mhurhangee/ep-ind-claims huggingface dataset:
A turbomachinery disc comprising a disc body having a blade land defined thereon, the disc having a primary axis of rotation and an axial flow direction parallel to the primary axis of rotation, which disc comprises a single annular diaphragm extending from proximate the blade land to a free inner radius, the diaphragm being asymmetrical about a plane perpendicular to the primary axis of rotation, in which the diaphragm defines a leading surface facing the axial flow direction towards an upstream direction, characterised in that the leading surface does not bend or curve in the upstream direction, and the leading surface is angled towards the primary axis of rotation such that the diaphragm slopes towards its free inner radius in the axial flow direction.
Counter-die, having at least one groove channel which in relation to the groove channel cross-section is configured between two mutually spaced-apart groove channel walls that configure the groove channel; wherein the groove channel walls configure and/or have in each case one upper side that configures a contact and/or bearing face for the punched and/or creased product to be processed; wherein the counter-die is configured from an elastic material only in regions, and has at least one elastic part-region that is formed from the elastic material; and wherein at least one stable part-region which adjoins the at least one elastic part-region and which is configured by a material that is more dimensionally stable and/or harder in relation to the elastic part-region is provided; characterized in that the at least one elastic part-region, for providing an upper side of at least one groove channel wall of the at least one groove channel, said upper side being displaceable at least in regions and elastically resilient, configures at least partially an external layer of the counter-die; and in that the elastic part-region as an external layer adjoins the stable part-region and configures at least partially the upper side that configures the contact and/or bearing face for the punched and/or creased product to be processed. having at least one groove channel which in relation to the groove channel cross-section is configured between two mutually spaced-apart groove channel walls that configure the groove channel; wherein the groove channel walls configure and/or have in each case one upper side that configures a contact and/or bearing face for the punched and/or creased product to be processed; wherein the counter-die is configured from an elastic material only in regions, and has at least one elastic part-region that is formed from the elastic material; and wherein at least one stable part-region which adjoins the at least one elastic part-region and which is configured by a material that is more dimensionally stable and/or harder in relation to the elastic part-region is provided; characterized in that the at least one elastic part-region, for providing an upper side of at least one groove channel wall of the at least one groove channel, said upper side being displaceable at least in regions and elastically resilient, configures at least partially an external layer of the counter-die; and in that the elastic part-region as an external layer adjoins the stable part-region and configures at least partially the upper side that configures the contact and/or bearing face for the punched and/or creased product to be processed.
A resin composition comprising: a polyalkylene carbonate resin, and a plasticizer represented by the following Formula 1: (R 1 is straight- or side-chained (C1-C8)alkylene, (C5-C10)cycloaliphatic alkylene or (C6-C12)arylene, R 2 and R 3 are each independently a straight- or side-chained (C1-C18)alkyl group, a (C5-C10)cycloaliphatic alkyl group, a (C6-C12)aryl group or the following Formula 2 or Formula 3, and n is 1 to 50) (R 4 and R 5 are straight- or side-chained (C1-C8)alkylene, (C5-C10)cycloaliphatic alkylene or (C6-C12)arylene, R 6 is a straight- or side-chained (C1-C18)alkyl group, a (C5-C10)cycloaliphatic alkyl group, or a (C6-C12)aryl group, m is 1 to 50, and R 7 is a straight- or side-chained (C1-C18)alkyl group, a (C5-C10)cycloaliphatic alkyl group or a (C6-C12)aryl group). a polyalkylene carbonate resin, and a plasticizer represented by the following Formula 1: (R 1 is straight- or side-chained (C1-C8)alkylene, (C5-C10)cycloaliphatic alkylene or (C6-C12)arylene, R 2 and R 3 are each independently a straight- or side-chained (C1-C18)alkyl group, a (C5-C10)cycloaliphatic alkyl group, a (C6-C12)aryl group or the following Formula 2 or Formula 3, and n is 1 to 50) (R 4 and R 5 are straight- or side-chained (C1-C8)alkylene, (C5-C10)cycloaliphatic alkylene or (C6-C12)arylene, R 6 is a straight- or side-chained (C1-C18)alkyl group, a (C5-C10)cycloaliphatic alkyl group, or a (C6-C12)aryl group, m is 1 to 50, and R 7 is a straight- or side-chained (C1-C18)alkyl group, a (C5-C10)cycloaliphatic alkyl group or a (C6-C12)aryl group).
