mhurhangee/patent-ind-claim-en huggingface dataset:
A method of configuring a user equipment for establishing an emergency session, the user equipment being wirelessly connected to a communications network , the method comprising: sending a request to the communications network ; receiving , via the communications network , configuration information indicative of two or more networks available for the establishing of the emergency session, wherein the configuration information indicates a rank for each of the two or more available networks , the rank indicating the order in which the two or more available networks are to be tried for establishing the emergency session, wherein the configuration information includes an indicator of a geographical area in association with each of the two or more available networks , and wherein the configuration information is received inserted into a response (810; 1008) to the request ; maintaining a list of networks available for the establishing of the emergency session based on the received configuration information ; and initiating the establishment of the emergency session on at least one of the two or more networks in the list, wherein the at least one network on which the emergency session is initiated is selected from the list based on the associated rank and the associated geographical area . sending a request to the communications network ; receiving , via the communications network , configuration information indicative of two or more networks available for the establishing of the emergency session, wherein the configuration information indicates a rank for each of the two or more available networks , the rank indicating the order in which the two or more available networks are to be tried for establishing the emergency session, wherein the configuration information includes an indicator of a geographical area in association with each of the two or more available networks , and wherein the configuration information is received inserted into a response (810; 1008) to the request ; maintaining a list of networks available for the establishing of the emergency session based on the received configuration information ; and initiating the establishment of the emergency session on at least one of the two or more networks in the list, wherein the at least one network on which the emergency session is initiated is selected from the list based on the associated rank and the associated geographical area .
A waste macerator comprising a tank and a control device for controlling said waste macerator placed in said tank, said control device comprising: - a housing in which are arranged an airtight upper chamber and a lower chamber that are separated by a separating wall , the upper chamber comprising an electric control system for controlling the waste macerator connected to an electric cable , - a chimney placed tightly around an orifice of an upper surface of the housing and a sealing washer inserted into said chimney, said sealing washer comprising a first orifice intended for the passage of the electric cable , - a flexible pipe comprising a first end tightly fastened around the chimney and a second end tightly fastened around an orifice arranged in a wall of the tank , said flexible pipe being intended for the passage of the electric cable , said electric cable having an outer portion emerging from the second end and being intended to be connected to a power socket, a sealing sheath being placed around the outer portion of the electric cable , said sealing sheath comprising a first end part tightly fastened to the second end of the flexible pipe and a second end part comprising a protective element , said protective element being configured to prevent water coming from the outside the tank from entering the sealing sheath . - a housing in which are arranged an airtight upper chamber and a lower chamber that are separated by a separating wall , the upper chamber comprising an electric control system for controlling the waste macerator connected to an electric cable , - a chimney placed tightly around an orifice of an upper surface of the housing and a sealing washer inserted into said chimney, said sealing washer comprising a first orifice intended for the passage of the electric cable , - a flexible pipe comprising a first end tightly fastened around the chimney and a second end tightly fastened around an orifice arranged in a wall of the tank , said flexible pipe being intended for the passage of the electric cable , said electric cable having an outer portion emerging from the second end and being intended to be connected to a power socket,
A process for converting C 4 /C 5 light paraffins to higher boiling range paraffinic liquid hydrocarbons, comprising catalytically dehydrogenating a light paraffin in an endothermic reaction to form an olefinic reaction product; and supplying heat to the endothermic dehydrogenation reaction from at least one exothermic reaction in the same reactor to convert the olefin reaction products to heavier paraffins, the exothermic reaction being oligomerization of the olefin reaction product; wherein the process is carried out in a liquid slurry phase at a temperature in the range of 200 to 350 °C, a pressure of 2000 to 14000 kPag and a residence time of 1-24 h, and wherein the paraffin dehydrogenation and olefin oligomerization are carried out in the presence of a bi-functional solid catalyst comprising hydrogenation/ dehydrogenation activity and acid activity, the bi-functional solid catalyst comprising a noble metal comprising Pt, Pd, Ru, Rh or Ir on an acidic component comprising a zeolite.
DEVICE ADAPTED TO THE SEPARATION OF SHAVINGS CONTAINED IN A CUTTING FLUID USED IN MACHINE TOOLS, comprising a first suction stage, consisting of a turret with an inlet , into which a mixture of air and cutting fluid containing metal shavings to be treated can converge, a pump acting on said turret , which pump is adapted to suck up said mixture, creating a depression inside said turret , within the aforesaid turret a plurality of inclined plates being present, arranged above the point of inlet of the mixture into the turret , which, in use, are flooded by said mixture, being able to intercept it and separating from the air the cutting fluid mixed with shavings that falls onto the bottom of the turret , where there is a rotary valve , which has a plurality of radial partitions , into which, in use, the mixture of cutting fluid and shavings enters, which mixture is made to fall into an underlying device for the complete separation of said two elements.
