mhurhangee/patent-ind-claim-en huggingface dataset:
A cigarette heating device for heating a cigarette, comprising: a main sleeve unit preset with a first position and a second position along an axial direction thereof; a central heater arranged in the main sleeve unit ; a movable element movable between the first position and the second position along the axial direction of the main sleeve unit ; and an internal cup adapted to receive a cigarette , the internal cup being in linkage relation with the movable element , such that when the movable element is in the first position, the internal cup is adjacent to the central heater so that the central heater is able to heat the cigarette received in the internal cup; when the movable element is in the second position, the internal cup is away from the central heater so that the central heater is able to be separated from the cigarette received in the internal cup; characterized by further comprising a restoring element configured for driving the movable element to restore from the second position to the first position. a main sleeve unit preset with a first position and a second position along an axial direction thereof; a central heater arranged in the main sleeve unit ; a movable element movable between the first position and the second position along the axial direction of the main sleeve unit ; and an internal cup adapted to receive a cigarette , the internal cup being in linkage relation with the movable element , such that when the movable element is in the first position, the internal cup is adjacent to the central heater so that the central heater is able to heat the cigarette received in the internal cup; when the movable element is in the second position, the internal cup is away from the central heater so that the central heater is able to be separated from the cigarette received in the internal cup; characterized by further comprising a restoring element configured for driving the movable element to restore from the second position to the first position.
A method for transmitting feedback in a communications systems with multi-point, MP, connectivity, wherein an MP set comprises transmit-receive points, TRPs, associated with a user device, the method comprising: receiving , by the user device, feedback configuration information for explicit channel feedback for a plurality of transmit beam-receive beam combinations, TRBCs, between the user device and the transmit-receive points, TRPs, of the MP set associated with the user device, wherein the explicit channel feedback is a representation of a downlink complex channel response and wherein explicit feedback is a feedback technique whereby the received channel estimate in one direction is explicitly fed back to the transmitter; generating , by the user device, the explicit channel feedback for the plurality of TRBCs; generating , by the user device, at least one modified uplink resource for each TRP in a subset of the TRPs of the MP set, the modified uplink resources are generated in accordance with the feedback configuration information, the modified uplink resources are configured to convey the explicit channel feedback to the subset of TRPs of the MP set; and transmitting , by the user device, the modified uplink resources to the subset of the TRPs of the MP set, where the at least one modified uplink resource associated with a TRP in the subset of the TRPs is transmitted to the TRP using a single TRBC. receiving , by the user device, feedback configuration information for explicit channel feedback for a plurality of transmit beam-receive beam combinations, TRBCs, between the user device and the transmit-receive points, TRPs, of the MP set associated with the user device, wherein the explicit channel feedback is a representation of a downlink complex channel response and wherein explicit feedback is a feedback technique whereby the received channel estimate in one direction is explicitly fed back to the transmitter; generating , by the user device, the explicit channel feedback for the plurality of TRBCs; generating , by the user device, at least one modified uplink resource for each TRP in a subset of the TRPs of the MP set, the modified uplink resources are generated in accordance with the feedback configuration information, the modified uplink resources are configured to convey the explicit channel feedback to the subset of TRPs of the MP set; and transmitting , by the user device, the modified uplink resources to the subset of the TRPs of the MP set, where the at least one modified uplink resource associated with a TRP in the subset of the TRPs is transmitted to the TRP using a single TRBC.
An animal management tag (2.1), such as an ear stud, configured to be worn by an animal , the tag comprising at least one sensor for performing a measurement on the animal , a processor connected with the sensor at least for processing measuring results which have been obtained with the aid of the at least one sensor , and a transmitting device connected with the processor for transmitting information generated by the processor , the tag further comprising an energy source such as a lithium battery for supplying electrical energy to electrical components of the tag such as the processor , the transmitting device and possibly the sensor for the operation of the electrical components, wherein the management tag is further configured to determine a parameter which is a measure of the number of electrons that has been delivered by the energy source , characterized in that the tag is configured to measure the magnitude of the current which is delivered by the energy source and integrate it over time to determine the parameter.
