mhurhangee/patent-ind-claim-en huggingface dataset:
A combustor comprising: an outer casing defining a high pressure plenum therein; a fuel nozzle having an outer sleeve and at least partially disposed within the high pressure plenum ; a combustion liner having an upstream end portion that at least partially surrounds the outer sleeve of the fuel nozzle . and a downstream end portion ; and a resonator disposed proximate to the upstream end portion of the combustion liner , the resonator including a plurality of circumferentially spaced inlet apertures disposed along a radially outer surface of the resonator , an air chamber defined within the resonator and a plurality of outlet apertures disposed along a radially inner surface of the resonator , wherein the plurality of inlet apertures provide for fluid flow into the air chamber and the plurality of outlet apertures provide for fluid flow out of the air chamber , wherein the resonator extends at least partially circumferentially around an outer surface of the upstream end portion of the combustion liner , characterized in that the plurality of outlet apertures provide for fluid flow out of the air chamber and into a radial flow passage defined within the combustor , the radial flow passage being defined between the outer sleeve of the fuel nozzle and at least one of the combustion liner and the inner surface of the resonator , and in that the combustor further comprises a radial projection that extends radially outwardly from the outer surface of the combustion liner , wherein the combustion liner includes a step wall axially spaced from the radial projection , wherein the resonator is disposed between the radial projection and the step wall wherein the combustor further comprises a spring disposed between the radial projection and a forward wall of the resonator , wherein the spring pushes axially against the resonator so as to load an aft wall of the resonator against the step wall .
A nozzle assembly , comprising: an outer cowl ; an inner nozzle sleeve disposed within the outer cowl; nested support rings by which the outer cowl and the inner nozzle sleeve are coupled; sets of rivets to respectively connect the nested support rings to the inner nozzle sleeve, the nested support rings together and the nested support rings to the outer cowl; and an elongate washer configured to reinforce three or more rivets of one or more of the sets of rivets. an outer cowl ; an inner nozzle sleeve disposed within the outer cowl; nested support rings by which the outer cowl and the inner nozzle sleeve are coupled; sets of rivets to respectively connect the nested support rings to the inner nozzle sleeve, the nested support rings together and the nested support rings to the outer cowl; and an elongate washer configured to reinforce three or more rivets of one or more of the sets of rivets.
Radial blower , in particular for suction hoods, having an impeller rotation axis (R) and comprising: - a housing with a first axial suction opening and a second axial suction opening opposite the first suction opening and an outlet opening in tangential direction, the outlet opening defining an opening plane , - a conveying unit arranged in a conveying space inside the housing and having an electric motor and an impeller connected to a rotor of the electric motor , wherein a tangential outlet portion of the housing forms an outlet channel delimited by an outer wall portion and an inner wall portion opposite the outer wall portion , wherein, in a section plane parallel to the opening plane , the outlet channel and the outlet opening define a flow section in which the inner wall portion forms a flattened base substantially parallel to the rotation axis (R) and the outer wall portion forms a delimitation in the shape of an arc, the ends of which are connected to the ends of the flattened base , characterized in that the inner wall portion has a circle arc shape in a longitudinal cross-section, in a section plane orthogonal to the rotation axis (R), having a radius greater than the outer radius of the impeller , or in the range from 4/3 to 6/3 of the outer radius of the impeller . - a housing with a first axial suction opening and a second axial suction opening opposite the first suction opening and an outlet opening in tangential direction, the outlet opening defining an opening plane , - a conveying unit arranged in a conveying space inside the housing and having an electric motor and an impeller connected to a rotor of the electric motor ,
Operating method for an application robot (LR) or for a first application robot (LR1) and at least one further second application robot (LR2) for applying a fluid on one or more workpieces, wherein the application robot (LR) runs during operation through a first positioning range (SB1), which is a near range, and a second positioning range (SB2), which is a remote range, or wherein the first application robot (LR1) and the at least one further second application robot (LR2) run during operation through a plurality of positioning ranges (SB11, SB22), characterized in that S1) for the positioning ranges (SB1, SB2) of the robot (LR) its dynamic behaviour, comprising a maximum permissible positive or negative acceleration, and/or a load characteristic value, representing a maximum permissible loading of the robot, are determined during traversing of a robot program, or for the positioning ranges (SB11, SB22) of the first robot (LR1) and of the further second robot (LR2) their dynamic behaviour, comprising a maximum permissible positive or negative acceleration, and/or a load characteristic value, representing a maximum permissible loading of the respective robot (LR1, LR2), are determined during traversing of a robot program, S2) the dynamic behaviour