CN206868149U - A kind of multi partition agitator - Google Patents
A kind of multi partition agitator Download PDFInfo
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- CN206868149U CN206868149U CN201720493413.7U CN201720493413U CN206868149U CN 206868149 U CN206868149 U CN 206868149U CN 201720493413 U CN201720493413 U CN 201720493413U CN 206868149 U CN206868149 U CN 206868149U
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- 238000005192 partition Methods 0.000 title claims abstract description 49
- 238000003756 stirring Methods 0.000 claims abstract description 56
- 238000012423 maintenance Methods 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 8
- 229920002472 Starch Polymers 0.000 description 1
- 239000000853 adhesive Substances 0.000 description 1
- 230000001070 adhesive effect Effects 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 235000019698 starch Nutrition 0.000 description 1
- 239000008107 starch Substances 0.000 description 1
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- Crushing And Pulverization Processes (AREA)
Abstract
A kind of multi partition agitator is the utility model is related to, belongs to technical field of living goods.The utility model includes overarm brace, hemispherical gear, motor, retainer, rotating shaft I, rotating shaft II, large straight gear, stirring pawl I, Partition container, bevel gear I, bevel gear II, bevel gear III, rotating shaft III, small Spur gear, spill spin block, stirring pawl II, stirring pawl III, through hole screw；Overarm brace is arranged on Partition container, retainer is arranged on overarm brace top, motor is arranged on retainer, rotating shaft I is arranged on retainer bottom, spill spin block is arranged on the bottom of rotating shaft I, and rotating shaft II is arranged on spill spin block one end, and rotating shaft III is arranged on the spill spin block other end, large straight gear is arranged in rotating shaft II, and small Spur gear is arranged in rotating shaft III.The container of the utility model multi partition, stirring efficiency can be improved；Stirring pawl is flexibly dismantled, conveniently replaced, can be improved and is applicable efficiency；Function is more, can economize on resources；It is low to replace cost, is easy to manufacture, application easy to spread.
Description
Technical field
A kind of multi partition agitator is the utility model is related to, belongs to technical field of living goods.
Background technology
The lower end container part of our a common agitators typically only subregion, can only be contained simultaneously in daily life
One kind thing to be stirred, it is difficult to realize the life requirement of one-object-many-purposes.Such as when needing whipping egg and starch adhesive and both are unmixed
In the case of when, existing agitator can only stir by several times, and operating efficiency is low.Increase when the subregion of container, same to phase
Answer ground increase to mix the quantity of pawl, allow these to mix pawl and take their own roads at work, thing to be stirred is stirred in each self-corresponding subregion, this
Sample just can solve the problem that the problem of existing agitator can not stir a variety of things to be mixed simultaneously.In addition existing agitator structure compares
Complexity, cost is high, so on the one hand its use function is relatively simple, on the other hand also increases spending so that we live
It is inconvenient.With the progress of people's living standard and science and technology, people not only pursue its cost, more when using daily necessities
The function of its diversification is pursued, can not only so reduce the occupancy to resource, and displacement cost can be reduced.
The content of the invention
The purpose of this utility model is to provide a kind of multi partition agitator, to solve existing agitator structure complexity, function list
First, it is applicable the problems such as inconvenient.
The utility model is realized by following technical scheme：A kind of multi partition agitator, including overarm brace 1, hemispherical tooth
Wheel 2, motor 3, retainer 4, rotating shaft I 5, rotating shaft II 6, large straight gear 7, stirring pawl I 8, Partition container 9, bevel gear I 10, cone tooth
Take turns II 11, bevel gear III 12, rotating shaft III 14, small Spur gear 15, spill spin block 16, stirring pawl II 17, stirring pawl III 18, through hole screw
32；Overarm brace 1 is arranged on Partition container 9, and retainer 4 is arranged on the top of overarm brace 1, and bevel gear I 10 is arranged on maintenance
The top of body 4, hemispherical gear 2 are arranged on bevel gear I 10, and motor 3 is arranged on retainer 4, and rotating shaft I 5 is arranged on retainer 4
Bottom, spill spin block 16 are arranged on the bottom of rotating shaft I 5, and rotating shaft II 6 is arranged on the one end of spill spin block 16, and rotating shaft III 14 is arranged on spill spin block
16 other ends, large straight gear 7 are arranged in rotating shaft II 6, and stirring pawl I 8 is arranged on the bottom of rotating shaft II 6, and is located at Partition container 9
Interior, small Spur gear 15 is arranged in rotating shaft III 14, and stirring pawl II 17 is arranged on the bottom of rotating shaft III 14, and in Partition container 9,
Stirring pawl III 18 is arranged on the bottom of rotating shaft I 5, and in Partition container 9, bevel gear II 11 is arranged on the output shaft of motor 3,
Bevel gear I 10 engages with bevel gear II 11, and bevel gear III 12 is arranged on the top of rotating shaft I 5, and bevel gear III 12 nibbles with bevel gear II 11
Close.
