mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a usage behaviour of a user of an audiovisual service which simultaneously transmits an audiovisual content to a plurality of mobile terminals for cellular mobile radio networks, comprising the process steps: a) measuring usage parameters of a user when using an audiovisual service on a mobile terminal by means of a measuring module in the mobile terminal, b) transmitting the measured usage parameters from the mobile terminal via the mobile radio network to a collection device in the mobile radio network, c) providing transmitted usage parameters and/or an evaluation of the measured usage parameters by the collection device for a processing operation for determining the usage behaviour of users, and d) controlling the measuring module by means of a control device of the mobile radio network, characterized in that a signalization between the measuring module and the control device takes at least partially place according to the Open Mobile Alliance Device Management standard. a) measuring usage parameters of a user when using an audiovisual service on a mobile terminal by means of a measuring module in the mobile terminal, b) transmitting the measured usage parameters from the mobile terminal via the mobile radio network to a collection device in the mobile radio network, c) providing transmitted usage parameters and/or an evaluation of the measured usage parameters by the collection device for a processing operation for determining the usage behaviour of users, and d) controlling the measuring module by means of a control device of the mobile radio network, characterized in that a signalization between the measuring module and the control device takes at least partially place according to the Open Mobile Alliance Device Management standard.
A ligating clip comprising a first leg and a second leg, each leg having a proximal end and a distal end, the legs being joined at their proximal ends by a hinge, each leg having an inner face (26, 30) and an outer face (28, 32), the legs being pivotable about the hinge from an open position, wherein the inner faces of the legs may be positioned about a vessel or duct, to a closed position, wherein the distal ends are joined by a latch and the vessel or duct is compressed between the inner faces of both legs, first and second rows of evenly spaced ribs (50, 52), the rows being spaced from one another along a longitudinally extending center line of the inner face of the first leg, at least one rib of each row including a prong, characterized in that the prongs project outwardly from the inner face of the first leg, the prongs being inclined toward the longitudinally extending center of the inner face of the second leg when the clip is in the closed position, whereby the prongs may impale a wall of the vessel or duct and prevent relative movement between the clip and the vessel or duct while minimizing tissue trauma
A method of continuously feeding a mammalian cell culture that does not employ feedback control, comprising: (a) providing a vessel comprising a mammalian cell culture comprising mammalian cells and media; (b) determining preferred values for the consumption rate (K 1) of a nutrient, growth rate (K 21) and growth rate (K 22) of the cell culture; (c) providing an apparatus adapted to impart a continuous feed stream to the cell culture, wherein the apparatus comprises a controller module adapted to continuously feed the culture at a flow rate F, wherein F is defined as K 1 exp(K 21 t 2 + K 22 t); t is the duration of time from the time the feed stream is added to the bioreactor to the time when the feed stream is stopped; and K 1, K 21 and K 22 are the values determined in (b); and (d) activating the controller module to initiate continuous feeding of the cell culture. (a) providing a vessel comprising a mammalian cell culture comprising mammalian cells and media; (b) determining preferred values for the consumption rate (K 1) of a nutrient, growth rate (K 21) and growth rate (K 22) of the cell culture; (c) providing an apparatus adapted to impart a continuous feed stream to the cell culture, wherein the apparatus comprises a controller module adapted to continuously feed the culture at a flow rate F, wherein F is defined as K 1 exp(K 21 t 2 + K 22 t); t is the duration of time from the time the feed stream is added to the bioreactor to the time when the feed stream is stopped; and K 1, K 21 and K 22 are the values determined in (b); and F is defined as K 1 exp(K 21 t 2 + K 22 t); t is the duration of time from the time the feed stream is added to the bioreactor to the time when the feed stream is stopped; and K 1, K 21 and K 22 are the values determined in (b); and (d) activating the controller module to initiate continuous feeding of the cell culture.
A Bluetooth communication method, implemented in a device provided with a Bluetooth module, characterized in that sequentially comprising the following steps: Step A: renaming the device, so that a name of the device comprises a specific character string, by adding the specific character string to an original device name; Step B: searching, by the Bluetooth module, for an another device whose name comprises the same character string or a corresponding character string with the specific character string obtained after being processed by a specific algorithm; Step C: establishing, by the Bluetooth module, a connection between the device and a found another device; Step D: transmitting data with the another device having established the connection; and Step E: disconnecting the connection. Step A: renaming the device, so that a name of the device comprises a specific character string, by adding the specific character string to an original device name; Step B: searching, by the Bluetooth module, for an another device whose name comprises the same character string or a corresponding character string with the specific character string obtained after being processed by a specific algorithm; Step C: establishing, by the Bluetooth module, a connection between the device and a found another device; Step D: transmitting data with the another device having established the connection; and Step E: disconnecting the connection.
