CN207544974U - A kind of food processor - Google Patents
A kind of food processor Download PDFInfo
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- CN207544974U CN207544974U CN201720392710.2U CN201720392710U CN207544974U CN 207544974 U CN207544974 U CN 207544974U CN 201720392710 U CN201720392710 U CN 201720392710U CN 207544974 U CN207544974 U CN 207544974U
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- food processor
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Abstract
The utility model is related to food processor appliances technical fields, refer in particular to a kind of food processor, host including carrying driving device, there are inlet port and outlet port on the host, the processing assembly being sequentially connected with the driving device is installed in the host, the processing assembly is between the inlet port and outlet port, the processing assembly includes cutting module, the cutting module includes housing, and cutter head assembly and eccentric wheel assembly in housing, one end of the eccentric wheel assembly is sequentially connected with the driving device, the other end of the eccentric wheel assembly coordinates with cutter head assembly transmission, so that the cutter head assembly does straight reciprocating motion.The advantages of food processor of the utility model, cutter head assembly do direct reciprocating motion in cutting, there is cutting force to be not easy to block greatly, the soft food materials of machinable, cutting is more smooth, and effect of dicing is more preferable.
Description
Technical field
The utility model is related to food-handling equipment technical fields, refer in particular to a kind of food processor.
Background technology
Food processor is a kind of cooking apparatus for handling food, can realize dicing, at chopping or slice to food
Reason, it is deep to be favored by user.Common meal processing equipment at present, usually drives bite rotation by motor, and food is vertical
It is fed in the bite of rotation, bite is made to be cut in rotary course food.For example China Patent Publication No. is
The food dicer that CN105437298 is mentioned including container, the grid knife assembly being installed at vessel port and is placed in container
The upper cover of overthe openings, grid knife assembly include grid cutterhead and the rotary cutter that is positioned on grid cutterhead, in container
Centre is equipped with transmission shaft, and transmission shaft is passed freely through after the mesoporous of grid cutterhead upwards with the dismantled and assembled connection of rotary cutter, passes through motor
Transmission shaft rotation is driven, so as to which rotary cutter rotation be made to dice food.For the equipment of chopping or slice, cutting
Knife rotary cutting, there is no problems.But for dicing, big due to cutting the food radial dimension to get off, food is to cutting
The reaction force of knife is relatively also larger, and cutter needs the cutting force of bigger just can swimmingly dice.Pass through transmission shaft band
This structure of dynamic cutter rotary cutting, when dicing, the cutting force of cutter is insufficient, is very easy to block, and cutting is caused to have some setbacks,
Or the fourth shape cut out differs, cutting effect is poor.
Invention content
The purpose of this utility model is to propose a kind of food processor, and cutter head assembly does directly reciprocal fortune in cutting
It is dynamic, there is cutting force to be not easy to block greatly, the soft food materials of machinable, cutting is more smooth, and effect of dicing is more preferable, and can by charging ram
The advantages of automatic stripping defective material, and do not increase in the case of accessory and have slitting, chopping, slice function.
In order to achieve the above object, the technical solution adopted in the utility model is as follows：
A kind of food processor described in the utility model, the host including carrying driving device have on the host
Inlet port and outlet port are equipped with the processing assembly being sequentially connected with the driving device, the processing assembly in the host
Between the inlet port and outlet port, the processing assembly includes setting cutting module and blanking cutterhead from top to bottom；Institute
It states cutting module and includes housing and cutter head assembly and eccentric wheel assembly in housing；The blanking cutterhead with it is described
Driving device is sequentially connected, and one end and the blanking cutterhead of the eccentric wheel assembly are sequentially connected；The eccentric wheel assembly it is another
End coordinates with cutter head assembly transmission, so that cutter head assembly does linear reciprocating motion.The food processor of the utility model,
Cutter head assembly does direct reciprocating motion in cutting, and there is cutting force to be not easy to block greatly, the soft food materials of machinable, and cutting is more suitable
Freely, the advantages of effect of dicing is more preferable.