The both sides of Partition container 9 offer semi-circular hole 22, and overarm brace 1 is held by semi-circular hole 22 installed in subregion
On device 9.
Bolt I 19 is installed on the overarm brace 1, the top of retainer 4 offers elongated through hole II 23, and retainer 4 is logical
Cross elongated through hole II 23 and be arranged on the top of overarm brace 1 with the cooperation of bolt I 19.
Elongated through hole I 20 is offered on the retainer 4, the bottom of retainer 4 offers screwed hole I 21, the top of retainer 4
Bearing II 24, bearing III 28 are installed on, bevel gear I 10 is arranged on the top of retainer 4 by bearing II 24, bearing III 28, bores tooth
Take turns I 10 tops and be installed on key II 27, the hemispherical top of gear 2 offers keyway II 59, hemispherical gear 2 by keyway II 59 with
Key II 27, which coordinates, to be arranged on bevel gear I 10, and the hemispherical bottom of gear 2 is provided with inner circular tooth 57, and the both sides of motor 3 offer elongated logical
Hole III 36, motor 3 is coordinated by the bolt III 37 being installed on thereon with elongated through hole III 36, elongated through hole I 20 is arranged on maintenance
On body 4, bevel gear II 11 is arranged on the output shaft of motor 3 by the key V 66 offered thereon, and axle is installed in rotating shaft I 5
I 13 are held, bevel gear III 12 is arranged in rotating shaft I 5 by bearing I 13, and key I 25 is installed in rotating shaft I 5, is opened on bevel gear III 12
The keyway IV 29 being provided with, the top of rotating shaft I 5 are provided with keyway V 54, and key I 25 coordinates with keyway IV 29, keyway V 54, on spill spin block 16
Elongated through hole IV 47, manhole II 55 are offered, manhole I 26 is offered in rotating shaft I 5, spiral shell is installed on spill spin block 16
Bolt II 34, rotating shaft I 5 are provided with the shaft shoulder 30, bearing IV 31 are installed in rotating shaft I 5, and bearing IV 31 is located at the bottom of the shaft shoulder 30, through hole
The top of screw 32 is provided with screw thread III 43, and rotating shaft I 5 passes through through hole screw 32, and the bearing IV 31 in rotating shaft I 5 is located at through hole screw 32
Interior, the screwed hole I 21 of screw thread III 43 and the bottom of retainer 4 on through hole screw 32, which coordinates, is arranged on rotating shaft I 5 under retainer 4
Portion, spill spin block 16 is coordinated by manhole I 26, elongated through hole IV 47 with bolt II 34 is arranged on the bottom of rotating shaft I 5, bolt II
Be installed on nut I 33 on 34, the bottom of rotating shaft I 5 offers internal thread hole II 46, the both sides of spill spin block 16 offer respectively groove I 63,
Groove II 64, the both sides of spill spin block 16 are further opened with U-lag I 61, U-lag II 62, bearing V 38, bearing are installed in rotating shaft II 6
VI 40, rotating shaft II 6 is arranged on the U-lag I 61 of the side of spill spin block 16 by bearing V 38, bearing VI 40, and the bottom of rotating shaft II 6 is set
There is screw thread IV 45, nut II 41 is installed on screw thread IV 45, key III 39 is installed in rotating shaft II 6, keyway is offered in rotating shaft II 6
IV 65, keyway I 58 is offered in large straight gear 7, large straight gear 7 is coordinated by keyway I 58, keyway IV 65 and key III 39 to be arranged on
In rotating shaft II 6, and engaged in the groove I 63 of spill spin block 16 with inner circular tooth 57, the bottom of rotating shaft II 6 offers internal thread hole I
44, bearing VII 48, bearing VIII 50 are installed in rotating shaft III 14, rotating shaft III 14 is arranged on rotation by bearing VII 48, bearing VIII 50
On the U-lag II 62 of the opposite side of block 16, the bottom of rotating shaft III 14 is provided with screw thread V 51, and nut III 52 is installed on screw thread V 51, turns
Key IV 49 is installed on axle III 14, keyway III 60 is offered in small Spur gear 15, small Spur gear 15 passes through keyway III 60 and key IV
