CN207940820U - A kind of food processor - Google Patents
A kind of food processor Download PDFInfo
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- CN207940820U CN207940820U CN201721570452.9U CN201721570452U CN207940820U CN 207940820 U CN207940820 U CN 207940820U CN 201721570452 U CN201721570452 U CN 201721570452U CN 207940820 U CN207940820 U CN 207940820U
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Abstract
The utility model discloses a kind of food processor, belong to food processing apparatus field, solve the problems, such as that pulp-expelling valve is complicated, it includes valve body, upper fixed valve plate, moving valve plate and lower fixed valve plate to solve the problems, such as this technical solution mainly, upper fixed valve plate, moving valve plate and the stacking of lower fixed valve plate are set in valve body, upper fixed valve plate is flexible seals, and upper fixed valve plate is equipped with upper connecting hole and exposes valve body, and the outer wall that upper fixed valve plate is close to crushing cup makes connecting hole be connected to thick liquid discharge mouth sealing.The utility model advantage is upper fixed valve plate being changed to flexible seals, the upper surface of upper fixed valve plate and moving valve plate forms sealing surface, the leakproofness of the two contact surface can be also kept when moving valve plate is relative to upper fixed valve plate rotation, production and assembly cost are advantageously reduced into, the situation for avoiding moving valve plate stuck occurs；The thick liquid discharge mouth of upper fixed valve plate and crushing cup is directly sealed, the structure of pulp-expelling valve is further simplified while obtaining excellent sealing effect.
Description
Technical field
The utility model is related to food processing apparatus, especially a kind of food processor.
Background technology
Food processor all includes slurry-discharging equipment, and slurry-discharging equipment includes pulp-expelling valve, and existing pulp-expelling valve includes driving
Motor, valve body, two fixed valve plates and a moving valve plate and two silica gel parts, moving valve plate are arranged between two fixed valve plates, driving
Motor drives moving valve plate to control the opening and closing of pulp-expelling valve, and silica gel part is used for the sealing between fixed valve plate and valve body, and right
Valve block provides certain extruding force, ensures the reliable fit between valve block.This pulp-expelling valve is complicated, and accessory is more, to accessory
Requirement it is also higher, under normal circumstances, moving valve plate and fixed valve plate need to select ceramics or Teflon, surface roughness requirements
Higher, the cost for eventually leading to entire pulp-expelling valve is also higher.
Utility model content
The utility model institute purpose to be achieved is just to provide a kind of food processor, can effectively simplify plasma discharge valve arrangement.
In order to achieve the above object, the utility model adopts the following technical solution：A kind of food processor, including body and
Set on the water supply component of body, shredder assemblies and plasma discharge component, shredder assemblies include crushing cup, crush motor and Disintegrating knife,
The output shaft for crushing motor stretches into crushing cup, and Disintegrating knife is located in crushing cup and is located on the output shaft for crushing motor, supplies water
Component supplies water to crushing cup, and plasma discharge component includes pulp-expelling valve, and the bottom of crushing cup is equipped with thick liquid discharge mouth, and pulp-expelling valve is sealedly connected on row
It starches at mouth, the pulp-expelling valve includes valve body, upper fixed valve plate, moving valve plate and lower fixed valve plate, upper fixed valve plate, moving valve plate and lower fixed valve plate
Stacking is set in valve body, and upper fixed valve plate is flexible seals, and upper fixed valve plate is equipped with upper connecting hole and exposes valve body, and upper fixed valve plate is tight
The outer wall of patch crushing cup makes connecting hole be connected to thick liquid discharge mouth sealing.
Further, the valve body includes upper shell and lower housing, and the lower housing is fixedly connected with upper shell, upper shell
Press fixed valve plate, upper shell is equipped with the notch for exposing upper connecting hole.
Further, the inner wall of the upper shell is equipped with retaining convex rib, and the outer peripheral sidewall of the upper fixed valve plate is equipped with and limit
The compatible limiting groove of position convex ribs；Alternatively, the inner wall of the upper shell is equipped with limiting groove, the peripheral side of the upper fixed valve plate
Wall is equipped with retaining convex rib compatible with limiting groove.
