mhurhangee/ep-ind-claims huggingface dataset:
A water-disintegrable sheet in which a base paper sheet comprising a single layer or multiple layers of paper or nonwoven fabric comprising a natural and/or a synthetic fiber is impregnated with an aqueous agent, wherein the base paper sheet has a weight per unit area of 30 to 150 gsm, and includes a water-soluble binder, wherein the water-soluble binder is carboxymethyl cellulose and cellulose nanofibers with a width of 1 nm or more and 1000 nm or less in an amount of 0.1 % by weight or more and 2.0 % or less by weight with respect to the base paper sheet, and the aqueous agent includes a zinc ion as a cross-linking agent which cross-links with the water-soluble binder, wherein the impregnated aqueous agent is 100 to 500 % by weight relative to the weight of the base paper sheet. the base paper sheet has a weight per unit area of 30 to 150 gsm, and includes a water-soluble binder, wherein the water-soluble binder is carboxymethyl cellulose and cellulose nanofibers with a width of 1 nm or more and 1000 nm or less in an amount of 0.1 % by weight or more and 2.0 % or less by weight with respect to the base paper sheet, and the aqueous agent includes a zinc ion as a cross-linking agent which cross-links with the water-soluble binder, wherein the impregnated aqueous agent is 100 to 500 % by weight relative to the weight of the base paper sheet.
Automated reading device for reading meter readouts of a measuring device, whereby the reading device is provided with a detector with which images of the meter readout concerned can be made by optical means, characterised in that the automated reading device is further at least provided with: - light sources for emitting light; - means for splitting the light emitted by the light sources into a number of light beams that extend along divergent directions (AA' - DD'); and, - automated switching means that enable the light sources to be activated independently of one another and that enable the intensity of the emitted light to be controlled independently of one another, such that while making images of the meter readout a multitude of possible combinations of light beams can illuminate the meter readouts from divergent directions (AA' - DD'). - light sources for emitting light; - means for splitting the light emitted by the light sources into a number of light beams that extend along divergent directions (AA' - DD'); and, - automated switching means that enable the light sources to be activated independently of one another and that enable the intensity of the emitted light to be controlled independently of one another, such that while making images of the meter readout a multitude of possible combinations of light beams can illuminate the meter readouts from divergent directions (AA' - DD').
A prosthesis-packaging case adapted to be used in subjecting a prosthesis made of a material containing zirconia to γ-ray sterilization treatment and heat treatment while the prosthesis is double-packaged, comprising: a primary packaging case for housing the prosthesis, having a primary bottle body and a primary lid fitted into the primary bottle body; and a secondary packaging case for housing the primary package case with no gap in an opening direction of the primary package case, having a secondary bottle body and a secondary lid screwed to the secondary bottle body, wherein the primary packaging case is made of a material containing zirconia, and wherein the secondary packaging case is made of a thermoplastic resin. a primary packaging case for housing the prosthesis, having a primary bottle body and a primary lid fitted into the primary bottle body; and a secondary packaging case for housing the primary package case with no gap in an opening direction of the primary package case, having a secondary bottle body and a secondary lid screwed to the secondary bottle body, wherein the primary packaging case is made of a material containing zirconia, and wherein the secondary packaging case is made of a thermoplastic resin.
A rotary compressor having two cylinders (6a, 6b), the compressor comprising: a crankshaft having a first eccentric portion and a second eccentric portion connected to each other by a connecting portion; and two compressive elements (4a, 4b) that compress working fluid in the cylinders (6a, 6b) as a first piston inserted over the first eccentric portion eccentrically rotates in accordance with rotation of the crankshaft, wherein the first piston inserted over the first eccentric portion is conformed to undergo assembly by being inserted over the first eccentric portion through the second eccentric portion, characterized in that releasing portions (7a', 7b') are provided at outer diameter portions of the first eccentric portion and the second eccentric portion on the connecting portion side, Hc-c < Hp - Hpc < Hc-c + Hcd < Hp is established where Hc-c is a height of the connecting portion, Hcd is a height of the releasing portions (7a', 7b'), Hp is a height of the first piston, and Hpc is a height of one of bevels respectively provided at both surfaces of the first piston, and an outermost diameter (Rc) of a projection cross section obtained by overlaying a cross section of the first eccentric portion excluding the releasing portion and a cross section of the second eccentric portion excluding the releasing portion on each other is set to be greater than an inner diameter of the first piston, wherein respective sites in the first and the second releasing portions (7a', 7b') are beveled in the eccentric direction as compared to other sites in the first and second eccentric portions (7a, 7b). a crankshaft having a first eccentric portion and a second eccentric portion connected to each other by a connecting portion; and two compressive elements (4a, 4b) that compress working fluid in the cylinders (6a, 6b) as a first piston inserted over the first eccentric portion eccentrically rotates in accordance with rotation of the crankshaft, wherein the first piston inserted over the first eccentric portion is conformed to undergo assembly by being inserted over the first eccentric portion through the second eccentric portion, characterized in that releasing portions (7a', 7b') are provided at outer diameter portions of the first eccentric portion and the second eccentric portion on the connecting portion side, Hc-c < Hp - Hpc < Hc-c + Hcd < Hp is established where Hc-c is a height of the connecting portion, Hcd is a height of the releasing portions (7a', 7b'), Hp is a height of the first piston, and Hpc is a height of one of bevels respectively provided at both surfaces of the first piston, and an outermost diameter (Rc) of a projection cross section obtained by overlaying a cross section of the first eccentric portion excluding the releasing portion and a cross section of the second eccentric portion excluding the releasing portion on each other is set to be greater than an inner diameter of the first piston, wherein respective sites in the first and the second releasing portions (7a', 7b') are beveled in the eccentric direction as compared to other sites in the first and second eccentric portions (7a, 7b).
