mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a computer processor and a computer storage device configured to: store an engine simulation model; incorporate an inferential sensor module into the engine simulation model; and calibrate one or more parameters for the inferential sensor module using engine measurement data and the engine simulation model such that a calibration of the engine simulation model is leveraged to calibrate the inferential sensor module, and such that a difference between an inferred signal predicted by the inferential sensor module and a signal measured on an engine is minimized. ; wherein the engine simulation model is calibrated using measured on-engine data, the on-engine data comprising model input signals and measurements of a plurality of engine properties; and wherein the computer processor is configured to calibrate the inferential sensor module when all inputs to the inferential sensor module are available via the engine measurement data but a subset of these inputs are replaced by signals predicted by the engine simulation model ; or wherein the computer processor is configured to calibrate the inferential sensor module when one or more inputs to the inferential sensor module are unavailable in the engine measurement data that is used for calibration of the inferential sensor module, and to receive signals predicted by the engine simulation model and to substitute the engine simulation model signals for the unavailable engine measurement data . store an engine simulation model; incorporate an inferential sensor module into the engine simulation model; and calibrate one or more parameters for the inferential sensor module using engine measurement data and the engine simulation model such that a calibration of the engine simulation model is leveraged to calibrate the inferential sensor module, and such that a difference between an inferred signal predicted by the inferential sensor module and a signal measured on an engine is minimized. ; wherein the engine simulation model is calibrated using measured on-engine data, the on-engine data comprising model input signals and measurements of a plurality of engine properties; and wherein the computer processor is configured to calibrate the inferential sensor module when all inputs to the inferential sensor module are available via the engine measurement data but a subset of these inputs are replaced by signals predicted by the engine simulation model ; or wherein the computer processor is configured to calibrate the inferential sensor module when one or more inputs to the inferential sensor module are unavailable in the engine measurement data that is used for calibration of the inferential sensor module, and to receive signals predicted by the engine simulation model and to substitute the engine simulation model signals for the unavailable engine measurement data .
A device to be connected to a network where connected devices share a ledger of transactions between them under the form of a main blockchain composed of blocks, each block containing a timestamp and a link to a previous block, such device comprising: a chain manager being configured to add forked chains extracted at the device before being discarded and overwritten by a miner to the main blockchain in order to build an enhanced blockchain and to store the enhanced blockchain in a chain database ; the device further comprising: a Proof-of-Knowledge, PoK, manager comprising: a PoK builder being configured to compute at least one PoK chain based at least on the enhanced blockchain , the PoK chain being composed of PoK blocks, each PoK block containing a timestamp and a link to a previous PoK block, a PoK database storing the PoK chain ; an authentication manager configured to receive an authentication request from an application or a device, the authentication request including at least one PoK , retrieve, from the PoK database , the at least one PoK chain corresponding to the application or device identified in the authentication request; send the at least one PoK included in the authentication request and the at least one PoK chain retrieved from the PoK database to an authentication validator , the authentication validator being configured to compute at least one PoK based on the at least one PoK chain retrieved from the PoK database , to compare it with the at least one PoK included in the authentication request, and if they match, to validate the authentication request. a PoK builder being configured to compute at least one PoK chain based at least on the enhanced blockchain , the PoK chain being composed of PoK blocks, each PoK block containing a timestamp and a link to a previous PoK block, a PoK database storing the PoK chain ; an authentication manager configured to receive an authentication request from an application or a device, the authentication request including at least one PoK , retrieve, from the PoK database , the at least one PoK chain corresponding to the application or device identified in the authentication request; send the at least one PoK included in the authentication request and the at least one PoK chain retrieved from the PoK database to an authentication validator , the authentication validator being configured to compute at least one PoK based on the at least one PoK chain retrieved from the PoK database , to compare it with the at least one PoK included in the authentication request, and if they match, to validate the authentication request.
Motor vehicle lock with a locking mechanism and a lock housing structure , a motorized drive arrangement for the motorized drive of at least one mechanical lock component, a control unit for the actuation of the drive arrangement , and an (in particular, capacitive) energy storage arrangement for the electric voltage supply of the drive arrangement and/or the control unit being provided in or on the lock housing structure , wherein the lock housing structure has an inner housing part which is fitted with the locking mechanism and the drive arrangement , a housing cover for closing an upper side of the inner housing part , and, between the inner housing part and the housing cover , a control housing part which is fitted with a planar control board of the control unit and the energy storage arrangement , in that the control housing part is assigned a leadframe which consists of leadframe lines and extends at least in sections along the board plane of the control board , and in that at least part of the drive arrangement is connected electrically via the leadframe lines of the leadframe to the control board .
