CN207823053U - It can prevent the novel liquid-transfering device of leakage splash - Google Patents
It can prevent the novel liquid-transfering device of leakage splash Download PDFInfo
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- CN207823053U CN207823053U CN201721925125.0U CN201721925125U CN207823053U CN 207823053 U CN207823053 U CN 207823053U CN 201721925125 U CN201721925125 U CN 201721925125U CN 207823053 U CN207823053 U CN 207823053U
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Abstract
The utility model discloses a kind of novel liquid-transfering devices preventing leakage splash, it includes syringe, first suction pipe, switch valve, second suction pipe, measuring pipet, first magnetic one-way valve and the second magnetic one-way valve, first suction pipe respectively with the injection-tube of syringe, measuring pipet is tightly connected, switch valve is located on the first suction pipe, one end of second suction pipe is connected to the first suction pipe, second suction pipe is equipped with the emulsion tube containing glass marble, the other end of second suction pipe is connected to ambient atmosphere, measuring pipet is equipped with liquid storage cylinder, design tapered suction inlet in the bottom end imbibition port of measuring pipet；First magnetic one-way valve is located in taper suction inlet, and the second magnetic one-way valve is located at the top of the top end opening in measuring pipet and corresponding to liquid storage cylinder.The utility model can quick and precisely measure extractant, not only can avoid extractant and generate splash upwards along the thinner pipette of caliber and be inhaled into syringe, but also can prevent the liquid in pipette from the leakage amount of causing liquid inaccuracy occurring due to gravity.
Description
Technical field
The utility model is related to a kind of liquid-transfering devices, it particularly relates to a kind of for fixed in environment measuring engineering experiment
Amount pipettes the novel liquid-transfering device for preventing leakage splash of extractant.
Background technology
Pipette is that solution for accurately measuring certain volume measures formula instrument, needs to use liquid relief in environment measuring
Pipe quantitatively pipettes the organic extractant solution agent for gas or liquid detecting, and traditional method is the side by ear washing bulb air-breathing
Formula carries out taking liquid using measuring pipet.Pipette currently used for pipetting organic extractant solution agent is straight trip glass up and down
Pipette is placed in installation extractant to be pipetted by pipe, when use, by the way that the air in the ear washing bulb cavity of upper end is discharged with profit
With negative pressure absorbing extractant, when carrying out the pipetting of extractant by pipette in this way, often because of index finger
It operates immature or causes liquid relief to fail using fatigue, to need to make repeated attempts, and due to pressing improper or mistake when imbibition
Loose tension, it is too quickly that ear washing bulb is easy imbibition, the phenomenon that extractant is immediately wicked into ear washing bulb from the top ports of pipette, causes to extract
It takes agent to lose or pollute, if mordant organic reagent kind of extractants, then can also be easy to the air bag of corrosion ear washing bulb, make
Ear washing bulb damages or the lost of life.Therefore, urgent need design is a kind of can quick and precisely measure organic extractant, both can avoid extractant
Splash is generated along the thinner pipette of caliber upwards and is easily inhaled in the air bag in ear washing bulb, and can be prevented in pipette
Liquid due to the shaking that causes pipette slight in gravity or pipetting processes, and leakage occurs and the amount of causing liquid not
The phenomenon that accurate even liquid relief failure.