A method for finding a particular number (X) of best entities in a relational database with a spatial index that satisfy both spatial criteria and entity filtering criteria, where best is determined based on upon a spatial score, the method comprising: receiving, by a relational database system executing on an electronic device , a query statement indicating an entity filtering criteria and the particular number (X) of best entities desired; maintaining a current map of best entities for the query statement, the current map being initially empty; for each of a set of targets in the spatial index whose bounding box meets the spatial criteria, starting at a root node of the index, calculating the spatial score for the target from a relationship of a bounding box of the target to a query box, if the spatial score for the target is less than a minimum spatial score in the current map of best entities and if the current map is full, excluding the target from further consideration, and if the spatial score for the target is not less than the minimum spatial score in the current map of best entities or if the map is not full, when the target is an entity that meets the entity filtering criteria, updating the current map to store the entity and the spatial score for the entity; and when each of the targets in the spatial index has been subject to test or excluded from consideration, returning the current map as a final result for the query statement. receiving, by a relational database system executing on an electronic device , a query statement indicating an entity filtering criteria and the particular number (X) of best entities desired; maintaining a current map of best entities for the query statement, the current map being initially empty; for each of a set of targets in the spatial index whose bounding box meets the spatial criteria, starting at a root node of the index, calculating the spatial score for the target from a relationship of a bounding box of the target to a query box, if the spatial score for the target is less than a minimum spatial score in the current map of best entities and if the current map is full, excluding the target from further consideration, and if the spatial score for the target is not less than the minimum spatial score in the current map of best entities or if the map is not full, when the target is an entity that meets the entity filtering criteria, updating the current map to store the entity and the spatial score for the entity; and when each of the targets in the spatial index has been subject to test or excluded from consideration, returning the current map as a final result for the query statement.
A wireless communication device , comprising: a first communication module circuitry (404a-d) to communicatively couple the wireless communication device with a first network, the first communication module circuitry (404a-d) to receive a reject message from the first network to disable communications with the first network; a processor to store, in memory , information corresponding to the communications with the first network; wherein from the information a cause of the reject message is analyzable; a second communication module circuitry (404a-d) to communicatively couple the wireless communication device with a second network, the second communication module circuitry (404a-d) to send the information to a remote service monitor , wherein the first communication module circuitry (404a-d) includes a first Subscriber Identity Module, SIM, or a first virtual SIM and the second communication module (404a-d) circuitry includes a second SIM or a second virtual SIM; and wherein the second communication module circuitry (404a-d) is to receive a command from the remote service monitor , wherein the command is to restart the wireless communication device , to reset the first SIM or the first virtual SIM of the first communication module circuitry, or to modify profiles of the first SIM or the first virtual SIM of the first communication module circuitry (404a-d). a first communication module circuitry (404a-d) to communicatively couple the wireless communication device with a first network, the first communication module circuitry (404a-d) to receive a reject message from the first network to disable communications with the first network; a processor to store, in memory , information corresponding to the communications with the first network; wherein from the information a cause of the reject message is analyzable; a second communication module circuitry (404a-d) to communicatively couple the wireless communication device with a second network, the second communication module circuitry (404a-d) to send the information to a remote service monitor , wherein the first communication module circuitry (404a-d) includes a first Subscriber Identity Module, SIM, or a first virtual SIM and the second communication module (404a-d) circuitry includes a second SIM or a second virtual SIM; and wherein the second communication module circuitry (404a-d) is to receive a command from the remote service monitor , wherein the command is to restart the wireless communication device , to reset the first SIM or the first virtual SIM of the first communication module circuitry, or to modify profiles of the first SIM or the first virtual SIM of the first communication module circuitry (404a-d).