A magnetic force sensor having at least one conducting track (111, 211) of soft magnetic material, wherein the at least one conducting track (111, 211) has at least one interruption having a distance, with at least one measuring device for monitoring the magnetic flux within the at least one conducting track (111, 211) being provided, wherein the force sensor is arranged on a substrate, in particular on a component (1, 2) to be monitored, and a change in the distance is monitored by way of a change in the magnetic flux within the at least one magnetic conducting track (111, 211), characterized in that at least one magnetic conducting track (111, 211) is applied to a substrate, preferably to a component (1, 2) to be monitored, and the at least one magnetic conducting track with the at least one interruption and the at least one measuring device form a magnetic measuring circuit, wherein at least one excitation magnet (120, 220) is provided, the at least one excitation magnet being formed as part of the magnetic measuring circuit.
A flange, comprising a tubular member, a flange section, and a hub section, wherein - the flange section comprises a first sheet element, which has been wound a plurality of turns around the tubular member, and at least a first portion of a second sheet element, which has been wound a plurality of turns around the tubular member; characterized in that - the hub section comprises at least a second portion of the second sheet element which has been wound a plurality of turns around the tubular member; - said sheet elements (10a, 20a) being impregnated by a thermosetting resin; and - a first tapered region (N 1) between the flange section and the hub section, said first tapered region comprising at least one of the second sheet elements. - the flange section comprises a first sheet element, which has been wound a plurality of turns around the tubular member, and at least a first portion of a second sheet element, which has been wound a plurality of turns around the tubular member; characterized in that - the hub section comprises at least a second portion of the second sheet element which has been wound a plurality of turns around the tubular member; - said sheet elements (10a, 20a) being impregnated by a thermosetting resin; and - a first tapered region (N 1) between the flange section and the hub section, said first tapered region comprising at least one of the second sheet elements.
A sensor assembly (100; 600) comprising: a sensor probe (111; 611) including a probe head (112; 612) and a probe shaft (114; 614), the probe shaft extending from the probe head along an axis; a temperature sensor (118; 618) positioned within the probe shaft adjacent to a tip thereof; a nose piece (130; 630) positioned on the tip of the probe shaft opposite the probe head; and a collar (122; 622) positioned around the probe shaft between the probe head and the nose piece, the collar (122; 622) capable of rotating relative to the probe shaft (114; 614) during installation of the sensor assembly, thus allowing the sensor assembly (100; 600) to be installed or removed from a mounting area without twisting a cable (116; 616) extending from the sensor probe or disconnecting the cable (116; 616) from the sensor probe, a mating cable, or a junction box, characterised in that at least the tip of the probe shaft (114; 614) comprises a material with a thermal conductivity proportionality constant greater than stainless steel, a nickel cladding being applied to the exterior surface of the nose piece (130; 630). a sensor probe (111; 611) including a probe head (112; 612) and a probe shaft (114; 614), the probe shaft extending from the probe head along an axis; a temperature sensor (118; 618) positioned within the probe shaft adjacent to a tip thereof; a nose piece (130; 630) positioned on the tip of the probe shaft opposite the probe head; and a collar (122; 622) positioned around the probe shaft between the probe head and the nose piece, the collar (122; 622) capable of rotating relative to the probe shaft (114; 614) during installation of the sensor assembly, thus allowing the sensor assembly (100; 600) to be installed or removed from a mounting area without twisting a cable (116; 616) extending from the sensor probe or disconnecting the cable (116; 616) from the sensor probe, a mating cable, or a junction box, characterised in that at least the tip of the probe shaft (114; 614) comprises a material with a thermal conductivity proportionality constant greater than stainless steel, a nickel cladding being applied to the exterior surface of the nose piece (130; 630).
