mhurhangee/ep-ind-claims huggingface dataset:
Headphone or headset having at least one microphone, at least one analogue pre-emphasis filter for pre-equalising a microphone signal, an AD converter for digitising the output signal of the pre-emphasis filter, an active noise compensation unit for carrying out an active noise compensation based on the pre-equalised and digitised output signal of the microphone and for outputting an anti-noise signal, and a DA convertor for carrying out a digital/analogue conversion of the anti-noise produced by the active noise compensation unit.
Chain link for a cable carrier chain having two side links arranged at a distance to each other and extending in parallel to each other in a longitudinal direction and from a lower side to an upper side in a height extension, having at least one frame stay (16, 18) which connects the side links to each other and which runs transversely to the longitudinal direction and to the height extension, and having an extension bracket (26, 26a) protruding over the upper sides of the side links to receive at least one cable which is connected releasably to the frame stay or to one of the frame stays at a distance to the side links, and has two free ends, characterised in that the free ends are either set on the respective frame stay and are each connected releasably to a fixing element such that the respective frame stay is encompassed in a ring, or that each free end is connected releasably to a fixing element which is fixed to the respective frame stay, and that the connections between the free ends and the fixing elements (30, 30a) each have two locking tongues which bear a locking hook on each of their free ends and transverse surfaces which are engaged behind by the locking hooks.
Method for machining blade tips of an assembled compressor rotor of a gas turbine, wherein the compressor rotor comprises at least one row of blades having blades which are to be machined and at least one row of blades having blades which are not to be machined, characterized in that the at least one row of blades not to be machined is accommodated in a static protective housing, which is not rotated with the compressor rotor and which encloses the row of blades, wherein movable housing parts of the static protective housing are arranged around the row of blades not to be machined and are closed, and in that the at least one row of blades to be machined is subsequently machined, with rotation of the compressor rotor, by means of a processing machine.
Power electronic system comprising one or more power electronic components implemented at least partly on one or more circuit boards, characterized in that said circuit board is planar and circular or toroidal in shape, the centre of which comprises a circular opening of diameter D for cooperating with a hose for circulating a flow for cooling power electronic components.
A method performed by a device in a wireless communication system, the method comprising: identifying a first position of a transmitter and a second position of a receiver; identifying, based on image information, information on an area in which a moving object is located between the first position and the second position; identifying characteristic information of the moving object affecting a transmission of a signal in the area; and modelling a communication environment in which a signal transmitted from the first position to the second position, based on the characteristic information of the moving object, wherein the characteristic information of the moving object comprises a movement frequency of the moving object and a number of objects that have passed through the area per unit time. identifying a first position of a transmitter and a second position of a receiver; identifying, based on image information, information on an area in which a moving object is located between the first position and the second position; identifying characteristic information of the moving object affecting a transmission of a signal in the area; and modelling a communication environment in which a signal transmitted from the first position to the second position, based on the characteristic information of the moving object, wherein the characteristic information of the moving object comprises a movement frequency of the moving object and a number of objects that have passed through the area per unit time.
A method of producing foamed plastic parts having a solid outer skin and a foamed core, wherein the outer skin and the foamed core are made from the same polymer, including the following steps: a) degassing a first amount of a blowing agent-containing polymer melt, b) injecting the first amount of the polymer melt, that was degassed in step (a), and a second amount of the blowing agent-containing polymer melt into a mould cavity in a tool, and c) foaming up the blowing agent-containing polymer melt, characterised in that the first amount of the polymer melt for degassing is contained in a hot runner of the tool and that prior to implementation of step (a) a plastic component is injected into a part of the mould cavity, which encloses at least a part of the foamed plastic part as an outer skin and the plastic component is at least partially hardened prior to implementation of step (b). a) degassing a first amount of a blowing agent-containing polymer melt, b) injecting the first amount of the polymer melt, that was degassed in step (a), and a second amount of the blowing agent-containing polymer melt into a mould cavity in a tool, and c) foaming up the blowing agent-containing polymer melt,
A flame retardant composition, comprising: at least one phosphorus compound represented by the following general formula or; a polyether group-containing cationic surfactant; and a nonionic surfactant: where A represents a divalent hydrocarbon group having 1 to 20 carbon atoms, n represents a number of from 1 to 10, and R 1 to R 8 each independently represent a hydrogen atom or an alkyl group having 1 to 20 carbon atoms; where R 9 to R 14 each independently represent a hydrogen atom or an alkyl group having 1 to 20 carbon atoms, and r 1, r 2, and r 3 each independently represent a number of 1 or 0. at least one phosphorus compound represented by the following general formula or; a polyether group-containing cationic surfactant; and a nonionic surfactant: where A represents a divalent hydrocarbon group having 1 to 20 carbon atoms, n represents a number of from 1 to 10, and R 1 to R 8 each independently represent a hydrogen atom or an alkyl group having 1 to 20 carbon atoms; where R 9 to R 14 each independently represent a hydrogen atom or an alkyl group having 1 to 20 carbon atoms, and r 1, r 2, and r 3 each independently represent a number of 1 or 0.
