CN204509520U - A kind of Multifunction electrostatic spinning device - Google Patents

Abstract

The utility model discloses a kind of Multifunction electrostatic spinning device, comprise electrostatic spinning chamber, pretreatment chamber, sampler chamber, enter to coil room and sample receiving chamber, can realize the shower nozzle self-cleaning of electrostatic spinning, automatically sampling vary, in-situ modified, the functions such as continuous production multi-layer nano fiber membrane.Be characterized in that three electrostatic spinning chambers are equipped with a shower nozzle fixator, can fix and clean shower nozzle, allow electrostatic spinning carry out smoothly; Sample receiving chamber comprises a sample disc fixator, and the rotation of Quality control dish makes sample disc mutually switch between different units takes place, realizes the preliminary treatment of Electrospun product, automatically sampling, automatic disc filling, prepares the functions such as multi-layer nano fiber membrane; Pretreatment chamber and sampler chamber can realize the preliminary treatment of Electrospun product, gather and modification; Described room of entering to coil can automatically for sample receiving chamber supplements sample disc.The features such as it is simple that this device not only has structure, easy to operate, also have several functions, promote the advantages such as electrostatic spinning efficiency.

Description

A kind of Multifunction electrostatic spinning device

Technical field

The utility model belongs to electrostatic spinning field, particularly relates to the electrostatic spinning apparatus that one has the functions such as shower nozzle self-cleaning, automatically sampling are varied, (original position) modification, continuous production multi-layer nano fiber membrane.

Background technology

Along with the development of national economy and science and technology, the demand of people to nano-fiber material is increasing, and electrostatic spinning technique has unique advantage as a kind of 1-dimention nano fibrous material or nano-fiber film prepared, thus by investigation and application widely.Particularly after last century the eighties, along with the proposition of this concept of nano material, research finds optimization to the parameter of electrostatic spinning, can prepare the nanofiber that diameter reaches nanometer scale easily and evoke scientist especially to the research interest of electrostatic spinning and enthusiasm.Electrostatic spinning is played a great role in the field such as catalysis material, photoelectric material and device, bio-medical tissue, aerospace gradually.

In electrostatic spinning process, certain voltage is applied at shower nozzle (anode), formed with an electrostatic field between shower nozzle and dash receiver, be in the electric charge of droplet in electric field or melt droplet table enriched, if when the charge repulsion on drop surface is greater than or equal to its surface tension, drop surface produces small " jet ", " jet " is stretched under the effect of electric field force, solvent volatilizees rapidly, solidify, be deposited on dash receiver, namely define nanofiber.Since Formalas has applied for preparing with electrostatic force the experimental provision of polymer fiber first in 1934, the patent relevant to electrostatic spinning apparatus is as emerged rapidly in large numbersBamboo shoots after a spring rain, electrostatic spinning apparatus obtains a lot of improvement, form is also varied, solve a lot of problem, as Chinese patent: ZL201210245532.2, ZL 201210024657.2 etc.; US Patent No. 6616435, US6656394 etc.; World patent: WO06043968, WO2005099308 etc.

But, in electrostatic spinning, if the viscosity of precursor solution is too large, sweetening agent solution volatile (as ethanol make solvent time), easily cause solution solidifying at shower nozzle end, grow one section of silk, shower nozzle is plugged; And if precursor solution polymer solubility is on the low side, shower nozzle solution can be made to form drop, and drip, these phenomenons all make electrostatic spinning be difficult to carry out, and reduce the efficiency of electrostatic spinning.Secondly, traditional electrostatic spinning apparatus generally adopts negative electrode (earthing pole) directly as dash receiver, receive Electrospun product, flexibility is not high, there is certain limitation, as: sampling is inconvenient, be difficult to carry out modification, there is impact to electric field and then have influence on the pattern of Electrospun product in the thickness of dash receiver sample: the research in this laboratory finds, when adopting common electrostatic spinning process to prepare nanofiber, the sampling time of Electrospun product affects the appearance of nanofiber: the sampling time is long, namely the time of spinning is oversize, main nanofiber is thicker, along with occurring much tiny fiber, the diameter of fiber is uneven, and the sampling time shorter time, nanofiber thickness prepared by electrostatic spinning is more even, therefore, the control of sampling time to the pattern of nanofiber controlling electrostatic spinning product is necessary.Finally, along with the development of nano material, research and the demand with the novel nano-material of property get more and more, as the preparation of nano-fiber film, to the study on the modification of nanofiber, or even in-situ modified research, therefore, exploitation one can (original position) modification, and the electrostatic spinning apparatus of continuous production multi-layer nano fiber membrane is necessary, this is conducive to experimental study and the practical application of electrostatic spinning, has considerable application prospect.

Summary of the invention

The purpose of this utility model is to provide a kind of Multifunction electrostatic spinning device.To realize the functions such as electrostatic spinning nozzle self-cleaning, automatically sampling are varied, (original position) modification, continuous production multi-layer nano fiber membrane.

The purpose of this utility model is also the electrostatic spinning apparatus designing multiple electrostatic spinning chamber, separate between each electrostatic spinning chamber, does not interfere with each other, and also realizes with the efficiency promoting electrostatic spinning the preparation carrying out multi-layer nano fiber membrane continuously.

The purpose of this utility model is also to design a kind of shower nozzle fixator, to realize shower nozzle self-cleaning in electrostatic spinning process, eliminates the dropping liquid in electrostatic spinning process and clogging, ensures carrying out smoothly of electrostatic spinning.

The purpose of this utility model is also to design the negative electrode (earth terminal) of a kind of metal ring as electrostatic spinning, negative electrode is separated with sample receiver, thus sample receiver both can by general sample disc, direct reception electrostatic spinning product, also can realize receiving Electrospun product, to realize the in-situ modified of electrostatic spinning with special receiving system (as beaker, culture dish etc.).

The purpose of this utility model is also to design a kind of sample disc fixator, and sample disc fixator is the plastic tab of hollow positive six prisms, and the outside hub of each side is provided with circular sample cell, for placing sample disc; Except the sample cell on ground is, immediately below all the other each sample cells, be all fixed with a magnetic stirring apparatus, be fixed on there being the sample disc of built-in magnetic stripe on sample cell by magnetic force, and sample disc can be rotated in sample cell; The control that positive six prisms connect rotary electric machine outside can regularly rotate along the central shaft of positive six prisms, realize sample disc switching between different units takes place, between different electrostatic spinning chambers, to receive Electrospun product to reach, prepare multi-layer nano fiber membrane, the sampling of Electrospun product and load the object of sample disc.

The purpose of this utility model is also to design a sample pretreatment unit at electrostatic spinning apparatus, pretreatment unit can carry out drying by heating or putting into the modes such as drier to Electrospun product, also can create at pretreatment unit the direct preliminary treatment that specific gas atmosphere (as ammonia) etc. realizes Electrospun product.

The purpose of this utility model is also to design a sampling unit at electrostatic spinning apparatus, utilizes the effect of gravity to realize Electrospun product and automatically samples, can put into some reagent at sampling unit, receives Electrospun product, realizes the modification of Electrospun product.

