mhurhangee/patent-ind-claim-en huggingface dataset:
A method for floor control on multiple mission critical push to talk, MCPTT, systems, comprising: receiving , by a first floor control server, a first message from a second floor control server, wherein the first message is used to request floor from the first floor control server, the first floor control server belongs to a first MCPTT system, the second floor control server belongs to a second MCPTT system, the first message comprises a user identifier of a third MCPTT user and user priority information of the third MCPTT user, and the third MCPTT user belongs to the second MCPTT system; receiving , by the first floor control server, a floor request message from a first user equipment, UE, wherein a first MCPTT user is associated with the first UE, and the first MCPTT user belongs to the first MCPTT system; determining , by the first floor control server according to the first message, the floor request message and a floor control policy, that the floor is to be occupied by the third MCPTT user, wherein the floor control policy is a policy based on a user priority; and sending , by the first floor control server, a second message to the second floor control server, wherein the second message is used to indicate that the floor is to be occupied by the third MCPTT user. receiving , by a first floor control server, a first message from a second floor control server, wherein the first message is used to request floor from the first floor control server, the first floor control server belongs to a first MCPTT system, the second floor control server belongs to a second MCPTT system, the first message comprises a user identifier of a third MCPTT user and user priority information of the third MCPTT user, and the third MCPTT user belongs to the second MCPTT system; receiving , by the first floor control server, a floor request message from a first user equipment, UE, wherein a first MCPTT user is associated with the first UE, and the first MCPTT user belongs to the first MCPTT system; determining , by the first floor control server according to the first message, the floor request message and a floor control policy, that the floor is to be occupied by the third MCPTT user, wherein the floor control policy is a policy based on a user priority; and sending , by the first floor control server, a second message to the second floor control server, wherein the second message is used to indicate that the floor is to be occupied by the third MCPTT user.
A segment for an abrasive article , the segment comprising: a segment body having: a first face extending along a length of the segment body on a first side of the segment body ; a second face extending along the length of the segment body on a second side of the segment body opposite the first side; a gullet wall extending from the first face to the second face , wherein the gullet wall extends along an intra-segment gullet ; the segment being characterized in that the segment body further comprises a recessed region extending into one or both of the first and second faces , the recessed region comprising a gullet portion extending at least partially along the gullet wall . a first face extending along a length of the segment body on a first side of the segment body ; a second face extending along the length of the segment body on a second side of the segment body opposite the first side; a gullet wall extending from the first face to the second face , wherein the gullet wall extends along an intra-segment gullet ; the segment being characterized in that the segment body further comprises a recessed region extending into one or both of the first and second faces , the recessed region comprising a gullet portion extending at least partially along the gullet wall .
A method executed by at least one processor comprising: creating , by a first application, a first trusted execution environment , TXE, in protected non-privileged user address space of at least one memory, which makes a first measurement for at least one of first data and first executable code of the first application and which encrypts the first measurement with a persistent first hardware based key while the first measurement is within the first TXE; creating a second TXE, in the non-privileged user address space, which makes a second measurement for at least one of second data and second executable code; creating a third TXE in the non-privileged user address space; creating a first secure communication channel between the first and third TXEs and a second secure communication channel between the second and third TXEs; and communicating the first measurement between the first and third TXEs via the first secure communication channel. creating , by a first application, a first trusted execution environment , TXE, in protected non-privileged user address space of at least one memory, which makes a first measurement for at least one of first data and first executable code of the first application and which encrypts the first measurement with a persistent first hardware based key while the first measurement is within the first TXE; creating a second TXE, in the non-privileged user address space, which makes a second measurement for at least one of second data and second executable code; creating a third TXE in the non-privileged user address space; creating a first secure communication channel between the first and third TXEs and a second secure communication channel between the second and third TXEs; and communicating the first measurement between the first and third TXEs via the first secure communication channel.