Utility model content
For above deficiency, the utility model provide it is a kind of can quick and precisely measure organic extractant, both can avoid
Extractant generates splash upwards along the thinner pipette of caliber and is easily inhaled in the air bag in ear washing bulb, and can prevent from moving
Liquid in liquid pipe occurs leakage and causes due to the shaking that causes pipette slight in gravity or pipetting processes
The novel liquid-transfering device for preventing leakage splash of the inaccurate even liquid relief failure of liquid is measured, it includes syringe, the first suction pipe, opens
Close valve, the second suction pipe, measuring pipet, the first magnetic one-way valve and the second magnetic one-way valve, one end of first suction pipe with it is described
The injection-tube of syringe is connected, and the other end of first suction pipe is connect with the top port sealing of the measuring pipet, described
Switch valve be arranged on first suction pipe, one end of second suction pipe is connected to first suction pipe, and the second suction pipe and
Position of the connectivity part of first suction pipe between the switch valve and the measuring pipet, second suction pipe, which is equipped with, contains glass
The other end of the emulsion tube of glass ball, second suction pipe is connected to ambient atmosphere；The measuring pipet lateral wall is equipped with convenient for amount
The scale of extractant, the middle position of the measuring pipet length direction is taken to be equipped with liquid storage cylinder, the bottom end imbibition end of the measuring pipet
Mouth designs tapered suction inlet；The extractant liquid that first magnetic one-way valve is used to prevent from drawing in measuring pipet is made due to gravity
With and flow out measuring pipet, first magnetic one-way valve is arranged in the taper suction inlet, and first magnetic one-way valve includes
First one-way fluid channel and the first ball valve, first ball valve are arranged in first one-way fluid channel, the amount liquid
It is equipped with the first magnet ring corresponding to the position in first one-way fluid channel on the lateral wall of pipe, the first ball valve is using magnetic material
Hollow ball made of material, first magnet ring are matched with the first ball valve, to utilize first the first one-way fluid of ball valve pair
Channel is blocked and realizes the function of check valve；Second magnetic one-way valve is used to prevent the piston due to syringe from pushing and pulling
Too fast and easy imbibition it is too quickly and by extractant out of, the top ports of measuring pipet immediately wick into syringe injection-tube, described second
Magnetic one-way valve is arranged in the measuring pipet and corresponds to the top of the top end opening of the liquid storage cylinder, and described second is magnetic single
Include the second one-way fluid channel, the second ball valve and floating ball pallet to valve, the floating ball pallet is arranged in second one-way flow
In body channel, the center of the floating ball pallet is equipped with arc-shaped slot up and down, and the edge of the floating ball pallet is equipped with
Through flow hole up and down, second ball valve are embedded in the arc-shaped slot, correspond on the lateral wall of the measuring pipet
The position in second one-way fluid channel is equipped with can be along the second magnet ring that the length direction of measuring pipet moves up and down, the second ball valve
To be matched with second ball valve using hollow ball, second magnet ring made of magnetic material.
In order to further realize the present invention, first one-way fluid channel is by the first interconnected tapered channel, the
One Vertical Channel and the first limit channels three parts composition, first ball valve is arranged in first tapered channel, described
The internal diameter of first tapered channel is gradually increased by the direction on the taper suction inlet to the measuring pipet top, first ball valve
Diameter is more than the diameter at the first tapered channel lowest calibre.
In order to further realize the present invention, first tapered channel is by corrosion-resistant, anti-aging rubber material or silicon
Glue material is made.
In order to further realize the present invention, second one-way fluid channel is by the second interconnected tapered channel, the
Two Vertical Channels and the second limit channels three parts composition, second ball valve are arranged by the floating ball pallet described second
In Vertical Channel, the internal diameter of second tapered channel is gradually increased by the direction on measuring pipet top to measuring pipet bottom end, described
The diameter of second ball valve is more than the diameter at the second tapered channel lowest calibre.
In order to further realize the present invention, second tapered channel is by corrosion-resistant, anti-aging rubber material or silicon
Glue material is made.
In order to further realize the present invention, the outer surface of first ball valve is coated with rubber membrane or pellosil.
In order to further realize the present invention, the outer surface of second ball valve is coated with rubber membrane or pellosil.
The beneficial effects of the utility model：
1, the novel liquid-transfering device for preventing leakage splash of the utility model, it is simple in structure, using push-and-pull piston structure
Syringe replace being difficult to control and squeeze the ear washing bulb of degree, both solved " traditional pipette during liquid relief, often
It can be because index finger operates immature or causes liquid relief to fail using fatigue, to need to make repeated attempts, and due to pressing when imbibition
Improper or excessively loose tension, the easy imbibition of ear washing bulb is too quickly, and extractant is immediately wicked into ear washing bulb from the top ports of pipette
Phenomenon causes extractant to lose or pollute, if mordant organic reagent kind of extractants, then can also be easy to corrosion and wash ear
The air bag of ball, make ear washing bulb damage or the lost of life " the problem of, avoid artificial finger force, index finger operation it is immature with
And the drawbacks of causing liquid relief to fail using fatigue, and the present apparatus is easy to operate, and dismounting is convenient, rejects cumbersome operation, and can be with
It is precisely controlled liquid outlet quantity so that it is more convenient to go out liquid.
