CN208319057U - A kind of food processor easy to clean - Google Patents
A kind of food processor easy to clean Download PDFInfo
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- CN208319057U CN208319057U CN201820121598.3U CN201820121598U CN208319057U CN 208319057 U CN208319057 U CN 208319057U CN 201820121598 U CN201820121598 U CN 201820121598U CN 208319057 U CN208319057 U CN 208319057U
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Abstract
The utility model relates to a kind of food processor easy to clean.The heat-generating disc of existing food processor is there is a situation where be difficult to clean after being sticking.The utility model includes base, stirring cup, stirring cup includes glass, cup holder, heat-generating disc and cup lid, and heat-generating disc includes disk body and heat-generating pipe, and disk body includes bottom wall and side wall, the convergence part of side wall and bottom wall is in arc surfaced, and side wall and the open region in inner cavity of bottom wall cover ceramic layer.On the surface of heating dish towards inner cavity, ceramic layer is set, so that the food materials that food materials are charred are difficult to be sticked to surface ceramii layer, it is improved using the anti-sticking viscous characteristic of ceramic layer and is charred food materials disengaging efficiency, and then reduce the cleaning difficulty of heat-generating disc, the connected structure of side wall and bottom wall is improved to globoidal structure by corner structure, the dead angle for hiding food materials residue is eliminated, convenient for users to cleaning stirring cup, promotes usage experience.
Description
Technical field
The utility model relates to food processing fields, and in particular to a kind of food processor.
Background technique
As people's living standard increasingly improves, requirement of the people to diet is also gradually increased, various food processor
It enters in people's lives.Existing food processor includes the base of built-in motor and the stirring that is mounted on above base
Cup, the stirring cup include the vertically communicated glass in inner cavity, screw glass bottom cup holder, be mounted on glass lower end
Heat-generating disc and lid on mouth close the cup lid in glass upper port, and heat-generating disc is equipped with crushing knife, and the motor passes through connection
Axis device drives the crushing knife rotation, and when in use, heat-generating disc heating power simultaneously heats food materials in stirring cup, and food is very
It is easy sticky generate in heating panel surface and is sticking phenomenon, so that user must carry out clearly stirring cup after completing use
It washes, existing food processor has the following deficiencies: that the surface contacted due to heat-generating disc with food materials is metal material, metal material
There are Z-Correct bump mapping Z-correct, food materials can be securely adhered on the surface of heat-generating disc after being charred on surface, in addition, the side wall and bottom wall of heat-generating disc
Between be connected by turning, corner will form the dead angle of hiding food materials residue, and user is difficult to the food materials being hidden in turning
Residue is cleared up, and cleaning difficulty is increased, and residue rots also to will affect the edible safety of following process food materials.
Utility model content
In order to solve the deficiencies in the prior art, the utility model provides a kind of food processor easy to clean, by
The surface of heating dish is set as ceramic layer, and substitutes original corner structure using globoidal structure, and the food materials for both having ensured to be charred are not
It is easily adhered in fever panel surface, also effectively eliminates the dead angle of hiding food materials residue, convenient for users to cleaning stirring cup.
The utility model is accomplished by the following way: a kind of food processor easy to clean, the machine including built-in motor
Seat and the stirring cup being mounted on above base, the stirring cup include the vertically communicated glass in inner cavity, screw in glass
The cup holder of bottom, the heat-generating disc being mounted in glass lower port and lid close the cup lid in glass upper port, heat-generating disc
It is equipped with crushing knife, the motor drives the crushing knife to rotate by shaft coupling, and the heat-generating disc includes that lid closes under glass
The disk body of port and the heat-generating pipe that installation is bonded with disk body, the disk body includes bottom wall and side wall, the side wall and bottom wall
Convergence part is in arc surfaced, and the side wall and the open region in the inner cavity of bottom wall cover ceramic layer.In heating dish in
Ceramic layer is arranged in the surface of chamber, and ceramic layer has smooth surface, so that the food materials that food materials are charred are difficult to be sticked to ceramic layer table
Face is fallen off using the anti-sticking viscous characteristic of ceramic layer to be convenient for being charred food materials, and then reduces the cleaning difficulty of heat-generating disc, in addition, will
The connected structure of side wall and bottom wall is improved to globoidal structure by corner structure, so that the open region in inner cavity of heat-generating disc is arc
Thus face or plane eliminate the dead angle for hiding food materials residue, convenient for users to cleaning stirring cup, promote usage experience.The side
The convergence part of wall and bottom wall is in arc surfaced, so that enough clean spaces can be provided between bottom wall and side wall for cleaning appliance, it is convenient
User cleans heat-generating disc.
