CN208425999U - Disk, stirring toolbox and food cooking machine - Google Patents

Abstract

The utility model proposes a kind of disk, stirring toolbox and food cooking machines, disk includes: bracket, and bracket includes collet, circumferentially-spaced to be provided with multiple baffles, the middle part is provided with positioning column, a demarcation plate is provided between the side wall of positioning column and each baffle；Multiple magnetic parts are installed between two adjacent demarcation plates, and the boss extending between two neighboring demarcation plate is provided on outer surface, and outer surface can lean at least one baffle；Cover board is mounted on positioning column far from one end of collet.The partial outer face of program magnetic part can be revealed by the gap between two baffles, increase the active force of disk so as to reduce bracket to the blocking in magnetic field.And magnetic part can be partially embedded into the lateral wall of disk by the way that boss is arranged, thus the radial spacing between inside and outside magnetic part can be reduced when two disks are arranged installation to enhance torque transmitting.

Description

Disk, stirring toolbox and food cooking machine

Technical field

The utility model relates to living electric apparatus technical fields, in particular to a kind of disk, stirring toolbox and food Object cooking 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.

Utility model content

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

The second aspect of the utility model also proposed a kind of stirring toolbox.

The third aspect of the utility model also proposed a kind of food cooking machine.

In view of this, the embodiment of the utility model first aspect proposes a kind of disk, it is used for food cooking machine, it is described Disk includes: bracket, and the bracket includes collet, and the circumferentially-spaced of the collet is provided with multiple directions to close to cover board The baffle of extension is provided with the positioning column extended to the direction close to the cover board in the middle part of the collet, the positioning column A demarcation plate is provided between side wall and each baffle；Multiple magnetic parts, often between two adjacent demarcation plates It is installed with the magnetic part, the magnetic part is provided with boss in the one side far from the positioning column, the boss is stretched Enter between the two neighboring demarcation plate, one side of the magnetic part far from the positioning column can be with gear described at least one Plate leans；The cover board is mounted on the one end of the positioning column far from the collet；Wherein, the collet, multiple described Baffle, the positioning column and multiple demarcation plates are an integral structure.

According to disk provided by the utility model, including bracket, rack-mount multiple magnetic parts and lid mounted in branch Cover board on frame, wherein magnetic part is installed between two demarcation plates of arbitrary neighborhood, so as to circumferential two to magnetic part Side is limited, and the one side of the remotely located column of magnetic part can lean at least one baffle, so as to utilize baffle To be limited to the radial direction of magnetic part, wherein collet is used to be supported magnetic part from the circumferential direction of magnetic part, and per adjacent Two demarcation plates are connect with two neighboring spaced baffle respectively, so that multiple magnetic parts are installed on arbitrary neighborhood two When between demarcation plate, the face of the remotely located column of magnetic part, the i.e. outer surface of magnetic part just can be partially by between two baffles Gap reveal namely the outer surface part of magnetic part is not blocked by bracket, so that bracket can be reduced to magnetic field Stop, it is thus possible to increase the active force of disk, to improve the torque of product.And pass through the one side in the remotely located column of magnetic part Upper setting boss, i.e., be arranged boss on the outer surface of magnetic part, and extend into boss between two neighboring demarcation plate, in this way Can by the lateral wall for being partially embedded into disk of magnetic part, thus when the disk and another disk are arranged installation, The radial spacing between the magnetic part of the disk and the magnetic part of another disk can be reduced, to enhance the torsion between two disks Square transmitting.And it is previous, disk is both provided with lateral wall, and magnetic part is installed in lateral wall, thus between inside and outside magnetic part Just it is at least obstructed by a lateral wall, i.e., lateral wall can occupy a certain distance between inside and outside magnetic part, so that inside and outside magnetic Property part between radial distance it is larger, and the application since boss has been embedded between two baffles, thus can reduce outside The distance that wall occupies between inside and outside magnetic part, to may make between the magnetic part of the disk and the magnetic part of another disk Radial spacing it is larger.

Further, since two disks of food cooking machine can be realized and be arranged installation by this kind of disk, disk is driven in this way Just driven disc rotation directly can be driven from radial direction, i.e. driving disk and just being capable of shape in the same plane from movable magnetic disc At magnetic drives, attracts each other so as to avoid previous disk up and down and generate axial force, so as to cause the knife on food cooking machine The problem of head, friction shim abrasion are accelerated, while avoiding the axial force to attract each other by upper and lower disk and increasing, friction is turned round The problem of square increases, and energy loss is caused to increase, and then guarantee the normal work of food cooking machine.

Wherein, collet, multiple baffles, positioning column and multiple demarcation plates are preferably an integral structure, because being an integral structure Mechanical property it is good, it is thus possible to ensure the intensity of bracket, in addition, can also be by collet, multiple baffles, positioning column and multiple separations Plate is made into integration, and batch production to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, collet, more A baffle, positioning column and multiple demarcation plates can also be split type structure, i.e. detachable structure.

Wherein, boss is magnetic boss, and boss is an integral structure with magnetic part.

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

In the above-mentioned technical solutions, it is preferable that one side of the magnetic part far from the positioning column with described at least one Baffle fitting.

In the technical scheme, the one side of the remotely located column of magnetic part is bonded at least one baffle, can be prevented in magnetism Gap is formed between part and baffle, that is, magnetic part is enabled to fill up collet, positioning column, two neighboring baffle and two neighboring point On the one hand the installation space that partition is formed, is capable of increasing the size of magnetic part in this way, to improve magnetism intensity, on the other hand can also Enough prevent magnetic part from shaking on bracket, so as to improve magnetic part installation reliability.

In any of the above-described technical solution, it is preferable that the magnetic part along the two sides that the bracket is circumferentially arranged at least There is side to protrude the boss setting from the circumferential direction of the bracket.

In those embodiments, the magnetic part at least circumferential direction of side from bracket along the two sides that bracket is circumferentially arranged Boss setting is protruded, in this way, at least side can be blocked magnetic part by baffle along the two sides that bracket is circumferentially arranged, thus extremely The side of magnetic part can be limited less, and then can prevent magnetic part from falling between two neighboring demarcation plate.

In any of the above-described technical solution, it is preferable that the magnetic part is along the two sides that the bracket is circumferentially arranged from institute The circumferential direction for stating bracket protrudes the boss setting；The baffle is along the two sides that the bracket is circumferentially arranged from the bracket Circumferential direction protrude demarcation plate setting.

In those technical solutions, magnetic part protrudes boss from the circumferential direction of bracket along the two sides that bracket is circumferentially arranged Setting, i.e., so that the circumferential two sides of magnetic part can protrude boss setting, and baffle along the two sides that bracket is circumferentially arranged from The circumferential direction protrusion demarcation plate setting of bracket so that the two sides of the outer surface of magnetic part can against to baffle, That is the two sides of baffle can be used in limiting magnetic part, so that the reliability of baffle limiting can be improved.

In any of the above-described technical solution, it is preferable that each baffle is about the corresponding demarcation plate of the baffle It is symmetrical arranged.

In those technical solutions, each baffle is symmetrical arranged about the demarcation plate that baffle is correspondingly arranged, and can make bracket Integrated symmetric, it is thus possible to which the structure for simplifying bracket reduces the difficulty of processing of bracket, so as to reduce being processed into for bracket This.

In any of the above-described technical solution, it is preferable that an end face of multiple baffles far from the collet with it is described fixed A position end face of the column far from the collet is concordant；An end face of multiple demarcation plates far from the collet is remote with the positioning column It is concordant from an end face of the collet；Wherein, the cover board is close to the face of the positioning column and the positioning column far from the bottom One end face of support is concordant.

In those technical solutions, baffle, positioning column, the upper surface of demarcation plate are concordant with the lower surface of cover board, Ji Kefang Only the upper surface height of bracket is different, and can prevent the upper surface of bracket and cover board from forming gap, so as to make in product Portion's structure is more rationally compact.

