mhurhangee/ep-ind-claims huggingface dataset:
A cutting insert for a power skiving tool for cutting tooth grooves, the cutting insert comprising an insert body having a bottom surface generally extending in a first plane and being configured to abut against a corresponding surface of a power skiving tool, an upper surface extending opposite to the bottom surface, and a body axis extending substantially in parallel with the first plane, wherein seen along the body axis the insert body comprises a cutting end portion and opposite thereto an abutment surface configured to abut against a corresponding surface of a power skiving tool, wherein the abutment surface extends substantially perpendicularly to the body axis and to the first plane, wherein the cutting end portion is provided with a first cutting edge, which extends along an edge portion of the upper surface, and characterised in that the cutting end portion is further provided with a second cutting edge, the first cutting edge and the second cutting edge being directed in a same cutting direction, wherein the second cutting edge extends in a second plane, the second plane being substantially parallel with the first plane and extending between the upper surface and the first plane, and seen along a normal to the first plane at least a portion of the second cutting edge extends from the insert body beyond the first cutting edge. an insert body having a bottom surface generally extending in a first plane and being configured to abut against a corresponding surface of a power skiving tool, an upper surface extending opposite to the bottom surface, and a body axis extending substantially in parallel with the first plane, wherein seen along the body axis the insert body comprises a cutting end portion and opposite thereto an abutment surface configured to abut against a corresponding surface of a power skiving tool, wherein the abutment surface extends substantially perpendicularly to the body axis and to the first plane, wherein the cutting end portion is provided with a first cutting edge, which extends along an edge portion of the upper surface, and characterised in that the cutting end portion is further provided with a second cutting edge, the first cutting edge and the second cutting edge being directed in a same cutting direction, wherein the second cutting edge extends in a second plane, the second plane being substantially parallel with the first plane and extending between the upper surface and the first plane, and seen along a normal to the first plane at least a portion of the second cutting edge extends from the insert body beyond the first cutting edge.
A slave cylinder for a clutch actuating device of a motor vehicle, having a housing, a piston, which is movably received in the housing and, together with the housing, delimits a fluidic pressure chamber, wherein the piston has a seal, which seals the pressure chamber from an environment, and having a sensor device, designed to detect a position of the piston along the displacement path thereof, wherein an encoder part of the sensor device is received on the piston in a stationary manner, wherein the encoder part is guided in a guide track, formed in the housing, along the displacement path of the piston relative to the housing, characterized in that the encoder part is received on a base section of the piston such that it is fixed along a longitudinal axis and that the encoder part is guided in a freely movable manner in a receiving groove of the base section running in the circumferential direction.
A refrigeration unit (100, 200) for a heating, ventilation, air conditioning, and refrigeration system, comprising: a refrigerant circuit (102A, 102B), including: a compressor, a plurality of condensers connected in parallel and each having a condenser portion (106A-112A) and a subcooler portion (106B-112B), an expansion device, and an evaporator fluidly connected; a single receiver tank that is fluidly connected to an output of the condenser portions (106A-112A) of the plurality of condensers and an input of the subcooler portions (106B-112B) of the plurality of condensers; and a restrictor to induce a pressure drop in a working fluid flowing from the subcooler portion (106B-112B) of at least one of the plurality of condensers. a compressor, a plurality of condensers connected in parallel and each having a condenser portion (106A-112A) and a subcooler portion (106B-112B), an expansion device, and an evaporator fluidly connected; a single receiver tank that is fluidly connected to an output of the condenser portions (106A-112A) of the plurality of condensers and an input of the subcooler portions (106B-112B) of the plurality of condensers; and a restrictor to induce a pressure drop in a working fluid flowing from the subcooler portion (106B-112B) of at least one of the plurality of condensers.
A MEMS sound transducer to generate and/or detect sound waves in the audible wavelength spectrum with a carrier substrate, a cavity executed in the carrier substrate, which has at least one opening, and a multilayered piezoelectric membrane structure, spanning over the opening of the cavity and connected in its edge area with the carrier substrate, so that with respect to the carrier substrate, it is capable of vibrating to generate and/or detect sound energy, wherein the membrane structure has in cross-section at least in some areas a first and a second piezo layer (8, 9) arranged separately from it, and that an interlayer is arranged in the area between the two piezo layers (8, 9), configured such that by means of it, sound energy can be reflected in the direction of at least one interface (17, 18) of the membrane structure adjacent to the air, characterized in that the membrane structure in the top view has several transducer areas (38, 39) separately controllable from one another, that the carrier substrate in the top view has at least one supporting element executed in the interior of the frame, arranged to support the membrane structure between two transducer areas (38, 39) that the supporting element is attached to the membrane structure with its supporting element end that faces the membrane structure.
