CN107790299A - A kind of new bio field high speed centrifugation device - Google Patents
A kind of new bio field high speed centrifugation device Download PDFInfo
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- CN107790299A CN107790299A CN201711195077.9A CN201711195077A CN107790299A CN 107790299 A CN107790299 A CN 107790299A CN 201711195077 A CN201711195077 A CN 201711195077A CN 107790299 A CN107790299 A CN 107790299A
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- adjusting gear
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B04—CENTRIFUGAL APPARATUS OR MACHINES FOR CARRYING-OUT PHYSICAL OR CHEMICAL PROCESSES
- B04B—CENTRIFUGES
- B04B5/00—Other centrifuges
- B04B5/04—Radial chamber apparatus for separating predominantly liquid mixtures, e.g. butyrometers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B04—CENTRIFUGAL APPARATUS OR MACHINES FOR CARRYING-OUT PHYSICAL OR CHEMICAL PROCESSES
- B04B—CENTRIFUGES
- B04B11/00—Feeding, charging, or discharging bowls
- B04B11/04—Periodical feeding or discharging; Control arrangements therefor
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12Q—MEASURING OR TESTING PROCESSES INVOLVING ENZYMES, NUCLEIC ACIDS OR MICROORGANISMS; COMPOSITIONS OR TEST PAPERS THEREFOR; PROCESSES OF PREPARING SUCH COMPOSITIONS; CONDITION-RESPONSIVE CONTROL IN MICROBIOLOGICAL OR ENZYMOLOGICAL PROCESSES
- C12Q1/00—Measuring or testing processes involving enzymes, nucleic acids or microorganisms; Compositions therefor; Processes of preparing such compositions
- C12Q1/02—Measuring or testing processes involving enzymes, nucleic acids or microorganisms; Compositions therefor; Processes of preparing such compositions involving viable microorganisms
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Abstract
The invention discloses a kind of new bio field high speed centrifugation device, including main hollow casing, an engagement plate is fixed in the bottom of the main hollow casing by screw rod, the centre of the engagement plate bottom is provided with the leg with its whole body structure each other, centre at the top of the main hollow casing is provided with conical cavity, the inside of the main hollow casing is being provided with circular cavity positioned at the bottom of the conical cavity, the main hollow casing is being provided with blanking speed adjusting gear positioned at the inside of the circular cavity, the inside of the main hollow casing is being provided with agitation cavity positioned at the bottom of the circular cavity.The present invention had both had the function that test solution stirring, and and can enough there is test solution conveying to act on, and the device utilizes the effect clockwise of power source and so that the device selects stirring and screw feeding to act on according to predetermined function, practicality is stronger for effect counterclockwise.
Description
Technical field
The present invention relates to biological technical field, specially a kind of new bio field high speed centrifugation device.
Background technology
At present, in microbiological culture media and coloring agent hybrid separation direction, entered using test tube in biological field
Row mixes, and is shaken back and forth by rotating test tube, microorganism is caught into different colours, then carry out the stratification that is centrifuged at a high speed
Shape, this kind of mode tradition and efficiency is low require high for personnel's gimmick, this device largely improve efficiency and
Can be towards popular use, to the requirement of personnel's gimmick than relatively low.
The content of the invention
It is an object of the invention to provide a kind of new bio field high speed centrifugation device, to solve in above-mentioned background technology
The problem of proposition.