49 coordinate in rotating shaft III 14, and are engaged in the groove II 64 of spill spin block 16 with inner circular tooth 57, the bottom of rotating shaft III 14
Internal thread hole III 53 is offered, the top of stirring pawl I 8 is provided with screw thread II 42, and stirring pawl I 8 passes through in screw thread II 42 and rotating shaft II 6
Screwed hole I 44 coordinates and is located at installed in the bottom of rotating shaft II 6 in Partition container 9, and the top of stirring pawl II 17 is provided with screw thread VI 56, stirs
Pawl II 17 is coordinated by screw thread VI 56 and the internal thread hole III 53 of rotating shaft III 14 and is located at Partition container 9 installed in the bottom of rotating shaft III 14
Interior, the top of stirring pawl III 18 is provided with screw thread I 35, and stirring pawl III 18 is coordinated by screw thread I 35 and the internal thread hole II 46 of rotating shaft I 5
It is located at installed in the bottom of rotating shaft I 5 in Partition container 9.
A kind of operation principle of multi partition agitator is：After the motor 3 of the equipment switches on power, band dynamic bevel gear II 11
Rotate.Bevel gear II 11 by being engaged with bevel gear I 10, bevel gear III 12, allow bevel gear I 10 and bevel gear III 12 make it is reverse
Rotate.Bevel gear I 10 drives hemispherical gear 2 to rotate again, and bevel gear III 12 drives rotating shaft I 5 to rotate, and hemispherical gear 2
Turn to and the steering of rotating shaft I 5 is also opposite.Rotating shaft I 5 drives spill spin block 16 to rotate, and spill spin block 16 drives rotating shaft I 5, large straight gear 7
Rotated with small Spur gear 15, rotating shaft I 5 drives stirring pawl 18 to rotate, and plays stirring action.Large straight gear 7 and small Spur gear simultaneously
15 engage with the inner circular tooth 57 in hemispherical gear 2 again, and can thus play makes large straight gear 7 and small Spur gear 15 accelerate to turn
It is dynamic, so as to drive rotating shaft II 6 and rotating shaft III 14 to accelerate to rotate, play a part of increase stirring pawl I 8 and the stirring rotating speed of pawl II 17,
Improve stirring pawl I 8 and stir the stirring efficiency of the place partition channel of pawl II 17.
The utility model has the advantages that：
1st, the container of multi partition, realize an agitator while stir a variety of things to be stirred, stirring efficiency can be improved；
2nd, stirring pawl is flexibly dismantled, conveniently replaced, can improve the applicable efficiency of mixer；
3rd, function is more, can economize on resources；
4th, it is low to replace cost, is easy to manufacture, application easy to spread.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is overarm brace of the present utility model, Partition container mounting structure schematic diagram；
Fig. 3 is Partition container supporting structure schematic diagram of the present utility model；
Fig. 4 is retainer structural representation of the present utility model；
Fig. 5 is bevel gear mounting structure schematic diagram of the present utility model；
Fig. 6 is motor of the present utility model, spill spin block mounting structure schematic diagram；
Fig. 7 is through hole bolt structure schematic diagram of the present utility model；
Fig. 8 is the structural representation of bevel gear III of the present utility model；
Fig. 9 is large straight gear mounting structure schematic diagram of the present utility model；
Figure 10 is the structural representation of rotating shaft II of the present utility model；
Figure 11 is the structural representation of rotating shaft I of the present utility model；
Figure 12 is hemispherical gear structure schematic diagram of the present utility model；
Figure 13 is spill spin block structural representation of the present utility model；
Figure 14 is hemispherical gear overlooking the structure diagram of the present utility model；
Figure 15 is the stirring structural representation of pawl III of the present utility model.
