom wall edge, are provided with mounting structure in the middle part of bottom wall；Annular cover is sealed on the edge of the open end of tub, is provided with multiple second location holes；Multiple magnetic parts in tub, the lower end of magnetic part are limited in first positioning hole, and the first boss being limited in second location hole is provided on the upper end of magnetic part, and the inner surface of first boss is located at the outside of the inner surface of magnetic part；First boss is an integral structure with magnetic part.The disk when being used for the food cooking machine of double disk drives by the program, drive can be reduced to the maximum extent from the radial distance between movable magnetic disc, increase driving disk and is transmitted from the torque between movable magnetic disc, to improve the torque of product, the occupied space driven from movable magnetic disc in bottom of cup is reduced, to improve space utilization rate.

Description

Disk, stirring toolbox and food cooking machine

Technical field

The present invention relates to living electric apparatus technical fields, in particular to a kind of disk, stirring toolbox and food material Reason machine.

Background technique

Occurs a kind of food cooking machine with magnetic drive at present, this kind of food cooking machine is by being mounted on motor shaft end The driving disk at end drives the driven disc rotation being mounted on stirring cutter, and then stirring cutter is driven to be rotated, meanwhile, To further increase driving disk and from the torque between movable magnetic disc, generally drives disk and be all mutually to be arranged from movable magnetic disc Setting, i.e., be all that will drive disk and be set on another from one in movable magnetic disc.But this kind of structure, due to bottom of cup Space is limited, thus from movable magnetic disc and driving disk be all arranged it is smaller so that from movable magnetic disc and driving disk radial direction Size is all smaller, thus causes the transmitting torque between movable magnetic disc and driving disk smaller.Simultaneously as corresponding bottom of cup It is already provided with from movable magnetic disc and driving disk, therefore, then when heating element is arranged in bottom of cup, will lead to bottom of cup Difficulty in arrangement.

Therefore, a kind of new torque that can enhance between movable magnetic disc and driving disk how is designed, and can The slave movable magnetic disc and/or driving disk for improving the space utilization rate of bottom of cup become current urgent problem to be solved.

Summary of the invention

At least one in order to solve the above-mentioned technical problem, the first aspect of the present invention proposes a kind of disk.

The second aspect of the present invention also proposed a kind of stirring toolbox.

The third aspect of the present invention also proposed a kind of food cooking machine.

In view of this, the embodiment of first aspect present invention proposes a kind of disk, it to be used for food cooking machine, the disk It include: tub, the tub is in the closed tubular of top opening and bottom, is provided on the edge of the bottom wall of the tub multiple First positioning hole is provided with mounting structure in the middle part of the bottom wall of the tub；Annular cover is sealed on the open end of the tub It is circumferentially arranged in the annular cover to have multiple second location holes corresponding with multiple first positioning holes on edge；It is more A magnetic part is located in the tub, and the magnetic part is limited in first positioning close to one end of the bottom wall of the tub It is convex that first be limited in the second location hole is provided in hole, on one end of bottom wall of the magnetic part far from the tub Platform, the inner surface of the first boss are located at the outside of the inner surface of the magnetic part；Wherein, the first boss and the magnetic Property part is an integral structure.

The disk provided according to the present invention, the ring cover including tub and lid on the edge of tub, and be mounted on An interior circle magnetic part for tub, specifically, the upper end of magnetic part limits the second positioning in annular cover by first boss In hole, the lower end of magnetic part is limited in the first positioning hole in tub.And the inner surface of first boss, i.e., first boss is in cylinder The outside of the inner surface for being located at magnetic part far from the face on the outside of tub in the radial direction of frame, i other words, magnetic part is with respect to first Boss is wider from extending in the radial direction into tub for tub, this kind of disk, after magnetic part is mounted in tub, multiple magnetic Property part inside it is exposed outside, i.e. the inside of magnetic part is blocked there is no the tub for being mounted magnetic part, thus will be another When disk is mounted in tub, the radial spacing between inside and outside disk just can be reduced, thus the disk is used for double disks When the food cooking machine of driving, which can be used for the driving disk of food cooking machine or from movable magnetic disc, specifically, It when being used as driving disk, can will be directly installed in tub from movable magnetic disc, and between multiple magnetic parts, drive disk in this way Multiple magnetic parts can be set in outside movable magnetic disc, similarly, can be inside by the bottom wall of tub when being used as from movable magnetic disc It is recessed into groove, just driving disk insertion can be installed in groove in this way, so that just driven disk can be arranged peace Outside driving disk.Two disks of food cooking machine in this way, which just can be realized mutually, is arranged installation, and this kind of structure is in reality When being arranged installation of existing two disks, drive disk and from one in movable magnetic disc be above-mentioned disk, therefore drive disk and from The inside of at least one disk is not blocked in movable magnetic disc, and previous, drives the inside of disk and the outside from movable magnetic disc It is both provided with inner wall, and inner wall will increase the radial distance between movable magnetic disc and driving disk, reduce driving disk or driven The actual size of the magnetic part of disk, thus torque can be reduced, and this programme, since the inside of disk is blocked without inner wall, because And driving disk can be reduced to the maximum extent and from the radial distance between movable magnetic disc, on the one hand be capable of increasing driving magnetic Disk and between movable magnetic disc torque transmitting, on the other hand can reduce driving disk bottom of cup occupied space, to mention The space utilization rate of high bottom of cup, so as to be that installation heating component reserves space in bottom of cup, for product reality Now heating provides possibility.Further, since the inside of disk is directly emerging in the outside, thus tub can also be reduced to magnetic field Blocking, it is thus possible to increase driving disk and from the active force between movable magnetic disc, to further increase the torque of product.Also Have, is arranged installation since this kind of disk can realize two disks of food cooking machine, driving disk so just can be direct Driven disc rotation is driven from radial direction, that is, drive disk and just can form magnetic force biography in the same plane from movable magnetic disc It is dynamic, it attracts each other so as to avoid previous disk up and down and generates axial force, so as to cause cutter head, the friction pad on food cooking machine The problem of pad wear is accelerated, while avoiding the axial force to attract each other by upper and lower disk and increasing, friction torque increases, and makes The problem of increasing at energy loss, and then guarantee the normal work of food cooking machine.Wherein, by the bottom wall of tub Mounting structure is set.In disk for the drive of the driving device of mounting structure and food cooking machine can be utilized when driving disk Moving axis connection can utilize mounting structure to realize the driving to disk using drive shaft, and when disk is used for from movable magnetic disc It is drivingly connected with the stirring cutter of food cooking machine, to realize stirring cutter and from the drive connection between movable magnetic disc.

Wherein, first boss is preferably an integral structure with magnetic part, because the mechanical property being an integral structure is good, thus It can ensure the bonding strength between first boss and magnetic part, in addition, first boss and magnetic part can be also made into integration, batch Amount production, to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, first boss and magnetic part can also For split type structure, i.e. detachable structure.

Wherein it is preferred to which the magnetic part, the tub are split type structure, i.e., magnetic part and tub are removably Structure, magnetic part and tub are arranged to two parts by this kind setting, convenient for being individually replaced to magnetic part or tub.When So, in other schemes, magnetic part and tub can also be molded into integral structure.

In addition, the driving disk in above-described embodiment provided by the invention can also have following additional technical feature:

In any of the above-described technical solution, it is preferable that the inner surface of the magnetic part is located at the inner wall of the annular cover Outside or the magnetic part inner surface be located at the annular cover inner wall inside or the magnetic part inner surface It is concordant with the inner wall of the annular cover.

In the technical scheme, the inner surface of magnetic part, it is preferably concordant with the inner wall of annular cover, in this way by this programme When the disk of offer is mutually nested with the realization of another disk, the inside of magnetic part projecting annular lid can be prevented, and is interfered another The installation of disk.Certainly, the inner surface of magnetic part may be alternatively located at the outside or inside of the inner wall of annular cover, at this point, can pass through The structure of another disk is rationally set, so as to mutually nested can install between two disks.

In any of the above-described technical solution, it is preferable that the magnetic part is fitted in the interior sidewall surface of the tub.

In those technical solutions, magnetic part preferably fits in the inner sidewall setting of tub, can make tub and magnetic in this way Property part installation it is more compact, so as to the volume of opposite reduction disk, to reduce the occupied space of disk.

In any of the above-described technical solution, it is preferable that the outer surface of the first boss and the magnetic part are close to described The face of the interior sidewall surface of tub is concordant.

In those technical solutions, the outer surface of first boss refers to first boss in tub in the radial direction by cylinder Face on the outside of frame, and the outer surface of first boss is concordant close to the face of the interior sidewall surface of tub with magnetic part, i other words, first is convex The outside of platform and the outside of magnetic part are concordant, on the one hand make the outside of first boss and magnetic part that can be bonded tub in this way Inner sidewall setting, so as to keep the internal structure of disk more rationally compact, so as to further decrease the body of disk Product, to reduce the occupied space of disk.On the other hand, this kind setting also makes first boss in the width in the radial direction of tub Degree can be wider, it is thus possible to improve the intensity of the first positioning protrusion.

In any of the above-described technical solution, it is preferable that the magnetic part along the two sides of the tub being circumferentially arranged extremely The first boss setting is protruded from the circumferential direction of the tub in rare side.

In those technical solutions, magnetic part at least lateral edge tub along the two sides that the circumferential direction of tub is arranged Circumferential direction protrudes first boss setting, i other words first boss at least side along the two sides that the circumferential direction of tub is arranged Positioned at magnetic part between the two sides that the circumferential direction of tub is arranged, specifically, if magnetic part is arranged along the circumferential direction of tub Two sides be the first side of magnetic part and second side of magnetic part, first boss is the along the two sides that the circumferential direction of tub is arranged First side of one boss and second side of first boss, then, at least one is answered in the first side of first boss and second side Between the first side of magnetic part and second side of magnetic part.The week for enabling magnetic part to protrude first boss is arranged in this kind To two sides be arranged so that along tub circumferential direction be arranged adjacent two magnetic part can contact with each other, in this way Just magnetic part can be arranged larger, it is thus possible to enhance the magnetic force of disk, to improve the driving force of disk.

Wherein it is preferred to which two magnetic parts of arbitrary neighborhood contact with each other in the circumferential direction of the tub.This kind Be arranged so that multiple magnetic parts can be arranged in tub it is more compact, it is thus possible to be arranged more in an equal amount of tub More or bigger magnetic part, so that the magnetic force of disk can be improved, to improve the driving force of disk.

In any of the above-described technical solution, it is preferable that the magnetic part is arranged on one end of the bottom wall of the tub There is second boss, the magnetic part, which is limited in described first by the second boss close to one end of the bottom wall of the tub, to be determined In the hole of position；Wherein, the inner surface of the second boss is located at the outside of the inner surface of the magnetic part, and the magnetic part is close to institute On the periphery for the bottom wall that the one end for stating the bottom wall of tub is resisted against the tub.

