Abstract: A fastener comprises two engagement springs on opposite sides of the fastener. Each engagement spring has an elongated rib. The elongated ribs may have a substantially rectangular shape, or any suitable shape, and they may protrude away from the opposite side of the fastener. Additionally, the elongated ribs may have same or different slopes at each end of the ribs. According to one embodiment, the elongated rib increases the removal to insertion force ratio as compared to such ratio when the engagement springs do not have the elongated rib.

Abstract: This invention relates to a spring fastener, which comprises engagement springs in opposite sides of the fastener. Each engagement spring has an engagement region comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio in the absence of the hindrance portion, thus permitting very easy insertion with considerably more difficult removal of the fastener from the slot of a panel, which provides an efficient ergonomically balanced removal to insertion force ratio. The hindrance portion comprises ripples or other hindrance elements of unexpectedly minute dimensions for providing this efficient ergonomic force balance. The combination of the above structures with the presence of barbs being bent at their front portion improves immensely the ergonomic character of the devices.

Abstract: The present invention generally provides an apparatus and method for processing and transferring substrates in a multi-chamber processing system that has the capability of receiving and performing single substrate processing steps performed in parallel, while using the many favorable aspects of batch processing. Embodiments of the invention described herein are adapted to maximize system throughput, reduce system cost, reduce cost per substrate during processing, increase system reliability, improve the device yield on the processed substrates, and reduce system footprint. In one embodiment, the cluster tool is adapted to perform a wet/clean process sequence in which various substrate cleaning processes are performed on a substrate in the cluster tool.

Abstract: A vehicle having a passenger compartment with front and rear seats and a cargo compartment behind the passenger compartment. The passenger compartment includes a floor that is stepped upwardly under the rear seat to form an open space thereunder. The cargo bed extends into the open space under the rear seat to provide a long bed feature that is permanently available without requiring physical manipulation of the cargo compartment. A rear wall of the passenger compartment includes a downwardly openable midgate that cooperates with folding/tumbling sections of the rear seat to provide a second tier load floor. An optional liftgate in the passenger compartment rear wall provides an enhanced height second tier load compartment.

Abstract: A spring fastener, which comprises two engagement springs in opposite sides of the fastener. Each engagement spring has an engagement portion comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio when the engagement portion does not have the hindrance portion, thus permitting very easy insertion into, with considerably more difficult removal of the fastener from the slot of a panel.

Abstract: A fastener comprises two engagement springs on opposite sides of the fastener. Each engagement spring has an elongated rib. The elongated ribs may have a substantially rectangular shape, or any suitable shape, and they may protrude away from the opposite side of the fastener. Additionally, the elongated ribs may have same or different slopes at each end of the ribs. According to one embodiment, the elongated rib increases the removal to insertion force ratio as compared to such ratio when the engagement springs do not have the elongated rib.

Abstract: The present invention generally provides an apparatus and method for processing and transferring substrates in a multi-chamber processing system that has the capability of receiving and performing single substrate processing steps performed in parallel, while using the many favorable aspects of batch processing. Embodiments of the invention described herein are adapted to maximize system throughput, reduce system cost, reduce cost per substrate during processing, increase system reliability, improve the device yield on the processed substrates, and reduce system footprint. In one embodiment, the cluster tool is adapted to perform a wet/clean process sequence in which various substrate cleaning processes are performed on a substrate in the cluster tool.

Abstract: A molded composite panel for a vehicle and a method of constructing a panel assembly. The individual panels have laminated layers of abutting dissimilar materials including a core of material and outer layers of fibrous material molded on opposite sides of the core. The outer layers are molded at least in part about a plurality of connection features such that the connection features are carried by at least one of the outer layers or the core. The connection features of one panel are accessible for operable attachment to connection features of an adjacent panel to form a panel assembly.

Abstract: An integrated storage arrangement for a vehicle having a cargo bed with a load floor positioned external to a passenger cab of the vehicle is provided. The storage arrangement includes an access opening positioned in the load floor of the cargo bed. A storage recess is positioned in relation to and accessible through the access opening. The storage recess includes a drain assembly and a container retention mechanism. A panel is moveably attached to the load floor of the cargo bed and is arranged to cover the access opening such that in a closed position, the cover is positioned substantially parallel to and flush with the cargo bed load floor.

Abstract: An integrated storage arrangement for a vehicle having a cargo bed with a load floor positioned external to a passenger cab of the vehicle is provided. The storage arrangement includes an access opening positioned in the load floor of the cargo bed. A storage recess is positioned in relation to and accessible through the access opening. The storage recess includes a drain assembly and a container retention mechanism. A panel is moveably attached to the load floor of the cargo bed and is arranged to cover the access opening such that in a closed position, the cover is positioned substantially parallel to and flush with the cargo bed load floor.

