mhurhangee/patent-ind-claim-en huggingface dataset:
Gasket for washing machines , which comprises at least one annular body of deformable material and is provided with at least one first perimetric lip , wherein the gasket comprises at least one closed perimetric canal which extends at least partially along the annular body and is adapted to house at least partially a sensor with an elongated shape, characterized in that the perimetric canal is connected to the outside of the gasket through at least one perimetric slot which extends in a substantially axial direction towards a rear side (R) of the gasket .
An esterified oil soluble polyalkylene glycol having Formula I: R 1 [O(R 2 O) n (R 3 O) m (C=O)R 4 ] p Formula I wherein R 1 is a linear alkyl having 1 to 18 carbon atoms, a branched alkyl having 4 to 18 carbon atoms or an aryl with 6 to 30 carbon atoms; R 2 O is an oxypropylene moiety derived from 1,2-propylene oxide; R 3 O is an oxybutylene moiety derived from butylene oxide, wherein R 2 O and R 3 O are in a block or a random distribution; R 4 is a linear alkyl with 1 to 18 carbon atoms, a branched alkyl with 4 to 18 carbon atoms or an aryl with 6 to 18 carbon atoms; n and m are each independently integers, n ranging from 0 to 20 and m ranging from 1 to 20, and p is an integer from 1 to 4.
A fuel injector for an internal combustion engine, comprising: a generally tubular outer valve needle and an associated first control chamber arranged to control the injection of a first fuel from the fuel injector; an inner valve needle slidably received in the outer valve needle and an associated second control chamber arranged to control the injection of a second fuel from the fuel injector; a nozzle body assembly comprising a tip part removably joined to a needle guide part ; wherein the tip part defines a seating region for the outer valve needle ; and wherein the needle guide part comprises a guide bore for slidably receiving the outer valve needle and an enlarged diameter lower bore region adjacent the tip part; characterized in that Z said lower bore region of the needle guide part defines a cavity for receiving a biasing means which surrounds the outer valve needle to bias the outer valve needle into engagement with the seating region of the tip part. a generally tubular outer valve needle and an associated first control chamber arranged to control the injection of a first fuel from the fuel injector; an inner valve needle slidably received in the outer valve needle and an associated second control chamber arranged to control the injection of a second fuel from the fuel injector; a nozzle body assembly comprising a tip part removably joined to a needle guide part ; wherein the tip part defines a seating region for the outer valve needle ; and wherein the needle guide part comprises a guide bore for slidably receiving the outer valve needle and an enlarged diameter lower bore region adjacent the tip part; characterized in that Z said lower bore region of the needle guide part defines a cavity for receiving a biasing means which surrounds the outer valve needle to bias the outer valve needle into engagement with the seating region of the tip part.
A position determination system for determining a position of a device movable in an environment , the position determination system having a position determination unit and a memory unit , wherein an environmental map of the environment is stored in the memory unit ; wherein the position determination unit is configured to receive measured distance values of an environmental sensor of the movable device ; wherein the position determination unit is configured to determine the position of the movable device by a comparison of the measured distance values with the environmental map ; wherein the stored environmental map comprises at least one block ; wherein the block comprises an arrangement of map values representing the environment ; wherein the map values represent distance values from a margin of the environment ; wherein the block of the environmental map is stored in the memory unit as a coefficient of a linear combination of basis functions, with the linear combination of the basis functions approximating the map values of the block ; and wherein the coefficients of the linear combination are only stored in the memory unit when their amounts exceed predefined threshold values . the position determination system having a position determination unit and a memory unit , wherein an environmental map of the environment is stored in the memory unit ; wherein the position determination unit is configured to receive measured distance values of an environmental sensor of the movable device ; wherein the position determination unit is configured to determine the position of the movable device by a comparison of the measured distance values with the environmental map ; wherein the stored environmental map comprises at least one block ; wherein the block comprises an arrangement of map values representing the environment ; wherein the map values represent distance values from a margin of the environment ; wherein the block of the environmental map is stored in the memory unit as a coefficient of a linear combination of basis functions, with the linear combination of the basis functions approximating the map values of the block ; and wherein the coefficients of the linear combination are only stored in the memory unit when their amounts exceed predefined threshold values .
