CN209437080U - A kind of food processor easy to use - Google Patents
A kind of food processor easy to use Download PDFInfo
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- CN209437080U CN209437080U CN201821963250.5U CN201821963250U CN209437080U CN 209437080 U CN209437080 U CN 209437080U CN 201821963250 U CN201821963250 U CN 201821963250U CN 209437080 U CN209437080 U CN 209437080U
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Abstract
The utility model relates to a kind of food processor easy to use.Main reducing gear in existing food processor links with shaft always, influences service life.The utility model includes base and cooking cup, arranging cup includes cup body and processing assembly, the shaft of motor forms the first driving portion, main reducing gear is set in base, clutch structure is equipped between the primary input end of main reducing gear and shaft, the main output end of main reducing gear forms the second driving portion, and the main reducing gear controls start and stop by clutch structure.The main reducing gear with clutch structure is added in base, so that base includes two driving portions with differentiation revolving speed, at work, clutch structure is used to control the interaction relation between shaft and main reducing gear, main reducing gear start and stop are controlled according to use demand, processing assembly can be driven to slowly run by the second driving portion, moreover it is possible to reduce abrasion by reducing main reducing gear rotation time, improve the service life of main reducing gear.
Description
Technical field
The utility model relates to food processing fields, and in particular to a kind of food processor.
Background technique
Food processor is widely used by people.Existing food processor includes base and the installation of built-in motor
Cooking cup on base, the cooking cup include cup body and processing assembly arranged in cup body, and motor drives processing group
Part rotation realizes that food materials are stirred the function of processing in cooking cup.As people's quality of the life improves, people are to food processing
Machine proposes more functional requirements, such as noodles processing, fruit juice production, broken wall processing etc., when realizing these functions, to adding
The requirement of parameters variantization such as revolving speed, torque of work component, for this purpose, occur one kind on the market is arranged retarder in host
Food processor so that host have differentiation revolving speed and torque two output ends, when in use, motor both can be direct
Driving processing assembly realizes the rotation of high rpm low torque, can also convert to form that drive processing assembly to carry out low by retarder
The active force of revolving speed high torque, it is ensured that food processor is able to satisfy different use demands.But this structure, which has the following deficiencies:, to be subtracted
Fast device links with shaft always, and when not needing processing assembly progress slow-speed of revolution high torque rotation, retarder can be continued working simultaneously
The active force that motor generates is lost, influences motor working efficiency, in addition, retarder can increase abrasion because of continuous running, influences
Its service life.
Utility model content
In order to solve the deficiencies in the prior art, the utility model provides a kind of food processor easy to use, original
The main reducing gear with clutch structure is added in base, both having ensured base, there are two the driving portions with differentiation revolving speed, moreover it is possible to logical
The working condition for crossing clutch structure control main reducing gear reduces main reducing gear abrasion, prolongs the service life.
The utility model is accomplished by the following way: a kind of food processor easy to use, the machine including built-in motor
Seat and the cooking cup that is mounted on base, the cooking cup include cup body and processing assembly arranged in cup body, described
The shaft of motor forms the first driving portion for driving processing assembly to rotate, and is equipped with main reducing gear, the main deceleration in the base
Clutch structure is equipped between the primary input end and the shaft of device, the main output end formation of the main reducing gear drives processing assembly to turn
The second dynamic driving portion, the main reducing gear control start and stop by clutch structure.The master with clutch structure is added in base to subtract
Fast device, so that base includes two driving portions with differentiation revolving speed, at work, clutch structure is for controlling shaft and master
Interaction relation between retarder, main reducing gear start and stop are controlled according to use demand, have both ensured that motor can be by the second driving portion
Processing assembly is driven to slowly run, moreover it is possible to reduce abrasion by reducing main reducing gear rotation time, improve making for main reducing gear
With the service life, in addition, base, when driving processing assembly to rotate by the first driving portion, clutch structure plays separating rotary shaft and master subtracts
The effect of fast device improves the active force transmitting of the first driving portion since shaft can be detached from by clutch structure and main reducing gear
Efficiency.
