mhurhangee/patent-ind-claim-en huggingface dataset:
A method of Coordinated Multipoint "CoMP" handover in a wireless communication network, the method comprising: receiving , at a base station comprising a CoMP handover engine , UE measurement reports from a User Equipment "UE" in communication through a set of active CoMP links with the base station and each Neighboring Base Station "NBS" in a set of Neighboring Base Stations "NBSs" , wherein the UE may have more than one CoMP link with an NBS, the UE measurement reports comprising Reference Signal Received Power information associated with in the set of NBSs ; detecting , at the base station , a UE handover trigger based on an aggregate throughput for each Data Radio Bearers in each CoMP link between the UE and each NBS in the set of NBSs ; ranking , at the base station , each NBS based on handover potential of each NBS in the set of NBSs ; and selecting , at the base station , a target NBS from the set of NBSs for UE handover based on the ranking and UE support capability information associated with each NBS ; migrating, by the base station , a subset of the set of active CoMP links from the base station to the target NBS during the UE handover, reusing and recreating, at the target NBS , the migrated subset of the set of active CoMP links after the UE handover; and modifying, at the target NBS , a number of the migrated subset of the set of active CoMP links based on change of UE throughput and UE support capability of the set of active CoMP links at the target NBS . receiving , at a base station comprising a CoMP handover engine , UE measurement reports from a User Equipment "UE" in communication through a set of active CoMP links with the base station and each Neighboring Base Station "NBS" in a set of Neighboring Base Stations "NBSs" , wherein the UE may have more than one CoMP link with an NBS, the UE measurement reports comprising Reference Signal Received Power information associated with in the set of NBSs ; detecting , at the base station , a UE handover trigger based on an aggregate throughput for each Data Radio Bearers in each CoMP link between the UE and each NBS in the set of NBSs ; ranking , at the base station , each NBS based on handover potential of each NBS in the set of NBSs ; and selecting , at the base station , a target NBS from the set of NBSs for UE handover based on the ranking and UE support capability information associated with each NBS ; migrating, by the base station , a subset of the set of active CoMP links from the base station to the target NBS during the UE handover, reusing and recreating, at the target NBS , the migrated subset of the set of active CoMP links after the UE handover; and modifying, at the target NBS , a number of the migrated subset of the set of active CoMP links based on change of UE throughput and UE support capability of the set of active CoMP links at the target NBS .
An agricultural working vehicle , with an apparatus for attaching an implement and a device for attaching counterweights , as well as a chassis comprising at least two axles, a front axle and a back axle , on which torque transmission means are disposed, and with a braking system which can be controlled by means of a control device and which comprises at least one brake device which acts on at least one of the axles or the torque transmission means disposed thereon, characterized in that the control device is configured to adjust a maximum braking pressure and/or a braking pressure profile provided to the front axle by the braking system as a function of at least one characteristic which is specific to the implement which can be determined by means of the control device with the aid of information provided regarding the type of implement.
An adjustable percutaneous annuloplasty device comprising: - a tubular, longitudinally extending cage having a basically annular shape or being adapted to be brought into an annular shape upon release from a delivery device , - a separate, longitudinally extending base having at least a part of the basically annular shape of the cage or being adapted to be brought into at least partially into the annular shape of the cage upon release from a delivery device, - wherein the cage comprises anchors for connecting the cage to the annular base and - wherein the base comprises at least one flexible element such that the annular shape of the base is adjustable, and - wherein the flexible element allows an expansion and/or compression of the base along a longitudinal direction of the base . - a tubular, longitudinally extending cage having a basically annular shape or being adapted to be brought into an annular shape upon release from a delivery device , - a separate, longitudinally extending base having at least a part of the basically annular shape of the cage or being adapted to be brought into at least partially into the annular shape of the cage upon release from a delivery device, - wherein the cage comprises anchors for connecting the cage to the annular base and - wherein the base comprises at least one flexible element such that the annular shape of the base is adjustable, and - wherein the flexible element allows an expansion and/or compression of the base along a longitudinal direction of the base .
