mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system for authorizing a user to process data received from one or more devices comprising: - an interface component configured to receive said data, - an application component configured to receive requests from the user , wherein said requests comprise one or more requests to perform data processing operations on at least a subset of said data, - a data storage and data access component configured to store and access said data, - one or more evaluation components configured to process said data and - an authorization component configured to grant or deny to the user access to process at least a subset of said data, said grant or denial being based on user-specific data stored in a user directory for a registered user, and further being based on device-specific data related to said requested data, wherein said user-specific data comprise: - data on a geographical location associated with the user and data on the type of a device to which type the user is authorized to get access, and wherein said device-specific data comprise: - device-specific data on the geographical location and the type of the device of the plurality of devices, and - device-specific time data reflecting the location history of one or more respective particular devices via time intervals specifying the time during which the one or more particular devices were operated at respective particular locations; the authorization component further configured to check whether said device-specific geographical location and type of device match with respective user-specific data, and to check if the requested data to be processed have associated time intervals matching with the device-specific time data, wherein access to the requested data is granted for requested data in time intervals associated with the user-specific data. - an interface component configured to receive said data, - an application component configured to receive requests from the user , wherein said requests comprise one or more requests to perform data processing operations on at least a subset of said data, - a data storage and data access component configured to store and access said data, - one or more evaluation components configured to process said data and - an authorization component configured to grant or deny to the user access to process at least a subset of said data, said grant or denial being based on user-specific data stored in a user directory for a registered user, and further being based on device-specific data related to said requested data, - data on a geographical location associated with the user and data on the type of a device to which type the user is authorized to get access, and - device-specific data on the geographical location and the type of the device of the plurality of devices, and - device-specific time data reflecting the location history of one or more respective particular devices via time intervals specifying the time during which the one or more particular devices were operated at respective particular locations;
Device for transferring a hollow body, having: - a transport wheel mounted so as to be able to rotate about a central axis (X); - transfer arms that are mounted so as to be able to move on the transport wheel and that are fitted with a member for gripping a hollow body; - at least one static cam having at least one cam path that interacts with cam followers borne by the transfer arms for the purpose of controlling their position; wherein the transport wheel carries at least one tool for cleaning an associated cam path , characterized in that the cleaning tool is mounted so as to be movable and under stress against the cam path with sufficient force to enable the automatic cleaning of the cam path as the transport wheel rotates and in that the cleaning tool is borne by a slide fastened to the transport wheel that makes it possible for the cleaning tool to slide overall radially in relation to the transport wheel . - a transport wheel mounted so as to be able to rotate about a central axis (X); - transfer arms that are mounted so as to be able to move on the transport wheel and that are fitted with a member for gripping a hollow body; - at least one static cam having at least one cam path that interacts with cam followers borne by the transfer arms for the purpose of controlling their position; wherein the transport wheel carries at least one tool for cleaning an associated cam path , characterized in that the cleaning tool is mounted so as to be movable and under stress against the cam path with sufficient force to enable the automatic cleaning of the cam path as the transport wheel rotates and in that the cleaning tool is borne by a slide fastened to the transport wheel that makes it possible for the cleaning tool to slide overall radially in relation to the transport wheel .
A linearly movable sliding contact system with transport device for the contacting of two printed circuit boards, having a sliding contact element, a base body , which forms the sliding contact element , and a spindle , which forms the transport device , wherein the base body has at least one receptacle in which an electrical contact is received, wherein the electrical contact forms at least two contact regions , which project out of the base body at opposite sides of the base body , wherein the spindle has an elongated form and has an external thread , at least in certain regions, and wherein the base body has a bore having an internal thread into which the external thread of the spindle may be screwed, wherein the internal thread in the base body is formed as a first threaded segment , in that the transport device has a first bearing at a first end of the spindle and a second bearing at a second end of the spindle , and in that, at the side aligned towards the second bearing , the external thread of the spindle is formed as a second threaded segment over a region , and the base body has a first opening on the side opposite the first threaded segment .
A patient interface comprising: a sealing arrangement adapted to provide an effective seal with the patient's nose; and an inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head and adapted to deliver breathable gas to the sealing arrangement, characterised in that the inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head at least in part defines a truncated elliptical cone. a sealing arrangement adapted to provide an effective seal with the patient's nose; and an inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head and adapted to deliver breathable gas to the sealing arrangement, characterised in that the inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head at least in part defines a truncated elliptical cone.