According to above scheme, the eccentric wheel assembly includes input shaft, output shaft and idler wheel, the input shaft and output shaft
It is installed in rotation in housing, and the input shaft is sequentially connected between the driving device and output shaft；It is described defeated
There is the actuator of eccentric setting, the idler wheel is equipped with driven member, and the actuator is passed with driven member cooperation on shaft
It is dynamic.Coordinated by the transmission of input shaft and output shaft, the driving torque of idler wheel can be improved, then coordinate by actuator and driven member
Drive idler wheel rotation, make idler wheel drive cutter head assembly rotation when the cutting force with bigger.
According to above scheme, the housing includes upper casing, lower casing and stent, and the eccentric wheel assembly is mounted on upper casing under
Between shell；The cutter head assembly includes upper tool pan and lower cutterhead, and the upper tool pan and lower cutterhead are between lower casing and stent；Institute
Stating has upper kidney slot on upper tool pan, have lower kidney slot on the lower cutterhead, the upper kidney slot and lower kidney slot are in length
It is vertically arranged on direction；The idler wheel of the eccentric wheel assembly is interspersed in the upper kidney slot and lower kidney slot.Pass through two knives
Disk matches, and eccentric wheel assembly drives two cutterheads to do straight reciprocating motion simultaneously, can achieve the effect that quickly to cut, and improves
Stock-removing efficiency.
According to above scheme, the first guide rod and the second guide rod are fixed on the lower casing, is opened on the upper tool pan
Equipped with several first guide grooves, several second guide grooves are offered on the lower cutterhead；The length direction of first guide groove
It is vertically arranged with the length direction of the upper kidney slot, the length of the length direction of second guide groove and the lower kidney slot
Direction is vertically arranged；First guide rod and the second guide rod are respectively interposed in the first guide groove or the second guide groove.It is logical
The restriction of Yi Shang structure is crossed, alternately synchronous linear moves back and forth in vertical direction for upper tool pan and lower cutterhead, can be utmostly
Improve the cutting dynamics of cutter head assembly in ground.
According to above scheme, the driving device includes motor, output gear and gear turntable, the motor and output gear
Wheel transmission cooperation, the output gear are meshed with gear turntable, and the gear turntable coordinates with blanking cutterhead transmission.It will
Gear turntable is designed to the output element of driving force, and gear turntable can be made to be propped up in entire turning circumference processing assembly
Support, both can effectively transmit driving force, can also avoid shaking of the processing assembly in cutting, ensure the stability of cutting.
According to above scheme, the host includes main body and upper cover, and bottom cover, the gear turntable peace are equipped in the main body
Loaded on the bottom cover, the blanking cutterhead is located on the gear turntable, and the upper cover is located in the cutting module, described
Several balls are equipped between bottom cover and gear turntable.The setting of several balls can effectively reduce frictional force, ensure gear
The rotational stability and rotational efficienty of turntable.
According to above scheme, one in the blanking cutterhead and gear turntable is equipped with protrusion, the blanking cutterhead and
In gear turntable another be equipped with groove, the blanking cutterhead when being located on the gear turntable protrusion match with groove
It closes so that the gear turntable drives blanking cutterhead rotation, the stent and gear turntable are by limiting bone and limiting slot
Coordinate to prevent gear turntable play above and below rotation.The structure of specific open blanking cutterhead and gear turntable, operation are more specific.
According to above scheme, the blanking cutterhead is equipped with driving hole, and the input shaft coordinates with driving hole transmission.
Transmission connecting structure between specific open blanking cutterhead and input shaft, structure setting are further rationalized.
According to above scheme, charging ram is equipped in the feed inlet, the pusher end of the charging ram has multiple convex ribs.It is logical
Cutting mould swill release in the block can will be stuck in by crossing convex ribs, be avoided food residual in cutting module, be influenced cutting effect.