To achieve the above object, the present invention provides following technical scheme：
A kind of new bio field high speed centrifugation device, including main hollow casing, the bottom of the main hollow casing pass through screw rod
Fix an engagement plate, the centre of the engagement plate bottom is provided with the leg with its whole body structure each other, and the master is hollow outer
Centre at the top of shell is provided with conical cavity, and the inside of the main hollow casing is provided with positioned at the bottom of the conical cavity
Circular cavity, the main hollow casing are being provided with blanking speed adjusting gear positioned at the inside of the circular cavity, and the master is hollow
The inside of shell is being provided with agitation cavity positioned at the bottom of the circular cavity, and the main hollow casing is positioned at the agitation
The side of cavity is provided with the conical hollow shell with its whole body structure each other, and one end of the conical hollow shell is provided with
With the nozzle arrangements of its whole body structure each other, the taper that being internally provided with of the conical hollow shell leads to agitation cavity is empty
Concentric mechanism, the nozzle arrangements are internally provided with the nozzle cavity for leading to conical hollow mechanism, the main hollow casing it is outer
Portion fixes a power source by screw rod in the other end positioned at the agitation cavity and installs shell, the power source installation shell
One power source of inside installation, the power source are installed and a drop heat structure are additionally provided with shell, and the drop heat structure includes empty through groove
And filter, the main hollow casing is being provided with first big envelope positioned at the side that the power source opposes, in the power source
Power source rotating shaft penetrates the main hollow casing and first big envelope, and the power source rotating shaft is positioned at the agitation cavity inside
Shaft housing is engaged on the inside of a spacer sleeve, and the outer surface of the spacer sleeve is provided with that multiple whole body structure stirs each other with it
Dynamic blade, the end of the power source rotating shaft are located at the in-house master of the conical hollow by stop combining mechanism connection one
Rotary shaft, a spiral type blade is fixed on the shaft housing of the main rotary shaft, the spiral type blade is in power source rotating shaft up time
When pin rotates, the discharging opening caused by its blade curvature is located at the side of the nozzle cavity, the stop combining mechanism left end
Liquid separation structure is provided with, the liquid separation structure is included every liquid circle, spring, liquid-separating block, telophragma, flow guiding disc, water conservancy diversion cavity, oil
Film, the power source rotating shaft outer ring contact and free to rotate with the oil film, and the oil film outer ring is provided with the flow guiding disc,
The flow guiding disc is provided with water conservancy diversion cavity described in four groups, and the liquid-separating block is slidably provided with the water conservancy diversion cavity, described
Liquid-separating block is slidably arranged in the telophragma groove and is fixedly installed in the bottom portion of groove outside the spring fixed
Be provided with electromagnetic driver, the telophragma outer ring be fixedly installed it is described every liquid circle, it is described to be fixedly installed on agitation every liquid circle
Cavity inner wall, so as to which the electromagnetic driver drives the spring contraction to tense and then drives the liquid-separating block to move, control institute
The size of water conservancy diversion cavity is stated, so as to the exclusion of control hierarchy test solution.
Preferably, the blanking speed adjusting gear includes blanking speed adjusting gear feeding plate, blanking speed adjusting gear is perforated
Blanking structure, blanking speed adjusting gear are slided cavity, blanking speed adjusting gear striker plate, blanking speed adjusting gear and used with striker plate to be turned
Platform, blanking speed adjusting gear are with helical bar, blanking speed adjusting gear with helical block and blanking speed adjusting gear rotor plate.
Preferably, the blanking speed adjusting gear is fixed on feeding plate inside the circular cavity in main hollow casing, institute
State blanking speed adjusting gear and the blanking speed adjusting gear perforation blanking structure for leading to circular cavity, institute are provided with the centre of feeding plate
State blanking speed adjusting gear and the side of perforation blanking structure is being provided with blanking governor positioned at blanking speed adjusting gear with feeding plate
Structure with striker plate slide cavity, the blanking speed adjusting gear feeding plate positioned at blanking speed adjusting gear with perforation blanking structure and
The inside that blanking speed adjusting gear slides cavity with striker plate is installed by one blanking speed adjusting gear striker plate, the blanking speed adjusting gear
One blanking speed adjusting gear helical bar, the blanking governor are fixed with turntable by blanking speed adjusting gear with the side of striker plate
Structure penetrates the blanking speed adjusting gear feeding plate and main hollow casing, and the blanking speed adjusting gear helical bar with helical bar
A blanking speed adjusting gear rotor plate, the outer wall of the main hollow casing are fixed in one end outside the main hollow casing
It is provided with the blanking speed adjusting gear helical block with its whole body structure each other, and the blanking speed adjusting gear helical block and falls
Material speed adjusting gear is connected with helical bar by screw structure.