In any of the above-described technical solution, it is preferable that circumferential direction of two demarcation plates of arbitrary neighborhood along the positioning column On spacing from the edge of the bracket to the middle part of the bracket reduce.

In those technical solutions, the distance between two neighboring demarcation plate subtracts in the middle part of the edge to bracket of bracket It is small, it is preferably gradually reduced, demarcation plate is substantially arranged along the radial direction of bracket, in this way, just can be by bracket Overall structure is arranged more rationally compact.

In any of the above-described technical solution, it is preferable that face of the boss far from the magnetic part and the baffle are separate The face of the demarcation plate is concordant.

In those technical solutions, face of face of the boss far from magnetic part with baffle far from demarcation plate is concordant, i other words convex On the one hand the outer surface of platform and the flush with outer surface of baffle can be such that boss is embedded between two baffles as far as possible in this way, On the other hand it is arranged prevented also from boss protruding bracket.And boss protruding bracket setting on the one hand influence whether the disk with it is other Disk is arranged installation, on the other hand also can make disk unsightly.Certainly, in other embodiments, the outer surface of boss The outer surface of extended baffle or the outer surface of boss may be alternatively located between the surfaces externally and internally of baffle.

In any of the above-described technical solution, it is preferable that face of the boss far from the collet and the magnetic part are separate The face of the collet is concordant.

In those technical solutions, face of face of the boss far from collet with magnetic part far from collet is concordant, i.e., boss is upper Surface is concordant with the upper surface of magnetic part, and on the one hand boss can be arranged as far as possible in this way is bigger, it is thus possible to improve The intensity of boss.On the other hand, this kind setting can also make the structure of disk more rationally compact.

In any of the above-described technical solution, it is preferable that on the collet, be all provided between two demarcation plates of arbitrary neighborhood It is equipped with a positioning groove；For the boss on the end face that the face of the collet is resisted against the locating slot, the magnetic part is close One end of the collet is limited in the locating slot.

It, can be by the lower end surface of boss against being mounted on locating slot by the way that locating slot is arranged in those technical solutions On end face, between two baffles, and the lower end of magnetic part is snapped onto locating slot simultaneously, so that the lower end surface of boss with The lower end surface of magnetic part is capable of forming ladder, therefore, on the one hand can be realized using the end face of locating slot and bottom surface to magnetism On the other hand the axial support of part can realize the limit to the lower end of magnetic part using locating slot.

Wherein, it is further preferred that the collet is structure of the middle part to lower recess, the recess of collet can be passed through in this way Unnatural formation locating slot, to not have to specially process locating slot on collet.

In above-mentioned another technical solution, it is preferable that on the collet, be all provided between two demarcation plates of arbitrary neighborhood It is equipped with a positioning hole；For the boss on the end face that the face of the collet is resisted against the location hole, the magnetic part is close One end of the collet is limited in the positioning hole.

It, can be by the lower end surface of boss against being mounted on location hole by the way that location hole is arranged in those technical solutions On end face, between two baffles, and the lower end of magnetic part is snapped into positioning hole simultaneously, so that the lower end surface of boss with The lower end surface of magnetic part is capable of forming ladder, therefore, the axial direction to magnetic part on the one hand can be realized using the end face of location hole On the other hand support can realize the limit to the lower end of magnetic part using location hole.

Wherein it is preferred to which the collet is mounting ring, the baffle is mounted on an end face of the mounting ring, described One end of demarcation plate is connect with the inner sidewall of the mounting ring, and the side wall of the other end of the demarcation plate and the positioning column connects It connects.

In those technical solutions, on the one hand making the bottom of bracket is engraved structure, it is thus possible to simplify the knot of bracket Structure mitigates the weight of bracket, meanwhile, this kind of structure can also limit automatically location hole by mounting ring, positioning column and demarcation plate, Do not have to thus go out location hole in additional processing, thus the difficulty of processing of product can also be simplified.

In any of the above-described technical solution, it is preferable that the positioning column is open tubular column, and the positioning column is far from the collet One end on be provided with connecting column, one end of the connecting column is arranged in the one end of the positioning column far from the collet, institute The other end for stating connecting column is stretched out from the positioning column far from one end of the collet；Mounting hole, institute are provided on the cover board It states cover board and is arranged by the mounting hole and be mounted on the connecting column and stretch out on one end of the positioning column.

In those technical solutions, positioning column can be arranged to open tubular column, can reduce the weight of positioning column in this way, together When, a connecting column can be set on the upper end of open tubular column, so that the installation of cover board on the one hand can be realized using the connecting column, On the other hand the drive connection of disk Yu other components can be realized by connecting column.

Wherein it is preferred to be provided with connecting hole on the positioning column.

In those technical solutions, connecting hole is set on positioning column, so as to by the connecting hole and other parts into Row is drivingly connected, and specifically, for example can be drivingly connected the cutter shaft of the stirring cutter of food cooking machine and connecting hole, so as to Stirring cutter is driven to be rotated using the disk.

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

Wherein it is preferred to which the bracket is rounded, the positioning column is circular columns, and any demarcation plate is along described The radial direction of bracket is arranged.This kind setting can make the structure of disk more symmetrical, it is thus possible to process disk more preferably.

The embodiment of the utility model second aspect provides a kind of stirring toolbox, which includes: Shell, the shell it is closed at one end open at one end；Tool apron is sealingly mounted at the open end of the shell, peace in the tool apron Equipped with bearing；Cutter shaft is mounted in the tool apron by what the bearing can rotate, and the first end of the cutter shaft stretches out institute It states tool apron and is inserted into the shell, the second end of the cutter shaft is stretched out the tool apron and stretched from the open end of the shell Out；Blade is connect with the second end of the cutter shaft；The disk provided with any one of first aspect embodiment, the disk installation It is connect in the shell, and through the positioning column with the first end of the cutter shaft.

The stirring toolbox that embodiment according to the present utility model provides, including disk and stirring cutter, wherein stirring Cutter includes shell, tool apron, bearing, one end and the cutter shaft of disk drive connection, the blade being mounted on the other end of cutter shaft.Its In, specifically, shell for installing the parts such as tool apron, cutter shaft so that shell, tool apron, cutter shaft and blade etc. can form one it is whole Body, and blade is for crushing food materials, installation of the tool apron for realizing cutter shaft, installation of the cutter shaft for realizing blade, and 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 embodiments of the present invention provide also is appointed with first aspect The disk that one embodiment provides, therefore, the stirring toolbox that the embodiments of the present invention provide have first aspect any The whole beneficial effects for the disk that embodiment provides.

The embodiment of the utility model third aspect provides a kind of food cooking machine, comprising: base is set in the base It is equipped with driving device；Cup body can releasably be mounted on the base, stirring cutter is provided in the cup body；Disk drives Dynamic component including being mounted on the slave movable magnetic disc connecting in the cup body with the stirring cutter, and is mounted on the base The driving disk connecting with the driving device, the driving disk is with described from the mutually nested setting of movable magnetic disc, the driving Disk and one from movable magnetic disc are the disk that first aspect any embodiment provides.

The food cooking machine that embodiment according to the present utility model provides, driving disk can be under the action of driving device Driven disc rotation is driven, to drive stirring cutter stirring food materials.And drive disk with from the mutually nested setting of movable magnetic disc, i.e., It is to say driving disk and be inserted into driving disk from one in movable magnetic disc and out of, another in movable magnetic disc, this kind setting makes Disk must be driven and can be realized from movable magnetic disc and be arranged installation, driving disk just can directly drive from radial direction driven in this way Disc rotation drives disk and just can form magnetic drives in the same plane from movable magnetic disc, so as to avoid with up The problem of lower disk, 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 and increasing, friction torque increases, and causes energy loss is increased to ask Topic occurs, and then guarantees the normal work of food cooking machine.Meanwhile the food cooking machine that the embodiments of the present invention provide, With the disk that first aspect any embodiment provides, therefore, the food cooking machine that the embodiments of the present invention provide has The whole beneficial effects for the disk that first aspect any 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 described from movable magnetic disc 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, it is described to be mounted in first hollow cylinder from movable magnetic disc, it is described One end of stirring cutter is installed to described from movable magnetic disc, and the other end of the stirring cutter stretches out first hollow cylinder, institute Driving disk is stated to be arranged and be mounted on outside first 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 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 driving disk, just can will be inserted into be installed in driving disk from movable magnetic disc in this way, to realize It drives disk and is arranged installation between movable magnetic disc.