Preferably, the clutch structure include vertically be nested with the transmission shaft on shaft top, on transmission shaft from
Driving portion and the clutch follower on primary input end are closed, transmission shaft and shaft circumferentially link, and transmission shaft is driven by lifting
Clutch driving portion and clutch follower is set to carry out clutch switching.Transmission shaft circumferentially joins with shaft always when opposite shaft is gone up and down
It is dynamic, so that the first driving portion obtains driving force always, since transmission shaft can carry out lifting action, so that clutch driving portion and clutch
Follower can go up and down switching between linkage status and discrete state, and then implement start-up and shut-down control to main reducing gear.
Preferably, the top of the shaft upwardly extends to form driving column along its axis, the transmission shaft bottom surface is along it
Axis is recessed forms driving hole upwards, is equipped with spring in the driving hole, and the driving column matches grafting and vertical with driving hole
Clamp the spring so that spring drive clutch driving portion and clutch secondary part from.Driving column is liftably plugged on transmission
Kong Zhong, both both ensured can OQ t, realize that clutch structure switches between different conditions, moreover it is possible to ensure that shaft and transmission shaft begin
Circumferential linkage eventually, spring has the function of that transmission shaft is driven to rise, by driving clutch driving portion to rise come so that clutch structure
Discrete state is risen to by linkage status.Driving hole plays position-limiting action to spring, plays guidance limit to the deformation process of spring
Position effect, it is ensured that spring can be pushed out to separation station.
Preferably, the clutch driving portion includes the driving set on transmission shaft lateral wall bottom and circumferentially equidistant arrangement
Tooth, the primary input end is annular in shape and is arranged around transmission shaft, and the clutch follower includes being set to primary input end inner edge and week
To the driven tooth of equidistant placement, the rectangular triangle in the section of the sliding tooth and driven tooth, including vertically arranged conflict
Horizontal sides when, angularly disposed leading edge and being connected across is contradicted between leading edge corresponding end.When clutch structure is in
When linkage status, sliding tooth is engaged with driven tooth matching, it is ensured that shaft can drive main reducing gear to operate by transmission shaft, sliding tooth
Pushing driving is realized by contradicting side with driven tooth, when clutch structure switches to linkage status by discrete state, with transmission shaft
The sliding tooth of decline is realized by corresponding leading edge and is engaged with driven tooth plant, so that sliding tooth and driven between cog can lead to
It crosses conflict side and realizes active force transmitting.
Preferably, first driving portion includes the first drive ring being nested at the top of transmission shaft, described first is driven
Rotating ring is liftably nested on the top of transmission shaft, so that transmission shaft top end face is exposed and forms the triggering of control clutch structure
Face, second driving portion include the second drive ring with the linkage of main output end, and the first drive ring setting is in the second driving
In ring.First drive ring is nested at the top of transmission shaft, and has revolving speed identical with shaft, so that the first drive ring and transmission shaft
Between can OQ t, when clutch structure by lifting and driving axis switch between different conditions when, the position of the first drive ring is always
It is constant, it is ensured that be stably connected with and be driven with the first driven interannular.The top surface of transmission shaft is exposed and forms the triggering for driving it to decline
Face, when in use, transmission shaft receive external forces by triggering face and decline, so that sliding tooth and driven tooth matching engagement.
The main output end of second drive ring and main reducing gear revolving speed having the same, the first drive ring are arranged in the second drive ring, side
Just cooking cup is cooperatively connected with the first drive ring or the second drive ring as needed.
Preferably, the cooking bottom of a cup portion is equipped with the linkage portion affixed with processing assembly, the auxiliary input of the linkage portion
The first driven torus is connected on end, after cup body is installed in place, the first driven torus and the first drive ring vertically plant linkage, first from
The vertical projection of rotating ring and the vertical projection in triggering face shift to install.Linkage portion is received by the first driven torus from the first driving
The driving force of ring, so that processing assembly and shaft revolving speed having the same, meet the use demand of user.When cooking cup is vertical
When on installation to base, the first driven torus is synchronous with the first drive ring to be planted, and installation is facilitated to connect.When the first driven torus is plugged into
It behind position, will not be in contact with triggering face, it is ensured that clutch structure is in discrete state always, and then ensures that main reducing gear is in and stop
Turn state, thus reduces active force loss, the also abrasion of reduction main reducing gear.