A method of performing, by a terminal, a bandwidth part, BWP, operation in a time division duplex, TDD, wireless communication system, the method comprising: receiving, from a network, configuration information comprising information for an initial BWP and information for downlink, DL, BWPs; receiving, from the network, a signal on the initial BWP upon performing an initial access procedure; receiving, from the network, downlink control information, DCI related to switching a DL BWP to a first BWP of the DL BWPs on the initial BWP; based on receiving the DCI related to switching the DL BWP, switching an uplink, UL BWP to a second BWP that corresponds to the first BWP; and transmitting, to the network, a signal on the second BWP. receiving, from a network, configuration information comprising information for an initial BWP and information for downlink, DL, BWPs; receiving, from the network, a signal on the initial BWP upon performing an initial access procedure; receiving, from the network, downlink control information, DCI related to switching a DL BWP to a first BWP of the DL BWPs on the initial BWP; based on receiving the DCI related to switching the DL BWP, switching an uplink, UL BWP to a second BWP that corresponds to the first BWP; and transmitting, to the network, a signal on the second BWP.
A Ceramic Matrix Composite vane structure (62A, 62B, 62C; 64A, 64B) for a gas turbine engine, the vane structure (62A...64B) comprising: a CMC outer ring; a CMC inner ring; and a multiple of CMC vanes integrated between said CMC outer ring and said CMC inner ring, said vanes comprising at least one CMC ply including a plurality of structural fibres, wherein the at least one ply is wrapped in an "I" shape to arrange individual structural fibres in the "I" shape to form a suction side, an outer platform, a pressure side and an inner platform in a continuous manner. a CMC outer ring; a CMC inner ring; and a multiple of CMC vanes integrated between said CMC outer ring and said CMC inner ring, said vanes comprising at least one CMC ply including a plurality of structural fibres, wherein the at least one ply is wrapped in an "I" shape to arrange individual structural fibres in the "I" shape to form a suction side, an outer platform, a pressure side and an inner platform in a continuous manner.
A method comprising: detecting, with a processor, peaks in time intervals of a sensed media signal; generating, with the processor, interval sums for respective ones of the time intervals based on absolute values of the detected peaks in corresponding ones of the time intervals, a first one of the interval sums for a first one of the time intervals based on a sum of the absolute values of ones of the peaks that occur between zero crossings (904, 906, 908) of the sensed media signal, the zero crossings corresponding to the first one of the time intervals; generating, with the processor, a curve based on the interval sums; identifying, with the processor, peaks in the generated curve; generating, with the processor, normalized curve features (1202, 1204, 1206, 1208, 1210) at respective temporal locations (1102, 1104, 1106, 1108, 1110) of the identified peaks in the curve; and outputting, with the processor, a signature corresponding to the sensed media signal, the signature including the normalized curve features, characterised in that each of the normalized curve features is having a shape with a peak at the respective temporal location of a corresponding one of the peaks in the curve. detecting, with a processor, peaks in time intervals of a sensed media signal; generating, with the processor, interval sums for respective ones of the time intervals based on absolute values of the detected peaks in corresponding ones of the time intervals, a first one of the interval sums for a first one of the time intervals based on a sum of the absolute values of ones of the peaks that occur between zero crossings (904, 906, 908) of the sensed media signal, the zero crossings corresponding to the first one of the time intervals; generating, with the processor, a curve based on the interval sums; identifying, with the processor, peaks in the generated curve; generating, with the processor, normalized curve features (1202, 1204, 1206, 1208, 1210) at respective temporal locations (1102, 1104, 1106, 1108, 1110) of the identified peaks in the curve; and outputting, with the processor, a signature corresponding to the sensed media signal, the signature including the normalized curve features, characterised in that each of the normalized curve features is having a shape with a peak at the respective temporal location of a corresponding one of the peaks in the curve.
