mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented in a unified data management, UDM, node , the method comprising: receiving (S118), by the UDM node , a registration request from a home subscriber server, HSS, node , the registration request being to register an Internet Protocol-Short Message-Gateway, IP-SM-GW , and the registration request comprising an address of the IP-SM-GW ; and as a result of the registration of the IP-SM-GW and/or the received registration request comprising the address of the IP-SM-GW : determining whether message waiting data are stored for a user served by the IP-SM-GW ; as a result of determining that the message waiting data are stored for the user, alerting at least one Short Message Service, SMS, service center, SC; and in response to receiving (S134) a request for routing information from a Short Message Service-Gateway Mobile Switching Center, SMS-GMSC , providing (S136) the address to the SMS-GSMC to enable communication between the SMS-GMSC with the IP-SM-GW to provide a mobile terminated short message service, MT SMS, to a user equipment, UE, associated with the user. receiving (S118), by the UDM node , a registration request from a home subscriber server, HSS, node , the registration request being to register an Internet Protocol-Short Message-Gateway, IP-SM-GW , and the registration request comprising an address of the IP-SM-GW ; and as a result of the registration of the IP-SM-GW and/or the received registration request comprising the address of the IP-SM-GW : determining whether message waiting data are stored for a user served by the IP-SM-GW ; as a result of determining that the message waiting data are stored for the user, alerting at least one Short Message Service, SMS, service center, SC; and determining whether message waiting data are stored for a user served by the IP-SM-GW ; as a result of determining that the message waiting data are stored for the user, alerting at least one Short Message Service, SMS, service center, SC; and in response to receiving (S134) a request for routing information from a Short Message Service-Gateway Mobile Switching Center, SMS-GMSC , providing (S136) the address to the SMS-GSMC to enable communication between the SMS-GMSC with the IP-SM-GW to provide a mobile terminated short message service, MT SMS, to a user equipment, UE, associated with the user.
A surgical stapling apparatus , comprising: an anvil having an anvil tissue contacting surface defining staple forming depressions , the anvil tissue contacting surface having a stepped cross-sectional profile including a plurality of tissue contacting surfaces, wherein each tissue contacting surface has a different height, and wherein each tissue contacting surface defines staple forming depressions(114a-c) that extend different distances into the anvil , said staple forming depressions being arranged in at least one annular row in each one of the plurality of tissue contacting surfaces; a knife for cutting tissue; and a cartridge comprising a plurality of surgical fasteners (125a-c), and a tissue contact surface including a plurality of retention slots formed therein which retain surgical fasteners and which are arranged in at least one annular row corresponding to the arrangement of the staple forming depressions, the legs of the surgical fasteners that are arranged in the same row having substantially the same leg length, wherein the retention slots of the cartridge are aligned with the staple forming depressions of the anvil; characterised in that the legs of the surgical fasteners that are not arranged in the same row being of different lengths such that the pockets (114a-c) extending into the anvil a greater distance accommodate the surgical fasteners (125a-c) having a longer leg length. an anvil having an anvil tissue contacting surface defining staple forming depressions , the anvil tissue contacting surface having a stepped cross-sectional profile including a plurality of tissue contacting surfaces, wherein each tissue contacting surface has a different height, and wherein each tissue contacting surface defines staple forming depressions(114a-c) that extend different distances into the anvil , said staple forming depressions being arranged in at least one annular row in each one of the plurality of tissue contacting surfaces; a knife for cutting tissue; and a cartridge comprising a plurality of surgical fasteners (125a-c), and a tissue contact surface including a plurality of retention slots formed therein which retain surgical fasteners and which are arranged in at least one annular row corresponding to the arrangement of the staple forming depressions, the legs of the surgical fasteners that are arranged in the same row having substantially the same leg length, wherein the retention slots of the cartridge are aligned with the staple forming depressions of the anvil; characterised in that the legs of the surgical fasteners that are not arranged in the same row being of different lengths such that the pockets (114a-c) extending into the anvil a greater distance accommodate the surgical fasteners (125a-c) having a longer leg length.
