CN207941464U - A kind of vacuum emulsion mixer - Google Patents
A kind of vacuum emulsion mixer Download PDFInfo
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- CN207941464U CN207941464U CN201721576053.3U CN201721576053U CN207941464U CN 207941464 U CN207941464 U CN 207941464U CN 201721576053 U CN201721576053 U CN 201721576053U CN 207941464 U CN207941464 U CN 207941464U
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Abstract
The utility model discloses a kind of vacuum emulsion mixer, including emulsification pot component, drive assembly, hydraulic mechanism, vacuum pump, material-pouring devices.Drive assembly is an independent module, can carry out independent assembly on ground, after assembly can monoblock installation and equipment corresponding position, avoid the inconvenience and personal safety hidden danger that single part is brought in assembly on whole set equipment because equipment is excessively high one by one.Driving motor, drive assembly, clump weight are in conplane assembly method, reduce the assembly height of equipment, so that the applicable situation of equipment expands significantly, material-pouring device by the design of belt pulley and adjustable adjusting screw component, T-type bottom plate, L-type fixed plate, to improve equipment performance and equipment safety.
Description
Technical field
The utility model is related to vacuum emulsion mixers, and in particular to a kind of vacuum emulsion mixer.
Background technology
Vacuum emulsion mixer is widely used in pharmacy, chemical industry, food, the industries such as daily use chemicals.Raw material is emulsified,
Matter is disperseed, and is mixed, shearing.With the development of society, improving the performance of equipment, quality, hommization and the control of equipment are more
Add it is simple to operation be thus using user strong request.
But vacuum emulsion mixer currently on the market is to use traditional tactic pattern, unreasonable structure that equipment is caused to make
With short life, repair is frequently.Overall structure has violated the normal laws of use of the mankind.It causes to control equipment using button control
Complication, be easy the injures and deaths of the damage and personnel of violation operation equipment.
Invention content
The utility model is directed to the situation of the prior art, provides a kind of vacuum emulsion mixer, and drive assembly is one
Independent module can carry out independent assembly on ground, after assembly can monoblock installation and equipment corresponding position, avoid single
The inconvenience and personal safety hidden danger that part is brought in assembly on whole set equipment because equipment is excessively high one by one.Driving motor, biography
Dynamic assembly, clump weight reduce the assembly height of equipment so that the applicable situation of equipment is significantly in conplane assembly method
Expand, material-pouring device by the design of belt pulley and adjustable adjusting screw component, T-type bottom plate, L-type fixed plate, to
Improve the safety of the performance and equipment of equipment.
In order to solve the above technical problems, the technical solution that the utility model uses is:A kind of vacuum emulsion mixer,
Including
Emulsify pot component, emulsification pot component includes emulsification pot, and emulsification pot includes pot body, pot cover, be equipped in pot body stirring frame,
Middle lower axle with paddle stirring leaf and with across middle lower axle and with the center lower axle of middle lower axle coaxial line, center lower axle lower end peace
Emulsifying device is filled, there is stirring frame flange in stirring frame,
Drive assembly, the drive assembly are mounted on crossbeam one end and are fixedly connected with pot cover, and the other end setting of crossbeam is matched
Pouring weight, drive assembly include the runner assembly by setting gradually except interior and the axis of coaxial line, outer shaft and central shaft are formed,
The lower end of outer shaft connects stirring frame flange, the lower end connection center lower axle of axis, and the lower end connection center lower axle of central shaft is also wrapped
A reducer pedestal threeway is included, the reducer pedestal threeway is up and down and there is through-hole, the runner assembly to pass through cone for one of side
Bearing assembly is stretched by being stretched into reducer pedestal threeway below reducer pedestal threeway, and central shaft is by the logical of reducer pedestal upper surface
Hole extend out to that reducer pedestal threeway is outer and connect driving mechanism, and axis of cone bearing assembly is fixedly connected with reducer pedestal threeway, positioned at subtracting
Height in fast engine base threeway where axis upper surface is higher by the height where outer shaft upper surface, and outer shaft upper end is fixed with outer shaft quilt
Dynamic large bevel gear, axis upper end are fixed with the passive large bevel gear of axis, and there is the side installation of through-hole to slow down for reducer pedestal threeway
Machine, speed reducer drive the driving bevel pinion being connect with the passive large bevel gear of axis and the passive large bevel gear of outer shaft, driving mechanism
For belt pulley, which is connected at the driving motor in the middle part of crossbeam by belt,
Hydraulic mechanism, hydraulic mechanism include the hydraulic stem for driving crossbeam to move up or down and are provided to the hydraulic stem
The power source of power,
Vacuum pump, for will be evacuated in the emulsification pot,
Material-pouring device, the material-pouring device is for overturning pot body.