A method comprising: receiving a search request from a user at a user equipment; in response to receiving the search request, generating for display a plurality of media asset identifiers corresponding to results of a search performed based on the search request; receiving a selection from the user of a media asset identifier corresponding to a media asset from the plurality of media asset identifiers; determining that the user has viewed the media asset; identifying a plurality of attributes corresponding to the viewed media asset based on metadata provided with the viewed media asset; accessing a set of trending topics; comparing each of the plurality of attributes corresponding to the viewed media asset to the set of trending topics; determining that a respective attribute of the plurality of attributes matches a trending topic of the set of trending topics; updating, in a data structure, a set of weightings corresponding to the plurality of attributes by increasing a weighting corresponding to the respective attribute; adjusting a recommendation for a second media asset different from the viewed media asset based on the updated set of weightings, wherein adjusting the recommendation of the second media asset comprises conditionally adjusting the recommendation of the second media asset upon a condition that the user sought to purposefully view the media asset by using the search request to access the media asset for viewing; and generating for display the adjusted recommendation of the second media asset at the user equipment. receiving a search request from a user at a user equipment; in response to receiving the search request, generating for display a plurality of media asset identifiers corresponding to results of a search performed based on the search request; receiving a selection from the user of a media asset identifier corresponding to a media asset from the plurality of media asset identifiers; determining that the user has viewed the media asset; identifying a plurality of attributes corresponding to the viewed media asset based on metadata provided with the viewed media asset; accessing a set of trending topics; comparing each of the plurality of attributes corresponding to the viewed media asset to the set of trending topics; determining that a respective attribute of the plurality of attributes matches a trending topic of the set of trending topics; updating, in a data structure, a set of weightings corresponding to the plurality of attributes by increasing a weighting corresponding to the respective attribute; adjusting a recommendation for a second media asset different from the viewed media asset based on the updated set of weightings, wherein adjusting the recommendation of the second media asset comprises conditionally adjusting the recommendation of the second media asset upon a condition that the user sought to purposefully view the media asset by using the search request to access the media asset for viewing; and generating for display the adjusted recommendation of the second media asset at the user equipment.
An apparatus, comprising: a watchdog timer configured to count a watchdog count interval from an initial time to an expiration time; a memory area configured to store data that indicates the initial time and the expiration time; and a processor programmed to: execute an operating system, detect (304; 504; 606) a current mode of operation for the operating system to operate in a high power-consuming state during a first timeframe and a low power-consuming state during a second timeframe, determine (308; 510; 610) that the expiration time of the watchdog timer is set to occur during the second timeframe when the operating system will operate in the low power-consuming state, and disable (310; 514; 612) the watchdog timer based upon the expiration time being set to occur when the operating system will operate in the low power-consuming state. a watchdog timer configured to count a watchdog count interval from an initial time to an expiration time; a memory area configured to store data that indicates the initial time and the expiration time; and a processor programmed to: execute an operating system, detect (304; 504; 606) a current mode of operation for the operating system to operate in a high power-consuming state during a first timeframe and a low power-consuming state during a second timeframe, determine (308; 510; 610) that the expiration time of the watchdog timer is set to occur during the second timeframe when the operating system will operate in the low power-consuming state, and disable (310; 514; 612) the watchdog timer based upon the expiration time being set to occur when the operating system will operate in the low power-consuming state. execute an operating system, detect (304; 504; 606) a current mode of operation for the operating system to operate in a high power-consuming state during a first timeframe and a low power-consuming state during a second timeframe, determine (308; 510; 610) that the expiration time of the watchdog timer is set to occur during the second timeframe when the operating system will operate in the low power-consuming state, and disable (310; 514; 612) the watchdog timer based upon the expiration time being set to occur when the operating system will operate in the low power-consuming state.
Drinking glass, of the type comprising a parison globally with rotational symmetry about a vertical axis Z, characterised in that it comprises inside said parison a set of at least two internal ribs, evenly distributed over the periphery of the parison, these internal ribs each extending substantially along a generatrix of the parison, almost from the bottom of the glass, up to a height of the parison less than or equal to a normal filling level of the glass, and different for each one of these internal ribs.
A three-dimensional elementary unit designed to form a porous mass with a view to constituting a rainwater soakaway, retention, and/or storage pit or basin by loosely piling up a plurality of three-dimensional elementary units, the three-dimensional elementary unit being spherical in shape and comprising: • two hollow half-spheres, each half-sphere having a periphery defining an open face, and each half-sphere having a hemispherical outer face having through openings; and • a fastening piece disposed between the two half-spheres and having a circular outer periphery, said fastening piece having substantially the same center as the three-dimensional elementary unit; in which three-dimensional elementary unit the two half-spheres are designed to be assembled together at the peripheries of their open faces by the fastening piece; said three-dimensional elementary unit being characterized in that: • each half-sphere includes a hollow central cone having a larger-diameter base from which a tapering distal portion extends, said cone extending towards the inside of the half-sphere in such a manner that when the two half-spheres are assembled together with the fastening piece, the tapering distal portions of the respective ones of the two cones are in mutual abutment, either by being in mutual contact, or by being in abutment against the fastening piece, substantially in the center of the three-dimensional elementary unit. • two hollow half-spheres, each half-sphere having a periphery defining an open face, and each half-sphere having a hemispherical outer face having through openings; and • a fastening piece disposed between the two half-spheres and having a circular outer periphery, said fastening piece having substantially the same center as the three-dimensional elementary unit; • each half-sphere includes a hollow central cone having a larger-diameter base from which a tapering distal portion extends, said cone extending towards the inside of the half-sphere in such a manner that when the two half-spheres are assembled together with the fastening piece, the tapering distal portions of the respective ones of the two cones are in mutual abutment, either by being in mutual contact, or by being in abutment against the fastening piece, substantially in the center of the three-dimensional elementary unit.