Preferably, the vertically arranged cutter shaft of underrun and the shaft coupling link in the middle part of the crushing knife, the bottom
The mounting hole vertically placed for cutter shaft is opened up in the middle part of wall.Cutter shaft lower end is connect with shaft coupling, upper end pass through after mounting hole with crushing
Knife is affixed, and rotatably sealing contradicts connection between the mounting hole and cutter shaft.
Preferably, raising upward in the middle part of the bottom wall, the convergence part of the installation hole peripheral and bottom wall is in arc surfaced.Bottom
It is higher than bottom wall periphery in the middle part of wall, so that the space of shaft coupling installation altogether is formed below in the middle part of bottom wall, it is intermarginal with its week in the middle part of bottom wall
Be connected by cambered surface so that bottom wall surface there is no can the hiding dead angle of food material, cleaned convenient for heat-generating disc.
Preferably, the radial vertical section profile of the side wall is arc-shaped, the side wall root edge and bottom wall outer rim are tangent.Institute
Side wall is stated as ring-type, and is arranged around bottom wall periphery, the radial vertical section profile of side wall is arc, the horizontal cross-sectional profile of side wall
It is arc-shaped, so that corner structure is not present in sidewall surfaces, so that side wall can not hide food materials residue, it is difficult that cleaning is effectively reduced
Degree.
Preferably, the side wall apical margin curves inwardly to form annular convex.The radial vertical section profile of annular convex is
Arc had both effectively eliminated the hiding dead angle of food materials, moreover it is possible to play the role of flow-disturbing to food materials, promote the crushing effect of food processor
Rate.
Preferably, the disk body is metal dish, the ceramic layer is covered on the top surface of the metal dish, the ceramics
Layer with a thickness of A, 2nm≤A≤10nm.Being laid on the surface of metal dish prevents food materials to be charred the ceramic layer being adhered, and both reduces
Production difficulty also improves cleaning convenience.As A < 2nm, ceramic layer can be prone to wear due to too thin to fall off, and then influences
The pick resistance of heat-generating disc；As A > 10nm, ceramic layer can increase production cost due to too thick.
Preferably, the disk body is ceramic disk, the ceramic layer is made with ceramic disk integral type, the thickness of the ceramic disk
Degree is B, 0.5mm≤B≤2mm.The surface of ceramic disk forms above-mentioned ceramic layer, and ceramic layer is made with ceramic disk integral type, passes through
Procedure of processing is reduced to improve production efficiency.As B < 0.5mm, ceramic disk can influence structural strength because excessively thin, lead to ceramics
Easily there is a situation where breakages due to external force for disk；As B > 2mm, disk body occupied space both will increase, and then food is caused to add
It needs to reserve biggish space for disk body in work machine, also will increase raw material dosage, increase production cost.
Preferably, the cup holder top surface is recessed to form threaded heavy platform, the side wall apical margin extends outward to form ring
Shape dress cobordant, disk body assemble edge lap in the heavy platform by annular, sandwiched between the annular assembly side and glass bottom surface
There is ring type seal, glass bottom, which is planted, to be screwed in heavy platform and assemble sealing ring described in the sealed holding of side with annular.Heavy platform
Edge lap is assembled for annular in bottom surface, and heavy platform side is equipped with the screw thread screwed for glass bottom, glass bottom surface and heavy platform bottom
Face ordinatedly clamps vertically stacked annular assembly side and sealing ring.The top surface of sealing ring and glass bottom surface sealing paste
It closes, the top surface palette of bottom surface and annular assembly side, it is ensured that food materials will not gap between glass and disk body in stirring cup
Leakage.
Preferably, annular assembly side is to be arranged obliquely, glass bottom end outer rim is equipped with and the annular
The matched oblique face in side is assembled, the annular assembly side outer diameter is greater than the oblique face outer diameter.The disk body periphery it is oblique outer and
It upwardly extends to form annular assembly side, so that forming the horn-like of flaring at the top of disk body, had both effectively increased annular assembly side and glass
Contact area between glass bottom of a cup face improves sealing performance, not will increase the vertical projection area on annular assembly side also, improves space
Utilization efficiency.
