mhurhangee/ep-ind-claims huggingface dataset:
A method for differentiating between subscribers, comprising: acquiring, by a control plane node, information of a mobile virtual network operator subscribed by a subscriber; and differentiating, by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and a real subscriber subscribing to a network according to the information of the mobile virtual network operator subscribed by the subscriber; wherein, after the differentiating, by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and the real subscriber subscribing to the network according to the information of the mobile virtual network operator subscribed by the subscriber, the method further comprises: in a case of network congestion, rejecting, by the control plane node, an access request of a new mobile virtual network operator subscriber or releasing, by the control plane node, connections of the mobile virtual network operator subscriber. acquiring, by a control plane node, information of a mobile virtual network operator subscribed by a subscriber; and differentiating, by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and a real subscriber subscribing to a network according to the information of the mobile virtual network operator subscribed by the subscriber; wherein, after the differentiating, by the control plane node, between the subscriber, as a mobile virtual network operator subscriber, and the real subscriber subscribing to the network according to the information of the mobile virtual network operator subscribed by the subscriber, the method further comprises: in a case of network congestion, rejecting, by the control plane node, an access request of a new mobile virtual network operator subscriber or releasing, by the control plane node, connections of the mobile virtual network operator subscriber.
Alloy comprising in % by weight: carbon: 0.15% - 0.25%, silicon (Si): 0.0% - 0.08%, manganese (Mn): 0.03% - 0.20%, chromium (Cr): 9.50 - 10.5%, molybdenum (Mo): 0.4% - 1.0%, tungsten: 1.6% - 2.4%, cobalt (Co): 2.5% - 3.5%, nickel (Ni): 0.0% - 0.40%, boron: 0.003% - 0.02%, nitrogen: 0.0% - 0.40%, titanium (Ti): 0.02% - 0.10%, vanadium: 0.10% - 0.30%, niobium (Nb): 0.02% - 0.08%, copper (Cu): 1.20% - 2.10%, aluminium (Al): 0.003% - 0.06%, balance iron (Fe).
Method for producing a pressure detection device for a measuring instrument for measuring a pressure state value of a plant specimen, comprising the following steps: mounting a sensor device for detecting the pressure state value on a mounting surface of a carrier substrate; fastening a frame to the mounting surface of the carrier substrate, the frame having a fastening face, a contact face oriented in the opposite direction to the fastening face, and an inner face which defines an opening and extends between the fastening face and the contact face, the frame being arranged on the carrier substrate in such a way that the fastening face faces the carrier substrate and the inner face surrounds the sensor device; and filling the opening of the frame with a filler material to form an elastic pressure-coupling layer. mounting a sensor device for detecting the pressure state value on a mounting surface of a carrier substrate; fastening a frame to the mounting surface of the carrier substrate, the frame having a fastening face, a contact face oriented in the opposite direction to the fastening face, and an inner face which defines an opening and extends between the fastening face and the contact face, the frame being arranged on the carrier substrate in such a way that the fastening face faces the carrier substrate and the inner face surrounds the sensor device; and filling the opening of the frame with a filler material to form an elastic pressure-coupling layer.
Assembly for receiving the heel of a user of a motor vehicle below a pedal (14, 15, 16) and/or a footrest of the passenger compartment of a motor vehicle, comprising at least: - a thickness (e) of an acoustic layer which is able to rest on a horizontal floor, made of sheet metal, of the passenger compartment of the vehicle, - an at least partially deformable receiving element which rests on said acoustic layer and which comprises at least one portion which projects with respect to the horizontal and which forms a region on which the heel of the user can press and pivot, - a carpet covering said element and the acoustic layer, characterized in that the receiving element consists of a hollow casing which rests on the acoustic layer and which is delimited by: - at least one rigid rear transverse wall which projects with respect to the horizontal so as to form the region on which the heel of the user can press and pivot, - at least one horizontal transverse wall, comprising a front end which can be attached to the floor of the vehicle, and which is designed to deform in the event of an impact so as to dissipate the kinetic energy of the foot of the user. - a thickness (e) of an acoustic layer which is able to rest on a horizontal floor, made of sheet metal, of the passenger compartment of the vehicle, - an at least partially deformable receiving element which rests on said acoustic layer and which comprises at least one portion which projects with respect to the horizontal and which forms a region on which the heel of the user can press and pivot, - a carpet covering said element and the acoustic layer, - at least one rigid rear transverse wall which projects with respect to the horizontal so as to form the region on which the heel of the user can press and pivot, - at least one horizontal transverse wall, comprising a front end which can be attached to the floor of the vehicle, and which is designed to deform in the event of an impact so as to dissipate the kinetic energy of the foot of the user.
