mhurhangee/patent-ind-claim-en huggingface dataset:
A manufacturing method of a focus ring comprising: a first operation of preparing a granulated raw material by making a slurry of a raw material composition comprising boron carbide powder and granulating the slurry; a second operation of manufacturing a sintering body in which the boron carbide powder is treated with necking by filling a shaping die with the granulated raw material and sintering of the granulated raw material at a temperature of 1800 °C or more and a pressure of 15 MPa or more; and a third operation of processing the sintering body with thermal treatment and shaping machining to manufacture a focus ring , characterized in that the thermal treatment comprises a primary treatment performed at a first temperature for 1 hour or more and a secondary treatment performed at a second temperature for 1 hour or more, wherein the first temperature is a temperature higher than the second temperature, residual stress values measured at the surface of two spots at different distances from the center of the focus ring are S1 and S2, respectively, and a difference between the S1 and S2 residual stress values is -600 to +600 MPa. a first operation of preparing a granulated raw material by making a slurry of a raw material composition comprising boron carbide powder and granulating the slurry; a second operation of manufacturing a sintering body in which the boron carbide powder is treated with necking by filling a shaping die with the granulated raw material and sintering of the granulated raw material at a temperature of 1800 °C or more and a pressure of 15 MPa or more; and a third operation of processing the sintering body with thermal treatment and shaping machining to manufacture a focus ring , characterized in that the thermal treatment comprises a primary treatment performed at a first temperature for 1 hour or more and a secondary treatment performed at a second temperature for 1 hour or more, wherein the first temperature is a temperature higher than the second temperature, residual stress values measured at the surface of two spots at different distances from the center of the focus ring are S1 and S2, respectively, and a difference between the S1 and S2 residual stress values is -600 to +600 MPa.
A triangulation light sensor comprising a light transmitter for transmitting transmission light into a detection zone; a light receiver having an array of reception elements for receiving light from the detection zone which is remitted by an object to be detected, wherein the reception elements generate respective reception signals; a reception optics which is arranged in the optical path between the detection zone and the light receiver and which has a plurality of imaging elements for generating respective mutually spaced apart individual light spots from the remitted light on the light receiver , wherein the imaging elements are arranged in an array at least extending in a triangulation direction (T), and wherein the positions of the individual light spots on the light receiver in the triangulation direction (T) result in dependence on the distance of the object ; and an evaluation unit for generating a detection signal from the reception signals on the basis of the positions of the individual light spots on the light receiver , characterized in that a detection zone comprising a plurality of adjacent reception elements is associated with a respective imaging element , with each detection zone being divided at least into a first part zone and a second part zone , and with a respective boundary between the first part zone and the second part zone corresponding to the position of an individual light spot , generated by the associated imaging element , for an object which is located at a predefined reference distance from the triangulation light sensor ; in that the evaluation unit is configured to generate the detection signal on the basis of a difference between the combined reception signals of the reception elements associated with the first part zones and the combined reception signals of the reception elements associated with the second part zones ; in that the evaluation unit is configured to determine a sum signal from the reception signals of the reception elements , with the reception signals of the reception elements associated with the first part zones being weighted by a first factor and the reception signals of the reception elements associated with the second part zones being weighted by a second factor which differs from the first factor at least with respect to its sign; and in that the evaluation unit is configured to generate the detection signal on the basis of the sum signal; and in that the evaluation unit is configured to carry out an association of the reception elements with a respective detection zone and/or with a respective part zone by means of a teaching process, in which an object is arranged at the desired reference distance, and/or on the basis of an association table or association function in dependence on the reference distance; and in that the imaging elements are separated from one another by a separation web which is impermeable to light and which extends between the reception optics and the light receiver .
A process for interconnecting photovoltaic cells comprising the step of attaching a support film to the photovoltaic cells , the support film comprising a polymer material and a plurality of metal wires for interconnecting the photovoltaic cells thus forming an electrode, characterized in that the support film further comprises a plurality of metal nanowires electrically connected to the metal wires .