The purpose of this utility model is also to provide one to enter to coil device, after completing sampling automatically, supplements sample disc, enables electrostatic spinning continue to go on for electrostatic spinning.

The purpose of this utility model is also to design a kind of sample disc, and material is the erosion-resisting material such as polytetrafluoroethylene (PTFE) or pottery, rounded thin slice; The receiving plane of sample disc has a lot of kick, makes Electrospun product easily be removed or when modification direct to the Electrospun product in sample disc, ensures that Electrospun product fully can contact with modifier; Sample disc centre embeds a bar magnet, and sample disc can be rotated under the effect of magnetic stirring apparatus, ensures that Electrospun product drops on above sample disc equably, forms homogeneous film.

Adopt technical scheme as follows for realizing the purpose of this utility model:

a kind of Multifunction electrostatic spinning device described in the utility modelcomprise be provided with in housing and housing electrostatic spinning chamber, pretreatment chamber, sampler chamber, enter to coil room and sample receiving chamber, electrostatic spinning chamber in housing, pretreatment chamber, sampler chamber, enter to coil room and sample receiving chamber covers sealing by cloche, it is characterized in that sample receiving chamber is arranged at casing center, sample receiving chamber is by cylinder dividing plate and electrostatic spinning chamber, pretreatment chamber, sampler chamber and enter to coil room and separate; Be separated into two-layer up and down outside cylinder dividing plate by horizontal baffle, above horizontal baffle, be distributed with three, left, center, right and be divided into separate electrostatic spinning chamber by dividing plate between it, its middle electrostatic spinning chamber is positioned at vertical direction, and left side electrostatic spinning chamber and right side electrostatic spinning chamber lay respectively at electrostatic spinning chamber both sides; To be provided with pretreatment chamber, sampler chamber below horizontal baffle and to enter to coil room being positioned at, being separated by dividing plate between adjacent.

In the electrostatic spinning chamber of left, center, right, be equipped with a shower nozzle fixator, shower nozzle fixator is used for stationary nozzle; The top of described shower nozzle is connected with silica gel catheter, and Electrospun solution is transported to shower nozzle by silica gel catheter, and shower nozzle connects the anode of outside high voltage source; Metal ring is located at the below of shower nozzle and is fixed on cylinder bulkhead sides, is connected with the negative electrode of high voltage source by wire; Heating rod is located at metal ring dead astern and is fixed on cylinder dividing plate; Described shower nozzle fixator comprises height regulating rod, cleaning motor, fixed head, stationary pipes, connecting plate, sprayer channel, metal knob, rotating bars and turning cylinder; Height regulating rod through cloche and top is positioned at electrostatic spinning outdoor, bottom in electrostatic spinning chamber interior, by the distance pulled and level altitude adjusting rod can control between shower nozzle and metal ring; The bottom of height regulating rod is fixed with cleaning motor, and cleaning motor bottom is fixed with stationary pipes; On the left of stationary pipes, be fixed wtih connecting plate, connecting plate end is fixed with the sprayer channel that shower nozzle can be allowed to pass, and is provided with metal knob with stationary nozzle at sprayer channel opposite side center position; On the right side of stationary pipes, be fixed wtih fixed head, fixed head is provided with a breach that rotating bars can be allowed to pass through, breach can retain rotating bars from the drop of syringe needle with coming or the silk of condensation; The center line of stationary pipes is provided with a turning cylinder be connected with rotating bars, turning cylinder is connected to cleaning motor, cleaning Electric Machine Control turning cylinder rotates, the rotating bars driving turning cylinder end to be provided with rotates, the silk of the drop of shower nozzle end or condensation can scrape and play cleaning shower nozzle by rotating bars in the process rotated, and prevents the effect blocked.

Sample receiving chamber entirety is cylindrical, has three-decker from outside to inside, sequentially: cylinder dividing plate, sample disc fixator and magnetic stirring apparatus; Be provided with in the side of cylinder dividing plate respectively with sampler chamber, enter to coil sample output passage that room, left, center, right electrostatic spinning chamber and pretreatment chamber be connected, enter to coil passage, fiber channel and pre-processing channel; A heating rod is fixed respectively, for controlling the temperature of electrostatic spinning chamber and pretreatment chamber at the fiber channel and pre-processing channel dead astern that are positioned at cylinder dividing plate; Be fixed wtih a metal ring being positioned on the cylinder dividing plate above fiber channel, sample disc fixator is the plastic tab of hollow positive six prisms, is located at cylinder diaphragm internal; The center of each side of six sides of sample disc fixator is provided with a circular sample cell, the sample cell of uppermost circle is positioned at immediately below fiber channel, each sample cell is for placing sample receiver, sample receiver adopts sample disc, beaker or culture dish, sample disc is for receiving Electrospun product, beaker or culture dish are used for holding reagent, to realize the in-situ modified of electrostatic spinning; Every bar seamed edge of sample disc fixator is fixed with sealing strip, and every bar sealing strip contacts with the corresponding position of cylinder dividing plate.

Pretreatment chamber is positioned at immediately below the electrostatic spinning chamber of left side, the lower left corner of sample receiving chamber, a heating rod is fixed wtih on pretreatment chamber's passage side, for controlling the temperature of pretreatment chamber, pretreatment chamber is mainly used in temporary reservoir and the preliminary treatment of Electrospun product, drying process can be carried out by heating or putting into drier to Electrospun product in pretreatment chamber, or in pretreatment chamber, create specific gas atmosphere some preliminary treatment is carried out to Electrospun product.

Sampler chamber is in pretreatment chamber and the centre of entering to coil room, and immediately below electrostatic spinning chamber and sample receiving chamber, be connected by the sample receiving chamber of sampling channel and center, sampler chamber is mainly used in automatically collecting Electrospun product and direct modification Electrospun product; When sample disc enters sampler chamber, due to magnetic force disappearance and in the effect of gravity, Electrospun product will be fallen into sampler chamber together along with sample disc and be collected, realize the process of sampling automatically; Bottom sampler chamber, immediately below sampling channel, put into the container that special modified liquid is housed, be used for receiving sample disc and carrying out modification to the Electrospun product that sample disc is collected.

Enter to coil room to be positioned at immediately below the electrostatic spinning chamber of right side, the lower right corner of sample receiving chamber, is close to sampler chamber; Entering to coil room to comprise one and enter to coil device, being connected with sample receiving chamber by entering to coil passage, for carrying new sample disc toward sample cell, varying process with what complete electrostatic spinning, ensureing that electrostatic spinning can continue to carry out.

Face in the inside of sample disc fixator that five the sample cell places be symmetrically distributed with above the bottom surface being positioned at sample disc fixator are corresponding is fixed with magnetic stirring apparatus, just a magnetic stirring apparatus is fixed with to the back side place of each sample cell is corresponding in sample disc fixator, the sample disc being provided with magnetic stripe is inhaled on corresponding sample cell by each magnetic force energy being positioned at the magnetic stirring apparatus at the sample cell back side, and magnetic stirring apparatus rotational drives respective sample dish to rotate in sample cell; The sample disc fixator of positive six prisms to connect outside under the control of rotary electric machine and can timing rotate along the central shaft of positive six prisms, and drive the switching of sample disc between different chamber, between different electrostatic spinning chambers, to receive Electrospun product to reach, prepare multi-layer nano fiber membrane, the sampling of Electrospun product and load sample disc.