A particulate monitoring assembly for coupling to a conduit line supporting fluid flow, the assembly comprising: a flowline to couple to the conduit line supporting the fluid flow through the assembly, the fluid including particulate ; a flow restriction within the flowline to intersect the fluid flow through the assembly ; and a detector for detecting a portion of the particulate impacting a face thereof, the detector positioned at a location that is adjacent the flow restriction and comprising a transducer located within a transducer housing that accommodates the face of the detector, the transducer physically coupled to the face to facilitate the detecting of the particulate , the face being isolated from direct mechanical coupling to the structure of the flowline ; wherein the transducer housing has an attenuating profile in the form of a ribbed profile for mitigating acoustical noise from another portion of the particulate impacting structure of the flowline . a flowline to couple to the conduit line supporting the fluid flow through the assembly, the fluid including particulate ; a flow restriction within the flowline to intersect the fluid flow through the assembly ; and a detector for detecting a portion of the particulate impacting a face thereof, the detector positioned at a location that is adjacent the flow restriction and comprising a transducer located within a transducer housing that accommodates the face of the detector, the transducer physically coupled to the face to facilitate the detecting of the particulate , the face being isolated from direct mechanical coupling to the structure of the flowline ; wherein the transducer housing has an attenuating profile in the form of a ribbed profile for mitigating acoustical noise from another portion of the particulate impacting structure of the flowline .
An inert gas generation system for a fuel tank comprises: a catalytic oxidation unit configured to receive and combust a first portion of fuel from the fuel tank to produce an inert gas; an inert gas line configured to receive the inert gas from the catalytic oxidation unit and direct the inert gas to the fuel tank , wherein a portion of the inert gas dissolves in fuel inside the fuel tank ; a cooling unit downstream of the catalytic oxidation unit , the cooling unit configured to cool the inert gas; characterized by a gas separator unit configured to receive a second portion of fuel from the fuel tank , wherein the second portion of fuel contains dissolved carbon dioxide, and wherein the gas separator unit is configured to remove the dissolved carbon dioxide from the second portion of the fuel, and wherein the gas separator unit is a vacuum pump or ejector or is a fuel stabilization unit. a catalytic oxidation unit configured to receive and combust a first portion of fuel from the fuel tank to produce an inert gas; an inert gas line configured to receive the inert gas from the catalytic oxidation unit and direct the inert gas to the fuel tank , wherein a portion of the inert gas dissolves in fuel inside the fuel tank ; a cooling unit downstream of the catalytic oxidation unit , the cooling unit configured to cool the inert gas; characterized by a gas separator unit configured to receive a second portion of fuel from the fuel tank , wherein the second portion of fuel contains dissolved carbon dioxide, and wherein the gas separator unit is configured to remove the dissolved carbon dioxide from the second portion of the fuel, and wherein the gas separator unit is a vacuum pump or ejector or is a fuel stabilization unit.
A polarisation converter (100; 200; 300; 400) comprising: a substrate ; a waveguide core provided on the substrate, the waveguide core having a top surface and a side surface ; and a sub-wavelength grating structure extending from the waveguide core, the sub-wavelength grating structure comprising a top section extending outwardly from the top surface of the waveguide core and a lateral section extending laterally from the side surface of the waveguide core and from the top section, wherein a lateral width of one of the top section and the lateral section reduces along a length of the waveguide core. a substrate ; a waveguide core provided on the substrate, the waveguide core having a top surface and a side surface ; and a sub-wavelength grating structure extending from the waveguide core, the sub-wavelength grating structure comprising a top section extending outwardly from the top surface of the waveguide core and a lateral section extending laterally from the side surface of the waveguide core and from the top section, wherein a lateral width of one of the top section and the lateral section reduces along a length of the waveguide core.