Method of measure for a test of an aircraft turbine engine part comprising the following steps: (i) furnish: - said part; - sensors (11; 12; 13) for measuring a same physical magnitude, and capable of furnishing analogical signals corresponding to said same physical magnitude; - an analogical electronic pre-processing device coupled with said sensors (11; 12; 13) to pre-process the signals from said sensors (11; 12; 13); and - an electronic processing device coupled with said electronic pre-processing device to deduce at least one information related to the said physical magnitude; (ii) position said sensors (11; 12; 13) in distinct locations in order to measure a same physical magnitude influenced at least partially by said part at these different locations; (iii) analogically synchronise, and by using the analogical electronic device for pre-processing analogical signals (61, 71; 62, 72; 63, 73) from said sensors (11; 12; 13), so as to replace these signals (61, 71; 62, 72; 63, 73) in a same referential; (iv) process, by using the electronic device for processing signals (61, 71; 62, 72; 63, 73) synchronised in the previous step to deduce at least one information related to said physical magnitude and one test information from said part. (i) furnish: - said part; - sensors (11; 12; 13) for measuring a same physical magnitude, and capable of furnishing analogical signals corresponding to said same physical magnitude; - an analogical electronic pre-processing device coupled with said sensors (11; 12; 13) to pre-process the signals from said sensors (11; 12; 13); and - an electronic processing device coupled with said electronic pre-processing device to deduce at least one information related to the said physical magnitude; - said part; - sensors (11; 12; 13) for measuring a same physical magnitude, and capable of furnishing analogical signals corresponding to said same physical magnitude; - an analogical electronic pre-processing device coupled with said sensors (11; 12; 13) to pre-process the signals from said sensors (11; 12; 13); and - an electronic processing device coupled with said electronic pre-processing device to deduce at least one information related to the said physical magnitude; (ii) position said sensors (11; 12; 13) in distinct locations in order to measure a same physical magnitude influenced at least partially by said part at these different locations; (iii) analogically synchronise, and by using the analogical electronic device for pre-processing analogical signals (61, 71; 62, 72; 63, 73) from said sensors (11; 12; 13), so as to replace these signals (61, 71; 62, 72; 63, 73) in a same referential; (iv) process, by using the electronic device for processing signals (61, 71; 62, 72; 63, 73) synchronised in the previous step to deduce at least one information related to said physical magnitude and one test information from said part.
Apparatus for measuring and/or adjusting a tool, having a reference plate , which is situated in a reference plane (R) and has optical marks , a first camera that is to be directed at the tool and is carried by a measurement head that is movable parallel to the reference plane (R), relative to the tool, and a position sensor, attached to or in the measurement head , for ascertaining the position of the measurement head relative to the reference plate , characterized in that the measurement head is supported in a gliding manner on a surface of the reference plate , in that the reference plate defines a horizontal reference plane (R), over which the measurement head is freely guidable, and the position sensor is designed in the form of a second camera for recording the optical marks to ascertain the position of the measurement head on the reference plane (R). having a reference plate , which is situated in a reference plane (R) and has optical marks , a first camera that is to be directed at the tool and is carried by a measurement head that is movable parallel to the reference plane (R), relative to the tool, and a position sensor, attached to or in the measurement head , for ascertaining the position of the measurement head relative to the reference plate , characterized in that the measurement head is supported in a gliding manner on a surface of the reference plate , in that the reference plate defines a horizontal reference plane (R), over which the measurement head is freely guidable, and the position sensor is designed in the form of a second camera for recording the optical marks to ascertain the position of the measurement head on the reference plane (R).
A computer-implemented method comprising: receiving speech data indicative of a candidate hotword spoken by a user of a client device; determining that the candidate hotword satisfies one or more hotword suitability criteria; and in response to determining that the candidate hotword satisfies one or more hotword suitability criteria, determining that subsequently received audio data includes an utterance of the hotword; in response to determining that the subsequently received audio data includes an utterance of the hotword, causing the client device to enter a state in which it may receive voice commands. receiving speech data indicative of a candidate hotword spoken by a user of a client device; determining that the candidate hotword satisfies one or more hotword suitability criteria; and in response to determining that the candidate hotword satisfies one or more hotword suitability criteria, determining that subsequently received audio data includes an utterance of the hotword; in response to determining that the subsequently received audio data includes an utterance of the hotword, causing the client device to enter a state in which it may receive voice commands.
Method for producing a filter belt, the side of which that is in direct contact with the support table, and with the contact extending fully over the entire belt width or onto the actual support table width without the vacuum box section of the support table, is provided with micro glass beads, characterized in that the micro glass beads are scattered and/or sprayed onto this side of the filter belt before the vulcanization and the filter belt is subsequently vulcanized.