Preferably, the cooking bottom of a cup portion is equipped with linkage portion, the secondary output end and processing assembly of the linkage portion are affixed,
It is connected with the second driven torus on the auxiliary input end of the linkage portion, is equipped in the middle part of second driven torus and is vertically arranged trigger column, cup body
After being installed in place, the second driven torus and the second drive ring vertically plant linkage, and trigger column drives transmission shaft by squeezing triggering face
Decline, so that sliding tooth and the linkage of driven tooth engagement.Linkage portion receives the driving from the second drive ring by the second driven torus
Power, so that the main output end of processing assembly and main reducing gear revolving speed having the same, meets the use demand of user.Work as cooking
When in the vertical installation to base of cup, the second driven torus matches plant with the second drive ring, and trigger column is overlapped on triggering from top to bottom
On face, so that transmission shaft declines and ensures that clutch structure switches to linkage status by discrete state, and then ensure that main reducing gear is transported
Turn and pass through the second drive ring processing assembly is driven to rotate.
Preferably, the linkage portion is the universal driving shaft being vertically arranged, the top of the universal driving shaft forms secondary output end, bottom end shape
At auxiliary input end.Universal driving shaft plays the role of transmitting rotating force, it is ensured that processing assembly has identical with auxiliary input end turn
Speed.
Preferably, the linkage portion is supplementary reduction, the supplementary reduction receives motor driving force by auxiliary input end
And processing assembly is driven to rotate by secondary output end.Supplementary reduction can carry out secondary subtract to the received rotating force in auxiliary input end
Speed further decreases the velocity of rotation of processing assembly, to meet different process requirements.
Preferably, the main reducing gear and supplementary reduction are planetary reduction gear, the planetary reduction gear includes being formed
The planet carrier of the sun gear and the main output end of formation or secondary output end at primary input end or auxiliary input end, between sun gear and planet carrier
It is linked by planetary gear.Planetary reduction gear has the characteristics that stable transmission, small in size, effectively improves active force transmission efficiency, and
Reduce the requirement to installation space, and then reduces the volume of food processor.
The utility model has the beneficial effects that adding the main reducing gear with clutch structure in base, clutch structure is for connecting
The interaction relation between shaft and main reducing gear is held, main reducing gear start and stop are controlled according to use demand, have both ensured that base can pass through
Second driving portion drives processing assembly to slowly run, moreover it is possible to reduce abrasion by reducing main reducing gear rotation time, improve master
The service life of retarder.
Detailed description of the invention
Fig. 1 is food processor schematic cross-sectional view described in embodiment one；
Fig. 2 is food processor broken section structural schematic diagram described in embodiment two；
Fig. 3 is clutch structure decomposition texture schematic diagram described in embodiment two；
Fig. 4 is decomposition texture schematic diagram when cooking cup and base described in embodiment two assemble；
Fig. 5 is broken section structural schematic diagram when cooking cup and base described in embodiment three assemble；
Fig. 6 is decomposition texture schematic diagram when cooking cup and base described in example IV assemble；
Fig. 7 is decomposition texture schematic diagram when cooking cup and base described in embodiment five assemble；
In figure: 1, base, 11, motor, 111, shaft, 1111, driving column, the 12, second drive ring, the 13, first drive ring,
14, spring, 2, cooking cup, 21, cup body, 22, processing assembly, the 23, first driven torus, the 24, second driven torus, 241, trigger column,
25, universal driving shaft, 26, supplementary reduction, 3, main reducing gear, 4, clutch structure, 41, transmission shaft, 411, driving hole, 412, sliding tooth,
413, face, 42, driven tooth are triggered.
Specific embodiment
Make further with substantive distinguishing features of the specific embodiment to the utility model with reference to the accompanying drawings of the specification
It is bright.
Embodiment one:
The present embodiment provides a kind of food processor easy to use.
Food processor as shown in Figure 1, the base 1 by built-in motor 11 and be mounted on base 12 groups of cooking cup
At the cooking cup 2 includes cup body 21 and the processing assembly 22 being arranged in cup body 21,111 shape of shaft of the motor 11
At the first driving portion for driving processing assembly 22 to rotate, it is equipped with main reducing gear 3 in the base 1, the master of the main reducing gear 3 is defeated
Enter and be equipped with clutch structure 4 between end and the shaft 111, the main output end formation of the main reducing gear 3 drives 22 turns of processing assembly
The second dynamic driving portion, the main reducing gear 3 control start and stop by clutch structure 4.