Wherein it is preferred to when being the disk that first aspect any embodiment provides from movable magnetic disc, it can be in the positioning of disk Connecting hole is arranged in the upper end of column, so as to be drivingly connected by the cutter shaft of the connecting hole and stirring cutter, to realize from movable magnetic disc With the connection between stirring cutter.

In any of the above-described technical solution, it is preferable that the driving disk includes: tub, and the tub is in top opening The closed tubular in bottom, it is circumferentially spaced on the inner sidewall of the tub to be provided with multiple spacing boards, the exterior bottom wall of the tub On be provided with mounting post；Multiple magnetic force pieces are often installed with the magnetic force piece between two adjacent spacing boards；Ring Shape lid is sealed on the edge of the open end of the tub.

In those technical solutions, driving disk be mounted between the bottom of cup body and base, wherein mounting post be used for The drive shaft of driving device, such as motor axis connection, to be rotated under the action of driving device.Specifically, driving disk includes The annular cover of tub and lid on the edge of tub, and it is mounted on the circle magnetic force piece on the inside of tub, specifically, tub Multiple spacing boards are provided on inside, and magnetic force piece is installed between two neighboring spacing board.This kind drives disk, magnetic force piece peace After in tub, the inside of multiple magnetic force pieces is exposed outside, i.e., there is no the cylinders for being mounted magnetic force piece for the inside of magnetic force piece Frame blocks, it is thus possible to which reduction drives disk and from the radial distance between movable magnetic disc to the maximum extent, thus on the one hand can Increase driving disk and from the torque transmitting between movable magnetic disc, on the other hand can reduce driving disk in the occupancy of bottom of cup Space, to improve the space utilization rate of bottom of cup, so as to be that installation heating component reserves space in bottom of cup, with Realize that heating provides possibility for product.Further, since the inside of driving disk is directly emerging in the outside, thus can also subtract Few blocking of the tub to magnetic field, it is thus possible to increase driving disk and from the active force between movable magnetic disc, be produced with further increasing The torque of product.

Wherein, the distance between two spacing boards of arbitrary neighborhood reduce from the outside of tub to the inside of tub, preferably It is gradually reduced, this kind is arranged after snapping fitted to magnetic force piece between two neighboring spacing board from the top down, can utilize adjacent two A spacing board is defined the radial position of magnetic force piece, and then can prevent magnetic force piece skidded off in the radial direction to phase from tub Except adjacent two spacing boards.Meanwhile this kind setting does not have to the position limiting structure that magnetic force piece is additionally arranged in the radial direction in tub, The structure of product can thus be simplified.Certainly, one position limiting structure can also be set in the outside of each spacing board, to realize to magnetic force The radial limit of part.

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

In the above-mentioned technical solutions, it is preferable that any spacing board is in the tub in the radial direction along described The radial direction of tub is arranged.

In the technical scheme, the radial direction preferably by multiple spacing boards along tub is arranged, i.e., preferably makes each Partition is arranged both facing to the center line of tub, for example when tub is round, each spacing board is arranged both facing to the center line of tub, Spacing board is set more regular, thus also processes.In addition, this kind is arranged, additionally it is possible to make adjacent two The distance between a spacing board is gradually reduced from outside to inside, thus magnetic force piece is being snapped fitted to two neighboring spacing board from the top down Between after, the radial position of magnetic force piece can be defined using two neighboring spacing board, and then magnetic force piece can be prevented from cylinder Frame is skidded off in the radial direction except two neighboring spacing board.Certainly, make the distance between two neighboring spacing board from outer Under the principle being inwardly gradually reduced, each spacing board can not also be strictly arranged along the radial direction of tub, as long as being capable of substantially edge The radial direction of tub is arranged.

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

In those technical solutions, magnetic force piece enables magnetic force piece preferably to match with columnar tub in fan annular It closes, 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 tub is round tub or oval tub.

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.

In any of the above-described technical solution, it is preferable that the quantity of the spacing board is 8 to 10.

In those technical solutions, it can be arranged between the quantity and spacing board of spacing board according to the size reasonable of tub Spacing, but preferably, the quantity of spacing board is 8 to 10, because the spacing of two neighboring spacing board can be made to compare conjunction in this way Reason, thus it is also possible that the size of each magnetic force piece is more reasonable.

In any of the above-described technical solution, it is preferable that the inner sidewall of the tub is arranged in ladder, the tub upper end Internal diameter is greater than the internal diameter of the tub lower end；Wherein, the spacing board is on the inner sidewall of the tub from the rank of the tub Extend at tread to the top of the tub.

It, can be by the upper end of the inner sidewall of tub to extending out, so as to be capable of forming on the inside of tub in those technical solutions Up big and down small hierarchic structure can form a cascaded surface on the inner sidewall of tub in this way, so that the cascaded surface can be utilized The lower end of magnetic force piece is supported, meanwhile, the upper end due to the inner sidewall of tub is arranged to extending out in this kind, a side Multiple spacing boards and magnetic force piece can be mounted in the region for extending out out by face, and on the other hand also the lower end of tub can be arranged It is smaller, it is thus possible to the volume and material utilization amount of tub to be reduced, to reduce the cost of product.Meanwhile this kind setting can also will be from Movable magnetic disc is directly inserted into the bottom of tub to realize and be arranged installation in tub to from movable magnetic disc, meanwhile, this kind of structure, energy It is enough by from pedestal of movable magnetic disc etc. deeper into the bottom for being installed to tub, can therefore after two driving disks are installed in place Directly two corresponding magnetic force pieces of driving disk is made sufficiently to cooperate contact, thus the magnetic force piece of a driving disk can be prevented corresponding from The pedestal of the bottom of movable magnetic disc is arranged, and cause the magnetic force piece cannot with generation the case where another magnetic force piece reliable fit, therefore, This kind of structure can make the more abundant of the magnetic force piece cooperation of two driving disks, it is thus possible to improve the magnetic between driving disk Power, to ensure the torque of product.

In any of the above-described technical solution, it is preferable that the spacing board is on the inner sidewall of the tub from the tub Cascaded surface to the upper end that the tub is extended at the top of the tub end face.

In those technical solutions, the upper end of spacing board extends to the end face of the upper end of tub, so that spacing board energy It is enough to be contacted with annular cover of the lid on the edge of tub, thus certain supporting role on the one hand can be played to annular cover, On the other hand this kind setting also makes spacing board higher, it is thus possible to increase the contact area between spacing board and magnetic force piece, from And the tighter more firm of magnetic force piece clamping can drop.

In any of the above-described technical solution, it is preferable that height etc. of the spacing board on the axial direction of the tub In height of the magnetic force piece on the axial direction of the tub.

In those technical solutions, height of the spacing board on the axial direction of tub is equal to magnetic force piece in the axial direction of tub Height on direction enables magnetic force piece and spacing board to adequately fill up the height between annular cover plate and cascaded surface, thus The space that tub can rationally and effectively be utilized, so as to more magnetic force pieces be installed, so that making the internal structure of product It is more rationally compact.

In any of the above-described technical solution, it is preferable that width etc. in the radial direction of the spacing board in the tub In the magnetic force piece the tub thickness in the radial direction.

In those technical solutions, radial width of the spacing board in tub be equal to magnetic force piece tub in the radial direction Thickness, so that magnetic force piece will not be protruded from the inner end of spacing board, thus can prevent magnetic force piece stretch out spacing board and influence To other objects installation the case where occur.

