Abstract: In some examples, a system uses ambient air from outside a controlled airflow environment to cool equipment within the controlled airflow environment. The system can include ductwork that seals the ambient air from air outside of the ductwork within the controlled airflow environment. The system can further include a passive heat exchanger connected to the equipment and extending into an interior of the ductwork to allow heat exchange between the equipment and the ambient air. The system can further include a fan to flow the ambient air through the ductwork, the fan being connectable to the equipment to allow the equipment to control the operation of the fan.

Abstract: Examples herein relate to non-volatile memory (NVM) drives. In one example, an NVM drive comprises a housing to support one or more printed circuit assemblies (PCA's), the housing comprising a front portion, a rear portion and a heat sink, a PCA disposed within the housing, the PCA comprising a connector, one or more NVM chips and a controller attached to the one or more NVM chips. The PCA is centered in the housing, the NVM drive is hot-plugged into a fabric attached memory pool or local to a server by the rear portion of the housing, and the NVM drive hot-plugged in the fabric attached memory pool is accessible by the front portion of the housing.

Abstract: In some examples, a system uses ambient air from outside a controlled airflow environment to cool equipment within the controlled airflow environment. The system can include ductwork that seals the ambient air from air outside of the ductwork within the controlled airflow environment. The system can further include a passive heat exchanger connected to the equipment and extending into an interior of the ductwork to allow heat exchange between the equipment and the ambient air. The system can further include a fan to flow the ambient air through the ductwork, the fan being connectable to the equipment to allow the equipment to control the operation of the fan.

Abstract: A method to regulate a temperature of a central processing unit is provided herein. The method monitors a temperature of a central processing unit. The method obtains a power state of the central processing unit and a fan speed of a fan associated with the central processing unit. The temperature of the central processing unit is decreased by reducing the power state, in response to a determination that the temperature is at least one of equal to or greater than the predefined temperature threshold; the fan speed is at least one of equal to or greater than a maximum speed threshold; and the power state is greater than a lowest power state threshold.

Abstract: The present invention provides for installing a processor/converter assembly on a host-system frame of a computer. Clip holes are aligned with slots in a flange of the assembly. The assembly is then mounted on a frame having bolts, so that the bolts extend through the slots and holes. Then the clips are moved relative to the flange and the frame so that the holes are no longer aligned with the slots and bolts and so that the clips are compressed between between bolt shoulders.

Abstract: A flexible package comprising a dispensing opening and a resealable closure flap. The closure flap may have an area that is at least four times the size of the area of the dispensing opening. The package and the closure flap may comprise a resealable fastening element system.

Abstract: An article of commerce includes a disposable cleaning article and a package. The package exhibits soft visual and sound characteristics, which convey a desired quality to be associated with the enclosed cleaning article. The package is formed as a multilayer packaging film including at least a co-extruded vapor barrier film layer and a polymeric film layer having a melting point at least about 20° C. less than the co-extruded film layer laminated to the co-extruded film layer. The polymeric film layer is sealable to form the package so as to enclose the disposable cleaning article, thereby to substantially retain the water content of the disposable cleaning article. The polymeric film layer further exhibits a corrected sound level of less than approximately 50 decibels at readily audible frequencies, such as 3-5 kHz. The reduced sound level may be achieved by providing a film with a high loss tangent. In addition, the multilayer packaging film may have an outer surface with a soft or “matte” appearance.

Abstract: A bathroom training kit and method includes a first personal hygiene product ergonomically adapted for use by a child. The first personal hygiene product has indicia associated therewith including at least a first iconic image depicting at least one instruction for use of said first product in a first bathroom activity. A second personal hygiene product ergonomically adapted for use by a child is provided having indicia associated therewith including at least a first iconic image depicting at least one instruction for use of said second product in a second bathroom activity. The first and second bathroom activities comprise separate steps of a personal hygiene regimen, so that a child is instructed in performing a complete hygiene regimen.