Further, the top surface of the upper fixed valve plate is equipped with positioning column, and the upper shell is equipped with to be determined with what positioning column coordinated
Position hole.
Further, the outer wall of the edge of the notch and crushing cup coordinates, and the area that upper fixed valve plate exposes valve body is more than
The area of upper connecting hole, upper fixed valve plate expose the outer wall palette of the part and crushing cup of valve block.
Further, the thick liquid discharge mouth of the crushing cup is downwardly projecting, and the hole wall and crushing cup of the upper connecting hole are in plasma discharge
Outer wall snug fit at mouthful, the hole wall of the upper connecting hole, which is equipped with, increases upper connecting hole and thick liquid discharge mouth sealing communication seals
Ring packing muscle.
Further, the lower housing is equipped with shaft, and moving valve plate, lower fixed valve plate be sleeved in shaft, upper fixed valve plate be equipped with
The blind hole of roller end cooperation；Alternatively, the upper shell is equipped with shaft, moving valve plate, upper fixed valve plate are sleeved in shaft, lower fixed valve plate
Equipped with the blind hole coordinated with roller end.
Further, the lower fixed valve plate is flexible seals, and lower housing presses lower fixed valve plate, and upper fixed valve plate determines valve with lower
Piece clamps moving valve plate.
Further, the lower fixed valve plate is equipped with lower connecting hole, and pulp-expelling valve includes discharge pipe, the lower fixed valve plate and row
It starches pipe to be integrally formed, discharge pipe is connected to lower connecting hole.
Further, the intercommunicating pore for being connected to upper connecting hole and lower connecting hole is provided on the moving valve plate, pulp-expelling valve is also
Including plasma discharge motor, plasma discharge motor drives moving valve plate rotation, and valve body is equipped with the Hall element of detection moving valve plate position, described dynamic
Valve block is equipped with the induced magnet of triggering Hall element.
After adopting the above technical scheme, the utility model has the following advantages that：Upper fixed valve plate is changed to flexible seals, by
Then the upper surface of flexible seals, upper fixed valve plate and moving valve plate forms sealing matching relationship, in the relatively upper fixed valve plate of moving valve plate
Also the leakproofness of contact surface can both be kept when rotation, the roughness requirements of moving valve plate and upper fixed valve plate contact surface can also be appropriate
It reduces, advantageously reduces cost, and the requirement to assembly reduces, the situation for avoiding moving valve plate stuck occurs；And upper fixed valve plate
Equipped with upper connecting hole and expose valve body, the outer wall that upper fixed valve plate is close to crushing cup makes connecting hole be connected to thick liquid discharge mouth sealing, will
The thick liquid discharge mouth of upper fixed valve plate and crushing cup directly seals, and eliminates other sealing elements, while obtaining excellent sealing effect
It is further simplified the structure of pulp-expelling valve.
Description of the drawings
The utility model is described in further detail below in conjunction with the accompanying drawings：
Fig. 1 is the structural schematic diagram that the utility model crushing cup is connected with pulp-expelling valve；
Fig. 2 is the sectional view of pulp-expelling valve in the utility model；
Fig. 3 is the explosive view of pulp-expelling valve in the utility model；
Fig. 4 is the vertical view of moving valve plate in the utility model.