an X-ray apparatus, comprising - An X-ray source configured for producing an X-ray beam and comprising a focus position; - A detector configured for detecting X-radiation; - A collimator arrangement (12a, 18, 28a) comprising at least one collimator structure, positioned between the focus point and the detector; - Mechanics for enabling motion of the collimator arrangement, the detector and the x-ray source along a scan trajectory in a x-z plane - A control unit configured for controlling the mechanics for enabling motion of the collimator arrangement (12a, 18, 28a),the detector and the x-ray source (20, 12b) along the scan trajectory Characterized in that - The mechanics for enabling the scan trajectory of the collimator arrangement (12a, 18, 28a), the detector and the x-ray source (20, 12b) is also configured for enabling motion along a curved scan trajectory, which partly extents along a y-axis perpendicular to the x-z plane. - An X-ray source configured for producing an X-ray beam and comprising a focus position; - A detector configured for detecting X-radiation; - A collimator arrangement (12a, 18, 28a) comprising at least one collimator structure, positioned between the focus point and the detector; - Mechanics for enabling motion of the collimator arrangement, the detector and the x-ray source along a scan trajectory in a x-z plane - A control unit configured for controlling the mechanics for enabling motion of the collimator arrangement (12a, 18, 28a),the detector and the x-ray source (20, 12b) along the scan trajectory Characterized in that - The mechanics for enabling the scan trajectory of the collimator arrangement (12a, 18, 28a), the detector and the x-ray source (20, 12b) is also configured for enabling motion along a curved scan trajectory, which partly extents along a y-axis perpendicular to the x-z plane.
A system for assisting with cardiopulmonary resuscitation, the system comprising an active compression decompression device configured to push downward and pull upward on a patient's chest; a force sensor configured to measure force applied to the patient's chest during chest compression; a motion sensor (216b, c) configured to measure displacement of the patient's chest during chest compressions; and one or more processors configured for: calculating a chest compliance relationship comprising a force-displacement relationship, based on data received from the force sensor and the motion sensor, determining a neutral position (416, 504, 506, 604, 612) of chest compression based at least in part on a feature of the force-displacement relationship, and providing a feedback based on the neutral position (416, 504, 506, 604, 612) of chest compression. an active compression decompression device configured to push downward and pull upward on a patient's chest; a force sensor configured to measure force applied to the patient's chest during chest compression; a motion sensor (216b, c) configured to measure displacement of the patient's chest during chest compressions; and one or more processors configured for: calculating a chest compliance relationship comprising a force-displacement relationship, based on data received from the force sensor and the motion sensor, determining a neutral position (416, 504, 506, 604, 612) of chest compression based at least in part on a feature of the force-displacement relationship, and providing a feedback based on the neutral position (416, 504, 506, 604, 612) of chest compression. calculating a chest compliance relationship comprising a force-displacement relationship, based on data received from the force sensor and the motion sensor, determining a neutral position (416, 504, 506, 604, 612) of chest compression based at least in part on a feature of the force-displacement relationship, and providing a feedback based on the neutral position (416, 504, 506, 604, 612) of chest compression.
A granule of polyhalite and potash comprising: (i) potash in a concentration of 49% (ii) polyhalite in a concentration of 49% w/w; and (iii) a binder in a concentration of 2% w/w, wherein said binder is a geopolymer, potassium silicate, sugar or starch; wherein the size of said granule is 1-6 mm; and wherein said granules have a spherical shape. (i) potash in a concentration of 49% (ii) polyhalite in a concentration of 49% w/w; and (iii) a binder in a concentration of 2% w/w, wherein said binder is a geopolymer, potassium silicate, sugar or starch; wherein the size of said granule is 1-6 mm; and wherein said granules have a spherical shape. wherein the size of said granule is 1-6 mm; and wherein said granules have a spherical shape.
An exhaust system comprising a mixing structure, the mixing structure having a lattice board axially with a number of flow passages and arranged halfway in an exhaust system, an additive added upstream of the lattice board being hit on flow passage walls in said lattice board for dispersion and facilitated vaporization of the additive, said mixing structure comprising said lattice board arranged obliquely in a flow changing portion halfway in the exhaust system where the exhaust gas flows curvedly so as to substantially bisect an angle in said flow changing portion made by inflow and outflow directions of the exhaust gas from upstream of and discharged downstream of said flow changing portion, respectively, and an injector arranged to inject the additive in the outflow direction of said exhaust gas to an entry side of said lattice board such that the flow passage walls in said lattice board on which hit is the exhaust gas from upstream of said flow changing portion have rear surfaces on which hit is a spray of the additive from said injector, characterized in that fins are arranged on the discharge sides of the flow passages in the lattice board to guide the flows of the exhaust gas to the outflow direction from the flow changing portion.
