mhurhangee/ep-ind-claims huggingface dataset:
A method for allocating and signaling ACKnowledgment/Negative Acknowledgment, ACK/NACK, resources by a Node B in a wireless communication system, comprising: determining ACK/NACK resources within a predetermined first resource group for ACK/NACK transmission related to non-persistently scheduled data channels, the ACK/NACK resources being implicitly mapped to Scheduling Control CHannels, SCCHs, carrying scheduling information about the non-persistently scheduled data channels; and allocating ACK/NACK resources within a predetermined second resource group for ACK/NACK transmission related to persistently scheduled data channels and transmitting resource indication information explicitly indicating the allocated ACK/NACK resources to at least one User Equipment, UE. determining ACK/NACK resources within a predetermined first resource group for ACK/NACK transmission related to non-persistently scheduled data channels, the ACK/NACK resources being implicitly mapped to Scheduling Control CHannels, SCCHs, carrying scheduling information about the non-persistently scheduled data channels; and allocating ACK/NACK resources within a predetermined second resource group for ACK/NACK transmission related to persistently scheduled data channels and transmitting resource indication information explicitly indicating the allocated ACK/NACK resources to at least one User Equipment, UE.
A tubular connection comprising: a pin member having external wedge threads configured to engage a box member having corresponding internal wedge threads; and a solid lubricant coating permanently bonded on at least one of the internal and external wedge threads, wherein either the solid lubricant coating comprises at least two material layers, wherein at least one of the at least two layers comprises a corrosion inhibiting coating and at least one of the at least two layers comprises a dry lubricant coating; or the solid lubricant coating is a dry corrosion inhibiting coating combined with a dispersion of particles of solid lubricant therein. a pin member having external wedge threads configured to engage a box member having corresponding internal wedge threads; and a solid lubricant coating permanently bonded on at least one of the internal and external wedge threads, wherein either the solid lubricant coating comprises at least two material layers, wherein at least one of the at least two layers comprises a corrosion inhibiting coating and at least one of the at least two layers comprises a dry lubricant coating; or the solid lubricant coating is a dry corrosion inhibiting coating combined with a dispersion of particles of solid lubricant therein.
A friction stir spot welding device (50A, 50B, 50C, 50D) that welds an object to be welded by partial stirring of a rotating tool, the device (50A, 50B, 50C, 50D) comprising a cylindrical pin member as the rotating tool, the pin member configured to rotate about an axis (Xr) and be advanceable and retractable in the axial direction; a tubular shoulder member configured to surround the pin member, rotate coaxially with the pin member, and be advanceable and retractable in the axial direction; a tool driving section configured to cause each of the pin member and the shoulder member to advance and retract along the axis (Xr); characterized in that the friction stir spot welding device (50A, 50B, 50C, 50D) further comprises a press-fit reference point setting section configured to set a position where the pin member or the shoulder member contacts the object to be welded and stays on the front surface of the object to be welded for a short but certain period until the material becomes softened, as a press-fit reference point; and a tool driving control section configured to control the action of the tool driving section, wherein the tool driving control section controls a relative position of the pin member with respect to the shoulder member or a relative position of the shoulder member with respect to the pin member on the basis of the press-fit reference point set by the press-fit reference point setting section, thereby controlling a press-fit depth of the pin member or the shoulder member press-fitted from a surface of the object to be welded.
A spar cap assembly for a wind turbine rotor blade, having: • a spar cap reinforced with carbon fibers, • a lightning conductor that runs along the spar cap, and • a potential equalization element that connects the spar cap and the lightning conductor to each other in an electrically conductive manner and that has a sheet (22, 24) of a carbon fiber material which is connected to the lightning conductor, characterized in that: • the spar cap has a plurality of layers of pultruded semifinished products arranged on each other, and • the sheet (22, 24) is arranged between two of the layers of pultruded semifinished products. • a spar cap reinforced with carbon fibers, • a lightning conductor that runs along the spar cap, and • a potential equalization element that connects the spar cap and the lightning conductor to each other in an electrically conductive manner and that has a sheet (22, 24) of a carbon fiber material which is connected to the lightning conductor, characterized in that: • the spar cap has a plurality of layers of pultruded semifinished products arranged on each other, and • the sheet (22, 24) is arranged between two of the layers of pultruded semifinished products.