By driving device and eccentric wheel assembly, the rotation of driving device is converted for the food processor of the utility model
Into the straight reciprocating motion of cutting module, the cutting module of the straight reciprocating motion when being cut to the cutting dynamics of food more
Greatly, food cutting can be disconnected easily, compared with the prior art in rotary cutting, the linear interpolation mode of the utility model
More rationally, cutting is more smooth will not be stuck, and cutting effect is more preferable.
Description of the drawings
Fig. 1 is the structure cut-away view of the utility model；
Fig. 2 is the structural exploded view of the utility model；
Fig. 3 is the cutting modular structure exploded view of the utility model；
Fig. 4 is the input shaft of the utility model and the fit structure schematic diagram of output shaft；
Fig. 5 is the upper tool pan of the utility model cutting module and lower cutter head structure schematic diagram；
Fig. 6 is the upper tool pan of the cutting module of the utility model and lower cutterhead mounting structure schematic diagram；
Fig. 7 is the driving device structure exploded view of the utility model；
Fig. 8 is the charging ram structure diagram of the utility model.
In figure：10th, host；20th, driving device；30th, processing assembly；40th, module is cut；50th, blanking cutterhead；11st, main body；
12nd, upper cover；13rd, bottom cover；14th, charging ram；15th, convex ribs；16th, safety switch；17th, ball；21st, motor；22nd, output gear；23、
Gear turntable；41st, housing；42nd, cutter head assembly；43rd, eccentric wheel assembly；411st, upper casing；412nd, lower casing；413rd, stent；414th,
One guide rod；415th, the second guide rod；421st, upper tool pan；422nd, lower cutterhead；423rd, upper kidney slot；424th, lower kidney slot；425、
First guide groove；426th, the second guide groove；431st, input shaft；432nd, output shaft；433rd, idler wheel；434th, actuator；435th, it is driven
Part；51；Cover board；52nd, driving hole.
Specific embodiment
The technical solution of the utility model is illustrated with embodiment below in conjunction with the accompanying drawings.
As shown in Figure 1, Figure 2 and Figure 3, a kind of food processor described in the utility model, including carrying driving device 20
Host 10, there are on the host 10 inlet port and outlet port, be equipped in the host 10 and passed with the driving device 20
The processing assembly 30 of dynamic connection, the processing assembly 30 between the inlet port and outlet port, the processing assembly 30 from
Up to lower setting cutting mould block 40 and blanking cutterhead 50, the cutting module 40 includes housing 41 and in housing 41
Cutter head assembly 42 and eccentric wheel assembly 43, the driving device 20 be sequentially connected with blanking cutterhead 50, the eccentric wheel assembly
43 one end is sequentially connected with the blanking cutterhead 50, and the other end of the eccentric wheel assembly 43 is driven with the cutter head assembly 42
Cooperation, so that the cutter head assembly 42 does straight reciprocating motion.Food processor described in the utility model, passes through driving device
20th, blanking cutterhead 50 and eccentric wheel assembly 43 transport the linear reciprocation for being converted into cutter head assembly 42 of driving device 20
Dynamic, food can be cut the cutting dynamics bigger of food by the cutter head assembly 42 of the straight reciprocating motion when being diced easily
Cut disconnection, compared with the prior art in extruding rotary cutting, the linear interpolation mode of the utility model is more reasonable, cutting it is more suitable
Freely will not be stuck, cutting effect is more preferable.The utility model by cutter head assembly 42 by food it is strong it is efficient be cut into strip, then
Strip is diced shape through blanking cutterhead 50.
