Abstract: An algorithm analyzes the motion of an object to determine if a switch needs to be activated or deactivated. Accelerometers measure forces exerted upon an object to determine orientation in pitch, roll, and yaw axes, and to determine motion of the object. When threshold conditions for these orientations and movements are measured, the method combines taking moving averages of pitch, roll, and yaw, and additionally accumulating an integral of yaw to determine if an activation or deactivation condition is met. Should an integral condition not be constantly met while the moving average conditions are being determined, the yaw integral counter resets and the whole process must begin again. This method balances most unintentional activation conditions with activation latency. Another methodology tracks the motion of a wrist flick, similar to casting a fishing line, using acceleration and deceleration parameters.

Abstract: An algorithm analyzes the motion of an object to determine if a switch needs to be activated or deactivated. Accelerometers measure forces exerted upon an object to determine orientation in pitch, roll, and yaw axes, and to determine motion of the object. When threshold conditions for these orientations and movements are measured, the method combines taking moving averages of pitch, roll, and yaw, and additionally accumulating an integral of yaw to determine if an activation or deactivation condition is met. Should an integral condition not be constantly met while the moving average conditions are being determined, the yaw integral counter resets and the whole process must begin again. This method balances most unintentional activation conditions with activation latency. Another methodology tracks the motion of a wrist flick, similar to casting a fishing line, using acceleration and deceleration parameters.

Abstract: An algorithm analyzes the motion of an object to determine if a switch needs to be activated or deactivated. Accelerometers measure forces exerted upon an object to determine orientation in pitch, roll, and yaw axes, and to determine motion of the object. When threshold conditions for these orientations and movements are measured, the method combines taking moving averages of pitch, roll, and yaw, and additionally accumulating an integral of yaw to determine if an activation or deactivation condition is met. Should an integral condition not be constantly met while the moving average conditions are being determined, the yaw integral counter resets and the whole process must begin again. This method balances most unintentional activation conditions with activation latency. Another methodology tracks the motion of a wrist flick, similar to casting a fishing line, using acceleration and deceleration parameters.

Abstract: An algorithm analyzes the motion of an object to determine if a switch needs to be activated or deactivated. Accelerometers measure forces exerted upon an object to determine orientation in pitch, roll, and yaw axes, and to determine motion of the object. When threshold conditions for these orientations and movements are measured, the method combines taking moving averages of pitch, roll, and yaw, and additionally accumulating an integral of yaw to determine if an activation or deactivation condition is met. Should an integral condition not be constantly met while the moving average conditions are being determined, the yaw integral counter resets and the whole process must begin again. This method balances most unintentional activation conditions with activation latency. Another methodology tracks the motion of a wrist flick, similar to casting a fishing line, using acceleration and deceleration parameters.

Abstract: An algorithm analyzes the motion of an object to determine if a switch needs to be activated or deactivated. Accelerometers measure forces exerted upon an object to determine orientation in pitch, roll, and yaw axes, and to determine motion of the object. When threshold conditions for these orientations and movements are measured, the method combines taking moving averages of pitch, roll, and yaw, and additionally accumulating an integral of yaw to determine if an activation or deactivation condition is met. Should an integral condition not be constantly met while the moving average conditions are being determined, the yaw integral counter resets and the whole process must begin again. This method balances most unintentional activation conditions with activation latency. Another methodology tracks the motion of a wrist flick, similar to casting a fishing line, using acceleration and deceleration parameters.

Abstract: The present invention is a holster clip that allows conversion of most generic holsters into a concealable holster which allows a wearer to tuck a shirt or jacket within the waistband of the wearer's pants. The holster clip is fashioned in an “M” shape, with longer inner walls forming a deep passage to allow space for the shirt or jacket and a structure to form a pant clip between a first outer wall and a first inner wall. An alternate embodiment forms the clip from two pivoting or non-pivoting halves to allow for canting and color coordination for further camouflage of the holster.

Abstract: The present invention is a holster clip that allows conversion of most generic holsters into a concealable holster which allows a wearer to tuck a shirt or jacket within the waistband of the wearer's pants. The holster clip is fashioned in an “M” shape, with longer inner walls forming a deep passage to allow space for the shirt or jacket and a structure to form a pant clip between a first outer wall and a first inner wall. An alternate embodiment forms the clip from two pivoting or non-pivoting halves to allow for canting and color coordination for further camouflage of the holster.

Abstract: The present invention is a holster clip that allows conversion of most generic holsters into a concealable holster which allows a wearer to tuck a shirt or jacket within the waistband of the wearer's pants. The holster clip is fashioned in an “M” shape, with longer inner walls forming a deep passage to allow space for the shirt or jacket and a structure to form a pant clip between a first outer wall and a first inner wall. An alternate embodiment forms the clip from two pivoting or non-pivoting halves to allow for canting and color coordination for further camouflage of the holster.

Abstract: The present invention is a security mailbox utilizing a combination package rest and security panel. A mail slot in the security panel prevents easy access to contents of the mailbox. The present invention may be utilized in situations other than mail delivery where security for contents is desired.