An aircraft lavatory unit comprising: a movable table on which an infant can be placed and which can be selectively changed between a housed state in which the movable table is configured to be housed in a wall surface and a pulled-out state in which the movable table is configured to be pulled out from the wall surface; and characterized in that the aircraft lavatory unit comprises a display (24, 25) which is disposed to face the movable table in the pulled-out state and displays still images or videos, wherein the display (24, 25) is configured to display a still image or a video having content for infants in response to the movable table changing to the pulled-out state. a movable table on which an infant can be placed and which can be selectively changed between a housed state in which the movable table is configured to be housed in a wall surface and a pulled-out state in which the movable table is configured to be pulled out from the wall surface; and characterized in that the aircraft lavatory unit comprises a display (24, 25) which is disposed to face the movable table in the pulled-out state and displays still images or videos, wherein the display (24, 25) is configured to display a still image or a video having content for infants in response to the movable table changing to the pulled-out state. a display (24, 25) which is disposed to face the movable table in the pulled-out state and displays still images or videos, wherein the display (24, 25) is configured to display a still image or a video having content for infants in response to the movable table changing to the pulled-out state.
A tension-free titanium metal knitted fabric for surgically shaping soft tissues, wherein said fabric is a mesh fabric made of titanium threads bent to form interconnected loops, wherein the titanium threads have a relief surface, and wherein: (a) the titanium threads are made of GRADE-1 alloy, and/or (b) an oxide film is applied to the surface of the titanium relief threads; with the proviso that the fabric is not a self-fixing mesh endoprosthesis, consisting of two layers, upper and lower, with a layer of mesh based on titanium thread on the upper side, and a layer of bioresorbable polymers on the lower side, and with the proviso that the fabric is not a self-expanding mesh endoprosthesis for endoscopic hemioplasty, comprising a mesh fabric made of threads and a self-expanding system enclosed in the mesh fabric, wherein the self-expanding system is made of multifilament titanium threads located both in the structure and along the contour of the endoprosthesis. (a) the titanium threads are made of GRADE-1 alloy, and/or (b) an oxide film is applied to the surface of the titanium relief threads; with the proviso that the fabric is not a self-fixing mesh endoprosthesis, consisting of two layers, upper and lower, with a layer of mesh based on titanium thread on the upper side, and a layer of bioresorbable polymers on the lower side, and with the proviso that the fabric is not a self-expanding mesh endoprosthesis for endoscopic hemioplasty, comprising a mesh fabric made of threads and a self-expanding system enclosed in the mesh fabric, wherein the self-expanding system is made of multifilament titanium threads located both in the structure and along the contour of the endoprosthesis.
Multifunctional supply element, comprising • a fixing means, formed by a rod • a support disposed on the fixing means, • at least one functional element disposed on the support in the form of a heat emitting element and with at least one additional functional element, characterized in that the additional functional element is designed as spray element for water vapour or finely atomised water, wherein the fixing means is disposed on a pedestal and the supply element is structured in the style of a standard lamp. • a fixing means, formed by a rod • a support disposed on the fixing means, • at least one functional element disposed on the support in the form of a heat emitting element and with
Dornase alpha for use in the treatment of cystic fibrosis, wherein said dornase alpha is administered to a cystic fibrosis patient in need thereof as an aerosol comprising said dornase alpha in a concentration of 0.75 mg/mL to 1.25 mg/mL; wherein said aerosol is delivered from 1 mL to 5 mL of aerosolizable solution or suspension, wherein said aerosol is aerosolized into particle sizes between 2 and 6 μm MMAD; and wherein said aerosolized dornase alpha is administered predominantly into peripheral airways; characterized in that the aerosol is administered with overpressure of 1 mbar to 30 mbar and under controlled conditions comprising a slow inhalation breathing pattern with a preset inspirational flow rate equal or below 20 liters/min, combined with an aerosol bolus delivery with an inspiration time comprising three periods, wherein in the first period lasting zero seconds or from 1 millisecond to 1 second aerosolized particle free air is administered, wherein in the second period lasting from 0.1 to 7 seconds the aerosolized dornase alphais administered, and wherein in the third period lasting from 1 millisecond to 10 seconds aerosolized particle free air is administered.
A passageway for arrangement between two vehicle parts of a rail vehicle or of a bus that are movably connected to one another, wherein the passageway has an enveloping member, that is formed at least sectionally from a bellows that has a plurality of frame sections. and outwardly surrounds a walkable passage region that has a passageway floor and/or a connection means for the movable connection of the two vehicle parts, characterized in that the enveloping member has at least one enveloping member section that comprises two surface members of stable shape, with the surface members being configured for arrangement at the vehicle parts or being formed by a section of the vehicle part, with the frame sections being connected to the surface members.