As shown in Figure 4, Figure 5 and Figure 6, the eccentric wheel assembly 43 includes input shaft 431, output shaft 432 and idler wheel 433,
The input shaft 431 and output shaft 432 are installed in rotation in housing 41, and the input shaft 431 is sequentially connected in institute
It states between driving device 20 and output shaft 432, there is the actuator 434 of eccentric setting, the idler wheel on the output shaft 432
433 are equipped with driven member 435, and the actuator 434 is driven with the driven member 435 cooperation, and the actuator 434 can be position
In the hole of eccentric position or column on the output shaft 432, correspondingly the driven member 435 can be then to be located at the idler wheel
Column or hole on 433 are specifically, on output shaft 432 eccentric holes, are to be on column or output shaft 432 on idler wheel 433
Eccentric column, it is hole to roll on 433, and two sets of corresponding holes and column match, and the driven member 435 is made to match with the actuator 434
Close transmission.Coordinated by the transmission of input shaft 431 and output shaft 432, the driving torque of idler wheel 433 can be improved, then pass through driving
Part 434 and driven member 435 drive idler wheel 433 to rotate, the cutting with bigger when making the idler wheel 433 drive the cutter head assembly 42 to rotate
Power.
The housing 41 includes upper casing 411, lower casing 412 and stent 413, and the eccentric wheel assembly 43 is mounted on upper casing 411
Between lower casing 412；The cutter head assembly 42 includes upper tool pan 421 and lower cutterhead 422, the upper tool pan 421 and lower cutterhead 422
Between lower casing 412 and stent 413；There is upper kidney slot 423, under having on the lower cutterhead 422 on the upper tool pan 421
Kidney slot 424, the upper kidney slot 423 and lower kidney slot 424 are vertically arranged in the longitudinal direction, the eccentric wheel assembly 43
Idler wheel 433 is interspersed in the upper kidney slot 423 and lower kidney slot 424.Matched by two upper tool pans 421 and lower cutterhead 422
It closes, eccentric wheel assembly 43 drives upper tool pan 421 and lower cutterhead 422 to do straight reciprocating motion, can reach what is quickly cut simultaneously
Effect improves slitting efficiency.
Several first guide rods 414 and several second guide rods 415, the upper tool pan 421 are fixed on the lower casing 412
On offer several first guide grooves 425, offer several second guide grooves 426 on the lower cutterhead 422.Described first is oriented to
The length direction of slot 425 and the length direction of the upper kidney slot 423 are vertically arranged, the length side of second guide groove 426
It is vertically arranged to the length direction with the lower kidney slot 424.First guide rod, 414 and second guide rod 415 is worn respectively
It is inserted in 425 or second guide groove 426 of the first guide groove.By the restriction of more than structure, upper tool pan 421 and lower cutterhead
422 alternately synchronous linear reciprocating motions in vertical direction can farthest improve the cutting dynamics of cutter head assembly 42.
Specifically, as shown in Figure 4, Figure 5, Figure 6 and Figure 7, the cutting module 40 is by housing 41, cutter head assembly 42 and bias
43 three parts of wheel assembly form, and the housing 41 includes upper casing 411, lower casing 412 and stent 413, and the cutter head assembly 42 includes
Upper tool pan 421 and lower cutterhead 422, the eccentric wheel assembly 43 include input shaft 431, output shaft 432 and idler wheel 433；Upper casing 411
It covers on stent 413, lower casing 412 between upper casing 411 and stent 413, by bearing pacified by input shaft 431 and output shaft 432
Between upper casing 411 and lower casing 412, coordinated between input shaft 431 and output shaft 432 by gear engaged transmission, make input
Axis 431 can drive output shaft 432 to rotate.The lower end of the input shaft 431 passes through lower casing 412 and stent 413, final to stretch out
Stent 413 is outer to be driven cooperation extraction driving force with blanking cutterhead 50.
