Abstract: An average number of program erase cycles (PECs) for a memory device is identified. A set of trims associated with the average number of PECs is identified. One or more write trims associated with the memory device are set according to the set of trims. A write command directed to the memory device is received. The write command is executed according to the one or more write trims.

Abstract: A container has a storage compartment and an opening into the storage compartment. The container further has left and right shoulder straps for a person to wear the container in an upright position at the person's back with the opening unobstructed by the shoulder straps. A cape is attached to the container, and is movable from a stowed position within the container to a deployed position reaching downward from the container. A head covering also is attached to the container. The head covering is movable from a stowed position within the container to a deployed position reaching upward from the container onto the user's head. The opening is located between the cape and the head covering, and is unobstructed by the cape and the head covering to provide access into the storage compartment downward between the cape and the head covering, when the container is worn in the upright position with the cape and the head covering in the deployed positions.

Abstract: The objective of the unit 10 is mainly to adsorb Hydrogen Sulfide gas (also known as H2S) and other gases including but not limited to Carbon Dioxide 26 from plumbing, sewer, and wastewater management system vents 21 thereby removing the odor and or greenhouse gasses associated with the air stream/gas 26. The unique “T” housing 12 shaped design, along with the unique perforated disc containment system 14 holds the filtration media 16 in the horizontal portion 120 of the “T” housing 12. configuration allows fresh air circulation 28 to blend with the odorous gasses 26 passing through the filtration media 16 within the containment chamber and reduces their concentration (PPM) thereby increasing the life of the unit 10. Having the inlet to the filtration media at the base of the vertical portion of the “T” 120 and two outlets at the distal ends 119 of equal or greater size and diameter as each other or as the inlet, also reduces Pressure drop across the media 16.

Abstract: The objective of the unit 10 is mainly to adsorb Hydrogen Sulfide gas (also known as H2S) and other gases including but not limited to Carbon Dioxide 26 from maritime vessel wastewater management system vents 21 thereby removing the odor and or greenhouse gasses associated with the air stream/gas 26. The disc containment system 14 eliminates the need for a Media bag or cartridge reducing maintenance costs.

Abstract: The objective of the unit 10 is mainly to adsorb Hydrogen Sulfide gas (also known as H2S) and other gases including but not limited to Carbon Dioxide 26 from plumbing, sewer, and wastewater management system vents 21 thereby removing the odor and or greenhouse gasses associated with the air stream/gas 26. The unique “T” 12 shape design along with the unique disc containment system 14 holds the filtration media 16 in the horizontal portion of the “T” 12a. configuration allows fresh air 28 to blend with the odorous gasses 26 passing through the filter media 16 within the containment chamber and reduces their concentration (PPM) thereby increasing the life of the unit 10. Having the inlet to the filtration media at the base of the vertical portion of the “T” 12a and two outlets of equal size diameter or greater also reduces Pressure drop across the media 16. The disc containment system 14 eliminates the need for a Media bag or cartridge reducing maintenance costs.

Abstract: The objective of the unit 10 is mainly to adsorb Hydrogen Sulfide gas (also known as H2S) and other gases including but not limited to Carbon Dioxide 26 from plumbing, sewer, and wastewater management system vents 21 thereby removing the odor and or greenhouse gasses associated with the air stream/gas 26. The unique “T” housing 12 shaped design, along with the unique perforated disc containment system 14 holds the filtration media 16 in the horizontal portion 120 of the “T” housing 12. configuration allows fresh air circulation 28 to blend with the odorous gasses 26 passing through the filtration media 16 within the containment chamber and reduces their concentration (PPM) thereby increasing the life of the unit 10. Having the inlet to the filtration media at the base of the vertical portion of the “T” 120 and two outlets at the distal ends 119 of equal or greater size and diameter as each other or as the inlet, also reduces Pressure drop across the media 16.

Abstract: A means to keep a sandwich or food item fresh and safe in a disposable closeable plastic bag is provided. The means is an extension to the bag that contains a refrigerateable gel polymer. As a result, the closeable bag can be placed into the freezer for allowing the gel polymer to solify. Then the bag is removed from the freezer and a sandwich or food item is placed thereinto. The bag is then closed and folded over, so that the extension abuts the food so as to maintain freshness for an extended time. Alternately, a double closeable plastic bag with substantially identical pouches or pockets is provided, with one end containing food and the opposite end designed for receiving a frozen gel polymer pack. Still further, the plastic bag may have a separate gel receiving pouch disposed to abut the food storage pocket of the bag.

Abstract: A bag carrying system having a removable handle and wheel assembly is provided. The system includes a bag having a back portion with a panel overlying the back portion and a handle and wheel assembly comprising a handle portion, a wheel portion and a longitudinally extending supporting element connected therebetween. Significantly, the longitudinally extending supporting unit of the handle and wheel assembly is designed to be placed between the panel and back portion of the bag for releasably attaching the assembly thereto.