Preferably, the screw structure includes the outer helical knot being arranged on blanking speed adjusting gear helical bar bar shell
Structure and positioned at interior screw structure of the blanking speed adjusting gear inside helical block.
Preferably, the stop combining mechanism includes stop combining mechanism big envelope, the hollow machine of stop combining mechanism
Structure, stop combining mechanism convex structure, stop combining mechanism with first linking axle, stop combining mechanism with second be connected axle,
Stop combining mechanism big envelope, stop combining mechanism are connected with the first linking platform, stop combining mechanism with the second linking platform, stop
Mechanism is with linking screw rod and stop combining mechanism fixing axle.
Preferably, the stop combining mechanism is provided with stop combining mechanism with hollow machine with the centre of package interior
Structure, the stop combining mechanism are provided with multiple stop combining mechanisms with its whole body structure each other with the centre outside big envelope
With fixing axle, the stop combining mechanism big envelope positioned at the stop combining mechanism with hollow in-house middle opposition two
End is provided with a stop combining mechanism convex structure, and the two stop combining mechanisms are respectively mounted with the centre of convex structure
One stop combining mechanism big envelope, the two stop combining mechanism big envelopes, stop combining mechanism convex structure and stop rank
Connection mechanism is stopped the first linking axle of combining mechanism and stop combining mechanism with the second linking axle institute respectively with the centre of big envelope
Penetrate, stop combining mechanism is with the first linking axle and the second linking axle of stop combining mechanism empty positioned at stop combining mechanism
Both ends inside concentric mechanism are respectively fixed with stop combining mechanism the second linking platform of the first linking platform and stop combining mechanism,
The stop combining mechanism is used with the first linking platform and stop combining mechanism between the second linking platform by stop combining mechanism
Linking screw rod is fixedly connected.
Preferably, the stop combining mechanism is located at the first linking axle and stop combining mechanism with outside the second linking axle
End of the outside one end respectively with power source rotating shaft and main rotary shaft is fixedly connected.
Preferably, the stop combining mechanism is fixed on main hollow casing positioned at agitation with the end of fixing axle
On the inwall of cavity.
Preferably, the empty through groove opposition is arranged at the power source installation shell up and down in the end face of both sides, it is described every
Net is fixedly installed in the empty through groove.
Compared with prior art, the beneficial effects of the invention are as follows：
The present invention had both had the function that test solution stirring, and and can enough has test solution conveying effect, and the device utilizes the suitable of power source
Hour hands act on and effect causes the device to be acted on according to predetermined function selection stirring and screw feeding counterclockwise, practicality compared with
By force.
Brief description of the drawings
Fig. 1 is a kind of complete section structural representation of new bio field high speed centrifugation device of the present invention；
Fig. 2 is the structural representation of blanking speed adjusting gear in Fig. 1；
Fig. 3 is the structural representation of stop combining mechanism in Fig. 1；
Fig. 4 is the structural representation of liquid separation structure in Fig. 1.
