mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a server , of controlling a device among a plurality of devices in a network environment, based on a speech input, the method comprising: receiving (S510) a speech input of a user; performing (S520) an automatic speech recognition, ASR, to convert the received speech input into text by using an ASR model; analyzing (S530) the text by using a first natural language understanding, NLU, model ; determining (S530) a type of at least one target device based on a result of the analyzing the text; selecting, (S540) according to the determined type of the at least one target device a second NLU model corresponding to the determined at least one target device type, from among a plurality of second NLU models respectively corresponding to different types of target device and trained to analyze text related to different types of target device; analyzing (S540) at least a part of the text by using the selected second NLU model and obtaining operation information of an operation to be performed by the target device based on a result of the analyzing the at least the part of the text; and outputting (S550) the obtained operation information to control the target device based on the obtained operation information. receiving (S510) a speech input of a user; performing (S520) an automatic speech recognition, ASR, to convert the received speech input into text by using an ASR model; analyzing (S530) the text by using a first natural language understanding, NLU, model ; determining (S530) a type of at least one target device based on a result of the analyzing the text; selecting, (S540) according to the determined type of the at least one target device a second NLU model corresponding to the determined at least one target device type, from among a plurality of second NLU models respectively corresponding to different types of target device and trained to analyze text related to different types of target device; analyzing (S540) at least a part of the text by using the selected second NLU model and obtaining operation information of an operation to be performed by the target device based on a result of the analyzing the at least the part of the text; and outputting (S550) the obtained operation information to control the target device based on the obtained operation information.
A method by a terminal, the method comprising: generating mobility history information upon entering a cell of an evolved universal mobile telecommunications system, UMTS, radio access network, E-UTRAN, from an out-of-service state , wherein the mobility history information includes information on a time duration for which the terminal stayed in the out-of-service state; receiving , from a base station, a request for the mobility history information; and transmitting the mobility history information to the base station, in response to the request. generating mobility history information upon entering a cell of an evolved universal mobile telecommunications system, UMTS, radio access network, E-UTRAN, from an out-of-service state , wherein the mobility history information includes information on a time duration for which the terminal stayed in the out-of-service state; receiving , from a base station, a request for the mobility history information; and transmitting the mobility history information to the base station, in response to the request.
Method of producing an electrode active coating on a current collector for a lithium-ion battery, the method comprising providing isolated lignin with the purpose of acting as a binder and subjecting said isolated lignin to a pre-treatment in order to remove fractions dissolvable in an electrolyte of a lithium-ion battery, said fractions having a molecular mass below 1000 Dalton, mixing the pre-treated isolated lignin with an electrode active material, water and optionally a conductive additive material so as obtain a slurry, applying said slurry onto a current collector and allowing the slurry to dry onto the current collector so as to obtain the electrode active coating.
Electron microscopy sample preparation apparatus ; said apparatus comprising: a support holder configured to receive an electron microscopy sample support , said electron microscopy sample support configured to receive a fluid sample ; and a gas outlet configured to direct a flow of gas towards a surface of said electron microscopy sample support at an angle of incidence selected such that said flow of said gas is operable to adjust said fluid sample by removing excess fluid sample supported by said electron microscopy sample support , said gas outlet being configured to be moveable such that said gas flow has an adjustable angle of incidence with respect to flow of said gas towards said surface; characterised in that : said gas outlet is configured such that said flow of gas is directable towards said surface such that flow of said gas is substantially parallel to said surface. a support holder configured to receive an electron microscopy sample support , said electron microscopy sample support configured to receive a fluid sample ; and a gas outlet configured to direct a flow of gas towards a surface of said electron microscopy sample support at an angle of incidence selected such that said flow of said gas is operable to adjust said fluid sample by removing excess fluid sample supported by said electron microscopy sample support , said gas outlet being configured to be moveable such that said gas flow has an adjustable angle of incidence with respect to flow of said gas towards said surface; characterised in that : said gas outlet is configured such that said flow of gas is directable towards said surface such that flow of said gas is substantially parallel to said surface.