A hydraulic pump (100, 200) comprising: a shaft rotatably mounted at least partially within the hydraulic pump (100; 200); a first plurality of cylinders (103; 203) and a second plurality of cylinders (105; 205) wherein each of the first and second pluralities of cylinders has a piston (102; 202, 104; 204) and is positioned radially from the shaft; characterized in that the shaft engages only the pistons (102; 202) from the first plurality of cylinders (103; 203) when the shaft is rotated in a first direction and the shaft engages the pistons (102; 202, 104; 204) from the first and second pluralities of cylinders (103; 203, 105; 205) when the shaft is rotated in a second direction. a shaft rotatably mounted at least partially within the hydraulic pump (100; 200); a first plurality of cylinders (103; 203) and a second plurality of cylinders (105; 205) wherein each of the first and second pluralities of cylinders has a piston (102; 202, 104; 204) and is positioned radially from the shaft; characterized in that the shaft engages only the pistons (102; 202) from the first plurality of cylinders (103; 203) when the shaft is rotated in a first direction and the shaft engages the pistons (102; 202, 104; 204) from the first and second pluralities of cylinders (103; 203, 105; 205) when the shaft is rotated in a second direction.
A liquid crystal composition having a viscosity of 1,500 mPa · s (cps) to 2,500 mPa · s (cps) at normal temperature in a state where the liquid crystal composition does not comprise a solvent, the liquid crystal composition comprising: a liquid crystal compound represented by the following Formula C; and a compound having a melting point of 20° C or less, wherein the compound having a melting point of 20°C or less is represented by the following Formula 3: in Formula 3, G is a hydrogen atom or an alkyl group, A is an alkylene group or an alkylidene group, and Q is a monovalent heterocyclic compound, a liquid crystal compound represented by the following Formula C; and a compound having a melting point of 20° C or less, wherein the compound having a melting point of 20°C or less is represented by the following Formula 3: in Formula 3, G is a hydrogen atom or an alkyl group, A is an alkylene group or an alkylidene group, and Q is a monovalent heterocyclic compound,
Sliding device (110; 210) for a vehicle seat, comprising a pair of parallel tracks (120a, 120b; 220a, 220b), each comprising a lower rail (130a, 130b; 230a, 230b) and an upper rail (140a, 140b; 240a, 240b), each of said upper rails being constrained to a respective lower rail, but slidable relative to said lower rail, wherein said lower rails (130a, 130b; 230a, 230b) are provided with a plurality of apertures (132a, 132b; 232a, 232b) arranged along the longitudinal axes of said lower rails, wherein said sliding device is provided with a locking arrangement including two locking assemblies, one for each of said tracks, wherein each of said locking assemblies (101a, 101b; 201a, 201b) comprises a plurality of locking pins (105a, 105b; 203a, 203b), which are configured to move from a locking configuration, in which they penetrate into corresponding apertures of the respective lower rail, to an unlocking configuration, in which they are disengaged from said apertures of said lower rail, and vice versa, wherein all said locking pins (105a, 105b; 203a, 203b) simultaneously or quasi-simultaneously penetrate into corresponding apertures (132a, 132b; 232a, 232b) of said lower rails (130a, 130b; 230a, 230b) when they are moved from said unlocking configuration to said locking configuration, wherein the cross-section of said apertures (132a, 132b; 232a, 232b) of said lower rails (130a, 130b; 230a, 230b) substantially has the same shape and size of the cross-section of said locking pins (105a, 105b; 203a, 203b), and wherein the distance (d P) between the longitudinal axes of two adjacent locking pins is substantially equal to the distance (d A) between the longitudinal axes of two adjacent apertures or to a multiple thereof, and in that all said apertures (132a, 132b; 232a, 232b) of said lower rails (130a, 130b; 230a, 230b) substantially have the same shape and size when viewed in cross-section, and wherein all said locking pins (105a, 105b; 203a, 203b) substantially have the same shape and size when viewed in cross-section, characterized in that said apertures (132a, 132b; 232a, 232b) of said lower rails (130a, 130b; 230a, 230b) are made as circular through-holes and the locking pins (105a, 105b; 203a, 203b) have a cylindrical body, and wherein the diameter (D A) of said apertures of said lower rails is substantially equal to the diameter (D P) of said locking pins.