CN206535242U - Continuous centrifugal extraction equipment - Google Patents
Continuous centrifugal extraction equipment Download PDFInfo
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- CN206535242U CN206535242U CN201720197885.8U CN201720197885U CN206535242U CN 206535242 U CN206535242 U CN 206535242U CN 201720197885 U CN201720197885 U CN 201720197885U CN 206535242 U CN206535242 U CN 206535242U
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Abstract
A kind of continuous centrifugal extraction equipment, it includes cabinet and the motor being fixed on cabinet, upper bearing flange seat is provided with the top of cabinet, top rotary shaft is provided with upper bearing flange seat, top rotary shaft is freely pivoted relative to upper bearing flange seat；The bottom of cabinet is provided with lower bearing flange seat, lower rotating shaft is provided with lower bearing flange seat, lower rotating shaft is freely pivoted relative to lower bearing flange seat；Drive pulley is fixedly installed on the output shaft of motor, negative pulley wheel is fixedly mounted on lower rotating shaft, driving belt surrounds on negative pulley wheel and drive pulley；Motor drives lower rotating shaft by driving belt.The runing rest with rewinding mechanism is provided between top rotary shaft and lower rotating shaft.
Description
Technical field
The utility model is related to one kind and applied in biochemistry, takes the low-speed centrifugal device for centrifuging principle, special
Be not be related to it is a kind of can realize continuous centrifugal extraction device.
Background technology
In the fields such as biology, chemistry, the centrifugal force produced by centrifuge separates liquid and solid particle or liquid
It is a kind of relatively common extract and separate means with each component in the mixture of liquid.Not only can be by milkiness using centrifugal force
The different and immiscible liquid of two kinds of density is separated in liquid, and the liquid in wet solid can be excluded again.Centrifuge is divided at a high speed
Centrifuge and low speed centrifuge, it is distinguished with rotary speed.Wherein, low speed centrifuge is to be most commonly used in laboratory point
Equipment from the purposes such as large biological molecule, sediment are extracted；It is mainly used in biochemical product, Technological research, food security, medicine
The industry such as health, blood station, the education of hospital medical sci-tech and production division's molecule biochemistry, environmental sanitation.
During the use of centrifuge, it is necessary first to sample will be placed in centrifuge tube, be then sequentially placed into centrifuge tube
Brought into operation again in centrifugal rotor in centrifuge.It is suitable for a small amount of separation with upper type, substantial amounts of point is carried out if desired
From working and when needing to monitor the compound of separating and extracting separation situation in real time in separation process, can not just meet
The requirement of work.
In chromatographic field, counter-current chromatograph is by the way of liquid-liquid extraction, the centrifugal force produced by planetary rotation
Operation principle the compound in sample is separated, it has original advantage for the separation of complex compound.Adverse current color
The separating component of spectrometer is entwined using internal diameter 0.8mm or so multi-layer helix-tube mostly, when running into the higher sample of turbidity
The phenomenon of blocking pipeline occurs during product, because the centrifugal force that adverse current chromatogram is adopted is planetary, for the solvent of protein isolate
System easily produces emulsion.
Patent 201520306980.8（A kind of centrifugal high-speed counter-current chromatograph）Propose using centrifugal rotation side
Formula realizes the technical scheme of adverse current chromatogram separation, carries out separating and extracting using centrifugation, can reduce some dicyandiamide solutions
Emulsion, but it is only the rotation mode for changing counter-current chromatograph, and the separating component type that can be used is less,
Discussed according in the technical scheme, it can change separating component, but do not mention how convenience is changed in a solution
The mode and means of separating component.
In face of the separation sample of laboratory different conditions, if it is possible to realized in a kind of equipment by changing accessory many
The separation of sample needs, and can realize continuous separating and extracting, realizes that on-line monitoring function will greatly improve laboratory
Operating efficiency and effect, while reducing the input of human cost and equipment.
Utility model content
The utility model can not carry out the defect of continuous centrifugal extraction for current low speed centrifuge, with reference to counter-current chromatograph
Separation advantage, and centrifuge Functional Design it is a kind of can carry out the centrifugal device of continuous extraction, and propose one
The function of a tractor serves several purposes can be realized with the solution of quick-replaceable eccentric unit by planting.