In figure：1, main hollow casing, 2, leg, 3, conical cavity, 4, circular cavity, 5, blanking speed adjusting gear, 51, blanking
Speed adjusting gear feeding plate, 52, blanking speed adjusting gear perforation blanking structure, 53, blanking speed adjusting gear is slided empty with striker plate
Chamber, 54, blanking speed adjusting gear striker plate, 55, blanking speed adjusting gear turntable, 56, blanking speed adjusting gear helical bar, 57,
Blanking speed adjusting gear helical block, 58, blanking speed adjusting gear rotor plate, 6, agitation cavity, 7, power source installation shell, 8, move
Power source, 9, power source rotating shaft, 10, spacer sleeve, 11, first big envelope, 12, conical hollow shell, 13, conical hollow mechanism, 14, stop
Combining mechanism, 141, stop combining mechanism big envelope, 142, stop combining mechanism hollow mechanism, 143, stop combining mechanism are used
Convex structure, 144, stop combining mechanism the first linking axle, 145, stop combining mechanism the second linking axle, 146, stop rank
Connection mechanism big envelope, 147, stop combining mechanism the first linking platform, 148, stop combining mechanism the second linking platform, 149, only
Dynamic combining mechanism linking screw rod, 1410, stop combining mechanism fixing axle, 15, main rotary shaft, 16, spiral type blade, 17,
Nozzle arrangements, 18, nozzle cavity, 19, engagement plate, 20, agitation blade, 21, liquid separation structure, 211, every liquid circle, 212, spring,
213, liquid-separating block, 214, telophragma, 215, flow guiding disc, 216, water conservancy diversion cavity, 217, oil film, 250, electromagnetic driver.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made
Embodiment, belong to the scope of protection of the invention.
A kind of referring to Fig. 1, embodiment provided by the invention：A kind of new bio field high speed centrifugation device, including master
An engagement plate 19, the centre of the bottom of engagement plate 19 are fixed in hollow casing 1, the bottom of the main hollow casing 1 by screw rod
The leg 2 with its whole body structure each other is provided with, the centre at the main top of hollow casing 1 is provided with conical cavity 3, described
The inside of main hollow casing 1 is being provided with circular cavity 4 positioned at the bottom of the conical cavity 3, and the main hollow casing 1 is in place
Blanking speed adjusting gear 5 is installed in the inside of the circular cavity 4, the inside of the main hollow casing 1 is positioned at the circle
The bottom of cavity 4 be provided with agitation cavity 6, the main hollow casing 1 positioned at it is described agitation cavity 6 side be provided with and its
The conical hollow shell 12 of whole body structure each other, one end of the conical hollow shell 12 are provided with and its overall shape knot each other
The nozzle arrangements 17 of structure, the conical hollow shell 12 are internally provided with the conical hollow mechanism 13 for leading to agitation cavity 6, institute
State the nozzle cavity 18 for leading to conical hollow mechanism 13 that is internally provided with of nozzle arrangements 17, the outside of the main hollow casing 1
One power source is fixed by screw rod in the other end positioned at the agitation cavity 6 shell 7 is installed, the power source installs shell 7
Inside one power source 8 is installed, a drop heat structure is additionally provided with power source installation shell 7, the drop heat structure includes sky
Through groove 71 and filter 72, the empty opposition of through groove 71 is arranged at the power source and installs shell about 7 in the end face of both sides, described
Filter 72 is fixedly installed in the empty through groove 71, and heat dissipates when the empty through groove 71 is to accelerate the operation of power source 8
Hair, and can prevent dust granule from entering the power source and the interior operation to the power source 8 of shell 7 is installed by the filter 72
Impact, the main hollow casing 1 is being provided with first big envelope 11, the power source 8 positioned at the side that the power source 8 opposes
In power source rotating shaft 9 penetrate the main hollow casing 1 and first big envelope 11, and the power source rotating shaft 9 is positioned at the agitation
Shaft housing inside cavity 6 is engaged on the inside of a spacer sleeve 10, and the outer surface of the spacer sleeve 10 is provided with multiple mutual with it
For the agitation blade 20 of whole body structure, the end of the power source rotating shaft 9 is located at institute by the connection of stop combining mechanism 14 one
The main rotary shaft 15 inside conical hollow mechanism 13 is stated, a spiral type blade 16 is fixed on the shaft housing of the main rotary shaft 15,
For the spiral type blade 16 when power source rotating shaft 9 rotates clockwise, the discharging opening caused by its blade curvature is located at the spray
The side of mouth cavity 18, the left end of stop combining mechanism 14 are provided with liquid separation structure 21, and the liquid separation structure 21 is included every liquid
Circle 211, spring 212, liquid-separating block 213, telophragma 214, flow guiding disc 215, water conservancy diversion cavity 216, oil film 217, the power source turn
The outer ring of axle 9 contacts and free to rotate with the oil film 217, and the outer ring of oil film 217 is provided with the flow guiding disc 215, described
Flow guiding disc 215 is provided with water conservancy diversion cavity 216 described in four groups, and the liquid-separating block is slidably provided with the water conservancy diversion cavity 216
213, the liquid-separating block 213 is slidably arranged in the groove of telophragma 214 and is fixedly installed in the bottom portion of groove
Electromagnetic driver 250 is fixedly installed outside the spring 212, the outer ring of telophragma 214 is fixedly installed described every liquid circle
211, it is described to be fixedly installed on the agitation inwall of cavity 6 every liquid circle 211, so as to which the electromagnetic driver 250 drives the spring 212
Shrink and tense and then drive the liquid-separating block 213 to move, control the size of the water conservancy diversion cavity 216, so as to control hierarchy test solution
Exclusion.