In the present embodiment, the motor 11 is arranged in base 1, and the motor 11 is rotated and outside by shaft 111
Rotary driving force is conveyed, so that processing assembly 22 rotates, and then food materials are processed.When in use, cooking cup 2 is mounted on machine
On seat 1, motor 11 drives processing assembly 22 to rotate by shaft 111, processes to food materials.
In the present embodiment, the shaft 111 of the motor 11 forms the first driving portion for driving processing assembly 22 to rotate, electricity
11 shaft 111 of machine drives processing assembly 22 to rotate by the first driving portion, so that processing assembly 22 is with identical with shaft 111
Revolving speed, and then ensure the revolving speed with higher of processing assembly 22, by increasing the cutting times in the unit time come and to food materials
It is crushed, broken wall treatment.
In the present embodiment, main reducing gear 3 is equipped in the base 1, the main output end formation of the main reducing gear 3 drives
The second driving portion that processing assembly 22 rotates, main reducing gear 3 receive the driving force for carrying out the axis of rotation 111 and are driven by the second driving portion
Processing assembly 22 is rotated, main reducing gear 3 can convert the active force of high rpm low torque to the active force of slow-speed of revolution high torque,
Ensure processing assembly 22 can when encountering larger resistance smooth rotation, suitable for kneading dough, stirring and processing.
In the present embodiment, clutch structure 4 is provided between main reducing gear 3 and shaft 111, clutch structure 4 has linkage shape
State and discrete state, when clutch structure 4 is in linkage status, shaft 111 drives the master of main reducing gear 3 by clutch structure 4
Input terminal rotation, and then drive processing assembly 22 to rotate with preset rotation speed by the second driving portion and complete food materials process, when from
When conjunction structure 4 is in discrete state, shaft 111 separates each other with the primary input end of main reducing gear 3, and shaft 111 is driven by first
Dynamic portion is driven processing assembly 22 to be rotated with preset rotation speed and completes food materials processing, so that the clutch structure 4 has control
The function of 3 start and stop of main reducing gear can open main reducing gear 3 as needed, effectively reduce shaft 111 by the first driving portion
Excess loss when transmitting forces improves active force transmission efficiency, is also reduced by reducing the runing time of main reducing gear 3
Abrasion extends the service life of main reducing gear 3.
Embodiment two:
Compared to embodiment one, the present embodiment provides a kind of specific food processor.
As shown in Fig. 2, the clutch structure 4 includes vertically being nested in the transmission shaft 41 on 111 top of shaft, set on transmission shaft
Clutch driving portion on 41 and the clutch follower on primary input end, transmission shaft 41 and the circumferential linkage of shaft 111, transmission
Axis 41 drives clutch driving portion and clutch follower to carry out clutch switching by lifting.The top of the shaft 111 is along its axis
It upwardly extends to form driving column 1111,41 bottom surface of transmission shaft is recessed upwards along its axis forms driving hole 411, the transmission
Spring 14 is equipped in hole 411, the driving column 1111 matches grafting with driving hole 411 and vertically clamps the spring 14, so that
Spring 14 drive clutch driving portion and clutch secondary part from.The transmission shaft 41 is vertically coaxially disposed with shaft 111, the drive
Dynamic column 1111, driving hole 411, transmission shaft 41 and shaft 111 are coaxial arrangement, and drive the section wheel of 1111 lateral wall of column
Exterior feature is identical with the cross section profile of 411 inner sidewall of driving hole and is in non-round shape, it is ensured that the two can vertically be gone up and down in free grafting, in turn
Ensure that clutch structure 4 can switch between linkage status and discrete state, moreover it is possible to ensure that the two remains circumferential linkage, it is ensured that turn
Axis 111 can drive the first drive ring 13 to rotate by transmission shaft 41 always.
In the present embodiment, transmission shaft 41 by external force trigger realize lift adjustment, and then by control clutch driving portion with
The relative altitude of clutch slave unit realizes that clutch structure 4 switches between linkage status and discrete state.Specifically, the spring
14 are clamped between the top surface of driving column 1111 and the bottom surface of driving hole 411, and spring 14 drives driving hole 411 using natural resiliency
Bottom surface is far from driving 1111 top surface of column, so that clutch driving portion is in different height from clutch follower, it is ensured that clutch structure 4
It is in discrete state always when non-toggle.
