mhurhangee/patent-ind-claim-en huggingface dataset:
Conveyor belt comprising a rubber composition at least based on more than 50 phr of a copolymer of ethylene and of 1,3-diene, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, on a filler and on a crosslinking system, in which the volume fraction of filler in the composition is less than or equal to 19%.
A cyber security system for providing security to a railway system , the system comprising: a data monitoring and processing hub ; a network of data collection agents configured to monitor communications transmitted between railway infrastructure and/or rolling stock entities and mirror the communications to the hub ; wherein the processing hub comprises computer executable instructions executable to: process the mirrored communications to determine normative patterns of communications between the entities; characterised in that said computer executable instructions are further executable to: use the normative patterns to determine sequences of related communications; determine characteristic features of the determined communications sequences; and use the determined characteristic features to determine whether a given communication mirrored to the hub by a data collection agent of the network of data collection agents is anomalous. a data monitoring and processing hub ; a network of data collection agents configured to monitor communications transmitted between railway infrastructure and/or rolling stock entities and mirror the communications to the hub ; wherein the processing hub comprises computer executable instructions executable to: process the mirrored communications to determine normative patterns of communications between the entities; characterised in that said computer executable instructions are further executable to: use the normative patterns to determine sequences of related communications; determine characteristic features of the determined communications sequences; and use the determined characteristic features to determine whether a given communication mirrored to the hub by a data collection agent of the network of data collection agents is anomalous. process the mirrored communications to determine normative patterns of communications between the entities; characterised in that said computer executable instructions are further executable to: use the normative patterns to determine sequences of related communications; determine characteristic features of the determined communications sequences; and use the determined characteristic features to determine whether a given communication mirrored to the hub by a data collection agent of the network of data collection agents is anomalous. use the normative patterns to determine sequences of related communications; determine characteristic features of the determined communications sequences; and use the determined characteristic features to determine whether a given communication mirrored to the hub by a data collection agent of the network of data collection agents is anomalous.
A seating arrangement (100 to 100′′′) for a vehicle cabin , wherein the seating arrangement (100 to 100′′′) comprising at least: - a first seat with a respective privacy area arranged extending substantially along a longitudinal direction (D1) of the vehicle cabin and having direct access to an aisle of the cabin ; - a second seat and a third seat offset relative and angled relative to the longitudinal direction (D1), the second seat and the third seat arranged one behind another along the longitudinal direction (D1) and laterally offset with respect to the first seat , and both the second and third seat having direct access (20', 20") to the aisle , whereby the direct access (20") of the third seat merges with the direct access of the second seat in front of the second seat ; wherein the first seat is configured as an aisle seat and the second and third seats are configured as non-aisle seats. - a first seat with a respective privacy area arranged extending substantially along a longitudinal direction (D1) of the vehicle cabin and having direct access to an aisle of the cabin ; - a second seat and a third seat offset relative and angled relative to the longitudinal direction (D1), the second seat and the third seat arranged one behind another along the longitudinal direction (D1) and laterally offset with respect to the first seat , and both the second and third seat having direct access (20', 20") to the aisle , whereby the direct access (20") of the third seat merges with the direct access of the second seat in front of the second seat ;
A turbidimeter with an optical device and a liquid sample vessel for measuring the turbidity of a liquid sample in the liquid sample vessel , comprising a drying circuit circulating drying air for venting the sample vessel and for protecting optical elements from condensation of humidity, wherein the drying circuit comprises a mechanical water stop means in the course of the drying circuit, the water stop means comprising a conduit body with a water-absorbing swelling element arranged within the conduit body , and wherein the drying circuit comprises a disposable drying cartridge with a cartridge housing , a drying substance within the cartridge housing , fluidic coupling elements and the water stop means integrated in the drying cartridge . a drying circuit circulating drying air for venting the sample vessel and for protecting optical elements from condensation of humidity, wherein the drying circuit comprises a mechanical water stop means in the course of the drying circuit, the water stop means comprising a conduit body with a water-absorbing swelling element arranged within the conduit body , and wherein the drying circuit comprises a disposable drying cartridge with a cartridge housing , a drying substance within the cartridge housing , fluidic coupling elements and the water stop means integrated in the drying cartridge .