Wherein it is preferred to the one of inner sidewall of the one side of inner sidewall of the spacing board far from tub with magnetic force piece far from tub Face is concordant, i.e. the inside of spacing board and the inner surface of magnetic force piece is concordant, so that magnetic force piece will not be convex from the inner end of spacing board Out, thus it can prevent magnetic force piece from stretching out spacing board and generation the case where influence the installation of other objects.

In above-mentioned another 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 second hollow cylinder to the cup body sunken inside, the driving disk is mounted in second hollow cylinder, described The insertion of second hollow cylinder is installed to described out of movable magnetic disc.

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 inwardly into the second hollow cylinder, so just can will driving disk be mounted in the second hollow cylinder, meanwhile, can Downwardly open installation cavity is being set from movable magnetic disc, then the second hollow cylinder is being inserted into installation cavity, to realize driving Installation is arranged between disk and the second hollow cylinder.At this point, stirring cutter can be directly mounted to the back side of installation cavity.

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 include shell, tool apron, bearing, the cutter shaft being connect with driven disk drive, The blade being mounted on one end of cutter shaft.Wherein, specifically, blade is for crushing food materials, and tool apron is for realizing the peace of cutter shaft Dress, and cutter shaft is for realizing the installation of blade, and realization and the drive connection from movable magnetic disc.And the drive from movable magnetic disc on outer boundary It can be rotated under dynamic, 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.

The additional aspect and advantage of the utility model will become obviously in following description section, or practical new by this The practice of type is recognized.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

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

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

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

Fig. 4 shows the structural schematic diagram of the bracket of the disk provided in the utility model one embodiment；

Fig. 5 shows another structural schematic diagram of the bracket of the disk provided in the utility model one embodiment；

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

Fig. 7 shows another structural schematic diagram of the magnetic part of the disk provided in the utility model one embodiment；

Fig. 8 shows another structural schematic diagram of the magnetic part of the disk provided in the utility model one embodiment；

Fig. 9 shows the structural schematic diagram of the cover board of the disk provided in the utility model one embodiment；

Figure 10 shows the structural schematic diagram of the stirring toolbox provided in the utility model one embodiment；

Figure 11 shows another structural schematic diagram of the stirring toolbox provided in the utility model one embodiment；

Figure 12 shows another structural schematic diagram of the stirring toolbox provided in the utility model one embodiment；

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

Figure 14 shows the structural representation of the driving disk of the food cooking machine provided in the utility model one embodiment Figure；

Figure 15 shows the structural schematic diagram of the tub of the driving disk provided in the utility model one embodiment；

Figure 16 shows another structural schematic diagram of the tub of the driving disk provided in the utility model one embodiment；

Figure 17 shows the structural schematic diagrams of the magnetic force piece of the driving disk provided in the utility model one embodiment；

Figure 18 shows another structural representation of the magnetic force piece of the driving disk provided in the utility model one embodiment Figure；

Figure 19 shows another structural representation of the magnetic force piece of the driving disk provided in the utility model one embodiment Figure.

Wherein, corresponding relationship of the Fig. 1 into Figure 19 between appended drawing reference and component names are as follows:

1 disk, 12 brackets, 122 collets, 1222 location holes, 124 baffles, 126 positioning columns, 1262 connecting columns, 1264 connections Hole, 128 demarcation plates, 14 cover boards, 142 mounting holes, 16 magnetic parts, 18 boss, 2 stirring cutters, 20 shells, 22 tool aprons, 24 bearings, 26 cutter shafts, 28 blades, 3 bases, 32 driving devices, 4 cup bodies, 42 first hollow cylinders, 5 from movable magnetic disc, 6 driving disks, and 62 Frame, 622 spacing boards, 624 mounting posts, 626 cascaded surfaces, 64 magnetic force pieces, 66 annular covers.

Specific embodiment

In order to be more clearly understood that the above objects, features, and advantages of the utility model, with reference to the accompanying drawing and have The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen The feature in embodiment and embodiment please can be combined with each other.

Many details are explained in the following description in order to fully understand the utility model, still, this is practical Novel to be implemented using other than the one described here other modes, therefore, the protection scope of the utility model is simultaneously It is not limited by the specific embodiments disclosed below.

Referring to Fig. 1 to Figure 19 description according to some embodiment disks 1 of the utility model, stirring toolbox and food Cooking machine.

As shown in Figures 1 to 9, the embodiment of the utility model first aspect proposes a kind of disk 1, is used for food cooking Machine, disk 1 include: bracket 12, and bracket 12 includes collet 122, collet 122 it is circumferentially-spaced be provided with it is multiple to close to cover board The baffle 124 that 14 direction extends, the middle part of collet 122 is provided with the positioning column 126 extended to the direction close to cover board 14, fixed A demarcation plate 128 is provided between the side wall and each baffle 124 of position column 126；Multiple magnetic parts 16, per adjacent two points It is installed with a magnetic part 16 between partition 128, is provided with boss 18 in the one side of the remotely located column 126 of magnetic part 16, it is convex Platform 18 is extend between two neighboring demarcation plate 128, and the one side of the remotely located column 126 of magnetic part 16 can be at least one baffle 124 lean；Cover board 14 is mounted on the one end of positioning column 126 far from collet 122；Wherein, collet 122, multiple baffles 124, Positioning column 126 and multiple demarcation plates 128 are an integral structure.

According to disk 1 provided by the utility model, including bracket 12, the multiple magnetic parts 16 being mounted on bracket 12 and lid Cover board 14 on bracket 12, wherein magnetic part 16 is installed between two demarcation plates 128 of arbitrary neighborhood, so as to right The circumferential two sides of magnetic part 16 are limited, and the one side of the remotely located column 126 of magnetic part 16 can be at least one baffle 124 lean, so as to be limited using baffle 124 to the radial direction of magnetic part 16, wherein collet 122 is used for from magnetic The circumferential direction of property part 16 is supported magnetic part 16, and each adjacent two demarcation plate 128 respectively with it is two neighboring spaced Baffle 124 connects, so that magnetic part 16 is separate when multiple magnetic parts 16 are installed between two demarcation plates 128 of arbitrary neighborhood The face of positioning column 126, the i.e. outer surface of magnetic part 16 just can partially be revealed by the gap between two baffles 124, Namely the outer surface part of magnetic part 16 is not blocked by bracket 12, so that blocking of the bracket 12 to magnetic field can be reduced, thus It is capable of increasing the active force of disk 1, to improve the torque of product.And by the one side of the remotely located column 126 of magnetic part 16 Boss 18 is set, i.e., boss 18 is set on the outer surface of magnetic part 16, and boss 18 is made to extend into two neighboring demarcation plate 128 Between, in this way being partially embedded into magnetic part 16 in the lateral wall of disk 1, thus by the disk 1 and another magnetic When disk 1 is arranged installation, the radial spacing between the magnetic part 16 of the disk 1 and the magnetic part 16 of another disk 1 can be reduced, with Enhance the torque transmitting between two disks 1.And it is previous, disk 1 is both provided with lateral wall, and magnetic part 16 is installed in outside In wall, to just at least be obstructed by a lateral wall between inside and outside magnetic part 16, i.e., lateral wall can account between inside and outside magnetic part 16 With a certain distance, so that the radial distance between inside and outside magnetic part 16 is larger, and the application, since boss 18 is embedded into Between two baffles 124, thus the distance that lateral wall occupies between inside and outside magnetic part 16 can be reduced, to may make Radial spacing between the magnetic part 16 of the disk 1 and the magnetic part 16 of another disk 1 is larger.

Further, since two disks 1 of food cooking machine can be realized and be arranged installation by this kind of disk 1, magnetic is driven in this way Disk 6 just can directly drive from movable magnetic disc 5 from radial direction and rotate, that is, drives disk 6 and just can be put down from movable magnetic disc 5 same Magnetic drives are formed in face, are attracted each other so as to avoid previous disk 1 up and down and are generated axial force, so as to cause food cooking machine On cutter head, friction shim abrasion the problem of accelerating, while avoiding the axial force increasing to attract each other by upper and lower disk 1 The problem of adding, friction torque increase, energy loss caused to increase, and then guarantee the normal work of food cooking machine.