Specific implementation mode
Embodiment one：
As shown in Figure 1 and Figure 2, the utility model provides a kind of food processor, including body and the water supply group set on body
Part, shredder assemblies and plasma discharge component, shredder assemblies include crushing cup 1, crush motor and Disintegrating knife, crush the output shaft of motor
Crushing cup 1 is stretched into, Disintegrating knife is located in crushing cup 1 and is located on the output shaft for crushing motor, crushes motor and drives crushing knife
Piece rotates, and the material in crushing cup 1 is smashed, and water supply component supplies water to crushing cup 1, and water supply component provides water source and material is mixed
It closes, forms slurries after keeping material broken, plasma discharge component includes pulp-expelling valve 2, and the bottom of crushing cup 1 is equipped with thick liquid discharge mouth 3, pulp-expelling valve
2 are sealedly connected at thick liquid discharge mouth 3, and pulp-expelling valve 2 is used to control the slurry outflow in crushing cup 1, and thick liquid discharge mouth 3 is arranged in crushing cup
1 bottom can allow the slurries in crushing cup 1 to be all discharged, and avoid remaining, and slurries flow into body in order to prevent, pulp-expelling valve 2 with
Thick liquid discharge mouth 3 is to be tightly connected.The pulp-expelling valve 2 includes valve body 4, upper fixed valve plate 5, moving valve plate 6 and lower fixed valve plate 7, upper fixed valve plate
5, moving valve plate 6 and the stacking of lower fixed valve plate 7 are set in valve body 4, and upper fixed valve plate 5 is flexible seals, and upper fixed valve plate 5 is equipped with upper connection
Valve body 4 is simultaneously exposed in hole 8, and the outer wall that upper fixed valve plate 5 is close to crushing cup 1 makes connecting hole 8 be connected to the sealing of thick liquid discharge mouth 3.
Upper fixed valve plate 5 is changed to flexible seals, due to being flexible seals, is rotated relative to upper fixed valve plate 5 in moving valve plate 6
When both can also keep the leakproofness of contact surface, moving valve plate 6 and the roughness requirements of 5 contact surface of upper fixed valve plate can also suitably drop
It is low, cost is advantageously reduced, and the requirement to assembly reduces, the situation for avoiding moving valve plate 6 stuck occurs, and upper fixed valve plate 5
Equipped with upper connecting hole 8 and expose valve body 4, the outer wall that upper fixed valve plate 5 is close to crushing cup 1 makes connecting hole 8 seal company with thick liquid discharge mouth 3
It is logical, the thick liquid discharge mouth 3 of upper fixed valve plate 5 and crushing cup 1 is directly sealed, other sealing elements are eliminated, is obtaining excellent sealing effect
The structure of pulp-expelling valve 2 is further simplified while fruit.
As shown in Figure 2 and Figure 3, the valve body 4 includes upper shell 9 and lower housing 10, and the lower housing 10 is solid with upper shell 9
Fixed connection, upper shell 9 press fixed valve plate 5, and upper shell 9 is equipped with the notch 11 for exposing upper connecting hole 8, in upper and lower two shells
Between can form two fixed valve plates of enough spaces and moving valve plate 6, can also accommodate drive moving valve plate 6 rotate driving tooth
Wheel, to protect these components to provide safe space, while upper and lower two shells also allow for element being mounted in shell, profit
Upper fixed valve plate 5 is compressed with upper shell 9, applies certain pressure to upper fixed valve plate 5, allows fixed valve plate 5 to generate deformation, can improve
Leakproofness between fixed valve plate 5 and moving valve plate 6 ensures that slurries will not leak out between upper fixed valve plate 5 and moving valve plate 6, together
When upper shell 9 on the notch 11 that is arranged, allow connecting hole 8 to expose valve body 4 and directly contact sealing with thick liquid discharge mouth 3.
The edge of the notch 11 coordinates with the outer wall of crushing cup 1, can be to the relative position of upper shell 9 and crushing cup 1
It is positioned, in assembly convenient for the docking of connecting hole and thick liquid discharge mouth 3, the area that upper fixed valve plate 5 exposes valve body 4 is more than upper connection
The area in hole 8, upper fixed valve plate 5 expose the outer wall palette of the part and crushing cup 1 of valve body, are improving upper fixed valve plate and are crushing
The leakproofness of cup connection, while upper fixed valve plate is compressed by upper shell and crushing cup jointly, make the pressure that fixed valve plate 5 is subject to more
Add uniformly, the leakproofness between upper fixed valve plate and moving valve plate is also reliably ensured.
