mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving seismic data of a geologic environment comprising observed reflections (d); partitioning a model of the geologic environment to form a partitioned model ( m ) comprising a background model corresponding to a low-wavenumber component model ( v ) and a reflectivity model corresponding to a high-wavenumber component model ( r ); predicting reflections (δ p ) using the background model ( v ) by applying a Born operator (F(v)) to the background model ( v ); characterized in that the method further comprises computing an offset-dependent matching filter ( s ) to match the predicted Born modelled reflections (δ p ) and observed reflections (d) according to G δp T G δp s = G δp T d where G [ δp ] denotes the convolution operator based on the Born prediction δp [ v ], and G [ δp ] T stands for its adjoint operator; adjusting the background model to generate an adjusted background model by minimizing the incoherence of the offset-dependent matching filter; and outputting the adjusted background model . receiving seismic data of a geologic environment comprising observed reflections (d); partitioning a model of the geologic environment to form a partitioned model ( m ) comprising a background model corresponding to a low-wavenumber component model ( v ) and a reflectivity model corresponding to a high-wavenumber component model ( r ); predicting reflections (δ p ) using the background model ( v ) by applying a Born operator (F(v)) to the background model ( v ); characterized in that the method further comprises computing an offset-dependent matching filter ( s ) to match the predicted Born modelled reflections (δ p ) and observed reflections (d) according to G δp T G δp s = G δp T d where G [ δp ] denotes the convolution operator based on the Born prediction δp [ v ], and G [ δp ] T stands for its adjoint operator; adjusting the background model to generate an adjusted background model by minimizing the incoherence of the offset-dependent matching filter; and outputting the adjusted background model .
A powder processing apparatus for classifying and degassing a powder material, the apparatus comprising a vessel including: an interior chamber having top and bottom regions , and a gas outlet , in the top region , to the exterior of the vessel , a wall dividing the bottom region into first and second sub-regions , with the top region extending above the wall , and first and second porous plates dividing the first and second sub-regions such that there are first and second gas manifold regions below the first and second porous plates , the first and second gas manifold regions including first and second gas inlets from the exterior of the vessel , wherein the top region has a larger diameter than the bottom region , and the vessel includes a bottom cylindrical section that has a first diameter, a top cylindrical section that has a second diameter that is greater than the first diameter, and a frustoconical intermediate section joining the bottom cylindrical section and the top cylindrical section ; characterised in that : the wall extends into the frustoconical intermediate section . an interior chamber having top and bottom regions , and a gas outlet , in the top region , to the exterior of the vessel , a wall dividing the bottom region into first and second sub-regions , with the top region extending above the wall , and first and second porous plates dividing the first and second sub-regions such that there are first and second gas manifold regions below the first and second porous plates , the first and second gas manifold regions including first and second gas inlets from the exterior of the vessel , wherein the top region has a larger diameter than the bottom region , and the vessel includes a bottom cylindrical section that has a first diameter, a top cylindrical section that has a second diameter that is greater than the first diameter, and a frustoconical intermediate section joining the bottom cylindrical section and the top cylindrical section ; characterised in that : the wall extends into the frustoconical intermediate section .
A system for data protection, the system comprising: a first computing device comprising a security module; and a storage device coupled to the first computing device , wherein the security module comprises a Root of Trust, RoT, , wherein the security module is configured to: establish a trust channel between the first computing device and the storage device ; establish multi-dimensional data access control by binding data access and permissions to the first computing device for users, applications, system services, networks, locations, and access time windows; monitor the first computing device and the storage device ; and take over control of the storage device in response to detection of a security risk to the system. a first computing device comprising a security module; and a storage device coupled to the first computing device , wherein the security module comprises a Root of Trust, RoT, , wherein the security module is configured to: establish a trust channel between the first computing device and the storage device ; establish multi-dimensional data access control by binding data access and permissions to the first computing device for users, applications, system services, networks, locations, and access time windows; monitor the first computing device and the storage device ; and take over control of the storage device in response to detection of a security risk to the system. establish a trust channel between the first computing device and the storage device ; establish multi-dimensional data access control by binding data access and permissions to the first computing device for users, applications, system services, networks, locations, and access time windows; monitor the first computing device and the storage device ; and take over control of the storage device in response to detection of a security risk to the system.