In figure respectively marked as：1：Overarm brace, 2：Hemispherical gear, 3：Motor, 4：Retainer, 5：Rotating shaft I, 6：Rotating shaft
Ⅱ、7：Large straight gear, 8：Stir pawl I, 9：Partition container, 10：Bevel gear I, 11：Bevel gear II, 12：Bevel gear III, 13：Bearing
Ⅰ、14：Rotating shaft III, 15：Small Spur gear, 16：Spill spin block, 17：Stir pawl II, 18：Stir pawl III, 19：Bolt I, 20：It is elongated logical
Hole I, 21：Screwed hole I, 22：Semi-circular hole, 23：Elongated through hole II, 24：Bearing II, 25：Key I, 26：Manhole I, 27：Key
Ⅱ、28：Bearing III, 29：Keyway IV 30：The shaft shoulder, 31：Bearing IV, 32：Through hole screw, 33：Nut I, 34：Bolt II, 35：Spiral shell
Line I, 36：Elongated through hole III, 37：Bolt III, 38：Bearing V, 39：Key III, 40：Bearing VI, 41：Nut II, 42：Screw thread II,
43：Screw thread III, 44：Internal thread hole I, 45：Screw thread IV, 46：Internal thread hole II, 47：Elongated through hole IV, 48：Bearing VII, 49：Key
Ⅳ、50：Bearing VIII, 51：Screw thread V, 52：Nut III, 53：Internal thread hole III, 54：Keyway V, 55：Manhole II, 56：Spiral shell
Line VI, 57：Inner circular tooth, 58：Keyway I, 59：Keyway II, 60：Keyway III, 61：U-shaped hole I, 62：U-shaped hole II, 63：Shrinkage pool I, 64：
Shrinkage pool II, 65：Keyway IV, 66：Key V.
Embodiment
With reference to the accompanying drawings and examples, the utility model is described in further detail, but content of the present utility model is not
It is limited to the scope.
Embodiment 1：As shown in figures 1-15, a kind of multi partition agitator, including overarm brace 1, hemispherical gear 2, motor
3rd, retainer 4, rotating shaft I 5, rotating shaft II 6, large straight gear 7, stirring pawl I 8, Partition container 9, bevel gear I 10, bevel gear II 11, cone
Gear III 12, rotating shaft III 14, small Spur gear 15, spill spin block 16, stirring pawl II 17, stirring pawl III 18, through hole screw 32；Crossbeam branch
Frame 1 is arranged on Partition container 9, and retainer 4 is arranged on the top of overarm brace 1, and bevel gear I 10 is arranged on the top of retainer 4, and half
Spherical gear 2 is arranged on bevel gear I 10, and motor 3 is arranged on retainer 4, and rotating shaft I 5 is arranged on the bottom of retainer 4, rotation
Block 16 is arranged on the bottom of rotating shaft I 5, and rotating shaft II 6 is arranged on the one end of spill spin block 16, and rotating shaft III 14 is arranged on the other end of spill spin block 16,
Large straight gear 7 is arranged in rotating shaft II 6, and stirring pawl I 8 is arranged on the bottom of rotating shaft II 6, and in Partition container 9, small Spur gear
15 are arranged in rotating shaft III 14, and stirring pawl II 17 is arranged on the bottom of rotating shaft III 14, and in Partition container 9, stir pawl III 18
Installed in the bottom of rotating shaft I 5, and in Partition container 9, bevel gear II 11 is arranged on the output shaft of motor 3, bevel gear I 10
Engaged with bevel gear II 11, bevel gear III 12 is arranged on the top of rotating shaft I 5, and bevel gear III 12 engages with bevel gear II 11.
The both sides of Partition container 9 offer semi-circular hole 22, and overarm brace 1 is arranged on Partition container 9 by semi-circular hole 22
On.
Bolt I 19 is installed on overarm brace 1, the top of retainer 4 offers elongated through hole II 23, and retainer 4 passes through length
Shape through hole II 23 coordinates with bolt I 19 is arranged on the top of overarm brace 1.