A method of operating a centrifugal compressor, wherein the centrifugal compressor comprises a sensor and a control panel , the centrifugal compressor further comprising an electric motor powered by a variable speed drive, the method comprising the steps of: measuring an electric current by the sensor ; comparing the measured electric current to a predetermined threshold electric current, the predetermined threshold electric current corresponding to an electric current occurring during stable operation of the centrifugal compressor ; indicating by the control panel an occurrence of a surge condition corresponding to a complete reversal of flow in the compressor , in response to only the measured electric current being less than the predetermined threshold electric current; and adjusting an operating parameter of the centrifugal compressor by the control panel to remediate the surge condition in response to the occurrence of the surge condition being indicated. measuring an electric current by the sensor ; comparing the measured electric current to a predetermined threshold electric current, the predetermined threshold electric current corresponding to an electric current occurring during stable operation of the centrifugal compressor ; indicating by the control panel an occurrence of a surge condition corresponding to a complete reversal of flow in the compressor , in response to only the measured electric current being less than the predetermined threshold electric current; and adjusting an operating parameter of the centrifugal compressor by the control panel to remediate the surge condition in response to the occurrence of the surge condition being indicated.
System for applying a construction material, the system comprising a moving device , a first component , a second component , and a mixer for mixing the first component and the second component , the mixer comprising a drum having at least one inlet and one outlet , a drive , a stirring shaft for mixing a mix, said stirring shaft being arranged in the drum and being coupled to the drive , wherein a conveying device is arranged in the drum , said conveying device being arranged on one and the same axis as the stirring shaft , wherein the conveying element is in the form of a screw conveyor, wherein the screw conveyor has at least two turns , wherein the mixer is arranged on the moving device and is movable thereby, such that it is able to be moved in each case to that position at which the construction material is intended to be applied, wherein the first component and the second component are able to be fed to the mixer in order to produce the construction material, and wherein the construction material produced from the components is able to be applied via the outlet of the mixer , characterized in that the turns have different extents in the direction of the stirring shaft , wherein the turns become tighter towards one end of the conveying device . a moving device , a first component , a second component , and a mixer for mixing the first component and the second component , the mixer comprising a drum having at least one inlet and one outlet , a drive , a stirring shaft for mixing a mix, said stirring shaft being arranged in the drum and being coupled to the drive , wherein a conveying device is arranged in the drum , said conveying device being arranged on one and the same axis as the stirring shaft , wherein the conveying element is in the form of a screw conveyor, wherein the screw conveyor has at least two turns , wherein the mixer is arranged on the moving device and is movable thereby, such that it is able to be moved in each case to that position at which the construction material is intended to be applied, wherein the first component and the second component are able to be fed to the mixer in order to produce the construction material, and wherein the construction material produced from the components is able to be applied via the outlet of the mixer , characterized in that the turns have different extents in the direction of the stirring shaft , wherein the turns become tighter towards one end of the conveying device .
A biosensor comprising: at least one electrically conductive support, the electrically conductive support attached to a hydrogel, the hydrogel comprising at least one electron mediator, at least one reduction agent and at least one metabolic enzyme, wherein the hydrogel comprises alginate;and an amperometer and/or voltmeter operably connected to the at least one electrically conductive support, wherein the at least one metabolic enzyme is a phenylalanine dehydrogenase from a thermophilic bacterial species comprising at least about 70% sequence identity to SEQ ID NO: 1 and is immobilized in the hydrogel..
A method of wireless communication, comprising: performing , by a transmitter node, a listen before talk, LBT, procedure on a transmission channel shared by one or more synchronous or asynchronous network nodes, characterized by : transmitting , by the transmitter node, a fixed-length preamble in response to passing the LBT procedure; transmitting , by the transmitter node, a dynamic length cyclic prefix after the preamble, wherein the dynamic length cyclic prefix includes a normal cyclic prefix plus a dynamic period; and transmitting , by the transmitter node, a channel reservation message after the dynamic length cyclic prefix. performing , by a transmitter node, a listen before talk, LBT, procedure on a transmission channel shared by one or more synchronous or asynchronous network nodes, characterized by : transmitting , by the transmitter node, a fixed-length preamble in response to passing the LBT procedure; transmitting , by the transmitter node, a dynamic length cyclic prefix after the preamble, wherein the dynamic length cyclic prefix includes a normal cyclic prefix plus a dynamic period; and transmitting , by the transmitter node, a channel reservation message after the dynamic length cyclic prefix. transmitting , by the transmitter node, a fixed-length preamble in response to passing the LBT procedure; transmitting , by the transmitter node, a dynamic length cyclic prefix after the preamble, wherein the dynamic length cyclic prefix includes a normal cyclic prefix plus a dynamic period; and transmitting , by the transmitter node, a channel reservation message after the dynamic length cyclic prefix.
