mhurhangee/ep-ind-claims huggingface dataset:
A wastewater purification apparatus for purifying wastewater, comprising an elongate tank, which, on its first narrow side, has an inflow for feeding wastewater, a first vertical agitator (4, 4a, 4b) with a first hyperboloid agitator body (6, 6a, 6b) mounted on a vertical first agitator shaft (5, 5a, 5b), wherein the first vertical agitator (4, 4a, 4b) is provided in a first treatment portion downstream of the inflow on the first narrow side, a second vertical agitator (7, 7a, 7b) with a second hyperboloid agitator body (9, 9a, 9b) mounted on a vertical second agitator shaft (8, 8a, 8b), wherein the second vertical agitator (7, 7a, 7b) is provided in a second treatment portion downstream of the first vertical agitator (4, 4a, 4b), an aeration device with a fan for aerating wastewater received in the tank, a first drive device for rotating the first hyperboloid agitator body (6, 6a, 6b) in a first rotation direction, a second drive device for rotating the second hyperboloid agitator body (9, 9a, 9b) in a second rotation direction, which is opposite the first rotation direction, and a decanter, which is provided for discharging purified wastewater in a third treatment portion on a second narrow side, which is opposite the first narrow side. an elongate tank, which, on its first narrow side, has an inflow for feeding wastewater, a first vertical agitator (4, 4a, 4b) with a first hyperboloid agitator body (6, 6a, 6b) mounted on a vertical first agitator shaft (5, 5a, 5b), wherein the first vertical agitator (4, 4a, 4b) is provided in a first treatment portion downstream of the inflow on the first narrow side, a second vertical agitator (7, 7a, 7b) with a second hyperboloid agitator body (9, 9a, 9b) mounted on a vertical second agitator shaft (8, 8a, 8b), wherein the second vertical agitator (7, 7a, 7b) is provided in a second treatment portion downstream of the first vertical agitator (4, 4a, 4b), an aeration device with a fan for aerating wastewater received in the tank, a first drive device for rotating the first hyperboloid agitator body (6, 6a, 6b) in a first rotation direction, a second drive device for rotating the second hyperboloid agitator body (9, 9a, 9b) in a second rotation direction, which is opposite the first rotation direction, and a decanter, which is provided for discharging purified wastewater in a third treatment portion on a second narrow side, which is opposite the first narrow side.
A process for increasing efficiency or specificity of hybridization between PNA probes immobilized on a support and target nucleic acids, which comprises the step of fragmenting the target nucleic acids to reduce the size of target nucleic acids, or selectively degrading the target nucleic acids which mismatch with the PNA probes, by adding nuclease in the hybridization reaction between the PNA probes immobilized on a support and the target nucleic acids, wherein nuclease is added simultaneously with the hybridization reaction, wherein the size of the target nucleic acids is 200 bp to 20,000 bp.
A composition comprising a heat transfer portion and a lubricating portion, wherein the lubricating portion comprises one or more compounds according to formula: wherein W is H; Y is independently selected from the group consisting of F, Cl, Br and I; Z is independently selected from the group consisting of H, OH, (CW 2) p CW 3, CY 3, OCW 3, O(CW 2) p CW 3, OCW((CY 2) m CY 3)CWCW 2, polyalkylene glycol and polyolester; n is an integer from 2 to 250; m is an integer from 0 to 3; and p is an integer from 0 to 9; wherein the heat transfer portion comprises a hydrofluoroolefin. W is H; Y is independently selected from the group consisting of F, Cl, Br and I; Z is independently selected from the group consisting of H, OH, (CW 2) p CW 3, CY 3, OCW 3, O(CW 2) p CW 3, OCW((CY 2) m CY 3)CWCW 2, polyalkylene glycol and polyolester; n is an integer from 2 to 250; m is an integer from 0 to 3; and p is an integer from 0 to 9; wherein the heat transfer portion comprises a hydrofluoroolefin.
The use of at least one fluoroalkyl surfactant and of at least one alcohol having 1 to 4 carbon atoms for dissociating vitamin D and/or a vitamin D metabolite from vitamin D binding protein.