Elongated through hole I 20 is offered on retainer 4, the bottom of retainer 4 offers screwed hole I 21, and the top of retainer 4 is installed
There are bearing II 24, bearing III 28, bevel gear I 10 is arranged on the top of retainer 4, bevel gear I 10 by bearing II 24, bearing III 28
Top is installed on key II 27, and the hemispherical top of gear 2 offers keyway II 59, and hemispherical gear 2 passes through keyway II 59 and key II
27 coordinate on bevel gear I 10, and the hemispherical bottom of gear 2 is provided with inner circular tooth 57, and the both sides of motor 3 offer elongated through hole III
36, motor 3 is coordinated by the bolt III 37 being installed on thereon with elongated through hole III 36, elongated through hole I 20 is arranged on retainer 4
On, bevel gear II 11 is arranged on the output shaft of motor 3 by the key V 66 offered thereon, and bearing I is installed in rotating shaft I 5
13, bevel gear III 12 is arranged in rotating shaft I 5 by bearing I 13, and key I 25 is installed in rotating shaft I 5, is offered on bevel gear III 12
Keyway IV 29, the top of rotating shaft I 5 is provided with keyway V 54, and key I 25 coordinates with keyway IV 29, keyway V 54, is opened up on spill spin block 16
There are elongated through hole IV 47, manhole II 55, manhole I 26 is offered in rotating shaft I 5, bolt II is installed on spill spin block 16
34, rotating shaft I 5 is provided with the shaft shoulder 30, and bearing IV 31 is installed in rotating shaft I 5, and bearing IV 31 is located at the bottom of the shaft shoulder 30, through hole screw
32 tops are provided with screw thread III 43, and rotating shaft I 5 passes through through hole screw 32, and the bearing IV 31 in rotating shaft I 5 is located in through hole screw 32, leads to
The screwed hole I 21 of screw thread III 43 and the bottom of retainer 4 on hole screw 32 coordinates is arranged on the bottom of retainer 4 by rotating shaft I 5, revolves
Switch block 16 is coordinated by manhole I 26, elongated through hole IV 47 with bolt II 34 is arranged on the bottom of rotating shaft I 5, pacifies on bolt II 34
Provided with nut I 33, the bottom of rotating shaft I 5 offers internal thread hole II 46, and the both sides of spill spin block 16 offer groove I 63, groove II respectively
64, the both sides of spill spin block 16 are further opened with U-lag I 61, U-lag II 62, and bearing V 38, bearing VI 40 are installed in rotating shaft II 6, turn
Axle II 6 is arranged on the U-lag I 61 of the side of spill spin block 16 by bearing V 38, bearing VI 40, and the bottom of rotating shaft II 6 is provided with screw thread
IV 45, nut II 41 is installed on screw thread IV 45, and key III 39 is installed in rotating shaft II 6, keyway IV 65 is offered in rotating shaft II 6,
Keyway I 58 is offered in large straight gear 7, large straight gear 7 is coordinated by keyway I 58, keyway IV 65 with key III 39 is arranged on rotating shaft
On II 6, and engaged in the groove I 63 of spill spin block 16 with inner circular tooth 57, the bottom of rotating shaft II 6 offers internal thread hole I 44, turns
Bearing VII 48, bearing VIII 50 are installed on axle III 14, rotating shaft III 14 is another installed in spill spin block 16 by bearing VII 48, bearing VIII 50
On the U-lag II 62 of side, the bottom of rotating shaft III 14 is provided with screw thread V 51, and nut III 52, rotating shaft III 14 are installed on screw thread V 51
On be installed on key IV 49, offer keyway III 60 in small Spur gear 15, small Spur gear 15 passes through keyway III 60 and coordinated with key IV 49
In rotating shaft III 14, and engaged in the groove II 64 of spill spin block 16 with inner circular tooth 57, the bottom of rotating shaft III 14 offers
Internal thread hole III 53, the top of stirring pawl I 8 are provided with screw thread II 42, and stirring pawl I 8 passes through screw thread II 42 and the internal thread hole of rotating shaft II 6
I 44 cooperations are located in Partition container 9 installed in the bottom of rotating shaft II 6, and the top of stirring pawl II 17 is provided with screw thread VI 56, stirs pawl II 17
Coordinated by screw thread VI 56 and the internal thread hole III 53 of rotating shaft III 14 and be located at installed in the bottom of rotating shaft III 14 in Partition container 9, stirred
Mix the top of pawl III 18 and be provided with screw thread I 35, stirring pawl III 18 is coordinated by the internal thread hole II 46 of screw thread I 35 and rotating shaft I 5 to be arranged on
The bottom of rotating shaft I 5 is located in Partition container 9.
