mhurhangee/patent-ind-claim-en huggingface dataset:
An oocyte collection needle comprising: a small diameter part and a large diameter part which is fluidly in communication with the small diameter part , the small diameter part having a length not to allow the large diameter part to penetrate a tissue of the human body, characterized in that the small diameter part comprises a front-end small diameter part provided with a front end to be inserted in a human body, and an intermediate part in communication with a front-end small diameter part via a first tapered part fluidly in communication with the front-end small diameter part , the intermediate part having a larger internal diameter and outer diameter than an internal diameter of the front-end small diameter part and an outer diameter thereof; and the large diameter part is in communication with the intermediate part via a second tapered part fluidly in communication with the intermediate part , and has a larger internal diameter and outer diameter than the internal diameter of the intermediate part and the outer diameter thereof, wherein: the internal diameter of the front-end small diameter part is made so as to be equal to or greater than substantially 0.35 mm, the outer diameter thereof is made so as to be equal to or smaller than substantially 0.7 mm, and a length of the front-end small diameter part is substantially 10-30 mm; the front end of the front-end small diameter part is formed as an inclined acicular end having an inclination angle of substantially 10-20 degrees; the internal diameter of the intermediate part is made so as to be equal to or greater than substantially 0.45 mm; and a total length, including the front-end small diameter part , the first tapered part , and the intermediate part , is substantially 60-150 mm. the internal diameter of the front-end small diameter part is made so as to be equal to or greater than substantially 0.35 mm, the outer diameter thereof is made so as to be equal to or smaller than substantially 0.7 mm, and a length of the front-end small diameter part is substantially 10-30 mm; the front end of the front-end small diameter part is formed as an inclined acicular end having an inclination angle of substantially 10-20 degrees; the internal diameter of the intermediate part is made so as to be equal to or greater than substantially 0.45 mm; and a total length, including the front-end small diameter part , the first tapered part , and the intermediate part , is substantially 60-150 mm.
A process for removing residual monomers from water-absorbing polymer particles by thermally aftertreating the water-absorbing polymer particles in a mixer with rotating mixing tools, the water-absorbing polymer particles during the thermal aftertreatment having a temperature of at least 60°C and a water content of at least 8% by weight, with addition of water or an aqueous solution before or during the thermal aftertreatment and/or of a steam-comprising gas stream during the thermal aftertreatment, which comprises performing the thermal aftertreatment in the presence of at least one surfactant, the at least one surfactant having a polar group and a nonpolar group, the polar group and the nonpolar group of the surfactant not being joined via a carboxylic ester group, and the polar group having at least one hydroxyl group, a cationic group or an anionic group and the nonpolar group having a C 4 - to C 20 -alkyl chain.
A method for forming a composite material including reinforcing fibers , the method comprising: an equipotential-material connecting step of connecting end portions of the reinforcing fibers with equipotential materials to form an electroconductive loop including the reinforcing fibers in the composite material before reaction; and a magnetic-field applying step of applying a magnetic field in a direction intersecting a plane formed by the electroconductive loop . an equipotential-material connecting step of connecting end portions of the reinforcing fibers with equipotential materials to form an electroconductive loop including the reinforcing fibers in the composite material before reaction; and a magnetic-field applying step of applying a magnetic field in a direction intersecting a plane formed by the electroconductive loop .
A method for maintaining a tank, in particular for a liquid hydrogen reservoir, said tank having at least one central portion provided with at least one end referred to as free end and at least one dome provided with an end referred to as open end arranged on the free end of the central portion , the free end of the central portion comprising a first connecting element , the open end of the dome comprising, on an outer face of the dome , a second connecting element , and said first connecting element and said second connecting element being configured to form a protruding tab extending toward the outside of the tank and being welded at a protruding end by a weld bead , wherein the method has at least the following steps: - a cutting-out step (E3), consisting in cutting out a part of the protruding tab having an initial length (L1), said cut-out part corresponding at least to the welded protruding end of said protruding tab having the weld bead , and said cut-out part having a length which is greater than a depth (P) of said weld bead ; and - a removing step (E4), consisting in opening the tank having at least the dome and the central portion by separating at least said dome from said central portion , which are no longer fixed to one another, allowing access to the tank in order to carry out maintenance operations. - a cutting-out step (E3), consisting in cutting out a part of the protruding tab having an initial length (L1), said cut-out part corresponding at least to the welded protruding end of said protruding tab having the weld bead , and said cut-out part having a length which is greater than a depth (P) of said weld bead ; and - a removing step (E4), consisting in opening the tank having at least the dome and the central portion by separating at least said dome from said central portion , which are no longer fixed to one another, allowing access to the tank in order to carry out maintenance operations.