The thick liquid discharge mouth 3 of the crushing cup 1 is downwardly projecting, and the hole wall and crushing cup 1 of the upper connecting hole 8 are at thick liquid discharge mouth 3
Outer wall snug fit, downward projection of thick liquid discharge mouth 3 both can collect outflow as the minimum point in crushing cup 1 convenient for slurries
Crushing cup 1, thick liquid discharge mouth 3 can also stretch into the connecting hole of fixed valve plate 5, and fixed valve plate 5 drives when moving valve plate 6 rotates in prevention
It is rotated together, and the hole wall of upper connecting hole 8 and the outer wall snug fit at thick liquid discharge mouth 3, is also possible to prevent slurries and is flowed into
Between crushing cup 1 and upper fixed valve plate 5, ensure that the service life of pulp-expelling valve 2, in order to further improve upper fixed valve plate 5 with
Leakproofness at thick liquid discharge mouth 3 is equipped in the hole wall of upper connecting hole 8 and increases upper connecting hole 8 and the sealing communication seals of thick liquid discharge mouth 3
Ring packing muscle 16 allows the outer wall of thick liquid discharge mouth 3 also to go up connecting hole 8 and generates certain extruding force, pass through ring packing muscle when mounted
16 can more effectively ensure leakproofness.
And in order to improve the leakproofness of lower fixed valve plate 7, the lower fixed valve plate 7 is flexible seals, under lower housing 10 presses
Fixed valve plate 7, upper fixed valve plate 5 and lower fixed valve plate 7 clamp moving valve plate 6, and lower fixed valve plate 7 is also flexible seals, can also realize and on
Sealing effect as fixed valve plate 5, the structure being further simplified in pulp-expelling valve 2, upper fixed valve plate 5 and lower fixed valve plate 7, which clamp, moves valve
Piece 6 is all sealed the upper and lower ends face of moving valve plate 6, effectively slurries is prevented to leak.
The lower fixed valve plate 7 is equipped with lower connecting hole 18, allows slurries to flow through lower fixed valve plate 7 from connecting hole, pulp-expelling valve 2 includes
Discharge pipe 19, the lower fixed valve plate 7 and discharge pipe 19 are integrally formed, and discharge pipe 19 is connected to lower connecting hole 18, are arranged by being arranged
Starch pipe 19, can more smoothly flow out pulp-expelling valve 2 after slurries flow through lower fixed valve plate 7, and discharge pipe 19 and 7 one of lower fixed valve plate at
Type further improves the sealing reliability of discharge pipe 19 and lower fixed valve plate 7, and in addition general discharge pipe 19 will stretch out lower housing
10, lower fixed valve plate 7 and the integrated molding of discharge pipe 19 can also position lower fixed valve plate 7 using discharge pipe 19, prevent dynamic
Lower fixed valve plate 7 is driven to rotate when valve block 6 rotates.
It is provided with the intercommunicating pore 20 for being connected to upper connecting hole 8 and lower connecting hole 18 on the moving valve plate 6, passes through intercommunicating pore 20
Plasma discharge break-make is controlled with whether upper connecting hole 8 and lower connecting hole 18 overlap, pulp-expelling valve 2 further includes plasma discharge motor 21, plasma discharge electricity
Machine 21 drives moving valve plate 6 to rotate, and valve body 4 is equipped with the Hall element 22 of 6 position of detection moving valve plate, and the moving valve plate 6 is equipped with
The induced magnet 23 of Hall element 22 is triggered, and moving valve plate 6 drives work by plasma discharge motor 21, by Hall element 22 and induction magnetic
Iron 23 determines the specific rotational angle of moving valve plate 6, achievees the purpose that accurately control plasma discharge break-make.
The lower housing 10 is equipped with shaft 17, and moving valve plate 6, lower fixed valve plate 7 be sleeved in shaft 17, upper fixed valve plate 5 be equipped with
The blind hole of 17 end of shaft cooperation, lower fixed valve plate 7, moving valve plate 6 and upper fixed valve plate 5 and shaft 17 are clearance fit, in order to rise
To better positioning action, shaft 17 is multi-diameter shaft, maximum with lower fixed valve plate 7 cooperation section diameter, coordinates Duan Zhi with upper fixed valve plate 5
Diameter is minimum, can also be positioned in this way to valve block in assembly using step.Alternatively, it should be understood that can also be described
Upper shell 9 is equipped with shaft 17, and moving valve plate 6, upper fixed valve plate 5 are sleeved in shaft 17, and lower fixed valve plate 7 is equipped with to be coordinated with 17 end of shaft
Blind hole.It is provided on lower housing 10 on still upper shell 9 as shaft 17, is selected according to actual layout.