Preferably, the annular assembly side outer rim upwardly extends and to form annular and be spirally connected wall, the glass bottom end insertion
Heavy platform is simultaneously screwed on the annular wall that is spirally connected.Annular is spirally connected wall between glass bottom outer wall and heavy platform side, both effectively
Increase the contact area between annular assembly side and glass bottom surface, improve sealing performance, not will increase the perpendicular of annular assembly side also
To projected area, space efficiency utilization is improved.
The utility model has the beneficial effects that ceramic layer is arranged on the surface of heating dish towards inner cavity, by side wall and bottom wall
Connected structure is improved to globoidal structure by corner structure, and cambered surface cooperates ceramic layer, and ceramic layer has smooth surface, so that food materials
The food materials being charred are difficult to be sticked to surface ceramii layer, are improved using the anti-sticking viscous characteristic of ceramic layer and are charred food materials disengaging efficiency,
And then thus the cleaning difficulty for reducing heat-generating disc is eliminated hidden so that the open region in inner cavity of heat-generating disc is cambered surface or plane
The dead angle of food materials residue is hidden, convenient for users to cleaning stirring cup, promotes usage experience.
Detailed description of the invention
Fig. 1 is the utility model schematic cross-sectional view described in embodiment one；
Fig. 2 is heat-generating disc schematic cross-sectional view described in embodiment one；
Fig. 3 is heat-generating disc schematic cross-sectional view described in embodiment two；
Fig. 4 is heat-generating disc schematic cross-sectional view described in embodiment three；
Fig. 5 is heat-generating disc schematic cross-sectional view described in example IV；
Fig. 6 is heat-generating disc assembling structure partial schematic sectional view described in embodiment six；
Fig. 7 is heat-generating disc assembling structure partial schematic sectional view described in embodiment seven；
In figure: 1, base, 11, motor, 2, stirring cup, 21, glass, 22, cup holder, 221, heavy platform, 23, heat-generating disc,
231, heat-generating pipe, 232, side wall, 233, bottom wall, 234, ceramic layer, 235, mounting hole, 236, annular convex, 237, annular assembly
Side, 238, oblique face, 239, annular be spirally connected wall, 24, cup lid, 25, crushing knife, 26, sealing ring.
Specific embodiment
Make further with substantive distinguishing features of the specific embodiment to the utility model with reference to the accompanying drawings of the specification
It is bright.
Embodiment one:
The present embodiment provides a kind of food processor easy to clean.
Food processor as shown in Figure 1, by built-in motor 11 base 1 and be mounted on the stirring cup 2 of the top of base 1
Composition, the stirring cup 2 include the vertically communicated glass 21 in inner cavity, screw 21 bottom of glass cup holder 22, be mounted on
Heat-generating disc 23 and lid in 21 lower port of glass close the cup lid 24 in 21 upper port of glass, and heat-generating disc 23 is equipped with powder
Broken knife 25, the motor 11 drive the crushing knife 25 to rotate by shaft coupling, and the heat-generating disc 23 includes that lid closes glass 21
The disk body of lower port and the heat-generating pipe 231 that installation is bonded with disk body, the disk body includes bottom wall 233 and side wall 232, the side
The convergence part of wall 232 and bottom wall 233 is in arc surfaced, and the side wall 232 and the open region in the inner cavity of bottom wall 233 cover
Ceramic layer 234.
In the present embodiment, the motor 11 is mounted in base 1, and the motor 11 has what is be arranged upward vertically to turn
Axis, the ground Middle face of the crushing knife 25 are equipped with the cutter shaft extended downwardly, open up in the middle part of the bottom wall 233 and vertically place for cutter shaft
Mounting hole 235(it is as shown in Figure 2), the shaft coupling includes bottom end and the affixed second line of a couplet axle portion in shaft top and top and knife
The affixed first line of a couplet axle portion in axis bottom end, when installation, stirring cup 2 is mounted on the top surface of base 1, first line of a couplet axle portion and the matching of second line of a couplet axle portion
Connection, so that motor 11 drives crushing knife 25 to rotate by shaft coupling.
In the present embodiment, the stirring cup 2 includes the vertically communicated glass 21 in inner cavity, screws in 21 bottom of glass
Cup holder 22, the heat-generating disc 23 that is mounted in 21 lower port of glass and lid close the cup lid 24 in 21 upper port of glass.