A data transmission method, comprising: transmitting , by user equipment UE, air interface data by using a serving cell set, wherein the serving cell set comprises at least two core serving cells, and each core serving cell is a cell configured to independently serve the UE to perform uplink and downlink air interface data transmission without help from another serving cell; and initiating , by the UE, a radio resource control RRC connection re-establishment process only when all core serving cells in the serving cell set are unavailable, wherein the serving cell set is provided by at least one access network device; the method further comprising: receiving, by the UE, a first message that is sent by an access network device and that is used to add a first cell as a core serving cell; and adding, by the UE, the first cell to the serving cell set without affecting data transmission through said at least two core serving cells. transmitting , by user equipment UE, air interface data by using a serving cell set, wherein the serving cell set comprises at least two core serving cells, and each core serving cell is a cell configured to independently serve the UE to perform uplink and downlink air interface data transmission without help from another serving cell; and initiating , by the UE, a radio resource control RRC connection re-establishment process only when all core serving cells in the serving cell set are unavailable, wherein the serving cell set is provided by at least one access network device; receiving, by the UE, a first message that is sent by an access network device and that is used to add a first cell as a core serving cell; and adding, by the UE, the first cell to the serving cell set without affecting data transmission through said at least two core serving cells.
A fusion protein comprising a polypeptide and a second moiety, wherein the polypeptide comprises an N-terminal leucine rich repeat (LLRNT), one or more leucine rich repeats (LRRs), a C-terminal leucine rich repeat (LLRCT), and a connecting peptide, wherein the connecting peptide comprises an alpha helix, wherein the polypeptide is a variable lymphocyte receptor (VLR) or fragment thereof, and wherein the VLR or fragment thereof selectively binds an antigen and can function in adaptive immunity.
Pneumatic vehicle tyre with a directional tread strip with two shoulder-side profile ribs , two middle profile ribs and one central profile rib , the profile ribs being separated by two shoulder-side circumferential grooves and two middle circumferential grooves , the shoulder-side profile ribs and the middle profile ribs being divided into profile blocks by way of transverse grooves which run in a V-shaped manner in plan view across the width of the tread strip, run parallel to one another within the profile ribs and open into the shoulder-side circumferential grooves , and the shoulder-side circumferential grooves having groove sections which run inclined to the circumferential direction in plan view, each separate a profile block of the middle profile ribs from a profile block of the shoulder-side profile ribs , and have a leading end , encountering the underlying surface first when the tyre rolls during forward travel, and a trailing end (5a"), the transverse grooves which run in the middle profile ribs ending in front of the respective middle circumferential groove at a spacing (a 1 ) determined in the axial direction, the groove sections of the shoulder-side circumferential grooves , seen in plan view, being inclined to the circumferential direction in such a way that the leading ends of the groove sections are closer to the tyre equatorial plane (line A-A) in comparison with the trailing ends (5a") of the groove sections , characterized in that the transverse grooves have a width (bqR) of 3.5 mm to 6.5 mm, connecting grooves running between the ends on the inside of the tread strip of the transverse grooves which run in the middle profile ribs and the middle circumferential grooves , which connecting grooves are of narrower and shallower design than the transverse grooves running in the middle profile ribs . the transverse grooves which run in the middle profile ribs ending in front of the respective middle circumferential groove at a spacing (a 1 ) determined in the axial direction, the groove sections of the shoulder-side circumferential grooves , seen in plan view, being inclined to the circumferential direction in such a way that the leading ends of the groove sections are closer to the tyre equatorial plane (line A-A) in comparison with the trailing ends (5a") of the groove sections , characterized in that the transverse grooves have a width (bqR) of 3.5 mm to 6.5 mm, connecting grooves running between the ends on the inside of the tread strip of the transverse grooves which run in the middle profile ribs and the middle circumferential grooves , which connecting grooves are of narrower and shallower design than the transverse grooves running in the middle profile ribs .
An ammunition for a non-lethal protection of a platform, such as a vehicle or a structure, which ammunition is provided with means, such as a base , for allowing it to be secured in a dismantlable way to a firing base integral with the platform, which ammunition is provided with a case containing a container which contains a lachrymatory means, which is pressurised or which can be scattered by a propellant gas, which case is closed at its front part by a plug which has at least one diffuser nozzle connected to the container via a remote-controllable valve which is intended to be actuated from the firing base, after the ammunition is secured to the latter, and via a control interface which is intended to cooperate with the firing base.