2, the novel liquid-transfering device for preventing leakage splash of the utility model, corresponding to liquid storage cylinder in measuring pipet
The top position of top end opening is equipped with the second magnetic one-way valve, and the position of the second tapered channel is corresponded on the lateral wall of measuring pipet
It installs and can have magnetic second ball valve along the second magnet ring that the length direction of measuring pipet moves up and down and pass through with the second magnet ring
Magnetic coordinates so that for the liquid storage cylinder of measuring pipet after the enough extractants of negative pressure absorbing, the second ball valve can be in the work of buoyancy
The position of the second tapered channel liquid outlet in the second one-way fluid channel is firmly adsorbed under, to pass through the second ball valve and
The top end opening for unidirectionally opening its liquid storage cylinder of measuring pipet is realized in the cooperation of two magnet rings, to effectively prevent the work due to syringe
The too fast and easy imbibition of plug push-and-pull is too quickly, and by extractant out of, the top ports of pipette immediately wick into syringe injection-tube,
With higher operational stability and safety.
3, the novel liquid-transfering device for preventing leakage splash of the utility model, the bottom end imbibition port design of measuring pipet
Tapered suction inlet, the first magnetic one-way valve be arranged in taper suction inlet, the utility model not only can syringe control it is next
Secondary property accurate measuring extractant, amount liquid is accurate, and likes that the position for corresponding to tapered channel on the lateral wall of pipette is equipped with the
One magnet ring has magnetic first ball valve and is coordinated by magnetic with the first magnet ring so that the measuring pipet of pipette is inhaled in negative pressure
After taking extractant, the first ball valve can firmly be adsorbed on the position of the first tapered channel liquid outlet in the first one-way fluid channel
It sets, to realize that measuring pipet unidirectionally opens its taper suction inlet by the cooperation of the first ball valve and the first magnet ring so that measuring pipet interior suction
The extractant liquid taken will not because gravity decline and flow out measuring pipet, avoid because pipette shakes generate leakage show
As so as to reach liquid relief fast and accurately effect.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Specific implementation mode
The utility model is further elaborated below in conjunction with the accompanying drawings, wherein the direction of the utility model is mark with Fig. 1
It is accurate.
As shown in Figure 1, the novel liquid-transfering device for preventing leakage splash of the utility model, it includes syringe 1, first
Suction pipe 2, switch valve 3, the second suction pipe 4, measuring pipet 5, the first magnetic one-way valve 6 and the second magnetic one-way valve 7, wherein：
Syringe 1 includes injection-tube 11, piston 12 and push-pull rod 13, and injection-tube 11 is in longitudinally disposed, and piston 12 is slidably installed in
In the tube chamber of injection-tube 11, push-pull rod 13 is fixedly connected on the upper surface (side for the measuring pipet 5 that piston 12 deviates from of piston 12
Face) on, it is pumped in the tube chamber of injection-tube 11 with pushing and pulling piston 12 by push-pull rod 13, push-pull rod 13 is far from piston
12 one end is equipped with convenient for the drawing handle 14 of push-and-pull push-pull rod 13, and injection-tube 11 deviates from one end outer periphery of 5 tube body of measuring pipet
It is equipped with convenient for the auxiliary bulge loop 15 of push-and-pull push-pull rod 13, the lateral wall of injection-tube 11 is equipped with graduation mark.
One end of first suction pipe 2 is connected with the injection port of 1 injection-tube 11 of syringe, and the other end of the first suction pipe 2 is logical
It crosses sealing shroud to connect with the top port sealing of measuring pipet 5, switch valve 3 is arranged on the first suction pipe 3, the left end of the second suction pipe 4
It is connected to the first suction pipe 3, and the connectivity part of the second suction pipe 4 and the first suction pipe 3 is located at switch valve 3 and amount liquid on the first suction pipe 3
Position between pipe 5.Switch valve 3 is realized using the prior art, when switch valve 3 is opened, measuring pipet 5 by the first suction pipe 3 and
Syringe 1 includes that the access of injection-tube 11 is connected to；When switch valve 3 is closed, measuring pipet 5 is wrapped by the first suction pipe 3 with syringe 1
The access for including injection-tube 11 disconnects.The middle part of second suction pipe 4 be equipped with the emulsion tube 42 containing glass marble 41, the second suction pipe 4 it is another
One end is connected to ambient atmosphere.