The technology can not only be used with individually placed centrifuge tube, while can realize adverse current chromatogram by installing separating component
Liquid-liquid extraction function, gathered the advantage of adverse current chromatogram, the separation of the higher sample of some turbidities faced, by more
Change thicker centrifugation part to be installed on it, you can realize separation.It is not only simple in structure, and it is easy to maintain, it is well suited for life
Production and popularization.
Specific solution is as follows：A kind of continuous centrifugal extraction equipment, it includes cabinet and the motor being fixed on cabinet,
Upper bearing flange seat is provided with the top of cabinet, top rotary shaft, top rotation are provided with upper bearing flange seat
Axle is freely pivoted relative to upper bearing flange seat；The bottom of cabinet is provided with lower bearing flange seat, in lower bearing method
Lower rotating shaft is provided with blue seat, lower rotating shaft is freely pivoted relative to lower bearing flange seat；In the output shaft of motor
On be fixedly installed drive pulley, negative pulley wheel is fixedly mounted on lower rotating shaft, driving belt surrounds passive skin
On belt wheel and drive pulley.Motor drives lower rotating shaft by driving belt.On top rotary shaft and lower rotating shaft it
Between be provided with the runing rest with rewinding mechanism.
The specific feature of this programme also has, and the bottom fixation that the runing rest with rewinding mechanism is included in top rotary shaft is set
Upper gear case is equipped with, top rotating disk is fixedly installed in the bottom of upper gear case；At the top of upper bearing flange seat
It is provided with top fixed disk.Top gear is internally provided with upper gear case, top lower gear, top left gear, on
Portion's right gear, top gear, top lower gear, top left gear and top right gear surround square.Top left gear with
Top lower gear and the engagement of top gear；Top right gear is engaged with top lower gear and top gear.
Top gear axle bearing, top lower tooth wheel bearing, top left gear axle axle are fixedly mounted on upper gear box
Hold, top right gear axle bearing.Top gear axle is fixed in the inner ring of top gear axle bearing, top gear is fixed
On the gear axle of top.Top gear axle is fixedly connected after passing through hollow top rotary shaft with top fixed disk.Upper
Top lower tooth wheel shaft is fixed in the inner ring of subordinate's gear axle bearing, top lower gear is fixed on the lower tooth wheel shaft of top.On top
Top left gear axle is fixed in the inner ring of left gear axle bearing, top left gear is fixed on the left gear axle of top.It is right on top
Top right gear axle is provided with the inner ring of gear axle bearing, top right gear is set on the right gear axle of top.
Lower portion gear box is installed with the top of lower rotating shaft, under being fixedly installed at the top of lower portion gear box
Portion's rotating disk；Top rotating disk and bottom rotating disk are fixed together by several support columns.Top rotary shaft, top
Composition rotation is fixedly mounted in gear-box, top rotating disk, support column, bottom rotating disk, lower portion gear box, lower rotating shaft with one heart
Support.Runing rest is installed within cabinet by installing bearing in upper bearing flange seat, lower bearing flange seat.
Bottom gear, bottom lower gear, bottom left gear and bottom right gear are internally provided with lower portion gear box,
Bottom gear, bottom lower gear, bottom left gear and bottom right gear surround square, bottom left gear and bottom lower gear
With the engagement of bottom gear；Bottom right gear is engaged with bottom lower gear with bottom gear.
Bottom gear axle bearing, bottom lower tooth wheel bearing, bottom left gear are fixedly mounted within lower portion gear box
Axle bearing and lower right gear axle bearing.In bottom, the inner ring of gear axle bearing is fixedly installed bottom gear axle, under
Bottom gear is provided with portion's gear axle.Bottom lower gear is fixedly installed in the inner ring of bottom lower tooth wheel bearing
Axle, bottom lower gear is fixedly installed on the lower tooth wheel shaft of bottom.It is fixedly installed in the inner ring of bottom left gear axle bearing
Bottom left gear axle, in bottom, left gear axle is to be fixedly installed bottom left gear.In the inner ring of lower right gear axle bearing
Lower right gear shaft is fixedly installed, bottom right gear is fixedly installed on lower right gear shaft.Bottom lower tooth wheel shaft is passed through
It is fixedly connected on after hollow lower rotating shaft, lower bearing flange seat with bottom fixed disk on cabinet.