Wherein, collet 122, multiple baffles 124, positioning column 126 and multiple demarcation plates 128 are preferably an integral structure, because The mechanical property being an integral structure is good, it is thus possible to ensure the intensity of bracket 12, in addition, can also be by collet 122, multiple baffles 124, positioning column 126 and multiple demarcation plates 128 are made into integration, and batch production to improve the production efficiency of product, reduces product Produce and process cost.Certainly, collet 122, multiple baffles 124, positioning column 126 and multiple demarcation plates 128 can also be split type knot Structure, i.e. detachable structure.

Wherein, boss 18 is magnetic boss, and boss 18 is an integral structure with magnetic part 16.

In the above embodiment, it is preferable that the one side of the remotely located column 126 of magnetic part 16 is pasted at least one baffle 124 It closes.

In this embodiment, the one side of the remotely located column 126 of magnetic part 16 is bonded at least one baffle 124, can be prevented Gap is formed between magnetic part 16 and baffle 124, that is, magnetic part 16 is enabled to fill up collet 122, positioning column 126, adjacent On the one hand the installation space that two baffles 124 and two neighboring demarcation plate 128 are formed, is capable of increasing the big of magnetic part 16 in this way It is small, to improve magnetism intensity, on the other hand it can also prevent magnetic part 16 from shaking on bracket 12, so as to improve magnetic part 16 installation reliabilitys.

In any of the above-described embodiment, it is preferable that as shown in Figure 6 to 8, magnetic part 16 be circumferentially arranged along bracket 12 two At least side is arranged from the circumferential direction of bracket 12 protrusion boss 18 in side.

In those embodiments, at least week of side from bracket 12 along the two sides that bracket 12 is circumferentially arranged of magnetic part 16 It is arranged to direction protrusion boss 18, in this way, at least side can be kept off magnetic part 16 along the two sides that bracket 12 is circumferentially arranged Plate 124 blocks, to can at least limit to the side of magnetic part 16, and then magnetic part 16 can be prevented from two neighboring point It is fallen between partition 128.

In any of the above-described embodiment, it is preferable that as shown in Figure 6 to 8, magnetic part 16 be circumferentially arranged along bracket 12 two Side is arranged from the circumferential direction of bracket 12 protrusion boss 18；As shown in Figure 4 and Figure 5, baffle 124 is circumferentially arranged along bracket 12 Two sides are arranged from the circumferential direction of bracket 12 protrusion demarcation plate 128.

In those embodiments, magnetic part 16 is protruded from the circumferential direction of bracket 12 along the two sides that bracket 12 is circumferentially arranged Boss 18 is arranged, i.e., so that the circumferential two sides of magnetic part 16 can protrude the setting of boss 18, and baffle 124 is circumferential along bracket 12 The two sides of setting are arranged from the circumferential direction of bracket 12 protrusion demarcation plate 128, so that the two of the outer surface of magnetic part 16 Side can be used in limiting magnetic part 16 against to the two sides of baffle 124 namely baffle 124, thus Improve the reliability that baffle 124 limits.

In any of the above-described embodiment, it is preferable that as shown in Figure 4 and Figure 5, each baffle 124 is corresponding about baffle 124 Demarcation plate 128 is symmetrical arranged.

In those embodiments, each baffle 124 is symmetrical arranged about the demarcation plate 128 that baffle 124 is correspondingly arranged, can Make 12 integrated symmetric of bracket, it is thus possible to simplify the structure of bracket 12, reduce the difficulty of processing of bracket 12, so as to reduce branch The processing cost of frame 12.

In any of the above-described embodiment, it is preferable that as shown in Figure 4 and Figure 5, the multiple one end of baffle 124 far from collet 122 An end face of the face with positioning column 126 far from collet 122 is concordant；Multiple demarcation plates 128 are far from an end face of collet 122 and positioning column 126 end faces far from collet 122 are concordant；Wherein, cover board 14 is close to the face of positioning column 126 and positioning column 126 far from collet 122 An end face it is concordant.

In those embodiments, baffle 124, positioning column 126, the upper surface of demarcation plate 128 and the lower surface of cover board 14 are put down Together, the upper surface height of bracket 12 can be prevented different, and can prevent the upper surface of bracket 12 and cover board 14 from forming gap, thus The internal structure of product can be made more rationally compact.

In any of the above-described embodiment, it is preferable that as shown in Figure 4 and Figure 5, two demarcation plates 128 of arbitrary neighborhood are along positioning Spacing in the circumferential direction of column 126 reduces from the edge of bracket 12 to the middle part of bracket 12.

In those embodiments, the distance between two neighboring demarcation plate 128 is from the edge of bracket 12 into bracket 12 Portion reduces, and is preferably gradually reduced, and demarcation plate 128 is substantially arranged along the radial direction of bracket 12, in this way, just can The overall structure of bracket 12 is arranged more rationally compact.

In any of the above-described embodiment, it is preferable that as shown in Figures 2 and 3, face and baffle of the boss 18 far from magnetic part 16 124 faces far from demarcation plate 128 are concordant.

In those embodiments, face of face of the boss 18 far from magnetic part 16 with baffle 124 far from demarcation plate 128 is concordant, I other words on the one hand the flush with outer surface of the outer surface of boss 18 and baffle 124, can be such that boss 18 is embedded in as far as possible in this way To between two baffles 124, on the other hand it is arranged prevented also from 18 protruding bracket 12 of boss.And 18 protruding bracket 12 of boss is arranged On the one hand it influences whether the installation that is arranged of the disk 1 with other disks 1, on the other hand also can make disk 1 unsightly.Certainly, In other embodiments, also the outer surface of extended baffle 124 or the outer surface of boss 18 may be alternatively located at for the outer surface of boss 18 Between the surfaces externally and internally of baffle 124.

In any of the above-described embodiment, it is preferable that as shown in fig. 6, face of the boss 18 far from collet 122 and magnetic part 16 are remote Face from collet 122 is concordant.

In those embodiments, face of face of the boss 18 far from collet 122 with magnetic part 16 far from collet 122 is concordant, i.e., The upper surface of boss 18 is concordant with the upper surface of magnetic part 16, and on the one hand boss 18 can be arranged more as far as possible in this way Greatly, it is thus possible to improve the intensity of boss 18.On the other hand, this kind setting can also make the structure of disk 1 more rationally compact.

The (not shown) in any of the above-described embodiment, it is preferable that on collet 122, two demarcation plates 128 of arbitrary neighborhood Between be provided with a positioning groove；Boss 18 is on the end face that the face of collet 122 is resisted against locating slot, and magnetic part 16 is the bottom of close to One end of support 122 is limited in locating slot.

It, can be by the lower end surface of boss 18 against being mounted on locating slot by the way that locating slot is arranged in those embodiments On end face, between two baffles 124, and the lower end of magnetic part 16 is snapped onto locating slot simultaneously, so that boss 18 Lower end surface and the lower end surface of magnetic part 16 are capable of forming ladder, therefore, on the one hand can utilize the end face and bottom surface of locating slot It realizes and the axial direction of magnetic part 16 is supported, the limit to the lower end of magnetic part 16 on the other hand can be realized using locating slot.

Wherein, it is further preferred that collet 122 is structure of the middle part to lower recess, the recessed of collet 122 can be passed through in this way Unnatural formation locating slot is fallen into, to not have to specially process locating slot on collet 122.

In above-mentioned another embodiment, it is preferable that as shown in Figures 1 to 5, on collet 122, two demarcation plates of arbitrary neighborhood A positioning hole 1222 is provided between 128；Boss 18 is on the end face that the face of collet 122 is resisted against location hole 1222, magnetic Property part 16 is limited in location hole 1222 close to one end of collet 122.

