mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a communication device of a communication system, the method comprising: receiving, from a base station , a Radio Resource Control, RRC, message including a parameter for transmission of uplink data without using resources scheduled by an associated uplink, UL, grant in a downlink control information, DCI; configuring i) a first radio network temporary identifier, RNTI, for the communication device for retransmitting uplink data transmitted without using resources scheduled by an associated UL grant in a DCI; and ii) a second RNTI for the communication device for transmitting or retransmitting uplink data using resources scheduled by an associated UL grant in a DCI; scrambling uplink data using the first RNTI; determining a Hybrid Automatic Repeat Request, HARQ, process identifier for transmitting the uplink data, based on the parameter and a resource in a predetermined radio frame; transmitting, to the base station , by using configured communication resource, the uplink data, while linking a HARQ process corresponding to the HARQ process identifier; retransmitting, to the base station , the uplink data using resources scheduled by an associated UL grant in a DCI corresponding to the first RNTI; and transmitting and retransmitting, to the base station , another uplink data using resources scheduled by an associated UL grant in a DCI corresponding to the second RNTI. receiving, from a base station , a Radio Resource Control, RRC, message including a parameter for transmission of uplink data without using resources scheduled by an associated uplink, UL, grant in a downlink control information, DCI; configuring i) a first radio network temporary identifier, RNTI, for the communication device for retransmitting uplink data transmitted without using resources scheduled by an associated UL grant in a DCI; and ii) a second RNTI for the communication device for transmitting or retransmitting uplink data using resources scheduled by an associated UL grant in a DCI; i) a first radio network temporary identifier, RNTI, for the communication device for retransmitting uplink data transmitted without using resources scheduled by an associated UL grant in a DCI; and ii) a second RNTI for the communication device for transmitting or retransmitting uplink data using resources scheduled by an associated UL grant in a DCI; scrambling uplink data using the first RNTI; determining a Hybrid Automatic Repeat Request, HARQ, process identifier for transmitting the uplink data, based on the parameter and a resource in a predetermined radio frame; transmitting, to the base station , by using configured communication resource, the uplink data, while linking a HARQ process corresponding to the HARQ process identifier; retransmitting, to the base station , the uplink data using resources scheduled by an associated UL grant in a DCI corresponding to the first RNTI; and transmitting and retransmitting, to the base station , another uplink data using resources scheduled by an associated UL grant in a DCI corresponding to the second RNTI.
Vehicle, in particular rail vehicle , with a vehicle exterior skin which is curved at least in sections, - an adapter frame which is curved on the outer side being inserted into a shell-side opening in a curved section of the vehicle exterior skin, the outer side of which adapter frame , at least in the region of its outer contour which adjoins the curved vehicle exterior skin, follows the curvature of the curved vehicle exterior skin, characterized in that - a planar window pane which is held by the adapter frame is inserted into the inner region of the adapter frame , and - the adapter frame has a depression which, starting from an outer edge region of the adapter frame , which outer edge region is depression-free and flush-mounted with the curvature of the curved vehicle exterior skin, becomes deeper in the direction of the planar window pane and has its greatest depth at the interface with an edge of the planar window pane . - an adapter frame which is curved on the outer side being inserted into a shell-side opening in a curved section of the vehicle exterior skin, the outer side of which adapter frame , at least in the region of its outer contour which adjoins the curved vehicle exterior skin, follows the curvature of the curved vehicle exterior skin, characterized in that - a planar window pane which is held by the adapter frame is inserted into the inner region of the adapter frame , and - the adapter frame has a depression which, starting from an outer edge region of the adapter frame , which outer edge region is depression-free and flush-mounted with the curvature of the curved vehicle exterior skin, becomes deeper in the direction of the planar window pane and has its greatest depth at the interface with an edge of the planar window pane .