In the present embodiment, the bottom of the transmission shaft 41 is liftably nested with by driving hole 411 in driving column 1111
On, upper end upwardly extends and is plugged in the first drive ring 13, and the first drive ring 13 is passed through in the top surface of transmission shaft 41 from bottom to top
And exposed formation triggering face 413.First driving portion includes the first drive ring 13 being nested on 41 top of transmission shaft, described
First drive ring 13 is liftably nested on the top of transmission shaft 41, so that 41 top end face of transmission shaft is exposed and forms control clutch
The triggering face 413 of structure 4, second driving portion include the second drive ring 12 with the linkage of main output end, first driving
Ring 13 is arranged in the second drive ring 12.The lateral wall profile at 41 top of medial side wall profiles and transmission shaft of the first drive ring 13
Match, has both ensured that transmission shaft 41 can carry out lifting activity with respect to the first drive ring 13, also assured the first drive ring 13 and transmission shaft
41 keep rotating synchronously, so that the first drive ring 13 is realized with shaft 111 and rotated synchronously, and then ensure to drive processing assembly 22
Linkage portion and shaft 111, which are realized, to be rotated synchronously.
In the present embodiment, since clutch structure 4 can be reset to discrete state under action from the spring 14, transmission shaft 41
When triggering face 413 is by top-down push effect power, 14 forced compression of spring simultaneously provides the space of decline for transmission shaft 41,
Same level height can be in clutch follower with the clutch driving portion that transmission shaft 41 declines and match linkage, clutch structure 4
Linkage status is switched to by discrete state, the second drive ring 12 is rotated because of main reducing gear 3 and the linkage due to of shaft 111, and then to add
The driving force of the offer slow-speed of revolution high torque of work component 22.When removing the push effect power to triggering face 413, spring 14 is at itself
Original length is returned back under elastic acting force, and then is driven transmission shaft 41 to rise and made clutch driving portion and clutch secondary part
From so that clutch structure 4 switches to discrete state by linkage status, main reducing gear 3 can also carry out the driving of the axis of rotation 111 because losing
Power and shut down.
In the present embodiment, when clutch structure 4 is in discrete state, since main reducing gear 3 does not join mutually with shaft 111
Dynamic, when starting motor 11, the rotation of the first drive ring 13, the second drive ring 12 is static, so that base 1 can only pass through the first driving
Ring 13 is that processing assembly 22 provides driving force；When clutch structure 4 is in linkage status, since main reducing gear 3 and shaft 111 are mutual
For linkage, when starting motor 11, the first drive ring 13 and the second drive ring 12 are rotated, and the two has the revolving speed of differentiation
And torque, processing assembly 22 is expired by way of selecting one and connecting with the first drive ring 13 or the second drive ring 12
The driving force of sufficient requirement.
In the present embodiment, as shown in figure 3, the clutch driving portion includes being set to 41 lateral wall bottom of transmission shaft and circumferential direction
The sliding tooth 412 of equidistant placement, the primary input end is annular in shape and is arranged around transmission shaft 41, and the clutch follower includes setting
In primary input end inner edge and the driven tooth 42 of circumferentially equidistant arrangement, the section of the sliding tooth 412 and driven tooth 42 is rectangular
Triangle, including vertically arranged conflict in, angularly disposed leading edge and when being connected across conflict and leading edge corresponding end
Between horizontal sides.For sliding tooth 412 for several and along the circumferentially equidistant setting of transmission shaft 41, driven tooth 42 is multiple and defeated along master
Enter to hold the circumferentially equidistant setting in inner edge, is equipped in each sliding tooth 412 and each driven tooth 42 and contradicts side and leading edge, sliding tooth 412
Wall surface positioned at default rotation direction side, which is formed, contradicts side, and the wall surface that sliding tooth 412 is located at backwards to default rotation direction side is formed
Leading edge, so that sliding tooth 412 has the turning being arranged downward, driven tooth 42 is located at the wall surface shape backwards to default rotation direction side
At side is contradicted, the wall surface that driven tooth 42 is located at default rotation direction side forms leading edge, and driven tooth 42 has what is be arranged upward to turn
Angle.When clutch structure 4 switches to linkage status by discrete state, sliding tooth 412 declines with transmission shaft 41, sliding tooth 412
Turning can be plugged in the space between adjacent 42 turning of driven tooth, and it is smooth that angularly disposed leading edge plays guidance sliding tooth 412
Slide into the purpose in adjacent 42 spaces of driven tooth.When clutch structure 4 is in linkage status, transmission shaft 41 and primary input end pass through
Sliding tooth 412 and the matching engagement of driven tooth 42, when motor 11 rotates, sliding tooth 412 rotates with transmission shaft 41 and passes through conflict
On when contradicting in the conflict of driven tooth 42, since each conflict Bian Junyu preset rotation direction is vertically arranged, so, sliding tooth
There is preferable active force transmission efficiency between 412 and driven tooth 42.
