mhurhangee/ep-ind-claims huggingface dataset:
A communication device (20, 100) configured for handling a measurement gap, comprising: a storage device; and a processing circuit, coupled to the storage device, wherein the storage device stores, and the processing circuit is configured to execute, instructions of: connecting to a master base station, MBS; connecting to a secondary base station, SBS, while connecting to the MBS; receiving a first measurement gap configuration configuring a first plurality of measurement gaps for the communication device, from the SBS via a RRC connection with the MBS; determining a first plurality of locations of the first plurality of measurement gaps according to a first system time acquired from the SBS and according to the first measurement gap configuration; and performing at least one first measurement on a first carrier in the first plurality of measurement gaps according to the first plurality of locations. a storage device; and a processing circuit, coupled to the storage device, wherein the storage device stores, and the processing circuit is configured to execute, instructions of: connecting to a master base station, MBS; connecting to a secondary base station, SBS, while connecting to the MBS; receiving a first measurement gap configuration configuring a first plurality of measurement gaps for the communication device, from the SBS via a RRC connection with the MBS; determining a first plurality of locations of the first plurality of measurement gaps according to a first system time acquired from the SBS and according to the first measurement gap configuration; and performing at least one first measurement on a first carrier in the first plurality of measurement gaps according to the first plurality of locations. connecting to a master base station, MBS; connecting to a secondary base station, SBS, while connecting to the MBS; receiving a first measurement gap configuration configuring a first plurality of measurement gaps for the communication device, from the SBS via a RRC connection with the MBS; determining a first plurality of locations of the first plurality of measurement gaps according to a first system time acquired from the SBS and according to the first measurement gap configuration; and performing at least one first measurement on a first carrier in the first plurality of measurement gaps according to the first plurality of locations.
A swimming pool filtration set comprising a filter clogging detection device, this filtration set comprising: - a filtration assembly comprising at least one filter, and - a pumping assembly making it possible to circulate the swimming pool water through the filtration assembly, the detection device comprising: - a sensor for measuring a pressure drop in proximity to the filtration assembly, and - a home automation unit to which the pressure drop measurement sensor is linked, such that, as soon as the pressure drop measurement sensor returns a value above a pressure drop threshold then the home automation unit emits a signal indicating that the filter must be cleaned or changed, characterized in that: - the pumping assembly comprises a flow rate multiplier provided with an injector, and a pump has an inlet linked to the output of the filtration assembly and an outlet linked to the injector, - a duct ensures the link between the lowest point of the filtration assembly and the flow rate multiplier, - the pressure drop measurement sensor is positioned inside the flow rate multiplier. - a filtration assembly comprising at least one filter, and - a pumping assembly making it possible to circulate the swimming pool water through the filtration assembly, - a sensor for measuring a pressure drop in proximity to the filtration assembly, and - a home automation unit to which the pressure drop measurement sensor is linked, such that, as soon as the pressure drop measurement sensor returns a value above a pressure drop threshold then the home automation unit emits a signal indicating that the filter must be cleaned or changed, - the pumping assembly comprises a flow rate multiplier provided with an injector, and a pump has an inlet linked to the output of the filtration assembly and an outlet linked to the injector, - a duct ensures the link between the lowest point of the filtration assembly and the flow rate multiplier, - the pressure drop measurement sensor is positioned inside the flow rate multiplier.
An apparatus for directional solidification of silicon, comprising: a directional solidification mold including at least one refractory material; an outer jacket; and an insulating layer disposed at least partially between the directional solidification mold and the outer jacket, wherein the outer jacket extends over the insulating layer and at least partially covers the top of the directional solidification mold; wherein the insulating layer is in contact with at least a portion of the directional solidification mold, a portion of an inner side surface of the outer jacket, and at least a portion of an inner bottom surface of the outer jacket; wherein the insulating layer is disposed at least partially between one or more side walls of the directional solidification mold and one or more side walls of the outer jacket, the insulating layer is not disposed between the bottom of the directional solidification mold and the inner bottom surface of the outer jacket, and the directional solidification mold is in contact with at least a portion of the inner bottom surface of the outer jacket; and wherein the one or more side walls of the insulating layer include a different thickness, composition of material or amount of material relative to the bottom of the insulating layer. a directional solidification mold including at least one refractory material; an outer jacket; and an insulating layer disposed at least partially between the directional solidification mold and the outer jacket, wherein the outer jacket extends over the insulating layer and at least partially covers the top of the directional solidification mold; wherein the insulating layer is in contact with at least a portion of the directional solidification mold, a portion of an inner side surface of the outer jacket, and at least a portion of an inner bottom surface of the outer jacket; wherein the insulating layer is disposed at least partially between one or more side walls of the directional solidification mold and one or more side walls of the outer jacket, the insulating layer is not disposed between the bottom of the directional solidification mold and the inner bottom surface of the outer jacket, and the directional solidification mold is in contact with at least a portion of the inner bottom surface of the outer jacket; and wherein the one or more side walls of the insulating layer include a different thickness, composition of material or amount of material relative to the bottom of the insulating layer.