Seat depth adjuster for a motor vehicle seat with a base plate and a carrier plate , whereat the carrier plate being displaceable and fixable relative to the base plate , wherein the carrier plate comprises a handle , wherein the handle comprises a locking slider via a slide , wherein the locking slider can be retractable and extractable of a base plate toothing of the base plate , wherein the locking slider comprises an power accumulator or a leg spring, wherein in the working position the power accumulator or the leg spring presses the locking slider into the base plate toothing , wherein the base plate and the carrier plate are displaceable relative to one another via a rail system, characterized in that , spring sliding elements are arranged between the base plate and the carrier plate , wherein spring adjusters are arranged for displaceability of the carrier plate relative to the base plate .
A fluidics apparatus for manipulation of at least one fluid sample , the apparatus including: a manipulation surface for location of the fluid sample ; a surface acoustic wave (SAW) generation material layer , wherein the SAW generation material layer is not in the form of a single crystal layer, a transducer electrode structure arranged at the SAW generation material layer to provide SAWs at the manipulation surface for interaction with the fluid sample , characterized in that the manipulation surface comprises a plurality of SAW scattering elements for affecting the transmission, distribution and/or behaviour of SAWs at the manipulation surface, said plurality of SAW scattering elements comprising a two dimensional periodic arrangement, and wherein the plurality of SAW scattering elements extend at least partially into the SAW generation material layer and intersect the surface of the SAW generation material layer . a manipulation surface for location of the fluid sample ; a surface acoustic wave (SAW) generation material layer , wherein the SAW generation material layer is not in the form of a single crystal layer, a transducer electrode structure arranged at the SAW generation material layer to provide SAWs at the manipulation surface for interaction with the fluid sample , characterized in that the manipulation surface comprises a plurality of SAW scattering elements for affecting the transmission, distribution and/or behaviour of SAWs at the manipulation surface, said plurality of SAW scattering elements comprising a two dimensional periodic arrangement, and wherein the plurality of SAW scattering elements extend at least partially into the SAW generation material layer and intersect the surface of the SAW generation material layer .
A recombinant RhCMV or HCMV vector comprising a nucleic acid sequence encoding a heterologous antigen, wherein the heterologous antigen is a human pathogen-specific antigen isolated from a Paramyxoviridae virus, wherein the vector includes a deletion of one or more RhCMV or HCMV genes that are essential for or augment replication.
A method for installing electricity pylons and pylon foundations, said method comprising: - providing, at a foundation tube , a control device comprising an axial control component and a perpendicular control component , which foundation tube is provided at a predetermined location for a foundation of an electricity pylon, - positioning a metal profile into the foundation tube , whereby said profile is essentially directed along an axis of the foundation tube , - connecting the metal profile to at least one of said components of the control device, and - filling up the foundation tube with concrete, wherein a desired position of the profile , in the direction of the axis of the foundation tube and in the perpendicular plane to said direction, as well as a desired angle of rotation of the profile in said perpendicular plane, are set by means of the control device, characterized in that the axial control component is clamped against or over an upper edge of the foundation tube , and/or in that the perpendicular control component is positioned resting onto and/or hooked or clamped over an upper edge of the foundation tube . - providing, at a foundation tube , a control device comprising an axial control component and a perpendicular control component , which foundation tube is provided at a predetermined location for a foundation of an electricity pylon, - positioning a metal profile into the foundation tube , whereby said profile is essentially directed along an axis of the foundation tube , - connecting the metal profile to at least one of said components of the control device, and - filling up the foundation tube with concrete,
A reductant injection system for an SCR catalyst of an internal combustion engine, the reductant injection system comprising at least one injector , a first storage container for storing liquid reductant, a second storage container for storing liquid reductant, and a pump for pumping reductant from the first storage container to the injector for injection into an exhaust gas stream, wherein the pump is configured for pumping reductant from the first storage container and from the second storage container to the injector, wherein the injector is cooled by reductant, the reductant injection system being configured such that the injector can be cooled by reductant from the first storage container and by reductant from the second storage container , characterized in that the reductant injection system comprises a valve arrangement for separately connecting the inlet of the pump with the first and/or the second storage container and a controller having at least an injection mode and a cooling mode, wherein in the injection mode, reductant from the first storage container is used both for injection into the exhaust gas stream and for cooling of the injector , and wherein in the cooling mode, reductant from the second storage container is used for cooling of the injector and reductant is only circulated through the injector and no reductant is injected.