Upper fixed valve plate 5, lower fixed valve plate 7 and moving valve plate 6 are all cylinder substantially, the thickness of two fixed valve plates 1 to 8mm,
It is typically chosen in 1mm, 2mm, 3.5mm, 5mm or 8mm etc., upper connecting hole 8, intercommunicating pore 20 and lower connecting hole 18 are respectively positioned on bias
On position, the flexible material of upper fixed valve plate 5 and lower fixed valve plate 7 specifically may be used the softness such as silica gel or rubber and meet health
The material of safety standard, when pulp-expelling valve 2 assembles, upper fixed valve plate 5, moving valve plate 6 and lower fixed valve plate 7 stack gradually from top to bottom,
Two such fixed valve plate flexible forms sealing surface with 6 surface of moving valve plate, therefore in 6 rotation process of moving valve plate, it can play
The case where binding face spillage between valve block, will not occur in plasma discharge in the effect of face sealing, since moving valve plate 6 will be around itself circle
Rotation, therefore is provided with through-hole on the center of circle of lower fixed valve plate 7 and is passed through by shaft 17, to allow the shaft being arranged on lower housing 10
17 can pass through lower fixed valve plate 7 and the center of circle of moving valve plate 6 to be rotatablely connected, can be in the bottom surface of moving valve plate 6 in order to reduce integral thickness
If inner cavity, being partially received in inner cavity of lower fixed valve plate 7 is allowed.
Upper shell 9 and lower housing 10 are internal after fastening to form two chambers being connected to, upper fixed valve plate 5, moving valve plate 6 and lower fixed
Valve block 7 is disposed therein in a chamber, after the height of the chamber is superimposed than upper fixed valve plate 5, moving valve plate 6 and lower fixed valve plate 7
Highly slightly smaller, in this way when upper fixed valve plate 5, moving valve plate 6 and lower fixed valve plate 7 are located in the chamber, upper shell 9 and lower housing 10 are just
Upper fixed valve plate 5 and lower fixed valve plate 7 can be compressed, compression zone be 0.3 to 2mm, be typically chosen 0.3mm, 0.5mm,
0.8mm, 1mm or 2mm,；And drive the driving gear 24 that moving valve plate 6 rotates in another chamber, while plasma discharge motor 21
It being screwed on upper shell 9, the motor shaft of plasma discharge motor 21, which stretches into another chamber, drives driving gear 24 to rotate,
As shown in figure 4, the circumferential wall of moving valve plate 6 is engaged equipped with tooth socket 25 with driving gear 24, and induction magnetic is fixed on moving valve plate 6
Iron 23, induced magnet 23 is preferably in one end of tooth socket 25, and tooth socket 25 runs to exactly upper connecting hole 8, connection when this one end
The position that hole 20 and lower connecting hole 18 overlap, is also assured that when moving valve plate 6 moves to the position, in maximum plasma discharge shape
State, and the Hall element 22 coordinated with induced magnet 23 is fixed on 10 bottom of lower housing, in order to protect Hall element 22 not to be damaged,
The bottom of lower housing 10 can also be arranged a chamber and be used for fixing Hall element 22, pass through 22 induced magnet 23 of Hall element
Position will control the rotation of plasma discharge motor 21, to realize the on and off of pulp-expelling valve 2.In upper fixed valve plate 5, moving valve plate 6, lower fixed
After valve block 7 and driving gear 24 place good position, upper shell 9 and lower housing 10 are tightened by bolt, while 22 institute of Hall element
Wiring board be fixed on also by screw the bottom of lower housing 10, pulp-expelling valve 2 is then docked into the machine of being fixed on crushing cup 1 again
In vivo.
