mhurhangee/ep-ind-claims huggingface dataset:
A sounding reference signal, SRS, power control method, applied to a terminal comprising receiving configuration information from a network device, wherein the configuration information is used to configure N power control parameter sets, one of the N power control parameter sets comprises a path loss estimation reference signal, path loss RS, the path loss RS is associated with a neighboring cell, another of the N power control parameter sets comprises a path loss RS associated with a serving cell, and N is an integer greater than 1; the configuration information is further used to indicate transmission power of a synchronization signal block, SSB, of the neighboring cell, or to indicate transmission power of the path loss RS; and performing power control on at least one SRS unit according to the N power control parameter sets, wherein the at least one SRS unit is used for positioning, and an SRS unit is an SRS resource set or an SRS resource. receiving configuration information from a network device, wherein the configuration information is used to configure N power control parameter sets, one of the N power control parameter sets comprises a path loss estimation reference signal, path loss RS, the path loss RS is associated with a neighboring cell, another of the N power control parameter sets comprises a path loss RS associated with a serving cell, and N is an integer greater than 1; the configuration information is further used to indicate transmission power of a synchronization signal block, SSB, of the neighboring cell, or to indicate transmission power of the path loss RS; and performing power control on at least one SRS unit according to the N power control parameter sets, wherein the at least one SRS unit is used for positioning, and an SRS unit is an SRS resource set or an SRS resource.
A purification device for removing impurities from the surface of the water, which purification device comprises a suction device with a suction canal, characterized in that the vertical sheath forming the suction canal comprises a vertically narrow and horizontally wide suction slit, wherein straight lower edge and upper edges of the suction slit are parallel with the surface of the water and its edges are perpendicular to the surface of the water, the straight and horizontal lower edge of the suction slit being at the level of the surface of the water, and that, below the suction slit, the sheath has an underwater control surface uniformly rising from the horizontal upwards towards the suction slit so that when in use the suction in the suction slit causes parallel with the surface of the water a strong suction air flow to the surface of the water in front of the suction slit, and that the purification device further comprises disposed in the water to be processed, a flow device, such as a propeller, to direct the flow of the water towards the suction slit and an air blowing device, such as an air knife, arranged to focus an air jet onto the surface of the water to move floating impurities towards the suction slit.
A lens, which is a spectacle lens comprising multilayer films on an object-side surface and an eyeball-side surface of a lens substrate, wherein - the reduction ratio by reflection of light in a wavelength band of 800-1400 nm in the lens is ≥ 45.0%, - the ratio of a mean reflectance on the eyeball-side surface of the lens to that on the object-side surface of the lens is 0.2-0.8 in the wavelength band, and - the mean reflectance on the eyeball-side surface in a wavelength band of 315-400 nm is ≤ 5.0%. - the reduction ratio by reflection of light in a wavelength band of 800-1400 nm in the lens is ≥ 45.0%, - the ratio of a mean reflectance on the eyeball-side surface of the lens to that on the object-side surface of the lens is 0.2-0.8 in the wavelength band, and - the mean reflectance on the eyeball-side surface in a wavelength band of 315-400 nm is ≤ 5.0%.
A honeycomb structured body comprising a ceramic block formed by combining a plurality of honeycomb fired bodies having a large number of cells separated by cell walls and longitudinally extending in parallel together, by interposing an adhesive layer, wherein said honeycomb fired bodies adjacent to each other by interposing said adhesive layer each have at least one projected portion (28a, 28d) on the opposing side faces, and the projected portions formed on said honeycomb fired bodies overlap each other when seen from an end face of the honeycomb structured body and the projected portions formed on said adjacent honeycomb fired bodies abut each other.
A MASP-2 inhibitory anti-MASP-2 antibody or fragment thereof that specifically binds to a portion of SEQ ID NO:6 and selectively inhibits MASP-2-dependent complement activation without substantially inhibiting C1q-dependent complement activation for use in the treatment of a subject suffering from diabetic angiopathy.