Describedly enter to coil device and comprise sample disc, sabot cylinder, push-plate device, pushing cylinder device and correcting wedge; Correcting wedge is fixed on on the bottom surface of dish room by draw-in groove, and the inclined-plane of correcting wedge is towards entering to coil passage, and correcting wedge plays the effect of fixing pushing cylinder device; Pushing cylinder device is located between correcting wedge and sabot cylinder, plays promotion, connects and support the effect of sabot cylinder; Pushing cylinder device comprises upper plate, outer spring and base plate, and outer spring two ends are fixed wtih upper plate and base plate respectively, and upper plate is fixed on fixed head by draw-in groove, and base plate is fixed on the inclined-plane of correcting wedge by draw-in groove; When sample fixer is in non-sampled or varies state and do not rotate, under the Action of Gravity Field of the pushing cylinder device on upper plate, outer spring is in by the state compressed all the time, a thrust is produced by the outer spring compressed, sabot cylinder can be pushed sample receiving chamber, make sabot cylinder abut against on sample fixer; Push-plate device comprises movable plate, inner spring and fixed head, and sabot cylinder external diameter is more smaller than the internal diameter entering to coil passage, makes sabot cylinder upper end just be enclosed within dish passage, and can enter coil between room and moves at sample receiving chamber, and can not drop; One end of inner spring is fixed wtih movable plate, and the other end is fixed on fixed head, and inner spring and movable plate are contained in sabot cylinder, and fixed head is fixed on sabot cylinder bottom; When sample fixer is in non-sampled or varies state and do not rotate, under the Action of Gravity Field of sample disc being positioned at movable plate top, inner spring is in by the state compressed all the time, produced a thrust by the inner spring compressed and promote movable plate, sample disc is pushed sample cell, make sample disc withstand on sample cell, the sample disc withstanding on sample cell is held by magnetic stirring apparatus and inhales in sample cell; When sample fixer is in sampling or varies state and start to rotate counterclockwise 60 °, be subject to the sealing strip extruding be located at sampler chamber and entered Pan Shichu, and promote the upper end of sabot cylinder, outer spring is compressed, sabot cylinder and sample disc by together with push back into dish room, and the sample disc being in the top of movable plate has been inhaled by magnetic force, and in sample cell, brought into right side electrostatic spinning by the sample fixer rotated indoor; After sample fixer rotation terminates, the top of movable plate change a new sample disc, under the effect of spring force outside, pushing cylinder device is pushed back sample receiving chamber again, and under the promotion of inner spring, new sample disc is pushed into sample cell again, and the new sample disc on the top of movable plate is held by magnetic stirring apparatus again, and is fixed in sample cell; Like this, after the once rotation of sample fixer, complete automatically supplementing of sample disc, make electrostatic spinning can continue to carry out.

Described middle electrostatic spinning chamber is located at vertical direction, and the angle of left side electrostatic spinning chamber and right side electrostatic spinning chamber and middle electrostatic spinning chamber is 60 °, sample disc fixator is the plastic tab of hollow positive six prisms, sample disc fixator can periodically be rotated counterclockwise under connecing the control of rotary electric machine outside, sample disc can be switched between different chamber, when sample disc fixator first time turn over 60 °, sample disc from enter to coil room enter right side electrostatic spinning chamber receive Electrospun product; When sample disc fixator second time turns over 60 °, sample disc enters middle electrostatic spinning chamber from right side electrostatic spinning chamber, to receive electrostatic spinning product; Turn over 60 ° when sample disc fixator third time, sample disc enters left side electrostatic spinning chamber, to receive electrostatic spinning product from middle electrostatic spinning chamber; When sample disc fixator turns over 60 ° the 4th time, sample disc enters pretreatment chamber from left side electrostatic spinning chamber, to realize the preliminary treatment to electrostatic spinning product; When sample disc fixator turns over 60 ° the 5th time, sample disc enters sampler chamber from pretreatment chamber, and now because the sample cell at sampler chamber place makes the magnetic force of sample disc disappear without installation magnetic stirring apparatus, sample disc under gravity, automatically sampler chamber is fallen into, to realize the automatic collection of sample; When sample disc fixator turns over 60 ° the 6th time, empty sample cell enters into dish room from sampler chamber, enter to coil in room enter to coil the effect of device under, sample cell loads onto sample disc again.

Described sample disc is a thin rounded flakes, material is pottery or polytetrafluoroethylene (PTFE), much tiny projection is had at receiving plane, projection can allow Electrospun product contact with sample disc can not be too tight, conveniently take off Electrospun product on the one hand, the Electrospun product on sample disc surface can be made on the other hand when pretreatment chamber or sampler chamber carry out some process, make Electrospun product more fully processed; Embed a magnetic stripe in the centre, the back side of sample disc, magnetic stripe is comprised in sample disc inside, and the magnetic stripe of embedding can make sample disc rotate under the effect of magnetic stirring apparatus, allows the Electrospun product received be evenly dispersed in sample disc.

Preferably, be mainly used in electrostatic spinning at three electrostatic spinning chambers of above-mentioned electrostatic spinning apparatus, the design of each electrostatic spinning chamber is consistent, all comprises a shower nozzle fixator, a heating rod and a metal ring; Shower nozzle fixator is positioned at the top of electrostatic spinning chamber, for stationary nozzle; Shower nozzle is the syringe needle of metal material, and be connected with the anode of high voltage source by a metal knob, the top of shower nozzle is connected with silica gel catheter, and under the effect of outside plug-flow pump, Electrospun solution is transported to shower nozzle by silica gel catheter; Metal ring, immediately below shower nozzle, is fixed on cylinder bulkhead sides, connects (ground connection) by wire with the negative electrode of high voltage source; Heating rod is fixed on cylinder dividing plate, in metal ring dead astern, for controlling the temperature of electrostatic spinning chamber.Each electrostatic spinning chamber, is controlled by independent high voltage source and heater respectively, can realize the electrostatic spinning under synchronization the same terms, or the electrostatic spinning under synchronization separately different condition.

Preferably, a height regulating rod and a cleaning motor is comprised at the shower nozzle fixator of above-mentioned electrostatic spinning apparatus.Height regulating rod is through cloche, and top is electrostatic spinning outdoor outside, and bottom, in electrostatic spinning chamber interior, by pulling and level altitude adjusting rod, can control the distance of shower nozzle and metal ring; The bottom of height regulating rod is fixed wtih a micro-machine---cleaning motor, under the control of motor, the rotating bars of its end of turning cylinder band rotates, the silk of the drop of shower nozzle end or condensation can scrape by rotating bars in the process rotated, and on the fixed head taking side to, to play cleaning shower nozzle, prevent the effect blocked.