and/or the load characteristic value of the robot (LR) in the first positioning range (SB1) are adapted to the dynamic behaviour and/or to the load characteristic value in the second positioning range (SB2) of the robot (LR) or the dynamic behaviour and/or the load characteristic value of the first robot (LR1) in at least a first positioning range (SB11) are adapted to the dynamic behaviour and/or to the load characteristic value of the second robot (LR2) in at least one second positioning range (SB22), and S3) the fluid is applied with the adapted dynamic behaviour and/or load characteristic value. S1) for the positioning ranges (SB1, SB2) of the robot (LR) its dynamic behaviour, comprising a maximum permissible positive or negative acceleration, and/or a load characteristic value, representing a maximum permissible loading of the robot, are determined during traversing of a robot program, or for the positioning ranges (SB11, SB22) of the first robot (LR1) and of the further second robot (LR2) their dynamic behaviour, comprising a maximum permissible positive or negative acceleration, and/or a load characteristic value, representing a maximum permissible loading of the respective robot (LR1, LR2), are determined during traversing of a robot program, S2) the dynamic behaviour and/or the load characteristic value of the robot (LR) in the first positioning range (SB1) are adapted to the dynamic behaviour and/or to the load characteristic value in the second positioning range (SB2) of the robot (LR) or the dynamic behaviour and/or the load characteristic value of the first robot (LR1) in at least a first positioning range (SB11) are adapted to the dynamic behaviour and/or to the load characteristic value of the second robot (LR2) in at least one second positioning range (SB22), and S3) the fluid is applied with the adapted dynamic behaviour and/or load characteristic value.
A method for wireless communication, comprising: identifying a plurality of time domain reference signal symbol sets for transmission via a plurality of antennas in a symbol period, wherein each of the plurality of time domain reference signal symbol sets is associated with an antenna port; performing respective time to frequency domain transforms on the plurality of time domain reference signal symbol sets over respective time to frequency domain transform sizes to obtain a plurality of frequency domain signals, wherein, for the respective time to frequency domain transforms, respective time domain reference signal symbol sets are mapped to respective subsets of time domain inputs of the respective time to frequency domain transforms; mapping the plurality of frequency domain signals to respective subsets of a set of subcarriers; performing respective frequency to time domain transforms on the plurality of mapped frequency domain signals to obtain a plurality of time domain waveforms; and transmitting the plurality of time domain waveforms to a receiver via the plurality of antennas in the symbol period. identifying a plurality of time domain reference signal symbol sets for transmission via a plurality of antennas in a symbol period, wherein each of the plurality of time domain reference signal symbol sets is associated with an antenna port; performing respective time to frequency domain transforms on the plurality of time domain reference signal symbol sets over respective time to frequency domain transform sizes to obtain a plurality of frequency domain signals, wherein, for the respective time to frequency domain transforms, respective time domain reference signal symbol sets are mapped to respective subsets of time domain inputs of the respective time to frequency domain transforms; mapping the plurality of frequency domain signals to respective subsets of a set of subcarriers; performing respective frequency to time domain transforms on the plurality of mapped frequency domain signals to obtain a plurality of time domain waveforms; and transmitting the plurality of time domain waveforms to a receiver via the plurality of antennas in the symbol period.
An oral pharmaceutical formulation with bimodal in vitro release comprising acemetacin or a pharmaceutically acceptable salt thereof wherein the composition is composed of a. an immediate-release unit comprising micronised acemetacin or its pharmaceutically acceptable salt thereof, wherein the particle size of micronised acemetacin is d 5 μm or less, d 1 to 3 μm, i, d less than 1 μm, b. a retard-release unit comprising non-micronised acemetacin or its pharmaceutically acceptable salt thereof and at least two release modifiers, wherein particle size of non-micronised acemetacin is d 100 μm or less, d 10 to 20 μm , d less than 5 μm, wherein the multiple-unit dosage form presents a dissolution profile at least 20% after 15 minutes and 30%-40% after one hour in conditions of Type I apparatus (basket), 100 rpm at 37°C, 900 ml USP buffer pH 5.0 with the w/w ratio of non-micronised acemetacin to micronised acemetacin of 2:1 to 5: 1. a. an immediate-release unit comprising micronised acemetacin or its pharmaceutically acceptable salt thereof, wherein the particle size of micronised acemetacin is d 5 μm or less, d 1 to 3 μm, i, d less than 1 μm, b. a retard-release unit comprising non-micronised acemetacin or its pharmaceutically acceptable salt thereof and at least two release modifiers, wherein particle size of non-micronised acemetacin is d 100 μm or less, d 10 to 20 μm , d less than 5 μm, wherein the multiple-unit dosage form presents a dissolution profile at least 20% after 15 minutes and 30%-40% after one hour in conditions of Type I apparatus (basket), 100 rpm at 37°C, 900 ml USP buffer pH 5.0 with the w/w ratio of non-micronised acemetacin to micronised acemetacin of 2:1 to 5: 1.
