Abstract: Embodiments of the present invention provide a kit of a plurality of detachable pockets, a detachable pocket and associated methods. An embodiment of a kit has a container with a plurality of detachable pockets positioned therein. Each pocket within the container be used to hold personal items on a person's clothing or skin by adherence of the pocket to a person's skin or clothing. Example embodiments of the detachable pocket include a pocket body having a pocket layer and a flange. Both the pocket layer and the flange can be fabricated from one or more materials. The pocket layer can have an end to be attached as open and defining an open end and three sides having the flange disposed there around and to which adhesive is disposed. The pocket can be attached and removed as desired.

Abstract: Embodiments of the present invention provide a kit of a plurality of detachable pockets, a detachable pocket and associated methods. An embodiment of a kit has a container with a plurality of detachable pockets positioned therein. Each pocket within the container be used to hold personal items on a person's clothing or skin by adherence of the pocket to a person's skin or clothing. Example embodiments of the detachable pocket include a pocket body having a pocket layer and a flange. Both the pocket layer and the flange can be fabricated from one or more materials. The pocket layer can have an end to be attached as open and defining an open end and three sides having the flange disposed there around and to which adhesive is disposed. The pocket can be attached and removed as desired.

Abstract: Embodiments of the present invention provide a kit of a plurality of detachable pockets, a detachable pocket and associated methods. An embodiment of a kit has a container with a plurality of detachable pockets positioned therein. Each pocket within the container be used to hold personal items on a person's clothing or skin by adherence of the pocket to a person's skin or clothing. Example embodiments of the detachable pocket include a pocket body having a pocket layer and a flange. Both the pocket layer and the flange can be fabricated from one or more materials. The pocket layer can have an end to be attached as open and defining an open end and three sides having the flange disposed there around and to which adhesive is disposed. The pocket can be attached and removed as desired.

Abstract: Embodiments of the present invention provide a kit of a plurality of detachable pockets, a detachable pocket and associated methods. An embodiment of a kit has a container with a plurality of detachable pockets positioned therein. Each pocket within the container be used to hold personal items on a person's clothing or skin by adherence of the pocket to a person's skin or clothing. Example embodiments of the detachable pocket include a pocket body having a pocket layer and a flange. Both the pocket layer and the flange can be fabricated from one or more materials. The pocket layer can have an end to be attached as open and defining an open end and three sides having the flange disposed there around and to which adhesive is disposed. The pocket can be attached and removed as desired.

Abstract: A smart tracking system includes a digital processor for selectively processing error signals representing the angular error between a tracked subject and the orientation of the tracking device/camera. In one embodiment, the user selects a set of data values representating the operating parameters of the system in a specific operational mode. The processor uses the selected variables to perform a series of computations which selectively modify the angular error signals in a manner that will produce a video picture which is visually and aesthetically pleasing to human viewers. In a second embodiment, the set of data values characterizing the operational mode of the system automatically are selected by the processor based on the past history of the subject's motion and the current operation mode of the system.

Abstract: An ultrasonic tracking system comprising a transmitting unit and a drive unit. The transmitting unit is carried by the subject to be tracked and produces brief, periodic ultrasonic bursts. The drive unit has an ultrasonic receiver and a motorized assembly capable of tilting and panning an attached camera in response to control signals from the receiver. This receiver employs three ultrasonic microphones located at three of the four corners of an imaginary square centered on and perpendicular to the axis of the camera lens. The receiver measures the relative arrival times of signals received by the microphones, determines the direction and degree to which the camera is not pointed directly at the subject, and supplies control signals to the motorized assembly, to drive motors to re-orient the camera (and receiver) to point toward the subject.