A composition comprising: a) one or more isocyanate functional prepolymers; b) one or more catalysts for the reaction of isocyanate moieties and active hydrogen containing moieties; c) one or more mercapto silanes; d) one or more amino silanes, isocyanato silanes or a mixture thereof; e) one or more reinforcing fillers comprising one or more high surface area carbon blacks; f) one or more untreated calcium carbonates; g) one or more polyisocyanates having an isocyanate functionality of 2 or greater; and h) a linear plasticizer, wherein the isocyanate functional prepolymer is prepared in the presence of the linear plasticizer; wherein the composition includes a dialkyl malonate and the isocyanate functional prepolymer is prepared in the presence of at least a portion of the dialkyl malonate. a) one or more isocyanate functional prepolymers; b) one or more catalysts for the reaction of isocyanate moieties and active hydrogen containing moieties; c) one or more mercapto silanes; d) one or more amino silanes, isocyanato silanes or a mixture thereof; e) one or more reinforcing fillers comprising one or more high surface area carbon blacks; f) one or more untreated calcium carbonates; g) one or more polyisocyanates having an isocyanate functionality of 2 or greater; and h) a linear plasticizer, wherein the isocyanate functional prepolymer is prepared in the presence of the linear plasticizer; wherein the composition includes a dialkyl malonate and the isocyanate functional prepolymer is prepared in the presence of at least a portion of the dialkyl malonate.
An airfoil for a turbine system comprising: a body including: an inner wall defining a high pressure fluid chamber configured to receive a high pressure fluid flowing through a portion of the turbine system; a plurality of high pressure nozzles extending through the inner wall , each of the plurality of high pressure nozzles in fluid communication with the high pressure fluid chamber characterised by an intermediate wall positioned adjacent to and surrounding the inner wall to define a low pressure fluid chamber formed between the intermediate wall and the inner wall and configured to receive a low pressure fluid flowing through a portion of the turbine system; a plurality of low pressure venturi extending through the intermediate wall , each of the plurality of low pressure venturi in fluid communication with the low pressure fluid chamber ; and an outer wall positioned adjacent to and surrounding the intermediate wall to define a cooling channel formed between the intermediate wall and the outer wall . an inner wall defining a high pressure fluid chamber configured to receive a high pressure fluid flowing through a portion of the turbine system; a plurality of high pressure nozzles extending through the inner wall , each of the plurality of high pressure nozzles in fluid communication with the high pressure fluid chamber characterised by an intermediate wall positioned adjacent to and surrounding the inner wall to define a low pressure fluid chamber formed between the intermediate wall and the inner wall and configured to receive a low pressure fluid flowing through a portion of the turbine system; a plurality of low pressure venturi extending through the intermediate wall , each of the plurality of low pressure venturi in fluid communication with the low pressure fluid chamber ; and an outer wall positioned adjacent to and surrounding the intermediate wall to define a cooling channel formed between the intermediate wall and the outer wall .
Apparatus for retaining an end (E) of an elongate object (O), in particular a self-supporting load, which has a base frame on which a retention member to which the elongate object (O) can be secured is pivotably arranged and which has at least one actuation device , by means of which the retention member can be pivoted relative to the base frame , wherein the apparatus has an adapter which retains the elongate object (O) and which is arranged on the retention member , characterised in that the adapter can be arranged in at least one eccentric position on the retention member and can be arranged offset relative thereto and consequently relative to a centre plane of the apparatus , and wherein the adapter can be arranged with discrete spacings or in a continuously changeably eccentric manner on the retention member .
