Abstract: Systems and methods for communicating in a wireless network using a first radio access technology (RAT) and an assisting RAT are disclosed. A first connection can be established with an access point using the first RAT, and a second connection can be established with the access point using the assisting RAT. A timing of the first connection can be synchronized based at least in part on a timeline of the assisting RAT. Communications with the access point over at least the first connection can be based at least in part on the synchronized timing.

Abstract: Systems and methods for communicating in a wireless network using a first radio access technology (RAT) and an assisting RAT are disclosed. A first connection can be established with a user equipment (UE) using the first RAT, and a second connection can be established with the UE using an assisting RAT. A timing of the first connection can be synchronized based at least in part on a timeline of the assisting RAT, and a neighboring access point can be collaborated with in communicating with a UE over at least the first connection.

Abstract: Systems and methods for communicating in a wireless network using a first radio access technology (RAT) and an assisting RAT are disclosed. A first connection can be established with an access point using the first RAT, and a second connection can be established with the access point using the assisting RAT. A timing of the first connection can be synchronized based at least in part on a timeline of the assisting RAT. Data can be communicated with the access point over at least the first connection based at least in part on synchronizing the timing, and control data can be communicated with the access point over at least the second connection, wherein the control data is related to the communicating data over at least the first connection.

Abstract: An apparatus comprises a processing platform configured to implement an automated content inference system for unstructured text data. The automated content inference system comprises a data indexer, a dictionary generator, a topic model generator, and a visualization generator. The data indexer is configured to process the unstructured text data to construct a term index for a given document. The dictionary generator is configured to process the term index to construct an in-domain dictionary. The topic model generator is configured to process the in-domain dictionary to construct a topic model. The visualization generator is configured to provide an output display showing assignment of one or more topics to the given document based on the topic model. The unstructured text data illustratively comprises unstructured service request summaries from a service events database.

Abstract: A sealing device (1) for a watch crown that includes a cover (2) possessing an annular part (3) that fits and rests on the periphery of a cabochon (4) of a watch crown (5) against a seal (6). Said cover (2), which is articulated on one of the shoulders (7) protecting the crown (5) of a watchcase (8) has, at its end, a closure lug (9). The latter is designed to receive a buckle (10) integral with a fastening arm (12). This fastening arm (12) makes it possible for the cover (2) to exert sufficient pressure on said seal (6) by means of a simple lever effect when the end of the fastening arm (12) is inserted into a receptacle (15).

Abstract: A sealing device (1) for a watch crown that includes a cover (2) possessing an annular part (3) that fits and rests on the periphery of a cabochon (4) of a watch crown (5) against a seal (6). Said cover (2), which is articulated on one of the shoulders (7) protecting the crown (5) of a watchcase (8) has, at its end, a closure lug (9). The latter is designed to receive a buckle (10) integral with a fastening arm (12). This fastening arm (12) makes it possible for the cover (2) to exert sufficient pressure on said seal (6) by means of a simple lever effect when the end of the fastening arm (12) is inserted into a receptacle (15).

Abstract: An item of jewelry (1) consisting of a central stone (2) and several peripheral stones (3) arranged on a support (4). Said support (4) comprises a first ring (5) concentric with and connected to a second ring (6) smaller in diameter and greater in height than the first ring (5). The second ring (6) comes to a T-shaped shoulder (8) on its top edge with one side designed to be snapped into a longitudinal groove (9) passing all the way around the circumference of the pavilion (10) of the central stone (2) and its other side is snapped into a groove (11) present in one of the facets near the edge of each peripheral stone (3). The peripheral stones are held firmly in their positions by a slot (12) formed on the inside of the perimeter of the first ring (5).

Abstract: A double faced watch has a movement driving a first gearing actuating a first hands array cooperating with a first dial and a second dial 31 on its opposed face cooperating with a second hands array 32, 33', 43. An automatic winding mass 19 is pivoted concentrically to the two hands arrays by a bail bearing the internal housing of which is fastened on a sleeve giving passage to an axle 7, 7', carrying one hand of the first hands array. This axle 7, 7' is used as a driver for the driving of the second hands array. A time setting stem 55 is axially slidable between two positions, in one of which its rotation sets one of the hands arrays and in the other of which its rotation sets the other hands array. A tilting member 62 (FIG. 6) ensures that the setting stem 55 slides in the opposite direction from a sliding pinion 47 so that the stem 55 and pinion 47 are alternately in driving relation with one or the other of the drive trains of the two hands arrays.