The lower end of the output shaft 432 passes through lower casing 412, while the lower end tool of output shaft 432 is there are one flange, on flange
Offer actuator 434 positioned at eccentric position, at the axle center of idler wheel 433 tool there are one driven member 435, actuator 435 with it is driven
Part 434 coordinates, and when input shaft 431 drives output shaft 432 to rotate, the actuator 434 on flange is then around the axis of output shaft 432
Line rotates, and idler wheel 433 is made also to be rotated around output shaft 432.The upper tool pan 421 and lower cutterhead 422 are laminated in stent 413,
Upper tool pan 421 and lower cutterhead 422 are supported by stent 413, on upper tool pan 421 there is upper kidney slot 423, have on lower cutterhead 422
Lower kidney slot 424, the upper kidney slot 423 and lower kidney slot 424 are vertically arranged in the longitudinal direction, and idler wheel 433 interts simultaneously
In upper kidney slot 423 and lower kidney slot 424；Meanwhile several first guide rods 414 and several are fixed on the lower casing 412
Second guide rod 415 offers several first guide grooves 425 on the upper tool pan 421, if being offered on the lower cutterhead 422
Dry second guide groove 426；The length direction of first guide groove 425 is vertical with the length direction of the upper kidney slot 423 to be set
It puts, the length direction of second guide groove 426 and the length direction of the lower kidney slot 424 are vertically arranged.Described first leads
It is respectively interposed in 425 and second guide groove 426 of the first guide groove to 414 and second guide rod 415 of bar.When idler wheel 433
When doing eccentric rotary, upper tool pan 421 and lower cutterhead 422 can be driven to move horizontally, specifically, since upper tool pan 421 is by
The limitation of one guide groove 425 and the first guide rod 414 or the second guide rod 415, can only be along the direction of the first guide groove 425 back and forth
It is mobile, and lower cutterhead 422 is limited by the second guide groove 426 and the first guide rod 414 or the second guide rod 415, it also can only edge
The direction of second guide groove 426 moves back and forth.Therefore, when 433 swinging of idler wheel eccentric rotary when, upper tool pan 421 and cut
Disk 422 is in mutually orthogonal direction, repeatedly straight reciprocating respectively, when two cutterheads during the motion, can generate
Shear action staggeredly.
As shown in fig. 7, the driving device 20 includes motor 21, output gear 22 and gear turntable 23, the motor 21
It is driven and coordinates with the output gear 22, the output gear 22 is meshed with gear turntable 23, the gear turntable 23 and institute
State the transmission cooperation of processing assembly 30.Gear turntable 23 is designed to the output element of driving force, gear turntable 23 can be made whole
Processing assembly 30 is supported in a turning circumference, both can effectively transmit driving force, processing assembly 30 can also be avoided to exist
Shaking during cutting ensures the stability of cutting.
More specifically, as shown in Figures 2 and 3, the host 10 includes main body 11 and upper cover 12, is set in the main body 11
There is bottom cover 13, the gear turntable 23 is installed on the bottom cover 13, and the blanking cutterhead 50 is located on the gear turntable 23,
The upper cover 12 is located in the cutting module 40.Multiple balls 17, bottom cover are equipped between the bottom cover 13 and gear turntable 23
13 pairs of gear turntables 23 carry out rolling support, make gear turntable 23 rotation when rotation friction it is small, will not upward play, ensure tooth
Take turns the rotational stability of turntable 23.
One in the blanking cutterhead 50 and gear turntable 23 is equipped with protrusion, the blanking cutterhead 50 and gear turntable
Another in 23 is equipped with groove, the blanking cutterhead 50 protrusion and groove cooperation when being located on the gear turntable 23
So that the gear turntable 23 drives the blanking cutterhead 50 to rotate, the cover board 51 is located on blanking cutterhead 50.Turn in gear
In disk 23 slice function can be realized after installation blanking cutterhead 50, while blanking cutterhead 50 is directly installed in gear turntable 23
It rotates therewith, blanking cutterhead 50 is made not shake, and cut great efforts.Meanwhile 213 bottom of stent turns with gear
Disk 23 prevents the play above and below rotation of gear turntable 23 by limiting the cooperation of bone and limiting slot.It is set on the blanking cutterhead 50
There is driving hole 52, the input shaft 431 cut in module 40 coordinates with the driving hole 52 transmission.By driving hole 52, make
It realizes and is driven between blanking cutterhead 50 and cutting module 40, blanking cutterhead 50 and cutting module 40 can be installed to host 10 simultaneously
Interior realization is diced.