Preferably, be positioned at the center of electrostatic spinning apparatus at the sample receiving chamber of above-mentioned electrostatic spinning apparatus, be divided into three layers, be respectively from outside to inside: cylinder dividing plate, a sample disc fixator and five magnetic stirring apparatus.Cylinder dividing plate is fixed on the outermost layer of sample receiving chamber; A heating rod is fixed respectively, for the temperature of electrostatic spinning chamber and pretreatment chamber at the fiber channel (three) of cylinder dividing plate and pre-processing channel dead astern; A metal ring is fixed wtih, as the negative electrode of electrostatic spinning in fiber channel (three) top of cylinder dividing plate.

Preferably, be the plastic tab of hollow positive six prisms at the sample disc fixator of above-mentioned electrostatic spinning apparatus, be arranged on cylinder diaphragm internal; Six center side of sample disc fixator, are respectively equipped with a circular sample cell, for placing sample receiver (as sample disc, beaker or culture dish etc.), receive Electrospun product; Fix a sealing strip respectively at six seamed edges of sample disc fixator, play isolated effect, ensure to there is certain seal between unit, avoid mutually disturbing between different units; Inner at sample disc fixator, except the sample cell of bottom, be fixed wtih a magnetic stirring apparatus (totally five) immediately below all the other each sample cells respectively, magnetic stirring apparatus plays and holds sample disc and be the function that sample disc is rotated; Under the control of motor, sample disc fixator can periodically be rotated counterclockwise certain angle, sample disc is switched between different units in electrostatic spinning apparatus, to reach specific object, for one of them circulation: turn over 60 ° when sample disc fixator first time, sample disc receives Electrospun product from entering to coil room enters electrostatic spinning chamber; When sample disc fixator second time turns over 60 °, sample disc enters electrostatic spinning chamber from electrostatic spinning chamber, to receive electrostatic spinning product; Turn over 60 ° when sample disc fixator third time, sample disc enters electrostatic spinning chamber from electrostatic spinning chamber, to receive electrostatic spinning product; When sample disc fixator turns over 60 ° the 4th time, sample disc enters pretreatment chamber from electrostatic spinning chamber, to realize the preliminary treatment to electrostatic spinning product; When sample disc fixator turns over 60 ° the 5th time, sample disc enters sampler chamber from pretreatment chamber, and now due to the disappearance of magnetic force, sample disc under gravity, calls in sampler chamber automatically, to realize the automatic collection of sample; When sample disc fixator turns over 60 ° the 6th time, empty sample cell enters into dish room from sampler chamber, and under the effect of entering to coil device, sample cell loads onto sample disc again.

Preferably, in the pretreatment chamber of above-mentioned electrostatic spinning apparatus immediately below electrostatic spinning chamber, the lower left corner of sample receiving chamber, is fixed wtih a heating rod on pretreatment chamber's passage side, for controlling the temperature of pretreatment chamber.Pretreatment chamber is mainly used in temporary reservoir and the preliminary treatment of Electrospun product, drying process can be carried out by heating or putting into drier to Electrospun product in pretreatment chamber, also can create specific gas atmosphere (as ammonia) in pretreatment chamber some preliminary treatment is carried out to Electrospun product.

Preferably, at the sampler chamber of above-mentioned electrostatic spinning apparatus in pretreatment chamber and the centre of entering to coil room, immediately below electrostatic spinning chamber and sample receiving chamber, be connected by the sample receiving chamber of sampling channel and center, sampler chamber is mainly used in automatically collecting Electrospun product and direct modification Electrospun product; When sample disc enters sampler chamber, due to magnetic force disappearance and in the effect of gravity, Electrospun product will be fallen into sampler chamber together along with sample disc and be collected, realize the process of sampling automatically; Bottom sampler chamber, the container that special liquid (modified solution etc.) are housed can be put into immediately below sampling channel, as beaker or culture dish, can be used for receiving sample disc, modification is carried out to the Electrospun product that sample disc is collected above, under the effect of the magnetic stirring apparatus of container bottom placement, the sample be collected into can rotate, and Electrospun product is fully contacted with modified solution.

Preferably, above-mentioned electrostatic spinning apparatus enter to coil room electrostatic spinning chamber just under, the lower right corner of sample receiving chamber, is close to sampler chamber; Entering to coil room mainly comprises into dish device, is connected with sample receiving chamber by entering to coil passage, for carrying new sample disc toward sample cell, varying process, ensure that electrostatic spinning can continue to carry out with what complete electrostatic spinning.

Preferably, sabot cylinder, push-plate device, pushing cylinder device and a correcting wedge is comprised at the device that enters to coil of above-mentioned electrostatic spinning apparatus; Correcting wedge is fixed on on the bottom surface of dish room by draw-in groove, and inclined-plane, towards entering to coil passage, plays the effect of fixing pushing cylinder device; Pushing cylinder device, between correcting wedge and sabot cylinder, plays promotion, connects and support the effect of sabot cylinder; Pushing cylinder device comprises upper plate, outer spring and lower shoe, and outer spring two ends are fixed wtih upper plate and lower shoe respectively, and upper plate is fixed on fixed head by draw-in groove, and lower shoe is fixed on the inclined-plane of correcting wedge by draw-in groove; When sample fixer be in static do not rotate time, i.e. non-sampled or non-when varying state, under the Action of Gravity Field of the pushing cylinder device at upper plate top, outer spring is in by the state compressed all the time, a thrust is produced by the outer spring compressed, sabot cylinder can be pushed sample receiving chamber, make sabot cylinder abut against on sample fixer; Push-plate device comprises a movable plate, an inner spring and a fixed head, and sabot cylinder external diameter is more smaller than the internal diameter entering to coil passage, makes sabot cylinder upper end just be enclosed within dish passage, and can enter coil between room and moves at sample receiving chamber, and can not drop; One end of inner spring is fixed wtih movable plate, and the other end is fixed on fixed head, and inner spring and movable plate are contained in sabot cylinder, and fixed head is fixed on sabot cylinder bottom; When sample fixer be in static do not rotate time, i.e. non-sampled or non-when varying state, under the Action of Gravity Field of sample disc being positioned at movable plate top, inner spring is in by the state compressed all the time, produced a thrust by the inner spring compressed and promote movable plate, sample disc is pushed sample cell; Make sample disc withstand on sample cell, the sample disc withstanding on sample cell is held by magnetic stirring apparatus and inhales in sample cell; When sample fixer starts to rotate counterclockwise 60 °, when being namely in sampling or varying state, the upper end of sabot cylinder is subject to the sealing strip extruding being in sampler chamber and entering to coil room, outer spring is compressed, sabot cylinder and sample disc by together with push back into dish room, and the sample disc being in movable plate top has been inhaled by magnetic force brought into electrostatic spinning indoor by the sample fixer rotated in sample cell; After sample fixer rotation terminates, movable plate top change a new sample disc, under the effect of spring force outside, pushing cylinder device is pushed back sample receiving chamber again, and under the promotion of inner spring, new sample disc is pushed into sample cell again, and the new sample disc of movable plate top is held by magnetic stirring apparatus again, and is fixed in sample cell; Like this, after the once rotation of sample fixer, complete automatically supplementing of sample disc, make electrostatic spinning can continue to carry out.