Measuring pipet 5 is the glass pipet that capacity is 5~50ml, and 5 lateral wall of measuring pipet is equipped with to measure extract liquor
Scale, the bottom end imbibition port of measuring pipet 5 designs tapered suction inlet 52, and the middle position of 5 length direction of measuring pipet is equipped with storage
Sap cavity 51.
First magnetic one-way valve 6 is used to prevent the extractant liquid drawn in measuring pipet 5 from being flowed since gravity declines
Go out measuring pipet and generate leakage, the first magnetic one-way valve 6 is arranged in the taper suction inlet 52 of measuring pipet 5, the first magnetic one-way valve 6 packet
The first one-way fluid channel 61 and the first ball valve 62 are included, the first ball valve 62 is arranged in the first one-way fluid channel 61.First is single
To fluid channel 61 by interconnected the first tapered channel 611, the first Vertical Channel 612 and the first limit channels 613 3
It is grouped as, the first ball valve 62 is movably arranged on first tapered channel 611 and the first Vertical Channel in the first one-way fluid channel 61
In 612, so that the first ball valve 62 can pump in the first tapered channel 611 and the first Vertical Channel 612.The
One tapered channel 611 and the first Vertical Channel 612 are extended along the axial direction of measuring pipet 5, and the first tapered channel 611
Internal diameter gradually increased by the direction on taper suction inlet 52 to 5 top of measuring pipet of 5 bottom end of measuring pipet, the diameter of the first ball valve 62 is big
Diameter at 611 lowest calibre of the first tapered channel, so that the first ball valve 62 is located at the least significant end of the first tapered channel 611
The first tapered channel 611 can be blocked.First tapered channel 611 is by corrosion-resistant, anti-aging rubber material or silica gel material
Material is made, and the magnetic hollow ball of tool is made using magnetic material in the first ball valve 62, and hollow ball is also magnetic using having
Lightweight metal material is made, the outer surface cladding a thin layer rubber membrane or pellosil of the first ball valve 62, on the one hand so that first
Ball valve 62 has corrosion resistance, on the other hand so that the flexible flexible film and the first taper on 62 surface layer of the first ball valve
Channel 611 fits closely and reaches more sealing blocking effect.Correspond to the first tapered channel on the lateral wall of measuring pipet 5
611 position be equipped with can be moved up and down along the length direction of measuring pipet 5 move magnet ring 53, have magnetic first ball valve 62 with
First magnet ring 53 is coordinated by magnetic so that after negative pressure absorbing extract liquor, the first ball valve 62 can firmly be inhaled measuring pipet 5
It is attached to the position of 611 liquid outlet of the first tapered channel in the first one-way fluid channel 61, to pass through the first ball valve 62 and the first magnetic
The cooperation of ring 53 realizes that measuring pipet 5 unidirectionally opens its taper suction inlet 52 so that the extractant liquid drawn in measuring pipet 5 will not be because
Go out measuring pipet for gravity sinking and the phenomenon of leakage occurs so that the extraction agent dose that pipette pipettes is more accurate.