As shown in figure 8, being equipped with charging ram 14 in the feed inlet, the pusher end of the charging ram 14 has multiple convex ribs
15, the swill being stuck in cutting module 40 can be released by convex ribs 15, avoid food residual, shadow in cutting module 40
Ring cutting effect.
The safety switch 16 for controlling the driving device 20 is equipped in the host 10.By safety switch 16, make
Only after equipment is assembled, driving device 20 could start user, otherwise can not start, improve the safety in utilization of equipment.
Need use dice function when, as shown in Fig. 2, will cutting module 40 and blanking cutterhead 50 be installed in host 10
On gear turntable 23, the input shaft 431 in cutting module 40 is made to coordinate with the transmission of gear turntable 23, gear turntable 23 is pushed down
On the ball 17 of stent 413, upper cover 12 is covered.By food material after the feed inlet input of upper cover 12, charging ram 14 is inserted into
Food material is pushed down to the cutting mouth of cutting module 40 and fed, starts the motor 21 in host 10 by feed inlet, and motor 21 drives
Output gear 22 rotates, and output gear 22 drives gear turntable 23 to rotate, and gear turntable 23 drives blanking cutterhead 50 to rotate, so as to
Also the input shaft 431 of cutting module 40 is driven to rotate, input shaft 431 drives output shaft 432 to rotate again, the method on output shaft 432
Orchid rotates simultaneously, rotates the actuator 434 on flange, drives the eccentric revolution rotation of idler wheel 433 by driven member 435, in this way
Idler wheel 433 will drive upper tool pan 421 and lower cutterhead 422 to be moved respectively by the set track of two cutterheads itself, make upper tool pan
421 and lower cutterhead 422 realize and vertically cut back and forth across, food is cut and is cut into inch strips, then is further through blanking cutterhead 50
Cutting, makes food finally be cut to fourth shape.
It should be noted that gear turntable 23,13 bottom of bottom cover, stent 413 and cutting module 40 are equipped with blanking port, directly
The discharge port of logical the utility model, so that the fourth finally cut shape food is made to discharge outside the utility model.
In addition, the utility model in concrete operations, can remove blanking cutterhead 50 or cutting module 40, for cutting
It is either sliced or is substituted for other such as independent choppings or the cutterhead being individually sliced, can realize chopping or slice function, it can
To accomplish a tractor serves several purposes.
The above is only the better embodiment of the utility model, therefore all according to described in the utility model patent application range
The equivalent change or modification done of construction, feature and principle, be included in the utility model patent application range.
Claims (10)
1. a kind of food processor, the host including carrying driving device has inlet port and outlet port on the host, described
The processing assembly being sequentially connected with the driving device is installed, the processing assembly is located at the feed inlet and discharging in host
Between mouthful, which is characterized in that
The processing assembly includes setting cutting module and blanking cutterhead from top to bottom；
The cutting module includes housing and cutter head assembly and eccentric wheel assembly in housing；
The blanking cutterhead is sequentially connected with the driving device, and one end and the transmission of blanking cutterhead of the eccentric wheel assembly connect
It connects；The other end of the eccentric wheel assembly coordinates with cutter head assembly transmission, so that cutter head assembly does linear reciprocating motion.
2. food processor according to claim 1, which is characterized in that the eccentric wheel assembly includes input shaft, output
Axis and idler wheel, the input shaft and output shaft are installed in rotation in housing, and the input shaft is sequentially connected in described
Between driving device and output shaft；There is the actuator of eccentric setting, the idler wheel is equipped with driven member, institute on the output shaft
Actuator is stated to be driven with driven member cooperation.