It, can also be in magnetic part on one end of the bottom wall of tub, i.e., on the lower end of magnetic part in those technical solutions Second boss is set, just can realize the location and installation between magnetic part and the bottom wall of tub by second boss in this way.This kind The buckle installation that can be realized using the cooperation of second boss and first positioning hole to magnetic part is set, it is thus possible to make magnetic part That installs between tub is more firm.Wherein, periphery refers to the edge of surrounding, i.e. what the periphery of the bottom wall of tub referred to is exactly The edge of the surrounding of the bottom wall of tub, and magnetic part is resisted against on the periphery of the bottom wall of tub close to one end of the bottom wall of tub, This kind setting enables the lower end surface of magnetic part to be bonded with the bottom wall of tub, thus prevents the bottom wall in magnetic part and tub Between form gap, meanwhile, this kind of structure is also realized using the bottom wall of tub and is installed to the support of magnetic part, thus can not had to Additionally other support constructions are being set, and then the structure of product can be simplified, are reducing the cost of product.

Wherein, second boss is preferably an integral structure with magnetic part, because the mechanical property being an integral structure is good, thus It can ensure the bonding strength between second boss and magnetic part, in addition, second boss and magnetic part can be also made into integration, batch Amount production, to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, second boss and magnetic part can also For split type structure, i.e. detachable structure.

In any of the above-described technical solution, it is preferable that the tub includes: cylinder, the both ends open of the cylinder；Bottom Plate is sealed on the bottom of the cylinder, be arranged at intervals between the edge of the bottom plate and the inner sidewall of the cylinder it is multiple every Muscle；Wherein, any first positioning hole is surrounded by the two neighboring muscle, the bottom plate and the cylinder.

In those technical solutions, using cylinder, bottom plate and be arranged between the edge of bottom plate and cylinder it is multiple every Muscle surrounds a top end opening and the tub of bottom end closure and the multiple first positioning holes of setting, this kind setting can determine first The edge of bottom plate is arranged in position hole, it is thus possible to install the inner sidewall that multiple magnetic parts are directly adjacent to tub, thus not have to Gap is formed between the inner sidewall and magnetic part of tub, it is thus possible to the internal structure of disk is installed more rationally compact, because And the small volume of disk can be made, and magnetic part can be arranged to occupancy sky that is larger, thus can reducing disk Between, and can be improved the driving force of disk.

In any of the above-described technical solution, it is preferable that the bottom plate is recessed to outside the tub and forms recessed groove, the magnetic Property part is on the end face that the end face of one end of the bottom wall of the tub is resisted against the recessed groove.

In those technical solutions, bottom plate can be recessed into outward to recessed groove, the bottom wall of tub can be arranged in this way It is lower, thus when another disk to be mounted in tub, just another disk can be mounted in tub deeper into ground, specifically Ground, for example, recessed groove can be mounted on the supporting plate of another disk so that other magnetic parts on supporting plate can in tub Magnetic part come into full contact with, the matching area between two disks can be increased in this way, thus be just capable of the driving force of high disk. And magnetic part is on the end face that the end face of one end of the bottom wall of tub is resisted against recessed groove, i other words, magnetic part can be by recessed Support of the end face realization of slot to magnetic part is fallen into, magnetic part is thus prevented to fall away out of first positioning hole.Wherein, preferably Ground, the medial surface of magnetic part be located at recessed groove the outside of inner sidewall or the medial surface of magnetic part and recessed groove inner sidewall it is flat Together, the top that can prevent the medial surface of magnetic part from extending into recessed groove is arranged in this kind, and the medial surface of magnetic part extend into recess The top of slot can interfere the installation of another disk, and the inner face of magnetic part is located at the outside of the inner sidewall of recessed groove, or magnetic The case where inner face of part and the inner sidewall of recessed groove are concordant, i.e., the medial surface of avoidable magnetic part interferes the installation of another disk Occur.

In the above-mentioned technical solutions, it is preferable that multiple magnetic parts are elongated.

In those technical solutions, magnetic part is preferably arranged to strip, just tub can be arranged more in this way It is elongated, so as to increase the area of magnetic part, so as to increase disk while reducing the radial volume of magnetic part Magnetic force, and then can be improved the driving force of disk.

In any of the above-described technical solution, it is preferable that the tub is cylindrical, and the cross section of the magnetic part is in fan ring Shape.

In those technical solutions, tub is cylindrical to enable to tub more preferably to process, and certainly, tub can also be in ellipse Shape or other shapes.And magnetic part enables magnetic part preferably to cooperate with columnar tub in fan annular, it is thus possible to Keep the structure of product simpler rationally.

In any of the above-described technical solution, it is preferable that the first positioning hole is blind hole or through-hole and/or described second Location hole is through-hole or blind hole.

In those technical solutions, first positioning hole can be blind hole, specifically can also work as first positioning hole for through-hole When for blind hole, the lower end of magnetic part can be directly inserted into blind hole, and realize the support to magnetic part using blind hole, thus just Without the location structures such as positioning ladder are arranged in the lower end of magnetic part, it is thus possible to simplify the structure of magnetic part.And it is fixed to work as first When position hole is through-hole, one second boss can be set in the lower end of magnetic part, so as to realize using second boss to magnetic part Installation, this kind setting can be bigger with respect to second boss setting by the lower end of magnetic part, so as to realize magnetic part While installation, it is ensured that the size of magnetic part, to ensure the driving force of disk.Similarly, second location hole can also be through-hole or blind Hole can specifically be selected according to actual needs.

In any of the above-described technical solution, it is preferable that the mounting structure is to be arranged in the exterior bottom wall of the tub Mounting post, the mounting post can be drivingly connected with the driving device of the food cooking machine.

It, can be using disk as the driving disk of food cooking machine, at this point, can be in the outer bottom of tub in those technical solutions One mounting post is set on wall, so as to realize and be drivingly connected by mounting post and driving device, such as motor.

In any of the above-described technical solution, it is preferable that the mounting structure is the bottom wall of the tub into the tub Be recessed the sunk structure formed, and the sunk structure can be drivingly connected with the stirring cutter of the food cooking machine.

It, can be by the exterior bottom wall of tub using disk as when the slave movable magnetic disc of food cooking machine in those technical solutions It concaves and forms sunk structure, at this point, can be mounted on stirring cutter in tub without one end of blade, and be connected to recess Structure, and the one end for stirring cutter band blade is made to stretch out tub.Stirring cutter so just can turn under the action of from movable magnetic disc It is dynamic.Meanwhile it can be by bottom of cup to sunk structure sunken inside, to process the space for accommodating driving disk, to can will drive Movable magnetic disc is arranged in the pit of bottom of cup, to realize driving disk and be arranged installation between movable magnetic disc.

The embodiment of second aspect of the present invention provides a kind of stirring toolbox, which includes: tool apron, Bearing is installed in the tool apron；Cutter shaft is rotatably mounted in the tool apron by the bearing, and the two of the cutter shaft The tool apron is stretched out at end；Blade, the one end for stretching out the tool apron with the cutter shaft are connect；With any one of first aspect embodiment The disk of offer, the other end that the cutter shaft stretches out the tool apron are connect with the mounting structure of the disk.

The stirring toolbox that embodiment according to the present invention provides, stirring toolbox include tool apron, cutter shaft, are mounted on Blade on one end of cutter shaft and the disk with the other end drive connection of cutter shaft.Wherein, specifically, blade is for crushing food Material, and tool apron is for realizing the installation of cutter shaft, and cutter shaft is for realizing the installation of blade, and pass through mounting structure and realize and magnetic The drive connection of disk.And disk can rotate under extraneous driving, to just be able to drive cutter shaft and blade rotation, and then i.e. The crushing to food materials can be achieved.In addition, the stirring toolbox that the embodiment of the present invention provides also has any reality of first aspect The disk of example offer is applied, therefore, there is the stirring toolbox that the embodiment of the present invention provides first aspect any embodiment to mention Whole beneficial effects of the disk of confession.

The embodiment of third aspect present invention provides a kind of food cooking machine, comprising: base is provided in the base Driving device；Cup body can releasably be mounted on the base, stirring cutter is provided in the cup body；Disk drive group Part, including be mounted in the cup body with the slave movable magnetic disc that connect of stirring cutter, and be mounted on the base and institute The driving disk of driving device connection is stated, the driving disk is with described from the mutually nested setting of movable magnetic disc, the driving disk It is the disk that first aspect any embodiment provides with one from movable magnetic disc.

The food cooking machine that embodiment according to the present invention provides, driving disk can drive under the action of driving device Driven disc rotation, to drive stirring cutter stirring food materials.And drive disk with from the mutually nested setting of movable magnetic disc, i other words Driving disk and driving disk is inserted into from one in movable magnetic disc and out of, another in movable magnetic disc, this kind is arranged so that driving Movable magnetic disc and it can be realized from movable magnetic disc and be arranged installation, driving disk just can directly drive from radial direction from movable magnetic disc in this way Rotation drives disk and just can form magnetic drives in the same plane from movable magnetic disc, so as to avoid previous magnetic up and down The problem of disk, which attracts each other, generates axial force, accelerates so as to cause the cutter head on food cooking machine, friction shim abrasion, together When avoid the axial force to attract each other by upper and lower disk and increase, friction torque increases, the problem of causing energy loss to increase hair It is raw, and then guarantee the normal work of food cooking machine.Meanwhile the food cooking machine that the embodiment of the present invention provides, have first The disk that aspect any embodiment provides, therefore, the food cooking machine that the embodiment of the present invention provides have first aspect any The whole beneficial effects for the disk that embodiment provides.

In any of the above-described technical solution, it is preferable that food cooking machine further include: heating component, positioned at the cup body Bottom is looped around outside the disk drive.

In those technical solutions, one heating component can be set in the bottom of cup body, so as to add using heating component The hot intracorporal food of cup.This kind is arranged so that food cooking machine can also be used to heat, it is thus possible to expand food cooking machine Function.Wherein it is preferred to heating component is fitted around outside driving disk when driving disk to be set in outside driven disk, When driven disk is set in outside driving disk, heating component is fitted around outside movable magnetic disc, so that heating component distance Drive disk and from movable magnetic disc farther out, thus prevent driving disk and from movable magnetic disc high temperature demagnetization.

In any of the above-described technical solution, it is preferable that the driving disk is the disk, is set on the bottom wall of the cup body It is equipped with the first hollow cylinder being recessed outside the cup body, first hollow cylinder is extend by the annular cover of the disk It is described to be mounted in first hollow cylinder from movable magnetic disc in the tub of the disk, one end installation of the stirring cutter To described from movable magnetic disc, the other end of the stirring cutter stretches out first hollow cylinder.

