mhurhangee/ep-ind-claims huggingface dataset:
Carriage of a public transport vehicle, in particular a railway vehicle, comprising at least one reception room for passengers, said reception room comprising: - first and second side walls, and a floor, - the floor comprising a first fixed side portion, forming a first platform, and extending laterally between the first side wall and a first edge, the first platform being intended to receive passenger seats, - the floor comprising a fixed second side portion, forming a second platform, and extending laterally between the second side wall and a second edge opposite the first edge, the second platform being intended to receive passenger seats, and - the floor comprising a third central part, in which the third central part comprises a low floor member and a raised floor member relative to the low floor member, and in that the third central part is removably attached to the first platform and the second platform, first platform having a first width, defined in a transverse direction, and the second platform having a second width, defined in the transverse direction, the first width being different from the second width, and preferably greater than the second width and the raised floor element of the third central part of the floor having a third width defined in the transverse direction, characterised in that the first width is substantially equal to the sum of the second and third widths. - first and second side walls, and a floor, - the floor comprising a first fixed side portion, forming a first platform, and extending laterally between the first side wall and a first edge, the first platform being intended to receive passenger seats, - the floor comprising a fixed second side portion, forming a second platform, and extending laterally between the second side wall and a second edge opposite the first edge, the second platform being intended to receive passenger seats, and - the floor comprising a third central part, in which the third central part comprises a low floor member and a raised floor member relative to the low floor member, and in that the third central part is removably attached to the first platform and the second platform, first platform having a first width,
A method for operating a phased array antenna for a wireless communication system serving a service area in which communications demands from a plurality of mobile communication devices change as a function of time, said method comprising: for each time period of a plurality of successive time periods, obtaining information indicative of a total mobile communications demand density as a function of beam direction for that time period by scanning a probe beam over the service area, and while scanning the probe beam over the service area, determining spectrum efficiency, which is a measure of the number of bits transmitted over a unit time over a fixed bandwidth used, as a function of probe beam direction; using the spectrum efficiency as a function of probe beam direction to provide the obtained information for that time period using the obtained information to identify a beam direction for which the total mobile communications demand density is high for that time relative to other directions; and with the phased array antenna, electronically generating a communication beam directed in the identified direction for which total mobile communications demand density is high for that time period relative to other beam directions, wherein the probe beam is a narrow beam, and wherein the communication beam is a narrow beam. obtaining information indicative of a total mobile communications demand density as a function of beam direction for that time period by scanning a probe beam over the service area, and while scanning the probe beam over the service area, determining spectrum efficiency, which is a measure of the number of bits transmitted over a unit time over a fixed bandwidth used, as a function of probe beam direction; using the spectrum efficiency as a function of probe beam direction to provide the obtained information for that time period using the obtained information to identify a beam direction for which the total mobile communications demand density is high for that time relative to other directions; and with the phased array antenna, electronically generating a communication beam directed in the identified direction for which total mobile communications demand density is high for that time period relative to other beam directions,
A solution comprising baclofen in a multivalent physiological ion solution which is an aqueous or non-aqueous liquid solution containing at least one divalent cation of magnesium or calcium, and at least one anion of carbonate or phosphate of a pH between 6 and 8.5 having a concentration of baclofen at or greater than 2 mg/ml to 10 mg/ml.