A device for determining whether a door for an animal is being opened, comprising an image recording device for recording images of an approaching procedure of an animal being in proximity to the device, which approaching procedure comprises a trajectory, pressure sensors for determining a weight of the animal, which pressure sensors are arranged in a zone , which zone the animal enters when approaching the device and/or the door , characterised in that the inventive device comprises a database, in which database reference images of typical approaching processes of the animal, reference images with a reference trajectory with characteristic approaches of the animal and a reference weight of the animal are stored, wherein a control unit is connected to the database and the image recording device, wherein the control unit determines a degree of matching between the trajectory and the reference trajectory and/or between features of the images and reference features of the reference images, and wherein a drive for opening a door is actuated via a control device depending on said degree of matching, wherein the drive for opening the door is only actuated when the animal is identified as an animal that is not carrying a capture in its mouth, wherein the control unit is further formed by comparing the measured weight with a reference weight for determining whether an animal is carrying a capture in its mouth. pressure sensors for determining a weight of the animal, which pressure sensors are arranged in a zone , which zone the animal enters when approaching the device and/or the door , characterised in that the inventive device comprises a database, in which database reference images of typical approaching processes of the animal, reference images with a reference trajectory with characteristic approaches of the animal and a reference weight of the animal are stored, wherein a control unit is connected to the database and the image recording device, wherein the control unit determines a degree of matching between the trajectory and the reference trajectory and/or between features of the images and reference features of the reference images, and wherein a drive for opening a door is actuated via a control device depending on said degree of matching, wherein the drive for opening the door is only actuated when the animal is identified as an animal that is not carrying a capture in its mouth, wherein the control unit is further formed by comparing the measured weight with a reference weight for determining whether an animal is carrying a capture in its mouth.
A circumferential seal for a gas turbine engine, the circumferential seal comprising: a first beam ; a second beam ; and a seal shoe ; characterised by at least one cradle feature between the first beam and second beam including raised portions of the first beam and raised portions of the second beam, wherein the raised portions of the first and second beams form a channel between the first and second beams; and a beam spacer ; wherein the beam spacer is an elongated element, the channel receives and secures the beam spacer along an axial depth of the circumferential seal, and the at least one cradle feature is configured to dampen at least one of beam and seal shoe vibration of the circumferential seal. a first beam ; a second beam ; and a seal shoe ; characterised by at least one cradle feature between the first beam and second beam including raised portions of the first beam and raised portions of the second beam, wherein the raised portions of the first and second beams form a channel between the first and second beams; and a beam spacer ; wherein the beam spacer is an elongated element, the channel receives and secures the beam spacer along an axial depth of the circumferential seal, and the at least one cradle feature is configured to dampen at least one of beam and seal shoe vibration of the circumferential seal.
An active garment, which comprises a functional component comprising at least one of a heating element, a cooling element or a sensor element, and an electrical connector, which is connected to the functional component by an electrical conductor of a piece of material of the active garment, wherein the electrical connector comprises a male element and a female element configured to form a rivet for fastening the electrical connector to the piece of material ; characterized in that the electrical connector further comprises a neck washer , which has a washer portion and a neck portion and which is configured to be placed between the male element and the female element of the rivet, the washer portion of the neck washer is configured to form an electrical connection area for the electrical conductor of the piece of material and the neck portion of the neck washer is configured to electrically connect the washer portion to at least one of the male element and the female element ; and the neck portion of the neck washer extends in the longitudinal direction of the male element when the neck washer is placed between the male element and the female element of the rivet. the electrical connector further comprises a neck washer , which has a washer portion and a neck portion and which is configured to be placed between the male element and the female element of the rivet, the washer portion of the neck washer is configured to form an electrical connection area for the electrical conductor of the piece of material and the neck portion of the neck washer is configured to electrically connect the washer portion to at least one of the male element and the female element ; and the neck portion of the neck washer extends in the longitudinal direction of the male element when the neck washer is placed between the male element and the female element of the rivet.