An electroacoustic system comprising: (a) a first transducer comprising a first electrically conductive stator , a first upper non-conductive vent element , a first lower non-conductive vent element , an upper frame , a lower frame , an upper membrane , and a lower membrane ; and (b) a second transducer comprising a second electrically conductive stator , a second upper non-conductive vent element , and a second lower non-conductive vent element ; wherein: (i) the first transducer and the second transducer are stacked, and (ii) the first electrically conductive stator is thicker than the second electrically conductive stator . (a) a first transducer comprising a first electrically conductive stator , a first upper non-conductive vent element , a first lower non-conductive vent element , an upper frame , a lower frame , an upper membrane , and a lower membrane ; and (b) a second transducer comprising a second electrically conductive stator , a second upper non-conductive vent element , and a second lower non-conductive vent element ; (i) the first transducer and the second transducer are stacked, and (ii) the first electrically conductive stator is thicker than the second electrically conductive stator .
A sliding window arrangement comprising parallel upper and lower guide rails and at least two vertical windows (13-16), which are slidable on the guide rails along separate horizontal paths such that one window can be slid outside another, wherein each window (13-16) comprises a frame structure that slidingly engages said guide rails and holds a window pane , wherein at least one window (14-16), when viewed from inside out, slid to a closed position has a leading edge thereof arranged right behind an outwardly exposed trailing edge of an outer window (13-15) and slid to an open position has a leading edge thereof arranged right behind a leading edge of the outer window (13-15), wherein the frame structure of at least one window 13-16 comprises a pane frame , characterized in that said pane frame is attached to an inside of the window pane by means of an adhesive and comprises a vertical trailing member arranged behind a trailing edge portion of the window pane , said trailing edge portion stretching to and forming an outwardly exposed trailing edge of said at least one window (13-16).
A frangible seal for inserting into a security device , the frangible seal having: a. a main body ; b. a pair of flexible legs extending from the main body ; and, c. a locking member joining the pair of flexible legs ; characterised in that the locking member provides an engaging surface in the form of a ramp and a second locking surface , the ramp facing one direction and the second locking surface facing another direction, the locking member being configured to engage with a protrusion extending from a cover of the security device , providing a locking mechanism to impede retraction of the frangible seal from the security device except by fracture thereof. a. a main body ; b. a pair of flexible legs extending from the main body ; and, c. a locking member joining the pair of flexible legs ;
An information processing system comprising: a user interface unit that receives input from a user comprising the user's physical features; a sensor unit operable to collect information used for analyzing a life rhythm of a user; a life rhythm analyzing unit comprising a memory that stores the information collected by the sensor unit and the information input from a user and is operable to analyze the user's life rhythm for individual days based on the collected information for each of the individual days stored in the memory, and operable to output an analysis result comprising a prediction of a next action of the user comprising at least one of a pattern of movement and a pattern of exercise corresponding to the user; and a content transmitting unit operable to acquire the analysis result of the life rhythm of the user from the life rhythm analyzing unit, and provide health-related advice information based on the predicted at least one of the pattern of movement and pattern of exercise corresponding to the user and based on the input from the user. a user interface unit that receives input from a user comprising the user's physical features; a sensor unit operable to collect information used for analyzing a life rhythm of a user; a life rhythm analyzing unit comprising a memory that stores the information collected by the sensor unit and the information input from a user and is operable to analyze the user's life rhythm for individual days based on the collected information for each of the individual days stored in the memory, and operable to output an analysis result comprising a prediction of a next action of the user comprising at least one of a pattern of movement and a pattern of exercise corresponding to the user; and a content transmitting unit operable to acquire the analysis result of the life rhythm of the user from the life rhythm analyzing unit, and provide health-related advice information based on the predicted at least one of the pattern of movement and pattern of exercise corresponding to the user and based on the input from the user.
A compound inducing activation of HLA-E-restricted CD8 T cells and/or NK cells in a human subject which is Glatiramer acetate (GA), for use in the treatment of HIV infection.