In the present embodiment, the main reducing gear 3 is planetary reduction gear, and the planetary reduction gear includes forming primary input end
Sun gear and form the planet carrier of main output end, pass through planetary gear linkage between sun gear and planet carrier.
In the present embodiment, cooking 2 bottom of cup is equipped with the linkage portion affixed with processing assembly 22, the linkage portion
The first driven torus 23 is connected on auxiliary input end, after cup body 21 is installed in place, the first driven torus 23 and the first drive ring 13 are vertical
Linkage (as shown in Figure 4) is planted, the vertical projection of the first driven torus 23 and the vertical projection in triggering face 413 shift to install, described
Linkage portion is the universal driving shaft 25 being vertically arranged, and the top of the universal driving shaft 25 forms secondary output end, and bottom end forms auxiliary input end.First from
Rotating ring 23 and the first drive ring 13 have match and non-circular cross section profile each other, had both been ensured that the two can match grafting, and had been also assured
The two can circumferentially link.After cooking cup 2 is installed in place, the driving force of shaft 111 passes sequentially through transmission shaft 41, the first drive ring
13, it is transferred to processing assembly 22 after the first driven torus 23 and universal driving shaft 25, so that processing assembly 22 is with identical as motor 11
Revolving speed, the processing assembly 22 is crushing knife, is suitable for broken wall and operates, at the same time, due to the first driven torus 23 and triggering
Face 413 is not in contact with each other, so that clutch structure 4 is in discrete state, main reducing gear 3 and the second drive ring 12 are in static shape
State.
Remaining structure of food processor described in the present embodiment and effect and embodiment one are consistent, and details are not described herein again.
Embodiment three:
Relative to embodiment two, the present embodiment provides a kind of specific cooking 2 structures of cup.
As shown in figure 5,2 bottom of cooking cup is equipped with linkage portion, the secondary output end and processing assembly 22 of the linkage portion
It is affixed, it is connected with the second driven torus 24 on the auxiliary input end of the linkage portion, is equipped in the middle part of second driven torus 24 and is vertically arranged touching
Column 241 is sent out, after cup body 21 is installed in place, the second driven torus 24 and the second drive ring 12 are vertically planted and linked, and trigger column 241 passes through
Squeezing triggering face 413 drives transmission shaft 41 to decline, so that sliding tooth 412 and the engagement linkage of driven tooth 42, the linkage portion is perpendicular
The universal driving shaft 25 set, the top of the universal driving shaft 25 form secondary output end, and bottom end forms auxiliary input end.When cooking cup 2 is installed to
Position after, the driving force of shaft 111 pass sequentially through transmission shaft 41, clutch structure 4, main reducing gear 3, the second drive ring 12, second from
It is transferred to processing assembly 22 after rotating ring 24 and universal driving shaft 25, so that the revolving speed of processing assembly 22 is lower than the revolving speed of motor 11, institute
Stating processing assembly 22 is crushing knife, is suitable for crushing or stirring operation.
Remaining structure of food processor described in the present embodiment and effect and embodiment two are consistent, and details are not described herein again.
Example IV:
Relative to embodiment two, the present embodiment provides a kind of specific cooking 2 structures of cup.
As shown in fig. 6, cooking 2 bottom of cup is equipped with the linkage portion affixed with processing assembly 22, the pair of the linkage portion
The first driven torus 23 is connected on input terminal, after cup body 21 is installed in place, the first driven torus 23 and the first drive ring 13 are vertically inserted
Linkage is set, the vertical projection of the first driven torus 23 and the vertical projection in triggering face 413 shift to install, and the linkage portion is secondary slows down
Device 26, the supplementary reduction 26 receive 11 driving force of motor by auxiliary input end and drive processing assembly 22 to revolve by secondary output end
Turn.After cooking cup 2 is installed in place, it is driven that the driving force of shaft 111 passes sequentially through transmission shaft 41, the first drive ring 13, first
It is transferred to processing assembly 22 after ring 23 and supplementary reduction 26, so that the revolving speed of processing assembly 22 is lower than the revolving speed of motor 11, institute
Stating processing assembly 22 is crushing knife, is suitable for crushing or stirring operation.