A drum assembly (10', 610) comprising: a core having a length defined between a first end and a second end; a first hub integrally formed with the first end of the core; a first flange removably secured to the first hub and a second hub having a second flange removably secured thereto, characterized in that the second hub is removably coupled to the second end of the core wherein the second hub includes a first coupling mechanism formed on an interior surface defining the aperture formed in a body of the second hub and the core includes a second coupling mechanism to cooperate with the first coupling mechanism to releasably couple the second hub to the core, and wherein the second hub is segmented into a plurality of portions, and further wherein the plurality of portions together define an aperture to receive a portion of the core therethrough. a core having a length defined between a first end and a second end; a first hub integrally formed with the first end of the core; a first flange removably secured to the first hub and a second hub having a second flange removably secured thereto, characterized in that the second hub is removably coupled to the second end of the core wherein the second hub includes a first coupling mechanism formed on an interior surface defining the aperture formed in a body of the second hub and the core includes a second coupling mechanism to cooperate with the first coupling mechanism to releasably couple the second hub to the core, and wherein the second hub is segmented into a plurality of portions, and further wherein the plurality of portions together define an aperture to receive a portion of the core therethrough.
A method for isolation and/or purification of nucleic acids comprising short chain nucleic acids having a length of ≤ 500bp from a nucleic acid containing starting material, characterized by the following method steps: (a) binding the nucleic acids to a nucleic acid binding support material by contacting the starting material with the nucleic acid binding support material in the presence of at least one chaotropic compound and the alcohol isopropanol, wherein the alcohol is present in a concentration of ≥ 15% (v/v) and ≤ 32% (v/v); (b) optionally eluting the bound nucleic acids from the nucleic acid binding support material, wherein - the nucleic acid containing starting material is a body fluid selected from plasma, serum, urine, and cerebral fluid and - the nucleic acids are extracellular DNA. (a) binding the nucleic acids to a nucleic acid binding support material by contacting the starting material with the nucleic acid binding support material in the presence of at least one chaotropic compound and the alcohol isopropanol, wherein the alcohol is present in a concentration of ≥ 15% (v/v) and ≤ 32% (v/v); (b) optionally eluting the bound nucleic acids from the nucleic acid binding support material, - the nucleic acid containing starting material is a body fluid selected from plasma, serum, urine, and cerebral fluid and - the nucleic acids are extracellular DNA.
A method, in a multipath TCP session, comprising: for every N multipath TCP packets to be transmitted as part of the session, generating an error correction packet using payload data and control information of the N multipath TCP packets; transmitting the generated error correction packet along with the N multipath TCP packets; modifying an error correction overhead ratio (101, 103), representing the ratio of error correction packets to N, according to an average payload packet loss rate; generating an average payload packet loss rate over a predetermined time interval using measures of the total transmitted payload packets and the total retransmitted payload packets over the interval; and comparing the average payload packet loss rate to a predetermined threshold value, wherein the error correction overhead ratio is modified to reduce the ratio when the average payload packet loss rate is greater than the threshold value or to increase the ratio when the average payload packet loss rate is less than the threshold value. for every N multipath TCP packets to be transmitted as part of the session, generating an error correction packet using payload data and control information of the N multipath TCP packets; transmitting the generated error correction packet along with the N multipath TCP packets; modifying an error correction overhead ratio (101, 103), representing the ratio of error correction packets to N, according to an average payload packet loss rate; generating an average payload packet loss rate over a predetermined time interval using measures of the total transmitted payload packets and the total retransmitted payload packets over the interval; and comparing the average payload packet loss rate to a predetermined threshold value, wherein the error correction overhead ratio is modified to reduce the ratio when the average payload packet loss rate is greater than the threshold value or to increase the ratio when the average payload packet loss rate is less than the threshold value.
