mhurhangee/ep-ind-claims huggingface dataset:
A method for treating nickel hydroxide, comprising steps of: (a) enabling a first nickel hydroxide pulp to be in contact with sodium hydroxide for 30 seconds to 60 minutes at a temperature of 40 °C to 80 °C to obtain an alkalized pulp, wherein the sodium hydroxide solution is of a concentration of 20 g/L to 250 g/L; (b) enabling the alkalized pulp to be in contact with a nickel sulfate solution for 30 minutes to 60 minutes at a temperature of 40 °C to 80 °C to obtain a nickel-precipitated pulp; (b-1) subjecting the nickel-precipitated pulp to sedimentation, so as to obtain an underflow precipitate as a second nickel hydroxide pulp; (c) returning the second nickel hydroxide pulp of the nickel-precipitated pulp to the step (a) as the first nickel hydroxide pulp, and repeating the steps (a) and (b) at least for eight times; and (d) separating the nickel hydroxide from the rest part of the nickel-precipitated pulp; wherein the step (b) further comprises a step of an aging treatment subsequent to the step of enabling the alkalized pulp to be in contact with the nickel sulfate solution. (a) enabling a first nickel hydroxide pulp to be in contact with sodium hydroxide for 30 seconds to 60 minutes at a temperature of 40 °C to 80 °C to obtain an alkalized pulp, wherein the sodium hydroxide solution is of a concentration of 20 g/L to 250 g/L; (b) enabling the alkalized pulp to be in contact with a nickel sulfate solution for 30 minutes to 60 minutes at a temperature of 40 °C to 80 °C to obtain a nickel-precipitated pulp; (b-1) subjecting the nickel-precipitated pulp to sedimentation, so as to obtain an underflow precipitate as a second nickel hydroxide pulp; (c) returning the second nickel hydroxide pulp of the nickel-precipitated pulp to the step (a) as the first nickel hydroxide pulp, and repeating the steps (a) and (b) at least for eight times; and (d) separating the nickel hydroxide from the rest part of the nickel-precipitated pulp; wherein the step (b) further comprises a step of an aging treatment subsequent to the step of enabling the alkalized pulp to be in contact with the nickel sulfate solution.
A method for detecting an axial elongation of a rotating shaft relative to a housing, in which the shaft is rotatably mounted, characterised in that the axial thermal elongation of the shaft is detected by means of a parameter, in that the entire relative axial displacement of the shaft and of the housing is detected by means of at least one axial sensor, and in that the axial displacement of the shaft is corrected by the parameter.
A yarn winding device comprising: a package drive section adapted to directly drive a package; a package-diameter obtaining section adapted to obtain a current package diameter of the package; a deceleration-condition storage section adapted to store therein a plurality of deceleration conditions, each of the deceleration conditions being associated with a hypothetical package diameter, the deceleration condition being used in controlling the package drive section to decelerate the package to a stop; and a control section adapted to control the package drive section to decelerate the package to a stop according to the current package diameter obtained by the package-diameter obtaining section and a deceleration condition associated with a hypothetical package diameter corresponding to the current package diameter. a package drive section adapted to directly drive a package; a package-diameter obtaining section adapted to obtain a current package diameter of the package; a deceleration-condition storage section adapted to store therein a plurality of deceleration conditions, each of the deceleration conditions being associated with a hypothetical package diameter, the deceleration condition being used in controlling the package drive section to decelerate the package to a stop; and a control section adapted to control the package drive section to decelerate the package to a stop according to the current package diameter obtained by the package-diameter obtaining section and a deceleration condition associated with a hypothetical package diameter corresponding to the current package diameter.
A method for controlling an output power of an antenna in user equipment (11, 100, 1510), comprising: during a sounding reference signal, SRS, transmission period, transmitting (604, 704, 804, 1006, 1111, 1203, 1306), by a first antenna of at least one antenna of the user equipment (11, 100, 1510), a first SRS signal to a base station at a first SRS output power, wherein the first SRS output power is equal to a maximum output power, P cmax, of the first antenna; and during the SRS period, transmitting (604, 704, 804, 1006, 1111, 1203, 1306) a non-SRS signal to the base station at a non-SRS output power, wherein the non-SRS output power is less than a difference between the maximum output power of the first antenna and a maximum output power reduction of the first antenna, and the maximum output power reduction of the first antenna is set to meet an electromagnetic power density exposure requirement of the first antenna. during a sounding reference signal, SRS, transmission period, transmitting (604, 704, 804, 1006, 1111, 1203, 1306), by a first antenna of at least one antenna of the user equipment (11, 100, 1510), a first SRS signal to a base station at a first SRS output power, wherein the first SRS output power is equal to a maximum output power, P cmax, of the first antenna; and during the SRS period, transmitting (604, 704, 804, 1006, 1111, 1203, 1306) a non-SRS signal to the base station at a non-SRS output power, wherein the non-SRS output power is less than a difference between the maximum output power of the first antenna and a maximum output power reduction of the first antenna, and the maximum output power reduction of the first antenna is set to meet an electromagnetic power density exposure requirement of the first antenna.