A vehicle body collision energy absorbing device, comprising a coupler , a coupler mounting plate and a vehicle body structure ; the coupler comprising a coupler body and an expansion pipe that absorbs energy and expands relative to the coupler body , and the coupler body being arranged on the coupler mounting plate ; wherein, the vehicle body structure is provided with an energy absorbing cavity, and the coupler mounting plate and the expansion pipe are arranged in the energy absorbing cavity; the vehicle body collision energy absorbing device further comprises a compression energy absorbing unit arranged in the energy absorbing cavity, and a shear pin , the vehicle body collision energy absorbing device is characterized in that , the vehicle body collision energy absorbing device further comprises a locking device that locks the coupler mounting plate relative to the energy absorbing cavity, and a retreat support arranged between the coupler mounting plate and the compression energy absorbing unit , wherein the shear pin connects the vehicle body structure with the retreat support ; and one end of the compression energy absorbing unit abuts against a rear plate of the energy absorbing cavity; the retreat support is slidably arranged in the energy absorbing cavity and is provided with a locking component and a linkage structure, the locking component unlocks the locking device after being away from the coupler mounting plate , and the linkage structure has a positioning structure axially positioned with the expansion pipe ; and when the expansion pipe drives a guide pipe and the retreat support to slide, the shear pin breaks. wherein, the vehicle body structure is provided with an energy absorbing cavity, and the coupler mounting plate and the expansion pipe are arranged in the energy absorbing cavity; the vehicle body collision energy absorbing device further comprises a compression energy absorbing unit arranged in the energy absorbing cavity, and a shear pin , the vehicle body collision energy absorbing device is characterized in that , the vehicle body collision energy absorbing device further comprises a locking device that locks the coupler mounting plate relative to the energy absorbing cavity, and a retreat support arranged between the coupler mounting plate and the compression energy absorbing unit , wherein the shear pin connects the vehicle body structure with the retreat support ; and one end of the compression energy absorbing unit abuts against a rear plate of the energy absorbing cavity; the retreat support is slidably arranged in the energy absorbing cavity and is provided with a locking component and a linkage structure, the locking component unlocks the locking device after being away from the coupler mounting plate , and the linkage structure has a positioning structure axially positioned with the expansion pipe ; and when the expansion pipe drives a guide pipe and the retreat support to slide, the shear pin breaks.
A cold recovery facility comprising: a first fuel tank configured to store a first fuel in liquid state; a second fuel tank configured to store a second fuel in liquid state having a liquefaction temperature higher than the liquefaction temperature of the first fuel; a first circuit configured to circulate a first medium; a first expansion turbine provided on the first circuit and configured to expand the first medium in gaseous state; a first heat exchanger provided downstream of the first expansion turbine on the first circuit and configured to condense the first medium; a pump provided downstream of the first heat exchanger on the first circuit and configured to boost the first medium; a second heat exchanger provided downstream of the pump on the first circuit and configured to vaporize the first medium; and a third heat exchanger provided downstream of the second heat exchanger and upstream of the first expansion turbine on the first circuit , wherein the first heat exchanger is configured to vaporize the first fuel by heat exchange between the first fuel in liquid state from the first fuel tank and the first medium, and the third heat exchanger is configured to vaporize the second fuel by heat exchange between the second fuel in liquid state from the second fuel tank and the first medium. a first fuel tank configured to store a first fuel in liquid state; a second fuel tank configured to store a second fuel in liquid state having a liquefaction temperature higher than the liquefaction temperature of the first fuel; a first circuit configured to circulate a first medium; a first expansion turbine provided on the first circuit and configured to expand the first medium in gaseous state; a first heat exchanger provided downstream of the first expansion turbine on the first circuit and configured to condense the first medium; a pump provided downstream of the first heat exchanger on the first circuit and configured to boost the first medium; a second heat exchanger provided downstream of the pump on the first circuit and configured to vaporize the first medium; and a third heat exchanger provided downstream of the second heat exchanger and upstream of the first expansion turbine on the first circuit , wherein the first heat exchanger is configured to vaporize the first fuel by heat exchange between the first fuel in liquid state from the first fuel tank and the first medium, and the third heat exchanger is configured to vaporize the second fuel by heat exchange between the second fuel in liquid state from the second fuel tank and the first medium.
