Coating fabric stentering shaping and transporting device with magnetic levitation function

Abstract

The invention discloses a coating fabric stentering shaping and transporting device with magnetic levitation function. The device comprises support blocks. A runway type static guide rail is arranged on the support block. The runway type static guide rail is sleeved with magnetic levitation movement guide rails. The magnetic levitation movement guide rail is provided with a gear belt. The gear belt is provided with a plurality of needle felts. An arc end of the static guide rail is provided with a rotation motor. The rotation motor is provided with a gear disk. The gear disk is engaged with the gear belt. The device of the present invention has a reasonable structure, is applicable for a plurality of functional coating fabric production situations, and has advantages of no contact friction, low energy consumption, high movement precision, low noise and the like. In addition, with the device of the present invention, the repair maintenance period of the system can be effectively prolonged.

Description

technical field [0001] The invention relates to a coating fabric tenter setting transmission device. Background technique [0002] Functional coated fabrics endow fabrics with certain specific functions through coating technology. Products include waterproof and moisture-permeable coated fabrics, anti-fouling and antibacterial coated fabrics, antistatic radiation-proof coated fabrics, moisture-absorbing and heat-dissipating coated fabrics, etc., due to It can adapt to the requirements of modern society for high functionalization of textiles, and has been widely used in the fields of industry, military, disaster relief, daily life, medical care, special protection and field operations. Compared with general printing and dyeing finishing technology, functional coated fabrics not only endow fabrics with unique style, feel and appearance, but also add some special functions, which greatly increases the added value of products and has a good market demand. [0003] The stenter s...

AI Technical Summary

Problems solved by technology

For example, Shanghai University proposed an industrial application-type active magnetic levitation machine tool guide rail linear motor feed platform in the patent document CN1244432C. It can be seen from its description that it mainly combines magnetic levitation guide rails and linear motors to apply to machine tools. The feed range Small, only linear feed motion can be realized, and linear and circular feed motion cannot be realized at the same time

[0005] Dalian Jiaotong University proposed a new type of magnetic levitation linear feed system for CNC machine tools in the patent document CN101024270A. It can be seen from its description that it mainly combines magnetic levitation guide rails with linear motors to apply to machine tools. The feed range is small and only linear feed can be achieved. Feed motion, unable to achieve linear and circular feed motion at the same time

[0006] In addition, in the patent application for the maglev train, there is no application of combining the maglev guide rail with the rotating motor, and the maglev train runs at an extremely fast speed (average speed of 400 kilometers per hour), so that the maglev train can only run on the linear guide rail or Running on the magnetic levitation guide rail with a large radius of curvature (about 8000 meters) to prevent the unstable performance of the train caused by the large centripetal force required for the train to run on the general circular track, but in this patent application, the operation of the magnetic levitation guide rail The speed is small (about 100 m / min). When the magnetic levitation moving guide rail runs to the circumferential section, it can completely rely on the electromagnetic force difference generated by the guide electromagnets installed on both sides of the moving guide rail without affecting the working performance of the system. provide centripetal force

Images