mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting scheduling signals in a multi-carrier wireless communication system, the method comprising: transmitting, via a predetermined downlink component carrier, DL CC, at least two scheduling signals for Physical Downlink Shared Channel, PDSCH, transmission on two or more DL CCs or at least two scheduling signals for Physical Uplink Shared Channel, PUSCH, transmission on two or more uplink component carriers, UL CCs; and performing at least one of the PDSCH transmitting or PUSCH receiving according to the scheduling signals, wherein each of the PDSCH transmissions on the two or more DL CCs or each of the PUSCH transmissions on the two or more UL CCs are set to different Multiple Input Multiple Output, MIMO transmission modes wherein the scheduling signals are configured in a downlink control information, DCI, format, characterized in that the downlink control information, DCI, format of all the PDSCH transmissions on the two or more DL CCs or the DCI format of all the PUSCH transmissions on the two or more UL CCs is defined as one DCI format, and wherein the one DCI format is defined by a DCI format for one of MIMO transmission modes from among DL transmission modes, or a DCI format for one of MIMO transmission modes from among UL transmission modes. transmitting, via a predetermined downlink component carrier, DL CC, at least two scheduling signals for Physical Downlink Shared Channel, PDSCH, transmission on two or more DL CCs or at least two scheduling signals for Physical Uplink Shared Channel, PUSCH, transmission on two or more uplink component carriers, UL CCs; and performing at least one of the PDSCH transmitting or PUSCH receiving according to the scheduling signals, wherein each of the PDSCH transmissions on the two or more DL CCs or each of the PUSCH transmissions on the two or more UL CCs are set to different Multiple Input Multiple Output, MIMO transmission modes wherein the scheduling signals are configured in a downlink control information, DCI, format, characterized in that the downlink control information, DCI, format of all the PDSCH transmissions on the two or more DL CCs or the DCI format of all the PUSCH transmissions on the two or more UL CCs is defined as one DCI format, and wherein the one DCI format is defined by a DCI format for one of MIMO transmission modes from among DL transmission modes, or a DCI format for one of MIMO transmission modes from among UL transmission modes.
A cell preparation for use in preventing and/or treating diabetic skin ulcer, comprising pluripotent stem cells positive for SSEA-3 isolated from biological mesenchymal tissue or cultured mesenchymal cells wherein said pluripotent stem cells have a plurality of properties, said plurality of properties comprising: (i) being CD105-positive; (ii) low or absent telomerase activity; (iii) ability to differentiate into any of the three germ layers; (iv) absence of neoplastic proliferation; and (v) self-renewal ability. (i) being CD105-positive; (ii) low or absent telomerase activity; (iii) ability to differentiate into any of the three germ layers; (iv) absence of neoplastic proliferation; and (v) self-renewal ability.
A bone conduction device (200, 400, 500, 500A, 500B) configured to deliver externally-generated mechanical vibrations to a bone of a recipient's head, the device (200, 400, 500, 500A, 500B) comprising: an implantable magnetic coupler configured to be rigidly secured to the bone; and an external vibrator (206, 406, 506) including an actuator (252, 452, 552) having a movable magnetic mass (254, 470A, 570) and a housing (451, 525); wherein the movable magnetic mass (254, 470A, 570) and the magnetic coupler are configured to form a transcutaneous magnetic coupling (201, 450) sufficient to retain the vibrator (206, 406, 506) against the recipient's head, wherein the external vibrator (206, 406, 506) is configured for delivering externally-generated mechanical vibrations to the recipient's bone via the transcutaneous magnetic coupling, the movable magnetic mass (254, 470A, 570) and the magnetic coupler have sufficient force to facilitate delivery of mechanical vibrations from the vibrator (206, 406, 506) to the bone, the movable magnetic mass (254, 470A, 570) is movably supported relative to the housing (451,525) and acts as a seismic mass for the actuator (252, 452, 552), and the actuator (252, 452, 552) is one of a piezoelectric transducer and an electromagnetic transducer. an implantable magnetic coupler configured to be rigidly secured to the bone; and an external vibrator (206, 406, 506) including an actuator (252, 452, 552) having a movable magnetic mass (254, 470A, 570) and a housing (451, 525); wherein the movable magnetic mass (254, 470A, 570) and the magnetic coupler are configured to form a transcutaneous magnetic coupling (201, 450) sufficient to retain the vibrator (206, 406, 506) against the recipient's head, wherein the external vibrator (206, 406, 506) is configured for delivering externally-generated mechanical vibrations to the recipient's bone via the transcutaneous magnetic coupling, the movable magnetic mass (254, 470A, 570) and the magnetic coupler have sufficient force to facilitate delivery of mechanical vibrations from the vibrator (206, 406, 506) to the bone, the movable magnetic mass (254, 470A, 570) is movably supported relative to the housing (451,525) and acts as a seismic mass for the actuator (252, 452, 552), and the actuator (252, 452, 552) is one of a piezoelectric transducer and an electromagnetic transducer.
