A fully automatic mobile coating performance monitoring device

Abstract

The invention discloses a full-automatic movable coating performance monitoring device. The device comprises a height adjusting device, a rotating shaft device, a rotating transmission device, a rotating shaft supporting device, a rack, a water temperature conditioning device and a moving device, wherein a vertical motor of the height adjusting device is mounted on the rack; the rotating shaft device is connected to the rotating transmission device through a spline; the rotating shaft device is connected to the rotating shaft supporting device which is connected to the height adjusting device;the rotating transmission device is fixed to an upper frame of the rack; a temperature controller of the water temperature conditioning device is positioned on one side of the lower frame of the rack; the moving device is positioned below the water temperature conditioning device and the rack. The device has the obvious advantages of being simple in structure, high in automation, stable to work,high in rotating efficiency, and high in stability; high-torque transferring is realized in the work; the starting resistance is reduced, so that the motor is prevented from being burnt out; the device can automatically rotate positively and negatively and can also be automatically lifted up and down, so that the automation level is high, and the labor is saved.

Description

technical field [0001] The invention relates to a testing device for coating dynamic performance, in particular to a fully automatic movable coating performance monitoring device. Background technique [0002] Anti-fouling functional coatings are prepared by copolymerization of vinyl fluorine-containing polymer monomers, fluorine-containing acrylates and silicone monomers to prepare low surface energy polymer resins, and then use this fluorine-containing silicon low surface energy polymer resins, new nano Materials, fillers and functional additives are manufactured through special processes and nanotechnology; this low surface energy anti-corrosion and anti-fouling functional coating has specific anti-sticking properties, outstanding anti-corrosion properties, good anti-graffiti and excellent protection And decoration, the nano-materials in it endow the paint coating with certain antibacterial and self-cleaning properties; after the paint is painted on the surface of large s...

AI Technical Summary

Problems solved by technology

[0002] Anti-fouling functional coatings are prepared by copolymerization of vinyl fluorine-containing polymer monomers, fluorine-containing acrylates and silicone monomers to prepare low surface energy polymer resins, and then use this fluorine-containing silicon low surface energy polymer resins, new nano Materials, fillers and functional additives are manufactured through special processes and nanotechnology; this low surface energy anti-corrosion and anti-fouling functional coating has specific anti-sticking properties, outstanding anti-corrosion properties, good anti-graffiti and excellent protection And decoration, the nano-materials in it endow the paint coating with certain antibacterial and self-cleaning properties; after the paint is painted on the surface of large ships, etc., the surface materials will be eroded due to the erosion of sea water, and the cost of actual ship performance testing is too high; In order to solve the above problems, the present invention provides a fully automatic movable coating performance monitoring device that works stably, realizes large torque transmission, reduces starting resistance torque to avoid motor burnout, and automatically rotates in positive and negative directions and lifts up and down.

Images