A pipe coupling comprising: a tubular casing , having a longitudinal gap between a first free end and a second free end, for fitting around a pipe; and a tensioning system for tightening the casing around the outer surface of the pipe, the system comprising: at least one fastener having a first end and a second end, for tightening the casing around the pipe; a first member , coupled to the first free end of the casing , configured to engage with the first end of the or each fastener ; and a second member , slidably coupled to the second free end of the casing , configured to engage with the second end of the or each fastener , the second member being longitudinally slidable from a first position, in which the or each fastener is free to move radially out of engagement with said second member , to a second position in which the or each fastener is in retained engagement with said second member . a tubular casing , having a longitudinal gap between a first free end and a second free end, for fitting around a pipe; and a tensioning system for tightening the casing around the outer surface of the pipe, the system comprising: at least one fastener having a first end and a second end, for tightening the casing around the pipe; a first member , coupled to the first free end of the casing , configured to engage with the first end of the or each fastener ; and a second member , slidably coupled to the second free end of the casing , configured to engage with the second end of the or each fastener , the second member being longitudinally slidable from a first position, in which the or each fastener is free to move radially out of engagement with said second member , to a second position in which the or each fastener is in retained engagement with said second member . at least one fastener having a first end and a second end, for tightening the casing around the pipe; a first member , coupled to the first free end of the casing , configured to engage with the first end of the or each fastener ; and a second member , slidably coupled to the second free end of the casing , configured to engage with the second end of the or each fastener , the second member being longitudinally slidable from a first position, in which the or each fastener is free to move radially out of engagement with said second member , to a second position in which the or each fastener is in retained engagement with said second member .
A connector demating tool comprising: first and second jaws moveable relative to one another; first and second separators supported about the first and second jaws , the first and second separators are configured to engage an inside surface of a flange of first and second connector portions of a connector; and an actuating mechanism operable to actuate at least one of the first and second jaws and the first and second separators , wherein the actuating mechanism facilitates application of, by the first and second separators , an equal separation force to the inside surfaces of the first and second connector portions of the connector to demate the connector, wherein alignment between the first and second connector portions is maintained throughout the demating of the connector, and wherein the movement of the first and second separators is in a direction orthogonal to a direction of the separation force. first and second jaws moveable relative to one another; first and second separators supported about the first and second jaws , the first and second separators are configured to engage an inside surface of a flange of first and second connector portions of a connector; and an actuating mechanism operable to actuate at least one of the first and second jaws and the first and second separators , wherein the actuating mechanism facilitates application of, by the first and second separators , an equal separation force to the inside surfaces of the first and second connector portions of the connector to demate the connector, wherein alignment between the first and second connector portions is maintained throughout the demating of the connector, and wherein the movement of the first and second separators is in a direction orthogonal to a direction of the separation force.
A connection resume method, wherein the method comprises: sending , by a terminal device, a first message that carries first indication information to a first network device, wherein the first indication information is used to indicate to calculate a resume message authentication code MAC value based on a first parameter set, and the first parameter set comprises one or more of a resume cause value or a radio resource control RRC resume request message; receiving , by the terminal device, a second message from the first network device; and when the second message carries second indication information, sending, by the terminal device, an RRC resume request message that carries the resume MAC value to a second network device, wherein the second indication information is used to indicate to verify the resume MAC value based on the first parameter set. sending , by a terminal device, a first message that carries first indication information to a first network device, wherein the first indication information is used to indicate to calculate a resume message authentication code MAC value based on a first parameter set, and the first parameter set comprises one or more of a resume cause value or a radio resource control RRC resume request message; receiving , by the terminal device, a second message from the first network device; and when the second message carries second indication information, sending, by the terminal device, an RRC resume request message that carries the resume MAC value to a second network device, wherein the second indication information is used to indicate to verify the resume MAC value based on the first parameter set.