Preferably, be a thin rounded flakes in the sample disc of above-mentioned electrostatic spinning apparatus, material is pottery or polytetrafluoroethylene (PTFE), much tiny projection is provided with at receiving plane, these projections can allow Electrospun product contact with sample disc can not be too tight, conveniently take off Electrospun product on the one hand, the Electrospun product on sample disc surface can be made on the other hand when pretreatment chamber or sampler chamber carry out some process, and Electrospun product can be processed more abundant; Embed a magnetic stripe in the centre, the back side of sample disc, magnetic stripe is comprised in sample disc inside, and the magnetic stripe of embedding can make sample disc rotate under the effect of magnetic stirring apparatus, allows the Electrospun product received be evenly dispersed in sample disc.

As can be seen from above-mentioned technical scheme, the utility model tool has the following advantages:

The utility model has multiple independently electrostatic spinning chamber, multiple electrostatic spinning chamber can be realized and carry out electrostatic spinning under the same conditions or under different condition simultaneously, to prepare a kind of nanofiber simultaneously, prepare multiple fiber or prepare the functions such as multi-layer nano film, improving the efficiency of electrostatic spinning.

This electrostatic spinning apparatus has shower nozzle fixator, can realize the automatic cleaning (removing dropping liquid and filament) of shower nozzle, overcome shower nozzle clogging, allow electrostatic spinning carry out smoothly.

This electrostatic spinning apparatus adopts metal ring negative electrode the most, negative electrode is separated with sample disc, improves the flexibility of sample disc, under the cooperation of sample disc fixator, can realize the automatic sampling of Electrospun product, the functions such as (original position) modification.

This electrostatic spinning apparatus has sample disc fixator, by the rotation of sample disc fixator, sample disc is switched between different unit, realizes preparing the functions such as multi-layer nano fiber, the preliminary treatment of Electrospun product and the automatic sampling of Electrospun product.

This electrostatic spinning apparatus has pretreatment chamber, can carry out some preliminary treatment to Electrospun product.

This electrostatic spinning apparatus has sampler chamber, can achieve automatic sampling or the modification of Electrospun product.

Electrostatic spinning apparatus has into dish room, automatically can supplement sample disc toward sample receiving chamber, make electrostatic spinning continue to carry out.

Accompanying drawing explanation

fig. 1 is front view of the present utility model.

fig. 2 is shower nozzle fixator schematic diagram of the present utility model.

fig. 3 is cylinder dividing plate schematic diagram of the present utility model.

fig. 4 is sample disc fixator schematic diagram of the present utility model.

fig. 5 of the present utility modelly enters to coil device schematic diagram.

fig. 6 is sample disc schematic diagram of the present utility model.

Detailed description of the invention

In order to more clearly explain the utility model, to be briefly described by some accompanying drawings below, apparently, accompanying drawing listed is below only embodiments more of the present utility model, for this exercising ordinary skill, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Below in conjunction with accompanying drawing 1-Fig. 6, the utility model is described in more detail, to make the reference of those skilled in the art's energy and to implement.

As shown in Figure 1, the utility model--- a kind of Multifunction electrostatic spinning device, comprise seven unit: electrostatic spinning chamber (E1, E2 and E3), pretreatment chamber P, sampler chamber S, enter to coil room C and sample receiving chamber R, unit is sealed in cloche 36; As shown in Figure 1, adjacent unit is separated by dividing plate, on the upper strata of device, namely, on horizontal baffle 37, be three arranged side by side and separate electrostatic spinning chambers (E1, E2 and E3), wherein, electrostatic spinning chamber E2 is at vertical direction, and the angle of left side electrostatic spinning chamber E1 and right side electrostatic spinning chamber E3 and middle electrostatic spinning chamber E2 is 60 °, side by side, abuts against middle electrostatic spinning chamber E2 both sides, separated by dividing plate; The lower floor of device, namely under horizontal baffle 37, be from left to right followed successively by pretreatment chamber P, sampler chamber S, enter to coil room C, adjacent cells is separated by dividing plate; The mid portion of electrostatic spinning apparatus is sample receiving chamber R, and sample receiving chamber R is separated by cylinder dividing plate 13 and other unit; Six circular channels (see Fig. 3) by cylinder dividing plate 13 side: sample output passage 14, enter to coil passage 15, fiber channel 16 (three) and pre-processing channel 18 respectively with sampler chamber S, enter to coil room C, electrostatic spinning chamber (E1, E2, and E3) and pretreatment chamber P be connected.

Three electrostatic spinning chambers (E1, E2 and E3) are mainly used in electrostatic spinning, and as shown in Figure 1, Figure 2 and Figure 3, electrostatic spinning chamber comprises shower nozzle fixator (see figure 2), heating rod 19 and metal ring 17; Shower nozzle fixator is positioned at the top of electrostatic spinning chamber, for stationary nozzle 10; Shower nozzle 10 is the syringe needle of metal material, and top is connected with silica gel catheter 6, under the promotion of the plug-flow pump of outside, Electrospun solution is delivered to shower nozzle, and the anode of outside high voltage source is connected to shower nozzle 10, for shower nozzle applies a voltage; Metal ring 17, immediately below shower nozzle 10, is fixed on cylinder dividing plate 13 side, connects (ground connection) by wire with the negative electrode of high voltage source; Forming high voltage electric field between shower nozzle 10 and metal ring 17, an effect is being produced, to carry out electrostatic spinning to the Electrospun solution of shower nozzle 10 end; Heating rod 19 is located at metal ring 17 dead astern, be fixed on the grid in this figure of cylinder dividing plate 13(, it is the information representation for the ease of drawing, the actual product of cylinder dividing plate 13 is except six circular channels (see Fig. 3): sample output passage 14, enter to coil except passage 15, fiber channel 16 (three) and pre-processing channel 18, other parts are airtight does not have hole or grid) on, heating rod 19 is for controlling the temperature of electrostatic spinning chamber.The design of three electrostatic spinning chambers (E1, E2 and E3) is consistent, is controlled respectively by independent high voltage source and heater, spinning while can realizing under the same terms, or the spinning under different condition.

Shower nozzle fixator comprises height regulating rod 1, cleaning motor 2, fixed head 3, stationary pipes 4, connecting plate 5, silicone tube 6, sprayer channel 8, metal knob 9, shower nozzle 10, rotating bars 11 and turning cylinder 12.Height regulating rod 1 is through cloche 36, and its top is positioned at electrostatic spinning outdoor, and bottom, in electrostatic spinning chamber interior, by pulling and level altitude adjusting rod 1, can control the distance of shower nozzle 10 and metal ring 17; The bottom of height regulating rod 1 is fixed wtih a micro-machine---and cleaning motor 2, is fixed wtih a plastic tube bottom cleaning motor 2---stationary pipes 4; On the left of stationary pipes 4, be fixed wtih connecting plate 5, connecting plate 5 end is fixed wtih sprayer channel 8, and shower nozzle 10 can be allowed to pass, and by the metal knob 9 that is located at sprayer channel 8 opposite side center with stationary nozzle 10; Metal knob 9, by wire, connects the anode of high voltage source, and shower nozzle 10 applies a voltage; On the right side of stationary pipes 4, be fixed wtih fixed head 3, fixed head 3 is provided with a breach 7, rotating bars 11 just can be allowed to pass through, play and retain rotating bars 11 from the drop of syringe needle with coming or the silk of condensation; The center line of stationary pipes 4 is provided with a turning cylinder 12 be connected with rotating bars 11, turning cylinder 12 is connected to cleaning motor 2, under the control of cleaning motor, the rotating bars 11 that turning cylinder 12 drives turning cylinder 12 end to be provided with rotates, the silk of the drop of shower nozzle 10 end or condensation can scrape by rotating bars 11 in the process rotated, and take on fixed head 3, to play cleaning shower nozzle, prevent the effect blocked.