Cremation facility for large animals, in particular equids, comprising: - a crematory oven comprising: • at least one cremation chamber , said cremation chamber comprising at least one primary burner , and a front face having an opening through which the animals are introduced, • a post-combustion chamber into which the cremation chamber leads, comprising secondary burners , - rails positioned close to the opening , and a carriage comprising a means for unloading the animal , the carriage being guided in translation by the rails and movable between a loading position, in which the carriage receives the animal , and an unloading position, in which the carriage is positioned facing the opening, the unloading means being able, in the unloading position, to introduce the animal into the cremation chamber , characterised in that it includes a fume treatment system , including at least one fume filtration or conditioning device , into which the post-combustion chamber leads, and in that the means for unloading the animal body comprises an arm extended by a gripping means , cooperating with a pallet or tray intended to receive the animal , and rollers on which the pallet or tray moves during unloading of the animal . - a crematory oven comprising: • at least one cremation chamber , said cremation chamber comprising at least one primary burner , and a front face having an opening through which the animals are introduced, • a post-combustion chamber into which the cremation chamber leads, comprising secondary burners , • at least one cremation chamber , said cremation chamber comprising at least one primary burner , and a front face having an opening through which the animals are introduced, • a post-combustion chamber into which the cremation chamber leads, comprising secondary burners , - rails positioned close to the opening , and a carriage comprising a means for unloading the animal , the carriage being guided in translation by the rails and movable between a loading position, in which the carriage receives the animal , and an unloading position, in which the carriage is positioned facing the opening, the unloading means being able, in the unloading position, to introduce the animal into the cremation chamber , characterised in that it includes a fume treatment system , including at least one fume filtration or conditioning device , into which the post-combustion chamber leads, and in that the means for unloading the animal body comprises an arm extended by a gripping means , cooperating with a pallet or tray intended to receive the animal , and rollers on which the pallet or tray moves during unloading of the animal . it includes a fume treatment system , including at least one fume filtration or conditioning device , into which the post-combustion chamber leads, and in that the means for unloading the animal body comprises an arm extended by a gripping means , cooperating with a pallet or tray intended to receive the animal , and rollers on which the pallet or tray moves during unloading of the animal .
A method comprising: a network function virtualization, NFV, manager obtaining a plurality of policies for managing a plurality of virtual network function, VNF, instances on a computing platform; and the NFV manager defining at least one VNF instance operating on the computing platform, wherein the at least one VNF instance has a definition comprising a policy indication indicating acceptance, modification, or rejection of at least one of the plurality of policies managed by the NFV manager; wherein the policy indication can be configured through a management interface between the at least one VNF instance and NFV management functions; wherein the at least one VNF instance includes a plurality of policies and corresponding policy indications; and wherein the policy indication indicates a policy priority between a VNF-provided policy and a NFV manager-provided policy if the VNF-provided policy and the NFV manager-provided policy conflict, and wherein the VNF manager follows the policy priority to apply a corresponding policy. a network function virtualization, NFV, manager obtaining a plurality of policies for managing a plurality of virtual network function, VNF, instances on a computing platform; and the NFV manager defining at least one VNF instance operating on the computing platform, wherein the at least one VNF instance has a definition comprising a policy indication indicating acceptance, modification, or rejection of at least one of the plurality of policies managed by the NFV manager; wherein the policy indication can be configured through a management interface between the at least one VNF instance and NFV management functions; wherein the at least one VNF instance includes a plurality of policies and corresponding policy indications; and wherein the policy indication indicates a policy priority between a VNF-provided policy and a NFV manager-provided policy if the VNF-provided policy and the NFV manager-provided policy conflict, and wherein the VNF manager follows the policy priority to apply a corresponding policy.
