Abstract: A method for dynamically changing the graphical content on mechanical slot machine reels is disclosed herein. The system includes mechanical slot reels, display panels, and data transmission techniques which provide for dynamically updating or changing the graphics on the spinning mechanical reels in a slot machine. In one method for dynamically changing graphical reel content, new image content is placed on the reels at any time, even while the reels are spinning. The method may even be used to give the appearance of rotation to a stationary reel.

Abstract: A system for dynamically changing the graphical content on video reel displays of video gaming machines is disclosed herein. The system includes video reel displays and data transmission techniques which provide for dynamically updating or changing the graphics on the video reel displays. In one system for dynamically changing graphical video reel content, new image content is placed on the video reel displays at any time, even while the video reel displays are spinning The system may even be used to give the appearance of rotation to a stationary video reel display.

Abstract: A method for dynamically changing the graphical content on mechanical slot machine reels is disclosed herein. The system includes mechanical slot reels, flexible display panels, and data transmission techniques which provide for dynamically updating or changing the graphics on the spinning mechanical reels in a slot machine. In one method for dynamically changing graphical reel content, new image content is placed on the reels at any time, even while the reels are spinning. The method may even be used to give the appearance of rotation to a stationary reel.

Abstract: A system for dynamically changing the graphical content on slot machine reels is disclosed herein. The system includes reel displays and data transmission techniques which provide for dynamically updating or changing the graphics on the reel displays in a slot machine. In one system for dynamically changing graphical reel content, new image content is placed on the reel displays at any time, even while the reel displays are spinning. The system may even be used to give the appearance of rotation to a stationary reel display.

Abstract: A system for dynamically changing the graphical content on slot machine reels is disclosed herein. The system includes reel displays and data transmission techniques which provide for dynamically updating or changing the graphics on the reel displays in a slot machine. In one system for dynamically changing graphical reel content, new image content is placed on the reel displays at any time, even while the reel displays are spinning. The system may even be used to give the appearance of rotation to a stationary reel display.

Abstract: A system for dynamically changing the graphical content on mechanical slot machine reels is disclosed herein. The system includes mechanical slot reels, flexible display panels, and data transmission techniques which provide for dynamically updating or changing the graphics on the spinning mechanical reels in a slot machine. In one system for dynamically changing graphical reel content, new image content is placed on the reels at any time, even while the reels are spinning. The system may even be used to give the appearance of rotation to a stationary reel.

Abstract: A method for dynamically changing the graphical content on mechanical slot machine reels is disclosed herein. The system includes mechanical slot reels, flexible display panels, and data transmission techniques which provide for dynamically updating or changing the graphics on the spinning mechanical reels in a slot machine. In one method for dynamically changing graphical reel content, new image content is placed on the reels at any time, even while the reels are spinning. The method may even be used to give the appearance of rotation to a stationary reel.

Abstract: A method for dynamically changing the graphical content on mechanical slot machine reels is disclosed herein. The system includes mechanical slot reels, flexible display panels, and data transmission techniques which provide for dynamically updating or changing the graphics on the spinning mechanical reels in a slot machine. In one method for dynamically changing graphical reel content, new image content is placed on the reels at any time, even while the reels are spinning. The method may even be used to give the appearance of rotation to a stationary reel.

Abstract: A system for dynamically changing the graphical content on mechanical slot machine reels is disclosed herein. The system includes mechanical slot reels, flexible display panels, and data transmission techniques which provide for dynamically updating or changing the graphics on the spinning mechanical reels in a slot machine. In one system for dynamically changing graphical reel content, new image content is placed on the reels at any time, even while the reels are spinning. The system may even be used to give the appearance of rotation to a stationary reel.

Abstract: A method for dynamically changing the graphical content on mechanical slot machine reels is disclosed herein. The system includes mechanical slot reels, flexible display panels, and data transmission techniques which provide for dynamically updating or changing the graphics on the spinning mechanical reels in a slot machine. In one method for dynamically changing graphical reel content, new image content is placed on the reels at any time, even while the reels are spinning. The method may even be used to give the appearance of rotation to a stationary reel.

Abstract: Concentration of a target chemical in the presence of other substances in a specimen is determined by subjecting the specimen to radio frequency electromagnetic components, sequentially or otherwise, ranging to about 5 GHz. The reflected and/or transmitted signal real and imaginary components at the specimen are spectrally examined as a function of frequency to identify the presence and/or concentration of the chemical of interest. Such examination includes analysis of the effective complex impedance presented by the specimen, and/or effective phase shift between the transmitted and reflected signal at the specimen. The effects upon glucose concentration measurements of varying electrolytes, primarily NaCl, can be nulled-out by examining impedance magnitude at a cross-over frequency, for example about 2.5 GHz. NaCl concentration exhibits a very linear relationship with phase shift change at frequencies in the 2 GHz-3 GHz range.