Vulcanizing device with radially mobile segments for moulding and vulcanizing a tyre comprising: • a bottom plate supporting a bottom shell for moulding a tyre sidewall, • an axially mobile top plate supporting a top shell for moulding a tyre sidewall, • an axially mobile closure ring comprising an inclined interior face, • a plurality of circumferentially arranged adjacent segments of which the interior radial faces comprise linings for moulding the tread of the tyre and of which the inclined exterior radial faces are able to collaborate with: • first means of coupling with the closure ring which are produced in such a way that the axial movements of the closure ring involve a radial movement of the segments, and • second means of coupling the segments to the top plate which are able to connect the segments to the top plate and to allow their radial movement, the vulcanizing device being characterised in that said second means of coupling are adjustable on the circumference of the top plate. • a bottom plate supporting a bottom shell for moulding a tyre sidewall, • an axially mobile top plate supporting a top shell for moulding a tyre sidewall, • an axially mobile closure ring comprising an inclined interior face, • a plurality of circumferentially arranged adjacent segments of which the interior radial faces comprise linings for moulding the tread of the tyre and of which the inclined exterior radial faces are able to collaborate with: • first means of coupling with the closure ring which are produced in such a way that the axial movements of the closure ring involve a radial movement of the segments, and • second means of coupling the segments to the top plate which are able to connect the segments to the top plate and to allow their radial movement,
A user terminal in a mobile communication system that supports D2D communication that is direct device-to-device communication, comprising: a receiver configured to receive, from a network apparatus, D2D terminal information on another user terminal located around the user terminal, the network apparatus managing a location of the another user terminal that distributes information by the D2D communication; and a controller configured to perform control for discovering the another user terminal, on the basis of the D2D terminal information, characterized in that the D2D terminal information includes an identifier of an application. a receiver configured to receive, from a network apparatus, D2D terminal information on another user terminal located around the user terminal, the network apparatus managing a location of the another user terminal that distributes information by the D2D communication; and a controller configured to perform control for discovering the another user terminal, on the basis of the D2D terminal information, characterized in that the D2D terminal information includes an identifier of an application.
A platform for marine use floating in a sea, comprising: a submerged portion existing below a sea surface, the submerged portion including a ballast for the platform maintaining an upright position in a water and a plurality of chambers sequentially stacked on the ballast; an emerged portion existing above the sea surface; and a wave power generation mechanism portion including the sea surface and coupling the submerged portion and the emerged portion, the wave power generation mechanism portion further including a plurality of floats floating on the sea surface and traveling along float support columns between the submerged and emerged portions, the emerged portion including a generation chamber housing a converter for converting upward and downward movements of the plurality of floats propelled by waves into a continuous unidirectional circular movement and a generator for generating power by the continuous unidirectional circular movement, characterized in that the ballast includes a fixed ballast, the weight of which is fixed and a variable ballast, the weight of which can vary by changing an amount of sea water filled therein, wherein the fixed ballast is located at the lowest point of the platform and provides a significant portion of the platform's mass to ensure a low center of gravity of the platform such that an upright position of the platform in the water is maintained. a submerged portion existing below a sea surface, the submerged portion including a ballast for the platform maintaining an upright position in a water and a plurality of chambers sequentially stacked on the ballast; an emerged portion existing above the sea surface; and a wave power generation mechanism portion including the sea surface and coupling the submerged portion and the emerged portion, the wave power generation mechanism portion further including a plurality of floats floating on the sea surface and traveling along float support columns between the submerged and emerged portions, the emerged portion including a generation chamber housing a converter for converting upward and downward movements of the plurality of floats propelled by waves into a continuous unidirectional circular movement and a generator for generating power by the continuous unidirectional circular movement, characterized in that the ballast includes a fixed ballast, the weight of which is fixed and a variable ballast, the weight of which can vary by changing an amount of sea water filled therein, wherein the fixed ballast is located at the lowest point of the platform and provides a significant portion of the platform's mass to ensure a low center of gravity of the platform such that an upright position of the platform in the water is maintained.