A method for spectral projection extension, comprising: receiving radiation by a hybrid data detection system of an imaging system, wherein the hybrid data detection system includes a hybrid data detector array with a set of spectral detectors and a set of integrating detectors that are arranged along a transverse axis of an examination region and wherein the spectral detectors are arranged asymmetrically with respect to a center region of the hybrid detector array; generating a set of truncated spectral projections with the first set of spectral detectors; determining a set of complementary spectral projections from the set of spectral detectors for the set of integrating detectors; determining an effective first energy bin absorption and an effective second energy bin absorption for the set complementary spectral projections; and estimating the set of spectral projections for the integrating detectors based on the effective first energy bin absorption and the effective second energy bin absorption for the set complementary spectral projections and a scaling factor to match an intensity measurement of the set of integrating detectors to the estimated set of spectral projections; combining the set of truncated spectral projections and the estimated set of spectral projections; estimating a set of spectral projections based on the combined set to produce a complete set of spectral projections; and processing the complete set of spectral projections to generate volumetric image data. receiving radiation by a hybrid data detection system of an imaging system, wherein the hybrid data detection system includes a hybrid data detector array with a set of spectral detectors and a set of integrating detectors that are arranged along a transverse axis of an examination region and wherein the spectral detectors are arranged asymmetrically with respect to a center region of the hybrid detector array; generating a set of truncated spectral projections with the first set of spectral detectors; determining a set of complementary spectral projections from the set of spectral detectors for the set of integrating detectors; determining an effective first energy bin absorption and an effective second energy bin absorption for the set complementary spectral projections; and estimating the set of spectral projections for the integrating detectors based on the effective first energy bin absorption and the effective second energy bin absorption for the set complementary spectral projections and a scaling factor to match an intensity measurement of the set of integrating detectors to the estimated set of spectral projections; combining the set of truncated spectral projections and the estimated set of spectral projections; estimating a set of spectral projections based on the combined set to produce a complete set of spectral projections; and processing the complete set of spectral projections to generate volumetric image data.
Safety or emergency exit sign lamp, more particularly for an emergency lighting system, having an indicator, having at least one first illuminant, more particularly having at least one LED, having a light-conducting plate optically connected to the first illuminant for backlighting the indicator, and having an outer frame that externally encompasses the safety or emergency exit sign lamp on the outside, which is connected to at least one narrow side (4.1, 4.2, 4.3, 4.4) of the light-conducting plate, wherein the outer frame and the light-conducting plate are connected to one another via at least one snap connection, for which the outer frame forms an elastic spring element (6.1) and the light-conducting plate forms, on the at least one narrow side (4.2, 4.3, 4.4), a rigid undercut (6.2) which can receive the spring element (6.1).
A computer-implemented method of displaying map data within a user interface, the method comprising: identifying (202, 204), by one or more computing devices (102, 106), a plurality of points of interest (134; 154, 158) associated with a geographic area to be displayed as a map view in a viewport associated with a digital mapping application; determining, by the one or more computing devices, an adjusted position for an orientation point of interest which in the physical world is outside the geographic area, the adjusted position being a position within the geographic area that does not align with a position of the orientation point of interest in the physical world; adjusting, by the one or more computing devices, a map topology associated with map data defining a visual representation of the geographic area based at least in part on the adjusted position; and providing for display, by the one or more computing devices, within the mapping application, a map view representing the geographic area, the representation including the orientation POI at the adjusted position associated with the map data, whereby the orientation POI is shown within the geographic area. identifying (202, 204), by one or more computing devices (102, 106), a plurality of points of interest (134; 154, 158) associated with a geographic area to be displayed as a map view in a viewport associated with a digital mapping application; determining, by the one or more computing devices, an adjusted position for an orientation point of interest which in the physical world is outside the geographic area, the adjusted position being a position within the geographic area that does not align with a position of the orientation point of interest in the physical world; adjusting, by the one or more computing devices, a map topology associated with map data defining a visual representation of the geographic area based at least in part on the adjusted position; and providing for display, by the one or more computing devices, within the mapping application, a map view representing the geographic area, the representation including the orientation POI at the adjusted position associated with the map data, whereby the orientation POI is shown within the geographic area.
A method for wireless communication, the method being performed by a user equipment, UE, and comprising: monitoring an indication channel in a plurality of successive first duration transmission time intervals, TTIs, to identify a presence of low latency traffic; identifying, based on monitoring the indication channel, an indicator associated with wireless communications having the first duration TTI in a sidelink channel while performing device-to-device, D2D, wireless communications in the sidelink channel using a second duration TTI, wherein the first duration TTI is shorter than the second duration TTI; receiving a downlink wireless communication having the first duration TTI, wherein the downlink wireless communication is received according to a frequency-division duplex, FDD, configuration; identifying dedicated uplink resources for acknowledgement/negative acknowledgment, ACK/NACK, feedback based at least in part on identifying the indicator, receiving the downlink wireless communication, or both; and reserving the dedicated uplink resources for a transmission of ACK/NACK feedback to a base station. monitoring an indication channel in a plurality of successive first duration transmission time intervals, TTIs, to identify a presence of low latency traffic; identifying, based on monitoring the indication channel, an indicator associated with wireless communications having the first duration TTI in a sidelink channel while performing device-to-device, D2D, wireless communications in the sidelink channel using a second duration TTI, wherein the first duration TTI is shorter than the second duration TTI; receiving a downlink wireless communication having the first duration TTI, wherein the downlink wireless communication is received according to a frequency-division duplex, FDD, configuration; identifying dedicated uplink resources for acknowledgement/negative acknowledgment, ACK/NACK, feedback based at least in part on identifying the indicator, receiving the downlink wireless communication, or both; and reserving the dedicated uplink resources for a transmission of ACK/NACK feedback to a base station.