A hemodialyzer for the purification of blood comprising a bundle of hollow fiber membranes prepared from a solution comprising 10 to 20 wt.-% of at least one hydrophobic polymer component chosen from the group consisting of polysulfone (PS), polyethersulfone (PES) and poly(aryl)ethersulfone (PAES), 2 to 11 wt.-% of at least one hydrophilic polymer component chosen from the group consisting of polyvinylpyrrolidone (PVP), polyethylenglycol (PEG), polyvinylalcohol (PVA), and a copolymer of polypropyleneoxide and polyethyleneoxide (PPO-PEO), and at least one solvent, wherein the membranes have a molecular retention onset (MWRO) of between 9.0 kDa and 14.0 kDa and a molecular weight cut-off (MWCO) of between 55 kDa and 130 kDa as determined by dextran sieving before blood contact of the membrane, wherein the parameters MWRO and MWCO are determined as defined in the description, and wherein the membrane has an asymmetric foam structure with a separation layer at the innermost layer of the hollow fiber membranes.
A processing device for processing a plurality of polygon meshes that each approximate a three-dimensional object with use of polygonal shapes, wherein each polygon mesh includes a plurality of polygons, processes for each polygon mesh include a coordinate transformation and a gradient calculation, the coordinate transformation being for transforming (i) sets of local coordinates of a plurality of vertices of each polygon mesh into (ii) sets of world coordinates thereof in a world coordinate system, the gradient calculation being for calculating gradients of each polygon mesh based on the sets of world coordinates, and the processing device comprises: a plurality of processors each having a computation unit operable to perform the coordinate transformation and the gradient calculation; a distribution unit operable to, for each of the polygons, distribute the vertices defining the polygon to the computation units so that the coordinate transformation of each of the vertices is performed by a different one of the computation units; an allocation unit operable to, for each of the polygons, select one of the computation units that is to perform the gradient calculation for the polygon; and a supply unit operable to, for each of the polygons, supply a set of screen coordinates to the computation unit selected by the allocation unit for the gradient calculation for the polygon, the screen coordinates obtained by projecting world coordinates resulting from the coordinate transformation of the vertices defining the polygon by the computation units onto a two-dimensional screen. a plurality of processors each having a computation unit operable to perform the coordinate transformation and the gradient calculation; a distribution unit operable to, for each of the polygons, distribute the vertices defining the polygon to the computation units so that the coordinate transformation of each of the vertices is performed by a different one of the computation units; an allocation unit operable to, for each of the polygons, select one of the computation units that is to perform the gradient calculation for the polygon; and a supply unit operable to, for each of the polygons, supply a set of screen coordinates to the computation unit selected by the allocation unit for the gradient calculation for the polygon, the screen coordinates obtained by projecting world coordinates resulting from the coordinate transformation of the vertices defining the polygon by the computation units onto a two-dimensional screen.
A gas turbine engine component, comprising: a tubular body section including a plurality of fiber wraps encompassed within a matrix composition ; and one or more integrally-formed stiffeners extending from an outer surface of the body section and in a component circumferential direction around the body section, the stiffener including one or more fiber wraps extending radially outwardly from the body section over a form and to the body section from the form; wherein the form is a filler element; and characterised in that : the filler element is hollow; the fiber wraps each include: a plurality of axial tows oriented to extend in the component circumferential direction ; and a plurality of first bias tows and a plurality of second bias tows braided with the plurality of axial tows; and the plurality of axial tows are discontinuous at the stiffener along a circumferential length of the stiffener. a tubular body section including a plurality of fiber wraps encompassed within a matrix composition ; and one or more integrally-formed stiffeners extending from an outer surface of the body section and in a component circumferential direction around the body section, the stiffener including one or more fiber wraps extending radially outwardly from the body section over a form and to the body section from the form; wherein the form is a filler element; and characterised in that : the filler element is hollow; the fiber wraps each include: wherein the form is a filler element; and characterised in that : the filler element is hollow; the fiber wraps each include: the filler element is hollow; the fiber wraps each include: a plurality of axial tows oriented to extend in the component circumferential direction ; and a plurality of first bias tows and a plurality of second bias tows braided with the plurality of axial tows; and the plurality of axial tows are discontinuous at the stiffener along a circumferential length of the stiffener.