An apparatus, comprising: a catheter having a proximal end portion and distal end portion; a stent member arranged on the proximal end portion of the catheter, wherein the stent member has an inner surface and an outer surface; a tube having a continuous lumen, the tube extending from the catheter proximal end portion to the distal end portion; a first movable element at least a portion of which is contained within the continuous lumen of the tube; a second movable element releasably attached to the first movable element and surrounding a portion of the stent member, wherein the second movable element is capable of radially compressing the stent member; and a release pin contained within the tube lumen and extending from the catheter proximal end portion to the distal end portion, characterized in that the release pin is threaded through the second movable element, thereby releasably attaching the second movable element to the first movable element. a catheter having a proximal end portion and distal end portion; a stent member arranged on the proximal end portion of the catheter, wherein the stent member has an inner surface and an outer surface; a tube having a continuous lumen, the tube extending from the catheter proximal end portion to the distal end portion; a first movable element at least a portion of which is contained within the continuous lumen of the tube; a second movable element releasably attached to the first movable element and surrounding a portion of the stent member, wherein the second movable element is capable of radially compressing the stent member; and a release pin contained within the tube lumen and extending from the catheter proximal end portion to the distal end portion, characterized in that the release pin is threaded through the second movable element, thereby releasably attaching the second movable element to the first movable element.
A tool for reading and changing a current setting of a magnetically readable and settable valve implanted in a living being, the tool comprising: a substantially cylindrical body having an upper end, a lower end a longitudinal axis therebetween. an axial bore along at least a portion of the body between the upper and lower end, the lower end positionable above the patient's skin in proximity to the valve a magnet positioned within the bore, the magnet having a first axial position proximate to the lower end and a second axial position recessed from the lower end, characterised by the magnet in the second position being freely rotatable about the longitudinal axis for reading the valve; and the magnet in the first position being adapted for changing the current setting of the valve a substantially cylindrical body having an upper end, a lower end a longitudinal axis therebetween. an axial bore along at least a portion of the body between the upper and lower end, the lower end positionable above the patient's skin in proximity to the valve a magnet positioned within the bore, the magnet having a first axial position proximate to the lower end and a second axial position recessed from the lower end, characterised by the magnet in the second position being freely rotatable about the longitudinal axis for reading the valve; and the magnet in the first position being adapted for changing the current setting of the valve
A method for determining a thermal impedance of a sample device, comprising: heating a sample device to an initial temperature, by applying a constant heating power to the sample device; applying a pulsed power to the sample device, the pulsed power including a sequence of pulses; measuring a temperature of the sample device in a time-dependent manner; and determining a thermal impedance of the sample device based on the temperature of the sample device and the pulsed power, wherein pulses of the sequence of pulses alternate between a first amplitude and a second amplitude, wherein the first amplitude and the second amplitude are different from each other; wherein the first amplitude and the second amplitude differ from the heating power by a same amplitude difference. heating a sample device to an initial temperature, by applying a constant heating power to the sample device; applying a pulsed power to the sample device, the pulsed power including a sequence of pulses; measuring a temperature of the sample device in a time-dependent manner; and determining a thermal impedance of the sample device based on the temperature of the sample device and the pulsed power, wherein pulses of the sequence of pulses alternate between a first amplitude and a second amplitude, wherein the first amplitude and the second amplitude are different from each other; wherein the first amplitude and the second amplitude differ from the heating power by a same amplitude difference.
A battery module comprising: a cell stack comprising a plurality of battery cells each comprising a pair of electrode leads; 5 a fastening bar frame comprising a pair of lead slits through which electrode leads of adjacent battery cells are drawn out; and characterised in that, a fastening bar comprising an insertion slit through which a pair of electrode leads passing through the pair of adjacent lead slits pass, the fastening bar being coupled to the fastening bar frame.
An electrically trace-heated pipe-in-pipe structure, comprising: an inner ring (12, 82) spaced within an outer ring (18, 84) to define an annulus between said rings; a restriction at which the annulus is narrowed radially by at least one projection (38, 40) that extends radially into the annulus from at least one of said rings toward the other of said rings; at least one elongate heating element extending generally longitudinally along the annulus and through the restriction; characterised in that the electrically trace-heated pipe-in-pipe structure comprises one or more in situ- moulded sealing masses that close the restriction radially and that embed the or each heating element in the restriction. an inner ring (12, 82) spaced within an outer ring (18, 84) to define an annulus between said rings; a restriction at which the annulus is narrowed radially by at least one projection (38, 40) that extends radially into the annulus from at least one of said rings toward the other of said rings; at least one elongate heating element extending generally longitudinally along the annulus and through the restriction; characterised in that the electrically trace-heated pipe-in-pipe structure comprises one or more in situ- moulded sealing masses that close the restriction radially and that embed the or each heating element in the restriction.