In those embodiments, by be arranged location hole 1222, can by the lower end surface of boss 18 against be mounted on positioning On the end face in hole 1222, between two baffles 124, and the lower end of magnetic part 16 is snapped onto location hole 1222 simultaneously, in this way So that the lower end surface of boss 18 and the lower end surface of magnetic part 16 are capable of forming ladder, therefore, location hole on the one hand can be utilized 1222 end face, which is realized, supports the axial direction of magnetic part 16, on the other hand can be realized using location hole 1222 to magnetic part 16 The limit of lower end.

Wherein it is preferred to which as shown in Figures 1 to 5, collet 122 is mounting ring, baffle 124 is mounted on one end of mounting ring On face, one end of demarcation plate 128 and the inner sidewall of mounting ring are connected, and the other end of demarcation plate 128 and the side wall of positioning column 126 connect It connects.

In those embodiments, on the one hand making the bottom of bracket 12 is engraved structure, it is thus possible to simplify bracket 12 Structure mitigates the weight of bracket 12, meanwhile, this kind of structure can also pass through mounting ring, 128 automatic limiting of positioning column 126 and demarcation plate Location hole 1222 is made, thus does not have to go out location hole 1222 in additional processing, thus the difficulty of processing of product can also be simplified.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2, positioning column 126 is open tubular column, as shown in figure 4, positioning Column 126 is provided with connecting column 1262 on one end far from collet 122, one end setting of connecting column 1262 is separate in positioning column 126 In one end of collet 122, the other end of connecting column 1262 is stretched out from positioning column 126 far from one end of collet 122；As shown in figure 9, Mounting hole 142 is provided on cover board 14, cover board 14 is arranged by mounting hole 142 is mounted on the stretching positioning column 126 of connecting column 1262 One end on.

In those embodiments, positioning column 126 can be arranged to open tubular column, can reduce the weight of positioning column 126 in this way, Meanwhile a connecting column 1262 can be set on the upper end of open tubular column, on the one hand can be realized using the connecting column 1262 On the other hand the installation of cover board 14 can realize the drive connection of disk 1 Yu other components by connecting column 1262.

Wherein it is preferred to as shown in figure 4, be provided with connecting hole 1264 on positioning column 126.

In those embodiments, connecting hole 1264 is set on positioning column 126, so as to pass through the connecting hole 1264 and its Its part is drivingly connected, and specifically, for example can be driven the cutter shaft 26 of the stirring cutter 2 of food cooking machine with connecting hole 1264 Dynamic connection, so as to drive stirring cutter 2 to be rotated using the disk 1.

Wherein it is preferred to which as shown in Figure 2 and Figure 4, connecting hole 1264 is through-hole, and certain connecting hole 1264 can also be blind hole (not shown).

Wherein it is preferred to which as shown in Figures 1 to 5, bracket 12 is rounded, positioning column 126 is circular columns, any demarcation plate 128 are arranged along the radial direction of bracket 12.This kind setting can make the structure of disk 1 more symmetrical, it is thus possible to make disk 1 More preferable processing.

As shown in Figure 10 to Figure 12, the embodiment of the utility model second aspect provides a kind of stirring toolbox, should Stirring toolbox includes: shell 20, shell 20 it is closed at one end open at one end；Tool apron 22 is sealingly mounted at opening for shell 20 Mouthful end is equipped with bearing 24 in tool apron 22；Cutter shaft 26 is mounted in tool apron 22 by what bearing 24 can rotate, and cutter shaft 26 First end stretch out and tool apron 22 and be inserted into shell 20, the second end of cutter shaft 26 stretches out tool apron 22 and from the open end of shell 20 It stretches out；Blade 28 is connect with the second end of cutter shaft 26；The disk 1 provided with any one of first aspect embodiment, disk 1 are installed It is connect in shell 20, and through positioning column 126 with the first end of cutter shaft 26.

The stirring toolbox that embodiment according to the present utility model provides, including disk 1 and stirring cutter 2, wherein stirring Mix cutter 2 include shell 20, tool apron 22, bearing 24, one end and disk 1 be drivingly connected cutter shaft 26, be mounted on the another of cutter shaft 26 Blade 28 on one end.Wherein, specifically, shell 20 is for installing the parts such as tool apron 22, cutter shaft 26, so that shell 20, tool apron 22, cutter shaft 26 and blade 28 etc. can form a whole, and blade 28 is used to crush food materials, and tool apron 22 is for realizing cutter shaft 26 Installation, installation of the cutter shaft 26 for realizing blade 28, and the drive connection with disk 1.And the energy under extraneous driving of disk 1 To just be able to drive cutter shaft 26 and the rotation of blade 28, and then the crushing to food materials can be realized in enough rotations.In addition, this is practical The disk 1 that also there is the stirring toolbox that novel embodiment provides first aspect any embodiment to provide, therefore, this is practical The stirring toolbox of novel embodiment offer is with the disk 1 of first aspect any embodiment offer all beneficial to effect Fruit.

As shown in Figure 10 to Figure 19, the embodiment of the utility model third aspect provides a kind of food cooking machine, comprising: Base 3 is provided with driving device 32 in base 3；Cup body 4 can releasably be mounted on base 3, stirring is provided in cup body 4 Cutter 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 The driving disk 6 being connect on 3 with driving device 32, driving disk 6 with from the mutually nested setting of movable magnetic disc 5, drive disk 6 and from A disk 1 provided for first aspect any embodiment in movable magnetic disc 5.

The food cooking machine that embodiment according to the present utility model provides, driving disk 6 can be in the work of driving device 32 It is rotated with lower driving from movable magnetic disc 5, so that stirring cutter 2 be driven to stir food materials.And drive disk 6 and from movable magnetic disc 5 mutually it is embedding Set setting, i other words driving disk 6 and being inserted into driving disk 6 from one in movable magnetic disc 5 and from another in movable magnetic disc 5 Interior, this kind is arranged so that driving disk 6 and can be realized from movable magnetic disc 5 and be arranged installation, drive in this way disk 6 just can directly from Radial direction driving is rotated from movable magnetic disc 5, that is, is driven disk 6 and just can be formed magnetic force biography in the same plane from movable magnetic disc 5 It is dynamic, it attracts each other so as to avoid previous disk 1 up and down and generates axial force, so as to cause the cutter head on food cooking machine, friction The problem of gasket abrasion is accelerated, while avoiding the axial force to attract each other by upper and lower disk 1 and increasing, friction torque increases Greatly, the problem of causing energy loss to increase, and then guarantee the normal work of food cooking machine.Meanwhile the utility model The food cooking machine that embodiment provides, with the disk 1 that first aspect any embodiment provides, therefore, the reality of the utility model The whole beneficial effects for the disk 1 that there is the food cooking machine for applying example offer 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 be disk 1, the bottom of cup body 4 from movable magnetic disc 5 as depicted in figure 10 and figure 13 It is provided with the first hollow cylinder 42 being recessed outside cup body 4 on wall, is mounted in the first hollow cylinder 42 from movable magnetic disc 5, stirs One end of cutter 2 is installed to from movable magnetic disc 5, and the other end for stirring cutter 2 stretches out the first hollow cylinder 42, and driving disk 6 is arranged It is mounted on outside the first hollow cylinder 42.

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 into the first hollow cylinder 42 outward, just can will be mounted in this way from movable magnetic disc 5 in first hollow cylinder 42, so The first hollow cylinder 42 is inserted into driving disk 6 afterwards, just can will be inserted into from movable magnetic disc 5 be installed to driving disk 6 in this way It is interior, to realize driving disk 6 and be arranged installation between movable magnetic disc 5.

Wherein it is preferred to when being the disk 1 that first aspect any embodiment provides from movable magnetic disc 5, it can be in disk 1 Connecting hole 1264 is arranged in the upper end of positioning column 126, connects so as to be driven by the cutter shaft 26 of the connecting hole 1264 and stirring cutter 2 It connects, to realize the connection between movable magnetic disc 5 and stirring cutter 2.