Its cardinal principle is：Both had the function that to stir by stirring the test solution of blade 20, and can enough has spiral type rotation
The test solution conveying of piece 16 acts on, and the device causes the device according to pre- using the effect clockwise and effect counterclockwise of power source 8
Fixed function selection stirring and screw feeding act on, and specifically used flow is：Power is opened by the controller for connecting power source 8
Source 8 so that power source rotating shaft 9 rotates counterclockwise, and then, injects nutrient solution and coloring agent test solution to the inside of conical cavity 3, then
Blanking speed adjusting gear 5 is opened, the speed that two kinds of test solutions of control drop, under gravity, two kinds of test solutions drop empty in agitation
The inside of chamber 6, due to stirring the effect of blade 20, two kinds of test solutions are subjected to effective mixing effect, in the process of stirring
In, due to the effect that spiral type blade 16 rotates counterclockwise, enable to test solution not to be conveyed out, play restriction effect, when
After stirring, then rotated clockwise by controller power source rotating shaft 9, now, spiral type blade 20 can be clockwise
Rotation transfers out mixture.
Referring to Fig. 2, the blanking speed adjusting gear 5 includes blanking speed adjusting gear feeding plate 51, blanking speed adjusting gear is used
Perforation blanking structure 52, blanking speed adjusting gear slide cavity 53, blanking speed adjusting gear striker plate 54, blanking speed governing with striker plate
Mechanism turntable 55, blanking speed adjusting gear helical bar 56, blanking speed adjusting gear are used with helical block 57 and blanking speed adjusting gear to be turned
Dynamic plate 58；The blanking speed adjusting gear feeding plate 51 is fixed on inside the circular cavity 4 in main hollow casing 1, the blanking
Speed adjusting gear is provided with the blanking speed adjusting gear perforation blanking structure 52 for leading to circular cavity 4, institute with the centre of feeding plate 51
State blanking speed adjusting gear and the side of perforation blanking structure 52 is being provided with blanking tune positioned at blanking speed adjusting gear with feeding plate 51
Cavity 53 slides with striker plate in fast mechanism, and the blanking speed adjusting gear feeding plate 51 is being fallen positioned at blanking speed adjusting gear with perforation
Expect that structure 52 and blanking speed adjusting gear slide the one blanking speed adjusting gear striker plate 54 of inside installation of cavity 53, institute with striker plate
A blanking speed adjusting gear spiral shell is fixed in the side for stating blanking speed adjusting gear striker plate 54 by blanking speed adjusting gear turntable 55
Line bar 56, the blanking speed adjusting gear helical bar 56 penetrate the blanking speed adjusting gear feeding plate 51 and main hollow casing 1,
And the blanking speed adjusting gear fixes a blanking speed adjusting gear with helical bar 56 in one end outside the main hollow casing 1
With rotor plate 58, the outer wall of the main hollow casing 1 is provided with the blanking speed adjusting gear helical with its whole body structure each other
Block 57, and the blanking speed adjusting gear is connected with helical block 57 with blanking speed adjusting gear with helical bar 56 by screw structure；Institute
Stating screw structure includes being arranged on outer screw structure on the bar shell of blanking speed adjusting gear helical bar 56 and positioned at the blanking
Interior screw structure of the speed adjusting gear inside helical block 57, its cardinal principle are using blanking speed adjusting gear helical bar 56 and fallen
Material speed adjusting gear carries out position-limiting action with the screw structure between helical block 57, so as to control blanking speed adjusting gear striker plate 54
Position, and then control speed of the test solution when dropping.