A catheter configured for imaging objects substantially in focus, comprising: a) an imaging device disposed on a distal end of the catheter , the imaging device having an effective focal plane located in front of the imaging device; b) a transparent focal instrument coupled to the catheter , the transparent focal instrument having an outer periphery that is positioned at the effective focal plane of the imaging device to enable objects in contact with the outer periphery of the transparent focal instrument to be imaged substantially in focus; and wherein the transparent focal instrument is a transparent inflatable balloon with said imaging device being disposed inside of the inflatable balloon and wherein the outer periphery of the inflatable balloon when inflated is configured to be positioned at the effective focal plane of the imaging device and characterised in that the catheter further includes an open channel extending from a distal end of the catheter to a side portion of the catheter configured to allow fluid communication between a first orifice on a side portion of the catheter and a second orifice on the distal end of the catheter; wherein the inflatable balloon is configured to cover the first orifice of the catheter when deflated for limiting fluid communication in the open channel; wherein, in the balloon's inflated state, the open channel is open to the passage of fluids. a) an imaging device disposed on a distal end of the catheter , the imaging device having an effective focal plane located in front of the imaging device; b) a transparent focal instrument coupled to the catheter , the transparent focal instrument having an outer periphery that is positioned at the effective focal plane of the imaging device to enable objects in contact with the outer periphery of the transparent focal instrument to be imaged substantially in focus; and
A layer system for coating a metal substrate to form a flow field plate , comprising at least one cover layer made of metal oxide, at least one intermediate layer supporting the cover layer , and a lower layer supporting the intermediate layer(s) , wherein the cover layer is formed of indium tin oxide having an indium content in the range of 75 to 85 vol%, wherein the indium tin oxide is optionally doped with at least one element from the group comprising carbon, nitrogen, boron, fluorine, hydrogen, silicon, titanium and zirconium, wherein the at least one intermediate layer is formed of titanium nitride and/or titanium carbide and/or titanium carbonitride and/or titanium niobium nitride and/or titanium niobium carbide and/or titanium niobium carbonitride and/or chromium nitride and/or chromium carbide and/or chromium carbonitride, and wherein the lower layer is formed of titanium or a titanium-niobium alloy or chromium. wherein the cover layer is formed of indium tin oxide having an indium content in the range of 75 to 85 vol%, wherein the indium tin oxide is optionally doped with at least one element from the group comprising carbon, nitrogen, boron, fluorine, hydrogen, silicon, titanium and zirconium, wherein the at least one intermediate layer is formed of titanium nitride and/or titanium carbide and/or titanium carbonitride and/or titanium niobium nitride and/or titanium niobium carbide and/or titanium niobium carbonitride and/or chromium nitride and/or chromium carbide and/or chromium carbonitride, and wherein the lower layer is formed of titanium or a titanium-niobium alloy or chromium.
A compound of Formula ( I ) or a pharmaceutically acceptable salt thereof, wherein: R 1 is selected from hydrogen and fluoro; R 2 is selected from fluoro and C 1-2 alkoxy; R 3 is selected from hydrogen and methoxy; and R 4 is a C 1-3 alkyl, optionally substituted with a group selected from C 1-3 alkoxy and NR 5 R 6 , where R 5 and R 6 are each independently hydrogen or methyl; or a 4 to 6 membered heterocyclyl ring containing one oxygen atom. R 1 is selected from hydrogen and fluoro; R 2 is selected from fluoro and C 1-2 alkoxy; R 3 is selected from hydrogen and methoxy; and R 4 is a C 1-3 alkyl, optionally substituted with a group selected from C 1-3 alkoxy and NR 5 R 6 , where R 5 and R 6 are each independently hydrogen or methyl; or a 4 to 6 membered heterocyclyl ring containing one oxygen atom.
Steam iron comprising a steam distribution circuit in which a steam stream is intended to flow, and a retention device arranged along the steam distribution circuit and configured to retain water droplets carried along in the steam stream and optionally to vaporise said retained water droplets, the retention device comprising a retention member which comprises: - a central body arranged in the centre of the duct , and - a plurality of connecting elements extending through the duct , each of the connecting elements extending from the tubular peripheral wall to the central member , characterised in that the retention member comprises: - a duct comprising a tubular peripheral wall and having a longitudinal axis (A), the tubular peripheral wall comprising a bottom inlet through which the steam stream penetrates into the duct and a top outlet through which the steam stream exits the duct , and in that , in a projection plane perpendicular to the longitudinal axis (A) of the duct , the connecting elements and the central body cover at least 60%, and preferably at least 90%, of the cross-sectional area of the duct . - a central body arranged in the centre of the duct , and - a plurality of connecting elements extending through the duct , each of the connecting elements extending from the tubular peripheral wall to the central member , characterised in that the retention member comprises: - a duct comprising a tubular peripheral wall and having a longitudinal axis (A), the tubular peripheral wall comprising a bottom inlet through which the steam stream penetrates into the duct and a top outlet through which the steam stream exits the duct , and in that , in a projection plane perpendicular to the longitudinal axis (A) of the duct , the connecting elements and the central body cover at least 60%, and preferably at least 90%, of the cross-sectional area of the duct .
