Abstract: A notebook labeling system that includes a variety of mounts to detachably attach a label to a notebook. The label includes an indicia surface that forms a visible, external display of indicia along a longitudinal axis of a notebook binder. The indicia identify and categorize the notebook. The label includes a mounting surface that utilizes an adhesive, clasps, and an elastic cord to attach the label to the notebook. The adhesive adheres to a pair of covers on the notebook for mounting the label to the notebook. The clasp pivots to a clamped position to form a tight clamp on the pair of covers or the binder. The clamp secures the label to the notebook. The elastic cord wraps around the cover to mount the label to the notebook. The label is viewable from an upright position, a flat position, or when multiple notebooks are stacked.

Abstract: A system and method for a bi-directional bend resistor are disclosed. The bidirectional deflectable resistor has a variable resistance stack on a top surface of a substrate having a resistance that changes predictably when an electrical signal is applied thereto. The change of resistance of the variable resistance stack reflects an amount of deflection of the bi-directional bend resistor. The variable resistance stack allows for the measurement of deflection of the bi-directional bend resistor in all directions.

Abstract: This invention pertains to holography and particularly to a novel method for producing holographic stereogram images from a sequential series of two dimensional images generated on a liquid crystal display matrix. Further a liquid crystal display matrix is used to generate a vertical slit aperture for the masking of a halographic plate.