A control device of a vehicle including an engine, an electric motor, and a clutch configured to achieve a mechanically directly-coupled state of a power transmission path between the engine /the electric motor and drive wheels, the control device causing the clutch to be slip-engaged or released when the engine is started during motor running in which only the electric motor is used as a drive force source for running with the clutch engaged, wherein when the clutch is engaged during the motor running, an engagement pressure is made lower than an engagement pressure when the clutch is engaged during engine running in which at least the engine is used as a drive force source for running, and wherein in the case of running with the clutch engaged, the engagement pressure of the clutch is not adjusted during the engine running, characterized in that in the case of running with the clutch engaged, the engagement pressure of the clutch is constantly adjusted based on output torque of the electric motor during the motor running.
A display apparatus comprising: a substrate comprising a display area, and a peripheral area outside the display area; a common voltage supply line comprising a first common voltage input unit and a second common voltage input unit at the peripheral area and adjacent to a first edge of the display area, and a body portion connecting the first common voltage input unit and the second common voltage input unit to each other; a common voltage division line comprising a first division line branching from the first common voltage input unit, a second division line branching from the second common voltage input unit, and a third division line connecting the first division line and the second division line to each other; a first common voltage line connected to the third division line, and extending in a first direction to cross the display area; and a second common voltage line connected to the first division line or the second division line, and extending in a second direction crossing the first direction to cross the display area. a substrate comprising a display area, and a peripheral area outside the display area; a common voltage supply line comprising a first common voltage input unit and a second common voltage input unit at the peripheral area and adjacent to a first edge of the display area, and a body portion connecting the first common voltage input unit and the second common voltage input unit to each other; a common voltage division line comprising a first division line branching from the first common voltage input unit, a second division line branching from the second common voltage input unit, and a third division line connecting the first division line and the second division line to each other; a first common voltage line connected to the third division line, and extending in a first direction to cross the display area; and a second common voltage line connected to the first division line or the second division line, and extending in a second direction crossing the first direction to cross the display area.
An antenna system, comprising: a ground plane at a first layer of a printed circuit board, PCB, of the antenna system, wherein a first edge of the ground plane is perpendicular to and longer than a second edge of the ground plane; and an array of patch radiator stacks overlapping the ground plane, wherein a first patch radiator stack in the array comprises a first patch radiator at a second layer of the PCB, the first patch radiator having a first edge that is nonparallel with the first edge of the ground plane and with the second edge of the ground plane, wherein a second edge of the first patch radiator is parallel with the first edge of the ground plane, wherein the first patch radiator stack in the array further comprises: a first feed configured to receive a first signal having a first polarization and associated with a first frequency band; a second feed configured to receive a second signal having a second polarization and associated with the first frequency band; a third feed configured to receive a third signal having the first polarization and associated with a second frequency band; and a fourth feed configured to receive a fourth signal having the second polarization and associated with the second frequency band. a ground plane at a first layer of a printed circuit board, PCB, of the antenna system, wherein a first edge of the ground plane is perpendicular to and longer than a second edge of the ground plane; and an array of patch radiator stacks overlapping the ground plane, wherein a first patch radiator stack in the array comprises a first patch radiator at a second layer of the PCB, the first patch radiator having a first edge that is nonparallel with the first edge of the ground plane and with the second edge of the ground plane, wherein a second edge of the first patch radiator is parallel with the first edge of the ground plane, wherein the first patch radiator stack in the array further comprises: a first feed configured to receive a first signal having a first polarization and associated with a first frequency band; a second feed configured to receive a second signal having a second polarization and associated with the first frequency band; a third feed configured to receive a third signal having the first polarization and associated with a second frequency band; and a fourth feed configured to receive a fourth signal having the second polarization and associated with the second frequency band. a first feed configured to receive a first signal having a first polarization and associated with a first frequency band; a second feed configured to receive a second signal having a second polarization and associated with the first frequency band; a third feed configured to receive a third signal having the first polarization and associated with a second frequency band; and a fourth feed configured to receive a fourth signal having the second polarization and associated with the second frequency band.
Device for plasma generation having at least one inductive device and at least one capacitive device for coupling energy into a plasma in a plasma chamber, wherein the at least one inductive device and the at least one capacitive device are supplied with energy separately from one another by different frequency generators (G1, G2) or by a common frequency generator, characterized in that the inductive device is surrounded by a conductive enclosure that is terminated on the plasma side by a Faraday shield, to which said enclosure is connected in a conductive manner, and that the conductive enclosure is connected in a conductive manner to a frequency generator and that the conductive enclosure, the Faraday shield and at least one counter-electrode form the capacitive device.
