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Microfluid spinning device used for preparing orderly orienting fiber

A spinning device and microfluidic technology, applied in fiber processing, textiles and papermaking, filament/thread forming, etc., can solve problems such as difficult to collect grids, need to be improved, and difficult to overcome surface tension, achieving good repeatability, Satisfy the effect of large-scale industrial production and simple structure

Active Publication Date: 2014-04-30
NANUS NEW MATERIAL
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, these relatively mature methods still have great challenges in directional manipulation of microfilaments: ① When spinning a viscous or nearly insulating polymer solution melt or solution, it is difficult to overcome the surface tension to form a jet; ② due to Especially in the high-voltage electrostatic field, the requirements for safety, convenience and energy saving need to be improved; ③The collected alignment spinning tends to be parallel or orthogonal, and it is difficult to collect mesh alignments at various angles

Method used

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  • Microfluid spinning device used for preparing orderly orienting fiber
  • Microfluid spinning device used for preparing orderly orienting fiber
  • Microfluid spinning device used for preparing orderly orienting fiber

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] The microfluid spinning device for preparing ordered and oriented microfibers of the present invention includes a dual-channel microflow pump 1, a control panel 12, an injection spinner 3, an open flat plate receiver 5, a rotating motor 8, and a stepping motor Translation platform 9, control panel II14 and control panel III15, wherein the dual-channel micro-flow pump 1 is installed on the open flat plate receiver 5, and the injection spinner 3 is installed on the dual-channel micro-flow pump 1 and communicates with the open plate through its needle 4. The receiving plate 6 on the open flat receiver 5 is connected, the open flat receiver 5 is installed on the rotating motor 8, and the rotating motor 8 provides the mechanical force of wire drawing, and the receiving plate 6 and the reel 16 on the open flat receiver 5 pass through The iron clamp fixer 7 is fixed on the directional winding wire of the rotary motor 8, and the rotary motor 8 is installed on the base 10 of the ...

Embodiment 2

[0028] Device is as described in embodiment 1, gets 3g polyvinylpyrrolidone (M w =1300000) was dissolved in 10g ethanol (99.5%), and magnetically stirred to dissolve into a homogeneous polymer solution. Under normal temperature and pressure, put the polymer solution into the syringe and install it tightly on the microflow pump, and set the advancing rate to 0.1mL / h. The speed of the rotating motor is set to 800rad / min. First, a fiber is picked out and connected to the glass sheet receiver, and the continuous and uniform filament is rotated and wound by the glass sheet. The step translation speed is set to 10mm / min, so that the position of the unwound filaments is shifted accordingly, and the theoretically equidistant collection makes it possible for them not to overlap, and an equidistant parallel microfilament alignment is obtained.

Embodiment 3

[0030] Device is as described in embodiment 1, gets 3g polycaprolactone (M w =80000) was dissolved in 10g of chloroform, and magnetically stirred to dissolve into a homogeneous polymer solution. Under normal temperature and pressure, put the polymer solution into the syringe and install it tightly on the microflow pump, and set the advancing rate to 0.1mL / h. The speed of the rotating motor is set to 800rad / min, and the step translation rate is set to 12mm / min to obtain equidistant parallel microfilament arrays.

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Abstract

The invention discloses a microfluid spinning device used for preparing orderly orienting fiber to realize a high-voltage-free, safe, energy-saving and rapid spinning process. The microfluid spinning device comprises a microflow pump 1, a control panel I2, an injection silk projector 3, a plate acceptor 5, an electric rotating machinery 8, a stepping motor translation platform 9, a control panel II14 and a control panel III15. The microflow pump 1 is arranged on the plate acceptor 5, the injection silk projector 3 is arranged on the microflow pump 1 and connected with a dash receiver 6 on the plate acceptor 5 via a needle point 4, the plate acceptor 5 is arranged on the electric rotating machinery 8 arranged on a base 10 of the stepping motor translation platform 9, the stepping motor translation platform 9 is provided with a translation stepping motor 12, the translation stepping motor 12 can control movement in the horizontal direction to control the gap of silk to realize quantitative control of thin silk distance, the electric rotating machinery 8 and the stepping motor translation platform 9 are connected with the control panel II14 and the control panel III15.

Description

technical field [0001] The invention relates to a microfluid mechanical spinning device, in particular to a microfluid spinning device for preparing ordered and oriented fibers. Background technique [0002] At present, the spinning devices commonly used by manufacturers and research institutes in various countries in the world are mainly electrospinning devices, melt spinning devices, template drawing, etc. The methods used for directional spinning mainly rely on receivers and electric field control. One of the most typical methods: For example, electrospinning is based on the high-speed jet of conductive fluid doped with magnetic nanoparticles under a high-voltage electrostatic field, which is received by two electrodes or a drum receiver to form oriented microfibers; or The receiver adds two electrodes that impart a charge to the spinneret, effectively forming parallel filaments. However, these relatively mature methods still have great challenges in directional manipul...

Claims

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Application Information

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IPC IPC(8): D01D5/00
Inventor 陈苏许玲玲王彩凤
Owner NANUS NEW MATERIAL
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