Rotary flange disk sleeve pipe is provided with the rotating disk of bottom, rotation has been arranged concentrically at the top of rotary flange disk sleeve pipe
There is through hole to be connected with rotary flange disk sleeve pipe in the middle of turned flange disk, rotary flange disk, be fixedly installed on rotary flange disk some
Rotary flange disk fixing bolt.Bottom gear axle is fixed through bottom rotating disk and rotary flange disk with rotary flange disk sleeve pipe
Connection.The rotary flange disk component being made up of rotary flange disk sleeve pipe, rotary flange disk, rotary flange disk fixing bolt is felt at ease together
Loaded on being fixedly connected within runing rest and with bottom gear.
Left side guide pipe, right side guide pipe is symmetrically distributed in runing rest both sides；Wherein left side guide pipe is sequentially passed through entirely
Portion has the rotary flange disk sleeve pipe of hollow structure, bottom gear axle, bottom gear, bottom left gear, bottom left gear
Axle, bottom left gear axle bearing, lower portion gear box, bottom guide pipe mounting flange, bottom rotating disk, support column, top rotation
Disk, upper gear case, top left gear axle, top left gear axle bearing, top left gear, top gear, top gear
Axle, top gear axle bearing, top rotary shaft, upper bearing flange seat, outside top fixed disk to cabinet.Right side guide pipe according to
It is secondary through whole top lower tooth wheel shafts with hollow structure, top lower tooth wheel bearing, top lower gear, top right gear,
Top right gear axle, top right gear axle bearing, upper gear case, top guide pipe mounting flange, top rotating disk, support
Post, bottom rotating disk, lower portion gear box, lower right gear shaft, lower right gear axle bearing, bottom right gear, bottom lower gear,
Bottom lower tooth wheel shaft, bottom lower tooth wheel bearing, lower rotating shaft, lower bearing flange seat, outside bottom fixed disk to cabinet；Its
In have through hole in the middle of all gears and gear shaft.
Bottom guide pipe mounting flange is fixedly installed on lower portion gear box；Top guide pipe mounting flange is installed on top
On gear-box.
When installing separating component on rotary flange disk component, continuous extraction can be achieved.Need the two of separating component
Two pipes are drawn at end, and the top fairlead of separating component is led to cabinet outside through right side guide pipe and by right side guide pipe,
The bottom fairlead of separating component is led to cabinet outside through left side guide pipe and by left side guide pipe.
As stated above, the beneficial effects of the utility model are：By rotary flange disk sleeve pipe, rotary flange disk, rotation
The rotary flange disk component of ring flange fixing bolt composition above, can install various points by rotary flange disk fixing bolt
From part；Space or hole are left on rotary flange disk is available for separating component fairlead to draw.Being capable of continuous centrifugal in order to realize
Extraction, there is provided two guide pipes, it is ensured that the unwinding of the fairlead for the separating component being installed on rotary flange disk component,
The input and output of sample can be carried out by fairlead outside cabinet, is monitored by the solvent to output, be can be achieved
The work purpose of continuous extraction.Simultaneously can by the rotary flange disk fixing bolt removed and installed on rotary flange disk component
To accomplish the need of work for changing separating component.And centrifuge tube directly can be positioned over rotary flange disk fixed bolt hole
It is interior, realize the function of low speed centrifuge.A kind of continuous centrifugal extraction equipment can not only meet the function of centrifuge, while also may be used
A variety of eccentric units are placed above, while the function of centrifugal adverse current chromatogram can be realized above.Have
Wide application prospect and dissemination.
Brief description of the drawings
Fig. 1 is the overall schematic of continuous centrifugal extraction equipment.Fig. 2 is that continuous centrifugal extraction equipment is installed after separating component
Schematic diagram.Fig. 3 is the overall profile of continuous centrifugal extraction equipment.Fig. 4 is the rotary flange disk of continuous centrifugal extraction equipment
Structural representation.Fig. 5 is the schematic diagram of separating component.
