Abstract: The Wrist Band Motion Analyzer with Comparison Feedback is a wrist worn device that shows feedback to the user wearing the device in order to achieve the correct speed and force of the user's hand. The purpose of the Wrist Band Motion Analyzer is to give the user wearing the device real time feedback in order to achieve a specific speed and G-force of the wearers hand motion; whereas when accomplished may lead to the wearer's woman partner achieving an ejaculating orgasm with locked fingers placed correctly on the G-spot. This new device gives real time feedback to the proper speed and G-force of the user's hand compared to a pre-programmed G-force and frequency which is known to give women an ejaculating orgasm. This is achieved by measuring the G-force and speed in real time through the use of an accelerometer and microcontroller.

Abstract: The Squirt Watch is a wrist watch like device worn by a woman's partner giving as said partner feedback on correct G-force and frequency of said partners wrist h and and finger motion while palpating the G-spot in order to help achieve a female squirting orgasm on the woman. The present invention relates to both a system and associated software. This new device gives real time feedback to the proper speed and G-force of the wearer's hand and finger motion compared to a known G-force and frequency which gives women a squirting orgasm. This is achieved by measuring the G-force and speed in real time through the use of an accelerometer and microcontroller. The current feedback uses LED's red yellow green for optimum to show the wearer when they are getting to the correct speed and G-force of locked finger motion in the woman.

Abstract: A serial interface controller provides for transferring data between a data source having a least one channel and a processor. The serial interface controller has a plurality of control registers; the control registers in turn include a data structure for configuring the serial interface controller for a data transfer. That data structure further comprises a field for selectively setting the serial interface controller in its run mode or its configuration mode; a field for storing the I/O mode of the serial interface controller; a field for storing the address of the active data channel; and, a field for storing the system clock rate.

Abstract: A serial interface controller provides for transferring data between a data source having a least one channel and a processor. The serial interface controller has a plurality of control registers; the control registers in turn include a data structure for configuring the serial interface controller for a data transfer. That data structure further comprises a field for selectively setting the serial interface controller in its run mode or its configuration mode; a field for storing the I/O mode of the serial interface controller; a field for storing the address of the active data channel; and, a field for storing the system clock rate.