A method (94, 294) of manufacturing a saw blade (10, 210), the method (94, 294) comprising: providing a saw blade body (14,214); forming a plurality of gullets (78, 278) and a first portion (38, 238) of a plurality of tooth bodies (50, 250) in the saw blade body (14, 214), each gullet (78, 278) positioned between adjacent tooth bodies (50, 250); and forming a second portion (42, 242) of the plurality of tooth bodies (50, 250) in the saw blade body (14, 214) separate to forming the plurality of gullets (78, 278) and the first portion (38, 238) of the plurality of tooth bodies (50, 250) in the saw blade body (14, 214), characterized in that while forming the second portion (42, 242) of the plurality of tooth bodies (50, 250), material is not removed from the saw blade body (14, 214) to form the plurality of gullets (78, 278). providing a saw blade body (14,214); forming a plurality of gullets (78, 278) and a first portion (38, 238) of a plurality of tooth bodies (50, 250) in the saw blade body (14, 214), each gullet (78, 278) positioned between adjacent tooth bodies (50, 250); and forming a second portion (42, 242) of the plurality of tooth bodies (50, 250) in the saw blade body (14, 214) separate to forming the plurality of gullets (78, 278) and the first portion (38, 238) of the plurality of tooth bodies (50, 250) in the saw blade body (14, 214), characterized in that while forming the second portion (42, 242) of the plurality of tooth bodies (50, 250), material is not removed from the saw blade body (14, 214) to form the plurality of gullets (78, 278).
A magnetic compound represented by (R (1-x) Zr x) a (Fe (1-y) Co y) b T c M d A e, the magnetic compound comprising a ThMn 12 type crystal structure, wherein R represents one or more rare earth elements, T represents one or more elements selected from the group consisting of Ti, V, Mo, and W, M represents one or more elements selected from the group consisting of unavoidable impurity elements, Al, Cr, Cu, Ga, Ag, and Au, A represents one or more elements selected from the group consisting of N, C, H, and P, 0≤x≤0.5, 0≤y≤0.6, 4≤a≤20, b=100-a-c-d, 0<c<7, 0≤d≤ 1, and 1≤e≤18, characterised in that a volume percentage of an α-(Fe,Co) phase is 20% or lower.
A gas turbine casing made of composite material comprising reinforcement densified by a matrix, said casing presenting an axisymmetric shape, the casing comprising, in an axial direction (D A): an upstream flange; a retention zone presenting thickness greater than the remainder of the casing; and a downstream flange; wherein the casing presents, in section on a plane defined by the axial direction (D A) and by a radial direction (D R), a profile including at least first and second inclined portions (17, 18) that are inclined relative to each other and relative to the axis of the casing (A 10), the first and second inclined portions meeting at a point (S 10) situated between the retention zone and one of the flanges (16, 14), said point corresponding to the vertex of an angle (β 1) formed by the first and second inclined portions (17, 18), and wherein the distance (d 19) between the vertex of the angle (β 1) and the mean radius (Rm 10) of the casing lies in the range 1.5% to 4% of said mean radius of the casing.
