mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a rotational speed of a drive, especially a heavy-duty drive, wherein the drive drives a shaft and the rotational speed is controlled by means of a control device which is supplied with a control deviation calculated from a predetermined or predeterminable desired value for the rotational speed and an actual value for the rotational speed, characterised in that the actual value for an angle of rotation of the shaft or one of its temporal derivations, especially the rotational speed of the shaft, is detected at the shaft by means of a first sensor and at least one further sensor and that the actual value for the rotational speed is formed on the basis of a weighted overall view of the individual measured values obtained from the first and the at least one further sensor (22, 24), especially measured rotational speed values.
A cache allocation method, comprising: accessing, by a core, a level 3 cache in response to detecting a miss response from each of a level 1 cache and a level 2 cache, wherein the level 1 cache and the level 2 cache are accessed by the core through sending instruction fetching instructions; wherein the instruction fetching instructions are configured to request the level 1 cache and the level 2 cache that are accessed to return an instruction and data, the level 1 cache is a private cache of the core, the level 2 cache is a common cache corresponding to a core set including the core, the level 3 cache is a common cache shared by a plurality of core sets, and the miss response from the level 2 cache carries network slice information; allocating, by a planning unit disposed in the level 3 cache, the plurality of core sets to a plurality of network slices and configuring, by the planning unit, corresponding caches for the plurality of network slices according to the network slice information; and sending, by the planning unit, a hit response to the core, wherein the hit response is configured to return data in a cache of a network slice corresponding to the core set including the core. accessing, by a core, a level 3 cache in response to detecting a miss response from each of a level 1 cache and a level 2 cache, wherein the level 1 cache and the level 2 cache are accessed by the core through sending instruction fetching instructions; wherein the instruction fetching instructions are configured to request the level 1 cache and the level 2 cache that are accessed to return an instruction and data, the level 1 cache is a private cache of the core, the level 2 cache is a common cache corresponding to a core set including the core, the level 3 cache is a common cache shared by a plurality of core sets, and the miss response from the level 2 cache carries network slice information; allocating, by a planning unit disposed in the level 3 cache, the plurality of core sets to a plurality of network slices and configuring, by the planning unit, corresponding caches for the plurality of network slices according to the network slice information; and sending, by the planning unit, a hit response to the core, wherein the hit response is configured to return data in a cache of a network slice corresponding to the core set including the core.
A method of a UE comprising: receiving one or more uplink bandwidth part "BWP" configurations for a serving cell, including an active uplink BWP; receiving a sidelink BWP configuration for the same serving cell, wherein the sidelink BWP is associated with a first numerology; identifying a second numerology of the active uplink BWP; determining whether the first numerology matches the second numerology; and selectively deactivating the sidelink BWP or the active uplink BWP in response to the first numerology not matching the second numerology. receiving one or more uplink bandwidth part "BWP" configurations for a serving cell, including an active uplink BWP; receiving a sidelink BWP configuration for the same serving cell, wherein the sidelink BWP is associated with a first numerology; identifying a second numerology of the active uplink BWP; determining whether the first numerology matches the second numerology; and selectively deactivating the sidelink BWP or the active uplink BWP in response to the first numerology not matching the second numerology.
A method of detecting Botulinum toxin (BoNT) comprising the steps of a) providing a peptide comprising - an amino acid sequence susceptible to proteolytic cleavage by BoNT, - the amino acid sequence of a reporter domain, and - a tag comprising an amino acid sequence of a genetically modified Rhodococcus haloalkane dehalogenase, suitable for attaching the peptide to a support via covalent bonds, wherein said support is a bead, b) covalently attaching said peptide to the support, c) adding the test sample to be investigated for presence or amount of BoNT, and d) after removal of the support and uncleaved peptide, determining the signal released by the reporter domain. a) providing a peptide comprising - an amino acid sequence susceptible to proteolytic cleavage by BoNT, - the amino acid sequence of a reporter domain, and - a tag comprising an amino acid sequence of a genetically modified Rhodococcus haloalkane dehalogenase, suitable for attaching the peptide to a support via covalent bonds, wherein said support is a bead, - an amino acid sequence susceptible to proteolytic cleavage by BoNT, - the amino acid sequence of a reporter domain, and - a tag comprising an amino acid sequence of a genetically modified Rhodococcus haloalkane dehalogenase, suitable for attaching the peptide to a support via covalent bonds, wherein said support is a bead, b) covalently attaching said peptide to the support, c) adding the test sample to be investigated for presence or amount of BoNT, and d) after removal of the support and uncleaved peptide, determining the signal released by the reporter domain.