Electric motor , in particular an internal rotor motor, with a stator constructed from a plurality of lamellae that are arranged axially with respect to one another, wherein the stator has stator teeth that are arranged in the direction of a rotor , which is arranged concentrically in the stator , for accommodating stator windings , with a housing that encloses the stator radially, and with two housing caps for axially closing the housing on both sides and for accommodating and guiding a shaft of the rotor , wherein the lamellae each have at least three crosspieces arranged circumferentially for creating at least one coolant channel between the stator and the housing , and the at least one coolant channel can be delimited by the housing caps in a fluid-tight manner, characterised in that at least one crosspiece of at least one lamella on its flanks has at least one axially arranged groove for accommodating a sealing means , so that no cooling fluid can penetrate via the crosspiece heads into the stator, wherein at least one coolant channel is coated at least partly with the sealing means .
A pharmaceutical composition comprising ATPIF1 (ATPase inhibitor factor 1); and insulin or an insulin analogue for use in a method of preventing or treating diabetes or diabetic complications.
An HVAC controller , comprising: a display assembly including a display ; a printed wiring board ; a flextail extending from the display assembly to the printed wiring board forming a wiring connector between the display and a connector on the printed wiring board; and a first temperature sensor mounted on the flextail and electrically connected to the printed wiring board via the flextail ; and wherein the flextail wraps around a bottom edge of the printed wiring board, and the first temperature sensor is mounted to a portion of the flextail that wraps around the bottom edge of the printed wiring board. a display assembly including a display ; a printed wiring board ; a flextail extending from the display assembly to the printed wiring board forming a wiring connector between the display and a connector on the printed wiring board; and a first temperature sensor mounted on the flextail and electrically connected to the printed wiring board via the flextail ; and wherein the flextail wraps around a bottom edge of the printed wiring board, and the first temperature sensor is mounted to a portion of the flextail that wraps around the bottom edge of the printed wiring board.
A method for detecting characteristics of a gas comprising emissions of a vehicle and an amount of the pollutants emitted from the vehicle, the method comprising: (a) scanning a beam of light through the gas to a target surface on which the beam of light is scattered; (b) acquiring the scattered light scattered from the target surface; and (c) processing the acquired scattered light to determine the characteristics of the gas, wherein the characteristics of the gas comprise a temperature of the gas and an amount of at least one ingredient of the gas, wherein the gas comprises an exhausted plume from a vehicle; and wherein the target surface is a road surface of a road having at least one lane, characterized in that the processing step comprises: characterizing an absorption line from the acquired scattered light; obtaining a half-width at half-maximum, HWHM, of the absorption line; and determining the temperature of the gas from the obtained HWHM with a relationship of: T gas = T 0 b L 0 T 0 b L 0 T gas 1 n , wherein T gas is the temperature of the gas, T 0 is a standard temperature, b L 0 T 0 is a standard HWHM corresponding to the standard temperature, b L 0 T gas is the obtained HWHM, and n is a coefficient of temperature dependence of an air-broadened halfwidth. (a) scanning a beam of light through the gas to a target surface on which the beam of light is scattered; (b) acquiring the scattered light scattered from the target surface; and (c) processing the acquired scattered light to determine the characteristics of the gas, wherein the characteristics of the gas comprise a temperature of the gas and an amount of at least one ingredient of the gas, wherein the gas comprises an exhausted plume from a vehicle; and wherein the target surface is a road surface of a road having at least one lane, characterized in that the processing step comprises: characterizing an absorption line from the acquired scattered light; obtaining a half-width at half-maximum, HWHM, of the absorption line; and determining the temperature of the gas from the obtained HWHM with a relationship of: T gas = T 0 b L 0 T 0 b L 0 T gas 1 n , wherein T gas is the temperature of the gas, T 0 is a standard temperature, b L 0 T 0 is a standard HWHM corresponding to the standard temperature, b L 0 T gas is the obtained HWHM, and n is a coefficient of temperature dependence of an air-broadened halfwidth. characterizing an absorption line from the acquired scattered light; obtaining a half-width at half-maximum, HWHM, of the absorption line; and determining the temperature of the gas from the obtained HWHM with a relationship of: T gas = T 0 b L 0 T 0 b L 0 T gas 1 n , wherein T gas is the temperature of the gas, T 0 is a standard temperature, b L 0 T 0 is a standard HWHM corresponding to the standard temperature, b L 0 T gas is the obtained HWHM, and n is a coefficient of temperature dependence of an air-broadened halfwidth.
Sound absorber with at least one open-pored base plate , which has no bores and has a flow resistance of about 500 Ns/m 3 to about 6000 Ns/m 3 according to DIN EN 29053:1993-05, at least a partial surface of the base plate that is visible when used as intended being provided with a microperforated material layer , and the microperforated material layer having a plurality of bores , the diameter of which is in each case between about 0.1 mm and about 2 mm, characterized in that the microperforated material layer is integrally bonded to the base plate only in a strip-like or linear or punctiform manner.