Abstract: A tent enclosure for a pickup truck cargo box includes a pair of support tracks mounted to the side rails of the cargo box, a number of flexible support rods connected to the support tracks, and a fabric siding spanning the support rods and connected to the support tracks. The flexible support rods can be made up of multiple sections linked together, and, being longer than the width of the cargo box, describe an arch when connected to the support tracks. The forwardmost support rod can be secured to the truck cab. The fabric siding includes a U-channel edge for engaging the support track on each side of the cargo box, and is stretched over the support rods. The tent enclosure includes a door assembly for the end of the cargo box, which may be formed of fabric and integral with the fabric siding.

Abstract: An apparatus is provided for enabling the enlargement of the cabin for a vehicle having an enclosed cabin and a cargo bed extending rearwardly from the cabin. The apparatus includes a rear wall removably coupled to the cabin. A guide element is positioned along a floor of the cargo bed and a base portion of the rear wall is slideably coupled to the guide element, which enables the rear wall to be translated rearwardly from the cabin to vary a volume thereof.

Abstract: A tent enclosure for a pickup truck cargo box includes a pair of support tracks mounted to the side rails of the cargo box, a number of flexible support rods connected to the support tracks, and a fabric siding spanning the support rods and connected to the support tracks. The flexible support rods can be made up of multiple sections linked together, and, being longer than the width of the cargo box, describe an arch when connected to the support tracks. The forwardmost support rod can be secured to the truck cab. The fabric siding includes a U-channel edge for engaging the support track on each side of the cargo box, and is stretched over the support rods. The tent enclosure includes a door assembly for the end of the cargo box, which may be formed of fabric and integral with the fabric siding.

Abstract: Assemblies comprising a fastener, which has engagement springs in opposite sides of the fastener. Each engagement spring has an engagement region comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio in the absence of the hindrance portion, thus permitting very easy insertion with considerably more difficult removal of the fastener from the slot of a panel, which provides an efficient ergonomically balanced removal to insertion force ratio. The hindrance portion comprises ripples or other hindrance elements of unexpectedly minute dimensions for providing this efficient ergonomic force balance.

Abstract: This invention relates to a spring fastener, which comprises engagement springs in opposite sides of the fastener. Each engagement spring has an engagement region comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio in the absence of the hindrance portion, thus permitting very easy insertion with considerably more difficult removal of the fastener from the slot of a panel, which provides an efficient ergonomically balanced removal to insertion force ratio. The hindrance portion comprises ripples or other hindrance elements of unexpectedly minute dimensions for providing this efficient ergonomic force balance.

Abstract: This invention relates to a spring fastener, which comprises engagement springs in opposite sides of the fastener. Each engagement spring has an engagement region comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio in the absence of the hindrance portion, thus permitting very easy insertion with considerably more difficult removal of the fastener from the slot of a panel, which provides an efficient ergonomically balanced removal to insertion force ratio. The hindrance portion comprises ripples or other hindrance elements of unexpectedly minute dimensions for providing this efficient ergonomic force balance.

Abstract: This invention relates to a spring fastener, which comprises engagement springs in opposite sides of the fastener. Each engagement spring has an engagement region comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio in the absence of the hindrance portion, thus permitting very easy insertion with considerably more difficult removal of the fastener from the slot of a panel, which provides an efficient ergonomically balanced removal to insertion force ratio. The hindrance portion comprises ripples or other hindrance elements of unexpectedly minute dimensions for providing this efficient ergonomic force balance. The combination of the above structures with the presence of barbs being bent at their front portion improves immensely the ergonomic character of the devices.

Abstract: This invention relates to a spring fastener, which comprises engagement springs in opposite sides of the fastener. Each engagement spring has an engagement region comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio in the absence of the hindrance portion, thus permitting very easy insertion with considerably more difficult removal of the fastener from the slot of a panel, which provides an efficient ergonomically balanced removal to insertion force ratio. The hindrance portion comprises ripples or other hindrance elements of unexpectedly minute dimensions for providing this efficient ergonomic force balance.

Abstract: This invention relates to a spring fastener, which comprises engagement springs in opposite sides of the fastener. Each engagement spring has an engagement region comprising a hindrance portion, which increases considerably the removal to insertion force ratio as compared to such ratio in the absence of the hindrance portion, thus permitting very easy insertion with considerably more difficult removal of the fastener from the slot of a panel, which provides an efficient ergonomically balanced removal to insertion force ratio. The hindrance portion comprises ripples or other hindrance elements of unexpectedly minute dimensions for providing this efficient ergonomic force balance.

Abstract: A bridge in a file server provides a direct link to data storage devices in satisfaction of data requests. The file server has one or more function-specific processors, including network processors (NPs) and file storage processors (FSPs), all operating in parallel and communicating over an interconnect bus. Each FSP is also connected to one or more disk controllers which in turn manage one or more data storage devices. To minimize local bus contention between data storage devices and network communications, separate internal buses are provided in the FSP, one internal bus connected to the interconnect bus for network communications and one internal bus connected to disk controllers for performing I/O operations on data storage devices.