In actual operation, the supplementary reduction 26 is planetary reduction gear, and the planetary reduction gear includes forming auxiliary input
The sun gear at end and the planet carrier of shape pair output end are linked between sun gear and planet carrier by planetary gear.
Remaining structure of food processor described in the present embodiment and effect and embodiment two are consistent, and details are not described herein again.
Embodiment five:
Relative to embodiment two, the present embodiment provides a kind of specific cooking 2 structures of cup.
As shown in fig. 7,2 bottom of cooking cup is equipped with linkage portion, the secondary output end and processing assembly 22 of the linkage portion
It is affixed, it is connected with the second driven torus 24 on the auxiliary input end of the linkage portion, is equipped in the middle part of second driven torus 24 and is vertically arranged touching
Column 241 is sent out, after cup body 21 is installed in place, the second driven torus 24 and the second drive ring 12 are vertically planted and linked, and trigger column 241 passes through
Squeezing triggering face 413 drives transmission shaft 41 to decline, so that sliding tooth 412 and the engagement linkage of driven tooth 42, the linkage portion are pair
Retarder 26, the supplementary reduction 26 receive 11 driving force of motor by auxiliary input end and drive processing assembly by secondary output end
22 rotations.After cooking cup 2 is installed in place, the driving force of shaft 111 passes sequentially through transmission shaft 41, clutch structure 4, main reducing gear
3, it is transferred to processing assembly 22 after the second drive ring 12, the second driven torus 24 and supplementary reduction 26, so that processing assembly 22
Revolving speed is lower than the revolving speed of motor 11, since with double reduction, processing assembly 22 is stirring rod, is suitable for and face operates.
In actual operation, the supplementary reduction 26 is planetary reduction gear, and the planetary reduction gear includes forming auxiliary input
The sun gear at end and the planet carrier of shape pair output end are linked between sun gear and planet carrier by planetary gear.
Remaining structure of food processor described in the present embodiment and effect and embodiment two are consistent, and details are not described herein again.
Embodiment six:
Relative to embodiment two to five, the present embodiment provides a kind of specific food processor structures.
In the present embodiment, the food processor includes base 1 and cooking cup 2, and it includes processing group that cooking cup 2, which is interior,
Part 22 and the universal driving shaft 25 detachably selected, 26 second driven torus 24 of supplementary reduction and the first driven torus 23 arrange 2 bottom of cup
Portion is equipped with installation space, and user can according to need to select and the matched components of preset rotation speed, realization processing assembly 22
It is rotated with preset rotation speed.
In the present embodiment, main reducing gear 3 and supplementary reduction 26 have the reduction ratio of differentiation, so that embodiment three and reality
Technical solution described in example four is applied when implementing, processing assembly 22 has the revolving speed of differentiation, promotes usage experience.It is preferred that square
Case, the reduction ratio of main reducing gear 3 are greater than the reduction ratio of supplementary reduction 26.
Remaining structure of food processor described in the present embodiment and effect and embodiment two are consistent, and details are not described herein again.
Claims (10)
1. a kind of food processor easy to use, base including built-in motor and the cooking cup being mounted on base, institute
Stating cooking cup includes cup body and processing assembly arranged in cup body, which is characterized in that the shaft formation of the motor drives
First driving portion of processing assembly rotation, is equipped with main reducing gear in the base, the primary input end of the main reducing gear with it is described
Clutch structure is equipped between shaft, the main output end of the main reducing gear forms the second driving portion for driving processing assembly to rotate, institute
It states main reducing gear and start and stop is controlled by clutch structure.
2. a kind of food processor easy to use according to claim 1, which is characterized in that the clutch structure includes
Vertically be nested with transmission shaft, the clutch driving portion on transmission shaft and the clutch on primary input end on shaft top from
Dynamic portion, transmission shaft and shaft circumferentially link, and transmission shaft drives clutch driving portion to carry out clutch with clutch follower and cuts by lifting
It changes.
