Page 58 - Demo

56%u00dcr%u00fcn Tan%u0131t%u0131m%u0131 / Product PresentationCilt Y%u00fczeyi Topografyas%u0131Sensory Apple Pomace, ciltteki en derin oluklar%u0131n derinli%u011fini %u00f6nemli %u00f6l%u00e7%u00fcde azalt%u0131r.En derin %u00e7izgilerde %35 ila %40 azalma sa%u011flar.Protokol %2 Sensory Apple Pomace i%u00e7eren sulu bir %u00e7%u00f6zelti haz%u0131rlan%u0131r.%u0130nsan cilt explant%u0131na %u00e7%u00f6zeltiden 1 %u00b5l topikal olarak uygulan%u0131r ve suyun buharla%u015fmas%u0131ndan sonra (T8H) cilt topografyas%u0131 analiz edilir.Ciltteki mikro-%u00e7%u00f6k%u00fcnt%u00fclerin (y%u00fczey p%u00fcr%u00fczl%u00fcl%u00fc%u011f%u00fcn%u00fcn) derinli%u011fi, renk skalas%u0131 kullan%u0131larak g%u00f6sterilir.P%u00fcr%u00fczs%u00fczle%u015ftirici %u00d6zelliklerArt%u0131r%u0131lm%u0131%u015f Ger%u00e7eklik Cihaz%u0131Touchy Finger adl%u0131 cihaz kullan%u0131larak analiz edilmi%u015ftir.%u0130nsan parma%u011f%u0131n%u0131n %u00e7al%u0131%u015fma prensibinden esinlenerek geli%u015ftirilen Touchy Finger%u00ae, y%u00fczeylerin yumu%u015fakl%u0131%u011f%u0131n%u0131 %u00f6l%u00e7mek i%u00e7in tasarlanm%u0131%u015ft%u0131r. Cihaz, minyat%u00fcr titre%u015fim sens%u00f6rleri ve bas%u0131n%u00e7 %u00f6l%u00e7%u00fcm sens%u00f6rleri ile donat%u0131lm%u0131%u015ft%u0131r. Art%u0131r%u0131lm%u0131%u015f ger%u00e7eklik prensibi do%u011frultusunda, sens%u00f6rlerin kaydetti%u011fi titre%u015fimler daha alg%u0131lanabilir bir parametreye, yani sese (dB e%u015fde%u011feri) d%u00f6n%u00fc%u015ft%u00fcr%u00fcl%u00fcr.Ses seviyesi ne kadar d%u00fc%u015f%u00fckse, y%u00fczey o kadar p%u00fcr%u00fczs%u00fczd%u00fcr ve tam tersi.-1 dB = 10 kat daha d%u00fc%u015f%u00fck sesSKIN SURFACE TOPOGRAPHYSensory Apple Pomace significantly reduces the depth of furrows in the skin. - 35% to -40% decrease in the deepest furrows.PROTOCOL2% SENSORY APPLE POMACE dispersed in an aqueous solution.Topical application of 1%u00b5l of the solution on human skin explant and analysis of skin topography after evaporation of water (T-8H).The depth of skin%u2019s micro-depression (surface roughness) is illustrated using a scale of color.SMOOTHING PROPERTIESAugmented Reality Deviceanalyzed using a device called touchy finger.Inspired by the way the human finger works, the Touchy finger%u00ae has been developed to measure the softness of surfaces. The device is equipped with miniature vibration sensors and tracking force measurement sensors. Following the principle of Augmented Reality the vibrations captured by the sensors are translated in a more perceptible parameter: sound (dB equivalent). The lower the noise, the smoother the surface and vice versa. -1dB = 10x lower noise