A method comprising: providing a signaling anchor point in a packet-based multimedia subsystem that supports voice call over a packet session, the signaling anchor point being provided for a first access signaling leg and a remote access signaling leg for a voice call between a user element and a remote endpoint over a bearer path, wherein the first access signaling leg is provided towards the user element via a circuit-switched subsystem that supports voice call over a circuit-switched connection, the remote access signaling leg is provided towards the remote endpoint via the packet-based multimedia subsystem , and the bearer path for the voice call extends from the user element to the remote endpoint via the circuit-switched subsystem and the packet-based multimedia subsystem ; establishing a second access signaling leg extending towards the user element via the packet-based multimedia subsystem , without passing through the circuit-switched subsystem ; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point ; and providing call signaling via the second access signaling leg and the remote access signaling leg to transfer at least a portion of the bearer path connected to the user element from the circuit-switched subsystem to the packet-based multimedia subsystem , such that the bearer path for the voice call extends from the user element to the remote endpoint via the packet-based multimedia subsystem without passing through the circuit switched subsystem . providing a signaling anchor point in a packet-based multimedia subsystem that supports voice call over a packet session, the signaling anchor point being provided for a first access signaling leg and a remote access signaling leg for a voice call between a user element and a remote endpoint over a bearer path, wherein the first access signaling leg is provided towards the user element via a circuit-switched subsystem that supports voice call over a circuit-switched connection, the remote access signaling leg is provided towards the remote endpoint via the packet-based multimedia subsystem , and the bearer path for the voice call extends from the user element to the remote endpoint via the circuit-switched subsystem and the packet-based multimedia subsystem ; establishing a second access signaling leg extending towards the user element via the packet-based multimedia subsystem , without passing through the circuit-switched subsystem ; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point ; and providing call signaling via the second access signaling leg and the remote access signaling leg to transfer at least a portion of the bearer path connected to the user element from the circuit-switched subsystem to the packet-based multimedia subsystem , such that the bearer path for the voice call extends from the user element to the remote endpoint via the packet-based multimedia subsystem without passing through the circuit switched subsystem .
Hydraulic brake piston for a motor vehicle brake, having a thermochemically treated surface, characterized by multiple layers, situated one above the other, on the piston surface, having: - an oxide layer which is arranged directly on the piston surface and which has a thickness of greater than 1 μm, - a connecting layer which is arranged under the oxide layer and which is composed predominantly of nitrides, - a diffusion layer which is arranged under the connecting layer and which has nitrogen in dissolved form or precipitated nitrides, wherein the connecting layer has a minimum thickness of 8 μm, and wherein the brake piston is work-hardened. - an oxide layer which is arranged directly on the piston surface and which has a thickness of greater than 1 μm, - a connecting layer which is arranged under the oxide layer and which is composed predominantly of nitrides, - a diffusion layer which is arranged under the connecting layer and which has nitrogen in dissolved form or precipitated nitrides,
A method performed by a user equipment, the method comprising: receiving , from a core network, a mapping between network slices and closed access group identifiers and/or a list of frequency bands supported by the network slices; determining a network slice to use by the user equipment to request access; decoding a list of closed access group identifiers supported by surrounding cells and/or determining frequency bands supported by the surrounding cells; and selecting, from the surrounding cells, a cell supporting the determined network slice based on the received mapping between network slices and closed access group identifiers and the decoded list of the closed access group identifiers supported by the surrounding cells and/or based on the received list of frequency bands supported by the network slices and the determined frequency bands supported by the surrounding cells. receiving , from a core network, a mapping between network slices and closed access group identifiers and/or a list of frequency bands supported by the network slices; determining a network slice to use by the user equipment to request access; decoding a list of closed access group identifiers supported by surrounding cells and/or determining frequency bands supported by the surrounding cells; and selecting, from the surrounding cells, a cell supporting the determined network slice based on the received mapping between network slices and closed access group identifiers and the decoded list of the closed access group identifiers supported by the surrounding cells and/or based on the received list of frequency bands supported by the network slices and the determined frequency bands supported by the surrounding cells.