Second magnetic one-way valve 7 is too quickly for preventing the piston 12 due to syringe 1 from pushing and pulling too fast and easy imbibition, and will
Extractant immediately wicks into the injection-tube 11 of syringe 1 from the top ports of pipette, and the second magnetic one-way valve 7 is arranged in measuring pipet 5
The interior top end opening corresponding to liquid storage cylinder 51 above position, the second magnetic one-way valve 7 include the second one-way fluid channel 71,
Second ball valve 72 and floating ball pallet 73, floating ball pallet 73 are arranged in the second one-way fluid channel 71, the center of floating ball pallet 73
Position is equipped with arc-shaped slot up and down, and the edge of floating ball pallet 73 is equipped with through flow hole 731 up and down, the second ball valve 72
It is embedded in the arc-shaped slot of floating ball pallet 73.Second one-way fluid channel 71 is by the second interconnected tapered channel 711, the
Two Vertical Channels 712 and 713 three parts of the second limit channels composition, the second ball valve 72 are movably arranged on the second one-way fluid channel
In 71 the second tapered channel 711 and the second Vertical Channel 712, so that the second ball valve 72 can be in 711 He of the second tapered channel
It pumps in second Vertical Channel 712.Second tapered channel 711 and the second Vertical Channel 712 are along measuring pipet 5
Axial direction is extended, and the internal diameter of the second tapered channel 711 is gradual by the direction of 5 top of measuring pipet to 5 bottom end of measuring pipet
Increase, the diameter of the second ball valve 72 is more than the diameter at 711 lowest calibre of the second tapered channel, so that the second ball valve 72 is located at
The most significant end of second tapered channel 711 can block the second tapered channel 711.Second tapered channel 711 is by corrosion-resistant, anti-ageing
The rubber material or silica gel material of change are made, and the magnetic hollow ball of tool is made using magnetic material in the second ball valve 72, empty
Bulbus cordis body is also made of having magnetic lightweight metal material, the outer surface cladding a thin layer rubber membrane of the second ball valve 72 or
Pellosil, on the one hand so that the second ball valve 72 has corrosion resistance, on the other hand so that 72 surface layer of the second ball valve has bullet
The flexible film and the second tapered channel 711 of property fit closely and reach more sealing blocking effect.The lateral wall of measuring pipet 5
The upper position corresponding to the second tapered channel 711 is equipped with the second magnet ring 54 that can be moved up and down along the length direction of measuring pipet 5, tool
Magnetic second ball valve 72 is coordinated with the second magnet ring 54 by magnetic so that and measuring pipet 5 is after negative pressure absorbing extract liquor, and
Two ball valves 72 can firmly be adsorbed on the position of 711 liquid outlet of the second tapered channel in the second one-way fluid channel 71, with logical
The top end opening for unidirectionally opening its liquid storage cylinder 51 for crossing the cooperation realization measuring pipet 5 of the second ball valve 72 and the second magnet ring 54, to
Effectivelying prevent the piston 12 due to syringe 1 to push and pull, too fast and easy imbibition is too quickly, and by extractant from the top ports of pipette
Immediately wick into the injection-tube 11 of syringe 1.
The basic functional principle of the novel liquid-transfering device for preventing leakage splash of the utility model：By the cone of measuring pipet 5
Shape suction inlet 52 is inserted into the liquid level of extractant to be pipetted hereinafter, opening the switch valve 3 on the first suction pipe 3, and the right hand is by syringe 1
Push-pull rod 13 pulls up, and the intraluminal piston 12 of driving injection-tube 11 moves upwards, to be produced in the tube chamber of injection-tube 11
Under raw suction function, extractant to be pipetted enters the taper suction inlet 52 of measuring pipet 5, and overcomes and be arranged in the first tapered channel
Adsorption capacity between 611 magnetism the first float valve 62 and the first magnet ring 53 and float valve 62 is gone out into liquid from the first tapered channel 611
Mouth is open-top so that the first tapered channel 611, which is opened, to be simultaneously connected with the liquid storage cylinder of measuring pipet 5 51.In the tube chamber of injection-tube 11
Suction function under, extractant to be pipetted will be constantly inhaled into the liquid storage cylinder 51 of measuring pipet 5, when the liquid storage of measuring pipet 5
When being full of extractant in chamber 51, the extractant in liquid storage cylinder 51 will pass sequentially through the top end opening of liquid storage cylinder 51, floating ball pallet
Through flow hole 731 on 73 enters in the second one-way fluid channel 71, and the second ball valve 72 being arranged on floating ball pallet 73 is in buoyancy
Under the action of move upwards, and under the magnetic attraction force effect of the second magnet ring 54 so that the second ball valve 72 be located at the second taper lead to
The most significant end in road 711 can block the second tapered channel 711, to effectively prevent the piston 12 due to syringe 1 to push and pull
Fast and easy imbibition is too quickly, and extractant is immediately wicked into the injection-tube 11 of syringe 1 from the top ports of pipette.Meanwhile by
