Artificial intelligence type electrostatic spinning instrument

Abstract

The invention discloses an artificial intelligence type electrostatic spinning instrument which comprises a glass cover, a material supplying system, a control cabinet and a collecting system, and is characterized in that: the material supplying system comprises a quantitative flow pushing pump and an injector fixed on the flow pushing pump, the injector is connected with a silica gel pipe, the other end of the silica gel pipe is connected with a needle head, and the needle head is placed at top end of the glass cover; the control cabinet is mainly composed of a high-voltage power supply system and a control panel system; the positive pole of the high-voltage power supply system is connected with the needle head through a metal spring clip; the collecting system is composed of a disk motor, a motion motor, a lead screw, a lead screw groove and a receiving disk; and the receiving disk is arranged oppositely to the needle head, the receiving disk is connected with a motor shaft of the disk motor, the disk motor is connected with the lead screw, the lead screw is connected with a motor shaft of the motion motor, a fixing limit switch is fixed at one end of the running route of the receiving disk of the collecting system, and an adjusting limit switch is arranged in a groove on the front edge of the receiving disk. Therefore, the artificial intelligence type electrostatic spinning instrument can be automatically controlled, so that the preparation of nanofibers is more convenient.

Description

technical field [0001] The invention relates to an electrospinning device, in particular to an electrospinning apparatus which has an absolute advantage in collecting nanofibers through limited control of uncertain factors. technical background [0002] In recent years, the preparation of nanofiber materials by electrospinning technology has become one of the most important academic and technical activities in the field of material science and technology in the world. Electrospinning technology has become one of the main ways to effectively prepare nanofiber materials due to its simple manufacturing equipment, low spinning cost, various types of spinnable materials, and process controllability. At present, electrospinning technology has prepared a variety of nanofibers, including organic nanofibers, inorganic nanofibers and organic / inorganic composite nanofibers. [0003] The term "electrospinning" comes from "electrospinning" or earlier "electrostatic spinning", which is g...

AI Technical Summary

Problems solved by technology

Thirdly, the research on electrospinning inorganic nanofibers is basically in the initial stage. Inorganic nanofibers have potential applications in many fields such as high-efficiency catalysis, high-temperature filtration, biological tissue engineering, aerospace equipment, and optoelectronic devices. Electrospinning inorganic nanofibers The greater brittleness limits its application performance and scope, therefore, the development of flexible and continuous inorganic fibers has become an important topic

[0005] In the process of electrospinning preparation, due to certain precision problems in its controllable direction, electrospinning technology is often carried out under relatively rough conditions, with uncertainties such as solution or melt flow rate, receiving distance, and ambient temperature. The factors have not been accurately considered, and the research on the electrospinning collection device has not been carried out in depth to a certain extent, which has certain constraints on improving the shortcomings of poor continuity and poor orientation of nanofiber filaments.

Images