A method of managing a communication connection by a first User Equipment, UE, in a wireless communication system, the method comprising: transmitting a first message consisting in a Random Access, RA, preamble for requesting a Radio Resource Control, RRC, connection, wherein the Random Access preamble belongs to a first set of two RA preamble sets, the first set is a RA preamble set reserved for Proximity-based Service, ProSe, and a second set of the two RA preamble sets is a RA preamble set reserved for non-ProSe; establishing the RRC connection with a first Base Station, BS, and the communication connection with a second UE managed by a second BS via a network path including Evolved Packet Core, EPC; and receiving a second message from a ProSe server, wherein the second message indicates that the communication connection with the second UE is out of proximity range, wherein, as a response to the second message, a third message for requesting one of a proximity range extension for maintaining the communication connection with the second UE and a communication connection release is transmitted to the ProSe server. transmitting a first message consisting in a Random Access, RA, preamble for requesting a Radio Resource Control, RRC, connection, wherein the Random Access preamble belongs to a first set of two RA preamble sets, the first set is a RA preamble set reserved for Proximity-based Service, ProSe, and a second set of the two RA preamble sets is a RA preamble set reserved for non-ProSe; establishing the RRC connection with a first Base Station, BS, and the communication connection with a second UE managed by a second BS via a network path including Evolved Packet Core, EPC; and receiving a second message from a ProSe server, wherein the second message indicates that the communication connection with the second UE is out of proximity range, wherein, as a response to the second message, a third message for requesting one of a proximity range extension for maintaining the communication connection with the second UE and a communication connection release is transmitted to the ProSe server.
An electrospindle for automatic tool changing, comprising: - an electric motor, the rotating shaft of which supports at one end a collet-like coupling for interchangeable milling tools and the like, and, at an opposite end, a bladed tool, - an axial maneuvering rod, which is coaxial and passes through the rotating shaft, for opening and closing the collet-like coupling, said electrospindle being characterized in that it is configured so as to have direct access from the outside to said maneuvering rod in order to move the latter wherein said bladed tool comprises an annular blade-supporting body and a circular blade, said blade-supporting body being coaxial and concentric with respect to the rotating shaft wherein an external opening for direct access to the maneuvering rod is defined on the annular blade-supporting body. - an electric motor, the rotating shaft of which supports at one end a collet-like coupling for interchangeable milling tools and the like, and, at an opposite end, a bladed tool, - an axial maneuvering rod, which is coaxial and passes through the rotating shaft, for opening and closing the collet-like coupling, said electrospindle being characterized in that it is configured so as to have direct access from the outside to said maneuvering rod in order to move the latter wherein said bladed tool comprises an annular blade-supporting body and a circular blade, said blade-supporting body being coaxial and concentric with respect to the rotating shaft wherein an external opening for direct access to the maneuvering rod is defined on the annular blade-supporting body.
A subsea converter device for providing an electrical power conversion, comprising: - a pressure compensated device enclosure sealing an interior of the pressure compensated device enclosure from an exterior of the pressure compensated device enclosure, and - a plurality of converter module devices arranged within the pressure compensated device enclosure, characterized in that each of the converter module devices comprises a corresponding pressure compensated module enclosure sealing an interior of the pressure compensated module enclosure from the interior of the pressure compensated device enclosure, wherein the pressure compensated module enclosure comprises a compensator for compensating a volume change of a pressure compensated fluid inside the pressure compensated module enclosure, and that the subsea converter device comprises a subsea variable speed drive, each converter module device comprising a power cell of the variable speed drive. - a pressure compensated device enclosure sealing an interior of the pressure compensated device enclosure from an exterior of the pressure compensated device enclosure, and - a plurality of converter module devices arranged within the pressure compensated device enclosure, characterized in that
A method of determining liquid phase turbidity of a multiphase wastewater in a wastewater treatment system comprising a flocculation chamber and a floc removal device, the method comprising the steps of placing a turbidity sensor including a housing unit containing a light emitter and a light sensor into the multiphase wastewater prior to the floc removal device; emitting a light signal and receiving a signal at the light sensor indicative of an amount of light scattered by or transmitted through the wastewater, characterized in that it further comprises the steps of sampling the signal to produce a plurality of signal sample values wherein the sample values produced by the liquid phase of the wastewater in the absence of floc particles produce a first set of sample values and wherein the sample values produced when floc particles are in the path of the signal produce a second set of sample values; identifying the first set of sample values based on a threshold, by comparing the sample values to the threshold for identifying and discarding the second set of sample values, on the basis that floc particles reflect light such that a center value of the first set of sample values is significantly higher than a center value of the second set of sample values; and determining the turbidity of the liquid phase of the wastewater based on the identified first set of sample values.