Sample receiving chamber R is positioned at the center of electrostatic spinning apparatus, and as shown in Figure 1, Figure 3 and Figure 4, sample receiving chamber R entirety is cylindrical, is divided into three layers, is respectively from outside to inside: cylinder dividing plate 13, sample disc fixator 20 and magnetic stirring apparatus 23.Cylinder dividing plate 13 is fixed on the outermost layer of sample receiving chamber R, is provided with six circular channels in the side of cylinder dividing plate 13: sample output passage 14, enter to coil passage 15, fiber channel 16 (three) and pre-processing channel 18 respectively with sampler chamber S, enter to coil room C, electrostatic spinning chamber (E1, E2, E3) and pretreatment chamber P and be connected; A heating rod 19 is fixed respectively, for controlling the temperature of electrostatic spinning chamber (E1, E2, E3) and pretreatment chamber P at the fiber channel 16 (three) of cylinder dividing plate 13 and pre-processing channel 18 dead astern; A metal ring 17 is fixed wtih above the fiber channel 16 of cylinder dividing plate 13.Sample disc fixator 20 is the plastic tab of hollow positive six prisms, is located at cylinder dividing plate 13 inner; Six center side of sample disc fixator 20, namely immediately below fiber channel 16, are respectively equipped with circular sample cell 22, for placing sample receiver (as sample disc, beaker or culture dish etc.), receive Electrospun product; Fix a sealing strip 21 respectively at six seamed edges of sample disc fixator 20, play isolated effect, ensure to there is certain seal between unit, avoid mutual interference; Sample disc fixator 20 is the plastic housing in six prisms, and the outside hub of each side is provided with circular sample cell 22, for placing sample disc; Sample cell except bottom does not arrange a magnetic stirring apparatus 23, a magnetic stirring apparatus 23 is fixed wtih respectively immediately below all the other each sample cells 22, be fixed on sample cell 22 by magnetic force by the interior sample disc being provided with magnetic stripe, magnetic stirring apparatus rotates and drives sample disc can rotate in sample cell; The control that the sample disc fixator 20 of positive six prisms connects rotary electric machine outside can rotate along the central shaft of positive six prisms in timing, and drive the sample disc in sample cell 22 rotate and realize the switching of sample disc between different units room, between different electrostatic spinning chambers, to receive Electrospun product to reach, prepare multi-layer nano fiber membrane, the sampling of Electrospun product and load the object of sample disc; Inner at sample disc fixator 20, be fixed wtih a magnetic stirring apparatus 23 (totally five) immediately below each sample cell 22 respectively; Sample disc fixator 20, under connecing the control of rotary electric machine outside, sample disc fixator 20 can periodically be rotated counterclockwise certain angle, sample disc is switched between different units in electrostatic spinning apparatus, to reach specific object, for one of them circulation: turn over 60 ° when sample disc fixator 20 first time, sample disc receives Electrospun product from entering to coil room C enters right side electrostatic spinning chamber E3; When sample disc fixator 20 second time turns over 60 °, sample disc is driven to enter middle electrostatic spinning chamber E2 from right side electrostatic spinning chamber E3, to receive electrostatic spinning product; Turn over 60 ° when sample disc fixator 20 third time, drive sample disc to enter left side electrostatic spinning chamber E1, to receive electrostatic spinning product from middle electrostatic spinning chamber E2; When sample disc fixator 20 turns over 60 ° the 4th time, sample disc is driven to enter pretreatment chamber P from left side electrostatic spinning chamber E1, to realize the preliminary treatment to electrostatic spinning product; When sample disc fixator 20 turns over 60 ° the 5th time, sample disc is driven to enter sampler chamber S from pretreatment chamber P, now due to sample disc fixator 20 bottom surface, magnetic stirring apparatus 23 be not installed and make the disappearance of magnetic force, sample disc under gravity, automatically sampler chamber S is fallen into, to realize the automatic collection of sample; When sample disc fixator 20 turns over 60 ° the 6th time, drive empty sample cell 22 to enter into dish room C from sampler chamber S, enter to coil room C enter to coil the effect of device under, sample cell 22 loads onto sample disc again.

As shown in figures 1 and 3, pretreatment chamber P is immediately below the electrostatic spinning chamber E1 of left side, and the lower left corner of sample receiving chamber R, is fixed wtih a heating rod 19 on pretreatment chamber's passage side, for controlling the temperature of pretreatment chamber P.Preliminary treatment is mainly used in temporary reservoir and the preliminary treatment of Electrospun product, can dry Electrospun product in pretreatment chamber by heating or putting into drier; Or create specific gas atmosphere (as ammonia atmosphere) and some preliminary treatment is carried out to Electrospun product.

As Fig. 1, sampler chamber S is in pretreatment chamber P and the centre of entering to coil room C, immediately below middle electrostatic spinning chamber and sample receiving chamber R, be connected by the sample receiving chamber R of sampling channel 14 with center, sampler chamber S is mainly used in automatically collecting Electrospun product and direct modification Electrospun product; When sample disc enters sampler chamber S, due to magnetic force disappearance and in the effect of gravity, Electrospun product will be fallen into sampler chamber S together along with sample disc and be collected, realize the process of sampling automatically; Bottom sampler chamber S, the container that special modified liquid is housed is put into immediately below sampling channel 14, as beaker or culture dish, can be used for receiving sample disc, modification is carried out to the Electrospun product that sample disc is collected above, under the effect of the magnetic stirring apparatus of container bottom placement, the sample be collected into can rotate, and Electrospun product is fully contacted with modified solution.

As shown in Figure 1 and Figure 5, enter to coil room C right side electrostatic spinning chamber E3 just under, the lower right corner of sample receiving chamber R, is close to sampler chamber S; Entering to coil room C mainly comprises into dish device, is connected with sample receiving chamber R by entering to coil passage 15, for carrying new sample disc toward sample cell 22, varying process, ensure that electrostatic spinning can continue to carry out with what complete electrostatic spinning.