Claims (4)
- A kind of 1. multi partition agitator, it is characterised in that：Including overarm brace（1）, hemispherical gear（2）, motor（3）, maintenance Body（4）, rotating shaft I（5）, rotating shaft II（6）, large straight gear（7）, stirring pawl I（8）, Partition container（9）, bevel gear I（10）, cone tooth Wheel II（11）, bevel gear III（12）, rotating shaft III（14）, small Spur gear（15）, spill spin block（16）, stirring pawl II（17）, stirring pawl Ⅲ（18）, through hole screw（32）；Overarm brace（1）Installed in Partition container（9）On, retainer（4）Installed in overarm brace（1） Top, bevel gear I（10）Installed in retainer（4）Top, hemispherical gear（2）Installed in bevel gear I（10）On, motor（3） Installed in retainer（4）On, rotating shaft I（5）Installed in retainer（4）Bottom, spill spin block（16）Installed in rotating shaft I（5）Bottom, turn Axle II（6）Installed in spill spin block（16）One end, rotating shaft III（14）Installed in spill spin block（16）The other end, large straight gear（7）Installation In rotating shaft II（6）On, stir pawl I（8）Installed in rotating shaft II（6）Bottom, and it is located at Partition container（9）It is interior, small Spur gear（15） Installed in rotating shaft III（14）On, stir pawl II（17）Installed in rotating shaft III（14）Bottom, and it is located at Partition container（9）It is interior, stirring Pawl III（18）Installed in rotating shaft I（5）Bottom, and it is located at Partition container（9）It is interior, bevel gear II（11）Installed in motor（3）It is defeated On shaft, bevel gear I（10）With bevel gear II（11）Engagement, bevel gear III（12）Installed in rotating shaft I（5）Top, bevel gear III （12）With bevel gear II（11）Engagement.
- 2. multi partition agitator according to claim 1, it is characterised in that：The Partition container（9）Both sides offer half Circular port（22）, overarm brace（1）Pass through semi-circular hole（22）Installed in Partition container（9）On.
- 3. multi partition agitator according to claim 1, it is characterised in that：The overarm brace（1）On be installed on bolt I （19）, retainer（4）Top offers elongated through hole II（23）, retainer（4）Pass through elongated through hole II（23）With bolt I（19） Cooperation is arranged on overarm brace（1）Top.
- 4. multi partition agitator according to claim 1, it is characterised in that：The retainer（4）On offer it is elongated logical Hole I（20）, retainer（4）Bottom offers screwed hole I（21）, retainer（4）Top is installed on bearing II（24）, bearing III （28）, bevel gear I（10）Pass through bearing II（24）, bearing III（28）Installed in retainer（4）Top, bevel gear I（10）Top It is installed on key II（27）, hemispherical gear（2）Top offers keyway II（59）, hemispherical gear（2）Pass through keyway II（59） With key II（27）Cooperation is arranged on bevel gear I（10）On, hemispherical gear（2）Bottom is provided with inner circular tooth（57）, motor（3）Both sides Offer elongated through hole III（36）, motor（3）Pass through the bolt III being installed on thereon（37）With elongated through hole III（36）, it is elongated logical Hole I（20）Cooperation is arranged on retainer（4）On, bevel gear II（11）Pass through the key V offered thereon（66）Installed in motor （3）Output shaft on, rotating shaft I（5）On be installed on bearing I（13）, bevel gear III（12）Pass through bearing I（13）Installed in rotating shaft I （5）On, rotating shaft I（5）On be installed on key I（25）, bevel gear III（12）On the keyway IV that offers（29）, rotating shaft I（5）Top is set There is keyway V（54）, key I（25）With keyway IV（29）, keyway V（54）Coordinate, spill spin block（16）On offer elongated through hole IV （47）, manhole II（55）, rotating shaft I（5）On offer manhole I（26）, spill spin block（16）On be installed on bolt II （34）, rotating shaft I（5）It is provided with the shaft shoulder（30）, rotating shaft I（5）On be installed on bearing IV（31）, bearing IV（31）Positioned at the shaft shoulder（30） Bottom, through hole screw（32）Top is provided with screw thread III（43）, rotating shaft I（5）Through through hole screw（32）, rotating shaft I（5）On bearing