A turbine nozzle assembly for a gas turbine engine, said nozzle assembly comprising: a turbine nozzle comprising an outer band, an inner band, and plurality of airfoil vanes coupled together by said outer and inner bands, each said airfoil vane is hollow and defines a cavity therein; and a manifold ring extending circumferentially around said turbine nozzle for channeling cooling fluid radially inwardly into each said airfoil vane cavity, said manifold ring comprising a radially outer wall and a radially inner wall coupled together by a pair of sidewalls, the manifold ring comprising at least one distribution port connected via a tube to a nozzle manifold port which is connected to a cover plate including a plurality of openings to control the flow of cooling fluid from the manifold port; characterized in that: at least a portion of the cover plate extends arcuately across the manifold port. a turbine nozzle comprising an outer band, an inner band, and plurality of airfoil vanes coupled together by said outer and inner bands, each said airfoil vane is hollow and defines a cavity therein; and a manifold ring extending circumferentially around said turbine nozzle for channeling cooling fluid radially inwardly into each said airfoil vane cavity, said manifold ring comprising a radially outer wall and a radially inner wall coupled together by a pair of sidewalls, the manifold ring comprising at least one distribution port connected via a tube to a nozzle manifold port which is connected to a cover plate including a plurality of openings to control the flow of cooling fluid from the manifold port; at least a portion of the cover plate extends arcuately across the manifold port.
A device for characterizing the evolution over time of a size distribution of electrically-charged airborne particles in an airflow, comprising: - an air inlet for entry of airborne particles in an airflow, - a particle charging unit arranged to create the size distribution of electrically-charged airborne particles by electrically charging airborne particles entering the device, - a concentration variation section capable of causing a variation of the concentration of electrically-charged particles between at least a first concentration level and a second concentration level during at least one time interval, - a particle sensing section capable of producing a first measurement signal I 1 corresponding with the first concentration level, and a second measurement signal I 2 corresponding with the second concentration level, and - a data evaluation unit; characterized in that the data evaluation unit is arranged to infer, from the first measurement signal I 1 and the second measurement signal I 2 and a reference particle diameter d p,ref, a particle number concentration N and an average particle diameter d p,av of the size distribution of electrically-charged airborne particles, wherein the change of the inferred average particle diameter d p,av with respect to the reference particle diameter d p,ref is bounded by a set maximum change. - an air inlet for entry of airborne particles in an airflow, - a particle charging unit arranged to create the size distribution of electrically-charged airborne particles by electrically charging airborne particles entering the device, - a concentration variation section capable of causing a variation of the concentration of electrically-charged particles between at least a first concentration level and a second concentration level during at least one time interval, - a particle sensing section capable of producing a first measurement signal I 1 corresponding with the first concentration level, and a second measurement signal I 2 corresponding with the second concentration level, and - a data evaluation unit; characterized in that the data evaluation unit is arranged to infer, from the first measurement signal I 1 and the second measurement signal I 2 and a reference particle diameter d p,ref, a particle number concentration N and an average particle diameter d p,av of the size distribution of electrically-charged airborne particles, wherein the change of the inferred average particle diameter d p,av with respect to the reference particle diameter d p,ref is bounded by a set maximum change.
A tool bit of an ultrasonic osteotome, comprising: an arbor; and an end portion of the tool bit connected to a front end of the arbor, the end portion of the tool bit has a spoon-like shape, wherein the end portion of the tool bit has a toothed front edge; wherein a front edge of the end portion of the tool bit is formed with a plurality of tooth slots substantially extending in a direction from a concave surface of the end portion of the tool bit to a convex surface thereof; and wherein each of the tooth slots has an end in communication with the concave surface of the end portion of the tool bit; characterized in that each of the tooth slots has a length reduced gradually from a central part one of the tooth slots to two lateral parts ones of the tooth slots in a width direction of the end portion of the tool bit. an arbor; and an end portion of the tool bit connected to a front end of the arbor, the end portion of the tool bit has a spoon-like shape, wherein the end portion of the tool bit has a toothed front edge; wherein a front edge of the end portion of the tool bit is formed with a plurality of tooth slots substantially extending in a direction from a concave surface of the end portion of the tool bit to a convex surface thereof; and wherein each of the tooth slots has an end in communication with the concave surface of the end portion of the tool bit; characterized in that each of the tooth slots has a length reduced gradually from a central part one of the tooth slots to two lateral parts ones of the tooth slots in a width direction of the end portion of the tool bit.