It, can be by cup body when driving disk is the disk that first aspect any embodiment provides in those technical solutions Bottom wall be recessed into the first hollow cylinder outward, just can will be mounted in this way from movable magnetic disc in the first hollow cylinder, then will First hollow cylinder is inserted into tub from annular cover, just can will be inserted into be installed in driving disk from movable magnetic disc in this way, To realize driving disk and be arranged installation between movable magnetic disc.

Wherein it is preferred to when driving disk is the disk that first aspect any embodiment provides, it can be in driving disk One mounting post is set in the exterior bottom wall of tub, so as to be connected using the drive shaft of mounting post and driving device, such as motor shaft It connects, to realize the drive connection between driving disk and driving device.

In any of the above-described technical solution, it is preferable that described from movable magnetic disc includes: bracket, and the bracket includes supporting plate, It is provided with the positioning column connecting with the stirring cutter in the middle part of the supporting plate, is provided on the edge of the supporting plate multiple Circumferentially distributed third location hole；Cover board is mounted on the one end of the positioning column far from the supporting plate, the end of the cover board Multiple the 4th circumferentially distributed location holes are provided on face；Multiple magnetic force pieces are arranged in the first end of the magnetic force piece limited Positioned at the third boss of the third positioning hole, the second end of the magnetic force piece is limited in the 4th positioning hole, described Third boss is located at the inside in face of the magnetic force piece far from the positioning column far from the face of the positioning column.

In those technical solutions, it is mounted in intracorporal first hollow cylinder of cup from movable magnetic disc comprising bracket, cover board With multiple magnetic force pieces, wherein be provided with positioning column on bracket, positioning column is used to be drivingly connected with stirring cutter, to drive stirring Cutter rotates, and is provided with a circle magnetic force piece around positioning column, and the lower end of magnetic force piece is determined by the third on the supporting plate of bracket Position hole is fixed, and the upper end of magnetic force piece is fixed by the 4th location hole on cover board.For this kind from movable magnetic disc, magnetic force piece is rack-mount Afterwards, the outside of multiple magnetic force pieces is exposed outside, i.e., there is no the brackets for being mounted magnetic force piece to block in the outside of magnetic force piece, thus Driving disk can be reduced to the maximum extent and from the radial distance between movable magnetic disc, on the one hand be capable of increasing driving disk And from the torque transmitting between movable magnetic disc, driving disk on the other hand can be reduced in the occupied space of bottom of cup, to improve The space utilization rate of bottom of cup, so as to be that installation heating component reserves space in bottom of cup, for product realization Heating provides possibility.Further, since being directly emerging in the outside from the outside of movable magnetic disc, thus bracket can also be reduced to magnetic The blocking of field, it is thus possible to which increase drives disk and from the active force between movable magnetic disc, to further increase the torque of product.

Wherein it is preferred to supporting plate is an integral structure with positioning column, because the mechanical property being an integral structure is good, because And can ensure the bonding strength between supporting plate and positioning column, in addition, also supporting plate and positioning column can be made into integration, batch Production, to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, supporting plate and positioning column can also be point Body formula structure, i.e. detachable structure.

Wherein it is preferred to the magnetic force piece and the bracket and/or the cover board are split type structure, i.e., magnetic force piece with Bracket and/or cover board are that removably magnetic force piece is arranged to different parts from bracket and/or cover board by structure, this kind setting, It is arranged to non-Unitary structure, consequently facilitating being individually replaced to magnetic force piece or bracket and/or cover board.Certainly, other In scheme, magnetic force piece and bracket and/or cover board can also be molded into integral structure.

Wherein it is preferred to which the end face of the first end of the magnetic force piece is resisted against on the supporting plate.This kind is arranged so that magnetic The lower end surface of power part can be bonded with the supporting plate of bracket, thus prevented and formed seam between magnetic force piece and the supporting plate of bracket Gap, meanwhile, this kind of structure also realizes that the support to magnetic force piece is installed using the supporting plate of bracket, thus can not have to additionally setting Other support constructions are set, and then the structure of product can be simplified, reduce the cost of product.

Wherein it is preferred to which face of the magnetic force piece far from the positioning column is concordant with the edge of the supporting plate.

In those technical solutions, the face of the remotely located column of magnetic force piece, the i.e. outer surface of magnetic force piece, preferably with supporting plate Edge is concordant, in this way when the slave movable magnetic disc for providing this programme is mutually nested with driving disk realization, can prevent magnetic force piece The edge of protruding bracket plate, and interfere the installation of driving disk.Certainly, the outer surface of magnetic force piece interior can also close in supporting plate, Or the edge setting of protruding bracket plate, at this point, can be by the way that the structure of driving disk be rationally arranged, so that two between movable magnetic disc It mutually nested can install.

In any of the above-described technical solution, it is preferable that be provided in the second end of the magnetic force piece and be limited in the described 4th 4th boss of positioning hole, the 4th boss are located at the magnetic force piece far from the positioning column far from the face of the positioning column Face inside.

In those technical solutions, can also be arranged on the upper end of magnetic force piece on the one end of magnetic force piece close to cover board Four boss just can realize the location and installation between magnetic force piece and cover board by the 4th boss in this way.This kind setting can utilize The cooperation of 4th boss and the 4th location hole realizes that the buckle between magnetic force piece and cover board is installed, it is thus possible to make magnetic force piece and lid That installs between plate is more firm.

Wherein it is preferred to which the end face of the second end of the magnetic force piece is contacted with the cover board.

In those technical solutions, the end face of the second end of magnetic force piece, i.e. magnetic force piece close to the end face of one end of cover board, I.e. the upper surface of magnetic force piece is thus prevented against on the cover board, enabling the upper surface of magnetic force piece to be bonded with cover board in magnetic Gap is formed between power part and cover board, and then in the case where the height of magnetic force piece is the same, can reduce entirely from movable magnetic disc Highly, the cost of product is reduced.

Wherein it is preferred to face of the magnetic force piece far from the positioning column lid concordant or described with the edge of the cover board It protrudes the magnetic force piece and is arranged far from the face of the positioning column in the edge of plate.

It, can be by the edge and magnetic of cover board when being entirely inserted into from movable magnetic disc in driving disk in those technical solutions The flush with outer surface of power part is arranged, and can reduce the inside and outside distance from movable magnetic disc in this way, to prevent outside inside from movable magnetic disc because of cover board And form gap.And when not needing to be inserted into driving disk from the cover board of movable magnetic disc, the edge of cover board can be protruded magnetic force The outer surface of part is arranged.Certainly, in other embodiments, the edge of cover board can also relative magnetic part outer surface closer to positioning Column setting, i.e. the edge of cover board may also be arranged on the inside of the outer surface of magnetic force piece.

In any of the above-described technical solution, it is preferable that the third location hole is through-hole or blind hole and/or the described 4th Location hole is through-hole or blind hole.

In those technical solutions, it can also be through-hole, specifically, when third location hole that third location hole, which can be blind hole, When for blind hole, the lower end of magnetic force piece can be directly inserted into blind hole, and realize the support to magnetic force piece using blind hole, thus just Without the location structures such as positioning ladder are arranged in the lower end of magnetic force piece, it is thus possible to simplify the structure of magnetic force piece.And when third is fixed When position hole is through-hole, one the 4th boss can be set in the lower end of magnetic force piece, so as to realize using the 4th boss to magnetic force piece Installation, this kind setting can be bigger with respect to the setting of the 4th boss by the lower end of magnetic force piece, so as to realize magnetic force piece While installation, it is ensured that the size of magnetic force piece, to ensure the driving force from movable magnetic disc.Similarly, the 4th location hole can also be through-hole Or blind hole can specifically be selected according to actual needs.

In any of the above-described technical solution, it is preferable that the third location hole along the positioning column radial width from institute Edge to the middle part of the supporting plate for stating supporting plate reduces, shape, size and the third location hole of the third boss Shape, size is adapted；And/or the 4th location hole along the positioning column radial width from the edge of the cover board to The middle part of the cover board reduces, and shape, the size of the 4th boss are adapted with shape, the size of the 4th location hole.

In those technical solutions, third location hole along positioning column radial width from the edge of supporting plate to supporting plate Middle part reduces, and specifically, for example can be arranged to third location hole to fan the structures such as annular or trapezoidal or class is trapezoidal, this kind is arranged one It is more uniform that aspect is distributed multiple third location holes on the supporting plate of bracket, is on the other hand fan annular in magnetic force piece When setting, the shape of magnetic force piece and the shape of third boss is also enabled to be mutually adapted.Similarly, preferably by the 4th location hole It is arranged to fan the structures such as annular or trapezoidal or class is trapezoidal.

In any of the above-described technical solution, it is preferable that the cross section of the magnetic force piece is in fan annular.

In those technical solutions, magnetic force piece enables magnetic force piece preferably to cooperate with bracket in fan annular, thus energy Enough make the simpler rationally compact of the structure setting of product.

In any of the above-described technical solution, it is preferable that the magnetic force piece, the third boss and/or the 4th boss It is an integral structure.

In those technical solutions, it is preferable that third boss is an integral structure with magnetic force piece, because what is be an integral structure Mechanical property is good, it is thus possible to ensure the bonding strength between third boss and magnetic force piece, in addition, can also be by third boss and magnetic Power part is made into integration, and batch production to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, third is convex Platform and magnetic force piece can also be split type structure, i.e. detachable structure.It is preferred that the 4th boss and magnetic force piece are integral type Structure, because the mechanical property being an integral structure is good, it is thus possible to ensure the bonding strength between the 4th boss and magnetic force piece, this Outside, the 4th boss can be also made into integration with magnetic force piece, produces in batches, to improve the production efficiency of product, reduces the life of product Produce processing cost.Certainly, the 4th boss and magnetic force piece can also be split type structure, i.e. detachable structure.

In any of the above-described technical solution, it is preferable that be provided with mounting hole on the cover board, the cover board passes through the peace Dress hole is arranged the described one end of positioning column far from the supporting plate of installation, and multiple 4th location holes are located at the mounting hole Around；Wherein, it is provided with chamfering on the one end of the mounting hole far from the magnetic force piece, between the chamfering and the positioning column It is provided with weld seam.

In those technical solutions, a mounting hole can be set on the cover board, cover board can be arranged to annular cover plate, this Cover board just can be arranged using mounting hole and is mounted on positioning column by sample, meanwhile, chamfering can be set on the upper end of mounting hole, so Cover board is welded on positioning column by welding afterwards, wherein the weld seam between chamfering and positioning column is to stay after welding Under, and chamfering, which is arranged, can make the bonding area between positioning column and cover board bigger, it is thus possible to improve positioning column and cover board Between connection reliability.

In any of the above-described technical solution, it is preferable that be provided with connecting hole on the positioning column.

