Abstract:
An apparatus is provided that includes an enclosure with an aperture which is adapted for being placed in communication with an anus for the purpose of directing fecal matter into the enclosure. In one embodiment, the enclosure may include a polyethylene material with a thickness of less than 50 microns. In another embodiment, the enclosure may include an air hole formed therein for remaining open to allow air to escape therefrom upon the receipt of the fecal matter into the enclosure. In still yet another embodiment, the aperture may be circular and the enclosure may include a flexibility sufficient to allow the enclosure to be placed on an intended wearer in any orientation about an axis defined by the aperture.
Abstract:
An apparatus is provided that includes an enclosure with an aperture which is adapted for being placed in communication with an anus for the purpose of directing fecal matter into the enclosure. In one embodiment, the enclosure may include a polyethylene material with a thickness of less than 50 microns. In another embodiment, the enclosure may include an air hole formed therein for remaining open to allow air to escape therefrom upon the receipt of the fecal matter into the enclosure. In still yet another embodiment, the aperture may be circular and the enclosure may include a flexibility sufficient to allow the enclosure to be placed on an intended wearer in any orientation about an axis defined by the aperture.
Abstract:
An apparatus is provided that includes an enclosure with an aperture which is adapted for being placed in communication with an anus for the purpose of directing fecal matter into the enclosure. In one embodiment, the enclosure may include a polyethylene material with a thickness of less than 50 microns. In another embodiment, the enclosure may include an air hole formed therein for remaining open to allow air to escape therefrom upon the receipt of the fecal matter into the enclosure. In still yet another embodiment, the aperture may be circular and the enclosure may include a flexibility sufficient to allow the enclosure to be placed on an intended wearer in any orientation about an axis defined by the aperture.
Abstract:
An apparatus is provided that includes an enclosure with an aperture which is adapted for being placed in communication with an anus for the purpose of directing fecal matter into the enclosure. In one embodiment, the enclosure may include a polyethylene material with a thickness of less than 50 microns. In another embodiment, the enclosure may include an air hole formed therein for remaining open to allow air to escape therefrom upon the receipt of the fecal matter into the enclosure. In still yet another embodiment, the aperture may be circular and the enclosure may include a flexibility sufficient to allow the enclosure to be placed on an intended wearer in any orientation about an axis defined by the aperture.
Abstract:
An apparatus is provided that includes an enclosure with an aperture which is adapted for being placed in communication with an anus for the purpose of directing fecal matter into the enclosure. In one embodiment, the enclosure may include a polyethylene material with a thickness of less than 50 microns. In another embodiment, the enclosure may include an air hole formed therein for remaining open to allow air to escape therefrom upon the receipt of the fecal matter into the enclosure. In still yet another embodiment, the aperture may be circular and the enclosure may include a flexibility sufficient to allow the enclosure to be placed on an intended wearer in any orientation about an axis defined by the aperture.
Abstract:
Se proporciona un aparato que incluye una caja con una abertura que se adapta para colocarse en comunicación con el ano para el propósito de dirigir la materia fecal hacia la caja. En una modalidad, la caja puede incluir un material de polietileno con un grosor de menos de 50 micras. En otra modalidad, la caja puede incluir un orificio de ventilación formado en la misma para permanecer abierto para permitir que escape el aire del mismo al recibir la materia fecal hacia la caja. En aún otra modalidad, la abertura puede ser circular y la caja puede incluir suficiente flexibilidad para permitir que la caja se coloque en un usuario propuesto en cualquier orientación alrededor de un eje definido por la abertura.
Abstract:
A wavelength selective switch architecture (100) for ROADMs for switching the spectral channels of a multi-channel, multi- wavelength optical signal between input and output ports employs a biaxial MEMS port mirror array (106) for optimal coupling efficiency and ITU grid alignment, an anamorphic beam expander (110) for expanding input optical signals to create an elongated beam profile (146), a diffraction grating (112) for spatially separating the spectral channels, an anamorphic focusing lens system (116), an array (118) of biaxial elongated channel MEMS micromirrors, a built-in Optical Channel Monitor, and an electronic feedback control system. The biaxial channel micromirrors are rotatable about one axis to switch spectral channels between ports, and are rotatable about an orthogonal axis to vary the coupling of the spectral channel to an output port and control attenuation of the spectral signal for complete blocking or for a predetermined power level. The architecture affords hitless switching, near notchless operation, ITU channel alignment, high passband, stability over a broad temperature range, and minimum insertion loss through the optimal coupling efficiency enabled by the feedback control system.
Abstract:
A wavelength selective switch architecture (100) for ROADMs for switching the spectral channels of a multi-channel, multi- wavelength optical signal between input and output ports employs a biaxial MEMS port mirror array (106) for optimal coupling efficiency and ITU grid alignment, an anamorphic beam expander (110) for expanding input optical signals to create an elongated beam profile (146), a diffraction grating (112) for spatially separating the spectral channels, an anamorphic focusing lens system (116), an array (118) of biaxial elongated channel MEMS micromirrors, a built-in Optical Channel Monitor, and an electronic feedback control system. The biaxial channel micromirrors are rotatable about one axis to switch spectral channels between ports, and are rotatable about an orthogonal axis to vary the coupling of the spectral channel to an output port and control attenuation of the spectral signal for complete blocking or for a predetermined power level. The architecture affords hitless switching, near notchless operation, ITU channel alignment, high passband, stability over a broad temperature range, and minimum insertion loss through the optimal coupling efficiency enabled by the feedback control system.
Abstract:
A system and method for canceling disturbance in a MEMS device. The system 200 includes a MEMS device 203, which may include a substrate 205 and a plurality of individually movable MEMS elements 203-1 through 203-N, and a control assembly 207. The optical system 200 may be utilized in and/or form a portion of any optical apparatus employing an array of MEMS devices. The control assembly 207 uses feed-forward control signals to cancel disturbance in the MEMS device 203, and more particularly, to cancel disturbance in the non-switched or static mirrors of the MEMS device 203 caused by switched or moving mirrors.
Abstract:
An apparatus is provided that includes an enclosure with an aperture which is adapted for being placed in communication with an anus for the purpose of directing fecal matter into the enclosure. In one embodiment, the enclosure may include a polyethylene material with a thickness of less than 50 microns. In another embodiment, the enclosure may include an air hole formed therein for remaining open to allow air to escape therefrom upon the receipt of the fecal matter into the enclosure. In still yet another embodiment, the aperture may be circular and the enclosure may include a flexibility sufficient to allow the enclosure to be placed on an intended wearer in any orientation about an axis defined by the aperture.