As shown in Figure 5, enter to coil device and comprise sample disc 24, sabot cylinder 26, push-plate device, pushing cylinder device and correcting wedge 30; Correcting wedge 30 is fixed on on the bottom surface of dish room C by draw-in groove, and inclined-plane is towards entering to coil passage 15, and correcting wedge 30 plays the effect of fixing pushing cylinder device; Pushing cylinder device, between correcting wedge 30 and sabot cylinder 26, plays promotion, connects and support the effect of sabot cylinder 26; Pushing cylinder device comprises upper plate 28, outer spring 31 and base plate 29, and outer spring 31 two ends are fixed wtih upper plate 28 and base plate 29 respectively, and upper plate 28 is fixed on fixed head 27 by draw-in groove, and base plate 29 is fixed on the inclined-plane of correcting wedge 30 by draw-in groove; When sample fixer 20 be in static do not rotate time, i.e. non-sampled or non-when varying state, under the Action of Gravity Field of the pushing cylinder device on upper plate 28, outer spring 31 is in by the state compressed all the time, a thrust is produced by the outer spring 31 compressed, sabot cylinder 26 can be pushed sample receiving chamber R, make sabot cylinder 26 abut against on sample fixer 20; Push-plate device comprises movable plate 25, inner spring 32 and fixed head 27, and sabot cylinder 26 external diameter is more smaller than the internal diameter entering to coil passage 15, makes sabot cylinder 26 upper end just be enclosed within dish passage 15, and can enter coil between the C of room and moves at sample receiving chamber R, and can not drop; One end of inner spring 32 is fixed wtih movable plate 25, and the other end is fixed on fixed head 27, and inner spring 32 and movable plate 25 are contained in sabot cylinder 26, and fixed head is fixed on sabot cylinder 26 bottom; When sample fixer 20 be in static do not rotate time, i.e. non-sampled or non-when varying state, under the Action of Gravity Field of sample disc 24 being positioned at movable plate 25 top, inner spring 32 is in by the state compressed all the time, produced a thrust by the inner spring 32 compressed and promote movable plate 25, sample disc is pushed sample cell 22; Sample disc 24 is withstood on sample cell 22, and the sample disc withstanding on sample cell 22 is held by magnetic stirring apparatus and inhales in sample cell; When sample fixer 20 starts to rotate counterclockwise 60 °, when being namely in sampling or varying state, the sealing strip 21 that the upper end of sabot cylinder 26 is subject to being in sampler chamber S and entering to coil room C extrudes, outer spring 31 is compressed, sabot cylinder 26 and sample disc 24 by together with push back into dish room C, and the sample disc being in movable plate 25 top has been inhaled by magnetic force and has been brought in electrostatic spinning chamber E3 by the sample fixer 20 rotated in sample cell; After sample fixer 20 rotation terminates, movable plate 25 top change a new sample disc, under the effect of outer spring 31 elastic force, pushing cylinder device 26 is pushed back sample receiving chamber R again, and under the promotion of inner spring 32, new sample disc 24 is pushed into sample cell 22 again, and the new sample disc of movable plate 25 top is held by magnetic stirring apparatus again, and is fixed in sample cell; Like this, after the once rotation of sample fixer 20, complete automatically supplementing of sample disc, make electrostatic spinning can continue to carry out.

As shown in Figure 6, sample disc is a thin rounded flakes, material is pottery or polytetrafluoroethylene (PTFE), much tiny projection 34 is had at receiving plane, projection 34 can allow Electrospun product contact with sample disc can not be too tight, conveniently take off Electrospun product on the one hand, the Electrospun product on sample disc surface can be made on the other hand when pretreatment chamber P or sampler chamber S carries out some process, make Electrospun product more fully processed; Embed a magnetic stripe 35 in the centre, the back side 33 of sample disc, magnetic stripe 35 is comprised in sample disc inside, and the magnetic stripe 35 of embedding can make sample disc rotate under the effect of magnetic stirring apparatus, allows the Electrospun product received be evenly dispersed in sample disc.

Although embodiment of the present utility model is open as above, but it is not restricted to listed in description and embodiment utilization, it can be applied to various applicable field of the present utility model completely, for those skilled in the art, can easily realize other amendment, therefore do not deviating under the universal that claim and equivalency range limit, the utility model is not limited to specific details and illustrates here and the legend described.

Claims (9)

1. a kind of Multifunction electrostatic spinning device, comprise the electrostatic spinning chamber be provided with in housing and housing, pretreatment chamber (P), sampler chamber (S), enter to coil room (C) and sample receiving chamber (R), electrostatic spinning chamber in housing, pretreatment chamber (P), sampler chamber (S), enter to coil room (C) and sample receiving chamber (R) covers sealing by cloche (36), it is characterized in that described sample receiving chamber (R) is arranged at casing center, sample receiving chamber (R) is by cylinder dividing plate (13) and electrostatic spinning chamber, pretreatment chamber (P), sampler chamber (S) and enter to coil room and separate, be separated into two-layer up and down by horizontal baffle (37) outward at cylinder dividing plate (13), be positioned at horizontal baffle (37) top be distributed with three, left, center, right and be divided into separate electrostatic spinning chamber by dividing plate between it, its middle electrostatic spinning chamber (E2) is positioned at vertical direction, and left side electrostatic spinning chamber (E1) and right side electrostatic spinning chamber (E3) lay respectively at electrostatic spinning chamber (E2) both sides, be positioned at horizontal baffle (37) below be provided with pretreatment chamber (P), sampler chamber (S) and enter to coil room (C), separated by dividing plate between adjacent.

2. as claimed in claim 1 a kind of Multifunction electrostatic spinning device, it is characterized in that in the electrostatic spinning chamber of left, center, right, be equipped with a shower nozzle fixator, shower nozzle fixator is used for stationary nozzle (10); The top of described shower nozzle (10) is connected with silica gel catheter, and Electrospun solution is transported to shower nozzle by silica gel catheter (6), and shower nozzle (10) connects the anode of outside high voltage source; Metal ring (17) is located at the below of shower nozzle (10) and is fixed on cylinder dividing plate (13) side, is connected with the negative electrode of high voltage source by wire; Heating rod (19) is located at metal ring (17) dead astern and is fixed on cylinder dividing plate; Described shower nozzle fixator comprises height regulating rod (1), cleaning motor (2), fixed head (3), stationary pipes (4), connecting plate (5), sprayer channel (8), metal knob (9), rotating bars (11) and turning cylinder (12); Height regulating rod (1) is through cloche and top is positioned at electrostatic spinning outdoor, bottom in electrostatic spinning chamber interior, by the distance pulled and level altitude adjusting rod (1) can control between shower nozzle (10) and metal ring (17); The bottom of height regulating rod (1) is fixed with cleaning motor, and cleaning motor (2) bottom is fixed with stationary pipes (4); Be fixed wtih connecting plate (5) in stationary pipes (4) left side, connecting plate end is fixed with the sprayer channel (8) that shower nozzle (10) can be allowed to pass, and is provided with metal knob (9) with stationary nozzle (10) at sprayer channel (8) opposite side center position; Be fixed wtih fixed head (3) on stationary pipes (4) right side, fixed head (3) is provided with a breach (7) that rotating bars (11) can be allowed to pass through, and breach (7) can retain rotating bars (11) from the drop of syringe needle with coming or the silk of condensation; The center line of stationary pipes (4) is provided with a turning cylinder be connected with rotating bars (11), turning cylinder (12) is connected to cleaning motor (2), cleaning Electric Machine Control turning cylinder (12) is rotated, the rotating bars (11) driving turning cylinder (12) end to be provided with rotates, and the silk of the drop of shower nozzle (10) end or condensation can scrape by rotating bars (11) in the process rotated.