In any of the above-described embodiment, it is preferable that as shown in Figure 13 to Figure 19, driving disk 6 includes: tub 62, tub 62 be in the closed tubular in top opening bottom, circumferentially spaced on the inner sidewall of tub 62 to be provided with multiple spacing boards 622, tub Mounting post 624 is provided in 62 exterior bottom wall；Multiple magnetic force pieces 64 are often installed with one between two adjacent spacing boards 622 A magnetic force piece 64；Annular cover 66 is sealed on the edge of the open end of tub 62.

In those embodiments, driving disk 6 is mounted between the bottom of cup body 4 and base 3, wherein mounting post 624 is used In the drive shaft with driving device 32, such as motor axis connection, to be rotated under the action of driving device 32.Specifically, it drives Disk 6 includes the annular cover 66 of tub 62 and lid on the edge of tub 62, and is mounted on a circle magnetic of 62 inside of tub Power part 64 is specifically provided with multiple spacing boards 622 on the inside of tub 62, and magnetic force piece 64 is installed on two neighboring interval Between plate 622.After this kind drives disk 6, magnetic force piece 64 to be mounted in tub 62, the inside of multiple magnetic force pieces 64 is exposed outside There is no the tub 62 for being mounted magnetic force piece 64 to block for head, the i.e. inside of magnetic force piece 64, it is thus possible to reduce drive to the maximum extent Movable magnetic disc 6 and from the radial distance between movable magnetic disc 5, on the one hand be capable of increasing driving disk 6 and between movable magnetic disc 5 On the other hand torque transmitting can reduce driving disk 6 in the occupied space of 4 bottom of cup body, to improve the space of 4 bottom of cup body Utilization 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 Property.Further, since the inside of driving disk 6 is directly emerging in the outside, thus blocking of the tub 62 to magnetic field can also be reduced, because And 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, as shown in figure 15, the distance between two spacing boards 622 of arbitrary neighborhood are from the outside of tub 62 to tub 62 Inside reduce, be preferably gradually reduced, this kind setting magnetic force piece 64 is being snapped fitted into two neighboring spacing board 622 from the top down Between after, the radial position of magnetic force piece 64 can be defined using two neighboring spacing board 622, and then magnetic force piece can be prevented 64 skidded off to except two neighboring spacing board 622 in the radial direction from tub 62.Meanwhile this kind setting does not have in tub 62 The position limiting structure of magnetic force piece 64 is additionally set in the radial direction, it is thus possible to simplify the structure of product.It certainly, can also be at each A position limiting structure is arranged in the outside of partition 622, to realize that the radial direction to magnetic force piece 64 limits.

Wherein it is preferred to which magnetic force piece 64 and tub 62 are split type structure, i.e., magnetic force piece 64 and tub 62 are removably Structure, magnetic force piece 64 and tub 62 are arranged to two parts by this kind setting, convenient for carrying out individually to magnetic force piece 64 or tub 62 Replacement.Certainly, in other schemes, magnetic force piece 64 and tub 62 can also be molded into integral structure.

In the above embodiment, it is preferable that as shown in Figure 14 and Figure 15, any spacing board 622 is in the radial direction side of tub 62 It is arranged upwards along the radial direction of tub 62.

In this embodiment, the radial direction preferably by multiple spacing boards 622 along tub 62 is arranged, i.e., preferably makes each Spacing board 622 is arranged both facing to the center line of tub 62, such as when tub 62 is round, and each spacing board 622 is both facing to tub 62 center line setting, is arranged spacing board 622 more regular, thus also processes.In addition, this kind is set Set, additionally it is possible to be gradually reduced the distance between two neighboring spacing board 622 from outside to inside, thus by magnetic force piece 64 on to Under snap fitted between two neighboring spacing board 622 after, radial position of the two neighboring spacing board 622 to magnetic force piece 64 can be utilized It is defined, and then skidded off to except two neighboring spacing board 622 in the radial direction from tub 62 of magnetic force piece 64 can be prevented.When So, under the principle for being gradually reduced the distance between two neighboring spacing board 622 from outside to inside, each spacing board 622 can also It is not arranged along the radial direction of tub 62 strictly, as long as can substantially be arranged along the radial direction of tub 62.

In any of the above-described embodiment, it is preferable that as shown in figure 17, magnetic force piece 64 is in fan annular.

In those embodiments, magnetic force piece 64 enables magnetic force piece 64 and columnar tub 62 more preferable in fan annular Cooperation, it is thus possible to make the structure of product it is simpler rationally.

In any of the above-described embodiment, it is preferable that as shown in Figure 14 to Figure 16, tub 62 is round tub, certain tub 62 can also be oval tub.

In those embodiments, tub 62 is cylindrical to enable to tub 62 more preferably to process, and certainly, tub 62 can also be in Ellipse or other shapes.

In any of the above-described embodiment, it is preferable that as shown in figure 15, the quantity of spacing board 622 is 8, certain spacing board 622 quantity can also be 9 or 10.

In those embodiments, the quantity and spacing board 622 of spacing board 622 can be set according to the size reasonable of tub 62 Between spacing, but preferably, the quantity of spacing board 622 is 8 to 10, because can make two neighboring spacing board 622 in this way Spacing it is more reasonable, thus it is also possible that the size of each magnetic force piece 64 is more reasonable.

In any of the above-described embodiment, it is preferable that as shown in Figure 15 and Figure 16, the inner sidewall of tub 62 is arranged in ladder, The internal diameter of 62 upper end of tub is greater than the internal diameter of 62 lower end of tub；Wherein, spacing board 622 is on the inner sidewall of tub 62 from tub 62 Cascaded surface 626 to the top of tub 62 extend.

It, can be by the upper end of the inner sidewall of tub 62 to extending out, so that the inside of tub 62 being capable of shape in those embodiments At up big and down small hierarchic structure, a cascaded surface 626 can be formed on the inner sidewall of tub 62 in this way, so that can utilize should Cascaded surface 626 is supported the lower end of magnetic force piece 64, meanwhile, this kind setting is outside due to the upper end of the inner sidewall of tub 62 Expand, therefore, on the one hand multiple spacing boards 622 and magnetic force piece 64 can be mounted in the region for extending out out, on the other hand may be used also The lower end of tub 62 is arranged smaller, it is thus possible to the volume and material utilization amount of tub 62 are reduced, to reduce the cost of product. Meanwhile this kind setting can also be realized the bottom of tub 62 is directly inserted into from movable magnetic disc 5 to from movable magnetic disc 5 in tub 62 Be arranged installation, meanwhile, this kind of structure, can by from pedestal of movable magnetic disc 5 etc. deeper into the bottom for being installed to tub 62, because This can directly make the corresponding sufficiently cooperation contact of magnetic force piece 64 of two driving disks 6 after two driving disks 6 are installed in place, It can thus prevent the magnetic force piece 64 of a driving disk 6 is corresponding to be arranged from the pedestal of the bottom of movable magnetic disc 5, and lead to the magnetic force piece 64 It cannot occur with the case where another 64 reliable fit of magnetic force piece, therefore, this kind of structure can make the magnetic force piece of two driving disks 6 64 cooperation more sufficiently, it is thus possible to improve driving disk 6 between magnetic force, to ensure the torque of product.

In any of the above-described embodiment, it is preferable that as shown in Figure 15 and Figure 16, inner sidewall of the spacing board 622 in tub 62 On extended to from the cascaded surface 626 of tub 62 to the top of tub 62 tub 62 upper end end face.

In those embodiments, the upper end of spacing board 622 extends to the end face of the upper end of tub 62, so that spacing board 622 can contact with annular cover 66 of the lid on the edge of tub 62, thus on the one hand can play to annular cover 66 centainly Supporting role, on the other hand this kind setting also makes spacing board 622 higher, it is thus possible to increase spacing board 622 and magnetic force piece Contact area between 64, so as to drop the tighter more firm of the clamping of magnetic force piece 64.

In any of the above-described embodiment, it is preferable that height of the spacing board 622 on the axial direction of tub 62 is equal to magnetic force Height of the part 64 on the axial direction of tub 62.

