CN105832192A - Top drive type food material smashing machine - Google Patents
Top drive type food material smashing machine Download PDFInfo
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- CN105832192A CN105832192A CN201510017305.8A CN201510017305A CN105832192A CN 105832192 A CN105832192 A CN 105832192A CN 201510017305 A CN201510017305 A CN 201510017305A CN 105832192 A CN105832192 A CN 105832192A
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- tank
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- base plate
- container
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Abstract
A top drive type food material smashing machine can solve the problem that the conventional top drive type food material smashing machine is not stable during operation. The top drive type food material smashing machine includes a machine base, a container and a tool group; the machine base includes a base plate, a rotary shaft, a power element, and a transmission assembly; the base plate is provided with a first side and a second side which are opposite each other; the base plate is provided with a through hole and a recess, the through hole passes through the first side and the second side, and the recess is arranged in the second side of the base plate; the rotary shaft passes through the through hole and is pivoted to the machine base, one end of the rotary shaft is provided with a first engagement portion, the power element is arranged in the recess, and the transmission assembly is arranged on the first side of the base plate and is combined with the rotary shaft and the power element; the container can be combined on the base plate of the machine base, a holding groove is formed in the inner part of the container, and an opening of the holding groove faces the second side of the base plate; the tool group is arranged in the holding groove, the tool group includes a shaft centre and a blade portion, one end of the shaft centre is provided with a second engagement portion, and the second engagement portion can be engaged with the first engagement portion of the rotary shaft.
Description
Technical field
The present invention is about a kind of food blender, a kind of is driven formula food blender by top drive cutter with the top pulverizing food materials.
Background technology
Refer to Fig. 1, being that formula food blender 9 is driven on a kind of existing top, this existing top is driven formula food blender 9 and is had the container 91 that can contain food materials, and a main body 92 is arranged at the opening above this container 91, protruding out a rotating shaft 93 below this main body 92, this rotating shaft 93 bottom is fixed with blade 94；One guide wire 95 is socketed on the lower section of this main body 92, and this guide wire 95 outer peripheral face is provided with several hole 951, and this blade 94 is positioned in this guide wire 95.Accordingly, when this main body 92 drives this rotating shaft 93 and blade 94 synchronous rotary, the liquid being mixed with food materials in this container 91 can constantly be inhaled in this guide wire 95, makes food materials be pulverized the formation broken liquid of food materials by this blade 94, then flows back in this container 91 via several holes 951 of this guide wire 95.It is similar to this existing top drive an embodiment of formula food blender 9 and be exposed in TaiWan, China and announce in the middle of No. M350321 " cooking machine of circulation pulverizing " Patent Case.
Only, because this existing top is driven formula food blender 9 and the main body 92 of heavier-weight is arranged at the top of this container 91 so that this existing top is driven the overall center of gravity of formula food blender 9 and is enhanced.In detail; this main body 92 comprises dynamical element (such as: motor); and the internal components such as power conversion unit (such as: transformator) and control circuit that are generally additionally provided with of this main body 92, therefore the weight of this main body 92 is typically larger than the weight of this container 91 and this guide wire 95.Accordingly, the overall center of gravity that the top that this main body 92 is arranged at this container 91 can cause this existing top to drive formula food blender 9 is partial to the top of this container 91, therefore when this main body 92 drives this rotating shaft 93 and blade 94 to rotate, this existing top is driven formula food blender 9 and is easily produced situations such as shaking or rock, the broken liquid of food materials may be caused to be overflowed by the gap of this main body 92 with this container 91, in some instances it may even be possible to the situation causing this container 91 to topple over occurs.
Furthermore, user utilize this existing top drive formula food blender 9 complete food materials process after, it is necessary to this main body 92 is separated from this container 91, and vertically mentions this main body 92, the broken liquid of food materials in this container 91 could be taken out.It is well known, however, that the heavier-weight of this main body 92, the difficulity of the movment therefore mentioning this main body 92 is higher, and the careless slightly main body 92 that i.e. may derive is slipped out of the hand etc. unexpected, and the ease of use causing this existing top to drive formula food blender 9 is the best.
In addition, TaiWan, China announces the Patent Cases such as No. M411122 " having double conditioning machine structure planting use pattern ", No. M429440 " structure of food processor ", No. M442795 " detachable food processor " and No. M466609 " multipurpose regulation machine ", formula food blender is driven on the top disclosing other kenels the most respectively, and has the problems referred to above equally.
