Abstract: A battery pack is configured to be coupled to an electrical device. The battery pack includes a plurality of battery cells, a battery cell carrier to support the battery cells, a housing having an upper housing portion. The battery cell carrier having a plurality of connector screw bosses. The upper housing portion having an outer screw boss on each lateral side and a respective inner screw boss formed on an inner surface of the upper housing portion. The upper housing portion is connected to the battery cell carrier with a plurality of threaded fasteners each extending through one of the outer screw bosses, a respective one of the plurality of connector screw bosses, and a respective inner screw boss creating a double shear condition on each side of the respective connector screw boss.

Abstract: A battery pack includes at least one battery cell configured to provide electrical power to a device, a housing configured to receive the at least one battery cell, a latch cantilevered on the housing and configured to couple the battery pack to the device, an actuator configured to move the latch toward a release position in which the latch is configured to release the battery pack from the device, and a latch insert. At least one of the latch or the actuator is at least partially molded over the latch insert.

Abstract: A conductive strap for a battery pack including a pair of contact tabs and a cutout portion. The contact tabs are separated by a separation gap that is defined in the conductive strap. Each contact tab includes at least one contact dimple. The separation gap is continuous with the cutout portion. The cutout portion and the separation gap are enclosed by the conductive strap. The cutout portion includes an arcuate slot that partially surrounds the contact tab.

Abstract: A battery pack including a housing and a plurality of battery cells at least partially received within the housing. The plurality of battery cells include adjacent first and second battery cells arranged within the housing in a common relative orientation. A separator forms a physical barrier between a portion of the first battery cell and a portion of the second battery cell. An electrically conductive member connects a third battery cell to at least one of the first and second battery cells. The separator supports the electrically conductive member integrally formed therein.

Abstract: A storage system for a shower enclosure includes a first wall member, a second wall member, and a storage accessory. The first wall member includes a corner defining a recessed portion. The first wall member further includes a corner notch disposed along the corner within the recessed portion, and a first side notch disposed along an inner side surface of the first wall member adjacent the recessed portion. The second wall member is coupled to the first wall member at an end of the corner adjacent the recessed portion and is oriented perpendicular to the first wall member. The second wall member includes a second side notch disposed along an inner side surface of the second wall member. The storage accessory is removably coupled between the first wall member and the second wall member at the corner notch, the first side notch, and the second side notch.

Abstract: A storage system for a shower enclosure includes a first wall member, a second wall member, and a storage accessory. The first wall member includes a corner defining a recessed portion. The first wall member further includes a corner notch disposed along the corner within the recessed portion, and a first side notch disposed along an inner side surface of the first wall member adjacent the recessed portion. The second wall member is coupled to the first wall member at an end of the corner adjacent the recessed portion and is oriented perpendicular to the first wall member. The second wall member includes a second side notch disposed along an inner side surface of the second wall member. The storage accessory is removably coupled between the first wall member and the second wall member at the corner notch, the first side notch, and the second side notch.

Abstract: A shower receptor includes a generally planar base surface, a deck surface, and a threshold surface. The generally planar base surface includes a drain opening. The deck surface extends upward from the generally planar base surface and along an outer side periphery thereof. The threshold surface extends upward from the generally planar base surface and along a front periphery of the base surface. The deck surface is spaced apart from the threshold surface to define a gap. The deck surface is substantially coplanar with the threshold surface.