In those technical solutions, cover board is preferably arranged to annular cover plate, i.e., middle part is with porose plate, at this point, can Cover board is arranged by mounting hole and is mounted on positioning column.And connecting hole is set on positioning column, so as to pass through the connecting hole It is drivingly connected with other parts, specifically, for example the cutter shaft of the stirring cutter of food cooking machine and connecting hole can be driven Connection, so as to drive stirring cutter to be rotated from movable magnetic disc using this.

Wherein it is preferred to connecting hole can be through-hole, it can also be blind hole.

In above-mentioned another technical solution, it is preferable that described from movable magnetic disc is the disk, is set on the bottom wall of the cup body It is equipped with the second hollow cylinder to the cup body sunken inside, second hollow cylinder extend into the tub from movable magnetic disc Interior, the driving disk protrudes into second hollow cylinder.

It, can be by cup body when being the disk that first aspect any embodiment provides from movable magnetic disc in those technical solutions Bottom wall be recessed inwardly into the second hollow cylinder, so just can will driving disk be mounted in the second hollow cylinder, meanwhile, can It will concave the installation cavity that traps out from the bottom wall of the tub of movable magnetic disc, then the second hollow cylinder be inserted into installation cavity, with Realization is arranged installation between movable magnetic disc and the second hollow cylinder.At this point, stirring cutter can be directly mounted to the back of installation cavity Face.

Wherein it is preferred to the stirring cutter includes: shell, the shell it is closed at one end open at one end；Tool apron, it is close Envelope is mounted on the open end of the shell, is equipped with bearing in the tool apron；Cutter shaft, the installation that can be rotated by the bearing In the tool apron, and the first end of the cutter shaft is stretched out the tool apron and is inserted into the shell, the second of the cutter shaft End is stretched out the tool apron and is stretched out from the open end of the shell；Blade is connect with the second end of the cutter shaft；Wherein, described The first end of cutter shaft is connect with described from movable magnetic disc.

In those technical solutions, stirring cutter includes shell, tool apron, the cutter shaft connecting with driven disk drive, installation Blade on one end of cutter shaft.Wherein, specifically, blade is for crushing food materials, and tool apron is for realizing the installation of cutter shaft, and Cutter shaft and is realized and drive connection from movable magnetic disc for realizing the installation of blade.And under driving of the movable magnetic disc on outer boundary It can rotate, to just be able to drive cutter shaft and blade rotation, and then the crushing to food materials can be realized.

Wherein it is preferred to which the driving device is motor.Because motor is driving knot relatively common in food cooking machine Structure, thus it is easy to buying and advantage of lower cost.Certainly, driving device can also be other structures, such as magnetic drive apparatus etc..

Wherein it is preferred to which food cooking machine is wall-breaking machine or soy bean milk making machine or juice extractor.Certainly, food cooking machine can also remove Other products except wall-breaking machine, Normal juice machine and juice extractor.

Additional aspect and advantage of the invention will become obviously in following description section, or practice through the invention Recognize.

Detailed description of the invention

Above-mentioned and/or additional aspect of the invention and advantage will become from the description of the embodiment in conjunction with the following figures Obviously and it is readily appreciated that, in which:

Fig. 1 shows the structural schematic diagram of the disk provided in one embodiment of the invention；

Fig. 2 shows another structural schematic diagrams of the disk provided in one embodiment of the invention；

Fig. 3 shows another structural schematic diagram of the disk provided in one embodiment of the invention；

Fig. 4 shows the another structural schematic diagram of the disk provided in one embodiment of the invention；

Fig. 5 shows the structural schematic diagram of the magnetic part of the disk provided in one embodiment of the invention；

Fig. 6 shows another structural schematic diagram of the magnetic part of the disk provided in one embodiment of the invention；

Fig. 7 shows the structural schematic diagram of the annular cover of the disk provided in one embodiment of the invention；

Fig. 8 shows another structural schematic diagram of the annular cover of the disk provided in one embodiment of the invention；

Fig. 9 shows the structural schematic diagram of the stirring toolbox provided in one embodiment of the invention；

Figure 10 shows the stirring toolbox provided in one embodiment of the invention and the assembling structure of driving disk is shown It is intended to；

Figure 11 shows the partial structural diagram of the food cooking machine provided in one embodiment of the invention；

Figure 12 shows the structural schematic diagram of the pedestal of the food cooking machine provided in one embodiment of the invention；

Figure 13 shows the structural schematic diagram of the food cooking machine provided in one embodiment of the invention；

Figure 14 shows the structural schematic diagram of the slave movable magnetic disc of the food cooking machine provided in one embodiment of the invention；

Figure 15 shows another structural representation of the slave movable magnetic disc of the food cooking machine provided in one embodiment of the invention Figure；

Figure 16 shows the structural schematic diagram of the bracket of the slave movable magnetic disc provided in one embodiment of the invention；

Figure 17 shows another structural schematic diagrams of the bracket of the slave movable magnetic disc provided in one embodiment of the invention；

Figure 18 shows another structural schematic diagram of the bracket of the slave movable magnetic disc provided in one embodiment of the invention；

Figure 19 shows the structural schematic diagram of the cover board of the slave movable magnetic disc provided in one embodiment of the invention；

Figure 20 shows another structural schematic diagram of the cover board of the slave movable magnetic disc provided in one embodiment of the invention；

Figure 21 shows the structural schematic diagram of the magnetic force piece of the slave movable magnetic disc provided in one embodiment of the invention；

Figure 22 shows another structural schematic diagram of the magnetic force piece of the slave movable magnetic disc provided in one embodiment of the invention；

Figure 23 shows the another structural schematic diagram of the magnetic force piece of the slave movable magnetic disc provided in one embodiment of the invention.

Wherein, corresponding relationship of the Fig. 1 into Figure 23 between appended drawing reference and component names are as follows:

1 disk, 10 tub, 102 first positioning holes, 104 cylinders, 106 bottom plates, 1062 recessed grooves, 108 muscles, 12 is cyclic annular Lid, 122 second location holes, 14 magnetic parts, 16 first boss, 18 second boss, 19 mounting posts, 2 stirring cutters, 20 shells, 22 Tool apron, 24 bearings, 26 cutter shafts, 28 blades, 3 bases, 32 driving devices, 4 cup bodies, 42 first hollow cylinders, 5 from movable magnetic disc, and 52 Bracket, 522 supporting plates, 524 positioning columns, 5242 connecting holes, 526 third location holes, 54 cover boards, 542 the 4th location holes, 544 peaces Fill hole, 56 magnetic force pieces, 58 third boss, 59 the 4th boss, 6 driving disks.

Specific embodiment

To better understand the objects, features and advantages of the present invention, with reference to the accompanying drawing and specific real Applying mode, the present invention is further described in detail.It should be noted that in the absence of conflict, the implementation of the application Feature in example and embodiment can be combined with each other.

In the following description, numerous specific details are set forth in order to facilitate a full understanding of the present invention, still, the present invention may be used also To be implemented using other than the one described here other modes, therefore, protection scope of the present invention is not by described below Specific embodiment limitation.

Disk 1, stirring toolbox and the food provided according to some embodiments of the invention referring to Fig. 1 to Figure 23 description Object cooking machine.

As shown in Figures 1 to 8, the embodiment of first aspect present invention proposes a kind of disk 1, is used for food cooking machine, Disk 1 includes: tub 10, and tub 10 is in the closed tubular of top opening and bottom, is provided on the edge of the bottom wall of tub 10 Multiple first positioning holes 102 are provided with mounting structure in the middle part of the bottom wall of tub 10；Annular cover 12 is sealed on opening for tub 10 It is circumferentially arranged in annular cover 12 to have multiple second location holes corresponding with multiple first positioning holes 102 on the edge at mouth end 122；Multiple magnetic parts 14 are located in tub 10, and magnetic part 14 is limited in first positioning hole close to one end of the bottom wall of tub 10 In 102, the first boss being limited in second location hole 122 is provided on one end of bottom wall of the magnetic part 14 far from tub 10 16, the inner surface of first boss 16 is located at the outside of the inner surface of magnetic part 14；Wherein, first boss 16 and magnetic part 14 are one Body formula structure.

The disk 1 provided according to the present invention, the ring cover including tub 10 and lid on the edge of tub 10, Yi Jian Mounted in an interior circle magnetic part 14 for tub 10, specifically, the upper end of magnetic part 14 is limited by first boss 16 in annular cover In second location hole 122 on 12, the lower end of magnetic part 14 is limited in the first positioning hole 102 in tub 10.And first is convex The inner surface of platform 16, i.e. first boss 16 are located at magnetic part 14 in the face in the radial direction far from 10 outside of tub of tub 10 The outside of inner surface, i other words, magnetic part 14 into tub 10 with respect to the extending in the radial direction from tub 10 of first boss 16 Wider, this kind of disk 1, after magnetic part 14 is mounted in tub 10, the inside of multiple magnetic parts 14 is exposed outside, i.e., magnetic There is no the tub 10 for being mounted magnetic part 14 to block for the inside of part 14, thus when another disk to be mounted in tub 10, Just the radial spacing between inside and outside disk 1 can be reduced, thus the disk 1 is used for the food cooking machine that double disks 1 drive When, which can be used for the driving disk 6 of food cooking machine or from movable magnetic disc 5, specifically, be used as driving It when disk 6, can will be directly installed in tub 10 from movable magnetic disc 5, between multiple magnetic parts 14, driving disk 6 is more in this way A magnetic part 14 can be set in outside movable magnetic disc 5, similarly, when being used as from movable magnetic disc 5, can by the bottom wall of tub 10 to The driving insertion of disk 6 just can be installed in groove, at groove thus just can will be 5 sets from movable magnetic disc by sunken inside in this way If being mounted on outside driving disk 6.Two disks 1 of food cooking machine in this way, which just can be realized mutually, is arranged installation, and this kind is tied Structure is realizing when being arranged installation of two disks 1, drives disk 6 and is above-mentioned disk 1 from one in movable magnetic disc 5, therefore drives The movable magnetic disc 6 and inside of at least one disk 1 is not blocked from movable magnetic disc 5, and previous, drive disk 6 inside and It is both provided with inner wall from the outside of movable magnetic disc 5, and inner wall will increase the radial distance between movable magnetic disc 5 and driving disk 6, subtract The actual size of small driving disk 6 or the magnetic part 14 from movable magnetic disc 5, thus torque can be reduced, and this programme, due to disk 1 Inside blocked without inner wall, it is thus possible to reduce driving disk 6 to the maximum extent and from the radial distance between movable magnetic disc 5, To on the one hand be capable of increasing driving disk 6 and from the torque transmitting between movable magnetic disc 5, driving disk on the other hand can be reduced 64 bottom of cup body occupied space, improve the space utilization rate of bottom of cup, so as to 4 bottom of cup body be installation plus Hot component reserves space, so that product can be realized heating to realize that heating provides possibility for product.Further, since magnetic The inside of disk 1 is directly emerging in the outside, thus can also reduce blocking of the tub 10 to magnetic field, it is thus possible to increase driving disk 6 and from the active force between movable magnetic disc 5, to further increase the torque of product.In addition, since this kind of disk 1 can be by food Two disks 1 realization of cooking machine is arranged installation, and driving disk 6 just can directly drive from radial direction from movable magnetic disc 5 in this way Rotation drives disk 6 and just can form magnetic drives in the same plane from movable magnetic disc 5, above and below previous The problem of disk 1, which attracts each other, generates axial force, accelerates so as to cause the cutter head on food cooking machine, friction shim abrasion is sent out It is raw, while avoiding the axial force to attract each other by upper and lower disk 1 and increasing, friction torque increases, and causes energy loss increased Problem occurs, and then guarantees the normal work of food cooking machine.Wherein, by the way that mounting structure is arranged on the bottom wall of tub 10. In disk 1 for the driving axis connection of the driving device 32 of mounting structure and food cooking machine can be utilized when driving disk 6, To realize the driving to disk 1 using drive shaft, and when disk 1 is used for from movable magnetic disc 5, mounting structure and food can be utilized The stirring cutter 2 of cooking machine is drivingly connected, to realize stirring cutter 2 and from the drive connection between movable magnetic disc 5.