In those embodiments, height of the spacing board 622 on the axial direction of tub 62 is equal to magnetic force piece 64 in tub Height on 62 axial direction enables magnetic force piece 64 and spacing board 622 will be between annular cover plate 14 and cascaded surface 626 Height adequately fills up, so as to rationally and effectively utilize the space of tub 62, so as to install more magnetic force pieces 64, in turn So that keeping the internal structure of product more rationally compact.

In any of the above-described embodiment, it is preferable that as shown in figure 14, spacing board 622 tub 62 in the radial direction Width is equal to magnetic force piece 64 in the thickness in the radial direction of tub 62.

In those embodiments, radial width of the spacing board 622 in tub 62 is equal to magnetic force piece 64 in the diameter of tub 62 Thickness on direction, so that magnetic force piece 64 will not be protruded from the inner end of spacing board 622, thus can prevent magnetic force piece 64 from stretching Spacing board 622 and generation the case where influence the installation of other objects out.

Wherein it is preferred to which the one side of inner sidewall of the spacing board 622 far from tub 62 is with magnetic force piece 64 far from tub 62 The one side of side wall is concordant, i.e., the inside of spacing board 622 is concordant with the inner surface of magnetic force piece 64, so that magnetic force piece 64 will not be from The inner end of spacing board 622 is protruded, thus can be prevented magnetic force piece 64 from stretching out spacing board 622 and be influenced the feelings of the installation of other objects Condition occurs.

The (not shown) in above-mentioned another embodiment, it is preferable that driving disk 6 is 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, driving disk 6 is mounted in the second hollow cylinder, the second hollow cylinder Insertion is installed to out of movable magnetic disc 5.

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 inwardly into the second hollow cylinder, so just can will driving disk 6 be mounted in the second hollow cylinder, meanwhile, Can downwardly open installation cavity be set from movable magnetic disc 5, then the second hollow cylinder is being inserted into installation cavity, is being driven with realizing Installation is arranged between movable magnetic disc 6 and the second hollow cylinder.At this point, stirring cutter 2 can be directly mounted to the back side of installation cavity.

Wherein it is preferred to as shown in Figure 10 to Figure 13, stirring cutter 2 includes: shell 20, closed at one end the one of shell 20 End 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 bearing 24 What can be rotated is mounted in tool apron 22, and the first end of cutter shaft 26 is stretched out tool apron 22 and is inserted into shell 20, cutter shaft 26 Second end is stretched out tool apron 22 and is 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 is connect with from movable magnetic disc 5.

In those embodiments, stirring cutter 2 includes shell 20, tool apron 22, bearing 24 and is drivingly connected from movable magnetic disc 5 Cutter shaft 26, the blade 28 that is mounted on one end of cutter shaft 26.Wherein, specifically, blade 28 is for crushing food materials, and tool apron 22 For realizing the installation of cutter shaft 26, and cutter shaft 26 connects for realizing the installation of blade 28, and realization with from the driving of movable magnetic disc 5 It connects.And can be rotated 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 i.e. The crushing to food materials can be achieved.

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 32 can also be other structures, such as magnetic drive apparatus Deng.

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.

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 describing the present invention and simplifying the description, rather than indication or suggestion institute The device or element of finger must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this reality With novel limitation；Term " multiple " then refers to two or more, unless otherwise restricted clearly；Term " installation ", " phase Even ", the terms such as " connection ", " fixation " shall be understood in a broad sense, for example, " connection " may be a fixed connection, be also possible to removable Connection is unloaded, or is integrally connected；" connected " can be directly connected, can also be indirectly connected through an intermediary.For ability For the those of ordinary skill in domain, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.

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 contained at least one embodiment of the utility model or show In example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment or example.Moreover, The particular features, structures, materials, or characteristics of description can be in any one or more of the embodiments or examples with suitable side Formula combines.

The above is only the preferred embodiments of the utility model, are not intended to limit the utility model, for this field Technical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model, Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (16)

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

Bracket, the bracket include collet, and the circumferentially-spaced of the collet is provided with multiple directions extensions to close cover board Baffle, the positioning column extended to the direction close to the cover board, the side wall of the positioning column are provided in the middle part of the collet A demarcation plate is provided between each baffle；

Multiple magnetic parts are often installed with the magnetic part between two adjacent demarcation plates, and the magnetic part is remote Boss is provided in one side from the positioning column, the boss is extend between the two neighboring demarcation plate, the magnetism One side of the part far from the positioning column can lean with baffle described at least one；

The cover board is mounted on the one end of the positioning column far from the collet.

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

The magnetic part is bonded far from the one side of the positioning column with baffle described at least one.

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

The magnetic part protrudes the boss setting from the circumferential direction of the bracket along the two sides that the bracket is circumferentially arranged；

The baffle protrudes the demarcation plate setting from the circumferential direction of the bracket along the two sides that the bracket is circumferentially arranged.

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

An end face of an end face of multiple baffles far from the collet with the positioning column far from the collet is concordant, multiple An end face of an end face of the demarcation plate far from the collet with the positioning column far from the collet is concordant；

Wherein, an end face of the cover board close to the face of the positioning column with the positioning column far from the collet is concordant.

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

Face of face of the boss far from the magnetic part with the baffle far from the demarcation plate is concordant.

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

Face of face of the boss far from the collet with the magnetic part far from the collet is concordant.

7. disk according to any one of claim 1 to 6, which is characterized in that

On the collet, a positioning groove is provided between two demarcation plates of arbitrary neighborhood；

The boss is on the end face that the face of the collet is resisted against the locating slot, and the magnetic part is close to the collet One end is limited in the locating slot.

8. disk according to any one of claim 1 to 6, which is characterized in that

On the collet, a positioning hole is provided between two demarcation plates of arbitrary neighborhood；

The boss is on the end face that the face of the collet is resisted against the location hole, and the magnetic part is close to the collet One end is limited in the positioning hole.

9. disk according to claim 8, which is characterized in that

The collet is mounting ring, and the baffle is mounted on an end face of the mounting ring, one end of the demarcation plate and institute The inner sidewall connection of mounting ring is stated, the other end of the demarcation plate is connect with the side wall of the positioning column.

10. disk according to any one of claim 1 to 6, which is characterized in that

The positioning column is open tubular column, and the positioning column is provided with connecting column, the connecting column on one end far from the collet One end be arranged in the one end of the positioning column far from the collet, the other end of the connecting column is far from the positioning column One end of the collet is stretched out；

Mounting hole is provided on the cover board, the cover board is arranged by the mounting hole to be mounted on described in the connecting column stretching On one end of positioning column.

11. disk according to any one of claim 1 to 6, which is characterized in that

Connecting hole is provided on the positioning column；And/or

The bracket is rounded, and the positioning column is circular columns, and radial direction of any demarcation plate along the bracket is set It sets.

12. a kind of stirring toolbox characterized by comprising

Shell, the shell it is closed at one end open at one end；

Tool apron is sealingly mounted at the open end of the shell, is equipped with bearing in the tool apron；

Cutter shaft is mounted in the tool apron by what the bearing can rotate, and the first end of the cutter shaft stretches out the knife Seat is simultaneously inserted into the shell, and the second end of the cutter shaft is stretched out the tool apron and stretched out from the open end of the shell；

Blade is connect with the second end of the cutter shaft；

Disk as described in claim 1 to 11 any one, the disk are mounted in the shell, and pass through the positioning Column is connect with the first end of the cutter shaft.

13. 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 the disk as described in any one of claims 1 to 11.

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

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

15. food cooking machine described in 3 or 14 according to claim 1, which is characterized in that

Described from movable magnetic disc 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, described to be mounted in first hollow cylinder from movable magnetic disc, one end of the stirring cutter is installed to described from movable magnetic disc, The other end of the stirring cutter stretches out first hollow cylinder, and the driving disk, which is arranged, is mounted on first open tubular column In vitro.

16. food cooking machine described in 3 or 14 according to claim 1, which is characterized in that

The driving disk 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, the driving disk are mounted in second hollow cylinder, and the second hollow cylinder insertion is installed to the driven magnetic In disk.