A method of forming an industrial fabric characterized in that the method comprises the steps of: providing a laminated substrate or base structure formed by forming separately a number of layers (2,3); joining the layers together by warp knitted or stitch bonded binder yarns, wherein at least one of the layers is a reinforcing layer comprising multifilament or monofilament yarns, and at least one of the layers is a layer for inhibiting flow-through of coatings to be applied to one or both sides of the substrate or base structure, wherein the flow-inhibiting layer is a nonwoven scrim, extruded mesh or extruded cast porous or nonporous film; and using the substrate or base structure as the support structure of the industrial fabric. providing a laminated substrate or base structure formed by forming separately a number of layers (2,3); joining the layers together by warp knitted or stitch bonded binder yarns, wherein at least one of the layers is a reinforcing layer comprising multifilament or monofilament yarns, and at least one of the layers is a layer for inhibiting flow-through of coatings to be applied to one or both sides of the substrate or base structure, wherein the flow-inhibiting layer is a nonwoven scrim, extruded mesh or extruded cast porous or nonporous film; and using the substrate or base structure as the support structure of the industrial fabric.
A decoding method comprising: determining, by a decoding unit, a prediction mode according to a merge mode, the prediction mode specifying a first prediction using a first reference image, a second prediction using a second reference image, or a bi-prediction using the first reference image and the second reference image, acquiring, by a generating unit, one or more reference images; interpolating, by the generating unit, each of a luminance component and a color difference component in the reference image or images to generate a prediction image; wherein the generating of the prediction image for the color difference component includes changing, by the generating unit, a prediction mode from the bi-prediction to the first prediction if a size of a prediction block determined by a width and a height of the prediction block is equal to or smaller than a predetermined value and if the prediction mode specifies the bi-prediction. determining, by a decoding unit, a prediction mode according to a merge mode, the prediction mode specifying a first prediction using a first reference image, a second prediction using a second reference image, or a bi-prediction using the first reference image and the second reference image, acquiring, by a generating unit, one or more reference images; interpolating, by the generating unit, each of a luminance component and a color difference component in the reference image or images to generate a prediction image; wherein the generating of the prediction image for the color difference component includes changing, by the generating unit, a prediction mode from the bi-prediction to the first prediction if a size of a prediction block determined by a width and a height of the prediction block is equal to or smaller than a predetermined value and if the prediction mode specifies the bi-prediction.
An aircraft comprising: a fuselage; a wing connected to an upper portion of a rear portion of the fuselage; and at least two cruise rotors disposed on right and left sides of a central axis of the fuselage, and configured to generate thrust when the aircraft moves in a horizontal direction, wherein two cruise rotors among the at least two cruise rotors are supported by the wing at positions rearward of the wing, in a front view of the aircraft, at least a portion of the wing and at least a portion of the two cruise rotors overlap each other, at least a portion of the fuselage and at least a portion of each of the two cruise rotors overlap each other in a front view of the aircraft to form an overlapping portion, and the rear portion of the fuselage includes an inclined surface that is inclined downward in a direction from front to rear, in a manner so that an area of the overlapping portion gradually decreases from the front toward the rear. a fuselage; a wing connected to an upper portion of a rear portion of the fuselage; and at least two cruise rotors disposed on right and left sides of a central axis of the fuselage, and configured to generate thrust when the aircraft moves in a horizontal direction, wherein two cruise rotors among the at least two cruise rotors are supported by the wing at positions rearward of the wing, in a front view of the aircraft, at least a portion of the wing and at least a portion of the two cruise rotors overlap each other, at least a portion of the fuselage and at least a portion of each of the two cruise rotors overlap each other in a front view of the aircraft to form an overlapping portion, and the rear portion of the fuselage includes an inclined surface that is inclined downward in a direction from front to rear, in a manner so that an area of the overlapping portion gradually decreases from the front toward the rear.