A selective pet door with a safety mode, wherein the pet door is configurable to allow a pet into but not out of a building, the pet door comprising at least one moveable flap , a controllable lock for the flap , and a tag reader to read a tag on a pet identifying the pet and to control said controllable lock in response, to control movement of a pet through the pet door; wherein said at least one controllable lock and said at least one moveable flap are, in combination, controllable to restrict movement of a pet through said pet door in each of two opposite directions, and wherein the pet door further comprises: a data store configured to store permission data defining, for each of a plurality of identified pets , an allowed use mode of said pet flap; and an electronic control system coupled to said tag reader and to said at least one controllable lock to control movement of an identified pet through said pet door in response to the allowed use mode of the pet door for the identified pet defined by said stored permission data; and wherein said use modes of said pet door include at least an entry/exit mode in which an identified pet is able to both enter and exit the building, and a safety mode in which an identified pet only is able to enter the building. a data store configured to store permission data defining, for each of a plurality of identified pets , an allowed use mode of said pet flap; and an electronic control system coupled to said tag reader and to said at least one controllable lock to control movement of an identified pet through said pet door in response to the allowed use mode of the pet door for the identified pet defined by said stored permission data; and wherein said use modes of said pet door include at least an entry/exit mode in which an identified pet is able to both enter and exit the building, and a safety mode in which an identified pet only is able to enter the building.
A monolithic three-dimensional, 3D, memory block , comprising: a static random access memory, SRAM, memory cell , the memory cell disposed in a first tier of a 3D integrated circuit, IC, referred to as 3DIC; at least one read access port disposed in a second tier of the 3DIC configured to provide read access to the memory cell , wherein each read access port comprises a first read transistor coupled to a first inverter of the SRAM and a second read transistor coupled to a second inverter of the SRAM; at least one monolithic intertier via, MIV, coupling the at least one read access port to the memory cell ;and at least one write access port disposed in the first tier of 1 the 3DIC configured to provide write access to the memory cell . a static random access memory, SRAM, memory cell , the memory cell disposed in a first tier of a 3D integrated circuit, IC, referred to as 3DIC; at least one read access port disposed in a second tier of the 3DIC configured to provide read access to the memory cell , wherein each read access port comprises a first read transistor coupled to a first inverter of the SRAM and a second read transistor coupled to a second inverter of the SRAM; at least one monolithic intertier via, MIV, coupling the at least one read access port to the memory cell ;and at least one write access port disposed in the first tier of 1 the 3DIC configured to provide write access to the memory cell .
A system associated with an engine of an aircraft, comprising: a shaft configured with first and second shaft holes ; a bearing race coupled to the shaft and configured with a second hole and a third hole ; a seal runner on the shaft that is configured to transfer heat to at least a first portion of the oil; and a bearing on the shaft that is configured to transfer heat to at least a second portion of the oil, characterised in that the system further comprises: a first axial oil scoop configured to provide the first portion of oil to the seal runner via the first shaft hole , a spline , a groove , and one or more radially oriented holes ; and a second axial oil scoop configured to provide the second portion of oil to the bearing via the second shaft hole , the second hole , and the third hole ; wherein the first shaft hole and second hole are oriented axially with respect to the shaft , wherein the third hole is oriented radially with respect to the shaft , and wherein the first axial oil scoop and the second axial oil scoop are concentric with respect to one another, and the second axial oil scoop is located radially outboard of the first axial oil scoop . a shaft configured with first and second shaft holes ; a bearing race coupled to the shaft and configured with a second hole and a third hole ; a seal runner on the shaft that is configured to transfer heat to at least a first portion of the oil; and a bearing on the shaft that is configured to transfer heat to at least a second portion of the oil, characterised in that the system further comprises: a first axial oil scoop configured to provide the first portion of oil to the seal runner via the first shaft hole , a spline , a groove , and one or more radially oriented holes ; and a second axial oil scoop configured to provide the second portion of oil to the bearing via the second shaft hole , the second hole , and the third hole ; wherein the first shaft hole and second hole are oriented axially with respect to the shaft , wherein the third hole is oriented radially with respect to the shaft , and wherein the first axial oil scoop and the second axial oil scoop are concentric with respect to one another, and the second axial oil scoop is located radially outboard of the first axial oil scoop . a first axial oil scoop configured to provide the first portion of oil to the seal runner via the first shaft hole , a spline , a groove , and one or more radially oriented holes ; and a second axial oil scoop configured to provide the second portion of oil to the bearing via the second shaft hole , the second hole , and the third hole ; wherein the first shaft hole and second hole are oriented axially with respect to the shaft , wherein the third hole is oriented radially with respect to the shaft , and wherein the first axial oil scoop and the second axial oil scoop are concentric with respect to one another, and the second axial oil scoop is located radially outboard of the first axial oil scoop .