A method for redesigning one or more process parameters of a first manufactured absorbent article, in order to provide different process parameters of a second manufactured absorbent article, and manufacturing the second manufactured absorbent article, wherein the method comprises the steps of: i) associating a unique identifier with individual first manufactured absorbent articles, or with groups of first manufactured absorbent articles; ii) capturing and recording process data relating to the first manufactured absorbent articles; iii) soliciting and recording consumer feedback relating to in use performance of the first manufactured absorbent articles, wherein the consumer feedback includes data relating to the separation of back ears from diapers while under tension, leakage, or absorbent article fit; iv) correlating, by a controller, the consumer feedback with process data of a specific, individual first manufactured absorbent article by means of the unique identifier; v) determining different process parameters for a second manufactured absorbent article based on the correlated consumer feedback and process data for the first manufactured absorbent articles; vi) applying, by the controller, the one or more different process parameters to a converting apparatus configured to manufacture absorbent articles; and vii) manufacturing, by the converting apparatus, the second manufactured absorbent articles, the second manufactured absorbent articles being better adapted to meet consumer needs than the first manufactured absorbent article, wherein each manufactured absorbent article is a diaper comprising: a topsheet; a backsheet; and an absorbent core placed between the topsheet and the backsheet to form a body of the diaper, and at least back ears which are attached to the body of the diaper in a waist region. i) associating a unique identifier with individual first manufactured absorbent articles, or with groups of first manufactured absorbent articles; ii) capturing and recording process data relating to the first manufactured absorbent articles; iii) soliciting and recording consumer feedback relating to in use performance of the first manufactured absorbent articles, wherein the consumer feedback includes data relating to the separation of back ears from diapers while under tension, leakage, or absorbent article fit; iv) correlating, by a controller, the consumer feedback with process data of a specific, individual first manufactured absorbent article by means of the unique identifier; v) determining different process parameters for a second manufactured absorbent article based on the correlated consumer feedback and process data for the first manufactured absorbent articles; vi) applying, by the controller, the one or more different process parameters to a converting apparatus configured to manufacture absorbent articles; and vii) manufacturing, by the converting apparatus, the second manufactured absorbent articles, the second manufactured absorbent articles being better adapted to meet consumer needs than the first manufactured absorbent article,
Dynamic pressure probe for a sensor device for determining the relative speed of an object and a medium surrounding said object, in particular for gathering flight data on a flying object , wherein the dynamic pressure probe (24; 92; 94; 96; 100; 104; 106; 112; 114; 120) comprises an outer body with a wall in which an inflow opening is formed and which encloses an inner space , as well as an inner body which is arranged at least partially in the inner space and which encloses a measuring space as a constituent part of the inner space , wherein medium is able to flow through the inflow opening and is able to be dammed in the measuring space , and wherein the inner body is able to be acted upon with a protective fluid, in particular a gas, on a side remote from the measuring space and comprises passages through which protective fluid is able to flow into the measuring space , wherein arranged or formed on or in the wall is an inlet opening or a connection for the supply of the protective fluid, through which protective fluid is able to flow into an interspace between the wall and the inner body , wherein the interspace comprises channels for the protective fluid, the channels being flow-connected to the passages , and wherein the wall has a side wall surrounding the inner space , between which side wall and the inner body the channels are formed.
A tracer subassembly comprising: a housing having a longitudinal throughbore, an inner sleeve within the housing, wherein the inner sleeve has at least a first position and a second position, an annular space between the housing and the inner sleeve, a tracer material in the annular space, and characterised in that the tracer assembly comprises an intermediate ported subassembly between the inner sleeve and the housing, the intermediate ported subassembly including a recessed area to hold the tracer material, wherein the intermediate ported subassembly limits fluid communication between the throughbore and the tracer material to a localized area when the inner sleeve is in the second position; and wherein the inner sleeve, in the first position, prevents fluid communication between the throughbore and the annular space; and wherein the inner sleeve, in the second position, allows fluid communication between the throughbore and the annular space. a housing having a longitudinal throughbore, an inner sleeve within the housing, wherein the inner sleeve has at least a first position and a second position, an annular space between the housing and the inner sleeve, a tracer material in the annular space, and characterised in that the tracer assembly comprises an intermediate ported subassembly between the inner sleeve and the housing, the intermediate ported subassembly including a recessed area to hold the tracer material, wherein the intermediate ported subassembly limits fluid communication between the throughbore and the tracer material to a localized area when the inner sleeve is in the second position; and wherein the inner sleeve, in the first position, prevents fluid communication between the throughbore and the annular space; and wherein the inner sleeve, in the second position, allows fluid communication between the throughbore and the annular space.
A method comprising: receiving an application flow comprising a source flow and a supplementary flow from a core network ; and characterised by : in the event of determining that the application flow is to be transmitted to at least one user equipment via unicast transmission utilizing a lower layer re-transmission mechanism of a radio access network, RAN, and in the event of determining based on a flow payload indication received from the core network that the supplementary flow is a forward error correction repair flow, causing the source flow to be transmitted to the at least one user equipment and dropping the transmission of the supplementary flow to the at least one user equipment.
An in vitro method for producing NKT cell ligand-pulsed human CD14 positive cells, comprising a step of culturing isolated CD14 positive cells from human peripheral blood in a medium containing an NKT cell ligand and GM-CSF to which no exogenous IL-4 is added, wherein the isolated CD14 positive cells comprise not less than 70% CD14 positive cells relative to the total number of cells, and express CD1d, and wherein the NKT cell ligand is a compound that binds to CD1d, is specifically recognized, when presented on the CD1d molecule, by a T cell receptor on an NKT cell and peculiar to the NKT cell, and specifically activates NKT cells.