In view of this, formula food blender is driven on existing top the most still the necessity improved.
Summary of the invention
The present invention provides a kind of top to drive formula food blender, base plate by means of a support arranges a dimple, and a dynamical element is arranged in the middle of this dimple, with a container combination in this support time, make this dynamical element height on axial direction opening of a tank less than this container, drive the overall center of gravity of formula food blender reducing this top.
The top of the present invention is driven formula food blender and is comprised: a support, a container and a cutter group.This support comprises a base plate, one rotary shaft, one dynamical element and a transmission component, this base plate has in relative first side and second side, this base plate is provided with a perforation and a dimple, this perforation runs through this first side and this second side, this dimple is arranged at the second side of this base plate, this rotary shaft is through this perforation and is articulated in this support, one end of this rotary shaft is provided with first engaging piece, this dynamical element is arranged in the middle of this dimple, this transmission component is arranged at the first side of this base plate, and this transmission component is respectively in connection with this rotary shaft and this dynamical element.This container can be incorporated into the base plate of this support, has a tank inside this container, and the opening of this tank is towards the second side of this base plate.This cutter group is placed in this tank, and this cutter group comprises the axle center and a blade portion be combineding with each other, and the one end in this axle center is provided with second engaging piece, and this second engaging piece can engage each other with the first engaging piece of this rotary shaft.
Formula food blender is driven on foregoing top, and wherein, this dimple extends along an axial direction of this rotary shaft from this base plate.
Formula food blender is driven on foregoing top, wherein, this transmission component comprises intermeshing first gear and second gear, this first gear and this second gear are respectively arranged at the first side of this base plate, one output shaft of this dynamical element protrudes out to combine this first gear outside this dimple, and this second gear is incorporated into this rotary shaft.
Formula food blender is driven on foregoing top, wherein, the rotary shaft phase para-position of the opening of this tank and this support, when this container combination is in this support, this base plate closes the opening of this tank, first engaging piece of this rotary shaft stretches into this tank, and this dynamical element height on an axial direction of this rotary shaft is less than the opening of this tank.
Formula food blender is driven on foregoing top, wherein, the opening of this tank separately with this dimple phase para-position, when this container combination is in this support, this dimple is formed at inside this tank.
Formula food blender is driven on foregoing top, and wherein, the other end of this rotary shaft is provided with a pivot end, this support additionally comprises a top cover, this top cover is incorporated into the first side of this base plate, and this top cover is provided with an axis part, and this pivot end is rotatably engaged in this axis part.
Formula food blender is driven on foregoing top, and wherein, this top cover additionally comprises a keeper, and this keeper is incorporated into this top cover movably, and this keeper can move along this rotary shaft a axial direction, and this keeper is fixed in this axis part.
Formula food blender is driven on foregoing top, and wherein, the bottom of this tank arranges an axle bed, and this axle bed other end for this axle center abuts, and this axle bed is along an axial direction of this rotary shaft and this mutual para-position of the first engaging piece.
Formula food blender is driven on foregoing top, and wherein, the first engaging piece of this rotary shaft is provided with a ring lip, and this ring lip is formed expanding from this first engaging piece towards this tank.
Formula food blender is driven on foregoing top, and wherein, this support arranges first articulated section, and this container arranges second articulated section, and this support is articulated in the second articulated section of this container by this first articulated section.
Formula food blender is driven on foregoing top, and wherein, this support is formed with this container and is detachably combined.
Formula food blender is driven on foregoing top, wherein, additionally comprise a slag body collection and receive component, the structure that this slag body collection receipts component can be oozed out by liquid is made, this slag body collection is received component and is placed in this tank, this slag body collection is received component and is incorporated into this axle center, and this blade portion is arranged at this slag body collection and receives in component.
Formula food blender is driven on foregoing top, wherein, this container separately arranges a collecting tank and a controller, and this collecting tank can be arranged at below the horizontal level of this tank, and this collecting tank has the valve connecting this tank, this controller is turned on and off this valve in order to controlling.
Formula food blender is driven on foregoing top, and wherein, this container separately arranges an electrical box, and this electrical box is available for an accommodating component, and this component is electrically connected with the dynamical element of this support via wire.