A transformant having para-aminobenzoic acid producing ability, the transformant being obtainable by introducing the following (i) and (ii) into a coryneform bacterium as a host, (i) a gene that encodes a two-component enzyme having para-aminobenzoate synthase component I activity and para-aminobenzoate synthase component II activity, which is a gene pabAB; and (ii) a gene that encodes an enzyme having 4-amino-4-deoxychorismate lyase activity, which is a gene pabC, wherein the pabAB is a gene of Corynebacterium callunae, Corynebacterium efficiens, or Corynebacterium casei, the pabC is a gene of Escherichia coli, Escherichia fergusonii, Saccharophagus degradans, Arthrobacter phenanthrenivorans, Anabaena variabilis, Azotobacter vinelandii, Ochrobactrum anthropi, Xenorhabdus bovienii, Bacillus pseudofirmus, Caulobacter crescentus, Synechococcus sp., Bacteroides thetaiotaomicron, or Ferrimonas balearica, the coryneform bacterium as a host is Corynebacterium glutamicum. (i) a gene that encodes a two-component enzyme having para-aminobenzoate synthase component I activity and para-aminobenzoate synthase component II activity, which is a gene pabAB; and (ii) a gene that encodes an enzyme having 4-amino-4-deoxychorismate lyase activity, which is a gene pabC,
A method for transmitting, by a user equipment, UE, , uplink data in a wireless communication system including a plurality of cells, the method comprising, at the UE : receiving, from a first base station, BS, , cell group information (S1410) and first assignment information regarding a first semi-persistent scheduling, SPS, resource (S1420); if the UE moves from a cell supported by the first BS to a cell supported by the second BS, maintaining a radio resource control, RRC, connection with the first BS; and transmitting, to a second BS, a first uplink signal (S1430) on the first SPS resource, wherein the cell group information indicates that the first BS and the second BS are included in a same cell group, wherein the first assignment information is commonly used for the first BS and the second BS belonging to the same cell group, and wherein the first uplink signal is transmitted in a state where no RRC connection is set up between the UE and the second BS. receiving, from a first base station, BS, , cell group information (S1410) and first assignment information regarding a first semi-persistent scheduling, SPS, resource (S1420); if the UE moves from a cell supported by the first BS to a cell supported by the second BS, maintaining a radio resource control, RRC, connection with the first BS; and transmitting, to a second BS, a first uplink signal (S1430) on the first SPS resource, wherein the cell group information indicates that the first BS and the second BS are included in a same cell group, wherein the first assignment information is commonly used for the first BS and the second BS belonging to the same cell group, and wherein the first uplink signal is transmitted in a state where no RRC connection is set up between the UE and the second BS.
A method comprising: associating media content with a geo-fence, the geo-fence encompassing a portion of a geographic region; over a sampling period, sampling location data of a client device, the location data comprising a plurality of points, wherein each of the points is associated with: a location within the geographic region; and a different timestamp; defining a boundary based on the plurality of points sampled during the sampling period, the boundary being a minimised bounded box or convex hull containing the set of points; detecting an overlap between the boundary and the geo-fence; and in response to detecting the overlap between the boundary of the geo-fence, loading the media content at a memory location of the client device. associating media content with a geo-fence, the geo-fence encompassing a portion of a geographic region; over a sampling period, sampling location data of a client device, the location data comprising a plurality of points, wherein each of the points is associated with: a location within the geographic region; and a different timestamp; a location within the geographic region; and a different timestamp; defining a boundary based on the plurality of points sampled during the sampling period, the boundary being a minimised bounded box or convex hull containing the set of points; detecting an overlap between the boundary and the geo-fence; and in response to detecting the overlap between the boundary of the geo-fence, loading the media content at a memory location of the client device.
A component for a rotary drill stem for a well, comprising a central tubular element and a first and a second connector each comprising a threaded portion for connecting the component to another component, at least one of said connectors further comprises: • a chamber ; and • an annular signal transmission coupler , the annular coupler comprising: ∘ a ring having an annular coupling surface ; ∘ an insulating support leaving the annular coupling surface free; and ∘ a piston surface axially opposed to the annular coupling surface , the annular coupler forming a piston, the piston surface defining the chamber ; characterized in that the chamber is in communication with a pressure external to the component or a space in a bore of the component. • a chamber ; and • an annular signal transmission coupler , the annular coupler comprising: ∘ a ring having an annular coupling surface ; ∘ an insulating support leaving the annular coupling surface free; and ∘ a piston surface axially opposed to the annular coupling surface , the annular coupler forming a piston, the piston surface defining the chamber ; characterized in that the chamber is in communication with a pressure external to the component or a space in a bore of the component. ∘ a ring having an annular coupling surface ; ∘ an insulating support leaving the annular coupling surface free; and ∘ a piston surface axially opposed to the annular coupling surface , the annular coupler forming a piston, the piston surface defining the chamber ;