In figure：1- cabinets；2- motors；3- drive pulleys；4- driving belts；5- negative pulley wheels；6- upper bearing methods
Blue seat；7- lower bearing flange seats；8- tops rotary shaft；9- lower rotating shafts；10- upper gear casees；11- lower portion gear boxes；
12- tops left gear；13- tops lower gear；14- bottoms left gear；15- bottoms right gear；16- tops gear；17- bottoms
Lower gear；18- rotary flange disk sleeve pipes；19- rotary flange disks；20- rotary flange disk fixing bolts；21- bottoms gear；
22- tops right gear；23- tops rotating disk；24- support columns；25- bottoms rotating disk；26- bottoms guide pipe mounting flange；27-
Left side guide pipe；Guide pipe on the right side of 28-；29- bottoms fixed disk；30- tops fixed disk；31- separating components；32- tops are oriented to
Pipe mounting flange；33- tops gear axle；34- tops right gear axle；35- tops lower tooth wheel shaft；36- tops left gear axle；
37- bottoms gear axle；38- lower right gear shafts；39- bottoms lower tooth wheel shaft；40- bottoms left gear axle；41- tops gear
Axle bearing；42- tops right gear axle bearing；43- tops lower tooth wheel bearing；44- tops left gear axle bearing；On 45- bottoms
Gear axle bearing；46- lower right gear axle bearings；47- bottoms lower tooth wheel bearing；48- bottoms left gear axle bearing.
Embodiment
Specific embodiment of the present utility model is illustrated below in conjunction with the accompanying drawings：
As Figure 1-3, a kind of continuous centrifugal extraction equipment, it includes cabinet 1 and the motor 2 being fixed on cabinet 1,
The top of cabinet 1 is provided with upper bearing flange seat 6, and top rotary shaft 8, top rotation are provided with upper bearing flange seat 6
Rotating shaft 8 is freely pivoted relative to upper bearing flange seat 6；The bottom of cabinet 1 is provided with lower bearing flange seat 7, in bottom
Lower rotating shaft 9 is provided with bearing flange seat 7, lower rotating shaft 9 is freely pivoted relative to lower bearing flange seat 7；In electricity
Drive pulley 3 is fixedly installed on the output shaft of machine 2, negative pulley wheel 5 is fixedly mounted on lower rotating shaft 9, skin is driven
Band 4 surrounds on negative pulley wheel 5 and drive pulley 3.Motor 2 drives lower rotating shaft 9 by driving belt 4.
On top, the bottom of rotary shaft 8 is fixedly installed upper gear case 10, fixes and sets in the bottom of upper gear case 10
It is equipped with top rotating disk 23；The top of upper bearing flange seat 6 is provided with top fixed disk 30.
Top gear 16, top lower gear 13, top left gear 12, top are internally provided with upper gear case 10
Right gear 22, top gear 16, top lower gear 13, top left gear 12 and top right gear 22 surround square.Top
Left gear 12 is engaged with top lower gear 13 and top gear 16；Top right gear 22 and tooth on top lower gear 13 and top
Wheel 16 is engaged.
Top gear axle bearing 41, top lower tooth wheel bearing 43, the left tooth in top are fixedly mounted on upper gear box 10
Wheel bearing 44, top right gear axle bearing 42.Top gear axle 33 is fixed in the inner ring of top gear axle bearing 41,
Top gear 16 is fixed on top gear axle 33.Top gear axle 33 passes through hollow top rotary shaft（8）Afterwards with
Top fixed disk（30）It is fixedly connected.Top lower tooth wheel shaft 35 is fixed in the inner ring of top lower tooth wheel bearing 43, on top
Top lower gear 13 is fixed on lower tooth wheel shaft 35.Top left gear axle 36 is fixed in the inner ring of top left gear axle bearing 44,
Top left gear 12 is fixed on top left gear axle 36.The right tooth in top is provided with the inner ring of top right gear axle bearing 42
Wheel shaft 34, sets top right gear 22 on top right gear axle 34.
Lower portion gear box 11 is installed with the top of lower rotating shaft 9, fixes and sets at the top of lower portion gear box 11
It is equipped with bottom rotating disk 25；Top rotating disk 23 and bottom rotating disk 25 are fixed together by several support columns 24.
Top rotary shaft 8, upper gear case 10, top rotating disk 23, support column 24, bottom rotating disk 25, lower portion gear box 11, bottom
Composition runing rest is fixedly mounted in rotary shaft 9 with one heart.Runing rest passes through in upper bearing flange seat 6, lower bearing flange seat 7
Interior installation bearing is installed within cabinet 1.
Be internally provided with bottom gear 21 in lower portion gear box 11, bottom lower gear 17, bottom left gear 14 and under
Portion's right gear 15, bottom gear 21, bottom lower gear 17, bottom left gear 14 and bottom right gear 15 surround square, under
Portion's left gear 14 is engaged with bottom lower gear 17 and bottom gear 21；On bottom right gear 15 and bottom lower gear 17 and bottom
Gear 21 is engaged.