Wherein, as shown in Figures 1 to 8, first boss 16 is preferably an integral structure with magnetic part 14, because of integral type knot The mechanical property of structure is good, it is thus possible to ensure the bonding strength between first boss 16 and magnetic part 14, in addition, can also be by first Boss 16 is made into integration with magnetic part 14, batch production, to improve the production efficiency of product, reduce the production and processing of product at This.Certainly, first boss 16 and magnetic part 14 can also be split type structure, i.e. detachable structure.

Wherein it is preferred to which magnetic part 14, tub 10 are split type structure, i.e., magnetic part 14 and tub 10 are removably Structure, magnetic part 14 and tub 10 are arranged to two parts by this kind setting, convenient for carrying out individually to magnetic part 14 or tub 10 Replacement.Certainly, in other schemes, magnetic part 14 and tub 10 can also be molded into integral structure.

In any of the above-described embodiment, it is preferable that the inner surface of magnetic part 14 is located at the outside of the inner wall of annular cover 12, Or the inner surface of magnetic part 14 is located at the interior of the inside of the inner wall of annular cover 12 or inner surface and the annular cover 12 of magnetic part 14 Wall surface is concordant.

In this embodiment, the inner surface of magnetic part 14, it is preferably concordant with the inner wall of annular cover 12, in this way will be our When the disk that case provides is mutually nested with the realization of another disk, the inside of 14 projecting annular lid 12 of magnetic part can be prevented, and is done Relate to the installation of another disk.Certainly, the inner surface of magnetic part 14 may be alternatively located at the outside or inside of the inner wall of annular cover 12, this When, it can be by the way that the structure of another disk be rationally arranged, so as to mutually nested can be installed between two disks.

In any of the above-described embodiment, it is preferable that as shown in Figure 1 and Figure 4, magnetic part 14 is fitted in the inner sidewall of tub 10 On face.

In those embodiments, magnetic part 14 preferably fits in the inner sidewall setting of tub 10, can make tub 10 in this way With magnetic part 14 install it is more compact, so as to the volume of opposite reduction disk 1, to reduce the occupied space of disk 1.

As shown in figures 1 to 6, the outer surface of first boss 16 and magnetic part 14 are flat close to the face of the interior sidewall surface of tub 10 Together.

In those embodiments, the outer surface of first boss 16 refer to first boss 16 tub 10 in the radial direction By the face in 10 outside of tub, and the outer surface of first boss 16 is concordant close to the face of the interior sidewall surface of tub 10 with magnetic part 14, I other words the outside of first boss 16 is concordant with the outside of magnetic part 14, on the one hand make first boss 16 and magnetic part in this way 14 outside can be bonded the inner sidewall setting of tub 10, so as to keep the internal structure of disk 1 more rationally compact, from And the volume of disk 1 can be further decreased, to reduce the occupied space of disk 1.On the other hand, this kind setting also makes first Boss 16 can be wider in the width in the radial direction of tub 10, it is thus possible to improve the intensity of the first positioning protrusion 16.

In any of the above-described embodiment, it is preferable that as shown in Figure 5 and Figure 6, magnetic part 14 is circumferentially arranged along tub 10 At least side is arranged from the circumferential direction of tub 10 protrusion first boss 16 in two sides.

In those embodiments, at least lateral edge tub along the two sides that the circumferential direction of tub 10 is arranged of magnetic part 14 10 circumferential direction protrusion first boss 16 is arranged, i other words first boss 16 is along the two sides that the circumferential direction of tub 10 is arranged At least side is located at magnetic part 14 between the two sides that the circumferential direction of tub 10 is arranged, specifically, if magnetic part 14 is along cylinder The two sides of the circumferential direction setting of frame 10 are the first side of magnetic part 14 and second side of magnetic part 14, and first boss 16 is along tub 10 circumferential direction setting two sides be first boss 16 the first side and first boss 16 second side, then, first boss At least one is answered to be located between the first side of magnetic part 14 and second side of magnetic part 14 in 16 the first side and second side.It should The circumferential two sides that kind setting enables magnetic part 14 to protrude first boss 16 are arranged, so that along the circumferential direction side of tub 10 It can contact with each other to adjacent two magnetic part 14 of setting, magnetic part 14 just can be arranged to larger, thus energy in this way Enhance the magnetic force of disk 1, enough to improve the driving force of disk 1.

It is further preferred that as shown in Figure 5 and Figure 6, magnetic part 14 is along the two sides of tub 10 being circumferentially arranged, i.e., such as Fig. 5 The left and right sides setting of first boss 16 is protruded with the left and right sides in Fig. 6.

Wherein it is preferred to which two magnetic parts 14 of arbitrary neighborhood contact with each other in the circumferential direction of tub 10.This kind setting So that multiple magnetic parts 14 can be arranged in tub 10 it is more compact, it is thus possible to be arranged in an equal amount of tub 10 More or bigger magnetic part 14, so that the magnetic force of disk 1 can be improved, to improve the driving force of disk 1.

In any of the above-described embodiment, it is preferable that as shown in Figure 1 and Figure 5, magnetic part 14 close to tub 10 bottom wall one Second boss 18 is provided on end, magnetic part 14, which is limited in first by second boss 18 close to one end of the bottom wall of tub 10, to be determined In the hole 102 of position；Wherein, the inner surface of second boss 18 is located at the outside of the inner surface of magnetic part 14, and magnetic part 14 is close to tub One end of 10 bottom wall is resisted against on the periphery of the bottom wall of tub 10.

It, can also be in magnetic part 14 on one end of the bottom wall of tub 10, i.e., under magnetic part 14 in those embodiments Second boss 18 is set on end, just can be realized by second boss 18 determine between magnetic part 14 and the bottom wall of tub 10 in this way Position installation.This kind setting can be realized using the cooperation of second boss 18 and first positioning hole 102 pacifies the buckle of magnetic part 14 Dress, it is thus possible to which it is more firm to make to install between magnetic part 14 and tub 10.Wherein, periphery refers to the edge of surrounding, i.e., What the periphery of the bottom wall of tub 10 referred to is exactly the edge of the surrounding of the bottom wall of tub 10, and magnetic part 14 is close to the bottom wall of tub 10 One end bottom wall for being resisted against tub 10 periphery on, this kind setting enables the bottom of the lower end surface of magnetic part 14 and tub 10 Wall fitting, thus prevents and forms gap between magnetic part 14 and the bottom wall of tub 10, meanwhile, this kind of structure is also using cylinder The bottom wall of frame 10 realizes that the support to magnetic part 14 is installed, thus can not have to that other support constructions, Jin Erneng additionally is being arranged The structure for enough simplifying product, reduces the cost of product.

Wherein it is preferred to which second boss 18 is an integral structure with magnetic part 14, because of the mechanical property being an integral structure It is good, it is thus possible to ensure the bonding strength between second boss 18 and magnetic part 14, in addition, can also be by second boss 18 and magnetism Part 14 is made into integration, and batch production to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, second is convex Platform 18 and magnetic part 14 can also be split type structure, i.e. detachable structure.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 6, tub 10 includes: cylinder 104, cylinder 104 Both ends open；Bottom plate 106 is sealed on the bottom of cylinder 104, is spaced and sets between the edge of bottom plate 106 and the inner sidewall of cylinder 104 It is equipped with multiple muscles 108；Wherein, any first positioning hole 102 is surrounded by two neighboring muscle 108, bottom plate 106 and cylinder 104.

In those embodiments, using cylinder 104, bottom plate 106 and be arranged in bottom plate 106 edge and cylinder 104 it Between multiple muscles 108 surround a top end opening and the tub 10 of bottom end closure and the multiple first positioning holes 102 of setting, should The edge of bottom plate 106 can be arranged in first positioning hole 102 by kind setting, it is thus possible to which multiple magnetic parts 14 are directly adjacent to cylinder The inner sidewall of frame 10 is installed, thus does not have to form gap between the inner sidewall and magnetic part 14 of tub 10, it is thus possible to disk 1 Internal structure installation it is more rationally compact, thus the small volume of disk 1 can be made, and magnetic part 14 can be arranged It is larger, thus the occupied space of disk 1 can be reduced, and can be improved the driving force of disk 1.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, bottom plate 106 is recessed to outside tub 10 forms recessed groove 1062, magnetic part 14 is on the end face that the end face of one end of the bottom wall of tub 10 is resisted against recessed groove 1062.

In those embodiments, bottom plate 106 can be recessed outward into recessed groove 1062, it in this way can be by the bottom wall of tub 10 What is be arranged is lower, thus when another disk to be mounted in tub 10, just another disk can be mounted on cylinder deeper into ground In frame 10, specifically, for example, recessed groove 1062 can be mounted on the supporting plate of another disk, so that other magnetic on supporting plate Property part 14 can come into full contact with the magnetic part 14 in tub 10, can increase the matching area between two disks 1 in this way, because And just it is capable of the driving force of high disk 1.And magnetic part 14 is resisted against recessed groove close to the end face of one end of the bottom wall of tub 10 1062 end face upper inner surface is mounted on the end face of recessed groove 1062, i other words, magnetic part 14 can pass through recessed groove 1062 The support to magnetic part 14 is realized in end face, on the one hand can prevent magnetic part 14 from falling away out of first positioning hole 102.Its In, it is preferable that the medial surface of magnetic part 14 be located at the inner sidewall of recessed groove 1062 outside or magnetic part 14 medial surface with it is recessed The inner sidewall for falling into slot is concordant, and the top that can prevent the medial surface of magnetic part 14 from extending into recessed groove 1062 is arranged in this kind, and magnetic The top that the medial surface of part 14 extend into recessed groove 1062 can interfere the installation of another disk.And the medial surface of magnetic part 14 is located at The outside of the inner sidewall of recessed groove 1062 or the medial surface of magnetic part 14 and the inner sidewall of recessed groove are concordant, that is, can avoid magnetism The medial surface of part 14 interferes the generation of the case where installation of another disk.