A fastener which comprises: - a sleeve , which comprises a body equipped with a passage , - a screw , which: ∘ comprises a point and a head , ∘ comprises a shaft , extending between the point and the head , equipped with a thread, and which screw ∘ is configured to be slidingly fitted to the passage of the sleeve , and - an adjusting piece , which: ∘ comprises a centre hole , which is configured to be rotatably attached to the thread of the screw , ∘ comprises a rotationally non-symmetrical counter-surface for rotating the adjusting piece with a tool , and which adjusting piece ∘ is configured to be slidingly fitted in its entirety to the passage of the sleeve , characterized in that the adjusting piece is configured to be rotatably fitted to the passage of the sleeve . - a sleeve , which comprises a body equipped with a passage , - a screw , which: ∘ comprises a point and a head , ∘ comprises a shaft , extending between the point and the head , equipped with a thread, and which screw ∘ is configured to be slidingly fitted to the passage of the sleeve , and ∘ comprises a point and a head , ∘ comprises a shaft , extending between the point and the head , equipped with a thread, and which screw ∘ is configured to be slidingly fitted to the passage of the sleeve , and - an adjusting piece , which: ∘ comprises a centre hole , which is configured to be rotatably attached to the thread of the screw , ∘ comprises a rotationally non-symmetrical counter-surface for rotating the adjusting piece with a tool , and which adjusting piece ∘ is configured to be slidingly fitted in its entirety to the passage of the sleeve , characterized in that the adjusting piece is configured to be rotatably fitted to the passage of the sleeve . ∘ comprises a centre hole , which is configured to be rotatably attached to the thread of the screw , ∘ comprises a rotationally non-symmetrical counter-surface for rotating the adjusting piece with a tool , and which adjusting piece ∘ is configured to be slidingly fitted in its entirety to the passage of the sleeve ,
An apparatus for automatically adjusting tracking of one or more blades of an aircraft , the apparatus comprising: a blade tracking adjustment mechanism comprising an electric motor configured to be connected to an eccentric axis pitch horn clevis of each of the one or more blades wherein a pitch of each blade is adjusted by rotating the eccentric axis pitch horn clevis using the electric motor to create an effective shorter or longer pitch link length to adjust individual blade tracking; a blade tracking measurement system that measures the tracking of each of the one or more blades ; and a processor that receives an output from the blade tracking measurement system with tracking information for each of the one or more blades , wherein the processor controls the blade tracking adjustment mechanism to change the pitch of at least one of the one or more of the blades independently of the other blades to adjust the tracking of at least one of the one or more blades independently of the other blades, wherein the eccentric axis pitch horn clevis for each blade to be adjusted is adjusted by the blade tracking adjustment mechanism , using the electric motor, under the control of the processor . a blade tracking adjustment mechanism comprising an electric motor configured to be connected to an eccentric axis pitch horn clevis of each of the one or more blades wherein a pitch of each blade is adjusted by rotating the eccentric axis pitch horn clevis using the electric motor to create an effective shorter or longer pitch link length to adjust individual blade tracking; a blade tracking measurement system that measures the tracking of each of the one or more blades ; and a processor that receives an output from the blade tracking measurement system with tracking information for each of the one or more blades , wherein the processor controls the blade tracking adjustment mechanism to change the pitch of at least one of the one or more of the blades independently of the other blades to adjust the tracking of at least one of the one or more blades independently of the other blades, wherein the eccentric axis pitch horn clevis for each blade to be adjusted is adjusted by the blade tracking adjustment mechanism , using the electric motor, under the control of the processor .