Referring to Fig. 3, the stop combining mechanism 14 includes stop combining mechanism big envelope 141, stop combining mechanism is used
Hollow mechanism 142, stop combining mechanism convex structure 143, stop combining mechanism are connected machine with the first linking axle 144, stop
Structure is connected with the second linking axle 145, stop combining mechanism big envelope 146, stop combining mechanism with the first linking platform 147, stop
Mechanism the second linking platform 148, stop combining mechanism linking screw rod 149 and stop combining mechanism fixing axle 1410；It is described
Stop combining mechanism is provided with the hollow mechanism 142 of stop combining mechanism with the centre inside big envelope 141, and the stop is connected machine
Structure is provided with multiple stop combining mechanism fixing axles 1410 with its whole body structure each other with the centre outside big envelope 141,
The stop combining mechanism with big envelope 141 positioned at the stop combining mechanism with the both ends to be opposed in the hollow inside of mechanism 142
A stop combining mechanism convex structure 143 is provided with, and the two stop combining mechanisms are equal with the centre of convex structure 143
One stop combining mechanism big envelope 146, the two stop combining mechanism big envelopes 141, stop combining mechanism convex knot are installed
Structure 143 and stop combining mechanism are stopped combining mechanism with the centre of big envelope 146 and are connected with the first linking axle 144 and stop respectively
Mechanism is penetrated with the second linking axle 145, the second linking of the first linking axle 144 and stop combining mechanism of stop combining mechanism
Axle 145 is being respectively fixed with stop combining mechanism with the first rank positioned at stop combining mechanism with the both ends inside hollow mechanism 142
Platform 147 and stop combining mechanism is connect to be held in the mouth with the first linking platform 147 and stop with the second linking platform 148, the stop combining mechanism
Connection mechanism is fixedly connected between the second linking platform 148 by stop combining mechanism linking screw rod 149；The stop is connected machine
Structure is turned with power source respectively with the first linking axle 144 and stop combining mechanism with outside the second linking axle 145 positioned at outside one end
The end of axle 9 and main rotary shaft 15, which is fixed, to be connected；The stop combining mechanism is fixed on main sky with the end of fixing axle 1410
On the inwall positioned at agitation cavity 6, its main function is heart shell 1：Power source rotating shaft 9 and main rotary shaft 15 are connected
Connect, and there is fixation simultaneously in connection, realize the transmission of rotation dynamics, at the same prevent from occurring under gravity from
The heart acts on, and influences the service life of part.
Specifically used mode：In present invention work, in use, opening power source 8 by controller so that power source rotating shaft
9 rotate counterclockwise, and then, inject nutrient solution and coloring agent test solution to the inside of conical cavity 3, then open blanking speed adjusting gear 5,
The speed that two kinds of test solutions of control drop, under gravity, two kinds of test solutions drop in the inside of agitation cavity 6, due to agitation
The effect of blade 20, two kinds of test solutions are subjected to effective mixing effect, during stirring, due to spiral type blade 16
The effect rotated counterclockwise, enable to test solution not to be conveyed out, play restriction effect, after stirring, then pass through control
Device processed causes power source rotating shaft 9 to rotate clockwise, and now, spiral type blade 20 can rotate clockwise and transfer out mixture.
It is obvious to a person skilled in the art that the invention is not restricted to the details of above-mentioned one exemplary embodiment, Er Qie
In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, embodiment all should be regarded as exemplary, and be nonrestrictive, the scope of the present invention is by appended power
Profit requires rather than described above limits, it is intended that all in the implication and scope of the equivalency of claim by falling
Change is included in the present invention.Any reference in claim should not be considered as to the involved claim of limitation.