Crystalline form C of avibactam sodium having a powder X-ray diffractogram comprising reflections at 2-Theta angles of (6.5 ± 0.2)°, (14.4 ± 0.2)°, (15.5 ± 0.2)°, (18.0 ± 0.2)° and (19.3 ± 0.2)°, when measured at a temperature in the range of from 20 to 30 °C with Cu-Kalpha 1,2 radiation having a wavelength of 0.15419 nm.
A method by a first apparatus, comprising: joining a network comprising a set of apparatuses; setting a first predetermined operating mode for the first apparatus after joining the network, where the first predetermined operating mode configures the first apparatus to respond to indications advertising ranging service; receiving from at least one second apparatus belonging to the network a first message indicating a support for a ranging service from the second apparatus; as a response to the first message, initiating a ranging process with the second apparatus, wherein the ranging process comprises determining distance between the first apparatus and the at least one second apparatus; setting a second predetermined operating mode for the first apparatus after completing the ranging process with the second apparatus, where the second predetermined operating mode configures the first apparatus not to respond to indications advertising ranging service; and broadcasting a range-limited service discovery frame. joining a network comprising a set of apparatuses; setting a first predetermined operating mode for the first apparatus after joining the network, where the first predetermined operating mode configures the first apparatus to respond to indications advertising ranging service; receiving from at least one second apparatus belonging to the network a first message indicating a support for a ranging service from the second apparatus; as a response to the first message, initiating a ranging process with the second apparatus, wherein the ranging process comprises determining distance between the first apparatus and the at least one second apparatus; setting a second predetermined operating mode for the first apparatus after completing the ranging process with the second apparatus, where the second predetermined operating mode configures the first apparatus not to respond to indications advertising ranging service; and broadcasting a range-limited service discovery frame.
A method for optimizing a keyword spotting system, comprising: generating a set of utterance texts including a given keyword; synthesizing a set of speech signals corresponding to the set of utterance texts; and optimizing an acoustic model in the keyword spotting system with at least one part of speech signals in the set of speech signals and utterance texts in the set of utterance texts corresponding to the at least one part of speech signals, wherein the generating a set of utterance texts including a given keyword comprises: searching at least one reference keyword semantically related to the given keyword from a group of reference utterance texts; extracting one or more reference utterance texts including the at least one reference keyword from the group of reference utterance texts; and replacing the at least one reference keyword in the extracted one or more reference utterance texts with the given keyword to generate one or more utterance texts in the set of utterance texts. generating a set of utterance texts including a given keyword; synthesizing a set of speech signals corresponding to the set of utterance texts; and optimizing an acoustic model in the keyword spotting system with at least one part of speech signals in the set of speech signals and utterance texts in the set of utterance texts corresponding to the at least one part of speech signals, wherein the generating a set of utterance texts including a given keyword comprises: searching at least one reference keyword semantically related to the given keyword from a group of reference utterance texts; extracting one or more reference utterance texts including the at least one reference keyword from the group of reference utterance texts; and replacing the at least one reference keyword in the extracted one or more reference utterance texts with the given keyword to generate one or more utterance texts in the set of utterance texts. searching at least one reference keyword semantically related to the given keyword from a group of reference utterance texts; extracting one or more reference utterance texts including the at least one reference keyword from the group of reference utterance texts; and replacing the at least one reference keyword in the extracted one or more reference utterance texts with the given keyword to generate one or more utterance texts in the set of utterance texts.