A method for transmitting positioning assistance data, comprising: obtaining , by a positioning server, positioning assistance data; sending , by the positioning server, at least one positioning assistance data message to a network device, wherein the at least one positioning assistance data message carries the positioning assistance data; upon receiving the positioning assistance data message, broadcasting , by the network device to a terminal device, a system message carrying a first parameter, wherein the first parameter is a positioning Radio Network Temporary Identifier, RNTI, that is allocated by the network device for a positioning method of the positioning assistance data; sending , by the network device to the terminal device, a first indication information at a first resource location and the positioning assistance data at a second resource location, wherein the first resource location is a location of a Physical Downlink Control Channel, PDCCH, resource, the first indication information is a Downlink Control Information, DCI, borne on the PDCCH resource, and the second resource location is a location of a Physical Downlink Shared Channel, PDSCH, resource; and detecting, by the terminal device, the first indication information at the first resource location using the first parameter and obtaining, by the terminal device, the positioning assistance data based on the second resource location indicated by the first indication information. obtaining , by a positioning server, positioning assistance data; sending , by the positioning server, at least one positioning assistance data message to a network device, wherein the at least one positioning assistance data message carries the positioning assistance data; upon receiving the positioning assistance data message, broadcasting , by the network device to a terminal device, a system message carrying a first parameter, wherein the first parameter is a positioning Radio Network Temporary Identifier, RNTI, that is allocated by the network device for a positioning method of the positioning assistance data; sending , by the network device to the terminal device, a first indication information at a first resource location and the positioning assistance data at a second resource location, wherein the first resource location is a location of a Physical Downlink Control Channel, PDCCH, resource, the first indication information is a Downlink Control Information, DCI, borne on the PDCCH resource, and the second resource location is a location of a Physical Downlink Shared Channel, PDSCH, resource; and detecting, by the terminal device, the first indication information at the first resource location using the first parameter and obtaining, by the terminal device, the positioning assistance data based on the second resource location indicated by the first indication information.
A method to restore the functional state of at least part of an automatic machine for the production of tobacco industry articles; the automatic machine comprises a plurality of actuators , each capable of assuming a plurality of different positions; the method comprises the steps of: determining, once, an interference matrix , which indicates, for each position of an actuator , the presence or absence of interferences relative to all the possible positions of the other actuators ; using the interference matrix to restore the automatic machine from a non-functional state to a functional state; and processing a set of movements which are executable by the actuators to guide the automatic machine from a non-functional state to a functional state so that none of actuators , in any moment, goes through an interference position; wherein a set of movements is obtained through a path (P) defined on the interference matrix from a current position of the actuators , belonging to the non-functional state, to a final desired position of the actuators , belonging to the functional state. the automatic machine comprises a plurality of actuators , each capable of assuming a plurality of different positions; the method comprises the steps of: determining, once, an interference matrix , which indicates, for each position of an actuator , the presence or absence of interferences relative to all the possible positions of the other actuators ; using the interference matrix to restore the automatic machine from a non-functional state to a functional state; and processing a set of movements which are executable by the actuators to guide the automatic machine from a non-functional state to a functional state so that none of actuators , in any moment, goes through an interference position; wherein a set of movements is obtained through a path (P) defined on the interference matrix from a current position of the actuators , belonging to the non-functional state, to a final desired position of the actuators , belonging to the functional state. determining, once, an interference matrix , which indicates, for each position of an actuator , the presence or absence of interferences relative to all the possible positions of the other actuators ; using the interference matrix to restore the automatic machine from a non-functional state to a functional state; and processing a set of movements which are executable by the actuators to guide the automatic machine from a non-functional state to a functional state so that none of actuators , in any moment, goes through an interference position; wherein a set of movements is obtained through a path (P) defined on the interference matrix from a current position of the actuators , belonging to the non-functional state, to a final desired position of the actuators , belonging to the functional state.