Tableting device comprising a rotary turret with a rotation axis including: - an upper receptacle body provided with reciprocating upper punches , - a lower receptacle body provided with reciprocating lower punches , - a die table , - die inserts ; wherein the die table is provided with receiving recesses , in which the die inserts are arranged; wherein the die inserts and the receiving recesses have a complementary form; wherein each die insert comprises at least one circular cylindrical outer surface with a die insert outer diameter (N), said surface facing an inner surface of the corresponding receiving recess , characterized in that each die insert comprises a pair of working bores , in which a pair of directly adjacent upper punches respectively reciprocate in use, and in which a corresponding pair of directly adjacent lower punches respectively reciprocate in use. - an upper receptacle body provided with reciprocating upper punches , - a lower receptacle body provided with reciprocating lower punches , - a die table , - die inserts ; wherein the die table is provided with receiving recesses , in which the die inserts are arranged; wherein the die inserts and the receiving recesses have a complementary form; wherein each die insert comprises at least one circular cylindrical outer surface with a die insert outer diameter (N), said surface facing an inner surface of the corresponding receiving recess , characterized in that each die insert comprises a pair of working bores , in which a pair of directly adjacent upper punches respectively reciprocate in use, and in which a corresponding pair of directly adjacent lower punches respectively reciprocate in use. wherein the die table is provided with receiving recesses , in which the die inserts are arranged; wherein the die inserts and the receiving recesses have a complementary form; wherein each die insert comprises at least one circular cylindrical outer surface with a die insert outer diameter (N), said surface facing an inner surface of the corresponding receiving recess , characterized in that each die insert comprises a pair of working bores , in which a pair of directly adjacent upper punches respectively reciprocate in use, and in which a corresponding pair of directly adjacent lower punches respectively reciprocate in use.
A method for preparing a thermoplastic polyurethane film, comprising: preparing a polyurethane resin composition comprising a polyurethane resin, a first isocyanate-based curing agent, and an organic solvent; characterized in that it comprises: preparing two laminates and comprising polyurethane resin layers and by applying the polyurethane resin composition onto substrate films and and heat-treating the polyurethane resin composition; providing the two laminates and to join them at a temperature of 80°C to 140°C so that respective polyurethane resin layers and of the laminates face each other; forming a thermoplastic polyurethane film comprising two polyurethane resin layers and directly brought into contact with each other by aging the joined laminates and at a temperature of 20°C to 60°C for 12 to 24 hours, wherein an interfacial bonding strength between the two polyurethane resin layers and measured by using an ultimate tensile machine is 14 Mpa to 18 Mpa; and removing the substrate films and . preparing a polyurethane resin composition comprising a polyurethane resin, a first isocyanate-based curing agent, and an organic solvent; characterized in that it comprises: preparing two laminates and comprising polyurethane resin layers and by applying the polyurethane resin composition onto substrate films and and heat-treating the polyurethane resin composition; providing the two laminates and to join them at a temperature of 80°C to 140°C so that respective polyurethane resin layers and of the laminates face each other; forming a thermoplastic polyurethane film comprising two polyurethane resin layers and directly brought into contact with each other by aging the joined laminates and at a temperature of 20°C to 60°C for 12 to 24 hours, wherein an interfacial bonding strength between the two polyurethane resin layers and measured by using an ultimate tensile machine is 14 Mpa to 18 Mpa; and removing the substrate films and . preparing two laminates and comprising polyurethane resin layers and by applying the polyurethane resin composition onto substrate films and and heat-treating the polyurethane resin composition; providing the two laminates and to join them at a temperature of 80°C to 140°C so that respective polyurethane resin layers and of the laminates face each other; forming a thermoplastic polyurethane film comprising two polyurethane resin layers and directly brought into contact with each other by aging the joined laminates and at a temperature of 20°C to 60°C for 12 to 24 hours, wherein an interfacial bonding strength between the two polyurethane resin layers and measured by using an ultimate tensile machine is 14 Mpa to 18 Mpa; and removing the substrate films and .
A method of measuring moisture in corn, the method comprising: operatively coupling an ear of corn (C) to a near infrared spectrometer while the ear of corn (C) is being grown on a corn plant; and determining an amount of moisture in the ear of corn (C) with the spectrometer while the ear of corn (C) is being grown on the corn plant; wherein the step of operatively coupling the ear of corn (C) to the spectrometer comprises engaging the ear of corn (C) with a corn interface secured to the spectrometer , said corn interface being the corn interface according to one of the claims 8 to 13. operatively coupling an ear of corn (C) to a near infrared spectrometer while the ear of corn (C) is being grown on a corn plant; and determining an amount of moisture in the ear of corn (C) with the spectrometer while the ear of corn (C) is being grown on the corn plant; wherein the step of operatively coupling the ear of corn (C) to the spectrometer comprises engaging the ear of corn (C) with a corn interface secured to the spectrometer , said corn interface being the corn interface according to one of the claims 8 to 13.