A lens limiting assembly for limiting a lens which is provided with a snapping body on an outer side thereof, said lens limiting assembly comprising: an elastic element ; and a lens assembly ring which is arranged on said elastic element , wherein said snapping body is snapped below the elastic element when said lens is assembled into said lens assembly ring ; characterized in that said lens limiting assembly further comprises: a locking ring which is rotatably arranged outside the lens assembly ring , wherein the locking ring abuts against and presses said elastic element when said locking ring rotates in one direction, so that said elastic element presses the snapping body of said lens so as to lock the lens. an elastic element ; and a lens assembly ring which is arranged on said elastic element , wherein said snapping body is snapped below the elastic element when said lens is assembled into said lens assembly ring ; characterized in that said lens limiting assembly further comprises: a locking ring which is rotatably arranged outside the lens assembly ring , wherein the locking ring abuts against and presses said elastic element when said locking ring rotates in one direction, so that said elastic element presses the snapping body of said lens so as to lock the lens.
A method of aqueous emulsion radical (co)polymerization of at least one mixture of oligomers of acrylic acid represented by the formula (I) : according to which n is an integer of between 1 and 10 (inclusive), said oligomers being prepared from acrylic acid at a temperature of between 50°C and 200°C in the presence of a basic or acid catalyst, of water and of at least one polymerization inhibitor.
A jarring apparatus , comprising: first and second jarring assemblies rotatable relative to each other; a first impact surface provided on the first jarring assembly and a second impact surface provided on the second jarring assembly , wherein, in use, the first and second impact surfaces are biased together; and a first lifting structure rotatably fixed relative to the first jarring assembly and a second lifting structure rotatably fixed relative to the second jarring assembly , the first and second lifting structures being configured to cooperate during relative rotation therebetween to cause cyclical relative displacement in one axial direction to define a lifting phase and relative displacement in a reverse axial direction to define a dropping phase, wherein the first and second lifting structures are axially fixed relative to their associated jarring assembly during the lifting phase to provide axial separation between the first and second impact surfaces , and the second lifting structure is axially released relative to the second jarring assembly prior to initiation of the dropping phase to permit the first and second impact surfaces to be axially impacted together. first and second jarring assemblies rotatable relative to each other; a first impact surface provided on the first jarring assembly and a second impact surface provided on the second jarring assembly , wherein, in use, the first and second impact surfaces are biased together; and a first lifting structure rotatably fixed relative to the first jarring assembly and a second lifting structure rotatably fixed relative to the second jarring assembly , the first and second lifting structures being configured to cooperate during relative rotation therebetween to cause cyclical relative displacement in one axial direction to define a lifting phase and relative displacement in a reverse axial direction to define a dropping phase, wherein the first and second lifting structures are axially fixed relative to their associated jarring assembly during the lifting phase to provide axial separation between the first and second impact surfaces , and the second lifting structure is axially released relative to the second jarring assembly prior to initiation of the dropping phase to permit the first and second impact surfaces to be axially impacted together.
An interior material comprising a surface layer having a visible light-responsive catalytic activity, wherein the surface layer comprises two types of titanium oxide fine particles: a first type of titanium oxide fine particle which contains in solid solution a tin constituent and a transition metal constituent which is at least one selected from vanadium, chromium, manganese, niobium, molybdenum, rhodium, tungsten and cerium to increase visible light responsiveness, and a second type of titanium oxide fine particle which contains in solid solution an iron group constituent, wherein the interior material is selected from: the following indoor construction materials for use in buildings: wall paper, ceiling materials, flooring, bricks, wooden boards, resin boards, metal plates, tatami mats and bathroom materials; the following interior materials for use in vehicles: ceiling materials, flooring, seats, handles and straps; the following furnishings: curtains, blinds, floor coverings, partition panels, films, desks, chairs, beds, cabinets; and the following household appliances: air purifiers, air conditioners, refrigerators, washing machines, personal computers, printers, tablets, touch panels and telephones. a first type of titanium oxide fine particle which contains in solid solution a tin constituent and a transition metal constituent which is at least one selected from vanadium, chromium, manganese, niobium, molybdenum, rhodium, tungsten and cerium to increase visible light responsiveness, and a second type of titanium oxide fine particle which contains in solid solution an iron group constituent, wherein the interior material is selected from: the following indoor construction materials for use in buildings: wall paper, ceiling materials, flooring, bricks, wooden boards, resin boards, metal plates, tatami mats and bathroom materials; the following interior materials for use in vehicles: ceiling materials, flooring, seats, handles and straps; the following furnishings: curtains, blinds, floor coverings, partition panels, films, desks, chairs, beds, cabinets; and the following household appliances: air purifiers, air conditioners, refrigerators, washing machines, personal computers, printers, tablets, touch panels and telephones. the following indoor construction materials for use in buildings: wall paper, ceiling materials, flooring, bricks, wooden boards, resin boards, metal plates, tatami mats and bathroom materials; the following interior materials for use in vehicles: ceiling materials, flooring, seats, handles and straps; the following furnishings: curtains, blinds, floor coverings, partition panels, films, desks, chairs, beds, cabinets; and the following household appliances: air purifiers, air conditioners, refrigerators, washing machines, personal computers, printers, tablets, touch panels and telephones.