A powered water sports board which includes a motor, a source of power for the motor, an elongate buoyant body having at least one fin including a leading end and a trailing end; and a propeller driven by the motor and which is capable of propelling the elongate buoyant body; characterised in that the at least one fin includes a flow passage which extends through the at least one fin from the leading end to the trailing end; and characterised in that the motor and the source of power are mounted to the body and the propeller is mounted substantially inside the flow passage thereby allowing the at least one fin to shield the propeller.
A method of operating a hybrid electric gas turbine system comprising a generator system (308, 309), a propulsor, a controller and an electric storage unit, the generator system (308, 309) comprising an electric generator arranged to be driven by a gas turbine having a plurality of rotor blades surrounded by a casing, the rotor blades separated from the casing by a clearance, the propulsor comprising a fan arranged to be driven by an electric motor, the controller being configured to operate the gas turbine and control a supply of electric power between the electric motor, the electric storage unit and the electric generator in response to a demand for thrust, the method comprising the controller: receiving a command for a change in demand for thrust; determining an operational profile that minimises a function comprising a measure of fuel supplied to the gas turbine, a transfer of electric power from or to the electric storage unit and a difference between measures of current and demanded thrust over a time period; and operating the electric motor, gas turbine and electric storage unit according to the determined operational profile over the time period. the generator system (308, 309) comprising an electric generator arranged to be driven by a gas turbine having a plurality of rotor blades surrounded by a casing, the rotor blades separated from the casing by a clearance, the propulsor comprising a fan arranged to be driven by an electric motor, the controller being configured to operate the gas turbine and control a supply of electric power between the electric motor, the electric storage unit and the electric generator in response to a demand for thrust, the method comprising the controller: receiving a command for a change in demand for thrust; determining an operational profile that minimises a function comprising a measure of fuel supplied to the gas turbine, a transfer of electric power from or to the electric storage unit and a difference between measures of current and demanded thrust over a time period; and operating the electric motor, gas turbine and electric storage unit according to the determined operational profile over the time period. receiving a command for a change in demand for thrust; determining an operational profile that minimises a function comprising a measure of fuel supplied to the gas turbine, a transfer of electric power from or to the electric storage unit and a difference between measures of current and demanded thrust over a time period; and operating the electric motor, gas turbine and electric storage unit according to the determined operational profile over the time period.
An assembly including a wind turbine blade including: - an inner surface, - at least one travelling path defined by at least a rail on the inner surface, the assembly being characterised in that it comprises: - at least a vehicle removably coupled with the at least one rail, the vehicle having two couples of wheels (35a, 35b) each couple including a front wheel and a rear wheel, each couple of wheels (35a, 35b) being coupled on a respective side of the rail, in order to allow the vehicle to move along the rail for inspecting the blade, the vehicle including at least a sensor for inspecting the blade. - an inner surface, - at least one travelling path defined by at least a rail on the inner surface, the assembly being characterised in that it comprises: - at least a vehicle removably coupled with the at least one rail, the vehicle having two couples of wheels (35a, 35b) each couple including a front wheel and a rear wheel, each couple of wheels (35a, 35b) being coupled on a respective side of the rail, in order to allow the vehicle to move along the rail for inspecting the blade, the vehicle including at least a sensor for inspecting the blade. - at least a vehicle removably coupled with the at least one rail, the vehicle having two couples of wheels (35a, 35b) each couple including a front wheel and a rear wheel, each couple of wheels (35a, 35b) being coupled on a respective side of the rail, in order to allow the vehicle to move along the rail for inspecting the blade, the vehicle including at least a sensor for inspecting the blade.