An electric valve comprising: a valve shaft which is provided with a valve body; a guide bush into which the valve shaft is inserted to be relatively movable in an axial direction and to be rotatable; a valve main body which includes a valve opening having a valve seat toward and from which the valve body moves and which has the guide bush attached and fixed thereto; a valve shaft holder which is externally attached to the valve shaft; an urging member that is interposed between the valve shaft and the valve shaft holder to urge the valve body in a valve closing direction; a fixed member that is fixed to the valve shaft to connect the valve shaft holder to the valve shaft and is brought into contact with the valve shaft holder by an urging force of the urging member; a motor which includes a rotor and a stator for rotating the valve shaft holder with respect to the guide bush; a screw feeding mechanism which is provided between the guide bush and the valve shaft holder to elevate the valve body of the valve shaft with respect to the valve seat of the valve main body in response to the rotational driving of the rotor; and a lower stopper mechanism which regulates a downward rotation movement of the valve shaft holder, wherein a part of a facing surface near the fixed member in the valve shaft holder is provided with a convex portion brought into contact with the fixed member. a valve shaft which is provided with a valve body; a guide bush into which the valve shaft is inserted to be relatively movable in an axial direction and to be rotatable; a valve main body which includes a valve opening having a valve seat toward and from which the valve body moves and which has the guide bush attached and fixed thereto; a valve shaft holder which is externally attached to the valve shaft; an urging member that is interposed between the valve shaft and the valve shaft holder to urge the valve body in a valve closing direction; a fixed member that is fixed to the valve shaft to connect the valve shaft holder to the valve shaft and is brought into contact with the valve shaft holder by an urging force of the urging member; a motor which includes a rotor and a stator for rotating the valve shaft holder with respect to the guide bush; a screw feeding mechanism which is provided between the guide bush and the valve shaft holder to elevate the valve body of the valve shaft with respect to the valve seat of the valve main body in response to the rotational driving of the rotor; and a lower stopper mechanism which regulates a downward rotation movement of the valve shaft holder, wherein a part of a facing surface near the fixed member in the valve shaft holder is provided with a convex portion brought into contact with the fixed member.
A blower equipment comprising: - a carrying harness provided with a carrying frame with a dorsal bearing area arranged along a dorsal plane (Pd), the dorsal plane extending adjacent to the back of a wearer when the harness is worn on the back in a position of use of the blower equipment, - at least one lateral blower fastening, - a blower secured to the carrying frame via the blower fastening, and comprising a fan body with an air outlet arranged along an air outlet axis, the blower including a nozzle, which is connected downstream of the air outlet via an elastic return effect bellows, the elastic bellows having a return component, parallel to a spinal axis, with a first spinal return stiffness, the spinal axis being defined at an intersection of the dorsal plane (Pd) and a spinal plane (Ps) perpendicular to the dorsal plane and passing through the spine of a wearer when the harness is worn on the back in the position of use, characterised in that: - the blower fastening comprises a return effect joint, tending to return the air outlet axis of the air outlet of the fan body to a rest position, the joint having a return component, parallel to the spinal axis, with a second spinal return stiffness, the second spinal return stiffness being greater than the first spinal return stiffness. - a carrying harness provided with a carrying frame with a dorsal bearing area arranged along a dorsal plane (Pd), the dorsal plane extending adjacent to the back of a wearer when the harness is worn on the back in a position of use of the blower equipment, - at least one lateral blower fastening, - a blower secured to the carrying frame via the blower fastening, and comprising a fan body with an air outlet arranged along an air outlet axis, the blower including a nozzle, which is connected downstream of the air outlet via an elastic return effect bellows, the elastic bellows having a return component, parallel to a spinal axis, with a first spinal return stiffness, the spinal axis being defined at an intersection of the dorsal plane (Pd) and a spinal plane (Ps) perpendicular to the dorsal plane and passing through the spine of a wearer when the harness is worn on the back in the position of use, - the blower fastening comprises a return effect joint, tending to return the air outlet axis of the air outlet of the fan body to a rest position, the joint having a return component, parallel to the spinal axis, with a second spinal return stiffness, the second spinal return stiffness being greater than the first spinal return stiffness.