A rotary electric machine armature that includes a cylindrical armature core in which a plurality of slots that extend in an axial direction (L) are disposed in a circumferential direction (C) and a coil wound around the armature core , wherein: the coil is constituted by joining a plurality of segment conductors to each other; the segment conductors have respective conductor side portions that extend along the axial direction (L); the conductor side portions are provided with respective joint portions ; the joint portions have respective facing surfaces ; the joint portions of a pair of the segment conductors are joined to each other with the facing surfaces of the joint portions facing each other; the facing surface is formed so as to have a portion that faces a radial direction (R) and so as not to have portions that overlap each other as viewed in the radial direction (R) over the entire facing surface ; a plurality of conductor side portions is arranged in the radial direction (R) within each one of the slots , and a conductive joint material is disposed on at least one of the facing surfaces of the joint portions facing each other, the segment conductors further have respective crossover portions disposed on an outer side of the armature core in the axial direction (L); the conductor side portions are disposed in the slots ; and characterized in that the joint portions of a pair of the segment conductors are joined to each other in the slots . the coil is constituted by joining a plurality of segment conductors to each other; the segment conductors have respective conductor side portions that extend along the axial direction (L); the conductor side portions are provided with respective joint portions ; the joint portions have respective facing surfaces ; the joint portions of a pair of the segment conductors are joined to each other with the facing surfaces of the joint portions facing each other; the facing surface is formed so as to have a portion that faces a radial direction (R) and so as not to have portions that overlap each other as viewed in the radial direction (R) over the entire facing surface ; a plurality of conductor side portions is arranged in the radial direction (R) within each one of the slots , and a conductive joint material is disposed on at least one of the facing surfaces of the joint portions facing each other, the segment conductors further have respective crossover portions disposed on an outer side of the armature core in the axial direction (L); the conductor side portions are disposed in the slots ; and characterized in that the joint portions of a pair of the segment conductors are joined to each other in the slots .
Apparatus for analysing nucleic acid and comprising: a cartridge having a multiplicity of reaction chambers with respective sensors , the sensors being configured or configurable to detect amplification, sequencing, and hybridisation in the reaction chambers ; a fluid transport system for controlling the flow of fluids, including fluids containing said nucleic acid or fragments of said nucleic acid, to the reaction chambers in order to facilitate a multi-mode workflow comprising amplification, sequencing, and hybridisation of the nucleic acid and/or fragments thereof, said hybridisation being to a hybridisation probe; and a controller coupled to said sensors and to said fluid transport system for obtaining detection results and for controlling said fluid transport system to dynamically direct the workflow for the analysis, characterised in that the apparatus is configured to stop any further reactions taking place in instances where there is no amplification and to switch off the downstream sequencing mode for reaction chambers where there is a failure to detect hybridisation. a cartridge having a multiplicity of reaction chambers with respective sensors , the sensors being configured or configurable to detect amplification, sequencing, and hybridisation in the reaction chambers ; a fluid transport system for controlling the flow of fluids, including fluids containing said nucleic acid or fragments of said nucleic acid, to the reaction chambers in order to facilitate a multi-mode workflow comprising amplification, sequencing, and hybridisation of the nucleic acid and/or fragments thereof, said hybridisation being to a hybridisation probe; and a controller coupled to said sensors and to said fluid transport system for obtaining detection results and for controlling said fluid transport system to dynamically direct the workflow for the analysis, characterised in that the apparatus is configured to stop any further reactions taking place in instances where there is no amplification and to switch off the downstream sequencing mode for reaction chambers where there is a failure to detect hybridisation.
Use of a plant residue comprising as the active components triterpene-saponins and tannins obtained from the nuts from the fruits of the shea tree ( Butyrospermum parkii ) for agricultural purposes in the stable or in a slurry tank to reduce the emission of ammonia.
A harvesting head for a combine , the harvesting head comprising: an attachment frame provided at an aft end of the head for attachment with a combine feederhouse; a main frame movably connected to the attachment frame to define a roll center therebetween, wherein the main frame has a range of travel about the roll center with respect to the attachment frame ; at least one resilient float element provided between the attachment frame and the main frame and operable to exert a lifting force on the main frame ; a cutterbar positioned at a forward edge of the main frame and operable to reciprocate for cutting crop material from the ground, characterized in that the cutterbar is flexible and supported on the main frame by a plurality of pivoting arms distributed across a width of the head ; and in that , with the main frame in a centered position within the range of travel, the plurality of pivoting arms have 10 percent or less of total available travel as upward travel and at least 90 percent of total available travel as downward travel when the harvesting head is set in the centered position, and in that the at least one resilient float element provided between the attachment frame and the main frame is passive in its operation and not actively controlled. an attachment frame provided at an aft end of the head for attachment with a combine feederhouse; a main frame movably connected to the attachment frame to define a roll center therebetween, wherein the main frame has a range of travel about the roll center with respect to the attachment frame ; at least one resilient float element provided between the attachment frame and the main frame and operable to exert a lifting force on the main frame ; a cutterbar positioned at a forward edge of the main frame and operable to reciprocate for cutting crop material from the ground, characterized in that the cutterbar is flexible and supported on the main frame by a plurality of pivoting arms distributed across a width of the head ; and in that , with the main frame in a centered position within the range of travel, the plurality of pivoting arms have 10 percent or less of total available travel as upward travel and at least 90 percent of total available travel as downward travel when the harvesting head is set in the centered position, and in that the at least one resilient float element provided between the attachment frame and the main frame is passive in its operation and not actively controlled.