Accordingly, by aforementioned structure, the top of the present invention drive formula food blender can this container combination in this support time, make this dynamical element height on an axial direction of this rotary shaft opening less than a tank of this container, can effectively reduce its overall center of gravity, in operation, produce, to avoid this top to drive formula food blender, shake or rock etc. situation, there is the effect promoting the running steadiness that formula food blender is driven on top.
Accompanying drawing explanation
Fig. 1: the exploded view of formula food blender is driven on a kind of existing top.
The decomposing schematic representation of Fig. 2: one embodiment of the invention.
The structure cross-sectional schematic of Fig. 3: one embodiment of the invention.
First engaging piece of Fig. 4: one embodiment of the invention and the second engaging piece intermeshing structure cross-sectional schematic.
The action schematic diagram that the support respective container of Fig. 5: one embodiment of the invention is started.
The structure cross-sectional schematic of Fig. 6: another embodiment of the present invention.
[main element symbol description]
The present invention
1 support
1a the first articulated section
11 base plates
11a the first side
11b the second side
111 perforations
112 dimples
12 rotary shafts
121 pivot ends
122 first engaging pieces
122a ring lip
13 dynamical elements
131 output shafts
14 transmission components
141 first gears
142 second gears
15 top covers
151 axis parts
152 keepers
2 containers
2a the second articulated section
21 tanks
211 axle beds
22 collecting tanks
221 valves
23 controllers
24 electrical box
3 cutter groups
31 axle center
311 second engaging pieces
32 blade portions
Component received by 4 slag body collection
X axial direction
C component
R accommodation space
Prior art
Formula food blender is driven on 9 tops
91 containers
92 main bodies
93 rotating shafts
94 blades
95 guide wires
951 holes.
Detailed description of the invention
For above-mentioned and other purpose, feature and the advantage of the present invention can be become apparent, presently preferred embodiments of the present invention cited below particularly, and coordinate institute's accompanying drawings, it is described in detail below:
Refer to Fig. 2 and Fig. 3, be a top of the present invention embodiment of driving formula food blender, this top is driven formula food blender and is generally comprised support 1, container 2 and a cutter group 3.This container 2 can combine with this support 1, and this cutter group 3 can be placed in this container 2.This cutter group 3 can be driven by a rotary shaft 12 of support 1, makes this cutter group 3 can be with this rotary shaft 12 rotation as axle center.
In addition to this rotary shaft 12, this support 1 additionally comprises base plate 11, dynamical element 13 and a transmission component 14, this base plate 11 is provided with perforation 111 and a dimple 112, wherein, this base plate 11 has in one first relative side 11a and one second side 11b, this perforation 111 runs through this first side 11a and the second side 11b, and this dimple 112 is arranged at the second side 11b of this base plate 11.This rotary shaft 12 2 end is respectively equipped with pivot end 121 and one first engaging piece 122, this rotary shaft 12 through this perforation 111 and is articulated in this support 1 via this pivot end 121, therefore this pivot end 121 and this first engaging piece 122 are respectively formed in this base plate 11 2 side, and this dimple 112 can extend along an axial direction X of this rotary shaft 12 from this base plate 11.This dynamical element 13 is arranged in the middle of this dimple 112, this transmission component 14 is arranged at the first side 11a of this base plate 11, and this transmission component 14 is respectively in connection with this rotary shaft 12 and this dynamical element 13, make this dynamical element 13 can be via this transmission component 14 to drive this rotary shaft 12 to rotate.
In detail, in the present embodiment, this transmission component 14 can be a driving gear set, comprises intermeshing one first gear 141 and one second gear 142, and this first gear 141 and this second gear 142 are respectively arranged at the first side 11a of this base plate 11.This dynamical element 13 connects an output shaft 131, and it is outside to combine this first gear 141 that this output shaft 131 protrudes out to this dimple 112, and this second gear 142 is then incorporated into this rotary shaft 12.Whereby, when the output shaft 131 of this dynamical element 13 rotates, first and second gear 141,142 of this transmission component 14 can be driven in the lump to rotate, and then drive this rotary shaft 12 to rotate.But, the driving gear set that this transmission component 14 forms except first and second gear 141,142 above-mentioned, also can be belt pulley or other rotating shaft transmission component, and the present invention is not limited thereto.
