Abstract: A feminine hygiene assembly for absorbing menstrual fluids includes a tampon which is comprised of a fluid absorbent material to absorb menstrual fluids when the tampon is inserted into a vagina. A pair of chambers is each integrated into an interior of the tampon and each of the chambers contains a fluid. A first pull cord is integrated into the tampon and extends outwardly from the tampon for removing the tampon from the vagina. A second pull cord is integrated into the tampon and extends outwardly from the tampon. The second pull cord releases the fluid contained in each of the chambers when the second pull cord is pulled outwardly from the tampon to enhance removing the tampon from the vagina thereby increasing comfort for a user.

Abstract: According to some embodiments, a method includes placing a device under test (DUT) in a test chamber and applying a pulse-modulated RF wireless test signal to the DUT in the test chamber. The method further includes detecting an acoustic output of the DUT. In addition or as an alternative to applying the pulse-modulated test signal, the test signal strength may be at a level of 30 V/m or 90 V/m. If the DUT is a telephone, it may be coupled via a voice signal path to another telephone, and an output of the other telephone may also be detected.

Abstract: According to some embodiments, a method includes placing a device under test (DUT) in a test chamber and applying a pulse-modulated RF wireless test signal to the DUT in the test chamber. The method further includes detecting an acoustic output of the DUT. In addition or as an alternative to applying the pulse-modulated test signal, the test signal strength may be at a level of 30 V/m or 90 V/m. If the DUT is a telephone, it may be coupled via a voice signal path to another telephone, and an output of the other telephone may also be detected.