Material-pouring device includes batch turning speed reducer base component, batch turning speed reducer base component as a preferred embodiment of the above solution,
Upper fixed batch turning speed reducer, the belt pulley of batch turning speed reducer is by belt connecting worm belt pulley, worm pulley connecting worm,
Worm screw connects turbine, and turbine center is fixed with the batch turning axis for connecting emulsification pot.
Batch turning speed reducer base component includes that T-type bottom plate, adjusting screw component, L-type are solid as a preferred embodiment of the above solution,
Fixed board, speed reducer fix bottom plate, T-type bottom plate include the first bottom plate 23, starting stave 24, L-type fixed plate include the second bottom plate 38,
Second riser 35, adjusting screw component include the first screw rod 36, the first nut 37, the second nut 39, third nut 40, the second spiral shell
Bar 25, the 4th nut 27, have elongate holes on the second riser, and the second screw rod, which passes through, connects the after starting stave, elongate holes
Four nuts mutually fix starting stave and the second riser, and the first screw rod passes through the first nut, the second bottom plate, the second nut, third
Nut, the first bottom plate mutually fix the first bottom plate and the second bottom plate, and third nut is bonded the first bottom plate, the lower face of the first nut
It is bonded the second bottom plate with the upper surface of the second nut.
Turbine, worm screw are fixed on the rack by mounting plate as a preferred embodiment of the above solution,.
The utility model has the beneficial effects that:Drive assembly is an independent module, can carry out independent assembly on ground,
After assembly can monoblock installation with equipment corresponding position, avoid single part one by one on whole set equipment assembly because setting
The inconvenience brought for excessively high and personal safety hidden danger.The fit system of bevel gear improves speed reducer and is driven by shaft coupling
It is caused from the transmission shaft (head be equipped with driving bevel pinion) of two bearing seat supports with need to be manufactured with passive large bevel gear
Assembling deviation the drawbacks of.Driving motor, drive assembly, clump weight reduce the total of equipment in conplane assembly method
At height so that the applicable situation of equipment expands significantly, material-pouring device by belt pulley and adjustable adjusting screw component,
The design of T-type bottom plate, L-type fixed plate, to improve equipment performance and equipment safety.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model;
Fig. 2 is the assembling schematic diagram of drive assembly and pot cover;
Fig. 3 is the schematic diagram of material-pouring device;
Fig. 4 is batch turning speed reducer in material-pouring device, turbine, worm screw cooperation schematic diagram;
Fig. 5 is the structural schematic diagram of stirring frame.
In figure:1, pot cover, 2, stirring frame flange, 3, flange, 4, axis of cone bearing, 5, cone bearing cushion cover, 6, axis of cone pressure-bearing
Lid, 7, reducer pedestal threeway, 8, outer shaft, 9, outer shaft bevel gear cushion cover, 10, axis, 11, the passive large bevel gear of axis, 12, axis
Bevel gear cushion cover, 13, the passive gamp tooth of axis, 14, upper high speed shaft bearing, 15, upper high-speed bearing gland, 16, belt pulley, 17,
Speed reducer, 18, driving bevel pinion, 19, outer shaft mechanical seal, 20, axis mechanical seal, 21, upper bearing (metal), 22, lower bearing.
Specific implementation mode
With reference to embodiment, specific embodiment of the present utility model is further described.
As shown in Figs. 1-5, a kind of vacuum emulsion mixer, including emulsification pot component, emulsification pot component include emulsification pot, breast
It includes pot body 47, pot cover to change pot, be equipped in pot body stirring frame 48, the middle lower axle with paddle stirring leaf and with across middle lower axle 50
And with the center lower axle 49 of middle lower axle coaxial line, center lower axle lower end installs emulsifying device, has stirring frame in stirring frame
Flange.