Additionally, this can also comprise a top cover 15, this top cover 15 is incorporated into the first side 11a of this base plate 11, and this top cover 15 is provided with an axis part 151, and this axis part 151 can be bearing.The pivot end of this rotary shaft 12 is rotatably engaged the axis part 151 in this top cover 15.
This container 2 can be incorporated into the base plate 11 of this support 1, and this container 2 is internal has a tank 21, and the opening of this tank 21 is towards the second side 11b of this base plate 11.In the present embodiment, the rotary shaft 12 of the opening of this tank 21 and this support 1 and dimple 112 phase para-position.Whereby, when this container 2 is incorporated into this support 1, this base plate 11 can close the opening of this tank 21, and the first engaging piece 122 of this rotary shaft 12 can stretch into this tank 21, and this dimple 112 will be formed in this tank 21 inside.
This cutter group 3 is as cutting, pulverizing food materials use, and this cutter group 3 is placed in the tank 21 of this container 2.This cutter group 3 comprises axle center 31 and a blade portion 32, and this blade portion 32 is incorporated into this axle center 31.The one end in this axle center 31 is provided with one second engaging piece 311, and this second engaging piece 311 can engage each other with the first engaging piece 122 of this rotary shaft 12 so that this rotary shaft 12 can synchronize to drive this axle center 31 to rotate.Wherein, the bottom of this tank 21 can arrange an axle bed 211, and this axle bed 211 can abut for the other end in the axle center 31 of this cutter group 3.This axle bed 211 is along axial direction and this mutual para-position of the first engaging piece 122 of this rotary shaft 12, whereby, when the other end in this axle center 31 is connected to this axle bed 211, second engaging piece 311 in this axle center 31 can be relative with this first engaging piece 122, and this axle bed 211 can allow this axle center 31 more stable when rotating.
In addition, in the middle of the present embodiment, the top cover 15 of this support 1 can additionally comprise positioning piece 152, and this keeper 152 is incorporated into this top cover 15 movably, and this keeper 152 is fixed in this axis part 151.This keeper 152 can move along the axial direction of this rotary shaft 12, accordingly, user can pull this rotary shaft 12 to make it away from this tank 21 via this keeper 152, and then makes the first engaging piece 122 of this rotary shaft 12 depart from second engaging piece 311 in this axle center 31；Or, refer to shown in Fig. 4, user can promote this rotary shaft 12 to be close to this tank 21 via this keeper 152, and then makes the first engaging piece 122 of this rotary shaft 12 engage each other to form location with second engaging piece 311 in this axle center 31.It should be noted that, the necessary component of formula food blender is driven on this keeper 152 non-invention top, this first engaging piece 122 can engage each other when this container 2 can be incorporated into the base plate 11 of this support 1 with this second engaging piece 311, is that those skilled in the art are to understand.
By said structure, please continue with reference to shown in Fig. 2 and Fig. 4, after this support 1 is incorporated in this container 2, this base plate 11 can close the opening of this tank 21, and this dynamical element 13 can drive this rotary shaft 12 via this transmission component 14, to synchronize to drive this axle center 31 to rotate, and then this blade portion 32 is made to be rotated by this axle center 31.Accordingly, top of the present invention drive the embodiment of formula food blender actually used time, the liquid of food materials can be mixed with prior to filling in this tank 21 in advance, the food materials in this tank 21 can be processed when this blade portion 32 rotates, make food materials be pulverized the formation broken liquid of food materials by this blade portion 32.
It should be noted that the opening second side 11b towards this base plate 11 of this tank 21, therefore when this container 2 is incorporated into this support 1, it is internal that this dimple 112 will be formed in this tank 21.In other words, owing to this dynamical element 13 is arranged in the middle of this dimple 112, therefore this dynamical element 13 is also formed in this tank 21 inside, make this dynamical element 13 height on the axial direction X of this rotary shaft 12 opening less than this tank 21, compare aforementioned existing top to drive the main body 92 of formula food blender 9 and be fully located at its container 91 top, the embodiment that formula food blender is driven on top of the present invention is internal by making this dynamical element 13 be formed at this tank 21, the overall center of gravity that this top can be made to drive formula food blender effectively reduces, situations such as shaking or rock is produced when this dynamical element 13 drives this rotary shaft 12 and blade portion 32 to rotate to avoid this top to drive formula food blender.