In the above embodiment, it is preferable that as shown in Figure 1 and Figure 5, multiple magnetic parts 14 are elongated.

In those embodiments, magnetic part 14 is preferably arranged to strip, just tub 10 can be arranged in this way compared with To be elongated, so as to increase the area of magnetic part 14, so as to increase while reducing the radial volume of magnetic part 14 The magnetic force of disk 1, and then can be improved the driving force of disk 1.

In any of the above-described embodiment, it is preferable that tub 10 is cylindrical, and the cross section of magnetic part 14 is in fan annular.

In those embodiments, tub 10 is cylindrical to enable to tub 10 more preferably to process, and certainly, tub 10 can also be in Ellipse or other shapes.And magnetic part 14 enables magnetic part 14 preferably to match with columnar tub 10 in fan annular It closes, it is thus possible to keep the structure of product simpler rationally.

In any of the above-described embodiment, it is preferable that first positioning hole 102 as shown in Figure 1, Figure 2 and Figure 4 is blind hole or leads to Hole, and/or, as shown in fig. 7, second location hole 122 is through-hole or blind hole.

In those embodiments, first positioning hole 102 can be blind hole, specifically can also work as first positioning hole for through-hole 102 when being blind hole, and the lower end of magnetic part 14 can be directly inserted into blind hole, and is realized using blind hole to the branch of magnetic part 14 Support, thus just do not have in location structures such as the lower end of magnetic part 14 setting positioning ladders, it is thus possible to simplify the knot of magnetic part 14 Structure.And when first positioning hole 102 is through-hole, one second boss 18 can be set in the lower end of magnetic part 14, so as to utilize Second boss 18 realizes that the lower end of magnetic part 14 can be arranged with respect to second boss 18 for the installation to magnetic part 14, this kind setting It is bigger, so as to while realizing the installation of magnetic part 14, it is ensured that the size of magnetic part 14, to ensure the drive of disk 1 Power.Similarly, second location hole 122 can also specifically be selected according to actual needs for through-hole or blind hole.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 2 and Figure 4, mounting structure is that tub 10 is arranged in Mounting post 19 in exterior bottom wall, mounting post 19 can be drivingly connected with the driving device 32 of food cooking machine.

In those embodiments, can driving disk 6 by disk 1 as food cooking machine, at this point, can be in the outer of tub 10 One mounting post 19 is set on bottom wall, so as to realize and be drivingly connected by mounting post 19 and driving device 32, such as motor.

In any of the above-described embodiment, it is preferable that mounting structure is what the bottom wall of tub 10 was formed to 10 sunken inside of tub Sunk structure (not shown), sunk structure can be drivingly connected with the stirring cutter 2 of food cooking machine.

It, can be by the outer bottom of tub 10 in the slave movable magnetic disc 5 by disk 1 as food cooking machine in those embodiments Wall concaves and forms sunk structure, at this point, the one end for stirring the not band blade 28 of cutter 2 can be mounted in tub 10, and even It is connected to sunk structure, and the one end for stirring 2 band blade 28 of cutter is made to stretch out tub 10.Stirring cutter 2 is from movable magnetic disc 5 in this way It just can be rotated under effect.Meanwhile it can be by 4 bottom of cup body to sunk structure sunken inside, to process the sky for accommodating driving disk 6 Between, to driving disk 6 can be arranged in the pit of 4 bottom of cup body, to realize driving disk 6 and between movable magnetic disc 5 Be arranged installation.

The embodiment of second aspect of the present invention provides a kind of stirring toolbox, which includes: tool apron 22, bearing 24 is installed in tool apron 22；Cutter shaft 26 is rotatably mounted in tool apron 22 by bearing 24, and the two of cutter shaft 26 Tool apron 22 is stretched out at end；Blade 28, the one end for stretching out tool apron 22 with cutter shaft 26 are connect；It is provided with any one of first aspect embodiment Disk 1, cutter shaft 26 stretch out tool apron 22 the other end connect with the mounting structure of disk 1.

The stirring toolbox that embodiment according to the present invention provides, stirring toolbox include tool apron 22, cutter shaft 26, peace Blade 28 on one end of cutter shaft 26 and the disk 1 with the other end drive connection of cutter shaft 26.Wherein, specifically, blade 28 for crushing food materials, and tool apron 22 is for realizing the installation of cutter shaft 26, and cutter shaft 26 is for realizing the installation of blade 28, and The drive connection with disk 1 is realized by mounting structure.And disk 1 can rotate under extraneous driving, thus just being capable of band Movable arbor 26 and blade 28 rotate, and then the crushing to food materials can be realized.In addition, the stirring blade that the embodiment of the present invention provides The disk 1 that also there is tool component first aspect any embodiment to provide, therefore, the stirring cutter group that the embodiment of the present invention provides The whole beneficial effects for the disk 1 that there is part first aspect any embodiment to provide.

As shown in Fig. 9 to Figure 23, the embodiment of third aspect present invention provides a kind of food cooking machine, comprising: base 3, driving device 32 is provided in base 3；Cup body 4 can releasably be mounted on base 3, stirring cutter is provided in cup body 4 2；Disk drive, including be mounted in cup body 4 with the slave movable magnetic disc 5 that connect of stirring cutter 2, and be mounted on base 3 The driving disk 6 being connect with driving device 32, driving disk 6 with from the mutually nested setting of movable magnetic disc 5, drive disk 6 and driven A disk 1 provided for any one of first aspect embodiment in disk 5.

The food cooking machine that embodiment according to the present invention provides, driving disk 6 can be under the action of driving device 32 Driving is rotated from movable magnetic disc 5, so that stirring cutter 2 be driven to stir food materials.And drive disk with from the mutually nested setting of movable magnetic disc, I other words driving disk 6 and driving disk 6 is inserted into from one in movable magnetic disc 5 and out of, another in movable magnetic disc 5, this kind Setting drives disk 6 just can be directly from radial side so that driving disk 6 and can be realized from movable magnetic disc 5 and be arranged installation in this way It is rotated to driving from movable magnetic disc 5, that is, drive disk 6 and just can form magnetic drives in the same plane from movable magnetic disc 5, thus It avoids previous disk 1 up and down and attracts each other and generate axial force, so as to cause the cutter head on food cooking machine, friction shim abrasion The problem of quickening, occurs, while avoiding the axial force to attract each other by upper and lower disk 1 and increasing, and friction torque increases, and causes energy The problem of amount loss increases, and then guarantee the normal work of food cooking machine.Meanwhile the food that the embodiment of the present invention provides Object cooking machine, with the disk 1 that first aspect any embodiment provides, therefore, the food cooking that the embodiment of the present invention provides The whole beneficial effects for the disk 1 that there is machine first aspect any embodiment to provide.

In any of the above-described embodiment, it is preferable that food cooking machine further include: heating component, positioned at the bottom of cup body 4, It is looped around outside disk drive.

In those embodiments, one heating component can be set in the bottom of cup body 4, so as to heat using heating component Food in cup body 4.This kind is arranged so that food cooking machine can also be used to heat, it is thus possible to expand the function of food cooking machine Energy.Wherein it is preferred to heating component is fitted around outside driving disk 6 when driving disk 6 to be set in outer from movable magnetic disc 5, From movable magnetic disc 5 be set in driving disk 6 it is outer when, heating component is fitted around outside movable magnetic disc 5, so that heating component Distance driving disk 6 and from movable magnetic disc 5 farther out, thus prevent driving disk 6 and from 5 high temperature demagnetization of movable magnetic disc.

In any of the above-described embodiment, it is preferable that as shown in Figure 10, Figure 12 and Figure 13, driving disk 6 is disk 1, cup body The first hollow cylinder 42 being recessed outside cup body 4 is provided on 4 bottom wall, the first hollow cylinder 42 passes through the annular cover of disk 1 12 extend into the tub 10 of disk 1, are mounted in the first hollow cylinder 42 from movable magnetic disc 5, stirring cutter 2 one end install to From movable magnetic disc 5, the other end for stirring cutter 2 stretches out the first hollow cylinder 42.

It, can be by cup body 4 when driving disk 6 is the disk 1 that first aspect any embodiment provides in those embodiments Bottom wall be recessed into the first hollow cylinder 42 outward, and structure as shown in Figure 9 and Figure 10 will be arranged to from movable magnetic disc 5, at this point, It will can be assembled into stirring toolbox from movable magnetic disc 5 and stirring cutter 2 as shown in Figure 9 and Figure 10, it then can be directly by stirring blade Tool component is mounted in the first hollow cylinder 42, and driving disk 6 is arranged and is mounted on outside the first hollow cylinder 42, just can in this way It will be enough mounted on from movable magnetic disc 5 in first hollow cylinder 42, the first hollow cylinder 42 is then inserted into cylinder from annular cover 12 In frame 10, it just can will be inserted into be installed in driving disk 6 from movable magnetic disc 5 in this way, to realize driving disk 6 and from movable magnetic disc 5 Between be arranged installation.

Wherein it is preferred to when driving disk 6 is the disk 1 that first aspect any embodiment provides, it can be in driving disk One mounting post 19 is set in the exterior bottom wall of 6 tub 10, so as to utilize the drive shaft of mounting post 19 and driving device 32, than Such as motor axis connection, the drive connection between disk 6 and driving device 32 is driven with realization.

In any of the above-described embodiment, it is preferable that include: bracket 52, bracket from movable magnetic disc 5 as shown in Figure 14 to Figure 23 52 include supporting plate 522, and the middle part of supporting plate 522 is provided with the positioning column 524 connecting with stirring cutter, the side of supporting plate 522 Multiple circumferentially distributed third location holes 526 are provided on edge；Cover board 54 is mounted on positioning column 524 far from supporting plate 522 One end is provided with multiple the 4th circumferentially distributed location holes 542 on the end face of cover board 54；Multiple magnetic force pieces 56, magnetic force piece 56 First end on be provided with the third boss 58 being limited in third location hole 526, the second end of magnetic force piece 56 is limited in the 4th In location hole 542, the face of the remotely located column 524 of third boss 58 is located at the inside in the face of the remotely located column 524 of magnetic force piece 56.

