Abstract: A hub for an overmolded basket base assembly of a laundry appliance is provided. The hub includes a central core defining an opening along an axis configured to receive a drive shaft. The hub further includes a disc, extending radially outwardly from the core about the axis, the disc configured to be overmolded in polymeric material that forms an overmolded plastic base, the disc including a plurality of posts arranged around the core and extending upward from a top surface of the disc to form a circumferentially-extending array to align the hub when applying torque to the hub.

Abstract: There is provided a bracket for a biological sample analyser. The bracket comprises abase and an arm extending from the base, the base being engageable with a platform of a biological sample analyser, wherein, when the base is engaged with the platform, the arm extends into a sample plate bay of the biological sample analyser prohibiting access to a portion of the bay. The arm thereby limits misalignment of a sample plate in the bay by blocking access to a portion of the bay only required when the sample plate is loaded into the bay in an incorrect orientation. A biological sample analyser comprising a bay in which a sample plate is loadable in use and the bracket is also provided.

Abstract: A pet maintenance device for use by a user with a pet animal can be selectively moved to multiple positions for use for multiple purposes or applications. The pet maintenance device includes a device body that is selectively movable among a closed position, a partially open position, and a fully open position. The device body includes an outer body member and a foldable flap member that is connected to the outer body member. When the device body is in the closed position, the device body is substantially flat. When the device body is in the partially open position, the device body is configured to allow the user to grasp the foldable flap member to pick up pet waste. When the device body is in the fully open position, the device body is configured to be substantially bowl-shaped to be usable as a bowl for holding a consumable.

Abstract: A handle assembly for a leash system includes an outer housing that defines a handle interior and an inner housing that is positioned within the handle interior. The leash system includes a tether. The outer housing can be substantially spherical. The inner housing selectively moves between unlocked and locked positions. When in the locked position, the inner housing inhibits movement of the tether relative to the handle assembly in a first direction but not in a second direction that is substantially opposite the first direction. The inner housing can be biased towards one of the unlocked and the locked position. The inner housing includes a tether engager that selectively engages the tether. The handle assembly includes an inner housing mover that is connected to the inner housing so that the inner housing mover moves the inner housing between the unlocked and the locked position.

Abstract: A connector assembly for a leash system including a connector and a connector receiver. The connector includes a first connector end that has a connector end center. The connector receiver includes a first gate that moves between a locked and an unlocked position. The first gate defines at least a portion of a connector cavity, with the connector cavity selectively receiving the first connector end when the first gate is in the unlocked position. The connector cavity also has a cavity center, with the cavity center and the connector end center being substantially identical when the first connector end is received by the connector cavity. The connector receiver further includes a receiver actuator that is coupled to the first gate. The receiver actuator can move in a first direction and a second direction, wherein moving the receiver actuator in the second direction moves the first gate to the unlocked position.

Abstract: A pet maintenance device for use by a user with a pet animal can be selectively moved to multiple positions for use for multiple purposes or applications. The pet maintenance device includes a device body that is selectively movable among a closed position, a partially open position, and a fully open position. The device body includes an outer body member and a foldable flap member that is connected to the outer body member. When the device body is in the closed position, the device body is substantially flat. When the device body is in the partially open position, the device body is configured to allow the user to grasp the foldable flap member to pick up pet waste. When the device body is in the fully open position, the device body is configured to be substantially bowl-shaped to be usable as a bowl for holding a consumable.

Abstract: A handle assembly for a leash system includes an outer housing that defines a handle interior and an inner housing that is positioned within the handle interior. The leash system includes a tether. The outer housing can be substantially spherical. The inner housing selectively moves between unlocked and locked positions. When in the locked position, the inner housing inhibits movement of the tether relative to the handle assembly in a first direction but not in a second direction that is substantially opposite the first direction. The inner housing can be biased towards one of the unlocked and the locked position. The inner housing includes a tether engager that selectively engages the tether. The handle assembly includes an inner housing mover that is connected to the inner housing so that the inner housing mover moves the inner housing between the unlocked and the locked position.

Abstract: A connector assembly for a leash system including a connector and a connector receiver. The connector includes a first connector end that has a connector end center. The connector receiver includes a first gate that moves between a locked and an unlocked position. The first gate defines at least a portion of a connector cavity, with the connector cavity selectively receiving the first connector end when the first gate is in the unlocked position. The connector cavity also has a cavity center, with the cavity center and the connector end center being substantially identical when the first connector end is received by the connector cavity. The connector receiver further includes a receiver actuator that is coupled to the first gate. The receiver actuator can move in a first direction and a second direction, wherein moving the receiver actuator in the second direction moves the first gate to the unlocked position.

Abstract: A bag holder for holding a t-shirt bag includes a holder frame and a holder handle that is secured to the holder frame. The holder frame selectively holds the t-shirt bag and including a first handle restraint that restrains a first bag handle of the t-shirt bag, a second handle restraint that restrains a second bag handle of the t-shirt bag, and a bag support region that supports the t-shirt type bag near the bag opening. The holder handle is movable relative to the holder frame between a carrying position in which the holder handle is used for carrying the holder frame and the t-shirt bag, and an attachment position in which that holder handle is used for hanging the holder frame and the t-shirt bag near a vertical surface.

