CN205997050U - Cut the food cooking machine of continuous filament yarn lengthy motion picture - Google Patents
Cut the food cooking machine of continuous filament yarn lengthy motion picture Download PDFInfo
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- CN205997050U CN205997050U CN201620802199.4U CN201620802199U CN205997050U CN 205997050 U CN205997050 U CN 205997050U CN 201620802199 U CN201620802199 U CN 201620802199U CN 205997050 U CN205997050 U CN 205997050U
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- gear
- box
- motion picture
- filament yarn
- cooking machine
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Abstract
This utility model provides a kind of food cooking machine cutting continuous filament yarn lengthy motion picture，Including housing、Charging aperture、Power set and storage cavity，Described housing is detachably arranged on described storage cavity，Described charging aperture is arranged on described housing upper surface，And connect with described storage cavity，Described power set are arranged on described housing，Also include gear-box、Blade fixation kit and at least two cutting edges being arranged on described blade fixation kit，The food cooking machine cutting continuous filament yarn lengthy motion picture that this utility model provides，Many cutting edges are uniformly distributed by setting on blade fixation kit，The purpose changing cutting edge can be reached according to the direct rotating blade fixation kit that needs of user，And the stability of transmission is ensure that by gear drive，And by increasing reduction gear box，Reach and adjust the output speed of power set to being applied to the rotating speed cutting continuous filament yarn lengthy motion picture.
Description
Technical field
This utility model is related to food processing field, particularly a kind of food cooking machine cutting continuous filament yarn lengthy motion picture.
Background technology
Have a kind of hand-rail type to cut continuous strip or the utensil of continuous lengthy motion picture on the market at present, this utensil by wind, pawl disk,
Cutterhead, bracing frame and handle composition, wind connects pawl disk by bracing frame, and blade is fixed on bracing frame, during cutting, food
Bottom centre is inserted in cutter head center and inserts on material pin, then catches food top, hand hand lever with pawl disk, is driven by pawl disk
Food rotates, and bottom cutterhead relative food is static, cuts continuous strip or continuous lengthy motion picture effect to reach, but this manually cuts
Cut, need one to hold handle and fix, the hand hand lever of another, and need replacing blade, to reach cutting not similar shape
Shape bar or the effect of piece, operationally inconvenient, change and easily hurt consumer during cutting tip, dangerous, and hand food of cutting
Efficiency is low, arduously.
Utility model content
There is provided to solve above-mentioned technical problem a kind of can cutting continuous filament yarn lengthy motion picture, and do not need selecting difference
Carry out the food cooking machine cutting continuous filament yarn lengthy motion picture of frequent more allowing blade replacement in the case of cutting tip.
A kind of food cooking machine cutting continuous filament yarn lengthy motion picture, including housing, charging aperture, power set and storage cavity, described
Housing is detachably arranged on described storage cavity, and described charging aperture is arranged on described housing upper surface, and with described storing
Chamber connects, and described power set are arranged on described housing, also include gear-box, blade fixation kit and are arranged at described blade
At least two cutting edges on fixation kit, described gear-box is fixedly installed in described housing, described charging aperture and described storage
Between material chamber, and with described power set transmission chain connect, described blade fixation kit is arranged in described gear-box, and being capable of edge
The axis of described gear-box rotates, and described gear-box offers to the direction of described storage cavity along described charging aperture and runs through described
The through hole of gear-box, and described through hole is arranged on the downside of described charging aperture, all described cutting edges are respectively distributed in described blade
On fixation kit, and at least one described cutting edge turns in described through hole with described blade fixation kit.
Described gear-box includes driving gear and at least two driven gears, and described driving gear is arranged at described gear-box
Center, and be in transmission connection with all described driven gears respectively, the excircle of each described cutting edge is around with tool rest, described
The driving tooth bar being in transmission connection with described driven gear, described driven gear are provided with along its circumferencial direction on the lateral surface of tool rest
Described cutting edge is driven to rotate by described tool rest.
Described gear-box includes gear box cover and gear-box lower cover, and on described gear-box, cover buckle is together under described gear-box
Cover the described gear-box of formation, described through hole runs through described gear box cover and described gear-box lower cover, and described power set set
It is placed on the downside of described storage cavity, described driving gear is projected described gear-box lower cover and is in transmission connection with described power set.