Tool for working in fields, of the type comprising a first flange and a second flange which mount one on the other, forming a wheel body, the first flange has a central portion with a housing for a bearing taking the form of a cylindrical bore the diameter of which corresponds to that of the outer cylindrical shape of the bearing, and a generally annular peripheral portion, the central portion of the first flange being configured so as to retain therein the bearing orientated coaxially with a main axis of the wheel body, the second flange is homologous to the first flange, le second flange has a central portion and a peripheral portion, in the assembled state, the wheel body has a rim which is formed together by the peripheral portion of the first flange and the homologous peripheral portion of the second flange and a hub, characterized in that the first flange and the second flange each have arms (75, 65) connecting respectively their central portion (71, 61) and their peripheral portion (73, 63) to each other, and in that the hub is formed by the central portion of the first flange, while the central portion of the second flange receives the central portion of the first flange forming the hub.
A relay transmission system (100a, 100b), which accommodates a communication line of a wireless first communication system including a plurality of network devices (13-1, 13-2, 13-5) for performing communication according to time division duplex, TDD, and a communication line of a second communication system, the relay transmission system comprising an optical line terminal, OLT, comprising a relay unit (111-1, 111-2, 112, 113, 114, 115) configured to relay uplink signals and downlink signals in the first and second communication systems, a TDD information estimation unit configured to estimate a configuration of a TDD frame that includes TDD subframes of the first communication system on a basis of the uplink or downlink signal of the first communication system that is relayed by the relay unit; a surplus bandwidth determination unit configured to subtract a sum of bandwidths allocated to respective predetermined maximum transmission capacities that are allocatable to the plurality of network devices from a total bandwidth allocated to a maximum transmission capacity of the relay unit and determine a result of the subtraction as a surplus bandwidth during a TDD transmission period in which an uplink subframe is allocated as a TDD subframe in the estimated configuration of the TDD frame; and a bandwidth allocation unit configured to allocate uplink signals of the second communication system to a relay target of the relay unit in the surplus bandwidth and in a bandwidth during a TDD non-transmission period in which a downlink subframe or a special subframe is allocated as a TDD subframe in the estimated configuration of the TDD frame.
Actuator device for the pneumatic-mechanical adjustment of a wastegate or of the turbine blades of a turbocharger, comprising an actuator having a housing and a membrane arranged therein which is connected to an actuator element for transmitting a mechanical actuating force to the wastegate or to the turbine blades, there being provided in the region of a housing wall of the actuator, preferably in a peripheral region of the actuator, one or more cooling channels (310, 310*, 310a) through which there can flow an external cooling medium stream for the dedicated cooling of the actuator and/or for reducing the heat input into the actuator, characterised in that the actuator device comprises at least one attachment part (30, 300) which is mounted on the housing of the actuator and has the one or more cooling channels which permit a flow of coolant around a peripheral surface of the actuator housing. there being provided in the region of a housing wall of the actuator, preferably in a peripheral region of the actuator, one or more cooling channels (310, 310*, 310a) through which there can flow an external cooling medium stream for the dedicated cooling of the actuator and/or for reducing the heat input into the actuator, characterised in that the actuator device comprises at least one attachment part (30, 300) which is mounted on the housing of the actuator and has the one or more cooling channels which permit a flow of coolant around a peripheral surface of the actuator housing.
Security device for an electronic payment terminal comprising at least one printed circuit, said security device comprises at least on deformable security element configured to be inserted in a housing of said printed circuit, said printed circuit comprising at least one security circuit (12, 13) comprising at least one conducting track internal to said printed circuit, not opening up on the surface and interrupted at said housing, and said at least one deformable element has at least one conducting surface configured to close said at least one internal conducting track when said deformable element is deformed in said housing.
An inspection apparatus comprising: an acquisition part configured to acquire first coordinate information indicating a position of an inspection object on a stage and a plurality of pieces of second coordinate information indicating positions of a plurality of temperature sensors (220_1 to 220_4) on the stage when performing an inspection of the inspection object; a calculation part configured to calculate a Mahalanobis distance between a position specified by an average vector of the first coordinate information and the positions of the plurality of temperature sensors (220_1 to 220_4); a selection part configured to select at least one temperature sensor including a temperature sensor having a smallest Mahalanobis distance, among the plurality of temperature sensors (220_1 to 220_4); and a controller configured to control a temperature of the inspection object using temperature data measured by the selected at least one temperature sensor. an acquisition part configured to acquire first coordinate information indicating a position of an inspection object on a stage and a plurality of pieces of second coordinate information indicating positions of a plurality of temperature sensors (220_1 to 220_4) on the stage when performing an inspection of the inspection object; a calculation part configured to calculate a Mahalanobis distance between a position specified by an average vector of the first coordinate information and the positions of the plurality of temperature sensors (220_1 to 220_4); a selection part configured to select at least one temperature sensor including a temperature sensor having a smallest Mahalanobis distance, among the plurality of temperature sensors (220_1 to 220_4); and a controller configured to control a temperature of the inspection object using temperature data measured by the selected at least one temperature sensor.