A method performed by a radio network node for managing establishment of a current radio session between a user equipment and the radio network node, wherein the current radio session is associated with a current set of characteristics relating to the radio network node and/or the user equipment, wherein the method comprises: receiving, from a core network node for assisting the radio network node with the establishment of the current radio session, an indication of an initial Modulation and Coding Scheme, MCS, offset, wherein the indication is derived from said previous radio session, wherein the previous radio session is associated with a previous set of the characteristics, wherein the previous set of the characteristics matches the current set of the characteristics; determining a MCS based on the initial MCS offset and on a Channel Quality Indicator, CQI, wherein the CQI is reported by the user equipment; transmitting, during the current radio session with the user equipment, a data packet according to the MCS; and transmitting to the core network node an indication about a MCS offset upon termination of the current radio session, enabling said core network node to save said MCS offset. receiving, from a core network node for assisting the radio network node with the establishment of the current radio session, an indication of an initial Modulation and Coding Scheme, MCS, offset, wherein the indication is derived from said previous radio session, wherein the previous radio session is associated with a previous set of the characteristics, wherein the previous set of the characteristics matches the current set of the characteristics; determining a MCS based on the initial MCS offset and on a Channel Quality Indicator, CQI, wherein the CQI is reported by the user equipment; transmitting, during the current radio session with the user equipment, a data packet according to the MCS; and
Tolerance compensation arrangement having a tolerance compensation apparatus for the indirect mounting and adjustment of at least one motorcycle trim element around a motorcycle light on a motorcycle frame element, comprising a tolerance compensation frame which is fastened by way of a first set of fastening means such that it can be displaced with respect to the motorcycle frame element in a tolerance compensation direction in a partially mounted state, the tolerance compensation frame being fastened by way of the first set of fastening means such that it cannot be displaced with respect to the motorcycle frame element in a final mounted state, characterized in that the at least one motorcycle trim element can be fastened or is fastened to the tolerance compensation frame by way of a second set of fastening means.
Method for managing a downlink transmission in a Multi User-Multiple Input Multiple Output MU-MIMO system, the MU-MIMO system comprising a base station, and a set of remote radio units (2a-2c) connected to the base station, the method comprising steps of: /1/ sorting remote radio units antennas Tx 1,..., Tx M t sensed by the user equipment (4a-4d), with the remote radio units antennas Tx 1,..., Tx M t sorted in ascending order of l ij, where l ij refers to an estimation of large scale channel gain from user equipment i to antenna j and M t is a total number of remote radio units antennas, said sorting comprising: - setting a first set D i as an empty set and a second set U i as set {1,..., M t}; - for each Tx k removing k from U i and adding k to D i if M i M i − 1 − 1 2 ≥ l ik 2 ∑ j ∈ U i l ij 2 − l ik 2, where M i refers to the size of the set U i, and /2/ computing the large scale fading data v i,j associated with the user equipment i, with v i, j = { 1, j ∈ D i 0, j ∈ U i /3/ calculating a UE-specific channel vector as: h ̃ i = h ^ i ⋅ diag V i ⋅ M t M i where ĥ i is a code vector indexed by a user equipment feedback in a Discrete Fourier Transformation codebook and Vi is a vector defined as V i = ( v i,1, v i,2,···, v i,M t), and /4/ scheduling a downlink transmission by using the UE-specific channel vector. /1/ sorting remote radio units antennas Tx 1,..., Tx M t sensed by the user equipment (4a-4d), with the remote radio units antennas Tx 1,..., Tx M t sorted in ascending order of l ij, where l ij refers to an estimation of large scale channel gain from user equipment i to antenna j and M t is a total number of remote radio units antennas, said sorting comprising: - setting a first set D i as an empty set and a second set U i as set {1,..., M t}; - for each Tx k removing k from U i and adding k to D i if M i M i − 1 − 1 2 ≥ l ik 2 ∑ j ∈ U i l ij 2 − l ik 2, where M i refers to the size of the set U i, and - setting a first set D i as an empty set and a second set U i as set {1,..., M t}; - for each Tx k removing k from U i and adding k to D i if M i M i − 1 − 1 2 ≥ l ik 2 ∑ j ∈ U i l ij 2 − l ik 2, where M i refers to the size of the set U i, and /2/ computing the large scale fading data v i,j associated with the user equipment i, with v i, j = { 1, j ∈ D i 0, j ∈ U i /3/ calculating a UE-specific channel vector as: h ̃ i = h ^ i ⋅ diag V i ⋅ M t M i