An emergency brake valve system for a pneumatic brake system, comprising: a first valve and a second valve, the first valve being configured so as to convey an auxiliary pressure (p hilf) to or isolate an auxiliary pressure (p hilf) from the second valve; and the second valve being configured so as to provide either a static pressure (p stat) or a regulated pressure (p ger) dependent on the auxiliary pressure (p hilf), characterised in that the first valve is configured such that in normal operation it isolates the auxiliary pressure (p hilf) from the second valve so that the second valve provides the regulated pressure (p ger), and is further configured such that in emergency operation it conveys the auxiliary pressure (p hilf) to the second valve so that the second valve provides the static pressure (p stat). a first valve and a second valve, the first valve being configured so as to convey an auxiliary pressure (p hilf) to or isolate an auxiliary pressure (p hilf) from the second valve; and the second valve being configured so as to provide either a static pressure (p stat) or a regulated pressure (p ger) dependent on the auxiliary pressure (p hilf), characterised in that the first valve is configured such that in normal operation it isolates the auxiliary pressure (p hilf) from the second valve so that the second valve provides the regulated pressure (p ger), and is further configured such that in emergency operation it conveys the auxiliary pressure (p hilf) to the second valve so that the second valve provides the static pressure (p stat).
Sprocket for a bicycle drive, comprising: an outer ring with an outer toothing for engagement in a bicycle chain, an inner ring which is disposed so as to be coaxial with and co-rotationally connected to the outer ring and has a central opening, an encircling collar which is formed so as to be integral to the inner ring and projects axially to one side of the latter and is formed as a continuous collar, wherein provided on the radially inner side of the collar is an inner profile having a plurality of radial projections which project radially inwards, wherein provided on the radially outer side of the collar is an outer profile having a plurality of radial depressions which in terms of number and arrangement correspond to the radial projections of the inner profile, characterized in that each of the radial projections of the inner profile has a first flank (50.1) which is disposed so as to lead in terms of a predefined rotation direction about a central axis of the sprocket, and a second flank (50.2) which is disposed so as to trail in terms of the predefined rotation direction, wherein, for at least one, preferably for each, of the radial projections of the inner profile, the first (50.1) and the second flank (50.2) are not designed to be mutually mirror-symmetrical. an outer ring with an outer toothing for engagement in a bicycle chain, an inner ring which is disposed so as to be coaxial with and co-rotationally connected to the outer ring and has a central opening, an encircling collar which is formed so as to be integral to the inner ring and projects axially to one side of the latter and is formed as a continuous collar, wherein provided on the radially inner side of the collar is an inner profile having a plurality of radial projections which project radially inwards, wherein provided on the radially outer side of the collar is an outer profile having a plurality of radial depressions which in terms of number and arrangement correspond to the radial projections of the inner profile, characterized in that each of the radial projections of the inner profile has a first flank (50.1) which is disposed so as to lead in terms of a predefined rotation direction about a central axis of the sprocket, and a second flank (50.2) which is disposed so as to trail in terms of the predefined rotation direction, wherein, for at least one, preferably for each, of the radial projections of the inner profile, the first (50.1) and the second flank (50.2) are not designed to be mutually mirror-symmetrical.
A threaded connection for pipe or tube comprising a pin and a box, the pin and the box each including a contact surface that includes a thread portion and an unthreaded metal contact portion, the threaded connection for pipe or tube characterized by comprising: on the contact surface of at least one of the pin and the box, an alloy plating layer consisting of a Zn-Ni alloy; a phosphating layer on the alloy plating layer; and a solid lubricant coating on the phosphating layer. on the contact surface of at least one of the pin and the box, an alloy plating layer consisting of a Zn-Ni alloy; a phosphating layer on the alloy plating layer; and a solid lubricant coating on the phosphating layer.