Ⅳ（31）Positioned at through hole screw（32）It is interior, through hole screw（32）On screw thread III（43）With the screwed hole I of the bottom of retainer 4（21） Coordinate rotating shaft I（5）Installed in the bottom of retainer 4, spill spin block（16）Pass through manhole I（26）, elongated through hole IV（47）With Bolt II（34）Cooperation is arranged on rotating shaft I（5）Bottom, bolt II（34）On be installed on nut I（33）, rotating shaft I（5）Bottom opens up There is internal thread hole II（46）, spill spin block（16）Both sides offer groove I respectively（63）, groove II（64）, spill spin block（16）Both sides It is further opened with U-lag I（61）, U-lag II（62）, rotating shaft II（6）On be installed on bearing V（38）, bearing VI（40）, rotating shaft II （6）Pass through bearing V（38）, bearing VI（40）Installed in spill spin block（16）The U-lag I of side（61）On, rotating shaft II（6）Bottom Provided with screw thread IV（45）, screw thread IV（45）On be installed on nut II（41）, rotating shaft II（6）On be installed on key III（39）, rotating shaft II （6）On offer keyway IV（65）, large straight gear（7）Inside offer keyway I（58）, large straight gear（7）Pass through keyway I（58）、 Keyway IV（65）With key III（39）Cooperation is arranged on rotating shaft II（6）On, and it is located at spill spin block（16）Groove I（63）Interior and inner ring Tooth（57）Engagement, rotating shaft II（6）Bottom offers internal thread hole I（44）, rotating shaft III（14）On be installed on bearing VII（48）, bearing Ⅷ（50）, rotating shaft III（14）Pass through bearing VII（48）, bearing VIII（50）Installed in spill spin block（16）The U-lag II of opposite side（62） On, rotating shaft III（14）Bottom is provided with screw thread V（51）, screw thread V（51）On be installed on nut III（52）, rotating shaft III（14）On install There is key IV（49）, small Spur gear（15）Inside offer keyway III（60）, small Spur gear（15）Pass through keyway III（60）With key IV （49）Cooperation is arranged on rotating shaft III（14）On, and it is located at spill spin block（16）Groove II（64）Interior and inner circular tooth（57）Engagement, turn Axle III（14）Bottom offers internal thread hole III（53）, stir pawl I（8）Top is provided with screw thread II（42）, stir pawl I（8）Pass through Screw thread II（42）With rotating shaft II（6）Internal thread hole I（44）Cooperation is arranged on rotating shaft II（6）Bottom is located at Partition container（9）It is interior, Stir pawl II（17）Top is provided with screw thread VI（56）, stir pawl II（17）Pass through screw thread VI（56）With rotating shaft III（14）Internal thread Hole III（53）Cooperation is arranged on rotating shaft III（14）Bottom is located at Partition container（9）It is interior, stir pawl III（18）Top is provided with screw thread I （35）, stir pawl III（18）Pass through screw thread I（35）With rotating shaft I（5）Internal thread hole II（46）Cooperation is arranged on rotating shaft I（5）Under Portion is located at Partition container（9）It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720493413.7U CN206868149U (en) | 2017-05-05 | 2017-05-05 | A kind of multi partition agitator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720493413.7U CN206868149U (en) | 2017-05-05 | 2017-05-05 | A kind of multi partition agitator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206868149U true CN206868149U (en) | 2018-01-12 |
Family
ID=61339609
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720493413.7U Active CN206868149U (en) | 2017-05-05 | 2017-05-05 | A kind of multi partition agitator |
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| Country | Link |
|---|---|
| CN (1) | CN206868149U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107029620A (en) * | 2017-05-05 | 2017-08-11 | 昆明理工大学 | A kind of multi partition agitator |
-
2017
- 2017-05-05 CN CN201720493413.7U patent/CN206868149U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107029620A (en) * | 2017-05-05 | 2017-08-11 | 昆明理工大学 | A kind of multi partition agitator |
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