A method comprising: defining, by a storage server (108, 110), a snapshot replication policy rule for a synchronous replication relationship between a first storage controller hosting first storage, and a second storage controller hosting second storage; the snapshot replication policy rule specifying that a replication label will be used for first snapshot create requests, targeting the first storage, that are to be replicated to the second storage; creating a snapshot creation policy to issue first snapshot create requests comprising the replication label; responsive to receiving a first snapshot create request comprising the replication label: creating a snapshot of the first storage at the first storage controller; and creating a replication snapshot of the second storage at the second storage controller; and comparing the snapshot and the replication snapshot for data integrity validation; and the snapshot replication policy rule further specifying that no replication label will be used for second snapshot create requests, wherein responsive to receiving a second snapshot create request not comprising the replication label, creating a second snapshot of the first storage at the first storage controller without creating a corresponding replication snapshot of the second storage at the second storage controller (118. defining, by a storage server (108, 110), a snapshot replication policy rule for a synchronous replication relationship between a first storage controller hosting first storage, and a second storage controller hosting second storage; the snapshot replication policy rule specifying that a replication label will be used for first snapshot create requests, targeting the first storage, that are to be replicated to the second storage; creating a snapshot creation policy to issue first snapshot create requests comprising the replication label; responsive to receiving a first snapshot create request comprising the replication label: creating a snapshot of the first storage at the first storage controller; and creating a replication snapshot of the second storage at the second storage controller; and creating a snapshot of the first storage at the first storage controller; and creating a replication snapshot of the second storage at the second storage controller; and comparing the snapshot and the replication snapshot for data integrity validation; and
An embossed print medium, comprising: a media substrate; an embossed image-receiving layer formed on the media substrate, said embossed image-receiving layer comprising a first pigment filler, and a polymer blend of a water-dispersible polymer and a water-soluble polymer at a weight ratio from 2:1 to 10:1, wherein the image-receiving layer is embossed at an embossing depth from 5 μm to 150 μm; and an abrasion-resistant layer applied to the embossed image-receiving layer at a coating weight of from 2 gsm to 20 gsm, wherein the abrasion-resistant layer comprises a cross-linked polymer network, and a second pigment filler. a media substrate; an embossed image-receiving layer formed on the media substrate, said embossed image-receiving layer comprising a first pigment filler, and a polymer blend of a water-dispersible polymer and a water-soluble polymer at a weight ratio from 2:1 to 10:1, wherein the image-receiving layer is embossed at an embossing depth from 5 μm to 150 μm; and an abrasion-resistant layer applied to the embossed image-receiving layer at a coating weight of from 2 gsm to 20 gsm, wherein the abrasion-resistant layer comprises a cross-linked polymer network, and a second pigment filler.
An apparatus comprising: a receiver arranged to receive a first control signal on a carrier within a carrier group in a slot, wherein the first control signal includes an indicator for indicating whether the carrier is a last scheduled carrier of the carrier group for downlink transmissions; and a transmitter arranged to transmit a hybrid automatic repeat request acknowledgement codebook corresponding to the downlink transmissions in the slot for the carrier group, wherein, based on the first control signal, one or more hybrid automatic repeat request acknowledgement bits for the last scheduled carrier are arranged at the end of the hybrid automatic repeat request acknowledgement codebook. a receiver arranged to receive a first control signal on a carrier within a carrier group in a slot, wherein the first control signal includes an indicator for indicating whether the carrier is a last scheduled carrier of the carrier group for downlink transmissions; and a transmitter arranged to transmit a hybrid automatic repeat request acknowledgement codebook corresponding to the downlink transmissions in the slot for the carrier group, wherein, based on the first control signal, one or more hybrid automatic repeat request acknowledgement bits for the last scheduled carrier are arranged at the end of the hybrid automatic repeat request acknowledgement codebook.