An aerosol generating device comprising: a storage portion for storing an aerosol-forming substrate, the storage portion having an outer housing and an internal passageway, the storage portion forming a reservoir for the aerosol-forming substrate between the outer housing and the internal passageway; a vaporizer (105, 105') for heating the aerosol-forming substrate to form an aerosol, the vaporizer at least partially inside the internal passageway in the storage portion; and a porous interface at least partially lining the internal passageway for conveying the aerosol-forming substrate from the storage portion towards the vaporizer. a storage portion for storing an aerosol-forming substrate, the storage portion having an outer housing and an internal passageway, the storage portion forming a reservoir for the aerosol-forming substrate between the outer housing and the internal passageway; a vaporizer (105, 105') for heating the aerosol-forming substrate to form an aerosol, the vaporizer at least partially inside the internal passageway in the storage portion; and a porous interface at least partially lining the internal passageway for conveying the aerosol-forming substrate from the storage portion towards the vaporizer.
Thread finger for a thread-changing device of a knitting machine, having an elongated finger body, one end of which is attached to a pivoted lever, and the other end of which has a thread receiving region for a knitting thread, and having a guide element which is displaceable along the finger body and with which a cutting knife and a clamping element which is pretensioned by spring force are displaceable along the finger body, the finger body having at least one longitudinal slot (17, 18) in which the guide element is mounted displaceably, characterised in that two longitudinal slots (17, 18) are provided in the finger body which the guide element penetrates with two projections (20, 21), at least one of the projections being guided also through slot-shaped openings (26, 27) in the cutting knife and in the clamping element, and in that the guide element is provided on the side opposite the projections (20, 21) with an actuation foot, on which said guide element can be moved by means of an actuation element of the thread-changing device at least in the direction towards the thread receiving region of the finger body.
A method of synchronizing a wireless communication apparatus, the method comprising: receiving one or more synchronization messages, each synchronization message having timing information and a cluster identifier, the timing information comprising anchor timing information, the cluster identifier being the same value as a cluster identifier of the apparatus; determining whether a difference between a time value when a transmitting node last updated anchor timing information and a time value maintained for the apparatus is greater than a threshold; selectively updating a time value of the wireless apparatus based on the timing information in the received one or more synchronization messages, wherein selectively updating the time value of the wireless communication apparatus comprises: updating the time value to a time value of a received synchronization message with a master preference value greater than master preference values of the other one or more received synchronization messages; updating the time value to a time value in the timing information of a received synchronization message with a most recent anchor timing information of the one or more received synchronization messages; discarding the received synchronization message if the difference exceeds the threshold. receiving one or more synchronization messages, each synchronization message having timing information and a cluster identifier, the timing information comprising anchor timing information, the cluster identifier being the same value as a cluster identifier of the apparatus; determining whether a difference between a time value when a transmitting node last updated anchor timing information and a time value maintained for the apparatus is greater than a threshold; selectively updating a time value of the wireless apparatus based on the timing information in the received one or more synchronization messages, wherein selectively updating the time value of the wireless communication apparatus comprises: updating the time value to a time value of a received synchronization message with a master preference value greater than master preference values of the other one or more received synchronization messages; updating the time value to a time value in the timing information of a received synchronization message with a most recent anchor timing information of the one or more received synchronization messages; discarding the received synchronization message if the difference exceeds the threshold. updating the time value to a time value of a received synchronization message with a master preference value greater than master preference values of the other one or more received synchronization messages; updating the time value to a time value in the timing information of a received synchronization message with a most recent anchor timing information of the one or more received synchronization messages; discarding the received synchronization message if the difference exceeds the threshold.
Rolling mill including a frame, at least one pair of working cylinders (3, 4) capable of defining the air gap of the strip to be rolled, as well as at least one line (51, 52, 53, 54) for spraying a lubricant and/or coolant fluid, arranged next to the plane of the strip to be rolled, wherein said line (51; 52; 53; 54) is rigidly connected to said frame via a hinged mechanical link, characterised in that said mechanical link includes resilient means (71; 72; 73; 74) forcing said line (51; 52; 53; 54) into at least one operational position, toward the plane of the strip, and allowing, in the event that a force on said line tends to separate the line, greater than a threshold value, the deformation of the resilient means (71; 72; 73; 74) against the return force thereof, and thus the retraction of the line toward a position separated from said at least one operational position.