A method of manufacturing a crimped sheet of material for an aerosol-generating article, the method comprising the steps of: • feeding a substantially continuous sheet of material to a set of crimping rollers (11; 51; 21; 31; 61) in a transport direction , the set of crimping rollers comprising a first roller (11; 51) having a first surface (12; 62) and having a first plurality of ridges (17; 63) across at least a portion of its width and a second roller (21; 31; 61) having a second surface (22; 32; 62); • crimping the substantially continuous sheet of material to form the crimped sheet by feeding the substantially continuous sheet between the first and second rollers (11, 21; 11, 31, 61) in the transport direction of the sheet such that the first plurality of ridges (17; 63) of the first roller (11; 51) applies a plurality of crimp corrugations to the substantially continuous sheet; • characterized in that the second surface (22; 32; 62) is formed at least for a portion thereof in a material having an hardness lower than the hardness of a material forming the first surface • feeding a substantially continuous sheet of material to a set of crimping rollers (11; 51; 21; 31; 61) in a transport direction , the set of crimping rollers comprising a first roller (11; 51) having a first surface (12; 62) and having a first plurality of ridges (17; 63) across at least a portion of its width and a second roller (21; 31; 61) having a second surface (22; 32; 62); • crimping the substantially continuous sheet of material to form the crimped sheet by feeding the substantially continuous sheet between the first and second rollers (11, 21; 11, 31, 61) in the transport direction of the sheet such that the first plurality of ridges (17; 63) of the first roller (11; 51) applies a plurality of crimp corrugations to the substantially continuous sheet; • characterized in that the second surface (22; 32; 62) is formed at least for a portion thereof in a material having an hardness lower than the hardness of a material forming the first surface
An immunogenic composition comprising (a) purified Shigella sonnei Generalized Modules for Membrane Antigens (GMMA) purified from at least one strain selected from the group comprising - Shigella sonnei ΔtolR, ΔhtrB, virG::nadAB, - Shigella sonnei ΔtolR, ΔmsbB1, virG::nadAB, - Shigella sonnei ΔtolR, ΔmsbB2, virG::nadAB, and - Shigella sonnei ΔtolR, ΔmsbB1 ΔmsbB2, virG::nadAB, (b) purified Shigella flexneri GMMA purified from at least one strain selected from the group comprising - Shigella flexneri 2a ΔtolR, ΔmsbB, - Shigella flexneri 2a ΔtolR, ΔhtrB, - Shigella flexneri 3a ΔtolR, ΔmsbB, - Shigella flexneri 3a ΔtolR, ΔhtrB, - Shigella flexneri 6 ΔtolR, ΔmsbB, and - Shigella flexneri 6 ΔtolR, ΔhtrB , and (c) an aluminium adjuvant. (a) purified Shigella sonnei Generalized Modules for Membrane Antigens (GMMA) purified from at least one strain selected from the group comprising - Shigella sonnei ΔtolR, ΔhtrB, virG::nadAB, - Shigella sonnei ΔtolR, ΔmsbB1, virG::nadAB, - Shigella sonnei ΔtolR, ΔmsbB2, virG::nadAB, and - Shigella sonnei ΔtolR, ΔmsbB1 ΔmsbB2, virG::nadAB, - Shigella sonnei ΔtolR, ΔhtrB, virG::nadAB, - Shigella sonnei ΔtolR, ΔmsbB1, virG::nadAB, - Shigella sonnei ΔtolR, ΔmsbB2, virG::nadAB, and - Shigella sonnei ΔtolR, ΔmsbB1 ΔmsbB2, virG::nadAB, (b) purified Shigella flexneri GMMA purified from at least one strain selected from the group comprising - Shigella flexneri 2a ΔtolR, ΔmsbB, - Shigella flexneri 2a ΔtolR, ΔhtrB, - Shigella flexneri 3a ΔtolR, ΔmsbB, - Shigella flexneri 3a ΔtolR, ΔhtrB, - Shigella flexneri 6 ΔtolR, ΔmsbB, and - Shigella flexneri 6 ΔtolR, ΔhtrB , and - Shigella flexneri 2a ΔtolR, ΔmsbB, - Shigella flexneri 2a ΔtolR, ΔhtrB, - Shigella flexneri 3a ΔtolR, ΔmsbB, - Shigella flexneri 3a ΔtolR, ΔhtrB, - Shigella flexneri 6 ΔtolR, ΔmsbB, and - Shigella flexneri 6 ΔtolR, ΔhtrB , and (c) an aluminium adjuvant.
An earth working machine , for example a road milling machine , recycler, stabilizer, or surface miner, having a propelling unit and a machine frame carried by the propelling unit , the earth working machine comprising a milling drum for earth working, characterized in that the earth working machine comprises, on an underside of the machine frame facing toward the supporting substrate of the machine , a maintenance door that is movable between a raised operational readiness position and a lowered maintenance position and in that the maintenance door comprises, on its inner side that faces away from the supporting substrate (U) in the operational readiness position, at least one functional configuration that assists a maintenance operation, wherein the functional configuration encompasses at least one storage compartment which is adapted to receive containers for receiving and furnishing in a transportable fashion one or more milling bits as replacement for milling bits already arranged on a milling drum .
A method of detecting a metal object in a detection zone between a transmitting antenna and a receiving antenna installed in proximity of a revolving door, the method comprising: - demodulating a signal received via the receiving antenna to provide a first signal (y; 501); - filtering the first signal (y; 501) by a first adaptive notch filter to suppress at least a fundamental tone or a fundamental tone and one or more harmonic tones of the fundamental tone in a filtered signal (e; 502); - processing the filtered signal (e; 502) to detect an impulse , and while the impulse develops, computing a feature value of the impulse and determining whether the feature value exceeds a threshold; - in case the feature value exceeds the threshold, setting a first alarm detector. - demodulating a signal received via the receiving antenna to provide a first signal (y; 501); - filtering the first signal (y; 501) by a first adaptive notch filter to suppress at least a fundamental tone or a fundamental tone and one or more harmonic tones of the fundamental tone in a filtered signal (e; 502); - processing the filtered signal (e; 502) to detect an impulse , and while the impulse develops, computing a feature value of the impulse and determining whether the feature value exceeds a threshold; - in case the feature value exceeds the threshold, setting a first alarm detector.