A slat track device for an aircraft wing , comprising a beam-shaped main load bearing track structure , wherein the track structure is configured to be connected to a slat and configured to be movably connected to a main wing , a guidance surface fixedly connected to or integrally formed with the track structure and configured for being guided along a corresponding guidance device provided at a main wing , a connection device which is fixedly connected to or integrally formed with the track structure and configured for connecting the track structure to a slat , and an engagement device which is connected to or integrally formed with the track structure and configured for engagement with a drive member of a drive unit provided at a main wing , characterized in that the track structure comprises a first track member and a second track member , wherein the first track member and the second track member are formed separately from one another, and wherein each of the first track member and the second track member is connected in a fixed manner to both the connection device and the engagement device , so that each of the first track member and the second track member forms an individual main load path so that redundant main load paths are provided. a beam-shaped main load bearing track structure , wherein the track structure is configured to be connected to a slat and configured to be movably connected to a main wing , a guidance surface fixedly connected to or integrally formed with the track structure and configured for being guided along a corresponding guidance device provided at a main wing , a connection device which is fixedly connected to or integrally formed with the track structure and configured for connecting the track structure to a slat , and an engagement device which is connected to or integrally formed with the track structure and configured for engagement with a drive member of a drive unit provided at a main wing , characterized in that the track structure comprises a first track member and a second track member , wherein the first track member and the second track member are formed separately from one another, and wherein each of the first track member and the second track member is connected in a fixed manner to both the connection device and the engagement device , so that each of the first track member and the second track member forms an individual main load path so that redundant main load paths are provided.
A method comprising: obtaining telemetry data for one or more domains within a network , the telemetry data for the one or more domains including both encrypted traffic analytics information associated with network traffic in the network and traffic flow information associated with the network traffic; for each domain of the one or more domains , generating a model comprising a mapping from a plurality of traffic flow information features to at least one encrypted traffic analytics feature ; generating a database comprising the generated models for each of the one or more domains ; obtaining telemetry data for a target domain that includes traffic flow information , but does not include encrypted traffic analytics information ; determining at least one encrypted traffic analytics feature of the target domain based on a plurality of traffic flow information features of the target domain using the mapping between traffic flow information and encrypted traffic analytics information of the database ; and using the determined traffic analytics feature(s) to assess whether a service hosted by the target domain is malware or benign. obtaining telemetry data for one or more domains within a network , the telemetry data for the one or more domains including both encrypted traffic analytics information associated with network traffic in the network and traffic flow information associated with the network traffic; for each domain of the one or more domains , generating a model comprising a mapping from a plurality of traffic flow information features to at least one encrypted traffic analytics feature ; generating a database comprising the generated models for each of the one or more domains ; obtaining telemetry data for a target domain that includes traffic flow information , but does not include encrypted traffic analytics information ; determining at least one encrypted traffic analytics feature of the target domain based on a plurality of traffic flow information features of the target domain using the mapping between traffic flow information and encrypted traffic analytics information of the database ; and using the determined traffic analytics feature(s) to assess whether a service hosted by the target domain is malware or benign.
A composition for use in a method of preventing or treating obesity, the composition comprising α-lipoic acid and N-acetylcysteine as active ingredients.