3. a kind of food processor easy to use according to claim 2, which is characterized in that the top edge of the shaft
Its axis upwardly extends to form driving column, and the transmission shaft bottom surface is recessed upwards along its axis forms driving hole, the driving hole
Interior to be equipped with spring, the driving column matches grafting with driving hole and vertically clamps the spring, so that spring drives clutch to drive
Portion and clutch secondary part from.
4. a kind of food processor easy to use according to claim 3, which is characterized in that the clutch driving portion packet
The sliding tooth set on transmission shaft lateral wall bottom and circumferentially equidistant arrangement is included, the primary input end is annular in shape and sets around transmission shaft
It sets, the clutch follower includes the sliding tooth and driven set on primary input end inner edge and the driven tooth of circumferentially equidistant arrangement
The rectangular triangle in the section of tooth, including vertically arranged conflict in, angularly disposed leading edge and when being connected across conflict
Horizontal sides between leading edge corresponding end.
5. a kind of food processor easy to use according to claim 4, which is characterized in that the first driving portion packet
Including the first drive ring being nested at the top of transmission shaft, first drive ring is liftably nested on the top of transmission shaft, with
Keep transmission shaft top end face exposed and form the triggering face of control clutch structure, second driving portion includes linking with main output end
The second drive ring, first drive ring is arranged in the second drive ring.
6. a kind of food processor easy to use according to claim 5, which is characterized in that the cooking bottom of a cup portion is set
There is the linkage portion affixed with processing assembly, is connected with the first driven torus on the auxiliary input end of the linkage portion, cup body is installed in place
Afterwards, the first driven torus and the first drive ring vertically plant linkage, the vertical projection of the first driven torus and the vertical projection in triggering face
It shifts to install.
7. a kind of food processor easy to use according to claim 5, which is characterized in that the cooking bottom of a cup portion is set
There is linkage portion, the secondary output end and processing assembly of the linkage portion are affixed, are connected with second on the auxiliary input end of the linkage portion
Driven torus, the second driven torus middle part, which is equipped with, is vertically arranged trigger column, after cup body is installed in place, the second driven torus and the second drive ring
Vertical to plant linkage, trigger column drives transmission shaft to decline by squeezing triggering face, so that sliding tooth and the linkage of driven tooth engagement.
8. according to a kind of described in any item food processor easy to use of claim 6-7, which is characterized in that the linkage
Portion is the universal driving shaft being vertically arranged, and the top of the universal driving shaft forms secondary output end, and bottom end forms auxiliary input end.
9. according to a kind of described in any item food processor easy to use of claim 6-7, which is characterized in that the linkage
Portion is supplementary reduction, and the supplementary reduction receives motor driving force by auxiliary input end and drives processing assembly by secondary output end
Rotation.
10. a kind of food processor easy to use according to claim 9, which is characterized in that the main reducing gear and
Supplementary reduction is planetary reduction gear, and the planetary reduction gear includes the sun gear and shape to form primary input end or auxiliary input end
At main output end or the planet carrier of secondary output end, linked between sun gear and planet carrier by planetary gear.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821963250.5U CN209437080U (en) | 2018-11-27 | 2018-11-27 | A kind of food processor easy to use |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821963250.5U CN209437080U (en) | 2018-11-27 | 2018-11-27 | A kind of food processor easy to use |
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| CN209437080U true CN209437080U (en) | 2019-09-27 |
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ID=68011992
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113854873A (en) * | 2020-06-30 | 2021-12-31 | 莱克电气绿能科技(苏州)有限公司 | Low-cost low-rotating-speed high-torque output food processor |
-
2018
- 2018-11-27 CN CN201821963250.5U patent/CN209437080U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113854873A (en) * | 2020-06-30 | 2021-12-31 | 莱克电气绿能科技(苏州)有限公司 | Low-cost low-rotating-speed high-torque output food processor |
| CN113854873B (en) * | 2020-06-30 | 2023-08-18 | 莱克电气绿能科技(苏州)有限公司 | Low-cost low-rotation-speed high-torque output food processor |
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Effective date of registration: 20230531 Address after: Building 2, No. 52, 22nd Street, Baiyang Street, Qiantang New District, Hangzhou City, Zhejiang Province, 310000 Patentee after: Hangzhou Jiuchuang Home Appliances Co.,Ltd. Address before: No. 999, Mei Li Road, Huaiyin District, Ji'nan, Shandong Patentee before: JOYOUNG Co.,Ltd. |
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