A monoclonal antibody (mAb) which mAb has affinity for at least one DNABII protein that exceeds the affinity of said protein for components of a biofilm that includes said DNABII protein, which mAb includes an antigen binding fragment, an Fv antibody a bispecific antibody, and a complete antibody; wherein the variable region of said mAb comprises the variable region of the heavy chain of TRL1068 of SEQ ID NO:5 and further comprises the variable region of the light chain of TRL1068 of SEQ ID NO:6. wherein the variable region of said mAb comprises the variable region of the heavy chain of TRL1068 of SEQ ID NO:5 and further comprises the variable region of the light chain of TRL1068 of SEQ ID NO:6.
Prefabricated media line having at least one media line , in particular heatable media line, having a line wall and an inner line lumen for the passage of medium, in particular of a medium that is at risk of freezing, and having at least one connection component arranged terminally on the media line , wherein the line wall of the at least one media line consists of at least two material layers and at least one of the connection components is bonded by substance-to-substance bonding to at least one of the material layers of the line wall , wherein the material layers of the at least one media line are bonded together without the provision of an intermediate layer in the form of an adhesion promoter layer, wherein the material of the connection component is adapted to the material of that material layer of the line wall , wherein the material of the connection component belongs to the same or a similar material class as the material of the at least one material layer of the line wall which is to be bonded or which has been bonded to the material of the connection component , wherein there are provided as materials of a material class for the at least one material layer of the line wall and for the connection component high-temperature-resistant polyamide (PA HT) or normal-temperature polyamide (PA NT) or polyphenylene sulfide (PPS) or polyphthalamide (PPA) for the at least one material layer of the line wall and for the connection component or polyamide (PA) for the connection component and PA or PPA for a material layer of the line wall, and the material of the innermost layer of the line wall of the media line has a higher extensibility than the material of the outermost layer of the line wall of the media line .
A method for retransmitting data of a user equipment, UE , in a wireless communication system, comprising: transmitting data; receiving downlink control information, DCI, from a network, wherein the DCI includes an acknowledgement/negative-acknowledgement, ACK/NACK, field informing whether or not reception of the data is acknowledged by the network; and retransmitting the data per an hybrid automatic repeat request, HARQ, process identifier, ID, based on the DCI, wherein based on the UE receiving both the DCI and uplink grant for a same HARQ process ID, the retransmission is performed according to the UL grant, wherein the DCI is used for a non-adaptive retransmission and the uplink grant is used for an adaptive retransmission. transmitting data; receiving downlink control information, DCI, from a network, wherein the DCI includes an acknowledgement/negative-acknowledgement, ACK/NACK, field informing whether or not reception of the data is acknowledged by the network; and retransmitting the data per an hybrid automatic repeat request, HARQ, process identifier, ID, based on the DCI, wherein based on the UE receiving both the DCI and uplink grant for a same HARQ process ID, the retransmission is performed according to the UL grant, wherein the DCI is used for a non-adaptive retransmission and the uplink grant is used for an adaptive retransmission.
A method of producing 2,3-butanediol by microbial fermentation of a gaseous substrate comprising CO, the method comprising: a. providing the gaseous substrate comprising CO to a bioreactor; and b. anaerobically fermenting the substrate comprising CO in the bioreactor, the bioreactor comprising a culture of Clostridium autoethanogenum to produce 2,3-butanediol; wherein the gaseous substrate comprising CO is provided such that a specific rate of CO uptake of at least 0.4mmol CO/gram dry cells weight of bacteria/minute by the culture is maintained, and 2,3-butanediol is produced at a productivity greater than 0.5g/L/per day. a. providing the gaseous substrate comprising CO to a bioreactor; and b. anaerobically fermenting the substrate comprising CO in the bioreactor, the bioreactor comprising a culture of Clostridium autoethanogenum to produce 2,3-butanediol;
Projectile comprising a projectile casing , an explosive charge located therein, and a closure part which closes the projectile casing from the rear, characterized by a protective layer applied at least to a rear explosive charge surface of the explosive charge such that only a residual enclosed thin air layer remains and the protective layer prevents heat introduction from the compressed residual air into the explosive charge during firing.