An apparatus of an enhanced node B, eNB, comprising: storage configured to store connection information for a UE, the connection information including wireless local area network termination, WT, information; a processor configured to: generate a WT addition message for a target WT; process a WT addition request acknowledge message from the target WT; generate a connection reconfiguration request for a user equipment, UE; process a connection reconfiguration request complete message from the UE; process an association confirmation message, and generate a WT release request for a source WT to release allocated WLAN resources; wherein to generate the WT release request further includes generating the WT release request after the connection reconfiguration request. storage configured to store connection information for a UE, the connection information including wireless local area network termination, WT, information; a processor configured to: generate a WT addition message for a target WT; process a WT addition request acknowledge message from the target WT; generate a connection reconfiguration request for a user equipment, UE; process a connection reconfiguration request complete message from the UE; process an association confirmation message, and generate a WT release request for a source WT to release allocated WLAN resources; wherein to generate the WT release request further includes generating the WT release request after the connection reconfiguration request. generate a WT addition message for a target WT; process a WT addition request acknowledge message from the target WT; generate a connection reconfiguration request for a user equipment, UE; process a connection reconfiguration request complete message from the UE; process an association confirmation message, and generate a WT release request for a source WT to release allocated WLAN resources; wherein to generate the WT release request further includes generating the WT release request after the connection reconfiguration request.
Composite cellulose material comprising: - a layer of cellulose material, - a starch-based reinforcement grid positioned on at least one surface of the cellulose material layer according to positioning areas, said reinforcement grid defining a plane and comprising a plurality of meshes delimited by grid wires, wherein the grid wires have a width in the plane of the grid comprised between 0.1 mm and 3 mm and the coverage rate of the reinforcement grid on the surface of the cellulose material layer is comprised between 10% and 60%, the composite cellulose material having a three-dimensional relief wherein the layer of cellulose material has folds at the areas for positioning the reinforcement grid and raised bumps on either side of the plane of the grid delimited by the folds. - a layer of cellulose material, - a starch-based reinforcement grid positioned on at least one surface of the cellulose material layer according to positioning areas, said reinforcement grid defining a plane and comprising a plurality of meshes delimited by grid wires, wherein the grid wires have a width in the plane of the grid comprised between 0.1 mm and 3 mm and the coverage rate of the reinforcement grid on the surface of the cellulose material layer is comprised between 10% and 60%, the composite cellulose material having a three-dimensional relief wherein the layer of cellulose material has folds at the areas for positioning the reinforcement grid and raised bumps on either side of the plane of the grid delimited by the folds.
An electronic apparatus comprising: a signal receiver configured to receive a first wireless signal; a signal transmitter configured to output a second wireless signal; and a processor configured to identify an external apparatus targeted to operate based on an input key, as the first wireless signal corresponding to the input key is repetitively received through the signal receiver, and control the signal transmitter to repetitively output the second wireless signal, by which the identified external apparatus recognizes the input key, based on the reception of the first wireless signal, each of the first wireless signal and the second wireless signal alternating between a signal section and an idle section based on a given period, and the processor controlling the signal transmitter to output the second wireless signal in the idle section of the first wireless signal. a signal receiver configured to receive a first wireless signal; a signal transmitter configured to output a second wireless signal; and a processor configured to identify an external apparatus targeted to operate based on an input key, as the first wireless signal corresponding to the input key is repetitively received through the signal receiver, and control the signal transmitter to repetitively output the second wireless signal, by which the identified external apparatus recognizes the input key, based on the reception of the first wireless signal, each of the first wireless signal and the second wireless signal alternating between a signal section and an idle section based on a given period, and the processor controlling the signal transmitter to output the second wireless signal in the idle section of the first wireless signal.
An odor trap for connection to a drain housing adapted for being fixedly mounted to a building structure such as a floor, the odor trap comprising: - an overflow cup having a bottom, a sidewall extending from said bottom and an overflow rim defined on said sidewall, the sidewall having an inner surface and an outer surface; - an immersion pipe extending into the overflow cup said immersion pipe having a tubular wall with an inner side and an outer side, an upper rim and an lower rim, an inlet formed opposite the lower rim; - connection means for connecting to a receiving portion of said drain housing and being provided at the upper rim of the immersion pipe; and - at least one wall forming a connection between the overflow cup and the immersion pipe, characterized in that the odour trap is such that a flow of liquid through the odor trap is partitioned in at least two completely separated pathways (40', 40") all the way from the inlet of the immersion pipe to the overflow rim of the overflow cup. - an overflow cup having a bottom, a sidewall extending from said bottom and an overflow rim defined on said sidewall, the sidewall having an inner surface and an outer surface; - an immersion pipe extending into the overflow cup said immersion pipe having a tubular wall with an inner side and an outer side, an upper rim and an lower rim, an inlet formed opposite the lower rim; - connection means for connecting to a receiving portion of said drain housing and being provided at the upper rim of the immersion pipe; and - at least one wall forming a connection between the overflow cup and the immersion pipe,