3. as claimed in claim 1 or 2 a kind of Multifunction electrostatic spinning device, it is characterized in that described sample receiving chamber (R) is overall cylindrical, have three-decker from outside to inside, sequentially: cylinder dividing plate (13), sample disc fixator (20) and magnetic stirring apparatus (23); Be provided with in the side of cylinder dividing plate (13) respectively with sampler chamber (S), enter to coil sample output passage (14) that room (C), left, center, right electrostatic spinning chamber and pretreatment chamber (P) be connected, enter to coil passage (15), fiber channel (16) and pre-processing channel; A heating rod (19) is fixed respectively, for controlling the temperature of electrostatic spinning chamber and pretreatment chamber (P) at the fiber channel (16) and pre-processing channel (18) dead astern that are positioned at cylinder dividing plate (13); The cylinder dividing plate (13) being positioned at fiber channel (16) top is fixed wtih a metal ring (17), and sample disc fixator (20) is the plastic tab of hollow positive six prisms, is located at cylinder dividing plate (13) inner; The center of each side of six sides of sample disc fixator (20) is provided with a circular sample cell (22), the sample cell (22) of uppermost circle is positioned at immediately below fiber channel (16), each sample cell is for placing sample receiver, sample receiver adopts sample disc, beaker or culture dish, sample disc is for receiving Electrospun product, beaker or culture dish are used for holding reagent, to realize the in-situ modified of electrostatic spinning; Every bar seamed edge of sample disc fixator (20) is fixed with sealing strip (21), and every bar sealing strip (21) contacts with the corresponding position of cylinder dividing plate (13).

4. as claimed in claim 1 or 2 a kind of Multifunction electrostatic spinning deviceit is characterized in that described pretreatment chamber (P) is positioned at immediately below left side electrostatic spinning chamber (E1), the lower left corner of sample receiving chamber (R), is fixed wtih a heating rod on pretreatment chamber's passage side, for controlling the temperature of pretreatment chamber (P).

5. as claimed in claim 1 or 2 a kind of Multifunction electrostatic spinning deviceit is characterized in that described sampler chamber (S) is located at pretreatment chamber (P) and enters to coil the centre of room (C), immediately below electrostatic spinning chamber (E1) and sample receiving chamber (R), be connected by the sample receiving chamber (R) of sampling channel and center.

6. as claimed in claim 1 or 2 a kind of Multifunction electrostatic spinning device, enter to coil room (C) described in it is characterized in that and be positioned at immediately below right side electrostatic spinning chamber (E3), the lower right corner of sample receiving chamber (R), is close to sampler chamber (S); Entering to coil room (C) to comprise one and enter to coil device, being connected with sample receiving chamber (R) by entering to coil passage (15), for carrying new sample disc toward sample cell (22).

7. as claimed in claim 3 a kind of Multifunction electrostatic spinning device, it is characterized in that the inside of sample disc fixator (20) face be positioned at sample disc fixator (20) bottom surface above five sample cell (22) places being symmetrically distributed with are corresponding is fixed with magnetic stirring apparatus (23), just a magnetic stirring apparatus (23) is fixed with to the back side place of each sample cell (22) is corresponding in sample disc fixator (20), the sample disc being provided with magnetic stripe is inhaled on corresponding sample cell (22) by each magnetic force energy being positioned at the magnetic stirring apparatus (23) at sample cell (22) back side, magnetic stirring apparatus (23) rotational drives respective sample dish to rotate in sample cell, the sample disc fixator (20) of positive six prisms to connect outside under the control of rotary electric machine and can timing rotate along the central shaft of positive six prisms, and drives the switching of sample disc between different chamber.

8. as claimed in claim 6 a kind of Multifunction electrostatic spinning device, enter to coil device described in it is characterized in that and comprise sample disc, sabot cylinder (26), push-plate device, pushing cylinder device and correcting wedge (30); Correcting wedge (30) is fixed on on the bottom surface of dish room (C) by draw-in groove, and the inclined-plane of correcting wedge (30) is towards entering to coil passage (15), and correcting wedge (30) plays the effect of fixing pushing cylinder device; Pushing cylinder device is located between correcting wedge (30) and sabot cylinder (26), plays promotion, connects and support the effect of sabot cylinder; Pushing cylinder device comprises upper plate (28), outer spring (31) and base plate (29), outer spring (31) two ends are fixed wtih upper plate (28) and base plate (29) respectively, upper plate (28) is fixed on fixed head (27) by draw-in groove, and base plate (29) is fixed on by draw-in groove on the inclined-plane of correcting wedge (30); When sample fixer (20) is in non-sampled or varies state and do not rotate, under the Action of Gravity Field of the pushing cylinder device on upper plate (28), outer spring (31) is in by the state compressed all the time, a thrust is produced by the outer spring (31) compressed, sabot cylinder (26) can be pushed sample receiving chamber (R), make sabot cylinder (26) abut against on sample fixer (20); Push-plate device comprises movable plate (25), inner spring (32) and fixed head, the internal diameter that sabot cylinder (26) external diameter ratio enters to coil passage (15) is smaller, sabot cylinder (26) upper end is made just to be enclosed within dish passage, and can enter coil between room (C) and move at sample receiving chamber (R), and can not drop; One end of inner spring (32) is fixed wtih movable plate (25), and the other end is fixed on fixed head (27), and inner spring (32) and movable plate (25) are contained in sabot cylinder, and fixed head is fixed on sabot cylinder (26) bottom; When sample fixer (20) is in non-sampled or varies state and do not rotate, under the Action of Gravity Field of sample disc (24) being positioned at movable plate (25) top, inner spring (32) is in by the state compressed all the time, produced a thrust by the inner spring (32) compressed and promote movable plate (25), sample disc is pushed sample cell, sample disc (24) is withstood on sample cell (22), and the sample disc withstanding on sample cell (22) is held by magnetic stirring apparatus and inhales in sample cell; When sample fixer (20) is in sampling or varies state and start to rotate counterclockwise 60 °, be subject to sealing strip (21) extruding be located at sampler chamber (S) and entered to coil room (C) place, and promote the upper end of sabot cylinder (26), outer spring (31) is compressed, sabot cylinder (26) and sample disc (24) are pushed back together into dish room (C), and the sample disc being in the top of movable plate has been brought right side electrostatic spinning indoor by the sample fixer (20) rotated by magnetic force suction in sample cell; After sample fixer (20) rotation terminates, the top of movable plate (25) change a new sample disc, under the effect of spring force outside, pushing cylinder device (26) is pushed back sample receiving chamber (R) again, and under the promotion of inner spring (32), new sample disc (24) is pushed into sample cell (22) again, and the new sample disc on the top of movable plate (25) is held by magnetic stirring apparatus again, and is fixed in sample cell.

9. as claimed in claim 7 a kind of Multifunction electrostatic spinning device, it is characterized in that described sample disc is a thin rounded flakes, have much tiny projection (34) at receiving plane; A magnetic stripe is embedded in the back side (33) centre of sample disc.