A Hall integrated circuit including a vertical Hall element , comprising a first wafer and a second wafer stacked in a vertical direction (z), the second wafer comprising a CMOS substrate integrating a CMOS processing circuit configured to be coupled to the vertical Hall element and a stack of dielectric layers arranged on the CMOS substrate , and the first wafer comprising a Hall-sensor layer having a first surface and a second surface opposed along the vertical direction (z) and extending in a horizontal plane (xy), orthogonal to the vertical direction (z), the first and second wafers being bonded with the interposition of a dielectric layer arranged above the first surface of the Hall-sensor layer , wherein the vertical Hall element comprises: at least a first Hall terminal , being a first doped region arranged at the first surface of the Hall-sensor layer ; at least a second Hall terminal , being a second doped region arranged at the second surface of the Hall-sensor layer aligned to the first doped region along the vertical direction (z) and separated therefrom by the thickness of the Hall-sensor layer ; a deep trench isolation ring extending through the Hall-sensor layer from the first surface to the second surface and enclosing and isolating a Hall sensor region of the Hall-sensor layer , wherein the first and second Hall terminals are arranged; and a first and a second conductive structure coupled to the first, respectively, the second Hall terminal and configured to be electrically connected to respective contact pads embedded in the stack of the second wafer . at least a first Hall terminal , being a first doped region arranged at the first surface of the Hall-sensor layer ; at least a second Hall terminal , being a second doped region arranged at the second surface of the Hall-sensor layer aligned to the first doped region along the vertical direction (z) and separated therefrom by the thickness of the Hall-sensor layer ; a deep trench isolation ring extending through the Hall-sensor layer from the first surface to the second surface and enclosing and isolating a Hall sensor region of the Hall-sensor layer , wherein the first and second Hall terminals are arranged; and a first and a second conductive structure coupled to the first, respectively, the second Hall terminal and configured to be electrically connected to respective contact pads embedded in the stack of the second wafer .
A method of making a superabrasive compact, comprising: providing a substrate attached to a superabrasive volume formed by a powder of a plurality of diamond particles; and subjecting the substrate and the superabrasive volume of the powder to conditions of elevated temperature and pressure suitable for producing the polycrystalline superabrasive compact; characterised in that : prior to said steps of providing the substrate attached to the superabrasive volume and subjecting the substrate and the superabrasive volume to conditions of elevated temperature and pressure, heat treating the powder of the plurality of diamond particles at a temperature from 550°C to 700 °C in flowing air or flowing oxygen for 0.5 to 3 hours to form said treated diamond particles with a nano-scale or sub-micron surface texture. providing a substrate attached to a superabrasive volume formed by a powder of a plurality of diamond particles; and subjecting the substrate and the superabrasive volume of the powder to conditions of elevated temperature and pressure suitable for producing the polycrystalline superabrasive compact; characterised in that : prior to said steps of providing the substrate attached to the superabrasive volume and subjecting the substrate and the superabrasive volume to conditions of elevated temperature and pressure, heat treating the powder of the plurality of diamond particles at a temperature from 550°C to 700 °C in flowing air or flowing oxygen for 0.5 to 3 hours to form said treated diamond particles with a nano-scale or sub-micron surface texture.
A filter device comprising: at least one filter element adapted to filter a raw fluid and having a raw fluid side and a clean fluid side, said filter element having a clean fluid outlet arranged on the clean fluid side and extending in a first plane, through which clean fluid is conducted out of said filter element ; at least one clean fluid collecting channel into which the clean fluid outlet opens; and at least one compressed-air cleaning-off device adapted to generate a pressure pulse for cleaning-off foreign matter adhering to the filter element and to conduct the same through the clean fluid outlet to the filter element , wherein the compressed-air cleaning-off device is adapted to conduct the pressure pulse at least approximately along the first plane to the clean fluid outlet ; characterized in that the compressed-air cleaning-off device comprises a compressed-air supply channel associated with a clean fluid collecting channel outlet and adapted to charge the clean fluid collecting channel with pressure pulses, wherein an outlet end for pressure pulses of the compressed-air supply channel is arranged opposite the clean fluid collecting channel outlet of the clean fluid collecting channel across a space, wherein the size of said space is selected such that a respective pressure pulse increases its pressure pulse area in the course of its travel between the outlet end of the compressed-air supply channel and the clean fluid collecting channel outlet. at least one filter element adapted to filter a raw fluid and having a raw fluid side and a clean fluid side, said filter element having a clean fluid outlet arranged on the clean fluid side and extending in a first plane, through which clean fluid is conducted out of said filter element ; at least one clean fluid collecting channel into which the clean fluid outlet opens; and at least one compressed-air cleaning-off device adapted to generate a pressure pulse for cleaning-off foreign matter adhering to the filter element and to conduct the same through the clean fluid outlet to the filter element , wherein the compressed-air cleaning-off device is adapted to conduct the pressure pulse at least approximately along the first plane to the clean fluid outlet ; characterized in that the compressed-air cleaning-off device comprises a compressed-air supply channel associated with a clean fluid collecting channel outlet and adapted to charge the clean fluid collecting channel with pressure pulses, wherein an outlet end for pressure pulses of the compressed-air supply channel is arranged opposite the clean fluid collecting channel outlet of the clean fluid collecting channel across a space, wherein the size of said space is selected such that a respective pressure pulse increases its pressure pulse area in the course of its travel between the outlet end of the compressed-air supply channel and the clean fluid collecting channel outlet.