An antisense oligomer conjugate of Formula (IV): or a pharmaceutically acceptable salt thereof, for use in treating Duchenne muscular dystrophy (DMD) in a primate subject in need thereof, wherein the primate subject has a mutation of the dystrophin gene that is amenable to exon 45 skipping.
A method of using a paint cup assembly with a paint sprayer , characterized in that the method comprises: providing a paint cup assembly including a valve assembly , a paint reservoir , an extended ring that at least partially surrounds the paint reservoir , and a cap that can be threadably engaged with the extended ring , wherein the paint cup assembly is movable from a closed configuration in which fluid flow through an outlet is prevented to an open configuration in which fluid flow through the outlet is permitted during engagement with the paint sprayer ; filling the paint cup assembly with paint; closing the paint cup assembly ; inverting the paint cup assembly ; and engaging the paint cup assembly with the paint sprayer , wherein the open configuration is achieved automatically during engagement, and wherein engaging the paint cup assembly with the paint sprayer is performed after inverting the paint cup assembly . providing a paint cup assembly including a valve assembly , a paint reservoir , an extended ring that at least partially surrounds the paint reservoir , and a cap that can be threadably engaged with the extended ring , wherein the paint cup assembly is movable from a closed configuration in which fluid flow through an outlet is prevented to an open configuration in which fluid flow through the outlet is permitted during engagement with the paint sprayer ; filling the paint cup assembly with paint; closing the paint cup assembly ; inverting the paint cup assembly ; and engaging the paint cup assembly with the paint sprayer , wherein the open configuration is achieved automatically during engagement, and wherein engaging the paint cup assembly with the paint sprayer is performed after inverting the paint cup assembly .
Method for producing a machining cutting tool , in which - a main part which can be received in a machine tool and is preferably made of a tool steel is brought into a final shape by cutting, in particular machining, - a cutter holder is additively built up from a powder material by selective laser melting, wherein the cutter holder is additively prefabricated on a construction platform separately from the main part , and at least one chip space is formed in the cutter holder , and - the cutter holder is then rigidly connected to the main part at a joint by laser welding, wherein: - the cutter holder is provided with a plurality of cutting elements , - wherein a plurality of insert seats are formed in the cutter holder during the additive manufacturing process, and - the cutting elements are soldered onto the insert seats of the cutter holder . - a main part which can be received in a machine tool and is preferably made of a tool steel is brought into a final shape by cutting, in particular machining, - a cutter holder is additively built up from a powder material by selective laser melting, wherein the cutter holder is additively prefabricated on a construction platform separately from the main part , and at least one chip space is formed in the cutter holder , and - the cutter holder is then rigidly connected to the main part at a joint by laser welding, - the cutter holder is provided with a plurality of cutting elements , - wherein a plurality of insert seats are formed in the cutter holder during the additive manufacturing process, and - the cutting elements are soldered onto the insert seats of the cutter holder .
A femoral head resurfacing implant comprising: an outer, spherical articulating surface , preferably polished, an inner fixation surface comprising a top surface , substantially orthogonal to a rotational center axis of the femoral head resurfacing implant , a chamfer surface extending downwardly and outwardly from the top surface , and an inner side surface extending between the chamfer surface and a rim portion of the femoral head resurfacing implant , wherein the rim portion of the femoral head resurfacing implant is being defined by a smooth, steady transition from the outer articulation surface to the inner side surface of the femoral head resurfacing implant , wherein the rim portion comprises a narrow neck portion having cylindrical shape and having a diameter, characterized in that a diameter of the inner side surface is larger than the diameter of the narrow neck portion by 0.2 mm to 0.4 mm. an outer, spherical articulating surface , preferably polished, an inner fixation surface comprising a top surface , substantially orthogonal to a rotational center axis of the femoral head resurfacing implant , a chamfer surface extending downwardly and outwardly from the top surface , and an inner side surface extending between the chamfer surface and a rim portion of the femoral head resurfacing implant , a top surface , substantially orthogonal to a rotational center axis of the femoral head resurfacing implant , a chamfer surface extending downwardly and outwardly from the top surface , and an inner side surface extending between the chamfer surface and a rim portion of the femoral head resurfacing implant ,