Abstract: An implant system for dynamic stabilization of a syndesmosis joint,. The system includes a soft bone anchor, a dynamic bone anchor and a tether coupled to and extending between the soft bone anchor and the dynamic bone anchor. The first and second retention portions of the tether are knotlessly coupled to the dynamic bone anchor, and an intermediate portion of the tether extends between the first and second retention portions and passes through the soft bone anchor. A medial portion of the intermediate portion extends into the dynamic bone anchor and is resiliently coupled to the dynamic bone anchor. The system further includes an insertion and tensioning instrument, the soft bone anchor being removably retained on a free end of a first portion of the instrument, and the dynamic bone anchor being removably retained on at least one of the first portion and a second portion of the instrument.

Abstract: An accessory assembly for a mobile electronic device includes a platform, having a first side and an opposing second side. The platform includes one or more magnetic elements configured to magnetically attach the platform to a mobile electronic device or case along the first side. The accessory assembly also includes a wallet integrated with or attached to the second side of the platform, where the wallet is configured to hold one or more objects associated with a user of the accessory. The assembly also includes a grip accessory configured to attach to the wallet, where the grip accessory is configured to be handheld in order to support the accessory assembly and mobile electronic device when magnetically attached to the platform.

Abstract: An accessory assembly for a mobile electronic device includes a platform, having a first side and an opposing second side. The platform includes one or more magnetic elements configured to magnetically attach the platform to a mobile electronic device or case along the first side. The accessory assembly also includes a wallet integrated with or attached to the second side of the platform, where the wallet is configured to hold one or more objects associated with a user of the accessory. The assembly also includes a grip accessory configured to attach to the wallet, where the grip accessory is configured to be handheld in order to support the accessory assembly and mobile electronic device when magnetically attached to the platform.

Abstract: An accessory assembly for a mobile electronic device includes a platform, having a first side and an opposing second side. The platform includes one or more magnetic elements configured to magnetically attach the platform to a mobile electronic device or case along the first side. The accessory assembly also includes a wallet integrated with or attached to the second side of the platform, where the wallet is configured to hold one or more objects associated with a user of the accessory. The assembly also includes a grip accessory configured to attach to the wallet, where the grip accessory is configured to be handheld in order to support the accessory assembly and mobile electronic device when magnetically attached to the platform.

Abstract: A computerized method and system for pre-employment predictive screening is disclosed. The method comprises aggregating a plurality of employee testing and demographic data in a database, mapping each data in the plurality of employee testing and demographic data to a faceted feature space, selecting a classifying facet group from the faceted feature space, training a classifier model based at least in part on the classifying facet group, and saving the classifier model to a memory.

Abstract: A lockable post assembly includes a post member (12) having a vertical axis and an anchor portion (14) at a lower first end thereof. The anchor portion (14) has a head (16) and neck (18), the neck (18) defining a female constriction above the head (16). An anchor socket (22) secured within the ground is adapted to lockably receive the anchor portion (14) so as to hold the post member (12) upright. The anchor socket (22) has a keyed passageway (24) with an inward collar portion (26). The collar portion (26) defines a male constriction above a lower cavity (30). In use, the anchor socket (22) lockably receives the anchor portion (14) by the steps of inserting the anchor portion downwardly in a first orientation about the vertical axis so that the head (16) enters the lower cavity (30), and then rotating the anchor portion (14) to a second orientation about the vertical axis so that the head (16) is underneath or abuts a bottom surface of the collar portion (26).

Abstract: Systems and methods for operating a communications system. The methods involve computing one or more complex weights to be applied to transmit signals and receive signals by beamformers. The complex weights are based at least on configuration data for the communications system. The methods also involve applying a first plurality of weight corrections to the complex weights based on phasing errors occurring in a communication path inclusive of a control system and antenna elements. The methods further involve applying a second plurality of weight corrections to the complex weights based on phase differences at the antenna elements relative to a reference location for the receive signals.

Abstract: Systems and methods for operating a communications system. The methods involve computing one or more complex weights to be applied to transmit signals and receive signals by beamformers. The complex weights are based at least on configuration data for the communications system. The methods also involve applying a first plurality of weight corrections to the complex weights based on phasing errors occurring in a communication path inclusive of a control system and antenna elements. The methods further involve applying a second plurality of weight corrections to the complex weights based on phase differences at the antenna elements relative to a reference location for the receive signals.

Abstract: Methods for compensating for phase shifts of a communication signal. The methods involve determining a first reference signal (Vref-1) at a first location along a transmission path and a second reference signal (Vref-2) at a second location along the transmission path. Vref-2 is the same as Vref-1. At the first location, a first phase offset is determined using Vref-1 and a first communication signal. At the second location, a second phase offset is determined using Vref-2 and a second communication signal. A phase of a third communication signal is adjusted at the second location using the first and second phase offsets to obtain a modified communication signal. The first, second, and third communication signals are the same communication signal obtained at different locations along the transmission path.

Abstract: An installation comprises a vault 4 housing a liquefied storage tank 2, a chamber 14 within the vault 4 accessible to personnel, a liquefied gas inlet pipeline leading to the gas storage tank 2, a liquefied gas supply pipeline 22 extending from the storage tank 2 through a vaporiser 37 out of the vault 4 and at least one first cabinet 34, 36, 38 through which the liquefied gas supply pipeline 22 passes. The first cabinets 34, 36, 38 are located in the chamber and house items of equipment in the liquefied gas supply pipeline 22 which have an associated risk of leakage. There is also at least one first extractor fan communicating with the first cabinets 34, 36, 38 and means separate from the first extractor fan for changing the atmosphere in the chamber.

Abstract: A system and method for monitoring facility data is disclosed. This includes at least one processor capable of receiving inputted data and generating alerts or alarms when scheduled activity does not occur, monitoring whether devices used in the facility are calibrated, determining what corrective actions are appropriate if defects occur, provide control over who and how users edit data, provide a pre-shipment review of products leaving a facility, determining disposition of at least one product, developing root causes for defects and scheduling tasks. There is an ability for a wide variety of individuals having access to exactly the same program with material added or blocked-out in terms of zones and data monitoring can be defined in terms of department, lines and processes with complete flexibility in configuration. There are both data collectors and data verifiers with the establishment of schedules and alarms tailored to each role.

Abstract: An antitumor antibiotic designated BMY-41339 is produced by fermentation of certain strains of Actinomadura verrucosospora. BMY-41339 exhibits antimicrobial activity and also inhibits the growth of tumors in experimental animals.

Abstract: An antitumor antibiotic designated BMY-41339 is produced by fermentation of certain strains of Actinomadura verrucosospora. BMY-41339 exhibits antimicrobial activity and also inhibits the growth of tumors in experimental animals.