Device for purifying fluids, comprising a mass transfer apparatus for purifying a slightly volatile fluid or a heavily volatile fluid by means of mass transfer between the slightly volatile fluid and the heavily volatile fluid, the mass transfer apparatus in particular being configured as an absorber or as a desorber into which can be fed the slightly volatile fluid and the heavily volatile fluid, said mass transfer apparatus comprising a structured packing, said structured packing comprising a first packing layer and a second packing layer , the first packing layer and the second packing layer exhibiting a wavy profile, through the wavy profile open channels , are formed, which are respectively limited by apices arranged in between them, the channels of the first packing layer cross the channels of the second packing layer , the channels being adapted to be flown through by the heavily volatile fluid, such that the channel being wetted by the heavily volatile fluid characterized in that the wavy profile comprises a constant corrugation height , the first packing layer being in touching contact with the second packing layer by means of spacers , the spacers being part of the first or second packing layer , they are located on apices and are configured as a strip or a strand-type element, which respectively extends in the direction of one of the apices , the strip or the strand-type element being a wire, a sheet-metal strip or a rod member, mounted onto a packing layer.
A composition comprising a first and a second compound, wherein said first compound is a corticosteroid and said second compound comprises at least one cell wall binding domain specifically binding the peptidoglycan cell wall of a bacterial cell, preferably a gram positive bacterial cell and wherein said second compound is a polypeptide that has at least 80% identity with SEQ ID NO: 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30, 32, 34, 36, 38, 40, 42, 44, 46, 48, 50, 52, 54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 98 or 100; and/or said cell wall binding domain has at least 80% identity to any of SEQ ID NO: 4, 6 or 8; and/or wherein said one or more enzymatic active domains has at least 80% identity to any of SEQ ID NO: 10, 12, 14, 16, 18, 98 or 100.
A micro-valve configured to dispense amounts of fluid in the range of 1nl to 1μl, comprising: a floating armature ; wherein the floating armature is within a fluid flow path through the valve and comprises three or more channels extending along the armature in the direction of fluid flow; a fixed armature within the flow path of the fluid, which comprises three or more channels corresponding to the channels on the floating armature; a spring arranged between the floating armature and the fixed armature, radially inwards of the channels on the floating and fixed armatures; and a valve outlet ; a body housing comprising a body section and a head section , the valve outlet being provided in the head section, the floating armature, fixed armature and spring being provided in the body section; characterised in that the outlet has a diameter of 1.2 mm or less; in that the floating armature is configured to move up to 0.5 mm when actuated; and in that the head section and the body section are connected in a releasable manner. a floating armature ; wherein the floating armature is within a fluid flow path through the valve and comprises three or more channels extending along the armature in the direction of fluid flow; a fixed armature within the flow path of the fluid, which comprises three or more channels corresponding to the channels on the floating armature; a spring arranged between the floating armature and the fixed armature, radially inwards of the channels on the floating and fixed armatures; and a valve outlet ; a body housing comprising a body section and a head section , the valve outlet being provided in the head section, the floating armature, fixed armature and spring being provided in the body section; characterised in that the outlet has a diameter of 1.2 mm or less; in that the floating armature is configured to move up to 0.5 mm when actuated; and in that the head section and the body section are connected in a releasable manner.
A method performed by a radio access network control node operating in a communication network having an associated user device , wherein the user device has an ongoing application service session with an application server via the communication network, wherein the application service session comprises a frame structure according to which a predetermined plurality of packets is transmitted within each frame, the method comprising: detecting that a trigger condition is met for the user device, the trigger condition indicating an upcoming communication interruption in relation to the application service session; and causing implementation of a temporary transmission rate adjustment of the application service session, wherein implementation of the temporary transmission rate adjustment is characterized by increasing an in-frame packet rate, and wherein the temporary transmission rate adjustment provides a radio access channel margin accommodating the upcoming communication interruption before a subsequent frame. detecting that a trigger condition is met for the user device, the trigger condition indicating an upcoming communication interruption in relation to the application service session; and causing implementation of a temporary transmission rate adjustment of the application service session, wherein implementation of the temporary transmission rate adjustment is characterized by increasing an in-frame packet rate, and wherein the temporary transmission rate adjustment provides a radio access channel margin accommodating the upcoming communication interruption before a subsequent frame.