An exhaust aftertreatment system for treating exhaust from an engine, the exhaust aftertreatment system comprising: an exhaust flow conduit through which the exhaust flows, the exhaust flow conduit having a longitudinal axis (L1); a doser mounting unit disposed along the exhaust flow conduit ; a dosing conduit disposed within the exhaust flow conduit , the dosing conduit defining a passage extending along a first axis that is angled relative to the longitudinal axis of the exhaust flow conduit , the first axis intersecting the doser mounting unit, the dosing conduit (122defining a perforated region (P1); and a plurality of flow guides disposed within the dosing conduit in alignment with the perforated region, the flow guides being offset radially inwardly from an interior surface of the dosing conduit , characterized in that the flow guides are separate from each other and each flow guide includes a vane extending from a base end to a free end , the base end being connected to the doser mounting unit. an exhaust flow conduit through which the exhaust flows, the exhaust flow conduit having a longitudinal axis (L1); a doser mounting unit disposed along the exhaust flow conduit ; a dosing conduit disposed within the exhaust flow conduit , the dosing conduit defining a passage extending along a first axis that is angled relative to the longitudinal axis of the exhaust flow conduit , the first axis intersecting the doser mounting unit, the dosing conduit (122defining a perforated region (P1); and a plurality of flow guides disposed within the dosing conduit in alignment with the perforated region, the flow guides being offset radially inwardly from an interior surface of the dosing conduit , characterized in that the flow guides are separate from each other and each flow guide includes a vane extending from a base end to a free end , the base end being connected to the doser mounting unit.
An in-line accessory structure for a subsea pipeline , the structure comprising: at least two mudmats that are attached to and movable relative to a frame from a compact stowed state into an extended deployed state; an elongate pipe section supported by the frame , the pipe section having a central longitudinal axis and being arranged to be integrated into the subsea pipeline ; and at least two branches in fluid communication with the pipe section ; wherein at least one mudmat and at least one branch are disposed in longitudinal succession along the pipe section on each side of an upright longitudinal plane containing the central longitudinal axis of the pipe section , the mudmats on opposite sides of the upright longitudinal plane being offset longitudinally from each other to define longitudinally-extending recesses with opposite longitudinal offset that accommodate the branches on opposite sides of the upright longitudinal plane . at least two mudmats that are attached to and movable relative to a frame from a compact stowed state into an extended deployed state; an elongate pipe section supported by the frame , the pipe section having a central longitudinal axis and being arranged to be integrated into the subsea pipeline ; and at least two branches in fluid communication with the pipe section ; wherein at least one mudmat and at least one branch are disposed in longitudinal succession along the pipe section on each side of an upright longitudinal plane containing the central longitudinal axis of the pipe section , the mudmats on opposite sides of the upright longitudinal plane being offset longitudinally from each other to define longitudinally-extending recesses with opposite longitudinal offset that accommodate the branches on opposite sides of the upright longitudinal plane .
A CAR-T cell-derived effector cell population comprising: a population of activated T cells expressing a chimeric antigen receptor (CAR), the CAR comprising an extracellular domain which specifically binds a predetermined antigen, a transmembrane domain, and a cytoplasmic co-stimulatory signaling domain, wherein the nucleic acid of the activated T cells have been modified by reaction with a nucleic acid targeting compound that reacts directly with the nucleic acid so that the activated T cells are attenuated for proliferation, wherein the activated T cells are present in the population in a therapeutically effective amount for treatment of a malignancy that expresses the predetermined antigen.
A pentosan polysulfate having a weight average molecular weight of 5000 or less and a content of acetyl groups of 0% to 0.3% by mass, or a pharmaceutically acceptable salt thereof, or a pharmaceutically acceptable solvate thereof.
A fuel injector such as an injector for an annular combustion chamber of a turbomachine, comprising a downstream head having a central outlet and an annular peripheral outlet surrounding the central outlet , and an injector arm upstream of the head comprising a central channel coaxial with an annular channel , with the central channel being in fluid communication with the peripheral outlet and the annular channel being in fluid communication with the central outlet , with the downstream ends of the central channel and of the annular channel respectively communicating with at least a first duct communicating downstream with the peripheral outlet and at least one second duct communicating downstream with the central outlet , characterized in that said first and second ducts are formed in an annular body arranged at the junction of the head and the arm .