Multifunctional integrated special electrostatic spinning machine for laboratory

Abstract

The invention relates to a multifunctional integrated special electrostatic spinning machine for a laboratory. The machine comprises a laboratory operating desk, an injecting mechanism, a receiving mechanism and an injecting angle adjusting mechanism; the injecting mechanism comprises a horizontal position adjusting unit and an injecting barrel; the injecting angle adjusting mechanism comprises a mounting frame, an adjusting supporting frame, adjusting vertical frames and angle adjusting hand wheels; the front end of the adjusting supporting frame is mounted on the mounting frame; the injecting mechanism is mounted on a bottom plate of the adjusting supporting frame; the adjusting vertical frames are symmetrically mounted at two sides of the adjusting supporting frame; gears which are engaged with arc-shaped adjusting holes in the adjusting vertical frames are mounted on two side plates of the adjusting supporting frame; the gears move in the arc-shaped adjusting holes through the angle adjusting hand wheels mounted on the outer sides of the gears; the receiving mechanism is composed of a receiving roller and a receiving plate. The multifunctional integrated special electrostatic spinning machine for the laboratory has the advantages that the injecting position and angle can be adjusted; the injecting materials of different physical performances apply; the experiment cost is small, the scientific layout of the laboratory is realized, and various receiving modes are brought.

Description

technical field [0001] The invention belongs to the field of packaging material experiment equipment, in particular to a multifunctional integrated laboratory-specific electrostatic spinning machine. Background technique [0002] With the rapid development of research on packaging materials, one-dimensional nanomaterials have become a research hotspot in the field of materials due to their large surface area and excellent performance. As a device for making one-dimensional nanomaterials, the electrospinning machine has become a popular object of experimental research. [0003] An electrospinning machine usually consists of a DC high-voltage power supply, an iron stand, a receiving roller for collecting nanofilaments, and a needle tube filled with a solution. Its main working principle is that the material to be produced and the polymer carrier are mixed into a certain ratio solution. Due to the characteristics of the polymer itself, the polymer solution is usually relativel...

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Problems solved by technology

[0004] The structure and function of the existing electrospinning machine are relatively simple, and there are still the following disadvantages: 1. The installation position and angle of the syringe cannot be adjusted at will, resulting in the injection position and angle of the solution in the syringe. The spraying needs of solutions with different viscosities have a small scope of application. In order to meet the needs of the experiment, various electrospinning machines of different specifications need to be prepared in the laboratory, which not only increases the cost of the experiment, but also is not conducive to the scientific layout of the laboratory; 2. For The receiving part of the nano filaments ejected from the receiving syringe is made of a receiving roller, and the receiving form is relatively simple.

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