Please continue with reference to shown in Fig. 2 to Fig. 4, formula food blender embodiment is driven on top of the present invention can additionally comprise a slag body collection receipts component 4, and the structure that this slag body collection receipts component 4 can be oozed out by liquid is made, and is preferably made up of the metal material of tool mesh.Component 4 received by this slag body collection can be placed in the tank 21 of this container 2, and this slag body collection is received component 4 and is incorporated into the axle center 31 of this cutter group 3, and the blade portion 32 of this cutter group 3 is arranged at this slag body collection and receives in component 4.Whereby, this slag body collection receipts component 4 can be driven by this axle center 31 in the lump with this blade portion 32 and rotate, in order to be separated with juice by the slag body in broken for food materials liquid.In addition, in the middle of section Example of the present invention, this blade portion 32 and this slag body collection are received component 4 and can relatively be moved axially by this container 2, to promote the aforementioned effect separated by slag body with juice, owing to having recorded in China's No. CN203262996 " scum juice segregation apparatus " Patent Case of bulletin that applicant previously applied in order to reaching the detailed construction of this purpose, about this blade portion 32 and this slag body collection can receiving component 4 and this container 2 makees to move axially relatively detailed configuration can pardon the most no longer to go and repeat.
Furthermore, first engaging piece 122 of this rotary shaft 12 can be provided with a ring lip 122a, this ring lip 122a is formed expanding from this first engaging piece 122 towards this tank 21, by arranging this ring lip 122a, even if this first engaging piece 122 made with second engaging piece 311 in this axle center 31 tolerances accurately relative time, this first engaging piece 122 still can be made to engage each other smoothly with this second engaging piece 311 via the guiding of this ring lip 122a, it can be avoided that the situation that this first engaging piece 122 cannot engage really with this second engaging piece 311 occurs, and then promote this top and drive the ease of use of formula food blender.
Additionally, formula food blender embodiment is driven on top of the present invention can arrange one first articulated section 1a and one second articulated section 2b respectively at this support 1 and this container 2, this support 1 can be articulated in the second articulated section 2b of this container 2 by this first articulated section 1a.Whereby, refer to shown in Fig. 5, this container 2 relative for this support 1 can be started by user with this first and second articulated section 1a, 2a for axle center, the heavier-weight being prevented effectively from this support 1 is difficult to mention the situation of this support 1 by user, drives the ease of use of formula food blender with this top of lifting further.
On the other hand, this container 2 is in addition to aforementioned tank 21, one collecting tank 22 and a controller 23 can be separately set, this collecting tank 22 can be arranged at below the horizontal level of this tank 21, and this collecting tank 22 has the valve 221 connecting this tank 21, this controller 23 is turned on and off this valve 221 in order to controlling.It can thus be appreciated that, by arranging this collecting tank 22 and controller 23, can be after the food materials processed in this tank 21 be completed by this blade portion 32, this controller 23 is utilized to control to open this valve 221, make the nature of the food materials broken liquid in this tank 21 flow into this collecting tank 22 via this valve 221, take for user so that broken for food materials liquid is stored in this collecting tank 22.
Again, due in the present embodiment, owing to this support 1 and the mutual pivot joint of this container 2 combine, this container 2 can also arrange an electrical box 24, this electrical box 24 is available for an accommodating component C, this component C can comprise the components such as power conversion unit (such as: transformator) and control circuit, and this component C can be electrically connected with the dynamical element 13 of this support 1 via wire, described wire can be through this first and second articulated section to be electrically connected with this component C and this dynamical element 13.Compare aforementioned existing top and drive that the main body 92 of formula food blender 9 is internal is generally additionally provided with power conversion unit (such as: transformator) and control circuit; formula food blender embodiment is driven by being arranged in this electrical box 24 by this component C in top of the present invention; the overall center of gravity of this food blender can be reduced further so that avoid this top to drive formula food blender and in operation, produce vibrations or the effect of situation such as to rock the most notable.