A validation apparatus comprising: a light source capable of emitting a broadband spectrum of light for illuminating an item of currency; a receiver configured to receive light emitted from the light source, wherein the light received by the receiver comprises at least a portion of light reflected by or transmitted through the item of currency; a transportation unit configured to transport the item of currency within the validation apparatus; a processor configured to obtain a spectral measurement of the light received by the receiver; a storage device that stores a basis characterized in that the processor is further configured to use the basis to transform the spectral measurement into a sparse spectrum signal; and reconstruct a spectral response of the item of currency using the sparse spectrum signal and the stored basis. a light source capable of emitting a broadband spectrum of light for illuminating an item of currency; a receiver configured to receive light emitted from the light source, wherein the light received by the receiver comprises at least a portion of light reflected by or transmitted through the item of currency; a transportation unit configured to transport the item of currency within the validation apparatus; a processor configured to obtain a spectral measurement of the light received by the receiver; a storage device that stores a basis characterized in that the processor is further configured to use the basis to transform the spectral measurement into a sparse spectrum signal; and reconstruct a spectral response of the item of currency using the sparse spectrum signal and the stored basis.
A connector assembly, comprising: a first connector having a stopper feature, a first end and a second end that generally opposes the first end, the stopper feature having a recess provided therein and a stopper surface; a first connector received by the second connector, the second connector including a shroud that slides over the first end of the first connector in a first direction; a connector position assurance device; the connector position assurance having a flexible arm that is selectively deformable, the flexible arm being located within a recess of the stopper feature in an intermediate portion, the shroud being positioned to selectively contact the flexible arm in the first direction for urging the flexible arm from the pre-stage position into the intermediate position characterized in that the connector position assurance device is slidingly engaged with the second end of the first connector in a second direction which is perpendicular to the first direction and in that the flexible arm abuts against the stopper surface to restrict relative movement of the CPA device in the second direction in a pre-stage position. a first connector having a stopper feature, a first end and a second end that generally opposes the first end, the stopper feature having a recess provided therein and a stopper surface; a first connector received by the second connector, the second connector including a shroud that slides over the first end of the first connector in a first direction; a connector position assurance device; the connector position assurance having a flexible arm that is selectively deformable, the flexible arm being located within a recess of the stopper feature in an intermediate portion, the shroud being positioned to selectively contact the flexible arm in the first direction for urging the flexible arm from the pre-stage position into the intermediate position characterized in that the connector position assurance device is slidingly engaged with the second end of the first connector in a second direction which is perpendicular to the first direction and in that the flexible arm abuts against the stopper surface to restrict relative movement of the CPA device in the second direction in a pre-stage position.
An apparatus for exposing structures within a cavity of the human body for diagnostic and/or therapeutic endoscopic procedure, comprising: - an insufflator, comprising a gas output and an insufflator input mechanism adapted to input the gas from the gas output into the cavity of the human body, further comprising an insufflator controller for enlarging the cavity part by insufflation of said gas from the gas output into the cavity; and - a breathing controller adapted to measure a lung ventilaton characteristic and having control logic to instruct the insufflator to change the insufflation rate; - wherein the insufflator controller is arranged to real time adapt an insufflation rate of said gas in accordance with an inflated lung pressure and/or volume derived from the lung ventilation characteristic detected by a sensor of the breathing controller or the insufflator, coupled to the breathing controller. - an insufflator, comprising a gas output and an insufflator input mechanism adapted to input the gas from the gas output into the cavity of the human body, further comprising an insufflator controller for enlarging the cavity part by insufflation of said gas from the gas output into the cavity; and - a breathing controller adapted to measure a lung ventilaton characteristic and having control logic to instruct the insufflator to change the insufflation rate; - wherein the insufflator controller is arranged to real time adapt an insufflation rate of said gas in accordance with an inflated lung pressure and/or volume derived from the lung ventilation characteristic detected by a sensor of the breathing controller or the insufflator, coupled to the breathing controller.