Bottom gear axle bearing 45, bottom lower tooth wheel bearing 47, bottom are fixedly mounted within lower portion gear box 11
Left gear axle bearing 48 and lower right gear axle bearing 46.In bottom, the inner ring of gear axle bearing 45 is fixedly installed on bottom
Gear shaft 37, bottom gear 21 is provided with bottom gear axle 37.It is solid in the inner ring of bottom lower tooth wheel bearing 47
Surely bottom lower tooth wheel shaft 39 is provided with, bottom lower gear 17 is fixedly installed on bottom lower tooth wheel shaft 39.In bottom left gear
Bottom left gear axle 40 is fixedly installed in the inner ring of axle bearing 48, left gear axle 40 is to be fixedly installed the left tooth in bottom in bottom
Wheel 14.Lower right gear shaft 38 is fixedly installed in the inner ring of lower right gear axle bearing 46, on lower right gear shaft 38
It is fixedly installed bottom right gear 15.Bottom lower tooth wheel shaft 39 is passed through after hollow lower rotating shaft 9, lower bearing flange seat 7
It is fixedly connected on bottom fixed disk 29 on cabinet 1.
As shown in figure 1, being provided with rotary flange disk sleeve pipe 18 in bottom rotating disk 25, in rotary flange disk sleeve pipe 18
Top, which has been arranged concentrically in the middle of rotary flange disk 19, rotary flange disk 19, has through hole to be connected with rotary flange disk sleeve pipe 18, in rotation
Some rotary flange disk fixing bolts 20 are fixedly installed on turned flange disk 19.Bottom gear axle 37 passes through the He of bottom rotating disk 25
Rotary flange disk 19 is fixedly connected with rotary flange disk sleeve pipe 18.As shown in figure 4, by rotary flange disk sleeve pipe 18, rotary flange
Disk 19, rotary flange disk fixing bolt 20 constitute rotary flange disk component be concentrically mounted within runing rest and with bottom
Gear 21 is fixedly connected.
As shown in figure 3, left side guide pipe 27, right side guide pipe 28 is symmetrically distributed in runing rest both sides；Wherein left side is led
All the rotary flange disk sleeve pipe 18 with hollow structure, bottom gear axle 37 are sequentially passed through to pipe 27, bottom gear 21,
Bottom left gear 14, bottom left gear axle 40, bottom left gear axle bearing 48, lower portion gear box 11, bottom guide pipe fixation
Orchid 26, bottom rotating disk 25, support column 24, top rotating disk 23, upper gear case 10, top left gear axle 36, the left tooth in top
Wheel bearing 44, top left gear 12, top gear 16, top gear axle 33, top gear axle bearing 41, top rotation
Rotating shaft 8, upper bearing flange seat 6, outside top fixed disk 30 to cabinet 1.Right side guide pipe 28 is sequentially passed through all with hollow
Top lower tooth wheel shaft 35, top lower tooth wheel bearing 43, top lower gear 13, top right gear 22, the top right gear of structure
Axle 34, top right gear axle bearing 42, upper gear case 10, top guide pipe mounting flange 32, top rotating disk 23, support column
24th, bottom rotating disk 25, lower portion gear box 11, lower right gear shaft 38, lower right gear axle bearing 46, bottom right gear 15,
Bottom lower gear 17, bottom lower tooth wheel shaft 39, bottom lower tooth wheel bearing 47, lower rotating shaft 9, lower bearing flange seat 7, under
Outside portion's fixed disk 29 to cabinet 1；There is through hole in the middle of wherein all gears and gear shaft.
Bottom guide pipe mounting flange 26 is fixedly installed on lower portion gear box 11；Top guide pipe mounting flange 32 is installed
In on upper gear case 10.
As shown in Fig. 2 when installing separating component 31 on rotary flange disk component, continuous extraction can be achieved.Such as Fig. 5 institutes
Show that the top fairlead of separating component 31 passes through right side guide pipe 28 simultaneously, it is necessary to which the two ends of separating component 31 are drawn into two pipes
Led to by right side guide pipe 28 outside cabinet 1, the bottom fairlead of separating component 31 passes through left side guide pipe 27 and passes through a left side
Side guide pipe 27 is led to outside cabinet 1.