A machine support (10, 11) for a wind turbine with cabling, wherein the machine support (10, 11) includes a main carrier and a rear carrier, which is connected at at least one joint to the rear side of the main carrier, wherein the cabling includes at least one cable and/or at least one cable harness with power cables and/or with control cables, which is laid between the main carrier and the rear carrier, characterised in that an opening (26, 33) is disposed in the joint, through which at least one cable and/or the at least one cable harness is laid.
A device for recovering part of the kinetic energy of motor vehicles driving on a road section, said device being inserted in a cavity formed in a road surface, said device comprising a plurality of parallel belts (41, 42), which are adapted to rotate when subjected to stress, each belt being adapted to rotate about a plurality of driven pulleys, at least one of said driven pulleys being adapted to drive a shaft; said plurality of rotatable belts (41, 42) having an upper portion that projects out of said road surface; characterized in that each rotatable belt runs about a plurality of free support wheels, which support said upper portion of said plurality of belts (41, 42); said plurality of belts (41, 42) has elongate metal elements intervening therebetween, which are located substantially level with the road surface; and said plurality of belts (41, 42) is adapted to rotate in one direction opposite to the direction of rotation of motor vehicle wheels.
A neck for a plastic container suitable for holding pressurized content, the neck comprising: a ring; a flange; an upper segment disposed between the ring and the flange; and a lower segment disposed below the flange; characterized in that an inner radial wall segment of the ring is radially offset outwardly from an inner radial wall segment of the upper segment, thereby forming a sharp corner associated with an interior surface of the ring, wherein the sharp corner provides a transition between the inner radial wall segment of the ring and the inner radial wall segment of the upper segment that is at or about 90°. a ring; a flange; an upper segment disposed between the ring and the flange; and a lower segment disposed below the flange;
Image acquisition system for acquiring an image of a liquid sample, comprising a well that stores liquid sample, an image acquisition device for acquiring an image of the liquid sample in the well, a lid device for covering the well wherein the lid device comprises a lid having a lid part and a lid extension that extends from the lid part into the well, characterized in that at least one part of the lid extension is in physical contact with the liquid sample when an image is acquired by means of the image acquisition device and the part of the lid extension that is in physical contact with the liquid sample is arranged such that light, in particular a light beam, passes through the part of the lid extension before it is received by the image acquisition device, wherein the lid device comprises a further lid that is connected with the lid such that a space exists between the lid and the further lid, wherein the space is configured to receive at least a part of the liquid sample arranged in the well. a well that stores liquid sample, an image acquisition device for acquiring an image of the liquid sample in the well, a lid device for covering the well wherein the lid device comprises a lid having a lid part and a lid extension that extends from the lid part into the well, characterized in that at least one part of the lid extension is in physical contact with the liquid sample when an image is acquired by means of the image acquisition device and the part of the lid extension that is in physical contact with the liquid sample is arranged such that light, in particular a light beam, passes through the part of the lid extension before it is received by the image acquisition device, wherein the lid device comprises a further lid that is connected with the lid such that a space exists between the lid and the further lid, wherein the space is configured to receive at least a part of the liquid sample arranged in the well.
A computer-implemented method for detecting a conversation between users, the method comprising: receiving an audio data stream from one or more sensors; detecting a conversation between a wearer of a head-mounted display device (104; 1100; 1200) that is a first user, and another person that is a second user, based on the audio data stream; determining by the head-mounted display device a position of the other person relative to the wearer; and modifying presentation of a digital visual content item on a see-through display (108; 1102; 1206) of the head-mounted display in response to detecting the conversation; wherein modifying presentation of the digital content item includes moving the visual content item to a position on the see-through display that does not block the direction of the other person. receiving an audio data stream from one or more sensors; detecting a conversation between a wearer of a head-mounted display device (104; 1100; 1200) that is a first user, and another person that is a second user, based on the audio data stream; determining by the head-mounted display device a position of the other person relative to the wearer; and modifying presentation of a digital visual content item on a see-through display (108; 1102; 1206) of the head-mounted display in response to detecting the conversation; wherein modifying presentation of the digital content item includes moving the visual content item to a position on the see-through display that does not block the direction of the other person.
