Abstract: A diverter flowline seal assembly for use in subsea drilling. The seal assembly includes a seal body having an inner diameter end and an outer diameter end formed of an inflatable elastomeric material having a first modulus. The inner diameter end of the seal body includes two diametrically opposed axially inward lip portions and two diametrically opposed axially outward base portions. Integrated with the inflatable elastomeric material at the base portions of the inner diameter end of the seal body is a material having a modulus that is higher than the modulus of the inflatable elastomeric material so as to prevent the radial expansion of the lip portions and the base portions of the inner diameter end of the seal body.

Abstract: An engine enclosure includes a frame, multiple roof panels, and multiple retainer assemblies. The roof panels are disposed on the frame and include one or more threaded receptacles. The retainer assemblies are configured to releasably secure the roof panels to the frame. The retainer assemblies include a clamp, and a threaded fastener. The clamp includes a first portion and a second portion. The first portion is disposed adjacent to the frame. The second portion is substantially offset from the first portion and includes an aperture. The threaded fastener is disposed within the aperture and releasably fastened to the threaded receptacle.

Abstract: A PFI reader.

Abstract: An image file format article of manufacture for a PFI.

Abstract: An data reader is disclosed that includes an imager switch that couples a plurality of imagers to a single imager interface of a processor. The imager switch includes a plurality of imager interfaces to couple to a plurality of imagers, a processor interface to couple to an imager interface of a processing device, switching logic, and detection logic. The switching logic receives input from the plurality of imager interfaces and forwards data received at a presently selected imager interface to the processor interface. The detection logic detects that a desired set of image data (e.g., a complete image frame or a portion of an image frame) is received at the presently selected imager interface and automatically, dynamically, and/or intelligently changes the presently selected imager interface of the image data switching logic from a first imager interface to a second imager interface.

Abstract: Methods and apparatus are described for monitoring and configuring home networks for a variety of purposes such as, for example, facilitating secure communications between the home network and a remote network, and facilitating provision of a service by a service provider such as, for example, a cellular carrier.

Abstract: A network and associated methods and apparatus are described. The network includes a wireless access node which is operable to receive first packets from a plurality of wireless computing devices attempting to access the network. Each of the first packets corresponds to one of a plurality of traffic types. At least one of the traffic types corresponds to an encrypted wireless protocol. The wireless access node is configured to associate one of a plurality of identifiers with each of the first packets. Each of the plurality of identifiers corresponds to one of the plurality of traffic types. The wireless access node is further configured to transmit all first packets received from the wireless computing devices to a gateway on the network regardless of destination addresses associated with the first packets. The gateway is operable to determine that a particular one of the first packets from a first one of the wireless computing devices is directed to a second computing device on the network.

Abstract: A respiratory mask assembly includes a frame having a channel and a cushioning element including a clip portion adapted for interference seal and retention in the channel. The cushioning element includes an interfacing portion constructed from foam and having a wider width than the clip portion.

Abstract: A method for tire market forecasting combines three sub-methods in order to forecast unit volumes for every tire size in the industry or market segment. The method includes deriving a full trend by a first sub-method M1 for a first tire size TS1 based upon a relationship between OE and replacement markets for size TS1; deriving a full trend by a second sub-method M2 for size TS1 based on an estimated vehicle fleet for size TS1; and comparing the first and second full trends to derive a regular forecast. When a tire size does not follow a predictable pattern according to OE assumptions, a full trend is derived by a third sub-method M3 based on an historic replacement market trend adjusted as needed by statistical tools. A vitality calculation may be made calculating present and future vitality V on a market segment or on a selected tire line, and a vitality goal VG may be established whereupon a strategy may be derived identifying tire sizes required and not required to achieve and maintain the goal over time.

Abstract: A device having a catheter and a hub which facilitates the transfer of an embryo containing solution into the uterus of a mammal, for example, a small mammal such as a rat or mouse. The catheter's shape and tip is designed to simplify insertion and minimize injury to the mammal. The hub is designed to further control the insertion of the catheter and to interface with a pipette, for example, that provides the force required for the transfer of an embryo containing solution. As a result, the transfer can occur without requiring surgery.

Abstract: Techniques are described for detecting use of a network access node by multiple users to gain access to a network. Packets are received from a network device in communication with the network access node. The packets are evaluated with reference to a plurality of metrics. Each of the metrics is independently representative of an estimated number of user devices from which the packets originate.

Abstract: Methods and apparatus are described for monitoring and configuring home networks for a variety of purposes such as, for example, facilitating secure communications between the home network and a remote network, and facilitating provision of a service by a service provider such as, for example, a cellular carrier.

Abstract: A method for tire market forecasting combines three sub-methods in order to forecast unit volumes for every tire size in the industry or market segment. The method includes deriving a full trend by a first sub-method M1 for a first tire size TS1 based upon a relationship between OE and replacement markets for size TS1; deriving a full trend by a second sub-method M2 for size TS1 based on an estimated vehicle fleet for size TS1; and comparing the first and second full trends to derive a regular forecast. When a tire size does not follow a predictable pattern according to OE assumptions, a full trend is derived by a third sub-method M3 based on an historic replacement market trend adjusted as needed by statistical tools. A vitality calculation may be made calculating present and future vitality V on a market segment or on a selected tire line, and a vitality goal VG may be established whereupon a strategy may be derived identifying tire sizes required and not required to achieve and maintain the goal over time.

Abstract: The preferred embodiments relate to a water discharge device in indoor and/or outdoor environments. The discharge unit preferably comprises a pop-up water discharge device inside a natural item enclosure. In some preferred embodiments, the discharge unit is configured in the shape of a natural object, such as an animal native to the locality (e.g., frog, turtle, rabbit, etc.), a non-native animal (e.g., a dolphin, whale, seal, bear, etc.), a natural or unnatural object or the like. Preferably, the discharge device is a rotary discharge device. In preferred embodiments the pop-up water discharge device discharges water in various manners (e.g. misting, sprinkling, and/or the like).

Abstract: The preferred embodiments relate to a system for replenishing water (e.g., due to evaporation, leakage, etc.) in a body of water (e.g., a pool, pond, etc.) via a discharge unit displaced from the body of water. The discharge unit is preferably laterally displaced. Preferably, a timer mechanism is provided to adjust the amount of water discharged into the body of water. In preferred embodiments, the discharge unit is configured in the shape of a natural object, such as a animal native to the locality (e.g., frog, turtle, rabbit, etc.), a non-native animal (e.g., a dolphin, whale, seal, bear, etc.), a natural or unnatural object or the like.

Abstract: The preferred embodiments relate to a system for replenishing water (e.g., due to evaporation, leakage, etc.) in a body of water (e.g., a pool, pond, etc.) via a discharge unit displaced from the body of water. The discharge unit is preferably laterally displaced. Preferably, a timer mechanism is provided to adjust the amount of water discharged into the body of water. In preferred embodiments, the discharge unit is configured in the shape of a natural object, such as a animal native to the locality (e.g., frog, turtle, rabbit, etc.), a non-native animal (e.g., a dolphin, whale, seal, bear, etc.), a natural or unnatural object or the like.