It is closed in the second one-way fluid channel 71, the intraluminal suction function of injection-tube 11 disappears, and is arranged in the first tapered channel
It is attracted again between 611 magnetism the first float valve 62 and the first magnet ring 53, it is single first to firmly inhale the first ball valve 62
To the position of 611 liquid outlet of the first tapered channel of fluid channel 61, to pass through the cooperation of the first ball valve 62 and the first magnet ring 53
Realize that measuring pipet 5 unidirectionally opens its taper suction inlet 52 so that the extractant liquid drawn in measuring pipet 5 will not be because of gravity
Decline and flow out measuring pipet 5, to reach liquid relief fast and accurately effect.When the extractant excess in measuring pipet 5, only need to close
The switch valve 3 on the first suction pipe 3 is closed, the first magnet ring 53 and the second magnet ring 54 on 5 lateral wall of pico- mobile measuring pipet, make respectively
The 72 equal sky of the second float valve of the first float valve 62 and the second tapered channel 711 that obtain the first tapered channel 611 is stayed can with tiny
For the gap of extractant circulation, then squeeze the emulsion tube 42 in 41 left side of glass marble so that shape between emulsion tube 42 and glass marble 41
It is in communication with the outside at a narrow gap so that ambient atmos enter in the measuring pipet 5 of pipette, adjust the extraction in measuring pipet 5
It takes agent liquid level to drop to designated position, the first float valve 62 is then moved away from by going out for the first tapered channel 611 by the first magnet ring 53
Liquid mouth position pushes the drawing handle 14 of syringe 1 still further below, to quantify tube chamber of the extractant pipetted from injection-tube 11
Tapping in introversive other containers, to realize that accurate quantification takes the purpose of liquid.
The foregoing is merely the better embodiments of the present invention, and the invention is not limited in the above embodiments, are implementing
There may be the small structural modifications in part in the process, if the various changes or modifications of the present invention are not departed from the essence of the present invention
God and range, and belong within the scope of the claim and equivalent technologies of the present invention, then the present invention is also intended to comprising these changes
And modification.
Claims (7)
1. a kind of novel liquid-transfering device preventing leakage splash, it is characterised in that：It includes syringe, the first suction pipe, switch
Valve, the second suction pipe, measuring pipet, the first magnetic one-way valve and the second magnetic one-way valve, one end and the note of first suction pipe
The injection-tube of emitter is connected, and the other end of first suction pipe is connect with the top port sealing of the measuring pipet, described to open
It closes valve to be arranged on first suction pipe, one end of second suction pipe is connected to first suction pipe, and the second suction pipe and the
Position of the connectivity part of one suction pipe between the switch valve and the measuring pipet, second suction pipe, which is equipped with, contains glass
The other end of the emulsion tube of ball, second suction pipe is connected to ambient atmosphere；The measuring pipet lateral wall is equipped with to measure
The middle position of the scale of extractant, the measuring pipet length direction is equipped with liquid storage cylinder, the bottom end imbibition port of the measuring pipet
Design tapered suction inlet；First magnetic one-way valve is used to prevent the extractant liquid drawn in measuring pipet due to gravity
And measuring pipet is flowed out, first magnetic one-way valve is arranged in the taper suction inlet, and first magnetic one-way valve includes the
One one-way fluid channel and the first ball valve, first ball valve are arranged in first one-way fluid channel, the measuring pipet
Lateral wall on correspond to first one-way fluid channel position be equipped with the first magnet ring, the first ball valve be using magnetic material
Manufactured hollow ball, first magnet ring are matched with the first ball valve, to logical using first the first one-way fluid of ball valve pair
Road is blocked and realizes the function of check valve；Second magnetic one-way valve is for preventing the piston due to syringe from pushing and pulling
It is fast and be easy imbibition it is too quickly and by extractant out of, the top ports of measuring pipet immediately wick into syringe injection-tube, second magnetic
Property check valve be arranged in the measuring pipet and the top of top end opening corresponding to the liquid storage cylinder, described second is magnetic unidirectional
Valve includes the second one-way fluid channel, the second ball valve and floating ball pallet, and the floating ball pallet is arranged in second one-way fluid
In channel, the center of the floating ball pallet is equipped with arc-shaped slot up and down, and the edge of the floating ball pallet is equipped with upper
The through flow hole of lower perforation, second ball valve are embedded in the arc-shaped slot, and institute is corresponded on the lateral wall of the measuring pipet
State the second one-way fluid channel position be equipped with can be along the second magnet ring that the length direction of measuring pipet moves up and down, the second ball valve
Using hollow ball made of magnetic material, second magnet ring is matched with second ball valve.