Abstract: A bag holder for holding a t-shirt bag includes a holder frame and a holder handle that is secured to the holder frame. The holder frame selectively holds the t-shirt bag and including a first handle restraint that restrains a first bag handle of the t-shirt bag, a second handle restraint that restrains a second bag handle of the t-shirt bag, and a bag support region that supports the t-shirt type bag near the bag opening. The holder handle is movable relative to the holder frame between a carrying position in which the holder handle is used for carrying the holder frame and the t-shirt bag, and an attachment position in which that holder handle is used for hanging the holder frame and the t-shirt bag near a vertical surface.

Abstract: Methods and apparatus are provided for wireless communications in a mobile electronic device. In one aspect, the mobile electronic device includes an antenna subsystem and a plurality of wireless communications modules. A method may involve supplying RF signals from each of the wireless communications modules to a single unit for manipulating the RF signals; and controlling the unit for manipulating RF signals to connect an RF signal of a selected one of the wireless communications modules to the antenna subsystem. The unit for manipulating RF signals may perform various kinds of RF signal processing or conditioning. Furthermore, the antenna system may include a phased array antenna. Besides portable computers such as laptop, notebook and netbook computers, the same principles are applicable to mobile electronic devices generally, including cellphones for example.

Abstract: A bag holder (650) for holding a t-shirt bag (651) includes a holder frame (652) and a holder handle (654) that is secured to the holder frame (652). The holder frame (652) selectively holds the t-shirt bag (651) and including a first handle restraint (658) that restrains a first bag handle (651B) of the t-shirt bag (651), and a second handle restraint (660) that restrains a second bag handle (651D) of the t-shirt bag (651). The holder handle (654) is movable relative to the holder frame (652) between a carrying position (678) in which the holder handle (654) is used for carrying the holder frame (652) and the t-shirt bag (651), and an attachment position (680) in which that holder handle (654) is used for hanging the holder frame (652) and the t-shirt bag (651) near a vertical surface (676). With this design, the bag holder (650) can easily be carried and moved by hand, and the bag holder (650) can be easily secured to a door (686).

Abstract: Embodiments of the invention provide a queue buffer management method. For one embodiment of the invention, internet protocol data is generated at a data source device. The generated data is communicated to one or more network devices and received at the one or more network devices. Portions of the generated data are selectively deleted based on specified criteria in order to effect improved data flow of the generated data. The specified criteria selected from the group consisting of time since last drop, number of packets since last dropped, packet protocol, packet size and combinations thereof. For one embodiment of the invention, the generated data is communicated via flow controllable interface.

Abstract: An improved plastic trash bag holder is presented. The invention will hold a standard t-shirt shopping bag firmly and permit the bag to be held in the hand by means of an attached handle or placed on a vertical flat surface by means of screw or other attachments mechanisms.

Abstract: A centralized wireless communication system for a host device having a host processor and one or more host wireless communication modules includes a controller, one or more antenna elements, and an RF multiplexer coupled to the one or more antenna elements. The RF multiplexer includes one or more ports and is configured to establish an RF communication path between one or more ports and one or more antenna elements based on instructions from the controller. The centralized wireless communication system can provide adaptive noise cancellation and/or operate antenna elements as part of an active phased array.

Abstract: A bag holder (650) for holding a t-shirt bag (651) includes a holder frame (652) and a holder handle (654) that is secured to the holder frame (652). The holder frame (652) selectively holds the t-shirt bag (651) and including a first handle restraint (658) that restrains a first bag handle (651B) of the t-shirt bag (651), and a second handle restraint (660) that restrains a second bag handle (651D) of the t-shirt bag (651). The holder handle (654) is movable relative to the holder frame (652) between a carrying position (678) in which the holder handle (654) is used for carrying the holder frame (652) and the t-shirt bag (651), and an attachment position (680) in which that holder handle (654) is used for hanging the holder frame (652) and the t-shirt bag (651) near a vertical surface (676). With this design, the bag holder (650) can easily be carried and moved by hand, and the bag holder (650) can be easily secured to a door (686).

Abstract: An improved plastic trash bag holder is presented. The invention will hold a standard t-shirt shopping bag firmly and permit the bag to be held in the hand by means of an attached handle or placed on a vertical flat surface by means of screw or other attachments mechanisms.

Abstract: The present invention provides a system enabling the remote analysis of a fluid, wherein the analysis of the fluid and collection of data relating thereto can be provided at a plurality of remote locations by a plurality of remote devices. Each remote device is connected directly or indirectly to a central controller via one or more communication networks, thereby enabling centralised collection, evaluation and analysis of a plurality of data relating to characteristics of the fluid system being monitored. The system according to the present invention can further provide a means for the collection of strategic samples of fluid, for example, such that these samples can be collected from one or more of the remote locations at a later time for future and more detailed analysis at a laboratory or other facility. The fluid monitoring system provides a means for real time monitoring of a fluid at a plurality of locations together with a global view of the characteristics of a fluid system.

Abstract: The present invention provides a signal processing system and a method for performing the processing of information therewith. This signal processing system is designed for use with a sensing system, in which an encoded signal is directed to a test sample, and the resultant signals are collected and correlated with the encoded signal, thereby enabling the detection of a test samples response to the transmitted signals, wherein this may enable an understanding of the test sample to be determined. The signal processing system provides control signals to the sensing system in order to control both the format of signals being transmitted to a test sample and detection of signals received from a test sample resulting from this transmission and the subsequent correlation therebetween. By controlling both the transmitted and detected signals, the signal processing system can correlate this information in order to improve the detection capability, thereby providing an improved means of analysing a test sample.