In those embodiments, it is mounted in the first hollow cylinder 42 in cup body 4 from movable magnetic disc 5 comprising bracket 52, Cover board 54 and multiple magnetic force pieces 56, wherein positioning column 524 is provided on bracket 52, positioning column 524 is used for and stirring cutter drives Connection is provided with a circle magnetic force piece 56 around positioning column 524 with driving stirring cutter rotation, and the lower end of magnetic force piece 56 by Third location hole 526 on the supporting plate 522 of bracket 52 is fixed, and the upper end of magnetic force piece 56 is by the 4th location hole on cover board 54 542 is fixed.This kind is from movable magnetic disc 5, and after magnetic force piece 56 is mounted on bracket 52, the outside of multiple magnetic force pieces 56 is exposed outside, I.e. there is no the brackets 52 for being mounted magnetic force piece 56 to block in the outside of magnetic force piece 56, so as to reduce driving magnetic to the maximum extent Disk 6 and from the radial distance between movable magnetic disc 5, on the one hand be capable of increasing driving disk 6 and from the torque between movable magnetic disc 5 On the other hand transmitting can reduce driving disk 6 in the occupied space of 4 bottom of cup body, to improve the space utilization of 4 bottom of cup body Rate, so as to be that installation heating component reserves space in 4 bottom of cup body, to realize that heating provides possibility for product. Further, since being directly emerging in the outside from the outside of movable magnetic disc 5, thus blocking of the bracket 52 to magnetic field can also be reduced, thus It is capable of increasing driving disk 6 and from the active force between movable magnetic disc 5, to further increase the torque of product.

Wherein it is preferred to which supporting plate 522 is an integral structure with positioning column 524, because of the mechanical property being an integral structure It is good, it is thus possible to ensure the bonding strength between supporting plate 522 and positioning column 524, in addition, can also be by supporting plate 522 and positioning Column 524 is made into integration, and batch production to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, bracket Plate 522 and positioning column 524 can also be split type structure, i.e. detachable structure.

Wherein it is preferred to which magnetic force piece 56 and bracket 52 and/or cover board 54 are split type structure, i.e. magnetic force piece 56 and bracket 52 and/or cover board 54 be removably structure, this kind be arranged magnetic force piece 56 be arranged to from bracket 52 and/or cover board 54 it is different Part is arranged to non-Unitary structure, consequently facilitating being individually replaced to magnetic force piece 56 or bracket 52 and/or cover board 54. Certainly, in other schemes, magnetic force piece 56 and bracket 52 and/or cover board 54 can also be molded into integral structure.

Wherein it is preferred to which the end face of the first end of magnetic force piece 56 is resisted against on supporting plate 522.This kind is arranged so that magnetic force The lower end surface of part 56 can be bonded with the supporting plate 522 of bracket 52, thus prevent the supporting plate in magnetic force piece 56 and bracket 52 Gap is formed between 522, meanwhile, this kind of structure also realizes that the support to magnetic force piece 56 is pacified using the supporting plate 522 of bracket 52 Dress, thus can not have to that other support constructions additionally are being arranged, and then the structure of product can be simplified, reduce the cost of product.

Wherein it is preferred to which the face of the remotely located column 524 of magnetic force piece 56 is concordant with the edge of supporting plate 522.

In those embodiments, the face of the remotely located column 524 of magnetic force piece 56, the i.e. outer surface of magnetic force piece 56, preferably with branch The edge of frame plate 522 is concordant, can in this way when the slave movable magnetic disc 5 for providing this programme realizes mutually nested with driving disk 5 The edge of 56 protruding bracket plate 522 of magnetic force piece is prevented, and interferes the installation of driving disk 5.Certainly, the outer surface of magnetic force piece 56 It interior can close in supporting plate 522 or the edge of protruding bracket plate 522 is arranged, at this point, can be by the way that driving disk 5 is rationally arranged Structure, so that two mutually nested can install between movable magnetic disc 5.

In any of the above-described embodiment, it is preferable that as shown in Figure 21 to Figure 23, be arranged in the second end of magnetic force piece 56 limited The 4th boss 59 in the 4th location hole 542, the face of the remotely located column 524 of the 4th boss 59 are located at magnetic force piece 56 far from fixed The inside in the face of position column 524.

In those embodiments, it can also be set on the upper end of magnetic force piece 56 in magnetic force piece 56 on one end of cover board 54 The 4th boss 59 is set, just can realize the location and installation between magnetic force piece 56 and cover board 54 by the 4th boss 59 in this way.This kind Being arranged can realize that the buckle between magnetic force piece 56 and cover board 54 is pacified using the cooperation of the 4th boss 59 and the 4th location hole 542 Dress, it is thus possible to which it is more firm to make to install between magnetic force piece 56 and cover board 54.

Wherein it is preferred to which the end face of the second end of magnetic force piece 56 is contacted with cover board 54.

In those embodiments, the end face of the second end of magnetic force piece 56, i.e. end of the magnetic force piece 56 close to one end of cover board 54 Face namely the upper surface of magnetic force piece 56 are resisted against on cover board 54, and the upper surface of magnetic force piece 56 is bonded with cover board 54, from And it can prevent from forming gap between magnetic force piece 56 and cover board 54, and then in the case where the height of magnetic force piece 56 is the same It reduces entirely from the height of movable magnetic disc 5, reduces the cost of product.

Wherein it is preferred to which the face of the remotely located column 524 of magnetic force piece 56 is concordant with the edge of cover board 54 or the side of cover board 54 Edge protrudes the face setting of the remotely located column 524 of magnetic force piece 56.

It, can be by the edge and magnetic of cover board 54 when being entirely inserted into from movable magnetic disc 5 in driving disk in those embodiments The flush with outer surface of power part 56 is arranged, and can reduce the inside and outside distance from movable magnetic disc 5 in this way, with prevent inside it is outer from movable magnetic disc 5 because Cover board 54 and form gap.And when not needing to be inserted into driving disk 5 from the cover board 54 of movable magnetic disc 5, it can be by cover board 54 Protrude the outer surface setting of magnetic force piece 56 in edge.Certainly, in other embodiments, the edge of cover board 54 can also relative magnetic part 56 Outer surface closer to positioning column 524 be arranged, i.e. the edge of cover board 54 may also be arranged on the inside of the outer surface of magnetic force piece 56.

In any of the above-described embodiment, it is preferable that third location hole 526 is through-hole or blind hole and/or the 4th location hole 542 be through-hole or blind hole.

In those embodiments, it can also be through-hole, specifically, when third location hole that third location hole 526, which can be blind hole, 526 when being blind hole, and the lower end of magnetic force piece 56 can be directly inserted into blind hole, and is realized using blind hole to the branch of magnetic force piece 56 Support, thus just do not have in location structures such as the lower end of magnetic force piece 56 setting positioning ladders, it is thus possible to simplify the knot of magnetic force piece 56 Structure.And when third location hole 526 is through-hole, one the 4th boss 59 can be set in the lower end of magnetic force piece 56, so as to utilize 4th boss 59 realizes that the lower end of magnetic force piece 56 can be arranged with respect to the 4th boss 59 for the installation to magnetic force piece 56, this kind setting It is bigger, so as to while realizing the installation of magnetic force piece 56, it is ensured that the size of magnetic force piece 56, to ensure from movable magnetic disc 5 Driving force.Similarly, the 4th location hole 542 can also specifically be selected according to actual needs for through-hole or blind hole.

In any of the above-described embodiment, it is preferable that as shown in Figure 16 to Figure 17, third location hole 526 is along positioning column 524 Radial width reduces from the edge of supporting plate 522 to the middle part of supporting plate 522, and shape, size and the third of third boss 58 are fixed Shape, the size in position hole 526 are adapted；And/or as shown in figure 19, the 4th location hole 542 along positioning column 524 radial width from The edge of cover board 54 to the middle part of cover board 54 reduces, the shape of the 4th boss 59, the shape of size and the 4th location hole 542, big It is small to be adapted.

In those embodiments, third location hole 526 along positioning column 524 radial width from the edge of supporting plate 522 to The middle part of supporting plate 522 reduces, and specifically, for example that third location hole 526 can be arranged to to fan annular or trapezoidal or class is trapezoidal etc. Structure, on the one hand this kind setting is distributed multiple third location holes 526 on the supporting plate 522 of bracket 52 more uniform, On the other hand when magnetic force piece 56 is fan annular setting, also enable the shape phase of the shape of magnetic force piece 56 and third boss 58 Mutually adaptation.Similarly, preferably the 4th location hole 542 is arranged to fan the structures such as annular or trapezoidal or class is trapezoidal.

In any of the above-described embodiment, it is preferable that as shown in Figure 21 and Figure 23, the cross section of magnetic force piece 56 is in fan annular.

In those embodiments, magnetic force piece 56 enables magnetic force piece 56 preferably to cooperate with bracket 52 in fan annular, because And can make product structure setting it is simpler rationally it is compact.

In any of the above-described embodiment, it is preferable that magnetic force piece 56, third boss 58 and/or the 4th boss 59 are integral type Structure.

In those embodiments, it is preferable that third boss 58 is an integral structure with magnetic force piece 56, because being an integral structure Mechanical property it is good, it is thus possible to ensure the bonding strength between third boss 58 and magnetic force piece 56, in addition, can also be convex by third Platform 58 is made into integration with magnetic force piece 56, and batch production to improve the production efficiency of product, reduces the production and processing cost of product. Certainly, third boss 58 and magnetic force piece 56 can also be split type structure, i.e. detachable structure.It is preferred that the 4th boss 59 It is an integral structure with magnetic force piece 56, because the mechanical property being an integral structure is good, it is thus possible to ensure the 4th boss 59 and magnetic Bonding strength between power part 56 is produced in batches in addition, can also be made into integration the 4th boss 59 with magnetic force piece 56, to improve The production efficiency of product reduces the production and processing cost of product.Certainly, the 4th boss 59 and magnetic force piece 56 can also be split type knot Structure, i.e. detachable structure.

In any of the above-described embodiment, it is preferable that as shown particularly by figs. 15 and 19, mounting hole 544, cover board are provided on cover board 54 54 are arranged the installation one end of positioning column 524 far from supporting plate 522 by mounting hole 544, and multiple 4th location holes 542 are located at installation Around hole 544；Wherein, it is provided with chamfering on the one end of mounting hole 544 far from magnetic force piece 56, between chamfering and positioning column 524 It is provided with weld seam.

In those embodiments, a mounting hole 544 can be set on cover board 54, cover board 54 can be arranged to ring cover Cover board 54 just can be arranged using mounting hole 544 be mounted on positioning column 524 in this way by plate 54, meanwhile, it can be in mounting hole 544 Upper end on chamfering is set, then cover board 54 is welded on positioning column 524 by welding, wherein chamfering and positioning Weld seam between column 524 is to leave after welding, and chamfering, which is arranged, can make welding surface between positioning column 524 and cover board 54 Product is bigger, it is thus possible to improve the connection reliability between positioning column 524 and cover board 54.