An image forming apparatus comprising: an image sensor comprising a plurality of image forming pixels and a plurality of focus detection pixels, the plurality of focus detection pixels arranged to form a plurality of focus detection pixel pairs located in at least one focusing area of the image sensor, and each focus detection pixel pair receiving light rays passing through different pupil areas of an image forming optical system (101, 103); a detection unit configured to detect a defocus amount, based on a phase difference between signals output from the plurality of focus detection pixel pairs in the at least one focusing area; a judging unit configured to determine if a subject corresponds to a predetermined pattern that is not suitable for focus detection; and a focus control unit (102, 115) configured to drive the image forming optical system to be in an in-focus state, based on the defocus amount detected by the detection unit, wherein the judging unit (109, 111, 115) is arranged to determine if the subject corresponds to the predetermined pattern, based on the signals output from image forming pixels located near the plurality of focus detection pixel pairs in the at least one focusing area, and to change a setting for focus detection in the detection unit based on the determination result. an image sensor comprising a plurality of image forming pixels and a plurality of focus detection pixels, the plurality of focus detection pixels arranged to form a plurality of focus detection pixel pairs located in at least one focusing area of the image sensor, and each focus detection pixel pair receiving light rays passing through different pupil areas of an image forming optical system (101, 103); a detection unit configured to detect a defocus amount, based on a phase difference between signals output from the plurality of focus detection pixel pairs in the at least one focusing area; a judging unit configured to determine if a subject corresponds to a predetermined pattern that is not suitable for focus detection; and a focus control unit (102, 115) configured to drive the image forming optical system to be in an in-focus state, based on the defocus amount detected by the detection unit, wherein the judging unit (109, 111, 115) is arranged to determine if the subject corresponds to the predetermined pattern, based on the signals output from image forming pixels located near the plurality of focus detection pixel pairs in the at least one focusing area, and to change a setting for focus detection in the detection unit based on the determination result.
A power module for a medium or high voltage converter, in particular a modular multilevel converter, comprising: - at least one power semiconductor module, - at least one energy storage module, - at least one cooling device, which is formed to be electrically conductive, - at least two busbars, wherein the cooling device is connected to a protective housing shielding at least the power semiconductor module from the environment, characterized in that the protective housing has at least one insertion opening for inserting and fastening an electrically conductive connecting element when the protective housing is closed, and the electrically conductive connecting element is arranged at a predefinable connection position between at least the cooling device and one of the busbars for forming a defined charge-reversal path. - at least one power semiconductor module, - at least one energy storage module, - at least one cooling device, which is formed to be electrically conductive, - at least two busbars, wherein the cooling device is connected to a protective housing shielding at least the power semiconductor module from the environment, characterized in that the protective housing has at least one insertion opening for inserting and fastening an electrically conductive connecting element when the protective housing is closed, and the electrically conductive connecting element is arranged at a predefinable connection position between at least the cooling device and one of the busbars for forming a defined charge-reversal path. the cooling device is connected to a protective housing shielding at least the power semiconductor module from the environment, characterized in that the protective housing has at least one insertion opening for inserting and fastening an electrically conductive connecting element when the protective housing is closed, and the electrically conductive connecting element is arranged at a predefinable connection position between at least the cooling device and one of the busbars for forming a defined charge-reversal path.
A method of producing and fining glass, the method comprising: introducing a vitrifiable feedstock material into a glass melt contained within an interior reaction chamber of a submerged combustion melter, the vitrifiable feedstock material comprising glass-forming materials that melt-react to form glass having a disordered oxide-based network; discharging unrefined molten glass from the interior reaction chamber of the submerged combustion melter and delivering an inflow of unrefined molten glass into a fining chamber of a fining vessel, the unrefined molten glass merging with a molten glass bath contained within the fining chamber; monitoring a temperature of the molten glass bath within the fining chamber; and controlling an amount of a sulfate chemical fining agent added to the glass melt in the submerged combustion melter based on the temperature of the molten glass bath within the fining chamber. introducing a vitrifiable feedstock material into a glass melt contained within an interior reaction chamber of a submerged combustion melter, the vitrifiable feedstock material comprising glass-forming materials that melt-react to form glass having a disordered oxide-based network; discharging unrefined molten glass from the interior reaction chamber of the submerged combustion melter and delivering an inflow of unrefined molten glass into a fining chamber of a fining vessel, the unrefined molten glass merging with a molten glass bath contained within the fining chamber; monitoring a temperature of the molten glass bath within the fining chamber; and controlling an amount of a sulfate chemical fining agent added to the glass melt in the submerged combustion melter based on the temperature of the molten glass bath within the fining chamber.