2. the novel liquid-transfering device according to claim 1 for preventing leakage splash, it is characterised in that：Described first is unidirectional
Fluid channel is made of interconnected the first tapered channel, the first Vertical Channel and the first limit channels three parts, and described the
One ball valve is arranged in first tapered channel, and the internal diameter of first tapered channel is by the taper suction inlet to the amount liquid
The direction at tube top end gradually increases, and the diameter of first ball valve is more than the diameter at the first tapered channel lowest calibre.
3. the novel liquid-transfering device according to claim 2 for preventing leakage splash, it is characterised in that：First taper
Channel is made of corrosion-resistant, anti-aging rubber material or silica gel material.
4. the novel liquid-transfering device according to claim 1 for preventing leakage splash, it is characterised in that：Described second is unidirectional
Fluid channel is made of interconnected the second tapered channel, the second Vertical Channel and the second limit channels three parts, and described the
Two ball valves are arranged by the floating ball pallet in second Vertical Channel, and the internal diameter of second tapered channel is by measuring pipet
The direction of top to measuring pipet bottom end gradually increases, and the diameter of second ball valve is more than at the second tapered channel lowest calibre
Diameter.
5. the novel liquid-transfering device according to claim 4 for preventing leakage splash, it is characterised in that：Second taper
Channel is made of corrosion-resistant, anti-aging rubber material or silica gel material.
6. the novel liquid-transfering device according to claim 1 for preventing leakage splash, it is characterised in that：First ball valve
Outer surface be coated with rubber membrane or pellosil.
7. the novel liquid-transfering device according to claim 1 for preventing leakage splash, it is characterised in that：Second ball valve
Outer surface be coated with rubber membrane or pellosil.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721925125.0U CN207823053U (en) | 2017-12-28 | 2017-12-28 | It can prevent the novel liquid-transfering device of leakage splash |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721925125.0U CN207823053U (en) | 2017-12-28 | 2017-12-28 | It can prevent the novel liquid-transfering device of leakage splash |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207823053U true CN207823053U (en) | 2018-09-07 |
Family
ID=63391295
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721925125.0U Active CN207823053U (en) | 2017-12-28 | 2017-12-28 | It can prevent the novel liquid-transfering device of leakage splash |
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| Country | Link |
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| CN (1) | CN207823053U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112842336A (en) * | 2021-01-12 | 2021-05-28 | 王盛 | Blood collection bottle for blood collection in immune cell therapy |
| CN112846117A (en) * | 2021-01-05 | 2021-05-28 | 皖西学院 | Safety device for amorphous material smelting and spraying bag |
| CN113814012A (en) * | 2021-09-16 | 2021-12-21 | 上海陶术生物科技有限公司 | Reagent sample is with stabilizing liquid-transfering equipment |
-
2017
- 2017-12-28 CN CN201721925125.0U patent/CN207823053U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112846117A (en) * | 2021-01-05 | 2021-05-28 | 皖西学院 | Safety device for amorphous material smelting and spraying bag |
| CN112846117B (en) * | 2021-01-05 | 2021-12-31 | 皖西学院 | Safety device for amorphous material smelting and spraying bag |
| CN112842336A (en) * | 2021-01-12 | 2021-05-28 | 王盛 | Blood collection bottle for blood collection in immune cell therapy |
| CN113814012A (en) * | 2021-09-16 | 2021-12-21 | 上海陶术生物科技有限公司 | Reagent sample is with stabilizing liquid-transfering equipment |
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