Claims (9)
1. a kind of new bio field high speed centrifugation device, including main hollow casing, it is characterised in that：The main hollow casing
An engagement plate is fixed in bottom by screw rod, and the centre of the engagement plate bottom is provided with the leg with its overall shape each other, described
Centre at the top of main hollow casing is provided with conical cavity, and the inside of the main hollow casing is positioned at the bottom of the conical cavity
Portion is provided with circular cavity, and the main hollow casing is being provided with blanking speed adjusting gear, institute positioned at the inside of the circular cavity
State the inside of main hollow casing and the bottom of the circular cavity be provided with agitation cavity, the main hollow casing positioned at
The side of the agitation cavity is provided with the conical hollow shell with its whole body structure each other, and the one of the conical hollow shell
End is provided with the nozzle arrangements with its whole body structure each other, and agitation cavity is led in being internally provided with for the conical hollow shell
Conical hollow mechanism, the nozzle arrangements are internally provided with the nozzle cavity for leading to conical hollow mechanism, and the master is hollow
The outside of shell fixes a power source by screw rod in the other end positioned at the agitation cavity and installs shell, the power source peace
A power source is installed in the inside of casing, and a drop heat structure, the drop heat structure bag are additionally provided with the power source installation shell
Sky through groove and filter are included, the main hollow casing is being provided with first big envelope positioned at the side that the power source opposes, described dynamic
Power source rotating shaft in power source penetrates the main hollow casing and first big envelope, and the power source rotating shaft is empty positioned at the agitation
The shaft housing in intracavitary portion is engaged on the inside of a spacer sleeve, and the outer surface of the spacer sleeve is provided with multiple with its overall shape each other
The agitation blade of structure, the end of the power source rotating shaft are located at the conical hollow mechanism by stop combining mechanism connection one
Internal main rotary shaft, a spiral type blade is fixed on the shaft housing of the main rotary shaft, the spiral type blade is in power source
When rotating shaft rotates clockwise, the discharging opening caused by its blade curvature is located at the side of the nozzle cavity, the stop linking
Mechanism left end is provided with liquid separation structure, and the liquid separation structure is included every liquid circle, spring, liquid-separating block, telophragma, flow guiding disc, water conservancy diversion
Cavity, oil film, the power source rotating shaft outer ring contact and free to rotate with the oil film, and the oil film outer ring is provided with described
Flow guiding disc, the flow guiding disc are provided with water conservancy diversion cavity described in four groups, the liquid separation are slidably provided with the water conservancy diversion cavity
Block, the liquid-separating block are slidably arranged in the telophragma groove and are fixedly installed the spring in the bottom portion of groove
It is outer to be fixedly installed electromagnetic driver, the telophragma outer ring be fixedly installed it is described every liquid circle, it is described to be fixedly installed every liquid circle
In agitation cavity inner wall.
A kind of 2. new bio field high speed centrifugation device according to claim 1, it is characterised in that：The blanking speed governing
Mechanism include blanking speed adjusting gear with feeding plate, blanking speed adjusting gear with perforate blanking structure, blanking speed adjusting gear striker plate
Cavity, blanking speed adjusting gear striker plate, blanking speed adjusting gear turntable, blanking speed adjusting gear helical bar, blanking is slided to adjust
Fast mechanism is with helical block and blanking speed adjusting gear rotor plate.