Drive assembly, the drive assembly are mounted on 46 one end of crossbeam and are fixedly connected with pot cover, the other end setting of crossbeam
Clump weight 44, drive assembly include the rotation by setting gradually except interior and the axis of coaxial line, outer shaft and central shaft are formed
Component, the lower end of outer shaft connect stirring frame flange, the lower end connection center lower axle of axis, under the lower end connection center of central shaft
Axis further includes a reducer pedestal threeway, and the reducer pedestal threeway is up and down and one of side has through-hole, the runner assembly
It is stretched into across axis of cone bearing assembly by being stretched into reducer pedestal threeway below reducer pedestal threeway, and central shaft is by reducer pedestal upper end
The through-hole in face extend out to outside reducer pedestal threeway and connects driving mechanism, and axis of cone bearing assembly is fixedly connected with reducer pedestal threeway,
Height where being higher by outer shaft upper surface positioned at the height where axis upper surface in reducer pedestal threeway, outer shaft upper end is fixed with
The passive large bevel gear of outer shaft, axis upper end are fixed with the passive large bevel gear of axis, and there is the side of through-hole to pacify for reducer pedestal threeway
Speed reducer is filled, speed reducer drives the driving bevel pinion being connect with the passive large bevel gear of axis and the passive large bevel gear of outer shaft, drives
Motivation structure is belt pulley, which is connected at the driving motor 45 in the middle part of crossbeam by belt, wherein axis of cone bearing assembly packet
Axis of cone bearing is included, which is tubular shell, and upper bearing (metal) 21, lower bearing 22, upper bearing (metal) and lower axle is arranged in axis of cone bearing
It is separated by cone bearing cushion cover 5 between holding, more specifically, the upper bearing (metal) in axis of cone bearing is compressed by axis of cone pressure cap 6, then on edge
Outer shaft bevel gear cushion cover 9 is arranged in 8 tube wall direction of outer shaft, then installs the passive large bevel gear 11 of outer shaft and be screwed, in outer shaft
Then middle shaft bevel gear cushion cover 12 of the upper surface setting with certain altitude installs the passive gamp tooth 13 of axis and takes turns and utilize screw
It is fixed, then driving bevel pinion 18 and speed reducer 17, assembly center axis, upper high speed shaft bearing 14, upper high speed shaft pressure-bearing are installed
Lid 15, belt pulley 16 form module.
Specific assembly is that axis of cone bearing 4 is fixedly connected with the flange 3 emulsified on pot cover 1 between axis of cone bearing lower end and outer shaft
By 19 secure fit of outer shaft mechanical seal, axis lower end is fixedly connected with stirring frame flange 2, and between stirring frame flange and axis
Sealing using axis mechanical seal 20 coordinate.
Hydraulic mechanism, hydraulic mechanism include the hydraulic stem 43 for driving crossbeam to move up or down and are carried to the hydraulic stem
For the power source 42 of power.
Vacuum pump 41, for will be evacuated in the emulsification pot.
Material-pouring device, the material-pouring device is for overturning pot body.
Material-pouring device includes batch turning speed reducer base component, fixes batch turning speed reducer on batch turning speed reducer base component,
Expect that the belt pulley 29 of speed reducer 28 passes through 30 connecting worm belt pulley of belt, worm pulley connecting worm 32, worm screw connection whirlpool
Wheel 34, turbine center are fixed with the batch turning axis 33 for connecting emulsification pot.
Batch turning speed reducer base component includes T-type bottom plate, adjusting screw component, L-type fixed plate, speed reducer fixation bottom plate
26, T-type bottom plate includes the first bottom plate 23, starting stave 24, and L-type fixed plate includes the second bottom plate 38, the second riser 35, is adjusted
Screw assembly includes the first screw rod 36, the first nut 37, the second nut 39, third nut 40, the second screw rod 25, the 4th nut
27, the 4th nut of connection is erected first after there are on the second riser elongate holes, the second screw rod to pass through starting stave, elongate holes
Plate and the second riser are mutually fixed, and the first screw rod passes through the first nut, the second bottom plate, the second nut, third nut, the first bottom plate will
First bottom plate and the second bottom plate are mutually fixed, and third nut is bonded the first bottom plate, the lower face of the first nut and the second nut it is upper
End face is bonded the second bottom plate.
Turbine, worm screw are fixed on the rack by mounting plate 31.
Variation, the utility model on the basis of the utility model to the shape of product, size, color and combination
Product overall dimension, color change all in the utility model range claimed.