A thermoplastic molding composition comprising the following components: A) 3 to 77 wt% of one or more styrene copolymers, as component A, B) 15 to 89 wt% of one or more polyamides, as component B, C) 5 to 50 wt% of two or more graft rubbers without olefinic double bonds in the rubber phase, as component C, D) 1 to 25 wt% of a terpolymer of styrene, acrylonitrile, and maleic anhydride, as component D, E) 2 to 30 wt% of rubber based on olefinic monomers, as component E, wherein said rubbers are characterized in that they a) do not have core-shell construction and b) contain at least 0.05 wt% of a functional group. F) 0 to 50 wt% of fibrous or particulate filler or mixtures thereof, as component F, G) 0 to 40% of further adjuvants, as component G, the wt% being based in each case on the total weight of components A to G and together making 100 wt%. A) 3 to 77 wt% of one or more styrene copolymers, as component A, B) 15 to 89 wt% of one or more polyamides, as component B, C) 5 to 50 wt% of two or more graft rubbers without olefinic double bonds in the rubber phase, as component C, D) 1 to 25 wt% of a terpolymer of styrene, acrylonitrile, and maleic anhydride, as component D, E) 2 to 30 wt% of rubber based on olefinic monomers, as component E, wherein said rubbers are characterized in that they a) do not have core-shell construction and b) contain at least 0.05 wt% of a functional group. a) do not have core-shell construction and b) contain at least 0.05 wt% of a functional group. F) 0 to 50 wt% of fibrous or particulate filler or mixtures thereof, as component F, G) 0 to 40% of further adjuvants, as component G,
A blind fastener comprising: a sleeve comprising a first sleeve end, a second sleeve end, and a cavity extending from the first sleeve end to the second sleeve end; and a mandrel configured to be at least partially received by the cavity of the sleeve, the mandrel comprising a first mandrel end disposed adjacent to the first sleeve end and comprising an enlarged portion having a diameter greater than a diameter of the cavity, a second mandrel end comprising a pull region configured to be engaged by an installation tool, and a shank region extending intermediate the first mandrel end and the second mandrel end, characterized in that the pull region comprises an axial length no greater than 3.25 times a diameter ( d 3) of the shank region. a sleeve comprising a first sleeve end, a second sleeve end, and a cavity extending from the first sleeve end to the second sleeve end; and a first sleeve end, a second sleeve end, and a cavity extending from the first sleeve end to the second sleeve end; and a mandrel configured to be at least partially received by the cavity of the sleeve, the mandrel comprising a first mandrel end disposed adjacent to the first sleeve end and comprising an enlarged portion having a diameter greater than a diameter of the cavity, a second mandrel end comprising a pull region configured to be engaged by an installation tool, and a shank region extending intermediate the first mandrel end and the second mandrel end, characterized in that the pull region comprises an axial length no greater than 3.25 times a diameter ( d 3) of the shank region. a first mandrel end disposed adjacent to the first sleeve end and comprising an enlarged portion having a diameter greater than a diameter of the cavity, a second mandrel end comprising a pull region configured to be engaged by an installation tool, and a shank region extending intermediate the first mandrel end and the second mandrel end, characterized in that the pull region comprises an axial length no greater than 3.25 times a diameter ( d 3) of the shank region.
A filter element comprising: (a) a media pack comprising opposite first and second flow faces with flutes extending in a direction therebetween; a sidewall extending between the first and second flow faces; the first flow face being an outlet flow face and the second flow face being an inlet flow face; and (b) a gasket secured to the sidewall; the gasket having a sealing portion and an attachment portion; the sealing portion having a flat surface at least 25,4 mm (one inch) long and being between planar with and 12,7 mm (0.5 inches) recessed from the first flow face, inclusive; wherein the flat surface slopes downward and away from the first flow face at an angle of greater than 0 degrees and less than 20 degrees; wherein: (c) the gasket defines an undercut between the attachment portion and the sealing portion; (d) the sealing portion including first and second angled surfaces (114, 116) slanting toward each other to meet at an apex; (e) the first angled surface extending from the attachment portion to the apex; (f) the second angled surface extending from the flat surface to the apex; (g) the undercut being defined as a gap between the first angled surface and the attachment portion; and (h) the first angled surface and the attachment portion being joined by a base. (a) a media pack comprising opposite first and second flow faces with flutes extending in a direction therebetween; a sidewall extending between the first and second flow faces; the first flow face being an outlet flow face and the second flow face being an inlet flow face; and (b) a gasket secured to the sidewall; the gasket having a sealing portion and an attachment portion; the sealing portion having a flat surface at least 25,4 mm (one inch) long and being between planar with and 12,7 mm (0.5 inches) recessed from the first flow face, inclusive; wherein the flat surface slopes downward and away from the first flow face at an angle of greater than 0 degrees and less than 20 degrees; (c) the gasket defines an undercut between the attachment portion and the sealing portion; (d) the sealing portion including first and second angled surfaces (114, 116) slanting toward each other to meet at an apex; (e) the first angled surface extending from the attachment portion to the apex; (f) the second angled surface extending from the flat surface to the apex; (g) the undercut being defined as a gap between the first angled surface and the attachment portion; and (h) the first angled surface and the attachment portion being joined by a base.
An ethylene-vinyl alcohol copolymer resin composition, wherein the composition contains 0.1 to 20 μmol/g, in terms of alkali metal, of an alkali metal salt and 0 to 2 μmol/g of a carboxylate radical which is extracted through an immersion treatment in water at 95°C for 10 hours, and wherein the degree of saponification is 99.9 to 100 mol%.