When in use, open cup cover 24, food materials enter inner cavity by 21 upper port of glass, and food materials can be with 21 inner wall of glass and hair
The top surface close contact of hot plate 23.When heating food materials, the heat-generating pipe 231 of energization generates heat, and heat is transferred to by disk body
On food materials, the surface portion that food materials are contacted with heat-generating disc 23 receives heat and to transmitting inside food materials, so that food materials and heat-generating disc
The surface regions of 23 contacts can be because heat, which is excessively concentrated, causes excessive water to evaporate and be charred the phenomenon that, and food materials can adhere to
On 23 surface of heat-generating disc, cleaning difficulty is increased.For this purpose, the side wall 232 and the open region in the inner cavity of bottom wall 233 are equal
Ceramic layer 234 is covered, since 234 surface of ceramic layer is shiny surface, compared to other disk bodies with Non-smooth surface face, ceramic layer
234 can effectively reduce the contact area with food materials, and then reduce the adherency firmness between food materials and 23 surface of heat-generating disc, facilitate coke
The food materials of paste are detached under lesser external force with 23 surface of heat-generating disc, and then convenient for users to cleaning to stirring cup 2
Operation.User can be used water flow or burnisher and apply the lesser external force to the food materials for being charred adherency.
In the present embodiment, the disk body includes bottom wall 233 and side wall 232, and the side wall 232 is connected with bottom wall 233
Portion is in arc surfaced.The geographical convergence part with 233 periphery of bottom wall of the side wall 232 is in cambered surface, so that heat-generating disc 23 is exposed to inner cavity
In and the heating work face that is contacted with food materials will not have the corner part because being bent to form, and then it is hidden not will form total food materials residue
The dead angle of hiding.The space for burnisher scrubbing operation, the heating work are all had at each region in the heating work face
Adjacent area in face will not generate clamping force to food materials, and the adherency that food materials and the machined surface that generates heat are effectively reduced is secured
Property, it is user-friendly for clean operation, promotes ease of use.
In the present embodiment, the vertically arranged cutter shaft of the 25 middle part underrun of crushing knife and the shaft coupling link,
The cutter shaft bottom end is passed through affixed with first line of a couplet axle portion top after mounting hole 235, and the cutter shaft rotationally passes through mounting hole 235,
Sealing ring is equipped between 235 inner wall of the cutter shaft outer wall and mounting hole, it is ensured that food materials will not be from cutter shaft and mounting hole 235 in inner cavity
Between gap leakage, it is ensured that food processor normal use.
In the present embodiment, the radial vertical section profile of the side wall 232 is linear, and the root edge of the side wall 232 is logical
It crosses rounded structure to be connected with 233 outer rim of bottom wall, food materials is effectively prevent to be hidden in the convergence part between side wall 232 and bottom wall 233.
In the present embodiment, the disk body is metal dish, and heat-generating pipe 231 buries casting in metal dish, it is ensured that heat between the two
Measure transmission efficiency.The ceramic layer 234 is covered on the top surface of the metal dish, the ceramic layer 234 with a thickness of A=6nm,
Both the case where having ensured that ceramic layer 234 had preferable wear-resisting property, and having prevented ceramic layer 234 from falling off because of frictional dissipation, shadow
Ring the cleaning convenience of stirring cup 2, moreover it is possible to effectively reduce raw material usage amount, reduce production cost.
In the present embodiment, 22 top surface of cup holder is recessed to form threaded heavy platform 221,232 apical margin of side wall to
Annular assembly side 237 is extended to form outside, and disk body assembles side 237 by annular and is overlapped in the heavy platform 221, the annular assembly
Ring type seal 26 is folded between 21 bottom surface of side 237 and glass, the plant of 21 bottom of glass is screwed in heavy platform 221 and and ring
Sealing ring 26 described in 237 sealed holding of shape dress cobordant.Sealing ring 26 is used to block the seam between annular assembly side 237 and glass 21
Gap prevents the case where food materials are leaked by above-mentioned gap in inner cavity.The annular assembly side 237 and disk body are integral type system
At facilitating processing.The inner edge diameter of the sealing ring 26 be not less than the 21 bottom surface inner edge diameter of glass, it is ensured that sealing ring
26 inner edge is not exposed in inner cavity, and then the hiding dead angle of food material will not be formed with inner cavity mesospore.The annular assembly
The high settings such as the outer edge and inner edge on side 237, so that annular assembly side 237 is partially flat laminated structure, during installation, annular
The bottom surface and heavy platform 221 for assembling side 237 contradict, and top surface and sealing ring 26 contradict.