A method for downlink (DL) interference cancellation in a radio communication system comprising a first radio device , said radio device, during use of the first radio device, being connected to a first remote node via a cellular first radio access technology, RAT, and performing the steps: obtaining decoding information relating to decoding of a downlink data signal intended for the first radio device received from the first remote node ; and characterized by transmitting the obtained decoding information via a D2D transmission, to a second radio device which is connected, via the first RAT , to a second remote node neighbouring to the first remote node , using radio resources assigned for device-to-device, D2D, transmissions , wherein the obtained decoding information comprises a Radio Network Temporary Identifier, RNTI, and the obtained decoding information further comprises at least one of a cell identity, such as a Global Cell Identity, GCI, or a Physical Cell Identity, PCI, of the first remote node ; a carrier frequency, a frequency block within a system bandwidth where the first radio device will be allocated data, a code rate, a modulation or a transmission mode, of the data signal received from the first remote node . obtaining decoding information relating to decoding of a downlink data signal intended for the first radio device received from the first remote node ; and characterized by transmitting the obtained decoding information via a D2D transmission, to a second radio device which is connected, via the first RAT , to a second remote node neighbouring to the first remote node , using radio resources assigned for device-to-device, D2D, transmissions , wherein the obtained decoding information comprises a Radio Network Temporary Identifier, RNTI, and the obtained decoding information further comprises at least one of a cell identity, such as a Global Cell Identity, GCI, or a Physical Cell Identity, PCI, of the first remote node ; a carrier frequency, a frequency block within a system bandwidth where the first radio device will be allocated data, a code rate, a modulation or a transmission mode, of the data signal received from the first remote node .
REST ASSEMBLY FOR RECOVERING THE GEOELECTRIC FIELD which, formed from a mattress base and a latex mattress , consisting of a mattress base manufactured in steamed beech wood laminate, varnished with 100% natural water-based varnish, and a mattress formed from a core of latex , made from a 100% natural emulsion of the resin of the Hevea brasiliensis tree, whipped and baked in a furnace at 120 degrees, with no chemical additives, which, furthermore, incorporates an anti-moisture ionising sheet made of 100% natural steamed and pressed coconut fibre, characterized in that it further comprises a central layer of rocks of pink salt and white quartz, and an antibacterial mesh of bamboo fibre; and in that said mattress also has a cover made with fabric comprising 70% cashmere and 30% organic cotton, with a filling which, at least, covers the upper part of the mattress with a thickness of around 4 cm, made in 100% natural wool which incorporates a fabric of organic graphite and silver and an aluminium plate connected to a device acting as earth connection.
An apparatus for cancelling a self-interference, SI, signal in a communication system supporting a full-duplex scheme, the apparatus comprising: a multi-path SI estimator configured to estimate an SI channel based on a reception signal; a pre-filtering unit configured to perform a pre-filtering operation on a transmission signal based on the estimated SI channel; analog SI cancellation, SIC, circuits configured to generate copied-SI signals based on the estimated SI channel and the pre-filtered transmission signal; and a digital SIC unit configured to cancel an SI signal based on the copied-SI signals, wherein the pre-filtering operation includes an operation for decreasing a number of SI signals, and wherein the pre-filtering unit is configured to acquire a pre-filter which is time reversal and complex conjugate of the estimated SI channel and is configured to perform the pre-filtering operation on the transmission signal based on the acquired pre-filter. a multi-path SI estimator configured to estimate an SI channel based on a reception signal; a pre-filtering unit configured to perform a pre-filtering operation on a transmission signal based on the estimated SI channel; analog SI cancellation, SIC, circuits configured to generate copied-SI signals based on the estimated SI channel and the pre-filtered transmission signal; and a digital SIC unit configured to cancel an SI signal based on the copied-SI signals, wherein the pre-filtering operation includes an operation for decreasing a number of SI signals, and wherein the pre-filtering unit is configured to acquire a pre-filter which is time reversal and complex conjugate of the estimated SI channel and is configured to perform the pre-filtering operation on the transmission signal based on the acquired pre-filter.
