Abstract: A child seat, which is configured to be secured to a seat of a vehicle, includes: a seat base; a child receiving portion supported by the seat base; at least one of a belt tensioning system incorporated into the seat base for receiving a belt and providing tension to the belt based on a signal from a controller and a leveling system incorporated into the seat base for leveling the child receiving portion relative to the seat of the vehicle based on a signal from the controller; and a manual override mechanism operatively coupled to at least one of the belt tensioning system and the leveling system to disengage at least one of the belt tensioning system and the leveling system and allow a user to at least one of manually apply tension to the belt and manually level the child receiving portion.

Abstract: A portfolio cover for a portable information handling system may include a display portion and an input device portion and a cover portion separated by two hinge sections. The display portion, the input device portion and the cover portion may be reinforced with a polymer laminate and laminated together, while the hinge sections may remain unlaminated.

Abstract: Devices for detecting electrical activity in electrically active biological tissues and methods for using the devices are provided. The devices include an electrode array that is configured for implantation on electrically active biological tissue. The electrode array comprises a plurality of electrode sites comprising one or more layers of transparent, electrically conductive graphene disposed on a transparent substrate.

Abstract: A portfolio cover for a portable information handling system may include a display portion and an input device portion and a cover portion separated by two hinge sections. The display portion, the input device portion and the cover portion may be reinforced with a polymer laminate and laminated together, while the hinge sections may remain unlaminated.

Abstract: A portable information handling system may be used in tablet-laptop mode, where a first body and a second body are rotatable about each other within an angular range of about 360° . Depending on the detected angular rotation of the first body about the second body, among other detectable usage aspects, line-of-sight operation or non-line-of-sight operation of touch input devices, such as a touch pad and/or a keyboard, may be activated.

Abstract: A portfolio cover for a portable information handling system may include a display portion and an input device portion and a cover portion separated by two hinge sections. The display portion, the input device portion and the cover portion may be reinforced with a polymer laminate and laminated together, while the hinge sections may remain unlaminated.

Abstract: A child seat or child restraining system for securing a child to a vehicle seat, and method of installing the car seat are provided. The child seat, which is configured to be secured to a seat of a vehicle, includes: a seat base secured to the seat of the vehicle; a child receiving portion supported by the seat base; and a belt tensioning system incorporated into the seat base. The belt tensioning system is configured to receive a belt that couples the seat base to the seat of the vehicle. The child seat also includes a controller operatively connected to the belt tensioning system and configured to automatically actuate the belt tensioning system. The belt tensioning system may be configured to drive the at least one belt in a pay-in direction to apply tension to the at least one belt.

Abstract: Methods, apparatuses and systems are disclosed for supplying gas from a multi-container Bulk Specialty Gases Supply System wherein at least one process parameter is automatically monitored to prevent over-filling of at least a first and second container without operator intervention.

Abstract: A system for delivering vapor phase fluid at an elevated pressure from a transport vessel containing liquefied or two-phase fluid is provided. The system includes: (a) a transport vessel positioned in a substantially horizontal position; (b) one or more energy delivery elements disposed on the lower portion of the transport vessel wherein the energy delivery devices include a heating means and a first insulation means, wherein the energy delivery devices are configured to the contour of the transport vessel; (c) one or more substantially rigid support devices disposed on the outer periphery of the energy delivery devices, wherein the support devices hold the energy delivery devices in thermal contact with a lower portion of the transport vessel; and (d) one or more attaching devices secure the rigid support devices onto the transport vessel and hold the energy delivery devices between the substantially rigid support device and a wall of the transport vessel.

Abstract: This invention relates to gas vaporization and supply system that includes (a) a vessel suitable for holding a bulk quantity of a liquefied gas; (b) at least one heating source positioned on or near the vessel to supply energy to, or remove energy from, the liquefied gas; and (c) a heating source controller adapted to use process variables feedback for dynamically regulating the heating source and maintaining and regulating gas output. The process variables feedback results from cascading sequence control of at least two process variables. The process variables include pressure, temperature, and/or gas output flow rate. This invention also relates to a method for delivery of a gas, e.g., ultra high purity gases, from a liquefied state in a controlled manner to a usage site, e.g., a semiconductor manufacturing facility. This invention provides faster heating system response to fluctuations in customer demand, a longer heater life, and improved reliability.

Abstract: A system for delivering vapor phase fluid at an elevated pressure from a transport vessel containing liquefied or two-phase fluid is provided. The system includes: (a) a transport vessel positioned in a substantially horizontal position; (b) one or more energy delivery elements disposed on the lower portion of the transport vessel wherein the energy delivery devices include a heating means and a first insulation means, wherein the energy delivery devices are configured to the contour of the transport vessel; (c) one or more substantially rigid support devices disposed on the outer periphery of the energy delivery devices, wherein the support devices hold the energy delivery devices in thermal contact with a lower portion of the transport vessel; and (d) one or more attaching devices secure the rigid support devices onto the transport vessel and hold the energy delivery devices between the substantially rigid support device and a wall of the transport vessel.

