4results about How to "High automation intensity" patented technology

The invention discloses a glass sand blasting machine which comprises a conveying system, a working bin, a lifting door assembly, a spray gun assembly, a sand grain feeding assembly, a cyclone separator, a dust removal system and an electric control box. The driving air cylinder drives the spray gun to swing, and the sand blasting force can be changed by adjusting the swing angle of the spray gun, so that different sand blasting effects are formed, the situation that the surface of glass is thinned due to excessive local sand blasting can be avoided, the sand blasting force is uniform, and the sand blasting quality is stable; the transmission system, the lifting door assembly, the spray gun assembly and the like are controlled by the electric cabinet, the automation intensity is high, and the labor intensity of operators is reduced; the cyclone separator and the dust removal system are adopted to improve the sand blasting environment, improve the utilization rate of sand grains, prevent sand grains and dust from overflowing, and have the characteristics of environmental protection and safety.

The present invention relates to a garter dyeing machine, comprising a control box and a machine body, wherein the control box is fixedly connected to the machine body, a cloth guiding mechanism, a liquid spraying mechanism and a transmission mechanism are arranged in the machine body, the transmission mechanism drives the cloth guiding mechanism to operate, the cloth guiding mechanism is arranged in the dyeing cylinder body, the transmission mechanism is arranged outside the dyeing cylinder body, the cloth guiding mechanism comprises a cloth guiding wheel, a cloth guiding shaft and a garter tube, the liquid spraying mechanism comprises a nozzle tube and at least one liquid spraying tube, the liquid spraying tube is connected to the garter tube through the nozzle tube, the nozzle tube is arranged in the garter tube, after the garter enters the dyeing cylinder body through the door cover on the machine body, the cloth guiding wheel drives the garter to enter the nozzle tube for dyeing, and then enters the nozzle tube again through the cloth guiding wheel. The above-mentioned garter dyeing machine has high automation intensity, reduces labor expenses, is temperature controllable, improves operation safety, adapts to the market, is convenient for making small samples and matching colors, and then is used in large-scale production.

The application discloses a kind of based on image inverse perspective transformation and realizes water level detection method, belong to the technical field of computer vision application, the method comprises the following steps: S1: water level gauge detection obtains water level gauge overall target area and water level gauge scale target area;Water surface segmentation result is also obtained to water surface segmentation simultaneously;S2: according to water level gauge scale detection frame and water level gauge detection frame, inclination is judged, and pixel distance is calculated;S3: pixel distance between water level gauge detection frame top and water level line is used, pixel is combined with the real distance represented to calculate water level gauge real height.The present application makes full use of the application in the field of image of computer vision, carries out water level gauge detection and water surface segmentation using deep learning model, realizes water level gauge inclination correction in image by inverse perspective transformation, obtains water level line position by water level gauge and water surface segmentation result intersection, to obtain accurate water level value.

The invention relates to the technical field of scrap steel recovery, and discloses a scrap steel crushing, recycling and reusing device which comprises a feeding box used for providing a space for throwing scrap steel; the transfer box is used for transversely conveying the crushed steel sheets; an output box; the pressing box is used for collecting the crushed steel sheets; the grinding mechanism is used for grinding the large scrap steel into fine steel sheets; and the pressing and discharging mechanism is used for pressing, forming and collecting the crushed steel sheets after collection. According to the waste steel crushing, recycling and reusing device, through mutual combination of the arranged crushing mechanism, the pressing and discharging mechanism and the cleaning mechanism, automatic conveying of large waste steel after crushing can be achieved, cleaning is achieved in the conveying process, cleaning is more comprehensive through conveying of a spiral structure, and the waste steel crushing, recycling and reusing efficiency is improved. And meanwhile, the press-fit discharging mechanism can be used for flattening the crushed steel sheets, and meanwhile, the crushed steel sheets are pressed into cakes, so that later recovery is facilitated, and the recovery efficiency of the whole waste steel is improved.