A kind of 3. new bio field high speed centrifugation device according to claim 2, it is characterised in that：The blanking speed governing
Mechanism is fixed on feeding plate inside the circular cavity in main hollow casing, and the blanking speed adjusting gear is set with the centre of feeding plate
The blanking speed adjusting gear perforation blanking structure for leading to circular cavity is equipped with, the blanking speed adjusting gear feeding plate is positioned at falling
Material speed adjusting gear is provided with blanking speed adjusting gear striker plate with the side of perforation blanking structure and slides cavity, the blanking speed governing
Mechanism feeding plate is sliding cavity positioned at blanking speed adjusting gear with perforation blanking structure and blanking speed adjusting gear striker plate
One blanking speed adjusting gear striker plate of inside installation, the side of the blanking speed adjusting gear striker plate passes through blanking speed adjusting gear
A blanking speed adjusting gear helical bar is fixed with turntable, the blanking speed adjusting gear penetrates the blanking speed adjusting gear with helical bar
With feeding plate and main hollow casing, and the blanking speed adjusting gear with helical bar in one end outside the main hollow casing
Fix a blanking speed adjusting gear rotor plate, the outer wall of the main hollow casing is provided with the blanking with its whole body structure each other
Speed adjusting gear helical block, and the blanking speed adjusting gear helical block and blanking speed adjusting gear helical bar pass through screw structure
Connection.
A kind of 4. new bio field high speed centrifugation device according to claim 3, it is characterised in that：The screw structure
Including being arranged on blanking speed adjusting gear with the outer screw structure on helical bar bar shell and positioned at the blanking speed adjusting gear spiral shell
Interior screw structure inside line block.
A kind of 5. new bio field high speed centrifugation device according to claim 1, it is characterised in that：The stop linking
Mechanism includes stop combining mechanism big envelope, stop combining mechanism hollow mechanism, stop combining mechanism convex structure, stop
Combining mechanism the first linking axle, stop combining mechanism the second linking axle, stop combining mechanism big envelope, stop combining mechanism
Used with the first linking platform, stop combining mechanism with the second linking platform, stop combining mechanism with linking screw rod and stop combining mechanism
Fixing axle.
A kind of 6. new bio field high speed centrifugation device according to claim 5, it is characterised in that：The stop linking
Mechanism is provided with the hollow mechanism of stop combining mechanism with the centre of package interior, outside the stop combining mechanism big envelope
Centre is provided with multiple stop combining mechanism fixing axles with its whole body structure each other, the stop combining mechanism big envelope
Positioned at the stop combining mechanism stop combining mechanism convex is being provided with the both ends of hollow in-house middle opposition
Structure, and the two stop combining mechanisms are respectively mounted a stop combining mechanism big envelope with the centre of convex structure, described in two only
Dynamic combining mechanism is stopped rank respectively with convex structure and stop combining mechanism with big envelope, stop combining mechanism with the centre of big envelope
Connection mechanism with first linking axle and stop combining mechanism with second linking axle penetrated, stop combining mechanism with first be connected axle with
Stop combining mechanism is being respectively fixed with stop positioned at stop combining mechanism with the second linking axle with hollow in-house both ends
Combining mechanism with first linking platform and stop combining mechanism with second linking platform, the stop combining mechanism with first be connected platform with
Stop combining mechanism is fixedly connected between the second linking platform by stop combining mechanism with linking screw rod.
A kind of 7. new bio field high speed centrifugation device according to claim 6, it is characterised in that：The stop linking
Mechanism with first linking axle and stop combining mechanism with second linking axle outside positioned at outside one end respectively with power source rotating shaft and
The end of main rotary shaft is fixedly connected.
A kind of 8. new bio field high speed centrifugation device according to claim 7, it is characterised in that：The stop linking
Mechanism is fixed on main hollow casing on the inwall positioned at agitation cavity with the end of fixing axle.
A kind of 9. new bio field high speed centrifugation device according to claim 1, it is characterised in that：The empty through groove pair
Erect and be placed in the power source installation shell up and down in the end face of both sides, the filter is fixedly installed in the empty through groove.
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| CN201711195077.9A CN107790299A (en) | 2017-11-25 | 2017-11-25 | A kind of new bio field high speed centrifugation device |
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| CN201711195077.9A CN107790299A (en) | 2017-11-25 | 2017-11-25 | A kind of new bio field high speed centrifugation device |
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Application publication date: 20180313 |