Railway vehicle carriage for transporting passengers on two levels , comprising, on a lower level , a toilet room and a multipurpose area adjacent to the toilet room , characterised in that it comprises a nursery module installed in the multipurpose area .
A method for recognizing the presence of leakages from sealed containers, said method comprising the steps of: - defining a detection zone in which a sealed container (CT) will be placed; - putting said detection zone in communication with at least one gas sensor through at least one duct ; - placing a container (CT) in said detection zone ; - sucking a gas flow from said detection zone through said duct and transferring said gas flow to a first gas sensor , the method being characterized in that it further comprises a step in which said gas flow that has reached the first gas sensor is either transferred to a second gas sensor or is transferred to the first gas sensor for a second time, and in that the signals generated by the first and second gas sensors , or the two signals generated by the first gas sensor , are processed for determining the presence of a gas leakage in said container (CT), and in that the two signals generated by the first and second gas sensors , or the two signals generated by the first gas sensor , are compared with each other so as to generate a comparative logical signal indicative of the presence of a gas leakage when at the same instant the level of the second signal exceeds the level of the first signal. - defining a detection zone in which a sealed container (CT) will be placed; - putting said detection zone in communication with at least one gas sensor through at least one duct ; - placing a container (CT) in said detection zone ; - sucking a gas flow from said detection zone through said duct and transferring said gas flow to a first gas sensor ,
A hair grooming device comprising: a body that includes a lower housing and a removable cover , the lower housing defining a substantially hollow cavity, the lower housing formed of a first material; a liner received by the lower housing in the cavity, the liner formed of a second material, wherein the second material is different than the first material, and wherein the liner includes a plurality of compartments ; and a drive assembly positioned within the cavity, the liner positioned between the drive assembly and the lower housing , wherein the drive assembly is received in at least a first compartment that is electrically isolated from a second compartment . a body that includes a lower housing and a removable cover , the lower housing defining a substantially hollow cavity, the lower housing formed of a first material; a liner received by the lower housing in the cavity, the liner formed of a second material, wherein the second material is different than the first material, and wherein the liner includes a plurality of compartments ; and a drive assembly positioned within the cavity, the liner positioned between the drive assembly and the lower housing , wherein the drive assembly is received in at least a first compartment that is electrically isolated from a second compartment .
Electrical heating device with: - at least three heating elements , which can be separated or are formed separately but are arranged together, the heating elements consisting of electrically conductive material with an electrically conductive surface and with a temperature resistance greater than 200°C, - at least one heating region in which the heating elements are arranged in such a way that they touch each other, - at least two connection contacts for the electrical connection of the heating elements to a power supply, wherein: - at least one heating element is connected to each connection contact , - the connection contacts are arranged in the heating region or at the border of the heating region , - the heating elements form at least one electrically conductive connection between the connection contacts , - the heating elements exhibit a heating effect at least at a contact area to a connection contact or to another heating element when a voltage is applied to the connection contacts with current flowing through the heating elements , characterised in that - the heating region is provided with boundaries, at least one boundary being movable in a direction into the heating region for increased compression of the heating elements in the heating region , - all heating elements of the heating device are identical, - a maximum diameter of the heating elements is 3 mm to 20 mm. - at least three heating elements , which can be separated or are formed separately but are arranged together, the heating elements consisting of electrically conductive material with an electrically conductive surface and with a temperature resistance greater than 200°C, - at least one heating region in which the heating elements are arranged in such a way that they touch each other, - at least two connection contacts for the electrical connection of the heating elements to a power supply, - at least one heating element is connected to each connection contact , - the connection contacts are arranged in the heating region or at the border of the heating region , - the heating elements form at least one electrically conductive connection between the connection contacts , - the heating elements exhibit a heating effect at least at a contact area to a connection contact or to another heating element when a voltage is applied to the connection contacts with current flowing through the heating elements , characterised in that - the heating region is provided with boundaries, at least one boundary being movable in a direction into the heating region for increased compression of the heating elements in the heating region , - all heating elements of the heating device are identical, - a maximum diameter of the heating elements is 3 mm to 20 mm.