Refer to shown in Fig. 6, be top of the present invention another embodiment of driving formula food blender, the opening of this tank 21 is same and the rotary shaft 12 of this support 1, and part different with previous embodiment is: the opening of this tank 21 shifts to install with this dimple 112.In more detail, this container 2 is internal separately has an accommodation space R, this accommodation space R and this dimple 112 phase para-position.Whereby, owing to this dimple 112 extends along the axial direction X of this rotary shaft 12 from this base plate 11, when this container 2 is incorporated into the base plate 11 of this support 1, this dimple 112 will be formed in inside this accommodation space R, therefore this dynamical element 1 is also formed in inside this accommodation space R so that this dynamical element 13 height on the axial direction X of this rotary shaft 12 is less than the opening of this tank 21.Accordingly, top of the present invention is driven the overall center of gravity that another embodiment of formula food blender can make this top drive formula food blender equally and is effectively reduced, and produces vibrations to avoid this top to drive formula food blender or the situation such as rocks in operation.
In addition, top of the present invention is driven the support 1 of formula another embodiment of food blender and can be formed with container 2 and be detachably combined, that is, this support 1 can separate from this container 2, user can be pulled down after directly being mentioned by this support 1, in order to the position that the base plate 11 of this support 1 or the tank 21 etc. of this container 2 easily adhere to the broken liquid of food materials is carried out.
In sum, the top of the present invention is driven formula food blender and is arranged a dimple 112 by means of the base plate 11 of this support 1, and this dynamical element 13 is arranged in the middle of this dimple 112, this dynamical element 13 height on the axial direction X of this rotary shaft 12 opening less than this tank 21 can be made when this container 2 is incorporated into this support 1.Accordingly, formula food blender is driven on the top of the present invention can effectively reduce its overall center of gravity, produces, to avoid this top to drive formula food blender, situations such as shaking or rock, really have the effect promoting the running steadiness that formula food blender is driven on top in operation.
Furthermore, the section Example of formula food blender is driven on top of the present invention can be provided with a ring lip 122a in the first engaging piece 122 of this rotary shaft 12, in order to guide second engaging piece 311 in this axle center 31, this first engaging piece 122 is engaged each other smoothly, it is possible to reach to promote the effect of the ease of use that formula food blender is driven on this top with this second engaging piece 311.In addition, in formula food blender section Example is driven on top of the present invention, this support 1 and the mutual pivot joint of this container 2 combine, enable a user to this support 1 this container 2 relative start and this support 1 needn't be mentioned, it is possible to reach to promote further the effect of the ease of use that formula food blender is driven on this top.
Claims (14)
1. formula food blender is driven on a top, it is characterized in that, it comprises: a support, this support comprises a base plate, one rotary shaft, one dynamical element and a transmission component, this base plate has in relative first side and second side, this base plate is provided with a perforation and a dimple, this perforation runs through this first side and this second side, this dimple is arranged at the second side of this base plate, this rotary shaft is through this perforation and is articulated in this support, one end of this rotary shaft is provided with first engaging piece, this dynamical element is arranged in the middle of this dimple, this transmission component is arranged at the first side of this base plate, and this transmission component is respectively in connection with this rotary shaft and this dynamical element；
One container, this container can be incorporated into the base plate of this support, has a tank inside this container, and the opening of this tank is towards the second side of this base plate；And a cutter group, this cutter group is placed in this tank, and this cutter group comprises the axle center and a blade portion be combineding with each other, and the one end in this axle center is provided with second engaging piece, and this second engaging piece can engage each other with the first engaging piece of this rotary shaft.
2. formula food blender is driven on top as claimed in claim 1, it is characterised in that: this dimple extends along an axial direction of this rotary shaft from this base plate.
3. formula food blender is driven on top as claimed in claim 1, it is characterized in that: this transmission component comprises intermeshing first gear and second gear, this first gear and this second gear are respectively arranged at the first side of this base plate, one output shaft of this dynamical element protrudes out to combine this first gear outside this dimple, and this second gear is incorporated into this rotary shaft.
4. formula food blender is driven on top as claimed in claim 1, it is characterized in that: the rotary shaft phase para-position of the opening of this tank and this support, when this container combination is in this support, this base plate closes the opening of this tank, first engaging piece of this rotary shaft stretches into this tank, and this dynamical element height on an axial direction of this rotary shaft is less than the opening of this tank.
5. formula food blender is driven on top as claimed in claim 4, it is characterised in that: the opening of this tank separately with this dimple phase para-position, when this container combination is in this support, this dimple is formed at inside this tank.