A process for production of artificial leather comprising top coat, polyurethane layer and optional substrate layer, said process comprising i) providing a release layer, ii) applying one or more than one layer of a top coat to the release layer to an overall top coat layer thickness in the range from 1 to 500 μm, iii) applying first polyurethane system components comprising an isocyanate component and a polyol component to the top coat to form a first polyurethane layer, wherein the isocyanate component comprises polyisocyanate prepolymers having an NCO content in the range from 10 to 25 % by weight, the polyol component /B) comprises a polyetherol and/or polyesterol and wherein the isocyanate index of the first polyurethane system components is in the range from 101 to 140, iv) optionally applying further polyurethane system components to the first polyurethane layer to form further polyurethane layers, v) optionally applying a substrate layer to the polyurethane system components, vi) curing the polyurethane system components to form a polyurethane layer, and vii) separating the release layer from the top coat, wherein the overall thickness of the first and optionally further polyurethane layers is in the range from 0.01 to 20 mm and the polyurethane system components are solvent-free. i) providing a release layer, ii) applying one or more than one layer of a top coat to the release layer to an overall top coat layer thickness in the range from 1 to 500 μm, iii) applying first polyurethane system components comprising an isocyanate component and a polyol component to the top coat to form a first polyurethane layer, wherein the isocyanate component comprises polyisocyanate prepolymers having an NCO content in the range from 10 to 25 % by weight, the polyol component /B) comprises a polyetherol and/or polyesterol and wherein the isocyanate index of the first polyurethane system components is in the range from 101 to 140, iv) optionally applying further polyurethane system components to the first polyurethane layer to form further polyurethane layers, v) optionally applying a substrate layer to the polyurethane system components, vi) curing the polyurethane system components to form a polyurethane layer, and vii) separating the release layer from the top coat,
A sensing network comprising: - a plurality of sensor nodes, wherein each of the plurality of sensor nodes includes a gas sensor configured to measure the presence, concentration, or both, of one or more airborne pollutants in a first coverage area surrounding the sensor node, - a sensor base configured to measure the presence, concentration, or both, of one or more airborne pollutants in the first coverage area of each of the plurality of sensor nodes, wherein the sensor base includes a gas sensor with higher accuracy and higher sensitivity than the gas sensors of the plurality of sensor nodes, and - a data center comprising one or more servers communicatively coupled to the sensor base and the plurality of sensors nodes, wherein the sensor base and the sensor nodes are adapted to communicate their measurements to the data center, which is adapted to use the measurements of the sensor base as a reference to correct the measurements of the plurality of sensor nodes, characterized in that the data center is adapted to determine whether a sensor node is starting to drift rapidly but still functions acceptably, and in that case, to adjust the corresponding sensor base, which covers the specific sensor node, to increase air sample monitoring frequency around said sensor node. - a plurality of sensor nodes, wherein each of the plurality of sensor nodes includes a gas sensor configured to measure the presence, concentration, or both, of one or more airborne pollutants in a first coverage area surrounding the sensor node, - a sensor base configured to measure the presence, concentration, or both, of one or more airborne pollutants in the first coverage area of each of the plurality of sensor nodes, wherein the sensor base includes a gas sensor with higher accuracy and higher sensitivity than the gas sensors of the plurality of sensor nodes, and - a data center comprising one or more servers communicatively coupled to the sensor base and the plurality of sensors nodes, wherein the sensor base and the sensor nodes are adapted to communicate their measurements to the data center, which is adapted to use the measurements of the sensor base as a reference to correct the measurements of the plurality of sensor nodes, characterized in that the data center is adapted to determine whether a sensor node is starting to drift rapidly but still functions acceptably, and in that case, to adjust the corresponding sensor base, which covers the specific sensor node, to increase air sample monitoring frequency around said sensor node. the sensor base and the sensor nodes are adapted to communicate their measurements to the data center, which is adapted to use the measurements of the sensor base as a reference to correct the measurements of the plurality of sensor nodes, characterized in that the data center is adapted to determine whether a sensor node is starting to drift rapidly but still functions acceptably, and in that case, to adjust the corresponding sensor base, which covers the specific sensor node, to increase air sample monitoring frequency around said sensor node.
A lighting device, comprising: a power supply circuit configured to supply operation power to a light source including a solid state light emitting device; a temperature detection circuit configured to measure a surrounding temperature of the light source and output the measured surrounding temperature as a detection temperature; and a temperature control circuit configured to determine whether an increase rate of the surrounding temperature exceeds a predetermined criterion value, and, when determining that the increase rate exceeds the criterion value, perform a process of decreasing a temperature of the light source, characterized in that the temperature control circuit is configured to: calculate a required time necessary for the detection temperature to reach a second threshold from a first threshold when supply of the operation power from the power supply circuit to the light source is started; and determine that the increase rate exceeds the criterion value when the required time is not greater than a predetermined criterion time. a power supply circuit configured to supply operation power to a light source including a solid state light emitting device; a temperature detection circuit configured to measure a surrounding temperature of the light source and output the measured surrounding temperature as a detection temperature; and a temperature control circuit configured to determine whether an increase rate of the surrounding temperature exceeds a predetermined criterion value, and, when determining that the increase rate exceeds the criterion value, perform a process of decreasing a temperature of the light source, characterized in that the temperature control circuit is configured to: calculate a required time necessary for the detection temperature to reach a second threshold from a first threshold when supply of the operation power from the power supply circuit to the light source is started; and determine that the increase rate exceeds the criterion value when the required time is not greater than a predetermined criterion time. calculate a required time necessary for the detection temperature to reach a second threshold from a first threshold when supply of the operation power from the power supply circuit to the light source is started; and determine that the increase rate exceeds the criterion value when the required time is not greater than a predetermined criterion time.