A stroller foldable between an in use configuration and a collapsed configuration, the stroller comprising a locking mechanism (43a, 43b, 451, 452, 453) for securing the stroller in the in use configuration, a first release (454, 455, 456) for the locking mechanism (43a, 43b, 451, 452, 453), and a second release (550, 600, 602, 604, 606, 608) for the locking mechanism (43a, 43b, 451, 452, 453), wherein both the first release (454, 455, 456) and the second release (550, 600, 602, 604, 606, 608) must be actuated in order for the stroller to be folded from the in use configuration to the collapsed configuration, characterised in that the second release (550, 600, 602, 604, 606, 608) comprises an actuator movable between a first position in which the actuator is operable to effect release, and a second position in which the actuator is inoperable.
A server apparatus comprising: a communication unit configured to perform communication with a display apparatus; and a controller configured to transmit a parameter required for moving image reproduction, that is parsed from a moving image stream, to the display apparatus in response to receiving a request signal for the parameter required for moving image reproduction from the display apparatus, and transmit the moving image stream to the display apparatus in response to a moving image request signal being received from the display apparatus, characterized in that: the parameter required for moving image reproduction comprises a parameter required by the display apparatus to perform a decoding and reproduction operation; the request signal for the parameter required for moving image reproduction is included in a meta information request signal; and the parameter parsed from the moving image stream is included in a meta information response signal. a communication unit configured to perform communication with a display apparatus; and a controller configured to transmit a parameter required for moving image reproduction, that is parsed from a moving image stream, to the display apparatus in response to receiving a request signal for the parameter required for moving image reproduction from the display apparatus, and transmit the moving image stream to the display apparatus in response to a moving image request signal being received from the display apparatus, characterized in that: the parameter required for moving image reproduction comprises a parameter required by the display apparatus to perform a decoding and reproduction operation; the request signal for the parameter required for moving image reproduction is included in a meta information request signal; and the parameter parsed from the moving image stream is included in a meta information response signal. the parameter required for moving image reproduction comprises a parameter required by the display apparatus to perform a decoding and reproduction operation; the request signal for the parameter required for moving image reproduction is included in a meta information request signal; and the parameter parsed from the moving image stream is included in a meta information response signal.
A method of removing a metallic cable core that extends through an outer cable sheath of a length of data transmission cable, the core being surrounded by a filler material contained within the outer cable sheath as an integral part of the cable, the method comprising the steps of: (a) resistively heating the core by supplying it with electric current to reduce the viscosity of the surrounding filler material; (b) terminating the supply of electric current to the core prior to; (c) pulling the core out of one end of the outer cable sheath whilst the viscosity of the filler material is in a reduced state. (a) resistively heating the core by supplying it with electric current to reduce the viscosity of the surrounding filler material; (b) terminating the supply of electric current to the core prior to; (c) pulling the core out of one end of the outer cable sheath whilst the viscosity of the filler material is in a reduced state.
A particle filter for exhaust gas of a combustion engine comprising at least one perforated structure, and around said perforated structure there is at least one mesh structure comprising at least two corrugated mesh sheet layers (5a, 5b), whose corrugation direction to each other is from 1 to 90 degrees and forming spiral like flow channels between said mesh sheets (5a, 5b), characterized in that at least in part of the spiral channels formed by said mesh sheet layers (5a, 5b) there is fibrous filling material filling said spiral channels, through which the fluid is arranged to flow.
Method for operating a coating apparatus for coating a workpiece with a water-based lacquer, wherein the workpiece is moved through the coating apparatus in a conveying direction R by a workpiece conveying device during the coating operation, wherein ambient air from a surrounding area of the coating apparatus flows into the coating apparatus, in particular into an application chamber of the coating apparatus, wherein a dew point in the coating apparatus, in particular in the application chamber, is ascertained, and wherein the ambient air is humidified depending on the ascertained dew point in such a way that a dew point above a minimum processing temperature of the water-based lacquer is set, wherein the ambient air is humidified independently of a determination of the viscosity of the lacquer by measuring instrumentation.
The isopropyl -N-(2-(pyridine-3-yl-methoxy)-4-(2-bromo-3-phenylbenzyloxy)-5-chlorobenzyl) serinate maleate as shown in formula and a stereoisomer thereof,