Described power set include drive link and main frame, and described main frame is arranged on the downside of described storage cavity, described drive link
It is arranged on described main frame, and runs through described storage cavity and be in transmission connection with described driving gear.
Described cutting edge is disc-shaped structure, and is provided with convex for cutting food near the side of described charging aperture
Rise, the front side of described raised described cutting edge rotation direction is provided with blanking port, food after described raised cutting through described fall
Material mouth falls into described storing intracavity.
Described tool rest is inverted cone-shaped structure, and includes upper retainer ring, and fixed ring group becomes the upper bottom surface of inverted cone
Side edge, described cutting edge surrounds the side of described inverted cone, and on the upside of it, edge is fixedly installed along fixed ring, described cutting
Knife is provided with projection on the side within towards inverted cone, described projection is provided with along the front side of described cutting edge rotation direction
Material mouth, described driving tooth bar is arranged on the outer peripheral face of fixed ring.
Described food cooking machine also includes reduction gear box, and described power set pass through described reduction gear box and described master
Moving gear is in transmission connection.
The center of described cutting edge is provided with inserts material pin, and described slotting material pin is cylinder-like structure, and described slotting material pin
Axis and the axis collinear of described charging aperture, all described raised peaks are respectively provided with spacing with the side wall of described slotting material pin.
The described raised edge along described cutting edge is arranged in order to the center position of described cutting edge.
Described charging aperture protrudes described housing, and inside is provided for pressing down on the charging ram of food, described charging ram
Upper end extend formation fixed part laterally；It is provided with Handheld Division on the side of described housing.
The food cooking machine cutting continuous filament yarn lengthy motion picture that this utility model provides, by arranging all on blade fixation kit
Many cutting edges of even distribution, can reach, according to the direct rotating blade fixation kit that needs of user, the mesh changing cutting edge
, ease of Use, and with saving water resource and cleaning efficiency can be improved, increased operation facility and the safety of consumer, and
Ensure that the stability of transmission by gear drive, and by increasing reduction gear box, reach and the output of power set is turned
Velocity modulation section cuts the rotating speed of continuous filament yarn lengthy motion picture to being applied to, by cutting edge is arranged at below described feeding mouth, can be in food
When thing enters this cooking machine, in the case that food does not rotate, realize the cutwork to food for the cutting edge, ensure that and cut place
Long filament and lengthy motion picture seriality.
Brief description
The structural representation of the food cooking machine cutting continuous filament yarn lengthy motion picture that Fig. 1 provides for this utility model；
The concrete structure of the gear-box of the food cooking machine cutting continuous filament yarn lengthy motion picture that Fig. 2 provides for this utility model is illustrated
Figure；
The structure of the conical cutting edge of the food cooking machine cutting continuous filament yarn lengthy motion picture that Fig. 3 provides for this utility model is shown
It is intended to；
In figure：
1st, housing；2nd, charging aperture；3rd, power set；4th, storage cavity；5th, gear-box；6th, blade fixation kit；7th, cutting edge；
8th, through hole；31st, drive link；32nd, main frame；51st, driving gear；52nd, gear box cover；53rd, gear-box lower cover；71st, tool rest；72、
Raised；73rd, blanking port；74th, insert material pin；711st, drive tooth bar；712nd, upper retainer ring.
Specific embodiment
With specific embodiment, this utility model is described in further details below in conjunction with the accompanying drawings：
A kind of food cooking machine cutting continuous filament yarn lengthy motion picture as shown in Figure 1 to Figure 3, including housing 1, charging aperture 2, power
Device 3 and storage cavity 4, described housing 1 is detachably arranged on described storage cavity 4, and described charging aperture 2 is arranged at described housing
On 1 upper surface, and connect with described storage cavity 4, described power set 3 are arranged on described housing 1, also include gear-box 5, knife
Piece fixation kit 6 and at least two cutting edges 7 being arranged on described blade fixation kit 6, described gear-box 5 is fixedly installed on
In described housing 1, between described charging aperture 2 and described storage cavity 4, and with described power set 3 transmission chain connect, described blade is solid
Determine assembly 6 to be arranged in described gear-box 5, and can rotate along the axis of described gear-box 5, along described on described gear-box 5
Charging aperture 2 offers, to the direction of described storage cavity 4, the through hole 8 running through described gear-box 5, and described through hole 8 be arranged at described
On the downside of charging aperture 2, all described cutting edges 7 are respectively distributed on described blade fixation kit 6, and at least one described cutting edge
7 turn in described through hole 8 with described blade fixation kit 6.