Process for the recovery of PGM present in PGM-bearing catalysts comprising SiC, comprising the steps of: - preparing a metallurgical charge, by mixing the PGM-bearing catalysts with an Fe-oxide compound in an amount sufficient to oxidize at least 65% of the SiC; and, - feeding the metallurgical charge and slag formers to a smelting furnace operating in conditions susceptible to form a liquid Fe-based bullion, which contains PGM, and a liquid slag. - preparing a metallurgical charge, by mixing the PGM-bearing catalysts with an Fe-oxide compound in an amount sufficient to oxidize at least 65% of the SiC; and, - feeding the metallurgical charge and slag formers to a smelting furnace operating in conditions susceptible to form a liquid Fe-based bullion, which contains PGM, and a liquid slag.
A non-wearable monitoring system comprising: a radio frequency interferometer configured to transmit signals at a specified area and receive echo signals via an antenna array; an environmental clutter cancelation module configured to filter out static non-human related echo signals; a human state feature extractor configured to extract from the filtered echo signals, a quantified representation of position, postures, movements, motions and breathing of at least one human located within the specified area; a human state classifier configured to identify, based on the quantified representation, a classified human state that represents an actual instantaneous human status; an abnormality situation pattern recognition module configured to determine, based on a plurality of successive classified human states, whether an abnormal physical event has occurred to the at least one human in the specified area, wherein the abnormality situation pattern recognition module comprises a training unit configured to generate a set of abnormal states patterns as a reference codebook, a set of states transition probabilities, and a states-patterns matching function to find and alert on a match between the plurality of successive classified human states and the pre-defined abnormal pattern of the codebook; and a communication sub-system configured to communicate an alert upon determining of an abnormal physical event. a radio frequency interferometer configured to transmit signals at a specified area and receive echo signals via an antenna array; an environmental clutter cancelation module configured to filter out static non-human related echo signals; a human state feature extractor configured to extract from the filtered echo signals, a quantified representation of position, postures, movements, motions and breathing of at least one human located within the specified area; a human state classifier configured to identify, based on the quantified representation, a classified human state that represents an actual instantaneous human status; an abnormality situation pattern recognition module configured to determine, based on a plurality of successive classified human states, whether an abnormal physical event has occurred to the at least one human in the specified area, wherein the abnormality situation pattern recognition module comprises a training unit configured to generate a set of abnormal states patterns as a reference codebook, a set of states transition probabilities, and a states-patterns matching function to find and alert on a match between the plurality of successive classified human states and the pre-defined abnormal pattern of the codebook; and a communication sub-system configured to communicate an alert upon determining of an abnormal physical event.
A method for reducing concentrations of ozone and nitric acid produced in cooling air flowing through a circulating airflow path of a rotary electric machine, the method comprising: disposing an ozone decomposition unit containing an ozone decomposition catalyst in the circulating airflow path; disposing a nitric acid adsorption unit containing a nitric acid adsorbent in the circulating airflow path, and allowing the cooling air to pass through the ozone decomposition unit so as to decompose ozone and through the nitric acid adsorption unit, wherein the ozone decomposition unit and the nitric acid adsorption unit are disposed in parallel with respect to a flow of the cooling air. disposing an ozone decomposition unit containing an ozone decomposition catalyst in the circulating airflow path; disposing a nitric acid adsorption unit containing a nitric acid adsorbent in the circulating airflow path, and allowing the cooling air to pass through the ozone decomposition unit so as to decompose ozone and through the nitric acid adsorption unit, wherein the ozone decomposition unit and the nitric acid adsorption unit are disposed in parallel with respect to a flow of the cooling air.