In any of the above-described embodiment, it is preferable that as shown in figure 15, connecting hole 5242 is provided on positioning column 524.

In those embodiments, cover board 54 is preferably arranged to annular cover plate 54, i.e., middle part with porose plate, at this point, Cover board 54 can be arranged by mounting hole 544 and be mounted on positioning column 524.And connecting hole 5242 is set on positioning column 524, from And can be drivingly connected by the connecting hole 5242 with other parts, specifically, such as can be by the stirring blade of food cooking machine The cutter shaft and connecting hole 5242 of tool are drivingly connected, so as to drive stirring cutter to be rotated from movable magnetic disc 5 using this.

Wherein it is preferred to connecting hole 5242 can be through-hole, it can also be blind hole.

In above-mentioned another embodiment (not shown), it is preferable that from movable magnetic disc 5 be disk 1, on the bottom wall of cup body 4 It is provided with the second hollow cylinder to 4 sunken inside of cup body, the second hollow cylinder is extend into out of, movable magnetic disc 5 tub 10, driving Disk 6 protrudes into the second hollow cylinder.

It, can be by cup body 4 when being the disk 1 that first aspect any embodiment provides from movable magnetic disc 5 in those embodiments Bottom wall be recessed inwardly into the second hollow cylinder, so just can will driving disk 6 be mounted in the second hollow cylinder, meanwhile, It can will concave the installation cavity that traps out from the bottom wall of the tub 10 of movable magnetic disc 5, the second hollow cylinder is then inserted into installation cavity It is interior, installation is arranged between movable magnetic disc 5 and the second hollow cylinder to realize.At this point, stirring cutter 2 can be directly mounted to install The back side of chamber.

Wherein it is preferred to which as shown in Figure 9 and Figure 10, stirring cutter 2 includes: shell 20, one end closed at one end of shell 20 Opening；Tool apron 22 is sealingly mounted at the open end of shell 20, bearing 24 is equipped in tool apron 22；Cutter shaft 26 passes through 24 energy of bearing What is enough rotated is mounted in tool apron 22, and the first end of cutter shaft 26 is stretched out and tool apron 22 and is inserted into shell 20, and the of cutter shaft 26 Two ends are stretched out tool apron 22 and are stretched out from the open end of shell 20；Blade 28 is connect with the second end of cutter shaft 26；Wherein, cutter shaft 26 First end connect with from movable magnetic disc 5.

In those embodiments, stirring cutter 2 includes shell 20, tool apron 22 and the cutter shaft being drivingly connected from movable magnetic disc 5 26, the blade 28 being mounted on one end of cutter shaft 26.Wherein, specifically, blade 28 is for crushing food materials, and tool apron 22 is for real The installation of existing cutter shaft 26, and cutter shaft 26 is for realizing the installation of blade 28, and realization and the drive connection from movable magnetic disc 5.And It can rotate under extraneous driving from movable magnetic disc 5, to just be able to drive cutter shaft 26 and the rotation of blade 28, and then can be realized Crushing to food materials.

Wherein it is preferred to which driving device 32 is motor.Because motor is driving knot relatively common in food cooking machine Structure, thus it is easy to buying and advantage of lower cost.Certainly, driving device can also be other structures, such as magnetic drive apparatus etc..

In the present specification, the orientation or positional relationship of the instructions such as term " on ", "lower", "inner", "outside" is based on attached drawing Shown in orientation or positional relationship, be merely for convenience of description of the present invention and simplification of the description, rather than indication or suggestion is signified Device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to of the invention Limitation；Term " multiple " then refers to two or more, unless otherwise restricted clearly.Term " installation ", " connects " connected " Connect ", the terms such as " fixation " shall be understood in a broad sense, for example, " connection " may be a fixed connection, may be a detachable connection, Or it is integrally connected；" connected " can be directly connected, can also be indirectly connected through an intermediary.For the common of this field For technical staff, the specific meanings of the above terms in the present invention can be understood according to specific conditions.

In the description of this specification, the description of term " one embodiment ", " some embodiments " etc. means to combine the reality The particular features, structures, materials, or characteristics for applying example or example description are included at least one embodiment or example of the invention. In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment or example.Moreover, description Particular features, structures, materials, or characteristics can be combined in any suitable manner in any one or more of the embodiments or examples.

The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims

1. a kind of disk, it to be used for food cooking machine, which is characterized in that the disk includes:

Tub, the tub are in the closed tubular of top opening and bottom, are provided on the edge of the bottom wall of the tub multiple First positioning hole is provided with mounting structure in the middle part of the bottom wall of the tub；

Annular cover is sealed on the edge of the open end of the tub, in the annular cover it is circumferentially arranged have with it is multiple described The corresponding multiple second location holes of first positioning hole；

Multiple magnetic parts are located in the tub, and the magnetic part is limited in described the close to one end of the bottom wall of the tub In a positioning hole, it is provided with and is limited in the second location hole on one end of bottom wall of the magnetic part far from the tub First boss, the inner surface of the first boss are located at the outside of the inner surface of the magnetic part；

Wherein, the first boss is an integral structure with the magnetic part.

2. disk according to claim 1, which is characterized in that

The outer surface of the first boss is concordant close to the face of the interior sidewall surface of the tub with the magnetic part.

3. disk according to claim 1, which is characterized in that

The magnetic part along the two sides of the tub being circumferentially arranged at least protrude from the circumferential direction of the tub by side The first boss setting.

4. disk according to claim 1, which is characterized in that

The magnetic part is provided with second boss on one end of the bottom wall of the tub, and the magnetic part is close to the tub One end of bottom wall be limited in the first positioning hole by the second boss；

Wherein, the inner surface of the second boss is located at the outside of the inner surface of the magnetic part, and the magnetic part is close to described One end of the bottom wall of tub is resisted against on the periphery of the bottom wall of the tub.

5. disk according to any one of claim 1 to 4, which is characterized in that the tub includes:

Cylinder, the both ends open of the cylinder；

Bottom plate is sealed on the bottom of the cylinder, is arranged at intervals between the edge of the bottom plate and the inner sidewall of the cylinder Multiple muscles；

Wherein, any first positioning hole is surrounded by the two neighboring muscle, the bottom plate and the cylinder.

6. disk according to claim 5, which is characterized in that

The bottom plate is recessed to outside the tub and forms recessed groove, end of the magnetic part close to one end of the bottom wall of the tub Face is resisted against on the end face of the recessed groove.

7. disk according to any one of claim 1 to 4, which is characterized in that

Multiple magnetic parts are elongated；And/or

The tub is cylindrical, and the cross section of the magnetic part is in fan annular；And/or

The first positioning hole is blind hole or through-hole and/or the second location hole is through-hole or blind hole.

8. disk according to any one of claim 1 to 4, which is characterized in that

The mounting structure is the mounting post being arranged in the exterior bottom wall of the tub, and the mounting post can be with the food material The driving device of reason machine is drivingly connected；Or

The mounting structure is the sunk structure that the bottom wall of the tub is formed to the tub sunken inside, the sunk structure energy Enough stirring cutters with the food cooking machine are drivingly connected.

9. a kind of stirring toolbox characterized by comprising

Tool apron is equipped with bearing in the tool apron；

Cutter shaft is rotatably mounted in the tool apron by the bearing, and the tool apron is stretched out at the both ends of the cutter shaft；

Blade, the one end for stretching out the tool apron with the cutter shaft are connect；

Disk as described in claim 1 to 8 any one, the cutter shaft stretch out the other end and the disk of the tool apron Mounting structure connection.

10. a kind of food cooking machine characterized by comprising

Base is provided with driving device in the base；

Cup body can releasably be mounted on the base, stirring cutter is provided in the cup body；

Disk drive, including be mounted in the cup body with the slave movable magnetic disc that connect of stirring cutter, and be mounted on The driving disk connecting on the base with the driving device, the driving disk are set with described from movable magnetic disc is mutually nested It sets, the driving disk and one from movable magnetic disc are such as disk described in any item of the claim 1 to 8.

11. food cooking machine according to claim 10, which is characterized in that further include:

Heating component is looped around outside the disk drive positioned at the bottom of the cup body.

12. food cooking machine described in 0 or 11 according to claim 1, which is characterized in that

The driving disk is the disk, is provided with the first open tubular column being recessed outside the cup body on the bottom wall of the cup body Body, first hollow cylinder are extend into the tub of the disk by the annular cover of the disk, described to pacify from movable magnetic disc In first hollow cylinder, one end of the stirring cutter is installed to described from movable magnetic disc, described to stir the another of cutter First hollow cylinder is stretched out in one end.

13. food cooking machine according to claim 12, which is characterized in that described to include: from movable magnetic disc

Bracket, the bracket include supporting plate, and the positioning column connecting with the stirring cutter is provided in the middle part of the supporting plate, Multiple circumferentially distributed third location holes are provided on the edge of the supporting plate；

Cover board is mounted on the one end of the positioning column far from the supporting plate, is provided on the end face of the cover board multiple along week To the 4th location hole of distribution；

Multiple magnetic force pieces are provided with the third boss for being limited in the third positioning hole, institute in the first end of the magnetic force piece The second end for stating magnetic force piece is limited in the 4th positioning hole, and the third boss is located at described far from the face of the positioning column The inside in face of the magnetic force piece far from the positioning column.

14. food cooking machine according to claim 13, which is characterized in that

The 4th boss for being limited in the 4th positioning hole is provided in the second end of the magnetic force piece, the 4th boss is remote Face from the positioning column is located at the inside in face of the magnetic force piece far from the positioning column.

15. food cooking machine according to claim 13, which is characterized in that

The third location hole is through-hole or blind hole and/or the 4th location hole is through-hole or blind hole.

16. food cooking machine according to claim 14, which is characterized in that

The third location hole along the positioning column radial width from the edge of the supporting plate to the middle part of the supporting plate Reduce, shape, the size of the third boss are adapted with shape, the size of the third location hole；And/or

4th location hole reduces along the radial width of the positioning column from the edge of the cover board to the middle part of the cover board, Shape, the size of 4th boss are adapted with the shape of the second location hole, size；And/or

The cross section of the magnetic force piece is in fan annular.

17. food cooking machine according to claim 13, which is characterized in that

Connecting hole is provided on the positioning column.

18. food cooking machine described in 0 or 11 according to claim 1, which is characterized in that

Described from movable magnetic disc is the disk, and the second open tubular column to the cup body sunken inside is provided on the bottom wall of the cup body Body, second hollow cylinder extend into described out of, movable magnetic disc tub, and the driving disk protrudes into second open tubular column In vivo.