Claims (4)
1. a kind of vacuum emulsion mixer, which is characterized in that including
Pot component is emulsified, emulsification pot component includes emulsification pot, and emulsification pot includes pot body, pot cover, and stirring frame is equipped in pot body, is carried
The middle lower axle of paddle stirring leaf and with across middle lower axle and with the center lower axle of middle lower axle coaxial line, the installation of center lower axle lower end is equal
Matter emulsifier unit has stirring frame flange in stirring frame,
Drive assembly, the drive assembly are mounted on crossbeam one end and are fixedly connected with pot cover, and clump weight is arranged in the other end of crossbeam,
Drive assembly includes the runner assembly by setting gradually except interior and the axis of coaxial line, outer shaft and central shaft are formed, outer shaft
Lower end connect stirring frame flange, the lower end connection center lower axle of axis, the lower end connection center lower axle of central shaft, further includes one
Reducer pedestal threeway, the reducer pedestal threeway is up and down and there is through-hole, the runner assembly to pass through cone bearing for one of side
Component is stretched by being stretched into reducer pedestal threeway below reducer pedestal threeway, and central shaft is stretched by the through-hole of reducer pedestal upper surface
Go out to outside reducer pedestal threeway and driving mechanism is connected, axis of cone bearing assembly is fixedly connected with reducer pedestal threeway, is located at speed reducer
Height in seat threeway where axis upper surface is higher by the height where outer shaft upper surface, and it is passively big that outer shaft upper end is fixed with outer shaft
Bevel gear, axis upper end are fixed with the passive large bevel gear of axis, and there is the side of through-hole to install speed reducer, subtract for reducer pedestal threeway
Fast machine drives the driving bevel pinion being connect with the passive large bevel gear of axis and the passive large bevel gear of outer shaft, and driving mechanism is belt
Wheel, the belt pulley are connected at the driving motor in the middle part of crossbeam by belt,
Hydraulic mechanism, hydraulic mechanism include the hydraulic cylinder for driving crossbeam to move up or down and provide power to the hydraulic stem
Power source,
Vacuum pump, for will be evacuated in the emulsification pot,
Material-pouring device, the material-pouring device is for overturning pot body.
2. vacuum emulsion mixer as described in claim 1, which is characterized in that material-pouring device includes batch turning speed reducer base group
Part fixes batch turning speed reducer on batch turning speed reducer base component, and the belt pulley of batch turning speed reducer passes through belt connecting worm belt
Wheel, worm pulley connecting worm, worm screw connect turbine, and turbine center is fixed with the batch turning axis for connecting emulsification pot.
3. vacuum emulsion mixer as claimed in claim 2, which is characterized in that batch turning speed reducer base component includes T-type bottom
Plate, adjusting screw component, L-type fixed plate, speed reducer fix bottom plate, and T-type bottom plate includes the first bottom plate, starting stave, and L-type is fixed
Plate include the second bottom plate, the second riser, adjusting screw component include the first screw rod, the first nut, the second nut, third nut,
Second screw rod, the 4th nut connect after there are on the second riser elongate holes, the second screw rod to pass through starting stave, elongate holes
4th nut mutually fixes starting stave and the second riser, and the first screw rod passes through the first nut, the second bottom plate, the second nut, the
Three nuts, the first bottom plate mutually fix the first bottom plate and the second bottom plate, and third nut is bonded the first bottom plate, the lower end of the first nut
Face and the upper surface of the second nut are bonded the second bottom plate.
4. vacuum emulsion mixer as claimed in claim 2, which is characterized in that turbine, worm screw are fixed on machine by mounting plate
On frame.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201721576053.3U CN207941464U (en) | 2017-11-22 | 2017-11-22 | A kind of vacuum emulsion mixer |
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CN201721576053.3U CN207941464U (en) | 2017-11-22 | 2017-11-22 | A kind of vacuum emulsion mixer |
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CN207941464U true CN207941464U (en) | 2018-10-09 |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107803151A (en) * | 2017-11-22 | 2018-03-16 | 浙江谷地机械科技有限公司 | A kind of vacuum emulsion mixer group |
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2017
- 2017-11-22 CN CN201721576053.3U patent/CN207941464U/en active Active
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107803151A (en) * | 2017-11-22 | 2018-03-16 | 浙江谷地机械科技有限公司 | A kind of vacuum emulsion mixer group |
CN107803151B (en) * | 2017-11-22 | 2023-04-07 | 浙江谷地机械科技有限公司 | Vacuum emulsification stirring unit |
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