6. formula food blender is driven on top as claimed in claim 1, it is characterized in that: the other end of this rotary shaft is provided with a pivot end, this support additionally comprises a top cover, and this top cover is incorporated into the first side of this base plate, this top cover is provided with an axis part, and this pivot end is rotatably engaged in this axis part.
7. formula food blender is driven on top as claimed in claim 6, it is characterized in that: this top cover additionally comprises a keeper, this keeper is incorporated into this top cover movably, and this keeper can move along this rotary shaft a axial direction, and this keeper is fixed in this axis part.
8. formula food blender is driven on top as claimed in claim 1, it is characterised in that: the bottom of this tank arranges an axle bed, and this axle bed other end for this axle center abuts, and this axle bed is along an axial direction of this rotary shaft and this mutual para-position of the first engaging piece.
9. formula food blender is driven on top as claimed in claim 1, it is characterised in that: the first engaging piece of this rotary shaft is provided with a ring lip, and this ring lip is formed expanding from this first engaging piece towards this tank.
10. formula food blender is driven on top as claimed in claim 1, it is characterised in that: this support arranges first articulated section, and this container arranges second articulated section, and this support is articulated in the second articulated section of this container by this first articulated section.
Formula food blender is driven on 11. tops as claimed in claim 1, it is characterised in that: this support is formed with this container and is detachably combined.
Formula food blender is driven on 12. tops as claimed in claim 1, it is characterized in that: additionally comprise a slag body collection and receive component, the structure that this slag body collection receipts component can be oozed out by liquid is made, this slag body collection is received component and is placed in this tank, this slag body collection is received component and is incorporated into this axle center, and this blade portion is arranged at this slag body collection and receives in component.
Formula food blender is driven on 13. tops as claimed in claim 1, it is characterized in that: this container separately arranges a collecting tank and a controller, this collecting tank is arranged at below the horizontal level of this tank, and this collecting tank has the valve connecting this tank, this controller is turned on and off this valve in order to controlling.
Formula food blender is driven on 14. tops as claimed in claim 10, it is characterised in that: this container separately arranges an electrical box, and this electrical box is for an accommodating component, and this component is electrically connected with the dynamical element of this support via wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510017305.8A CN105832192A (en) | 2015-01-14 | 2015-01-14 | Top drive type food material smashing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510017305.8A CN105832192A (en) | 2015-01-14 | 2015-01-14 | Top drive type food material smashing machine |
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| Publication Number | Publication Date |
|---|---|
| CN105832192A true CN105832192A (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510017305.8A Pending CN105832192A (en) | 2015-01-14 | 2015-01-14 | Top drive type food material smashing machine |
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| CN (1) | CN105832192A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2696474Y (en) * | 2004-02-23 | 2005-05-04 | 高汝培 | Fruit juice squeezer |
| CN201905766U (en) * | 2010-12-09 | 2011-07-27 | 广东新宝电器股份有限公司 | Food processor or blender |
| CN102727086A (en) * | 2011-03-30 | 2012-10-17 | 陈建荣 | Scum juice separator and food ingredient processing method |
| CN102961044A (en) * | 2012-11-09 | 2013-03-13 | 中山市美斯特实业有限公司 | Water-material separating multifunctional soybean milk making machine |
| CN203041973U (en) * | 2012-11-09 | 2013-07-10 | 周广杰 | Liquid food foaming device |
| CN203609327U (en) * | 2013-12-05 | 2014-05-28 | 广东新宝电器股份有限公司 | Meat mincing cutter brake mechanism |
-
2015
- 2015-01-14 CN CN201510017305.8A patent/CN105832192A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2696474Y (en) * | 2004-02-23 | 2005-05-04 | 高汝培 | Fruit juice squeezer |
| CN201905766U (en) * | 2010-12-09 | 2011-07-27 | 广东新宝电器股份有限公司 | Food processor or blender |
| CN102727086A (en) * | 2011-03-30 | 2012-10-17 | 陈建荣 | Scum juice separator and food ingredient processing method |
| CN102961044A (en) * | 2012-11-09 | 2013-03-13 | 中山市美斯特实业有限公司 | Water-material separating multifunctional soybean milk making machine |
| CN203041973U (en) * | 2012-11-09 | 2013-07-10 | 周广杰 | Liquid food foaming device |
| CN203609327U (en) * | 2013-12-05 | 2014-05-28 | 广东新宝电器股份有限公司 | Meat mincing cutter brake mechanism |
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