Lock adapter for hysteroscopic or resectoscopic systems, those systems comprising • a main body with a parallel eyepiece, a light source adapter for connecting a light source, • a tube having a distal end with a distal window, • that tube having a fiber optic light transmission and an optical system with rod lenses or fibres incorporated, and equipped with at least one working channel, • that tube fixed with the main body, • and an irrigation system with separate channels for inflowing and outflowing fluid, • means for irrigating fluid at the distal end of the tube, • means for insertion of resecting instruments from a proximal end of the working channel of the tube, • a screw thread at the proximal end of the main body, wherein the lock adapter, in use, can be provided at the proximal end of the working channel of the tube, the lock adapter comprising • a working channel, • an instrument connection end piece with an external thread at the distal side, • a screw sleeve with an internal thread and an external thread, • a stopcock and stopcock ventilation, • a double seal of silicone (22, 23), where the screw sleeve is attachable to the screw thread of the main body of the hysteroscopic or resectoscopic system and to the external thread of the instrument connection end piece. • a main body with a parallel eyepiece, a light source adapter for connecting a light source, • a tube having a distal end with a distal window, • that tube having a fiber optic light transmission and an optical system with rod lenses or fibres incorporated, and equipped with at least one working channel, • that tube fixed with the main body, • and an irrigation system with separate channels for inflowing and outflowing fluid, • means for irrigating fluid at the distal end of the tube, • means for insertion of resecting instruments from a proximal end of the working channel of the tube, • a screw thread at the proximal end of the main body, wherein the lock adapter, in use, can be provided at the proximal end of the working channel of the tube, the lock adapter comprising • a working channel, • an instrument connection end piece with an external thread at the distal side, • a screw sleeve with an internal thread and an external thread, • a stopcock and stopcock ventilation, • a double seal of silicone (22, 23), where the screw sleeve is attachable to the screw thread of the main body of the hysteroscopic or resectoscopic system and to the external thread of the instrument connection end piece.
A diesel fuel composition comprising as an additive an ester compound which is the reaction product of an optionally substituted polycarboxylic acid or an anhydride thereof and a compound of formula H- n -OR 1, wherein R is an unsubstituted alkylene group and n is at least 1; and a) the optionally substituted polycarboxylic acid or an anhydride thereof is a succinic acid or anhydride having a C 20 to C 24 alkyl or alkenyl group and R 1 is an unsubstituted alkyl, alkenyl or aryl group; or b) the optionally substituted polycarboxylic acid or an anhydride thereof is a polyisobutenyl substituted succinic acid or anhydride thereof and R 1 is a C 10 to C 20 alkyl group; wherein the optionally substituted polycarboxylic acid or an anhydride thereof and compound of formula H- n-OR 1 are reacted in a molar ratio of from 1.5:1 to 1:1.5. a) the optionally substituted polycarboxylic acid or an anhydride thereof is a succinic acid or anhydride having a C 20 to C 24 alkyl or alkenyl group and R 1 is an unsubstituted alkyl, alkenyl or aryl group; or b) the optionally substituted polycarboxylic acid or an anhydride thereof is a polyisobutenyl substituted succinic acid or anhydride thereof and R 1 is a C 10 to C 20 alkyl group;
A method for operating a user equipment, UE, according to semi-persistent scheduling, SPS, in a wireless communication system, the method comprising: receiving downlink control information, DCI, instructing activation or release of uplink SPS from a base station; and decoding the DCI based on a first radio network temporary identifier, RNTI, or a second RNTI, wherein, based on the DCI being a first DCI for SPS to transmit a signal to the base station, the DCI is decoded based on the first RNTI, wherein, based on the DCI being a second DCI for SPS to transmit a vehicle-to-everything, V2X, signal, the DCI is decoded based on the second RNTI different from the first RNTI, wherein both the first DCI and the second DCI comprise a respective field, wherein, in the first DCI, the field is interpreted as a demodulation-reference signal, DM-RS, cyclic shift field informing a cyclic shift value of a DM-RS, and wherein, in the second DCI, the field is interpreted as uplink SPS configuration index field informing an index of an uplink SPS configuration. receiving downlink control information, DCI, instructing activation or release of uplink SPS from a base station; and decoding the DCI based on a first radio network temporary identifier, RNTI, or a second RNTI, wherein, based on the DCI being a first DCI for SPS to transmit a signal to the base station, the DCI is decoded based on the first RNTI, wherein, based on the DCI being a second DCI for SPS to transmit a vehicle-to-everything, V2X, signal, the DCI is decoded based on the second RNTI different from the first RNTI, wherein both the first DCI and the second DCI comprise a respective field, wherein, in the first DCI, the field is interpreted as a demodulation-reference signal, DM-RS, cyclic shift field informing a cyclic shift value of a DM-RS, and wherein, in the second DCI, the field is interpreted as uplink SPS configuration index field informing an index of an uplink SPS configuration.