Select the cutting edge 7 needing, and by rotating described blade fixation kit 6, the cutting edge 7 of selection is turned to institute
State at through hole 8, food is sent in described housing 1 it is preferred that being provided with pusher at described charging aperture 2 through described charging aperture 2
Bar, by increasing capacitance it is possible to increase the downward pressure of food, facilitates the cutting to food for the described cutting edge 7, and described power set 3 provide power,
And driven at described cutting edge 7 by described gear-box 5.
Described gear-box 5 includes driving gear 51 and tool rest 7, and described driving gear 51 is arranged at described gear-box 5 center
Place, and be in transmission connection with all described tool rests 7 respectively, the excircle of each described cutting edge 7 is around with tool rest 71, described tool rest
On 71 lateral surface, its circumferencial direction is provided with the driving tooth bar 711 being in transmission connection with described driving gear 51, described active
Gear 51 drives described cutting edge 7 to rotate by described tool rest 71.
The power transmission rotating to described driving gear 51, is driven described tool rest 71 and then carries by described power set 3
Dynamic described cutting edge 7 produces spinning movement, wherein it is preferred that each described tool rest 71 all corresponds to a described driving gear 51,
Ensure that the stability of transmission by arranging described driving gear 5, also can carry out reduction of speed to the rotational power of power set 3
Adjust, wherein it is preferred that the gear ratio of described driving gear 51 and described tool rest 7 is 2：1, control described main frame to be in most preferably
Rotating speed is at 250-280 rev/min.
Embodiment
Described gear-box 5 includes gear box cover 53 and gear-box lower cover 54, and described gear box cover 53 is fastened on described
Described gear-box 5 is formed on gear-box lower cover 54, described through hole 8 runs through described gear box cover 53 and described gear-box lower cover
54, described power set 3 are arranged on the downside of described storage cavity 4, and described driving gear 51 projects described gear-box lower cover 54 and institute
State power set 3 to be in transmission connection.Described power set 3 include drive link 31 and main frame 32, and described main frame 32 is arranged at described storage
Expect that on the downside of chamber 4, described drive link 31 is arranged on described main frame 32, and run through described storage cavity 4 to pass with described driving gear 51
It is dynamically connected.
Wherein, described main frame 32 is motor or manual rocker.
As a kind of preferred embodiment, described cutting edge 7 is disc-shaped structure, and the side near described charging aperture 2
It is provided with the projection 72 for cutting food, described in described raised 72, the front side of cutting edge 7 rotation direction is provided with blanking port 73,
Food falls in described storage cavity 4 through described blanking port 73 after described raised 72 cuttings.After cutting edge 7 rotates, Suo Yousuo
State raised 72 to be rotated along the circle with the distance to cutting disk center as radius, during food presses down on, raised
72 are contacted with food, and food is cut, and the food under cutting is sent in described storage cavity 4 by blanking port 73, complete
Become to cut the work of continuous filament yarn or lengthy motion picture.
Described tool rest 71 is also disc-shaped structure, and is centered around on the excircle of described cutting edge 7.
As a kind of preferred embodiment, described tool rest 71 is inverted cone-shaped structure, and includes upper retainer ring 712, described
Upper retainer ring 712 forms the upper bottom surface side edge of inverted cone, and described cutting edge 7 surrounds the side of described inverted cone, and edge on the upside of it
It is fixedly installed along fixed ring 712, described cutting edge 7 is provided with projection 72 on the side within towards inverted cone, described
Raised 72 are provided with blanking port 73 along the front side of described cutting edge 7 rotation direction, and described driving tooth bar 711 is arranged at described solid
Determine on the outer peripheral face of ring 712.