A method for converting a computer aided design, CAD, description of one or more buildings or civil infrastructure projects maintained in a file-based storage format to a relational database-based storage format to enable interoperability between CAD applications or versions thereof and to preserve human readable names and information relationships related to levels of the file-based storage format, despite the relational database-based storage format not intrinsically utilizing model-specific levels, the method comprising: accessing, by a CAD description converter executing on an electronic device from a source repository , an initial model graph in the file-based storage format, the initial model graph defining an ownership structure of models and including one or more root models related by attachments to one or more attached models that are owned thereby, wherein each model of the model graph represents at least a portion of the buildings or civil infrastructure projects and is associated with a respective spatial coordinate system that defines an arrangement of elements that describe individual units of the buildings or civil infrastructure projects of that model, and at least one of the attachments includes a spatial transform that relates a spatial coordinate systems used by the attached model to that of an owning model in the model graph, building, by the CAD description converter executing on the electronic device, an acyclic model graph from the initial model graph by: designating a root model from the one or more root models, and beginning from the designated root model, searching attachment paths in the initial model graph and mapping each model encountered into a model of the acyclic model graph that uses a single project coordinate system, by applying each spatial transform along the attachment path to the encountered model; and storing the models of the acyclic model graph that have been mapped to use the single project coordinate system to an output repository according to the relational database-based storage format, the output repository accessible to a CAD application executing on the electronic device or another electronic device. designating a root model from the one or more root models, and beginning from the designated root model, searching attachment paths in the initial model graph and mapping each model encountered into a model of the acyclic model graph that uses a single project coordinate system, by applying each spatial transform along the attachment path to the encountered model; and storing the models of the acyclic model graph that have been mapped to use the single project coordinate system to an output repository according to the relational database-based storage format, the output repository accessible to a CAD application executing on the electronic device or another electronic device.
A method for a Relay Node, RN, of a Donor evolved Node B, DeNB, for receiving interface connectivity information sent by the DeNB, comprising: the RN receiving an eNB configuration update message sent by the DeNB through an X2 interface; and the RN acquiring interface connectivity information between the DeNB and a neighbor eNB of the DeNB carried in said message; wherein the method also comprises following before acquiring the interface connectivity information between said DeNB and the neighbor eNB of the DeNB carried in said information: judging that the configuration information carried in the message is that of said neighbor eNB of said DeNB or that of said DeNB through whether it is carried with a global eNB ID IE, wherein the configuration update message of said DeNB carries a global eNB ID IE when the configuration update message carries configuration information of said neighbor eNB of said DeNB, and does not when the configuration update message carries configuration information of said DeNB. the RN receiving an eNB configuration update message sent by the DeNB through an X2 interface; and the RN acquiring interface connectivity information between the DeNB and a neighbor eNB of the DeNB carried in said message; wherein judging that the configuration information carried in the message is that of said neighbor eNB of said DeNB or that of said DeNB through whether it is carried with a global eNB ID IE, wherein the configuration update message of said DeNB carries a global eNB ID IE when the configuration update message carries configuration information of said neighbor eNB of said DeNB, and does not when the configuration update message carries configuration information of said DeNB.
A closing cap for a container , in particular for a container intended to contain pressurised beverages, comprising a lateral wall extending around an axis (Z) and a transversal wall positioned at one end of the lateral wall , a separating line being provided on the lateral wall to define a retaining ring , which extends as far as a free edge and is configured to internally engage with a locking ring of a neck of the container , and a closing element removably engageable with the neck, so as to open or close the container; the cap comprising an inner thread structure, positioned on the inside of the lateral wall of the closing element to engage with an outer thread structure of the neck and to removably couple the closing element to the neck of the container , the inner thread structure extending in a spiral around the axis (Z) and comprising at least two vent grooves which extend axially and interrupt the inner thread structure thereby defining first segments , near the transversal wall and second segments , over which the first segments are axially superposed; wherein each of the first segments extends angularly in a continuous way characterized in that at least one segment of the second segments is interrupted by a vent passage , to facilitate the discharge of the pressure.
A payload retrieval apparatus comprising: an extending member having an upper end and a lower end; a channel having a first end and a second end, the channel coupled to the extending member; a first extension that extends in a first direction from the first end of the channel, wherein the first extension is configured to direct a tether extending from a UAV toward the first end of the channel; wherein the second end of the channel has a payload holder (570; 572) positioned near the second end of the channel that is adapted to secure a payload; and wherein the payload retrieval apparatus is configured to allow payload retrieval without requiring the UAV to land. an extending member having an upper end and a lower end; a channel having a first end and a second end, the channel coupled to the extending member; a first extension that extends in a first direction from the first end of the channel, wherein the first extension is configured to direct a tether extending from a UAV toward the first end of the channel; wherein the second end of the channel has a payload holder (570; 572) positioned near the second end of the channel that is adapted to secure a payload; and wherein the payload retrieval apparatus is configured to allow payload retrieval without requiring the UAV to land.