A tuft picker comprising a picking part comprising at least one picker eye with an opening in a working surface of the picking part and a bottom opposite of the opening ; a first cover tool (30.1), which comprises a hook (31.1) which is connected by a spacer to a main body and which is movable relative to the picker eye from a first position to a second position, wherein the hook (31.1) is located outside the picker eye in the first position of the cover tool (30.1) and is located in the second position of the cover tool (30.1) in such that it limits the picker eye characterized in that the tuft picker comprises a second cover tool (30.2) which comprises a hook (31.2) which is connected by a spacer to a main body and which is movable relative to the picker eye from a first position to a second position, wherein the hook (31.2) is located outside the picker eye in the first position of the cover tool (30.2) and is located in the second position of the cover tool (30.2) in such that it limits the picker eye ; wherein the first and the second cover tool (30.1, 30.2) are spaced by the picking part ; and wherein the hooks (31.1, 31.2) each comprise a first surface (32.1, 32.2) which form corresponds to the working surface of the picking part at the opening ; and wherein the hooks (31.1, 31.2) are located at identical positions relative to the picking part ; and wherein the hooks (31.1, 31.2) located in the second position limit the picker eye at the building line of the opening .
Mounting system for fastening a sanitary fitting, comprising a mounting frame having at least one hollow profile , the side walls of which define an internal space , and which frame has an end face at the end thereof, and having at least one bearing structure for mounting a sanitary fitting, and further comprising at least one fastening unit having a support element which includes a guide receptacle , and having a fastening tab which is mounted in the guide receptacle so as to be able to slide relative to the support element from a starting position into a mounting position, wherein the support element can be inserted in the internal space of the hollow profile , and wherein, in the mounting position, the fastening tab extends out of the guide receptacle and out of the internal space beyond the end face of the hollow profile . a mounting frame having at least one hollow profile , the side walls of which define an internal space , and which frame has an end face at the end thereof, and having at least one bearing structure for mounting a sanitary fitting, and further comprising at least one fastening unit having a support element which includes a guide receptacle , and having a fastening tab which is mounted in the guide receptacle so as to be able to slide relative to the support element from a starting position into a mounting position, wherein the support element can be inserted in the internal space of the hollow profile , and wherein, in the mounting position, the fastening tab extends out of the guide receptacle and out of the internal space beyond the end face of the hollow profile .
A method performed by a wireless device for reporting Channel State Information, CSI, the wireless device being comprised in a wireless communications system , the method comprising: - receiving a CSI process configuration and a request for CSI information from a network node ; characterized in that the method further comprises: - reporting CSI for one or more CSI processes in a subframe, n, wherein the CSI is determined such as to reflect the state of the channel for a CSI reference resource and wherein the CSI reference resource is determined to be n CQI_ref number of subframes prior to the subframe n and wherein n CQI_ref is based on the number of configured CSI-RS resources. - receiving a CSI process configuration and a request for CSI information from a network node ; - reporting CSI for one or more CSI processes in a subframe, n, wherein the CSI is determined such as to reflect the state of the channel for a CSI reference resource and wherein the CSI reference resource is determined to be n CQI_ref number of subframes prior to the subframe n and wherein n CQI_ref is based on the number of configured CSI-RS resources.
A medical cap to be used as an inner cap of a helmet for a scalp cooling device for cooling the human scalp and made up of a fabric body formed to cover a human head, the medical cap comprising: a main body including: a frontal region for covering the forehead including the brow, an occipital region for covering the occipital, and a nape region for covering the nape, and a left temporal piece and a right temporal piece connected to the main body ; characterized in that the left temporal piece and the right temporal piece are connected to the main body respectively to form rear end finlike protrusions , and cuts are formed between the rear end finlike protrusions and the nape region , and a hook-and-loop fastener is provided on a lining of the rear end portions on the left temporal piece and the right temporal piece , and is formed to be connectable to hook-and-loop fasteners provided opposing each other across the cut on left and right shell fabric in the nape region , to fit a user's head dimensions. a main body including: a frontal region for covering the forehead including the brow, an occipital region for covering the occipital, and a nape region for covering the nape, and a frontal region for covering the forehead including the brow, an occipital region for covering the occipital, and a nape region for covering the nape, and a left temporal piece and a right temporal piece connected to the main body ; characterized in that the left temporal piece and the right temporal piece are connected to the main body respectively to form rear end finlike protrusions , and cuts are formed between the rear end finlike protrusions and the nape region , and a hook-and-loop fastener is provided on a lining of the rear end portions on the left temporal piece and the right temporal piece , and is formed to be connectable to hook-and-loop fasteners provided opposing each other across the cut on left and right shell fabric in the nape region , to fit a user's head dimensions.