Abstract: A system for delivering vapor phase fluid at an elevated pressure from a transport vessel containing liquefied or two-phase fluid is provided. The system includes: (a) a transport vessel positioned in a substantially horizontal position; (b) one or more energy delivery elements disposed on the lower portion of the transport vessel wherein the energy delivery devices include a heating means and a first insulation means, wherein the energy delivery devices are configured to the contour of the transport vessel; (c) one or more substantially rigid support devices disposed on the outer periphery of the energy delivery devices, wherein the support devices hold the energy delivery devices in thermal contact with a lower portion of the transport vessel; and (d) one or more attaching devices secure the rigid support devices onto the transport vessel and hold the energy delivery devices between the substantially rigid support device and a wall of the transport vessel.

Abstract: Methods, apparatuses and systems are disclosed for supplying gas from a multi-container BSGS system wherein at least one process parameter is automatically monitored to prevent over-filling of at least a first and second container without operator intervention.

Abstract: A system for delivering vapor phase fluid at an elevated pressure from a transport vessel containing liquefied or two-phase fluid is provided. The system includes: (a) a transport vessel positioned in a substantially horizontal position; (b) one or more energy delivery devices disposed on the lower portion of the transport vessel wherein the energy delivery devices include a heating means and a thermally conductive non-adhesive layer disposed therebetween to the gaps and provide substantially uniform energy to the transport vessel.

Abstract: A system for delivering vapor phase fluid at an elevated pressure from a transport vessel containing liquefied or two-phase fluid is provided. The system includes: (a) a transport vessel positioned in a substantially horizontal position; (b) one or more energy delivery elements disposed on the lower portion of the transport vessel wherein the energy delivery devices include a heating means and a first insulation means, wherein the energy delivery devices are configured to the contour of the transport vessel; (c) one or more substantially rigid support devices disposed on the outer periphery of the energy delivery devices, wherein the support devices hold the energy delivery devices in thermal contact with a lower portion of the transport vessel; and (d) one or more attaching devices secure the rigid support devices onto the transport vessel and hold the energy delivery devices between the substantially rigid support device and a wall of the transport vessel.

Abstract: A system and method for automatically allocating resources is provided. The system includes one or more components for automatically allocating one or more resources, based at least in part on data associated with the one or more resources, the data including at least one of, type data, instance data, characteristic data, and dynamically modifiable metadata. An alternative aspect of the system provides one or more components for automatically allocating one or more resources distributed on a plurality of resource allocation servers. The one or more components for automatically allocating the one or more resources can improve utilization of the capacity of the one or more resources. In an alternative embodiment the system includes an Application Programming Interface (API) operable to configure and/or control the one or more components for automatically allocating one or more resources.

Abstract: A system and method for automatically allocating resources is provided. The system includes one or more components for automatically allocating one or more resources, based at least in part on data associated with the one or more resources, the data including at least one of, type data, instance data, characteristic data, and dynamically modifiable metadata. An alternative aspect of the system provides one or more components for automatically allocating one or more resources distributed on a plurality of resource allocation servers. The one or more components for automatically allocating the one or more resources can improve utilization of the capacity of the one or more resources. In an alternative embodiment the system includes an Application Programming Interface (API) operable to configure and/or control the one or more components for automatically allocating one or more resources.

Abstract: A system and method for automatically allocating resources is provided. The system includes one or more components for automatically allocating one or more resources, based at least in part on data associated with the one or more resources, the data including at least one of, type data, instance data, characteristic data, and dynamically modifiable metadata. An alternative aspect of the system provides one or more components for automatically allocating one or more resources distributed on a plurality of resource allocation servers. The one or more components for automatically allocating the one or more resources can improve utilization of the capacity of the one or more resources. In an alternative embodiment the system includes an Application Programming Interface (API) operable to configure and/or control the one or more components for automatically allocating one or more resources.

Abstract: A system and method for automatically allocating resources is provided. The system includes one or more components for automatically allocating one or more resources, based at least in part on data associated with the one or more resources, the data including at least one of, type data, instance data, characteristic data, and dynamically modifiable metadata. An alternative aspect of the system provides one or more components for automatically allocating one or more resources distributed on a plurality of resource allocation servers. The one or more components for automatically allocating the one or more resources can improve utilization of the capacity of the one or more resources. In an alternative embodiment the system includes an Application Programming Interface (API) operable to configure and/or control the one or more components for automatically allocating one or more resources.