Bottom fairlead unwinding mode in the guide pipe of left side, the top fairlead unwinding mode in the guide pipe of right side and
The running of device is:
Exemplified by separating component to be installed, the top fairlead of separating component is led into cabinet by right side guide pipe 28
Outside 1, bottom fairlead is led to outside cabinet 1 by left side guide pipe 27.
When motor 2 rotates, drive pulley 3, driving belt 4, negative pulley wheel 5 is driven to rotate successively, due to passive skin
Belt wheel 5 is with the concentric fixed installation of lower rotating shaft 9 so driving the rotation of whole runing rest.When runing rest rotates, peace
Loaded on the synchronized rotation in the same direction of the separating component 31 on rotary flange disk component.
For upper gear case 10, because top gear axle 33 relative to runing rest is static, work as rotation
When support rotates, top gear 16 and top left gear 13, the right tooth in top on top gear axle 33 are fixedly installed in
Wheel 22 is directly engaged, indirectly the rotation of driving top lower gear 13 and the top lower tooth wheel shaft 35 being coaxially fixedly mounted.
For lower portion gear box 11, because bottom lower tooth wheel shaft 39 relative to runing rest is static, work as rotation
When support rotates, bottom lower gear 17 and bottom left gear 14, lower right tooth on bottom lower tooth wheel shaft 39 are fixedly installed in
Wheel 15 is directly engaged, indirectly the rotation of driving bottom gear 21 and the bottom gear axle 37 being coaxially fixedly mounted.
When runing rest rotates, the top on separating component 31 on rotary flange disk, bottom fairlead lead to respectively
Cross left side guide pipe and right side guide pipe is led to outside cabinet；Its middle and upper part fairlead is passed through after top lower tooth wheel shaft 35 through the right side
Side guide pipe 28 is led to outside cabinet, due to the separating component 31 and runing rest on the rotary flange disk within runing rest
Direction of rotation is identical, and the top right gear 22 in upper gear case 10 is reversely engaged, through it within separating component 31
Top fairlead completes unwinding, and the bottom fairlead unwinding principle of separating component 31 is identical.
The installation of the separating component of continuous centrifugal extraction equipment, unloading process are as follows：
As shown in Fig. 2 the rotary flange disk fixing bolt 20 on rotary flange disk component is pulled down, separating component 31 is same
After the heart is horizontally installed on rotary flange disk component, rotary flange disk fixing bolt 20 is passed through into separating component 31 and rotary process
After blue disk component, nut check is used.
As shown in Figure 3 draws the top fairlead on separating component 31 outside cabinet 1 through right side guide pipe 28, will divide
Bottom fairlead from part 31 is passed through after rotary flange disk component and left side guide pipe 27 outside extraction cabinet 1.
After separating component 31 is attached in runing rest, you can bring into operation.During operation, motor 2 passes through drive pulley
Wheel 3, driving belt 4, the driving runing rest of negative pulley wheel 5 are rotated, because top gear 16 and bottom lower gear 17 are relative
It is actionless, the gear phase in the motion driving upper gear case 10 of runing rest, lower portion gear box 11 in runing rest
Mutually engagement, realizes the rotation of rotary flange disk and the unwinding of top fairlead and bottom fairlead.
During dismounting, the nut on the rotary flange disk fixing bolt 20 on rotary flange disk component, which is removed, to be taken down
Separating component.Rotary flange disk fixing bolt 20 is pulled down from the rotary flange disk on rotary flange disk component, centrifugation is installed
The function of centrifuge can be achieved in pipe.
Claims (3)
1. a kind of continuous centrifugal extraction equipment, it includes cabinet and the motor being fixed on cabinet, is provided with the top of cabinet
Upper bearing flange seat, is provided with top rotary shaft, top rotary shaft is relative to upper bearing method in upper bearing flange seat
Blue seat is freely pivoted；The bottom of cabinet is provided with lower bearing flange seat, bottom rotation is provided with lower bearing flange seat
Rotating shaft, lower rotating shaft is freely pivoted relative to lower bearing flange seat；Active skin is fixedly installed on the output shaft of motor
Belt wheel, is fixedly mounted negative pulley wheel on lower rotating shaft, and driving belt surrounds on negative pulley wheel and drive pulley；
Motor drives lower rotating shaft by driving belt；It is provided between top rotary shaft and lower rotating shaft with rewinding mechanism
Runing rest.