A downlink control information reception method, wherein the method comprises: determining, by a terminal device, a first resource set based on M resource subsets into which target resources are divided, wherein the target resources are consecutive in frequency domain, at least two of the M resource subsets do not overlap in frequency domain, and each resource subset comprises at least one control channel bearing resource unit, M is an integer, and M ≥ 2; the first resource set comprises N control channel bearing resource units, at least two of the N control channel bearing resource units belong to different resource subsets, and at least two of the N control channel bearing resource units are inconsecutive in frequency domain, N ≥ 2; wherein each of the N control channel bearing resource units includes at least two resource element groups, REGs, at least two REGs included in each control channel bearing resource unit are consecutive in frequency domain, each REG comprises a plurality of resource elements, REs; and receiving (S240), by the terminal device, downlink control information sent by a network device on the first resource set. determining, by a terminal device, a first resource set based on M resource subsets into which target resources are divided, wherein the target resources are consecutive in frequency domain, at least two of the M resource subsets do not overlap in frequency domain, and each resource subset comprises at least one control channel bearing resource unit, M is an integer, and M ≥ 2; the first resource set comprises N control channel bearing resource units, at least two of the N control channel bearing resource units belong to different resource subsets, and at least two of the N control channel bearing resource units are inconsecutive in frequency domain, N ≥ 2; wherein each of the N control channel bearing resource units includes at least two resource element groups, REGs, at least two REGs included in each control channel bearing resource unit are consecutive in frequency domain, each REG comprises a plurality of resource elements, REs; and wherein the target resources are consecutive in frequency domain, at least two of the M resource subsets do not overlap in frequency domain, and each resource subset comprises at least one control channel bearing resource unit, M is an integer, and M ≥ 2; the first resource set comprises N control channel bearing resource units, at least two of the N control channel bearing resource units belong to different resource subsets, and at least two of the N control channel bearing resource units are inconsecutive in frequency domain, N ≥ 2; wherein each of the N control channel bearing resource units includes at least two resource element groups, REGs, at least two REGs included in each control channel bearing resource unit are consecutive in frequency domain, each REG comprises a plurality of resource elements, REs; and receiving (S240), by the terminal device, downlink control information sent by a network device on the first resource set.
Off-line radio thermometer for temperature measurement in a body opening for long-term use with a hermetically sealed, into the body opening insertable, essentially stiff plastic capsule, containing a coin cell battery and as electronic components: (a) a single-chip computer; (b) a semiconductor temperature sensor ; (c) a communication unit for signal transmission; (d) a data storage; where the temperature sensor and the communication unit can be controlled via the temperature, so that the activation of the radio thermometer for recording a series of temperature measurements is induced starting from a idle state by the insertion into the body opening and the resulting temperature increase to a physiological value, and involves the automatic detection of the extraction from the body opening with the two central consequences that 1.) the measurement series is completed and 2.) a data transmission is initiated, characterized in that the communication unit is configured for signal transmission according to the BLE standard, and the radio thermometer designed is for measuring, storing and transmitting of incremental or decremental temperature values, and where the increments or decrements are related to a base value or to the immediately preceding value. (a) a single-chip computer; (b) a semiconductor temperature sensor ; (c) a communication unit for signal transmission; (d) a data storage; where the temperature sensor and the communication unit can be controlled via the temperature, so that the activation of the radio thermometer for recording a series of temperature measurements is induced starting from a idle state by the insertion into the body opening and the resulting temperature increase to a physiological value, and involves the automatic detection of the extraction from the body opening with the two central consequences that 1.) the measurement series is completed and 2.) a data transmission is initiated, characterized in that the communication unit is configured for signal transmission according to the BLE standard, and the radio thermometer designed is for measuring, storing and transmitting of incremental or decremental temperature values, and where the increments or decrements are related to a base value or to the immediately preceding value.
A base frame for a reach truck comprising • a wheel arm assembly comprising two wheel arms , which each have a load wheel mount on their rear ends, and • a counterweight made of cast iron, which is arranged on a front end of the wheel arms and is connected to the wheel arm assembly by a number of bolt connections, wherein • a first subset of the bolt connections each has a longitudinal direction that is aligned in a first direction, characterized in that • a second subset of the bolt connections each has a longitudinal direction that is aligned in a second direction which is different from the first direction. • a wheel arm assembly comprising two wheel arms , which each have a load wheel mount on their rear ends, and • a counterweight made of cast iron, which is arranged on a front end of the wheel arms and is connected to the wheel arm assembly by a number of bolt connections, wherein • a first subset of the bolt connections each has a longitudinal direction that is aligned in a first direction, characterized in that • a second subset of the bolt connections each has a longitudinal direction that is aligned in a second direction which is different from the first direction.