A substrate comprising: a first dielectric layer comprising a first surface and a second surface; a first interconnect embedded in the first dielectric layer, the first interconnect comprising a first side and a second side, the first side is surrounded by the first dielectric layer, wherein at least a part of the second side is free of contact with the first dielectric layer, wherein the first interconnect is a first trace; a first cavity traversing the first surface of the first dielectric layer to the second side of the first interconnect, wherein the first cavity has a cavity width substantially equal to an interconnect width of the first interconnect and overlaps the first interconnect; and a second interconnect comprising a third side and a fourth side, wherein the third side is at least partially coupled onto the first surface of the first dielectric layer, wherein the second interconnect is a second trace. a first dielectric layer comprising a first surface and a second surface; a first interconnect embedded in the first dielectric layer, the first interconnect comprising a first side and a second side, the first side is surrounded by the first dielectric layer, wherein at least a part of the second side is free of contact with the first dielectric layer, wherein the first interconnect is a first trace; a first cavity traversing the first surface of the first dielectric layer to the second side of the first interconnect, wherein the first cavity has a cavity width substantially equal to an interconnect width of the first interconnect and overlaps the first interconnect; and a second interconnect comprising a third side and a fourth side, wherein the third side is at least partially coupled onto the first surface of the first dielectric layer, wherein the second interconnect is a second trace.
Conveying device for conveying a fluid stream, with: - a mechanical unit which includes a movable conveying element, and - an electrical unit which comprises a housing as well as electronic elements arranged in the housing, wherein the mechanical unit and the electrical unit are detachably connected to one another, and wherein the electrical unit includes cooling fins which are arranged in such a way that they project into a fluid stream generated by the movable conveying element of the mechanical unit in operation of the conveying device, the cooling fins of the electrical unit projecting, through a recess formed in a housing of the mechanical unit, into the fluid stream generated by the movable conveying element of the mechanical unit in operation of the conveying device in such a manner that the cooling fins are removable from the recess when the electrical unit is being detached from the mechanical unit, characterised in that the mechanical unit includes an interface element which is adapted to interact with a complementary interface element of the electrical unit, in order to bring about an electrical coupling of the mechanical unit to the electrical unit, wherein the interface element of the electrical unit includes the cooling fins. - a mechanical unit which includes a movable conveying element, and - an electrical unit which comprises a housing as well as electronic elements arranged in the housing,
A method for enrichment of a target region in a DNA library comprising: a) providing a DNA library of double-stranded fragments with hairpin adapters on both ends, wherein one or more of the double-stranded fragments are target fragments that comprise the target region; b) providing an RNA-Cas9 complex, wherein at least one targeting RNA in the RNA-Cas9 complex comprises a sequence complementary to a first location, which is present only once within at least one of the target fragments, wherein the first location is not within the target region; c) combining the RNA-Cas9 complex with the DNA library in a reaction mixture under conditions that promote binding of the RNA-Cas9 complex to the first location in the target fragments; d) subjecting the DNA library to Cas9 cleavage, wherein a Cas9 endonuclease in the RNA-Cas9 complex cleaves the target fragments at the first location to produce double-stranded ends; e) linking stem-loop adapters to the double-stranded ends produced by the Cas9 cleavage, thereby forming asymmetric-adapter-ligated fragments, wherein the stem-loop adapters have a different sequence than the hairpin adapters; and f) isolating the asymmetric-adapter-ligated fragments from other fragments in the reaction mixture that are not linked to the stem-loop adapters. a) providing a DNA library of double-stranded fragments with hairpin adapters on both ends, wherein one or more of the double-stranded fragments are target fragments that comprise the target region; b) providing an RNA-Cas9 complex, wherein at least one targeting RNA in the RNA-Cas9 complex comprises a sequence complementary to a first location, which is present only once within at least one of the target fragments, wherein the first location is not within the target region; c) combining the RNA-Cas9 complex with the DNA library in a reaction mixture under conditions that promote binding of the RNA-Cas9 complex to the first location in the target fragments; d) subjecting the DNA library to Cas9 cleavage, wherein a Cas9 endonuclease in the RNA-Cas9 complex cleaves the target fragments at the first location to produce double-stranded ends; e) linking stem-loop adapters to the double-stranded ends produced by the Cas9 cleavage, thereby forming asymmetric-adapter-ligated fragments, wherein the stem-loop adapters have a different sequence than the hairpin adapters; and f) isolating the asymmetric-adapter-ligated fragments from other fragments in the reaction mixture that are not linked to the stem-loop adapters.