A device for cleaning and inspecting a functional layer in the form of a blank featuring a first side and a second side, comprising - a cleaning and inspection unit, movable back and forth in a linear motion to clean and/or inspect the functional layer, - a first vacuum plate, wherein the functional layer is arrangeable with the second side on a surface of the first vacuum plate so that the first side of the functional layer is exposed for cleaning and/or inspection, and - a second vacuum plate, wherein the functional layer is arrangeable with the first side on a surface of the second vacuum plate so that the second side of the functional layer is exposed for cleaning and/or inspection, wherein the surface of the first vacuum plate and the surface of the second vacuum plate assume the same orientation in their respective working position, wherein the first vacuum plate and/or the second vacuum plate are mounted in a manner that allows for swivel movement, such that the surfaces (110, 120) are arrangeable opposite one another for transferring the functional layer from the first vacuum plate to the second vacuum plate, and wherein the cleaning and inspection unit is movable in a first direction along the first vacuum plate and along the second vacuum plate to an end position to clean and/or inspect the first side of the functional layer that is arranged on the first vacuum plate and is movable from the end position in a second direction opposite the first direction along the second vacuum plate and the first vacuum plate to clean and/or inspect the second side of the functional layer that is arranged on the second vacuum plate. - a cleaning and inspection unit, movable back and forth in a linear motion to clean and/or inspect the functional layer, - a first vacuum plate, wherein the functional layer is arrangeable with the second side on a surface of the first vacuum plate so that the first side of the functional layer is exposed for cleaning and/or inspection, and - a second vacuum plate, wherein the functional layer is arrangeable with the first side on a surface of the second vacuum plate so that the second side of the functional layer is exposed for cleaning and/or inspection, wherein the surface of the first vacuum plate and the surface of the second vacuum plate assume the same orientation in their respective working position, wherein the first vacuum plate and/or the second vacuum plate are mounted in a manner that allows for swivel movement, such that the surfaces (110, 120) are arrangeable opposite one another for transferring the functional layer from the first vacuum plate to the second vacuum plate, and wherein the cleaning and inspection unit is movable in a first direction along the first vacuum plate and along the second vacuum plate to an end position to clean and/or inspect the first side of the functional layer that is arranged on the first vacuum plate and is movable from the end position in a second direction opposite the first direction along the second vacuum plate and the first vacuum plate to clean and/or inspect the second side of the functional layer that is arranged on the second vacuum plate.
A method for weed control by means of microwaves, characterized in that the area to be treated, prior to treatment with microwaves, is treated with an aqueous solution of an organic and/or inorganic salt.
A holder for anchoring a document which has to be carried visibly to a vehicle, particularly to a single-track motor vehicle, characterised by the combination of: a carrier portion having a carrier plate and a mounting collar for mounting the carrier portion to a part of the vehicle; a covering cap which can be anchored to the carrier plate by means of a snap connection interposing the document, the covering cap having a transparent view window and a rim circumferentially framing the carrier plate; and a seal which can be inserted between the covering cap and the carrier plate; wherein the carrier plate in its edge area has sealing ridges projecting in the direction of the covering cap for pressing the seal against the covering cap. a carrier portion having a carrier plate and a mounting collar for mounting the carrier portion to a part of the vehicle; a covering cap which can be anchored to the carrier plate by means of a snap connection interposing the document, the covering cap having a transparent view window and a rim circumferentially framing the carrier plate; and a seal which can be inserted between the covering cap and the carrier plate; wherein the carrier plate in its edge area has sealing ridges projecting in the direction of the covering cap for pressing the seal against the covering cap.
An electric central heating system, said electric central heating system including first and at least second electric radiators, wherein the first and at least second electric radiators each include control means for controlling one or more parameters, functions and/or characteristics of said electric radiator, wherein each of the control means include switch means for controlling or switching a supply of electrical power to each of said electric radiators according to said one or more parameters, functions and/or characteristics; each of the first and at least second electric radiators include or have associated therewith communication means, whereby data concerning all or one or more of the electric radiators can be communicated directly to one or more other electric radiators, characterised in that the control means of each electric radiator is in direct communication with the control means of all or at least one other electric radiator of the system, such that each control means of each individual electric radiator is able to independently control itself and at least one other electric radiator of the system; each of the control means arranged to actuate the switch means of two or more electric radiators successively in a particular sequence so that the electrical power supplied to the electric radiators is pulsed, in that it is repeatedly moved between on and off conditions and/or relatively high and low conditions at a rate sufficiently fast to allow each electric radiator to be generating heat even when the electric radiator is in an off or low condition in the particular sequence.