Method for operating at least one apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a powdered build material which can be consolidated by means of an energy beam , whereby waste thermal energy (WTE) is generated during operation of the at least one apparatus , characterized in that the waste thermal energy (WTE) is at least partly used for generating electrical or mechanical energy (EE, ME) by means of at least one energy converting device and/or the waste thermal energy (WTE) is at least partly used for operating at least one thermal energy consuming device.
A battery cell , comprising: a housing , with a cylindrical accommodating cavity ; an electrode assembly , arranged in the accommodating cavity , and a projection of the electrode assembly along a height direction (H) of the battery cell is a polygon, a remaining space is provided between the electrode assembly and an inner wall of the housing to allow the electrode assembly to expand; characterized in a binding layer , configured to wrap the electrode assembly , and the binding layer has elasticity to allow the electrode assembly to expand, there is an interval between the binding layer and an inner wall of the housing . a housing , with a cylindrical accommodating cavity ; an electrode assembly , arranged in the accommodating cavity , and a projection of the electrode assembly along a height direction (H) of the battery cell is a polygon, a remaining space is provided between the electrode assembly and an inner wall of the housing to allow the electrode assembly to expand; characterized in a binding layer , configured to wrap the electrode assembly , and the binding layer has elasticity to allow the electrode assembly to expand, there is an interval between the binding layer and an inner wall of the housing .
An encapsulated integrated device for providing a measure of at least one quantity dependent on the current through an electrical conductor, comprising: a sensing and processing sub-system comprising at least a sensing face arranged to be placed adjacent to an electrical conductor conducting a current, the sensing face comprising sensing circuitry comprising a plurality of magnetic field sensing elements and configured to measure the quantity as a combination of outputs of the magnetic field sensing elements caused by the current flowing through the electrical conductor adjacent to the plurality of magnetic field sensing elements; a voltage sensing input for sensing a measure of a voltage; and input-output circuitry arranged to provide an output measure based on the sensed current and sensed voltage; wherein the combination of outputs is based on a weighted sum and/or difference of the outputs. a sensing and processing sub-system comprising at least a sensing face arranged to be placed adjacent to an electrical conductor conducting a current, the sensing face comprising sensing circuitry comprising a plurality of magnetic field sensing elements and configured to measure the quantity as a combination of outputs of the magnetic field sensing elements caused by the current flowing through the electrical conductor adjacent to the plurality of magnetic field sensing elements; a voltage sensing input for sensing a measure of a voltage; and input-output circuitry arranged to provide an output measure based on the sensed current and sensed voltage; wherein the combination of outputs is based on a weighted sum and/or difference of the outputs.
A computer-implemented method, comprising: comparing, by one or more processors, content of an electronic communication to indexed content of a plurality of templates in a database, each template associated in the database with a trustworthy entity and representing indexed content shared among a cluster of electronic communications sent by the trustworthy entity; identifying, by one or more of the processors based on the comparing, one or more matched templates; determining, by one or more of the processors, that a reply-to address associated with the electronic communication fails to match any patterns of reply-to addresses used by one or more trustworthy entities associated with the one or more matched templates; classifying, by one or more of the processors based on the determining, the electronic communication as a phishing attempt; discarding or re-routing, by one or more processors, the electronic communication in response to the classifying. comparing, by one or more processors, content of an electronic communication to indexed content of a plurality of templates in a database, each template associated in the database with a trustworthy entity and representing indexed content shared among a cluster of electronic communications sent by the trustworthy entity; identifying, by one or more of the processors based on the comparing, one or more matched templates; determining, by one or more of the processors, that a reply-to address associated with the electronic communication fails to match any patterns of reply-to addresses used by one or more trustworthy entities associated with the one or more matched templates; classifying, by one or more of the processors based on the determining, the electronic communication as a phishing attempt; discarding or re-routing, by one or more processors, the electronic communication in response to the classifying.