A vascular closure system, comprising: a body portion having a distal end surface; an anchor positionable through a vessel puncture in a vessel wall of a vessel, the anchor movable from a retracted position to a radially expanded position, the anchor defining a vessel contact surface when in the expanded position; a suture carrying portion positionable through the vessel puncture and carrying at least one suture member (82, 84); a plurality of needles extendable through a portion of the vessel wall adjacent to the vessel puncture, the plurality of needles being configured to connect to the at least one suture member (82, 84), the plurality of needles also being configured to position the at least one suture member (82, 84) through the portion of the vessel wall when withdrawn through the portion of the vessel wall; characterized in that the anchor is configured such that proximal movement of the anchor will orient the portion of the vessel wall by capturing the portion of the vessel wall between the distal end surface of the body portion and the vessel contact surface of the anchor when the anchor is in the expanded position. a body portion having a distal end surface; an anchor positionable through a vessel puncture in a vessel wall of a vessel, the anchor movable from a retracted position to a radially expanded position, the anchor defining a vessel contact surface when in the expanded position; a suture carrying portion positionable through the vessel puncture and carrying at least one suture member (82, 84); a plurality of needles extendable through a portion of the vessel wall adjacent to the vessel puncture, the plurality of needles being configured to connect to the at least one suture member (82, 84), the plurality of needles also being configured to position the at least one suture member (82, 84) through the portion of the vessel wall when withdrawn through the portion of the vessel wall; characterized in that the anchor is configured such that proximal movement of the anchor will orient the portion of the vessel wall by capturing the portion of the vessel wall between the distal end surface of the body portion and the vessel contact surface of the anchor when the anchor is in the expanded position.
A method of storing a value comprising a series of words, the method comprising: ia) XOR combining an output word of a first random number generator with an output word of a third random number generator to provide a second combined word; ib) XOR combining a word of a second share of the value with the second combined word to provide a third combined word; ic) XOR combining the output word of the third random number generator with a word of a first share of the value to provide a fourth combined word; and id) XOR combining the fourth combined word with the third combined word to provide a first combined word, wherein the word of the first share of the value, the word of the second share of the value and the first combined word each consist of M data bits, where M is an integer of 16 or more; ii) storing the first combined word in a shift register; iii) repeating steps i) and ii) for each successive word of the first and second shares of the value; iv) outputting a first output word from the shift register; v) outputting a second output word from a second random number generator; and vi) repeating steps iv) and v) for each successive word stored in the shift register, wherein the first and second random number generators are pseudo random number generators configured to generate the same sequence of words, the outputs from the first and second random number generators being shifted relative to each other in the sequence of words by a length of the shift register. ia) XOR combining an output word of a first random number generator with an output word of a third random number generator to provide a second combined word; ib) XOR combining a word of a second share of the value with the second combined word to provide a third combined word; ic) XOR combining the output word of the third random number generator with a word of a first share of the value to provide a fourth combined word; and id) XOR combining the fourth combined word with the third combined word to provide a first combined word, wherein the word of the first share of the value, the word of the second share of the value and the first combined word each consist of M data bits, where M is an integer of 16 or more; ii) storing the first combined word in a shift register; iii) repeating steps i) and ii) for each successive word of the first and second shares of the value; iv) outputting a first output word from the shift register; v) outputting a second output word from a second random number generator; and vi) repeating steps iv) and v) for each successive word stored in the shift register,
A method for shaping at least one cardboard blank between an entry position and an exit position of a shaping station, said method including a step of using shaping tools on said cardboard blank, said shaping tools moving reciprocatingly on each side of said blank between a shaping position and a retracted position, said method comprising ensuring the movement of the cardboard blank by means of said shaping tools between said entry position and said exit position of the shaping station while the cardboard blank is being shaped by said shaping tools, said shaping method making use, within said shaping station, of two tool-holder modules (1, 1'), characterized in that each tool-holder module (1, 1') comprises a shaping trolley (8, 8') mounted to move reciprocatingly on substantially horizontal runners, each of the runners being in the form of a straight line segment, each module carrying a die and a punch which constitute the shaping tools, said shaping tools moving in a vertical direction, each shaping trolley (8, 8') of each module (1, 1') taking turns being in charge of cardboard blanks (2, 2', 30) arriving at the entry position of said shaping station.