A surface finish stylus for a multi-directional scanning probe , comprising; an elongate stylus shaft (120;140) having a longitudinal axis (L), and one or more contact elements (124,126; 144,146,148; 196,198) protruding from the elongate stylus shaft (120;140) for contacting a surface to be measured, characterised in that the one or more contact elements (124,126; 144,146,148; 196,198) are configured to enable measurement of surface finish during motion of the stylus shaft relative to a surface along a measurement direction (M1, M2, M3) that is non-parallel to the longitudinal axis (L), and the one or more contact elements (124,126; 144,146,148; 196,198) comprise a plurality of contact elements having a plurality of different orientations relative to the stylus shaft (120;140). an elongate stylus shaft (120;140) having a longitudinal axis (L), and one or more contact elements (124,126; 144,146,148; 196,198) protruding from the elongate stylus shaft (120;140) for contacting a surface to be measured, characterised in that the one or more contact elements (124,126; 144,146,148; 196,198) are configured to enable measurement of surface finish during motion of the stylus shaft relative to a surface along a measurement direction (M1, M2, M3) that is non-parallel to the longitudinal axis (L), and the one or more contact elements (124,126; 144,146,148; 196,198) comprise a plurality of contact elements having a plurality of different orientations relative to the stylus shaft (120;140).
A communication method in a wireless communication system, the method performed by a user equipment, UE , and comprising: receiving configuration information, wherein the configuration information indicates the UE of at least one bandwidth part, BWP, which is configured to the UE ; and receiving a transport block on the at least one BWP, wherein each of the at least one BWP is a part of an entire frequency band, wherein a maximum size of the transport block is configured based on a size of a BWP among the at least one BWP, where the transport block is allocated to the BWP, and wherein based on the transport block being related to a reference signal, a sequence of the reference signal is applied after being generated based on the entire frequency band and after being divided into a size corresponding to the BWP to which the transport block is allocated. receiving configuration information, wherein the configuration information indicates the UE of at least one bandwidth part, BWP, which is configured to the UE ; and receiving a transport block on the at least one BWP, wherein each of the at least one BWP is a part of an entire frequency band, wherein a maximum size of the transport block is configured based on a size of a BWP among the at least one BWP, where the transport block is allocated to the BWP, and wherein based on the transport block being related to a reference signal, a sequence of the reference signal is applied after being generated based on the entire frequency band and after being divided into a size corresponding to the BWP to which the transport block is allocated.
An integrated-circuit testing device , comprising: an integrated circuit , comprising: a first power unit , generating a first output voltage and coupled to a first load pin ; a second power unit , generating a second output voltage and coupled to a second load pin ; and a selection switch , outputting either the first output voltage or the second output voltage to a voltage pin according to a selection signal; an integrated-circuit socket , comprising: an integrated-circuit slot , wherein the integrated power circuit is detachably placed in the integrated-circuit slot ; a first load probe , coupled to the first load pin and coupled to a first load ; a second load probe , coupled to the second load pin and coupled to a second load ; and a voltage probe coupled to the voltage pin ; a voltmeter , coupled to the voltage probe and measuring, according to a measurement signal, a voltage of the voltage probe to generate a voltage signal; and a processor , generating the selection signal and the measurement signal and receiving the voltage signal. an integrated circuit , comprising: a first power unit , generating a first output voltage and coupled to a first load pin ; a second power unit , generating a second output voltage and coupled to a second load pin ; and a selection switch , outputting either the first output voltage or the second output voltage to a voltage pin according to a selection signal; a first power unit , generating a first output voltage and coupled to a first load pin ; a second power unit , generating a second output voltage and coupled to a second load pin ; and a selection switch , outputting either the first output voltage or the second output voltage to a voltage pin according to a selection signal; an integrated-circuit socket , comprising: an integrated-circuit slot , wherein the integrated power circuit is detachably placed in the integrated-circuit slot ; a first load probe , coupled to the first load pin and coupled to a first load ; a second load probe , coupled to the second load pin and coupled to a second load ; and a voltage probe coupled to the voltage pin ; an integrated-circuit slot , wherein the integrated power circuit is detachably placed in the integrated-circuit slot ; a first load probe , coupled to the first load pin and coupled to a first load ; a second load probe , coupled to the second load pin and coupled to a second load ; and a voltage probe coupled to the voltage pin ; a voltmeter , coupled to the voltage probe and measuring, according to a measurement signal, a voltage of the voltage probe to generate a voltage signal; and a processor , generating the selection signal and the measurement signal and receiving the voltage signal.