Hybrid drive module comprising an electric machine with a stator arrangement and a rotor arrangement which is coupled to a rotary oscillation-damping arrangement, wherein the rotary oscillation-damping arrangement comprises an input region and an output region, wherein a first torque-transmitting path is provided between the input region and the output region, and parallel thereto a second torque-transmitting path and a coupling arrangement for superimposing the torques conducted via the torque-transmitting paths (46, 48) are provided, wherein the rotary oscillation-damping arrangement also has, at least in the first torque-transmitting path, a phase shifter arrangement for generating a phase shift of rotational non-uniformities, conducted via the first torque-transmitting path, with respect to rotational non-uniformities conducted via the second torque-transmitting path, wherein the coupling arrangement comprises a planetary gear mechanism arrangement, wherein the planetary gear mechanism arrangement comprises a planetary gear carrier which is connected to the second torque-transmitting path and has a multiplicity of planetary gears which are rotatably mounted thereon, characterized in that the planetary gear mechanism arrangement comprises a first coupling gear arrangement (78; 78'), which is connected to the first torque-transmitting path and is in meshing engagement with the planetary gears, and a second coupling gear arrangement (80; 80') which is connected to the output region and is in meshing engagement with the planetary gears, and wherein the first coupling gear arrangement and the second coupling gear arrangement each comprise a ring gear arrangement (78, 80) or the first coupling gear arrangement and the second coupling gear arrangement each comprise a sun gear arrangement (78', 80').
An antenna system capable of serving the function of a wind power generator and the function of a radiofrequency antenna, fastened to a vertical mount and comprising at least one panel antenna having radiating elements, the antenna system being characterized in that the radiating elements are disposed on a reflector, wherein the antenna system further comprises a radome, made of a material transparent to electromagnetic waves, which has a cylindrical outer surface on which is fastened at least one wind turbine blade, and fastened onto the vertical mount of the antenna system, the rotational axis X-X' of the radome being parallel to the axis of the vertical mount.
An orthodontic bracket extension system comprising: a) a plurality of brackets, each bracket including a bracket comprising: i) a bracket base delimited by a bracket base periphery which defines a bracket base surface area of opposed bracket base first and second surfaces; and ii) a bracket body having a bracket body first end coupled to said bracket base second surface and a bracket body second end terminating in an archwire slot; the bracket body having a bracket body length disposed between bracket body first and second ends, and the archwire slot configured to receive an archwire; b) a plurality of bracket base extensions each having a one-piece bracket base extension delimited by a bracket base extension periphery which defines a bracket base extension surface area of opposed bracket base extension first and second surfaces; and c) a ligature; wherein said bracket base extension surface area of said bracket base extension first surface is substantially greater than said bracket base surface area of said bracket base first surface; wherein said one-piece bracket base extension first surface is configured to directly bond to a surface of one of said plurality of teeth; wherein said bracket base and said bracket base extension are formed from a weldable metal; and wherein said bracket base fixedly couples to said bracket base extension by welding which joins materials by causing coalescence. a) a plurality of brackets, each bracket including a bracket comprising: i) a bracket base delimited by a bracket base periphery which defines a bracket base surface area of opposed bracket base first and second surfaces; and ii) a bracket body having a bracket body first end coupled to said bracket base second surface and a bracket body second end terminating in an archwire slot; the bracket body having a bracket body length disposed between bracket body first and second ends, and the archwire slot configured to receive an archwire; i) a bracket base delimited by a bracket base periphery which defines a bracket base surface area of opposed bracket base first and second surfaces; and ii) a bracket body having a bracket body first end coupled to said bracket base second surface and a bracket body second end terminating in an archwire slot; the bracket body having a bracket body length disposed between bracket body first and second ends, and the archwire slot configured to receive an archwire; b) a plurality of bracket base extensions each having a one-piece bracket base extension delimited by a bracket base extension periphery which defines a bracket base extension surface area of opposed bracket base extension first and second surfaces; and c) a ligature;
A composition comprising a combination of propionic acid and benzoic acid, salts thereof or anhydride or ester derivatives thereof, dissolved in a non-volatile hygroscopic carrier, for use as a topical anti-fungal preparation in the prevention or treatment of fungal infections.