It is to be appreciated that parameter A can also for 2nm, 4nm, 5 nm, 7 nm, 10 nm etc., as long as meet 2nm≤A≤
The requirement of 10nm is regarded as the specific embodiment of the present embodiment.
Embodiment two:
Compared to embodiment one, the present embodiment provides another 23 structures of heat-generating disc.
As shown in figure 3, the heat-generating disc 23 includes that lid closes the disk body of 21 lower port of glass and is bonded installation with disk body
Heat-generating pipe 231, the disk body includes bottom wall 233 and side wall 232, and the convergence part of the side wall 232 and bottom wall 233 is in cambered surface
Shape, the side wall 232 and the open region in the inner cavity of bottom wall 233 cover ceramic layer 234.The radial direction of the side wall 232
Horizontal cross-sectional profile is rounded, and the radial vertical section profile of the side wall 232 is arc-shaped, the radial vertical section of the side wall 232
Profile is in quarter circular arc, so that 232 root edge of the side wall and 233 outer rim of bottom wall are tangent, 232 apical margin of side wall and glass
21 inner walls of cup are geographical tangent, it is ensured that the dead angle hidden convenient for food materials is not present in intracavity bottom surface.
Remaining structure and effect and embodiment one of heat-generating disc 23 described in the present embodiment are consistent, and details are not described herein again.
Embodiment three:
Compared to embodiment two, the present embodiment provides another 23 structures of heat-generating disc.
As shown in figure 4, the heat-generating disc 23 includes that lid closes the disk body of 21 lower port of glass and is bonded installation with disk body
Heat-generating pipe 231, the disk body includes bottom wall 233 and side wall 232, and the side wall 232 is in arc surfaced, 232 apical margin of side wall
It curves inwardly to form annular convex 236.
Compared to 232 structure of side wall described in embodiment two, the radial level cross section profile of the side wall 232 is in curved
Arc, it is not limited to the profile of quarter circular arc, as long as 232 apical margin of side wall and root edge are respectively at 21 inner wall root edge of glass
And the smooth linking of 233 periphery of bottom wall, it is regarded as the specific embodiment of the present embodiment.
Remaining structure and effect and embodiment two of heat-generating disc 23 described in the present embodiment are consistent, and details are not described herein again.
Example IV:
Compared to embodiment one, the present embodiment provides another 23 structures of heat-generating disc.
As shown in figure 5, raise upward in the middle part of the bottom wall 233, the convergence part of mounting hole 235 periphery and bottom wall 233
In arc surfaced.Due to raising upward in the middle part of bottom wall 233, so that recess forms installation cavity, sealing shroud upwards in the middle part of 233 bottom surface of bottom wall
Ring set is set on cutter shaft, and the inner wall of the outer wall of sealing ring and installation cavity, which seals, to be contradicted, the inner wall of sealing ring and cutter shaft it is outer
Wall sealing contradicts, and installation cavity inside wall height is higher than the depth of mounting hole 235, so that effectively increasing between bottom wall 233 and sealing ring
Contact area, and then improve sealing ring sealing performance.It raises upward to form protrusion in the middle part of the bottom wall 233, it is described convex
Portion's outer wall is cylindrical, and the roof of the protrusion is annular in shape, passes through round-corner transition between the outer wall and roof of the protrusion, it is ensured that
The surface of protrusion will not generate the dead angle hidden convenient for food materials.
Remaining structure and effect and embodiment one of heat-generating disc 23 described in the present embodiment are consistent, and details are not described herein again.
Embodiment five:
Compared to embodiment one, the present embodiment provides another 23 structures of heat-generating disc.
In the present embodiment, the heat-generating disc 23 includes that lid closes the disk body of 21 lower port of glass and is bonded peace with disk body
The heat-generating pipe 231 of dress, the disk body include bottom wall 233 and side wall 232, and the convergence part of the side wall 232 and bottom wall 233 is in cambered surface
Shape, the side wall 232 and the open region in the inner cavity of bottom wall 233 cover ceramic layer 234, and the disk body is ceramic disk,
The ceramic layer 234 is made with ceramic disk integral type, the ceramic disk with a thickness of B=1mm, it is enough both to have ensured that ceramic disk had
Structural strength, moreover it is possible to effectively control raw material dosage, reduce production cost.