2. continuous centrifugal extraction equipment according to claim 1, it is characterized in that the runing rest with rewinding mechanism is included in
The bottom of top rotary shaft is fixedly installed upper gear case, and top rotating disk is fixedly installed in the bottom of upper gear case；
Top fixed disk is provided with the top of upper bearing flange seat；Engage and surround successively in being internally provided with for upper gear case
The top gear of square, top lower gear, top left gear, top right gear；Top gear axle is through hollow upper
It is fixedly connected after portion's rotary shaft with top fixed disk；
Lower portion gear box is installed with the top of lower rotating shaft, bottom rotation is fixedly installed at the top of lower portion gear box
Rotating disk；Top rotating disk and bottom rotating disk are fixed together by several support columns；
Top rotary shaft, upper gear case, top rotating disk, support column, bottom rotating disk, lower portion gear box, lower rotating shaft
Composition runing rest is fixedly mounted with one heart；
Runing rest is installed within cabinet by installing bearing in upper bearing flange seat, lower bearing flange seat；
Square bottom gear, bottom lower gear, bottom are engaged and surrounded successively in being internally provided with for lower portion gear box
Left gear and bottom right gear；
Bottom lower tooth wheel shaft is fixedly connected on machine after passing through hollow lower rotating shaft, lower bearing flange seat with bottom fixed disk
On case；
Rotary flange disk sleeve pipe is provided with the rotating disk of bottom, rotary process has been arranged concentrically at the top of rotary flange disk sleeve pipe
There is through hole to be connected with rotary flange disk sleeve pipe in the middle of blue disk, rotary flange disk, some rotations are fixedly installed on rotary flange disk
Ring flange fixing bolt；Bottom gear axle is fixed through bottom rotating disk and rotary flange disk with rotary flange disk sleeve pipe to be connected
Connect；
Left side guide pipe, right side guide pipe is symmetrically distributed in runing rest both sides；Wherein left side guide pipe sequentially passes through whole tools
There are rotary flange disk sleeve pipe, the bottom gear axle of hollow structure, bottom left gear axle, lower portion gear box, bottom guide pipe are consolidated
Determine flange, bottom rotating disk, support column, top rotating disk, upper gear case, top left gear axle, top gear axle, top
Rotary shaft, upper bearing flange seat, outside top fixed disk to cabinet；Right side guide pipe is sequentially passed through all with hollow structure
Top lower tooth wheel shaft, top right gear axle, upper gear case, top guide pipe mounting flange, top rotating disk, support column, under
Portion's rotating disk, lower portion gear box, lower right gear shaft, bottom lower tooth wheel shaft, bottom lower tooth wheel bearing, lower rotating shaft, under
Outside portion's bearing flange seat, bottom fixed disk to cabinet；
Top fairlead and bottom fairlead are provided at both ends with separating component, top fairlead is through right side guide pipe and leads to
Cross right side guide pipe to lead to outside cabinet, bottom fairlead through left side guide pipe and leads to cabinet by left side guide pipe
Outside.
3. continuous centrifugal extraction equipment according to claim 2, it is characterized in that bottom guide pipe mounting flange is fixedly mounted
In on lower portion gear box；Top guide pipe mounting flange is installed on upper gear case.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720197885.8U CN206535242U (en) | 2017-03-02 | 2017-03-02 | Continuous centrifugal extraction equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720197885.8U CN206535242U (en) | 2017-03-02 | 2017-03-02 | Continuous centrifugal extraction equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206535242U true CN206535242U (en) | 2017-10-03 |
Family
ID=59941495
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720197885.8U Expired - Fee Related CN206535242U (en) | 2017-03-02 | 2017-03-02 | Continuous centrifugal extraction equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206535242U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111774000A (en) * | 2020-07-27 | 2020-10-16 | 山西银光华盛镁业股份有限公司 | Magnesium alloy is smelted and is used two-layer positive and negative agitated vessel of high efficiency |
-
2017
- 2017-03-02 CN CN201720197885.8U patent/CN206535242U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111774000A (en) * | 2020-07-27 | 2020-10-16 | 山西银光华盛镁业股份有限公司 | Magnesium alloy is smelted and is used two-layer positive and negative agitated vessel of high efficiency |
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Granted publication date: 20171003 Termination date: 20180302 |