Aircraft comprising an air intake , the air intake comprising: an air duct arranged inside the aircraft , an inlet in one end of the air duct , a flap door , and driving means, wherein: the air intake is suitable for providing airflow through the air duct to the inside of the aircraft , the flap door is hinged in at least a first end to the inlet , the driving means are configured for moving the flap door between at least two positions, wherein said positions are: a closed position wherein the flap door closes the inlet , and an opened position wherein the flap door forms an angle (α) with respect to the closed position of the flap door , wherein the angle (α) is different from 0, wherein: the flap door comprises a barrier filter configured to filter an incoming airflow into the air duct , the driving means are configured for moving the flap door from the closed position to an opened position by pivoting the flap door around the first end towards outside the aircraft and towards the rear part of the aircraft , characterized in that the air intake comprises at least one movable blind and actuating means, wherein the actuating means are configured for moving the at least one movable blind to two positions: a blocking position wherein the movable blind covers the barrier filter , and a non-blocking position wherein the movable blind uncovers the barrier filter . an air duct arranged inside the aircraft , an inlet in one end of the air duct , a flap door , and driving means, the air intake is suitable for providing airflow through the air duct to the inside of the aircraft , the flap door is hinged in at least a first end to the inlet , the driving means are configured for moving the flap door between at least two positions, wherein said positions are: a closed position wherein the flap door closes the inlet , and an opened position wherein the flap door forms an angle (α) with respect to the closed position of the flap door , wherein the angle (α) is different from 0, a closed position wherein the flap door closes the inlet , and an opened position wherein the flap door forms an angle (α) with respect to the closed position of the flap door , wherein the angle (α) is different from 0, the flap door comprises a barrier filter configured to filter an incoming airflow into the air duct , the driving means are configured for moving the flap door from the closed position to an opened position by pivoting the flap door around the first end towards outside the aircraft and towards the rear part of the aircraft , characterized in that the air intake comprises at least one movable blind and actuating means, wherein the actuating means are configured for moving the at least one movable blind to two positions: a blocking position wherein the movable blind covers the barrier filter , and a non-blocking position wherein the movable blind uncovers the barrier filter . a blocking position wherein the movable blind covers the barrier filter , and a non-blocking position wherein the movable blind uncovers the barrier filter .
A microfluidic pump, comprising: a microchannel defined by (a) a groove in a first surface of a first substrate , and (b) a second surface of a second substrate ; and an actuator configured to compress a portion of the second substrate into the groove of the first substrate without substantially deforming the groove , characterised in that the actuator is configured to translate along an axis of the groove . a microchannel defined by (a) a groove in a first surface of a first substrate , and (b) a second surface of a second substrate ; and an actuator configured to compress a portion of the second substrate into the groove of the first substrate without substantially deforming the groove , characterised in that the actuator is configured to translate along an axis of the groove .
A control information transmission method, comprising: determining a length N of a mother code of a polar code based on a load size of a control channel, wherein the load size of the control channel is N bits and corresponds to a format of the control channel, the format of the control channel is one of a plurality of preset channel formats, each of the plurality of channel formats corresponds to one load size, and each load size is a positive integer power of 2, N is 2 n , and n is a positive integer; performing polar encoding on target control information that needs to be transmitted, to obtain N coded bits; and transmitting the N coded bits by using the control channel without rate matching. determining a length N of a mother code of a polar code based on a load size of a control channel, wherein the load size of the control channel is N bits and corresponds to a format of the control channel, the format of the control channel is one of a plurality of preset channel formats, each of the plurality of channel formats corresponds to one load size, and each load size is a positive integer power of 2, N is 2 n , and n is a positive integer; performing polar encoding on target control information that needs to be transmitted, to obtain N coded bits; and transmitting the N coded bits by using the control channel without rate matching.
A heat spreader, comprising: a Cu-Mo layer made of a Cu-Mo composite material and having an average thickness of less than or equal to 0.6 mm and a variation in thickness of less than or equal to 0.1 mm; characterized in that a Cu layer directly stacked on each of both surfaces of the Cu-Mo layer, and wherein a strength of bonding between the Cu-Mo layer and the Cu layer is more than or equal to 150 MPa. a Cu-Mo layer made of a Cu-Mo composite material and having an average thickness of less than or equal to 0.6 mm and a variation in thickness of less than or equal to 0.1 mm; characterized in that a Cu layer directly stacked on each of both surfaces of the Cu-Mo layer, and wherein a strength of bonding between the Cu-Mo layer and the Cu layer is more than or equal to 150 MPa.
A rotor of a press material feed unit of a press, wherein the rotor comprises a rotor shaft with a plurality of toothed discs which are mounted thereon at a distance from one another in the axial direction of the rotor shaft in a rotationally fixed manner and which each have a plurality of teeth pointing radially outward, characterized in that at least one drive bar is arranged in each case on the rotor shaft between every two adjacent toothed discs .
Method for calcining gypsum, comprising a first stage, with flash calcination, and a second stage, for calcination to completion in a reaction vessel, wherein the gypsum is guided via a transfer line from the first stage to the second stage, characterized by indirect heating which is realized in the second stage, wherein, in the second stage, water vapour is recirculated without external vapour and/or water being supplied.