Device for cleaning a weaving reed, comprising a carriage which can be attached to the weaving reed and which comprises a nozzle holder for a cleaning nozzle for discharging a cleaning medium onto the weaving reed, • the carriage being displaceable along the weaving reed, • the carriage comprising at least two roller assemblies, which each comprise at least one roller (1, 3-4, 10-12) and which are movable relative to each other, • the first of the two roller assemblies comprising at least one roller (1, 3-4, 10-12) which acts in a vertical direction (y), • by using the nozzle holder for the cleaning nozzle, a locking position for the cleaning nozzle being adjustable, in which position the latter maintains a minimum spacing from the weaving reed and in which the cleaning nozzle is pivotable about at least one axis (42, 43) which lies in the plane of the vertical direction (y) and a width of the weaving reed (z), characterized in that in its locking position, the cleaning nozzle is pivotable about at least one further axis (42, 43) which lies in the plane of the vertical direction (y) and the width of the weaving reed (z). • the carriage being displaceable along the weaving reed, • the carriage comprising at least two roller assemblies, which each comprise at least one roller (1, 3-4, 10-12) and which are movable relative to each other, • the first of the two roller assemblies comprising at least one roller (1, 3-4, 10-12) which acts in a vertical direction (y), • by using the nozzle holder for the cleaning nozzle, a locking position for the cleaning nozzle being adjustable, in which position the latter maintains a minimum spacing from the weaving reed and in which the cleaning nozzle is pivotable about at least one axis (42, 43) which lies in the plane of the vertical direction (y) and a width of the weaving reed (z),
A method for preparing an implantable film including a top layer, a middle layer, and a bottom layer, the method comprising: forming the middle layer by: combining a biodegradable polymer, a releasing agent, and an active agent in a solvent, and evaporating the solvent to form the middle layer, wherein the active agent constitutes from 40 wt% to 80 wt% of the middle layer; forming the top layer on an upper surface of the middle layer by dip coating, wherein the top layer includes a biodegradable polymer and does not include an active agent; and forming the bottom layer on a lower surface of the middle layer by dip coating, wherein the bottom layer includes a biodegradable polymer and does not include an active agent, wherein, when implanted at a surgical site, the implantable film is configured to release the active agent at the surgical site over a period of 14 days, and wherein the releasing agent comprises one or more hydrophilic small molecules that are configured to dissolve or dislodge from the biodegradable polymer of the middle layer when the middle layer is in contact with bodily fluids at a surgical site. forming the middle layer by: combining a biodegradable polymer, a releasing agent, and an active agent in a solvent, and evaporating the solvent to form the middle layer, wherein the active agent constitutes from 40 wt% to 80 wt% of the middle layer; combining a biodegradable polymer, a releasing agent, and an active agent in a solvent, and evaporating the solvent to form the middle layer, wherein the active agent constitutes from 40 wt% to 80 wt% of the middle layer; forming the top layer on an upper surface of the middle layer by dip coating, wherein the top layer includes a biodegradable polymer and does not include an active agent; and forming the bottom layer on a lower surface of the middle layer by dip coating, wherein the bottom layer includes a biodegradable polymer and does not include an active agent, wherein, when implanted at a surgical site, the implantable film is configured to release the active agent at the surgical site over a period of 14 days, and wherein the releasing agent comprises one or more hydrophilic small molecules that are configured to dissolve or dislodge from the biodegradable polymer of the middle layer when the middle layer is in contact with bodily fluids at a surgical site.
Service unit for a vehicle- air conditioning system comprising: a housing comprising at least one coolant storage tank, an inlet opening and an outlet opening; and at least one ventilation means being configured to generate an air flow from the inlet opening to the outlet opening during operation of the service unit and warranting that an air exchange within the housing per time unit is over a certain level; characterized in that an air flow sensor is disposed within the housing, the air flow sensor being configured to measure the volume flow rate of air allowing for a reliable conclusion about the air exchange within the housing per time unit. a housing comprising at least one coolant storage tank, an inlet opening and an outlet opening; and at least one ventilation means being configured to generate an air flow from the inlet opening to the outlet opening during operation of the service unit and warranting that an air exchange within the housing per time unit is over a certain level; characterized in that an air flow sensor is disposed within the housing, the air flow sensor being configured to measure the volume flow rate of air allowing for a reliable conclusion about the air exchange within the housing per time unit.
A method of forming an edible piece comprising the steps of: a) providing a first continuous belt moving on a belt path and having at least one cutout in a cross-sectional surface thereof and a second continuous belt having a portion positioned below the cross-sectional surface of the first continuous belt in an engaging relationship therewith at a first position in the belt path so as to form a bottom portion of the at least one cutout and create a fill cavity having walls defined by the cutout; b) adding an edible mass to the fill cavity to form an edible blank; c) transporting the fill cavity and the edible blank to a second position on the belt path; d) cooling to at least partially set the edible blank; e) separating the first continuous belt from the second continuous belt at the second position on the belt path; f) releasing the edible blank from the first or second continuous belt; g) transporting the edible blank to a forming station; h) contacting the edible blank with a rigid member to impart contour to the edible blank to form a contoured edible piece; and i) removing the contoured edible piece from the rigid member. a) providing a first continuous belt moving on a belt path and having at least one cutout in a cross-sectional surface thereof and a second continuous belt having a portion positioned below the cross-sectional surface of the first continuous belt in an engaging relationship therewith at a first position in the belt path so as to form a bottom portion of the at least one cutout and create a fill cavity having walls defined by the cutout; b) adding an edible mass to the fill cavity to form an edible blank; c) transporting the fill cavity and the edible blank to a second position on the belt path; d) cooling to at least partially set the edible blank; e) separating the first continuous belt from the second continuous belt at the second position on the belt path; f) releasing the edible blank from the first or second continuous belt; g) transporting the edible blank to a forming station; h) contacting the edible blank with a rigid member to impart contour to the edible blank to form a contoured edible piece; and i) removing the contoured edible piece from the rigid member.