Food enters in the inverted cone that described tool rest 71 (described cutting edge 7) is surrounded through the upper bottom surface of described tool rest 71
Portion, in the case that described tool rest 71 and described cutting edge 7 rotate, described raised 72 along with the axis to described inverted cone away from
Rotated from the circle for radius, and the side and bottom surface of food is cut simultaneously, long filament or lengthy motion picture warp that cutting is formed
Cross described blanking port 73 to fall in described storage cavity 4, complete the work of cutting filament or lengthy motion picture.When using rounding wimble structure, energy
Enough the bottom surface and side of food is cut simultaneously, increased the stock-removing efficiency to food.
Described food cooking machine also includes reduction gear box, described power set 3 pass through described reduction gear box with described
Driving gear 51 is in transmission connection.The rotational power of described power set 3 is carried out slow down for the first time by described reduction gear box
Process, prevent that between described driving gear 51 and described tool rest 7, gear ratio is excessive, cause unnecessary harm.Wherein, described subtract
The gear ratio of fast gear-box is 12.25：1, the rotating speed of described main frame output is controlled at 500-600 rev/min, by drive link
Drive driving gear 51, realize cutting at a slow speed, reach optimum efficiency.
The center of described cutting edge 7 is provided with inserts material pin 74, and described slotting material pin 74 is cylinder-like structure, and described slotting material
The axis of pin 74 and the axis collinear of described charging aperture 2, the side wall of all described raised 72 peaks and described slotting material pin 74
It is respectively provided with spacing.Insert material pin 74 by setting is cylindric, fully food can be fixed, prevent food and described cutting edge
7 common rotation.
Described raised 72 are arranged in order along the edge of described cutting edge 7 to the center position of described cutting edge 7, can be complete
The bottom surface to food carry out cutwork.
Described charging aperture 2 protrudes described housing, and inside is provided for pressing down on the charging ram of food, described charging ram
Upper end extend formation fixed part laterally；It is provided with Handheld Division on the side of described housing 1.Wherein, described charging ram includes
First charging ram and the second charging ram, the diameter of described first charging ram is less than the diameter of described charging aperture 2, and described first pushes away
Material bar projects the part of described charging aperture 2 and forms the first fixing end along the peripherally and outwardly extension of described first charging ram, and described the
The diameter of two charging rams is less than the diameter of described first charging ram, and described second charging ram projects the portion of described first charging ram
Point form the second fixing end along the peripherally and outwardly extension of described second charging ram, and described second fixing end can be fixed on described
In first fixing end, prevent described second charging ram from falling in described charging aperture 2, wherein, described first charging ram lower end setting
There is the first scraping wings, described first scraping wings completely encloses the lower end of described first charging ram, and sets on described first scraping wings
It is equipped with prominent hole, the lower end of described second charging ram is provided with the second scraping wings, and the cutting towards described of described second scraping wings
The side of sharpener 7 is provided with fixed lobe 72, and all described fixed lobes 72 are corresponded with described prominent hole, can project
Described prominent hole, realizes the fixation to food, prevents food from rotating with described cutting edge 7.
The above, preferred embodiment only of the present utility model, not in order to limit this utility model, every foundation is originally
Any trickle amendment, equivalent and improvement that the technical spirit of utility model is made to above example, should be included in this
Within the protection domain of utility model technical scheme.
Claims (10)
1. a kind of food cooking machine cutting continuous filament yarn lengthy motion picture, including housing, charging aperture, power set and storage cavity, described shell
Body is detachably arranged on described storage cavity, and described charging aperture is arranged on described housing upper surface, and with described storage cavity
Connection, described power set be arranged on described housing it is characterised in that：Also include gear-box, blade fixation kit and setting
At least two cutting edges on described blade fixation kit, described gear-box is fixedly installed in described housing, described charging
Mouthful and described storage cavity between, and with described power set transmission chain connect, described blade fixation kit is arranged at described gear-box
Interior, and can rotate along the axis of described gear-box, described gear-box is opened along the direction of described charging aperture extremely described storage cavity
It is provided with the through hole running through described gear-box, and described through hole is arranged on the downside of described charging aperture, all described cutting edges uniformly divide
It is distributed on described blade fixation kit, and at least one described cutting edge turns to described through hole with described blade fixation kit
Interior.
2. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 1 it is characterised in that：Described gear-box includes
Driving gear and at least two driven gears, described driving gear is arranged at described gear-box center, and respectively with all institutes
State driven gear to be in transmission connection, the excircle of each described cutting edge is around with tool rest, the lateral surface of described tool rest is justified along it
Circumferential direction is provided with the driving tooth bar being in transmission connection with described driven gear, and it is described that described driven gear passes through described tool rest drive
Cutting edge rotates.
3. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 2 it is characterised in that：Described gear-box includes
Gear box cover and gear-box lower cover, on described gear-box, cover buckle forms described gear-box, institute together in covering under described gear-box
State through hole and run through described gear box cover and described gear-box lower cover, described power set are arranged on the downside of described storage cavity, institute
State driving gear and project described gear-box lower cover and be in transmission connection with described power set.
4. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 3 it is characterised in that：Described power set bag
Include drive link and main frame, described main frame is arranged on the downside of described storage cavity, and described drive link is arranged on described main frame, and runs through
Described storage cavity is in transmission connection with described driving gear.
5. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 2 it is characterised in that：Described cutting edge is circle
Disk-like structure, and the side of described charging aperture is provided with the projection for cutting food, described raised described cutting swivel
The front side in dynamic direction is provided with blanking port, and food falls into described storing intracavity through described blanking port after described raised cutting.
6. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 2 it is characterised in that：Described tool rest is rounding
Cone structure, and include upper retainer ring, fixed ring group becomes the upper bottom surface side edge of inverted cone, and described cutting edge surrounds described
Along being fixedly installed along fixed ring on the side of inverted cone, and described cutting edge, described cutting edge is towards inside inverted cone
Side on be provided with projection, described projection is provided with blanking port along the front side of described cutting edge rotation direction, described sliding tooth
Bar is arranged on the outer peripheral face of fixed ring.
7. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 2 it is characterised in that：Described food cooking machine
Also include reduction gear box, described power set are in transmission connection with described driving gear by described reduction gear box.
8. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 5 or 6 it is characterised in that：Described cutting edge
Center be provided with and insert material pin, described slotting material pin is cylinder-like structure, and the axis of described slotting material pin and described charging aperture
Axis collinear, all described raised peaks are respectively provided with spacing with the side wall of described slotting material pin.
9. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 8 it is characterised in that：Described raised along described
The edge of cutting edge is arranged in order to the center position of described cutting edge.
10. the food cooking machine cutting continuous filament yarn lengthy motion picture according to claim 1 it is characterised in that：Described charging aperture is convex
Go out described housing, and inside is provided for pressing down on the charging ram of food, the upper end of described charging ram extends formation laterally
Fixed part；It is provided with Handheld Division on the side of described housing.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620802199.4U CN205997050U (en) | 2016-07-26 | 2016-07-26 | Cut the food cooking machine of continuous filament yarn lengthy motion picture |
| PCT/CN2017/071684 WO2018018860A1 (en) | 2016-07-26 | 2017-01-19 | Food processor for cutting food into continuous threads and long slivers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620802199.4U CN205997050U (en) | 2016-07-26 | 2016-07-26 | Cut the food cooking machine of continuous filament yarn lengthy motion picture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205997050U true CN205997050U (en) | 2017-03-08 |
Family
ID=58202495
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620802199.4U Withdrawn - After Issue CN205997050U (en) | 2016-07-26 | 2016-07-26 | Cut the food cooking machine of continuous filament yarn lengthy motion picture |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205997050U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106042036A (en) * | 2016-07-26 | 2016-10-26 | 宁波博菱电器有限公司 | Food processor for cutting continuous long shreds and long slices |
| WO2019024427A1 (en) * | 2017-08-04 | 2019-02-07 | 泓首翔电器（深圳）有限公司 | Continuous shredding mechanism for food processing |
-
2016
- 2016-07-26 CN CN201620802199.4U patent/CN205997050U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106042036A (en) * | 2016-07-26 | 2016-10-26 | 宁波博菱电器有限公司 | Food processor for cutting continuous long shreds and long slices |
| CN106042036B (en) * | 2016-07-26 | 2017-11-24 | 宁波博菱电器有限公司 | Cut the food cooking machine of continuous filament yarn lengthy motion picture |
| WO2019024427A1 (en) * | 2017-08-04 | 2019-02-07 | 泓首翔电器（深圳）有限公司 | Continuous shredding mechanism for food processing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170308 Effective date of abandoning: 20171124 |
|
| AV01 | Patent right actively abandoned |