When operation, driving gear 24 is driven to rotate by plasma discharge motor 21, driving gear 24 with moving valve plate 6 by engaging
Moving valve plate 6 is driven to rotate, and the intercommunicating pore 20 of moving valve plate 6 controls whether plasma discharge with upper connecting hole 8 and overlapping for lower connecting hole 18,
When intercommunicating pore 20 and upper connecting hole 8 and lower connecting hole 18 are completely superposed, Hall element 22 senses the position of induced magnet 23,
Motor stalls, slurries are allowed to flow into upper connecting hole 8 from the thick liquid discharge mouth 3 of crushing cup 1, then enter lower connection by intercommunicating pore 20
Hole 18 is discharged from discharge pipe 19；When needing stopping plasma discharge making, plasma discharge motor 21 rotates backward, in intercommunicating pore 20 and upper connecting hole 8
After being staggered completely with lower connecting hole 18, Hall element 22 senses induced magnet 23, allows motor stalls.
Embodiment two：
On the basis of embodiment one, as shown in figure 3, in order to preferably fix the relative position of upper fixed valve plate 5, prevent
The inner wall of the rotation in upper shell 9 of upper fixed valve plate 5, the upper shell 9 is equipped with retaining convex rib 12, the periphery of the upper fixed valve plate 5
Side wall is equipped with limiting groove compatible with retaining convex rib 12 13.Retaining convex rib 12 is equal with 13 quantity of limiting groove, limit convex
The shape of muscle 12 and limiting groove 13 is adapted, and by the cooperation of retaining convex rib 12 and limiting groove 13, fixed valve plate 5 exists in limitation
Circumferential rotation.Alternatively, it should be understood that limiting groove 13 can also be equipped in the inner wall of the upper shell 9, it is described upper to determine valve
The outer peripheral sidewall of piece 5 is equipped with retaining convex rib compatible with limiting groove 13 12.
Further it can also be equipped with positioning column 14 in the top surface of the upper fixed valve plate 5, the upper shell 9 is equipped with and positioning column
The location hole 15 of 14 cooperations, limited in 13 depth of limiting groove, upper fixed valve plate 5 still has due to using flexible material
It rotates there may be deformation, influence normal plasma discharge or causes leakage, and it is fixed by being arranged in 5 top surface of upper fixed valve plate
The mode of position column 14, the location hole 15 being inserted into upper shell 9, to play the role of auxiliary positioning, or can not also be upper
Limiting groove 13 or retaining convex rib 12 is arranged in 5 outer peripheral sidewall of fixed valve plate, positioning column 14 only is arranged in upper positioning valve block top surface, together
Sample can also keep fixed valve plate 5 not rotate.
Since lower fixed valve plate and discharge pipe are integrally formed, discharge pipe has rotation stop effect, it is possible to be not provided with above-mentioned two
Kind prevents the structure that lower fixed valve plate follows moving valve plate to rotate.
The other content that the present embodiment does not describe can be with reference implementation example one.
In addition to above preferred embodiment, the utility model also has other embodiments, and those skilled in the art can root
It is made various changes and modifications according to the utility model, without departing from the spirit of the utility model, the utility model should all be belonged to
Range defined in appended claims.
Claims (10)
1. a kind of food processor, including the body and water supply component set on body, shredder assemblies and plasma discharge component, shredder assemblies
Crushing cup is stretched into including crushing cup, crushing motor and Disintegrating knife, the output shaft for crushing motor, Disintegrating knife is located in crushing cup
And be located on the output shaft for crushing motor, water supply component supplies water to crushing cup, and plasma discharge component includes pulp-expelling valve, the bottom of crushing cup
Equipped with thick liquid discharge mouth, pulp-expelling valve is sealedly connected at thick liquid discharge mouth, which is characterized in that the pulp-expelling valve includes valve body, upper fixed valve plate, moves
Valve block and lower fixed valve plate, upper fixed valve plate, moving valve plate and the stacking of lower fixed valve plate are set in valve body, and upper fixed valve plate is flexible seals,
Upper fixed valve plate is equipped with upper connecting hole and exposes valve body, and the outer wall that upper fixed valve plate is close to crushing cup makes connecting hole be sealed with thick liquid discharge mouth
Connection.