It is to be appreciated that parameter B can also be 0.5mm, 0.8 mm, 1.2 mm, 1.5 mm, 2 mm etc., as long as meeting
0.5mm≤B≤2mm requirement, is regarded as the specific embodiment of the present embodiment.
Remaining structure and effect and embodiment one of heat-generating disc 23 described in the present embodiment are consistent, and details are not described herein again.
Embodiment six:
Compared to embodiment one, the present embodiment provides another 23 assembling structures of heat-generating disc.
As shown in fig. 6,22 top surface of cup holder is recessed to form threaded heavy platform 221,232 apical margin of side wall is to extension
It stretches to form annular assembly side 237, disk body assembles side 237 by annular and is overlapped in the heavy platform 221, annular assembly side
Be folded with ring type seal 26 between 237 and 21 bottom surface of glass, 21 bottom of glass plant be screwed in heavy platform 221 and with annular
Assemble sealing ring 26 described in 237 sealed holding of side.Annular assembly side 237 is to be arranged obliquely, 21 bottom end of glass
Outer rim is equipped with to be greater than described oblique with the annular assembly matched oblique face 238 in side 237, annular assembly 237 outer diameter of side
238 outer diameter of face.
Since annular assembly side 237 is to be arranged obliquely, annular assembly side 237 is not the case where increasing vertical projection area
Under increase area with 21 ground face contact of glass, both ensured the space efficiency utilization in heavy platform 221, and also effectively increased glass
Sealing performance between glass cup 21 and heat-generating disc 23.
Remaining assembling structure and effect and embodiment one of heat-generating disc 23 described in the present embodiment are consistent, and details are not described herein again.
Embodiment seven:
Compared to embodiment one, the present embodiment provides another 23 assembling structures of heat-generating disc.
As shown in fig. 7,22 top surface of cup holder is recessed to form threaded heavy platform 221,232 apical margin of side wall is to extension
It stretches to form annular assembly side 237, disk body assembles side 237 by annular and is overlapped in the heavy platform 221, annular assembly side
Be folded with ring type seal 26 between 237 and 21 bottom surface of glass, 21 bottom of glass plant be screwed in heavy platform 221 and with annular
Assemble sealing ring 26 described in 237 sealed holding of side.Annular assembly 237 outer rim of side, which upwardly extends, to be formed annular and is spirally connected wall 239,
21 bottom end of glass is inserted into heavy platform 221 and is screwed on the annular wall 239 that is spirally connected.Annular assembly side 237 is spirally connected with annular
Corner angle between wall 239, the corner angle between the corner angle and 221 bottom surface of heavy platform and inner wall of 21 bottom surface outer rim of glass
It is identical, it is ensured that glass 21 and 221 held tight annular of heavy platform assemble side 237.
In the present embodiment, annular assembly side 237 is clamped in 221 inner wall of heavy platform and 21 bottom outer wall of glass
Between, annular assembly side 237 increases the area with 21 ground face contact of glass in the case where not increasing vertical projection area, both
Ensure the space efficiency utilization in heavy platform 221, also effectively increases the sealing performance between glass 21 and heat-generating disc 23.
Remaining assembling structure and effect and embodiment one of heat-generating disc 23 described in the present embodiment are consistent, and details are not described herein again.
Claims (10)
1. a kind of food processor easy to clean, base including built-in motor and the stirring cup being mounted on above base,
The stirring cup include the vertically communicated glass in inner cavity, screw glass bottom cup holder, be mounted on glass lower port
On heat-generating disc and lid close cup lid in glass upper port, heat-generating disc is equipped with crushing knife, and the motor passes through shaft coupling
Device drives the crushing knife rotation, and the heat-generating disc includes that lid closes the disk body of glass lower port and is bonded installation with disk body
Heat-generating pipe, which is characterized in that the disk body includes bottom wall and side wall, and the convergence part of the side wall and bottom wall is in arc surfaced, described
Side wall and the open region in the inner cavity of bottom wall cover ceramic layer.
2. one kind according to claim 1 food processor easy to clean, which is characterized in that bottom in the middle part of the crushing knife
Face is linked by vertically arranged cutter shaft and the shaft coupling, opens up the mounting hole vertically placed for cutter shaft in the middle part of the bottom wall.