A battery monitoring device comprising: a plurality of battery modules arranged in a line; a plurality of first antennas (AT1) respectively mounted on the plurality of battery modules and wirelessly transmitting status information of the battery modules; a second antenna (AT2) for receiving the status information transmitted from the first antennas (AT1); and a monitoring unit that monitors the plurality of battery modules based on the status information received by the second antenna (AT2), wherein the plurality of first antennas (AT1) is mounted on a same plane, and wherein the second antenna (AT2) is disposed at the center in an arrangement direction (D2) of the battery modules, wherein the second antenna (AT2) is disposed at the center in an orthogonal direction (D1) orthogonal to the arrangement direction (D2) in plain view, wherein among the plurality of first antennas (AT1), the first antennas (AT1) disposed a odd-numbered positions from one side in the arrangement direction (D2) are disposed on one side in the orthogonal direction (D1) with respect to the second antenna (AT2), and wherein among the plurality of first antennas (AT1), the first antennas (AT1) disposed a even-numbered positions from the one side in the arrangement direction (D2) are disposed on another side in the orthogonal direction (D1) with respect to the second antenna (AT2). a plurality of battery modules arranged in a line; a plurality of first antennas (AT1) respectively mounted on the plurality of battery modules and wirelessly transmitting status information of the battery modules; a second antenna (AT2) for receiving the status information transmitted from the first antennas (AT1); and a monitoring unit that monitors the plurality of battery modules based on the status information received by the second antenna (AT2), wherein the plurality of first antennas (AT1) is mounted on a same plane, and wherein the second antenna (AT2) is disposed at the center in an arrangement direction (D2) of the battery modules, wherein the second antenna (AT2) is disposed at the center in an orthogonal direction (D1) orthogonal to the arrangement direction (D2) in plain view, wherein among the plurality of first antennas (AT1), the first antennas (AT1) disposed a odd-numbered positions from one side in the arrangement direction (D2) are disposed on one side in the orthogonal direction (D1) with respect to the second antenna (AT2), and wherein among the plurality of first antennas (AT1), the first antennas (AT1) disposed a even-numbered positions from the one side in the arrangement direction (D2) are disposed on another side in the orthogonal direction (D1) with respect to the second antenna (AT2).
A customizable tenting system comprising: a tent top material having location points for coupling, wherein the tent top material comprises a rectangular portion , at least a first and second triangular portions on opposing sides of the rectangular portion ; a tent coupling apparatus adapted to couple the customizable tent to at least one of another tent and an accessory; a plurality of anchor points disposed in the periphery of the tent top material, wherein the anchor points are adapted to couple with an anchor apparatus wherein the anchor apparatus is adapted to couple the tent top material to at least one of a surface and other structure; a plurality of manipulation positions extending along lines in proximity to the location points, wherein the manipulation positions are adapted to guide the forming of a plurality of shapes of the tent top material , wherein the tent top material is adapted to be configured in a plurality of forms and attach to another tent along at least one side of the rectangular portion between the first and second triangular portions ; and an anchor apparatus for coupling with one of the anchor points and anchoring the tent top material to a surface or an object, characterized in that the anchor apparatus comprises a T-shaped member having a first, second and third cam actuator adapted to hold a line between the cam and the body of the T-shaped member, wherein the anchor apparatus is adapted to receive and hold in place up to three lines. a tent top material having location points for coupling, wherein the tent top material comprises a rectangular portion , at least a first and second triangular portions on opposing sides of the rectangular portion ; a tent coupling apparatus adapted to couple the customizable tent to at least one of another tent and an accessory; a plurality of anchor points disposed in the periphery of the tent top material, wherein the anchor points are adapted to couple with an anchor apparatus wherein the anchor apparatus is adapted to couple the tent top material to at least one of a surface and other structure; a plurality of manipulation positions extending along lines in proximity to the location points, wherein the manipulation positions are adapted to guide the forming of a plurality of shapes of the tent top material , wherein the tent top material is adapted to be configured in a plurality of forms and attach to another tent along at least one side of the rectangular portion between the first and second triangular portions ; and an anchor apparatus for coupling with one of the anchor points and anchoring the tent top material to a surface or an object, characterized in that the anchor apparatus comprises a T-shaped member having a first, second and third cam actuator adapted to hold a line between the cam and the body of the T-shaped member, wherein the anchor apparatus is adapted to receive and hold in place up to three lines.