A method for determining a substance, using the application of THz radiation, wherein a first and a second measurement are carried out, wherein the THz radiation is emitted in the direction of the substance and a part (15, 15') of the THz radiation coming from the direction of the substance is detected, wherein the substance is a liquid and is located in a closed container which additionally contains a gas, wherein a wall of the container is transparent to THz radiation, wherein during the first measurement, the THz radiation is directed onto a location of the wall at which the gas or a bubble containing the gas contacts the wall, whereas during the second measurement, the Thz radiation is directed onto a location of the wall at which the liquid contacts the wall, characterised in that during the first measurement, the detected part (15, 15') of the THz radiation is reflected at a boundary surface between the wall and the gas or the bubble, and during the second measurement, the detected part (15, 15') of the THz radiation is reflected at a boundary surface between the wall and the liquid in order to measure the characteristics of the liquid, wherein the first measurement serves as a reference measurement for a measurement result of the second measurement, wherein a radiation intensity of the part reflected at the boundary surface to the gas or to the bubble, measured during the first measurement, is used as a reference value and a refractive index of the liquid is determined depending on a ratio of a radiation intensity of the part reflected at the boundary surface to the liquid during the second measurement to the reference value. characterised in that during the first measurement, the detected part (15, 15') of the THz radiation is reflected at a boundary surface between the wall and the gas or the bubble, and during the second measurement, the detected part (15, 15') of the THz radiation is reflected at a boundary surface between the wall and the liquid in order to measure the characteristics of the liquid, wherein the first measurement serves as a reference measurement for a measurement result of the second measurement, wherein a radiation intensity of the part reflected at the boundary surface to the gas or to the bubble, measured during the first measurement, is used as a reference value and a refractive index of the liquid is determined depending on a ratio of a radiation intensity of the part reflected at the boundary surface to the liquid during the second measurement to the reference value.
An auditory prosthesis, comprising: one or more input elements (108, 208) configured to receive sound and/or acoustic signals; and a sound processing path configured to convert the sound and/or acoustic signals into one or more output signals for use in delivering electrical stimulation to a recipient via one or more stimulation channels; the auditory prosthesis further comprising: a stimulus resolution adaption module configured to select, based on a environment of the sound and/or acoustic signals, an electrode configuration for use in delivering the electrical stimulation to the recipient via the one or more stimulation channels, wherein the electrode configuration controls, for a given stimulation channel, a degree of current spread associated with the electrical stimulation signals in response to stimulation signals delivered via the given stimulation channel. one or more input elements (108, 208) configured to receive sound and/or acoustic signals; and a sound processing path configured to convert the sound and/or acoustic signals into one or more output signals for use in delivering electrical stimulation to a recipient via one or more stimulation channels; the auditory prosthesis further comprising: a stimulus resolution adaption module configured to select, based on a environment of the sound and/or acoustic signals, an electrode configuration for use in delivering the electrical stimulation to the recipient via the one or more stimulation channels, wherein the electrode configuration controls, for a given stimulation channel, a degree of current spread associated with the electrical stimulation signals in response to stimulation signals delivered via the given stimulation channel.
An apparatus for producing an ingot, comprising: a crucible body comprising an opening and in which raw materials are accommodated; and a lid assembly located at the opening and comprising a portion fixed to the crucible body, wherein the lid assembly comprises: a placement hole comprising open upper and lower ends; a frame member arranged along a periphery of the opening while surrounding a periphery of the placement hole; and a core member located in the placement hole and movable upward and downward with respect to the frame member, further comprising a seed crystal fixing unit located at a top end of the crucible body or between the crucible body and the lid assembly, for fixing a seed crystal, wherein the seed crystal fixing unit and the core member meet each other at one or more points, wherein an outer periphery of a lower surface of the core member is spaced apart from the periphery of the placement hole by a predetermined gap, wherein the gap is 10 to 10,000 μm, wherein a space is present between the core member and the seed crystal fixing unit. a crucible body comprising an opening and in which raw materials are accommodated; and a lid assembly located at the opening and comprising a portion fixed to the crucible body, wherein the lid assembly comprises: a placement hole comprising open upper and lower ends; a frame member arranged along a periphery of the opening while surrounding a periphery of the placement hole; and a core member located in the placement hole and movable upward and downward with respect to the frame member, a placement hole comprising open upper and lower ends; a frame member arranged along a periphery of the opening while surrounding a periphery of the placement hole; and a core member located in the placement hole and movable upward and downward with respect to the frame member, further comprising a seed crystal fixing unit located at a top end of the crucible body or between the crucible body and the lid assembly, for fixing a seed crystal, wherein the seed crystal fixing unit and the core member meet each other at one or more points, wherein an outer periphery of a lower surface of the core member is spaced apart from the periphery of the placement hole by a predetermined gap, wherein the gap is 10 to 10,000 μm, wherein a space is present between the core member and the seed crystal fixing unit.