A method for limiting torque that is transferred from a handle end of a surgical driving instrument through a torque transfer member to a shaft that extends relative to the handle, at least a portion of the torque transfer member received in a cavity of the handle, the cavity extending inwardly from a wall of the handle, the method comprising the steps of: applying a torque to the handle along a direction relative to the shaft; transmitting the applied torque from the handle through the torque transfer member to the shaft when the applied torque is less than a limited torque value; and deforming at least a portion of the wall radially with the torque transfer member when the applied torque is greater than the limited torque value so as to allow the handle to rotate along the direction relative to both the torque transfer member and the shaft when the applied torque is greater than the limited torque value. applying a torque to the handle along a direction relative to the shaft; transmitting the applied torque from the handle through the torque transfer member to the shaft when the applied torque is less than a limited torque value; and deforming at least a portion of the wall radially with the torque transfer member when the applied torque is greater than the limited torque value so as to allow the handle to rotate along the direction relative to both the torque transfer member and the shaft when the applied torque is greater than the limited torque value.
A gas diffusion layer for a fuel cell characterized by comprising: a reinforcing member provided along a reactive gas passage groove (21, 23) comprising the reinforcing member provided on the bottom and pair of both side surfaces of the surface of the groove for distributing a reactive gas, the groove (21, 23) being formed in one principal surface of the gas diffusion layer, wherein the gas diffusion layer comprises a porous member mainly containing conductive particles and a polymer resin, and wherein the reinforcing member is a mesh sheet-like member made of metal or resin and comprises a plurality of openings for reactive gas distribution. a reinforcing member provided along a reactive gas passage groove (21, 23) comprising the reinforcing member provided on the bottom and pair of both side surfaces of the surface of the groove for distributing a reactive gas, the groove (21, 23) being formed in one principal surface of the gas diffusion layer,
One or more transgenes and one or more zinc finger nucleases (ZFNs) for use in a method of treating a lysosomal storage disease, the method comprising administering the one or more transgenes and the one or more ZFNs to a subject in need thereof to generate a cell that produces a protein that treats the lysosomal storage disease, wherein the transgene encoding the protein is inserted into an endogenous albumin locus of the cell using the one or more ZFNs, and wherein the lysosomal storage disease is Gaucher's, Hunter's, Hurler's or Fabry's disease.
A media rendering system, comprising: a communication network; a controller device in communication with the communication network comprising a sensor configured to detect and receive an audio portion belonging to or being part or all of a media recording and not added to the media recording; and a first media rendering device in communication with the communication network configured to render the media recording, wherein the controller device is configured to identify the media recording rendered by the first media rendering device from the audio portion, and to determine a location of the controller device within a proximity of the first media rendering device. a communication network; a controller device in communication with the communication network comprising a sensor configured to detect and receive an audio portion belonging to or being part or all of a media recording and not added to the media recording; and a first media rendering device in communication with the communication network configured to render the media recording, wherein the controller device is configured to identify the media recording rendered by the first media rendering device from the audio portion, and to determine a location of the controller device within a proximity of the first media rendering device.
An airfoil assembly comprising: a platform configured to attach to a rotor disk comprising: a gaspath face; and a non-gaspath face, wherein the non-gaspath face at least partially defines a cavity; an airfoil (210; 410) extending from the platform, wherein the airfoil (210; 410) comprises a pressure side and a suction side; a platform tab located adjacent to the suction side of the airfoil (210; 410), wherein the platform tab extends from the platform in an opposite direction as the airfoil (210; 410); and a damper seal located within the cavity; characterised in that the damper seal includes an axially extending damper seal tab, and in that the platform tab is configured to minimize a gap between the platform and the rotor disk to prevent the damper seal tab from being inserted radially inwards of the platform tab. a platform configured to attach to a rotor disk comprising: a gaspath face; and a non-gaspath face, wherein the non-gaspath face at least partially defines a cavity; a gaspath face; and a non-gaspath face, wherein the non-gaspath face at least partially defines a cavity; an airfoil (210; 410) extending from the platform, wherein the airfoil (210; 410) comprises a pressure side and a suction side; a platform tab located adjacent to the suction side of the airfoil (210; 410), wherein the platform tab extends from the platform in an opposite direction as the airfoil (210; 410); and a damper seal located within the cavity; characterised in that the damper seal includes an axially extending damper seal tab, and in that the platform tab is configured to minimize a gap between the platform and the rotor disk to prevent the damper seal tab from being inserted radially inwards of the platform tab.