An aerial work platform comprising: - a chassis , - optionally a turret mounted pivotably on the chassis, - a work platform , - a mechanism for lifting the work platform that is mounted on the chassis or where applicable on the turret, and - a control station arranged on the chassis or the turret , said control station comprising: ∘ manually actuated control members for controlling the lifting mechanism of the work platform and optionally the rotation of the turret, and ∘ a manually actuated validation member , the control members being inhibited in the absence of simultaneous actuation of the validation member, characterised in that the control station further comprises a gripping handle , the mutual arrangement of the validation member and of the gripping handle making it possible to hold the gripping handle and to simultaneously actuate the validation member with the same hand. - a chassis , - optionally a turret mounted pivotably on the chassis, - a work platform , - a mechanism for lifting the work platform that is mounted on the chassis or where applicable on the turret, and - a control station arranged on the chassis or the turret , said control station comprising: ∘ manually actuated control members for controlling the lifting mechanism of the work platform and optionally the rotation of the turret, and ∘ a manually actuated validation member , the control members being inhibited in the absence of simultaneous actuation of the validation member, ∘ manually actuated control members for controlling the lifting mechanism of the work platform and optionally the rotation of the turret, and ∘ a manually actuated validation member , the control members being inhibited in the absence of simultaneous actuation of the validation member,
A method of operating a communications device configured to transmit data to a wireless communications network via a wireless access interface, the method comprising operating in accordance with a configured grant, CG, mode of operation, the CG mode of operation comprising determining a sequence of time instances of uplink communications resources of the wireless access interface and transmitting signals to the wireless communications network in at least one instance of the sequence of time instances of uplink communications resources of the wireless access interface, transmitting uplink data to the wireless communications network in two or more instances of the sequence of time instances of uplink communications resources of the wireless access interface as a plurality of repetitions of the uplink data, and transmitting one or more of a plurality of versions of uplink control information, CG-UCI, associated with the uplink data to the wireless communications network, each version of CG-UCI being associated with a plurality of instances of the sequence of time instances of uplink communications resources of the wireless access interface, wherein the one or more transmitted versions of CG-UCI are each repeated a plurality of times during the transmission of the uplink data. operating in accordance with a configured grant, CG, mode of operation, the CG mode of operation comprising determining a sequence of time instances of uplink communications resources of the wireless access interface and transmitting signals to the wireless communications network in at least one instance of the sequence of time instances of uplink communications resources of the wireless access interface, transmitting uplink data to the wireless communications network in two or more instances of the sequence of time instances of uplink communications resources of the wireless access interface as a plurality of repetitions of the uplink data, and transmitting one or more of a plurality of versions of uplink control information, CG-UCI, associated with the uplink data to the wireless communications network, each version of CG-UCI being associated with a plurality of instances of the sequence of time instances of uplink communications resources of the wireless access interface, wherein the one or more transmitted versions of CG-UCI are each repeated a plurality of times during the transmission of the uplink data.
An apparatus comprising: a wave generator configured to simultaneously generate a plurality of acoustic waves that propagate through a laminate along a plurality of in-plane directions; a plurality of transducers spaced apart from one another and positionable at a known distance from the wave generator along respective in-plane directions, the transducers being configured to detect acoustic waves propagating through the laminate along the respective in-plane directions; and a processing device coupled to the transducers and configured to simultaneously calculate a plurality of elastic constants of the laminate as a function of velocities of the acoustic waves detected by the transducers , the processing device being configured to calculate the velocities as a function of the known distance and arrival times of the acoustic waves at the transducers , characterised by a support arm to which three transducers are affixed spaced apart from one another, the support arm being positionable to thereby position the transducers along respective ones of the 0°, 45° and 90° in-plane directions, and with the transducers positionable at an equal known distance from the wave generator. a wave generator configured to simultaneously generate a plurality of acoustic waves that propagate through a laminate along a plurality of in-plane directions; a plurality of transducers spaced apart from one another and positionable at a known distance from the wave generator along respective in-plane directions, the transducers being configured to detect acoustic waves propagating through the laminate along the respective in-plane directions; and a processing device coupled to the transducers and configured to simultaneously calculate a plurality of elastic constants of the laminate as a function of velocities of the acoustic waves detected by the transducers , the processing device being configured to calculate the velocities as a function of the known distance and arrival times of the acoustic waves at the transducers , characterised by a support arm to which three transducers are affixed spaced apart from one another, the support arm being positionable to thereby position the transducers along respective ones of the 0°, 45° and 90° in-plane directions, and with the transducers positionable at an equal known distance from the wave generator.