2. food processor according to claim 1, which is characterized in that the valve body includes upper shell and lower housing, institute
It states lower housing to be fixedly connected with upper shell, upper shell presses fixed valve plate, and upper shell is equipped with the notch for exposing upper connecting hole.
3. food processor according to claim 2, which is characterized in that the inner wall of the upper shell is equipped with retaining convex rib,
The outer peripheral sidewall of the upper fixed valve plate is equipped with limiting groove compatible with retaining convex rib；Alternatively, the inner wall of the upper shell is set
There are limiting groove, the outer peripheral sidewall of the upper fixed valve plate to be equipped with retaining convex rib compatible with limiting groove.
4. food processor according to claim 2, which is characterized in that the top surface of the upper fixed valve plate is equipped with positioning column,
The upper shell is equipped with the location hole coordinated with positioning column.
5. food processor according to claim 2, which is characterized in that the edge of the notch and the outer wall of crushing cup are matched
It closes, upper fixed valve plate exposes area of the area more than upper connecting hole of valve body, and upper fixed valve plate exposes part and the crushing cup of valve block
Outer wall palette.
6. food processor according to claim 2, which is characterized in that the thick liquid discharge mouth of the crushing cup is downwardly projecting, institute
The hole wall and outer wall snug fit of the crushing cup at thick liquid discharge mouth of connecting hole are stated, the hole wall of the upper connecting hole is equipped in increase
The ring packing muscle of connecting hole and thick liquid discharge mouth sealing communication seals.
7. food processor according to claim 2, which is characterized in that the lower housing is equipped with shaft, moving valve plate, lower fixed
Valve block is sleeved in shaft, and upper fixed valve plate is equipped with the blind hole coordinated with roller end；Alternatively, the upper shell is equipped with shaft, valve is moved
Piece, upper fixed valve plate are sleeved in shaft, and lower fixed valve plate is equipped with the blind hole coordinated with roller end.
8. food processor according to claim 2, which is characterized in that the lower fixed valve plate is flexible seals, lower casing
Body presses lower fixed valve plate, and upper fixed valve plate clamps moving valve plate with lower fixed valve plate.
9. food processor according to claim 8, which is characterized in that the lower fixed valve plate is equipped with lower connecting hole, row
It includes discharge pipe to starch valve, and the lower fixed valve plate and discharge pipe are integrally formed, and discharge pipe is connected to lower connecting hole.
10. food processor according to claim 9, which is characterized in that be provided on the moving valve plate and connect on being connected to
The intercommunicating pore in hole and lower connecting hole is connect, pulp-expelling valve further includes plasma discharge motor, and plasma discharge motor drives moving valve plate rotation, valve body to be equipped with
The Hall element of moving valve plate position is detected, the moving valve plate is equipped with the induced magnet of triggering Hall element.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721570452.9U CN207940820U (en) | 2017-11-22 | 2017-11-22 | A kind of food processor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721570452.9U CN207940820U (en) | 2017-11-22 | 2017-11-22 | A kind of food processor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207940820U true CN207940820U (en) | 2018-10-09 |
Family
ID=63703473
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721570452.9U Active CN207940820U (en) | 2017-11-22 | 2017-11-22 | A kind of food processor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207940820U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111387836A (en) * | 2020-02-22 | 2020-07-10 | 库特鲁夫本诺约瑟夫 | Novel oven rack |
| CN111513599A (en) * | 2019-12-30 | 2020-08-11 | 广州富港万嘉智能科技有限公司 | Intelligent kitchen ware for material blanking |
-
2017
- 2017-11-22 CN CN201721570452.9U patent/CN207940820U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111513599A (en) * | 2019-12-30 | 2020-08-11 | 广州富港万嘉智能科技有限公司 | Intelligent kitchen ware for material blanking |
| CN111513599B (en) * | 2019-12-30 | 2023-10-24 | 广州富港万嘉智能科技有限公司 | Intelligent kitchen ware for material blanking |
| CN111387836A (en) * | 2020-02-22 | 2020-07-10 | 库特鲁夫本诺约瑟夫 | Novel oven rack |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20230522 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. |
|
| TR01 | Transfer of patent right |