Muneer
Muneer Abusamra, Gainesville, GA US
Patent application number | Description | Published |
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20130206539 | TRANSMISSION SHIFTING ELEMENT DECELERATOR - A transmission may include gears and a clutch to allow the transfer of torque, at a variety of gear ratios, between an input shaft and an output shaft. The clutch may include a cushion piston to decrease the velocity of a transmission piston before the transmission piston engages a clutch element. The cushion piston may be contained within the transmission piston and configured so the cushion piston ceases movement toward the clutch element before the transmission piston. The pistons may be coupled together such that the cushion piston may resist movement of transmission piston toward the clutch element. | 08-15-2013 |
Muneer Abu Samra, Gainsville, GA US
Patent application number | Description | Published |
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20100143175 | INTERNAL GEAR PUMP WITH OPTIMIZED NOISE BEHAVIOUR - An internal gear pump ( | 06-10-2010 |
Muneer Al-Hakim, Macon, GA US
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20160038378 | CHAMBERED BOTTLE - A chambered bottle for separately storing wet and dry ingredients for subsequent mixing is provided. The chambered bottle may include a wet chamber, a dry chamber, a dome-shaped regulator and a drinking spout. The wet chamber and the dry chamber are interconnected by the regulator so as to be positionable in a closed configuration, for storing separated wet and dry contents, and an opened configuration whereby the wet and dry contents are mixable. The regulator provides a protrusion and a similarly shaped aperture. The wet chamber engages the regulator with a similarly dimensioned domed diaphragm providing a depression and a similarly shaped aperture. When the diaphragm and regulator apertures align, then the wet and dry contents of the wet and dry chambers, respectively, are mixed into a desired solution in the opened configuration. | 02-11-2016 |
Muneer Zuhdi, Plano, TX US
Patent application number | Description | Published |
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20080292312 | Method and apparatus for determining optical path attenuation between passive optical network nodes - A method and apparatus of determining attenuation of an optical path between two optical networks may include using a communications traffic signal without interrupting service or requiring additional external test equipment. A transmit optical network node is configured to measure the transmit power of a transmitted optical signal. A receive optical network node is configured to measure the transmit power of the same transmitted optical signal. A calculation unit calculates the power differential of a transmit and receive optical power. A determination unit is configured to determine optical path attenuation as a function of the optical path distance between the transmit and receive optical network nodes. A reporting unit reports data indicative of the optical path attenuation. The optical path attenuation may be monitored periodically, on demand, on an event basis and may report an alert if the attenuation measurement exceeds a preconfigured threshold. The data may be used to proactively monitor quality of an in-service passive optical network by determining the optical path attenuation. | 11-27-2008 |
20090010648 | Methods and apparatus for upgrading passive optical networks - An optical network system can be used to update legacy passive optical networks by adding an optical transmitter, blocking filter, and/or pluggable or unpluggable optics. In one embodiment, an optical network system, including several optical transmitters and receivers, multiplexers, demultiplexers, erbium-doped fiber amplifier, and blocking filter, may be employed. The additional transmitter increases available bandwidth, while the blocking filter allows existing customers' service(s) to not be impacted. Another embodiment uses pluggable or unpluggable optics, instead of the aforementioned blocking filter, to receive and modulate optical signals to transmit services to end users. In one embodiment, an optical network system can be employed that allows for simultaneous upgrading of the system and providing of legacy services, while allowing for the of removal existing optical network components over time. | 01-08-2009 |
20090047021 | Integrated overlay card, optical line terminal and system with integrated overlay card, and methods for operating the system and terminal - An integrated overlay card, an optical line terminal with an integrated overlay card, and a method for operating an optical network. The integrated overlay card may fit at least partially within the optical line terminal. The integrated overlay card includes a wavelength dimension multiplexer/demultiplexer that overlays first signals at a first wavelength onto second signals at a second wavelength, so as to combine signals. The combined signals may be routed to an optical network. In example embodiments, the invention may be used to provide an IP television service. | 02-19-2009 |
Muneer Zuhdi US
Patent application number | Description | Published |
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20090010649 | Optical access network with legacy support - An optical access network system can be used to upgrade legacy passive optical networks by subdividing currently used optical bands (e.g., C-, S-, or O-bands) into subbands to support more wavelengths. The subbands can be used to provide various current or emerging services to end users. Optical transmitters may selectively transmit modulated/unmodulated optical signals in multiple subbands downstream. Demultiplexers demultiplex the optical signals into respective bands and subbands for delivery to multiple respective destinations. Optical transceivers may receive and modulate downstream, unmodulated, optical signals (e.g., in the optical O-band) and transmit the modulated optical signals upstream. Upgrades to legacy systems or future systems can be implemented in a cost effective manner with negligible, if any, disruptions in service noticed by the end user. | 01-08-2009 |