A housing for a device, the housing having an outside and an inside, the housing further having an access passage for access from the outside of the housing to a component of the device inside the housing, wherein the access passage comprises: an outer opening section, characterised in that the housing further comprises: an inner drainage channel inside the housing, the drainage channel being arranged below the outer opening section, the outer opening section having vertical side walls extending inwardly from the outside of the housing, each sidewall having a top width (W T) at a top of the sidewall and a bottom width (W B) at a bottom of the sidewall closer to the drainage channel, the top width (W T) being narrower than the bottom width (W B), the sidewalls providing a guiding surface for a liquid entering the access passage, such that the liquid is guided towards the drainage channel. an outer opening section, characterised in that the housing further comprises: an inner drainage channel inside the housing, the drainage channel being arranged below the outer opening section, the outer opening section having vertical side walls extending inwardly from the outside of the housing, each sidewall having a top width (W T) at a top of the sidewall and a bottom width (W B) at a bottom of the sidewall closer to the drainage channel, the top width (W T) being narrower than the bottom width (W B), the sidewalls providing a guiding surface for a liquid entering the access passage, such that the liquid is guided towards the drainage channel. an inner drainage channel inside the housing, the drainage channel being arranged below the outer opening section, the outer opening section having vertical side walls extending inwardly from the outside of the housing, each sidewall having a top width (W T) at a top of the sidewall and a bottom width (W B) at a bottom of the sidewall closer to the drainage channel, the top width (W T) being narrower than the bottom width (W B), the sidewalls providing a guiding surface for a liquid entering the access passage, such that the liquid is guided towards the drainage channel.
An effective amount of a MELK inhibitor, the MELK inhibitor comprising an shRNA having a MELK target nucleotide sequence selected from the group consisting of SEQ. ID. NO: 1, SEQ. ID. NO: 2, SEQ. ID. NO: 3, SEQ.ID. NO: 4 and combinations thereof; for use in a subject in need thereof to inhibit growth or proliferation of breast cancer cells; wherein the breast cancer cells are estrogen receptor negative and progesterone receptor negative.
A detection element comprising: a substrate having a first surface and a second surface opposite to the first surface, the substrate arranged with a through hole having different inner diameters at two points along a thickness direction of the substrate; a through electrode arranged in the through hole, wherein the through electrode is filled in the through hole; a first electrode connected to the through electrode, the first electrode arranged on the first surface; a patterned electrode connected to the through electrode, the patterned electrode arranged on the second surface; and a second electrode arranged on the first surface, the second electrode separated from the first electrode, characterized in that the substrate is a glass substrate, and wherein the through hole has an inner diameter of the first penetrating end on the first surface that is smaller than an inner diameter of the second penetrating end on the second surface. a substrate having a first surface and a second surface opposite to the first surface, the substrate arranged with a through hole having different inner diameters at two points along a thickness direction of the substrate; a through electrode arranged in the through hole, wherein the through electrode is filled in the through hole; a first electrode connected to the through electrode, the first electrode arranged on the first surface; a patterned electrode connected to the through electrode, the patterned electrode arranged on the second surface; and a second electrode arranged on the first surface, the second electrode separated from the first electrode, characterized in that the substrate is a glass substrate, and wherein the through hole has an inner diameter of the first penetrating end on the first surface that is smaller than an inner diameter of the second penetrating end on the second surface.
A lithium rechargeable battery (100, 200, 300) comprising: a bare cell comprising, an electrode assembly comprising first and second electrodes and a separator disposed therebetween, a pouch in which the electrode assembly is housed, and first and second electrode tabs (116, 117) extending from the first and second electrodes, through a first side of the bare cell; a protecting circuit board electrically connected to the first and second electrode tabs (116, 117), disposed on a second side of the bare cell; a first lead plate (231, 331) connected to the protecting circuit board and the first electrode tab; and a second lead plate (232, 332) connected to the protecting circuit board and the second electrode tab, wherein the first lead plate (231, 331) and the second lead plate (232, 332) are bent at an intersection of the first and second sides of the bare cell, so as to extend along the first and second sides of the bare cell, wherein the first and second lead plates (231, 331, 232, 332) are separated from each other and overlap each other along the first side of the bare cell. a bare cell comprising, an electrode assembly comprising first and second electrodes and a separator disposed therebetween, a pouch in which the electrode assembly is housed, and first and second electrode tabs (116, 117) extending from the first and second electrodes, through a first side of the bare cell; a protecting circuit board electrically connected to the first and second electrode tabs (116, 117), disposed on a second side of the bare cell; a first lead plate (231, 331) connected to the protecting circuit board and the first electrode tab; and a second lead plate (232, 332) connected to the protecting circuit board and the second electrode tab, wherein the first lead plate (231, 331) and the second lead plate (232, 332) are bent at an intersection of the first and second sides of the bare cell, so as to extend along the first and second sides of the bare cell, wherein the first and second lead plates (231, 331, 232, 332) are separated from each other and overlap each other along the first side of the bare cell.