An indoor unit, comprising: an air-sending portion , which includes a casing having an air outlet and accommodating an impeller including a plurality of blades ; a heat exchanger , which is configured to exchange heat with gas sent from the air-sending portion ; and a guide portion , which includes an upper guide defining a passage for the gas and being arranged between an upper edge portion of the air outlet and an upper end portion of the heat exchanger , and a lower guide defining a passage for the gas and being provided between a lower edge portion of the air outlet and a lower end portion of the heat exchanger , wherein the guide portion is open at side regions of the guide portion , and characterized in that at least one of the upper guide and the lower guide has a curved shape to a lateral side and an arc shape when viewed from the fan air-outlet side in a direction substantially parallel to a front-back direction of the air-sending portion . an air-sending portion , which includes a casing having an air outlet and accommodating an impeller including a plurality of blades ; a heat exchanger , which is configured to exchange heat with gas sent from the air-sending portion ; and a guide portion , which includes an upper guide defining a passage for the gas and being arranged between an upper edge portion of the air outlet and an upper end portion of the heat exchanger , and a lower guide defining a passage for the gas and being provided between a lower edge portion of the air outlet and a lower end portion of the heat exchanger , an upper guide defining a passage for the gas and being arranged between an upper edge portion of the air outlet and an upper end portion of the heat exchanger , and a lower guide defining a passage for the gas and being provided between a lower edge portion of the air outlet and a lower end portion of the heat exchanger , wherein the guide portion is open at side regions of the guide portion , and characterized in that at least one of the upper guide and the lower guide has a curved shape to a lateral side and an arc shape when viewed from the fan air-outlet side in a direction substantially parallel to a front-back direction of the air-sending portion .
A method for transmitting uplink control information, performed by a terminal, the method comprising: in a case that a configured grant PUSCH is type 2, obtaining a target parameter of first control information configured by radio resource control, RRC, signaling; obtaining a target parameter of each of second control information indicated by downlink control information, DCI, wherein the target parameter is used for determining the number of resource elements, REs, to be occupied by the first control information and each of the second control information in the configured grant PUSCH; determining positions of REs to be occupied by the first control information and determining positions of REs to be occupied by each of the second control information; and based on the number of REs and the positions of REs, sending the first control information and the second control information through the configured grant PUSCH; wherein the first control information is configured grant uplink control information, CG-UCI, the second control information comprises at least one of hybrid automatic repeat request acknowledgement, HARQ-ACK, and channel state information, CSI. in a case that a configured grant PUSCH is type 2, obtaining a target parameter of first control information configured by radio resource control, RRC, signaling; obtaining a target parameter of each of second control information indicated by downlink control information, DCI, wherein the target parameter is used for determining the number of resource elements, REs, to be occupied by the first control information and each of the second control information in the configured grant PUSCH; determining positions of REs to be occupied by the first control information and determining positions of REs to be occupied by each of the second control information; and based on the number of REs and the positions of REs, sending the first control information and the second control information through the configured grant PUSCH; wherein the first control information is configured grant uplink control information, CG-UCI, the second control information comprises at least one of hybrid automatic repeat request acknowledgement, HARQ-ACK, and channel state information, CSI.
A system for determining a percent glycation of hemoglobin as HbAIC, the system comprising: a first electrochemical test area, the first electrochemical test area providing for an HbAlC concentration; and a second electrochemical test area, the second electrochemical test area providing for the total amount of hemoglobin; a lysing formulary, the lysing formulary including a zwitterionic surfactant; an oxidizing formulary, the oxidizing formulary including a cationic surfactant and an isothiazoline derivative; a protease formulary, the protease formulary including a molecule including an azole. a first electrochemical test area, the first electrochemical test area providing for an HbAlC concentration; and a second electrochemical test area, the second electrochemical test area providing for the total amount of hemoglobin; a lysing formulary, the lysing formulary including a zwitterionic surfactant; an oxidizing formulary, the oxidizing formulary including a cationic surfactant and an isothiazoline derivative; a protease formulary, the protease formulary including a molecule including an azole.