A reinforcing carbon fiber bundle comprising a sizing agent adhered to surfaces of carbon fibers, characterized in that the sizing agent comprises at least two components, a first component of the at least two components is either clearly a solid at 150 °C or in the case where the first component is a resin having no melting point has a sufficiently high glass transition temperature and is not in a molten state at 150 °C, a weight ratio of the first component to the second component is 2/1 to 20/1, and a second component of the at least two components has fluidity at 150°C, wherein the second component is a polyamide ternary copolymer resin, wherein having fluidity means that the viscosity at a shear rate of 10 s -1 at that temperature is less than 500 Pa·s, and wherein the second component acts as a component for film formation and carries particles of the first component on the surfaces of the carbon fibers. characterized in that the sizing agent comprises at least two components, a first component of the at least two components is either clearly a solid at 150 °C or in the case where the first component is a resin having no melting point has a sufficiently high glass transition temperature and is not in a molten state at 150 °C, a weight ratio of the first component to the second component is 2/1 to 20/1, and a second component of the at least two components has fluidity at 150°C, wherein the second component is a polyamide ternary copolymer resin, wherein having fluidity means that the viscosity at a shear rate of 10 s -1 at that temperature is less than 500 Pa·s, and wherein the second component acts as a component for film formation and carries particles of the first component on the surfaces of the carbon fibers.
A cleaning unit for an RF-energy based oral cleaning and/or treatment device, the cleaning unit for being received in an oral cavity of a user, the cleaning unit comprising: a first protruding structure, extending outward from a surface of the cleaning unit, the first protruding structure comprising one or more first electrodes, a second protruding structure extending outward from the surface of the cleaning unit, and comprising one or more second electrodes, wherein the one or more first electrodes and one or more second electrodes are suitable for being driven with an RF drive signal to generate an RF electromagnetic field; the second protruding structure spaced from the first protruding structure by a gap, wherein the gap consists of a space extending from the first protruding structure to the second protruding structure, wherein the gap is arranged such that at least one tooth is receivable in the gap between the first and second protruding structures, with the first and second protruding structures extending on either side of the gap, wherein, with the at least one tooth received in the gap, the first and second protruding structures extend at least partway down outer side surfaces of the tooth, wherein the first and second protruding structures each comprise a plurality of protruding members, and wherein at least a portion of the protruding members of each protruding structure are flexible; wherein the gap is of a size suitable for receiving the full width of an average molar tooth of an average adult human. a first protruding structure, extending outward from a surface of the cleaning unit, the first protruding structure comprising one or more first electrodes, a second protruding structure extending outward from the surface of the cleaning unit, and comprising one or more second electrodes, wherein the one or more first electrodes and one or more second electrodes are suitable for being driven with an RF drive signal to generate an RF electromagnetic field; the second protruding structure spaced from the first protruding structure by a gap, wherein the gap consists of a space extending from the first protruding structure to the second protruding structure, wherein the gap is arranged such that at least one tooth is receivable in the gap between the first and second protruding structures, with the first and second protruding structures extending on either side of the gap, wherein, with the at least one tooth received in the gap, the first and second protruding structures extend at least partway down outer side surfaces of the tooth, wherein the first and second protruding structures each comprise a plurality of protruding members, and wherein at least a portion of the protruding members of each protruding structure are flexible; wherein the gap is of a size suitable for receiving the full width of an average molar tooth of an average adult human.
A method of transferring a session of a service type, and for which suitable plural bearers for the media being sent during the session have been set up and assigned respective QCI values, from a packet switched access network to a circuit switched access network, the method comprising: at a Mobility Management Entity, receiving from a gateway node a service type indicator, the service type indicator being in addition to the QCI values assigned to the plural bearers set up for the session, and identifying a type of service being used in the session handled by the Mobility Management Entity and being associated with the plural bearers used for the session, the service type indicator being associated with those plural bearers set up for the session, wherein the set of types of service comprises a video call, a voice call, a facsimile message, an IP Multimedia Subsystem priority message and a circuit switched data; at the Mobility Management Entity, receiving from an eNodeB an indication that the session is to be transferred from the packet switched network to the circuit switched access network; at the Mobility Management Entity, determining the bearers associated with the session using the service type indicator, and initiating transfer of the session using those bearers. at a Mobility Management Entity, receiving from a gateway node a service type indicator, the service type indicator being in addition to the QCI values assigned to the plural bearers set up for the session, and identifying a type of service being used in the session handled by the Mobility Management Entity and being associated with the plural bearers used for the session, the service type indicator being associated with those plural bearers set up for the session, wherein the set of types of service comprises a video call, a voice call, a facsimile message, an IP Multimedia Subsystem priority message and a circuit switched data; at the Mobility Management Entity, receiving from an eNodeB an indication that the session is to be transferred from the packet switched network to the circuit switched access network; at the Mobility Management Entity, determining the bearers associated with the session using the service type indicator, and initiating transfer of the session using those bearers.