Filament structure having filament bundles (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) that have been laid directionally parallel to one another and are composed of individual filaments and have been laid in a mutually crossing manner to form spacings from the respectively adjacent filament bundle that are formed transverse to their respective laying direction, wherein only the filament bundles (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) have been provided with a thermoplastic matrix to leave the spacings (7, 8) in between clear in the manner of a composite material, characterized in that each filament bundle (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) has individual filaments laid in multiple plies and in that a sufficient number of plies of individual filaments and a sufficient amount of thermoplastic matrix have been provided on each filament bundle (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) that, when the filament structure is pressed under the known parameters of pressure, temperature and time, the original spacings (7, 8) between the individual filament bundles (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) are filled by flow of the individual filaments into the adjacent, originally clear spacings (7, 8). each filament bundle (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) has individual filaments laid in multiple plies and in that a sufficient number of plies of individual filaments and a sufficient amount of thermoplastic matrix have been provided on each filament bundle (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) that, when the filament structure is pressed under the known parameters of pressure, temperature and time, the original spacings (7, 8) between the individual filament bundles (2, 3, 4); (2′, 3′, 4′); (2ʺ, 3ʺ, 4ʺ) are filled by flow of the individual filaments into the adjacent, originally clear spacings (7, 8).
A process for preparing substituted 2-ethylaminopyridine derivatives of the formula and corresponding salts thereof, wherein p is 1or 2; X is independently of the others, as being fluorine, chlorine, or difluoromethyl, trifluoromethyl, dichloromethyl, trichloromethyl and the 2-pyridyl moiety is substituted by X in 3- and/or in 5-position, characterized in that in step a substituted 2-methyl cyanopyridyl derivative according to formula wherein p is 1 or 2; X is independently of the others, as being fluorine, chlorine, or difluoromethyl, trifluoromethyl, dichloromethyl, trichloromethyl and the 2-pyridyl moiety is substituted by X in 3- and/or in 5-position, is hydrogenated in the presence of Raney Cobalt. X is independently of the others, as being fluorine, chlorine, or difluoromethyl, trifluoromethyl, dichloromethyl, trichloromethyl and the 2-pyridyl moiety is substituted by X in 3- and/or in 5-position, characterized in that in step a substituted 2-methyl cyanopyridyl derivative according to formula wherein p is 1 or 2; X is independently of the others, as being fluorine, chlorine, or difluoromethyl, trifluoromethyl, dichloromethyl, trichloromethyl and the 2-pyridyl moiety is substituted by X in 3- and/or in 5-position, is hydrogenated in the presence of Raney Cobalt. wherein p is 1 or 2; X is independently of the others, as being fluorine, chlorine, or difluoromethyl, trifluoromethyl, dichloromethyl, trichloromethyl and the 2-pyridyl moiety is substituted by X in 3- and/or in 5-position, is hydrogenated in the presence of Raney Cobalt.
A guiding system for machine tools, comprising - cooled guiding rails which are screwed to a first machine part and have a widened base part, and - shoes which are fastened to a second machine part and are movably supported on the guiding rails of the first machine part, characterized in that - a cooling bar is attached in a longitudinally extending support in the first machine part by clamp screws spaced apart from one another in the longitudinal direction, and is held in direct pressure contact at the base part of the guiding rails by wedge-type clamping, and - in the two lateral areas of the cooling bar longitudinal channels (11, 12) are formed laterally next to the clamp screws, to which channels a coolant is applied via intake and drain connections (15, 16). - cooled guiding rails which are screwed to a first machine part and have a widened base part, and - shoes which are fastened to a second machine part and are movably supported on the guiding rails of the first machine part, characterized in that - a cooling bar is attached in a longitudinally extending support in the first machine part by clamp screws spaced apart from one another in the longitudinal direction, and is held in direct pressure contact at the base part of the guiding rails by wedge-type clamping, and - in the two lateral areas of the cooling bar longitudinal channels (11, 12) are formed laterally next to the clamp screws, to which channels a coolant is applied via intake and drain connections (15, 16).