3. food processor according to claim 2, which is characterized in that the housing includes upper casing, lower casing and stent, institute
Eccentric wheel assembly is stated to be mounted between upper casing and lower casing；The cutter head assembly include upper tool pan and lower cutterhead, the upper tool pan and
Lower cutterhead is between lower casing and stent；On the upper tool pan there is upper kidney slot, there is lower kidney slot, institute on the lower cutterhead
It states kidney slot and lower kidney slot is vertically arranged in the longitudinal direction；The idler wheel of the eccentric wheel assembly is interspersed in the upper kidney-shaped
In hole and lower kidney slot.
4. food processor according to claim 3, which is characterized in that be fixed on the lower casing the first guide rod and
Second guide rod offers several first guide grooves on the upper tool pan, several second guide grooves is offered on the lower cutterhead；
The length direction of first guide groove and the length direction of the upper kidney slot are vertically arranged, the length of second guide groove
Direction and the length direction of the lower kidney slot are vertically arranged；First guide rod and the second guide rod are respectively interposed in first
In guide groove or the second guide groove.
5. food processor according to claim 4, which is characterized in that the driving device includes motor, output gear
And gear turntable, the motor coordinate with output gear transmission, the output gear is meshed with gear turntable, and the gear turns
Disk coordinates with blanking cutterhead transmission.
6. food processor according to claim 5, which is characterized in that the host includes main body and upper cover, the master
It is equipped with bottom cover in vivo, the gear turntable is installed on the bottom cover, and the blanking cutterhead is located on the gear turntable, described
Upper cover is located in the cutting module, and several balls are equipped between the bottom cover and gear turntable.
7. food processor according to claim 5, which is characterized in that one in the blanking cutterhead and gear turntable
Equipped with protrusion, another in the blanking cutterhead and gear turntable is equipped with groove, and the blanking cutterhead is located at the tooth
The protrusion coordinates with groove so that the gear turntable drives the blanking cutterhead to rotate when taking turns on turntable；The stent and tooth
Wheel turntable prevents gear turntable play above and below rotation by limiting the cooperation of bone and limiting slot.
8. food processor according to claim 7, which is characterized in that the blanking cutterhead is equipped with driving hole, described
Input shaft coordinates with driving hole transmission.
9. food processor according to claim 7, which is characterized in that charging ram is equipped in the feed inlet, it is described to push away
Expecting the pusher end of bar has multiple convex ribs.
10. food processor according to claim 1, which is characterized in that be equipped with to control the drive in the host
The safety switch of dynamic device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720392710.2U CN207544974U (en) | 2017-04-14 | 2017-04-14 | A kind of food processor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720392710.2U CN207544974U (en) | 2017-04-14 | 2017-04-14 | A kind of food processor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207544974U true CN207544974U (en) | 2018-06-29 |
Family
ID=62672237
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720392710.2U Active CN207544974U (en) | 2017-04-14 | 2017-04-14 | A kind of food processor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207544974U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106889915A (en) * | 2017-04-14 | 2017-06-27 | 广东百晟图电器实业有限公司 | A kind of food processor |
| CN106889915B (en) * | 2017-04-14 | 2024-04-26 | 广东百胜图科技有限公司 | Food processor |
-
2017
- 2017-04-14 CN CN201720392710.2U patent/CN207544974U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106889915A (en) * | 2017-04-14 | 2017-06-27 | 广东百晟图电器实业有限公司 | A kind of food processor |
| CN106889915B (en) * | 2017-04-14 | 2024-04-26 | 广东百胜图科技有限公司 | Food processor |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 528322 No.2 No.4 Longsheng South Road, Leliu Street Office, Shunde District, Foshan City, Guangdong Province Patentee after: Guangdong Yushengtu Technology Co., Ltd. Address before: 528322 South of Longzhou Road, Residential Committee of Leliu New Town, Shunde District, Foshan City, Guangdong Province Patentee before: Guangdong Baicheng Electric Appliance Industry Co., Ltd. |