A radio-frequency , RF, catheter for septal reduction therapy, the RF catheter comprising: an intra-septal part in which a tapered tip which becomes thinner toward an end thereof is formed at an end of a distal part adapted to penetrate an interventricular septum and to be inserted thereinto and in which one or more electrodes are formed at positions on an outer circumferential surface that are adjacent to the tip ; and a body part which is made of a soft material and has a guidewire lumen which passes through the intra-septal part from the center of the end of the tip adapted to allow a guidewire to be inserted, a coolant inlet lumen which is connected from a proximal part to an inner portion of the intra-septal part adapted to allow a coolant to be injected from the outside, and a coolant outlet lumen which communicates with the coolant inlet lumen and has an exit formed in a side surface, wherein the intra-septal part is adapted to penetrate the myocardium and to be inserted thereinto with guidance of the guidewire, characterized in that the coolant inlet lumen has an open end, wherein the coolant outlet lumen has a structure that surrounds the coolant inlet lumen and wherein the guidewire lumen and the coolant inlet lumen do not communicate with each other and are partitioned from each other. an intra-septal part in which a tapered tip which becomes thinner toward an end thereof is formed at an end of a distal part adapted to penetrate an interventricular septum and to be inserted thereinto and in which one or more electrodes are formed at positions on an outer circumferential surface that are adjacent to the tip ; and a body part which is made of a soft material and has a guidewire lumen which passes through the intra-septal part from the center of the end of the tip adapted to allow a guidewire to be inserted, a coolant inlet lumen which is connected from a proximal part to an inner portion of the intra-septal part adapted to allow a coolant to be injected from the outside, and a coolant outlet lumen which communicates with the coolant inlet lumen and has an exit formed in a side surface, wherein the intra-septal part is adapted to penetrate the myocardium and to be inserted thereinto with guidance of the guidewire, characterized in that the coolant inlet lumen has an open end, wherein the coolant outlet lumen has a structure that surrounds the coolant inlet lumen and wherein the guidewire lumen and the coolant inlet lumen do not communicate with each other and are partitioned from each other.
A power supply device, with - at least one power consumer terminal (D1 ... Dn), to which an electrical consumer can be connected; - at least one evaluation and control device (AE1 ... AEn); - a first power supply terminal which can be connected to a mains power supply (N); - a stand-alone power supply (P); - a second power supply terminal connectable to the stand-alone power supply (P); and - a switching device for switching the connection of the at least one power consumer terminal to the first power supply terminal, mains operation, or the second power supply terminal, island operation, wherein the at least one evaluation and control device (AE1 ... AEn) is assigned to the at least one power consumer terminal (D1 ... Dn) and is configured in such a way that it detects the island operation of the power supply device and connects or disconnects the at least one power consumer terminal (D1 ... Dn) at least in the island operation in dependence of preset criteria, characterized in that the stand-alone power supply (P) is a photovoltaic system and is configured in such a way that it can change its supply voltage and/or the frequency of its supply voltage in the island operation for improving energy management in the island operation. - at least one power consumer terminal (D1 ... Dn), to which an electrical consumer can be connected; - at least one evaluation and control device (AE1 ... AEn); - a first power supply terminal which can be connected to a mains power supply (N); - a stand-alone power supply (P); - a second power supply terminal connectable to the stand-alone power supply (P); and - a switching device for switching the connection of the at least one power consumer terminal to the first power supply terminal, mains operation, or the second power supply terminal, island operation,
An integrated nuclear reactor system including a double containment structure using liquid nitrogen, comprising: a reactor vessel ; a reactor core positioned in the reactor vessel ; a steam generator located in the reactor vessel and above the reactor core ; a first containment vessel surrounding the reactor vessel with a first space interposed therebetween; a second containment vessel surrounding the first containment vessel with a second space interposed therebetween; and a liquid nitrogen supply unit for supplying liquid nitrogen to the second space. a reactor vessel ; a reactor core positioned in the reactor vessel ; a steam generator located in the reactor vessel and above the reactor core ; a first containment vessel surrounding the reactor vessel with a first space interposed therebetween; a second containment vessel surrounding the first containment vessel with a second space interposed therebetween; and a liquid nitrogen supply unit for supplying liquid nitrogen to the second space.