A method comprising the following steps performed by a wireless communication device that is suitable for being carried around by a user, the method comprising: Detecting, while the wireless communication device is connected to a base station, a presence of a wireless relay station; determining a predicted connection time for a connection to be established between the wireless communication device and the wireless relay station, the predicted connection time being a time required for completing one or more impending transmissions of the wireless communication device; Determining, whether a movement or non-movement of the wireless communication device coincides with a movement or non-movement of the wireless relay station based on the predicted connection time, by determining whether the wireless communication device and the wireless relay station are stationary at the same location, or whether the wireless communication device is moving in unison with the wireless relay station, wherein the coincidence between the movement or non-movement of the wireless communication device and the wireless relay station is determined for the duration of the predicted connection time; Connecting, by the wireless communication device, if the movement or non-movement of the wireless communication device coincides with the movement or non-movement of the wireless relay station for the duration of the predicted connection time, to the wireless relay station. Detecting, while the wireless communication device is connected to a base station, a presence of a wireless relay station; determining a predicted connection time for a connection to be established between the wireless communication device and the wireless relay station, the predicted connection time being a time required for completing one or more impending transmissions of the wireless communication device; Determining, whether a movement or non-movement of the wireless communication device coincides with a movement or non-movement of the wireless relay station based on the predicted connection time, by determining whether the wireless communication device and the wireless relay station are stationary at the same location, or whether the wireless communication device is moving in unison with the wireless relay station, wherein the coincidence between the movement or non-movement of the wireless communication device and the wireless relay station is determined for the duration of the predicted connection time; Connecting, by the wireless communication device, if the movement or non-movement of the wireless communication device coincides with the movement or non-movement of the wireless relay station for the duration of the predicted connection time, to the wireless relay station.
A method for secure transmission of information, comprising the following steps at a server (104; 408): receiving (202; 504) from a client (102; 402) a request and at least one unique identifier; generating (204; 506) a reply to the request; identifying (208; 510) a mobile device (106; 406) based on the at least one unique identifier; sending (210; 512) the reply to the mobile device (106; 406); wherein the mobile device (106; 406) is adapted to allow a transfer of the reply from the mobile device (106; 406) to the client (102; 402); characterized in that the method further comprises receiving (202; 504) from a client (102; 402) an encryption key, said encryption key being unavailable to the mobile device (106; 406), and encrypting (206; 508) the reply using the encryption key to thereby produce an encrypted reply; in that said sending (210; 512) of the reply consists of sending the encrypted reply; and in that said transfer of the reply consists of a transfer of the encrypted reply for subsequent decryption (212; 516) at the client (102; 402). receiving (202; 504) from a client (102; 402) a request and at least one unique identifier; generating (204; 506) a reply to the request; identifying (208; 510) a mobile device (106; 406) based on the at least one unique identifier; sending (210; 512) the reply to the mobile device (106; 406); wherein the mobile device (106; 406) is adapted to allow a transfer of the reply from the mobile device (106; 406) to the client (102; 402); characterized in that the method further comprises receiving (202; 504) from a client (102; 402) an encryption key, said encryption key being unavailable to the mobile device (106; 406), and encrypting (206; 508) the reply using the encryption key to thereby produce an encrypted reply; in that said sending (210; 512) of the reply consists of sending the encrypted reply; and in that said transfer of the reply consists of a transfer of the encrypted reply for subsequent decryption (212; 516) at the client (102; 402).
A bicomponent fiber of the core-sheath type (core-sheath bicomponent fiber), comprising a core made of one or more recycled plastic materials according to DIN EN 15347:2007, characterized in that the sheath comprises charge persistence additives.
A biological sample collection system comprising: a handle; and a sample collector detachably coupled to the handle, the sample collector including one or more sample protrusions, one or more sample apertures, or a combination thereof, and one or more sample cavities adjacent the one or more sample apertures to collect and accumulate a biological sample; characterised in that each of the one or more sample protrusions comprising a sample protrusion edge, wherein the one or more sample protrusions are approximately shaped as teeth. a handle; and a sample collector detachably coupled to the handle, the sample collector including one or more sample protrusions, one or more sample apertures, or a combination thereof, and one or more sample cavities adjacent the one or more sample apertures to collect and accumulate a biological sample; characterised in that each of the one or more sample protrusions comprising a sample protrusion edge, wherein the one or more sample protrusions are approximately shaped as teeth.
Device for contact between handles and gloves, power supply of heating equipment for users of motorized vehicles driven outdoors, characterized regarding this device consist of two separate conductive rings integrated with each of the two handles and gloves with several electrically conductive contacts situated on the palm side, on the thumb and ring finger.