3. one kind according to claim 2 food processor easy to clean, which is characterized in that in the middle part of the bottom wall upwards
The convergence part of protrusion, the installation hole peripheral and bottom wall is in arc surfaced.
4. one kind according to claim 2 food processor easy to clean, which is characterized in that the radial direction of the side wall is perpendicular
Cross section profile is arc-shaped, and the side wall root edge and bottom wall outer rim are tangent.
5. one kind according to claim 2 food processor easy to clean, which is characterized in that the side wall apical margin is inside
It is formed by bending annular convex.
6. one kind according to claim 1 food processor easy to clean, which is characterized in that the disk body is metal
Disk, the ceramic layer are covered on the top surface of the metal dish, the ceramic layer with a thickness of A, 2nm≤A≤10nm.
7. one kind according to claim 1 food processor easy to clean, which is characterized in that the disk body is ceramics
Disk, the ceramic layer are made with ceramic disk integral type, the ceramic disk with a thickness of B, 0.5mm≤B≤2mm.
8. -7 any described one kind food processor easy to clean according to claim 1, which is characterized in that the cup holder top
Face is recessed to form threaded heavy platform, and the side wall apical margin extends outward to form annular assembly side, and disk body assembles side by annular
It is overlapped in the heavy platform, is folded with ring type seal between the annular assembly side and glass bottom surface, glass bottom is planted
It is screwed in heavy platform and assembles sealing ring described in the sealed holding of side with annular.
9. one kind according to claim 8 food processor easy to clean, which is characterized in that annular assembly side is
It is arranged obliquely, glass bottom end outer rim is equipped with and the annular assembly matched oblique face in side, annular assembly side
Outer diameter is greater than the oblique face outer diameter.
10. one kind according to claim 8 food processor easy to clean, which is characterized in that annular assembly side
Outer rim, which upwardly extends, to be formed annular and is spirally connected wall, and the glass bottom end is inserted into heavy platform and is screwed on the annular wall that is spirally connected.
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| CN201820121598.3U CN208319057U (en) | 2018-01-24 | 2018-01-24 | A kind of food processor easy to clean |
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| CN201820121598.3U CN208319057U (en) | 2018-01-24 | 2018-01-24 | A kind of food processor easy to clean |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110584505A (en) * | 2019-10-16 | 2019-12-20 | 九阳股份有限公司 | Food processor with reliable sealing |
| CN110731712A (en) * | 2019-10-16 | 2020-01-31 | 九阳股份有限公司 | food processor with good cleaning effect |
| CN110731711A (en) * | 2019-10-16 | 2020-01-31 | 九阳股份有限公司 | food processor with good cleaning effect |
| CN112168028A (en) * | 2020-01-19 | 2021-01-05 | 九阳股份有限公司 | Easy abluent steam heating food preparation machine |
| CN112568744A (en) * | 2019-09-30 | 2021-03-30 | 九阳股份有限公司 | Self-cleaning food processor |
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| CN110584505A (en) * | 2019-10-16 | 2019-12-20 | 九阳股份有限公司 | Food processor with reliable sealing |
| CN110731712A (en) * | 2019-10-16 | 2020-01-31 | 九阳股份有限公司 | food processor with good cleaning effect |
| CN110731711A (en) * | 2019-10-16 | 2020-01-31 | 九阳股份有限公司 | food processor with good cleaning effect |
| CN110731711B (en) * | 2019-10-16 | 2020-12-25 | 九阳股份有限公司 | Food preparation machine that cleaning performance is good |
| CN110731712B (en) * | 2019-10-16 | 2021-10-08 | 九阳股份有限公司 | Food preparation machine that cleaning performance is good |
| CN112168028A (en) * | 2020-01-19 | 2021-01-05 | 九阳股份有限公司 | Easy abluent steam heating food preparation machine |
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Effective date of registration: 20230529 Address after: Building 2, No. 52, 22nd Street, Baiyang Street, Qiantang New District, Hangzhou City, Zhejiang Province, 310000 Patentee after: Hangzhou Jiuchuang Home Appliances Co.,Ltd. Address before: No. 999, Mei Li Road, Huaiyin District, Ji'nan, Shandong Patentee before: JOYOUNG Co.,Ltd. |
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