mhurhangee/patent-ind-claim-en huggingface dataset:
Method of assessing rotor temperature (Tpm) during operation of a permanent magnet synchronous machine , in particular multiple winding set machine, comprising a stator having at least one winding set , in particular multiple winding sets, the method comprising: providing (eq. ), as a flux model, temperature dependent reference flux linkage values (psi*(T1pm,Is), 97) for different rotor temperature values (T1pm) and multiple current values (Is) of an operating winding set ; measuring an actual rotor temperature value (T1pm); measuring an actual stator temperature value (T1 stator ,91); measuring an actual current value (Is) of an operating winding set; deriving (eq. or or ) a reference flux linkage value (psi * , 97) for the measured actual rotor temperature value and the measured actual stator temperature value and the measured actual current value of the operating winding set using the flux model; obtaining a voltage value (Vabc, Vdq*, 103) related to at least one winding set; deriving (eq. or ) an estimated flux linkage value (psi^, 107) based on the obtained voltage value , in particular further based on current values and/or machine parameters; deriving (eq. ) a rotor temperature offset based on the difference between the reference flux linkage value for the measured actual rotor temperature value and the estimated flux linkage value ; and assessing the rotor temperature based on the rotor temperature offset, in particular the rotor hotspot temperature. providing (eq. ), as a flux model, temperature dependent reference flux linkage values (psi*(T1pm,Is), 97) for different rotor temperature values (T1pm) and multiple current values (Is) of an operating winding set ; measuring an actual rotor temperature value (T1pm); measuring an actual stator temperature value (T1 stator ,91); measuring an actual current value (Is) of an operating winding set; deriving (eq. or or ) a reference flux linkage value (psi * , 97) for the measured actual rotor temperature value and the measured actual stator temperature value and the measured actual current value of the operating winding set using the flux model; obtaining a voltage value (Vabc, Vdq*, 103) related to at least one winding set; deriving (eq. or ) an estimated flux linkage value (psi^, 107) based on the obtained voltage value , in particular further based on current values and/or machine parameters; deriving (eq. ) a rotor temperature offset based on the difference between the reference flux linkage value for the measured actual rotor temperature value and the estimated flux linkage value ; and assessing the rotor temperature based on the rotor temperature offset, in particular the rotor hotspot temperature.
An aircraft configured to provide a signal (S) used to issue audible and/or visual output inviting passengers to fasten seat belts , the aircraft having at least one aircraft passenger seat comprising a restraint system , comprising a restraint belt and a belt retractor for winding up the restraint belt and allowing the restraint belt to be extracted, further comprising a blocking device for blocking the belt retractor such that the restraint belt cannot be extracted, characterized in that the blocking device is connected to the signal (S) used to issue audible and/or visual output inviting passengers to fasten seat belts , wherein the blocking device is configured to interact with the seat belt retractor such that the seat belt retractor prevents further extraction of the seat belt while the signal (S) is active.
A display device for a vehicle, comprising: a first frame ; a second frame configured to be movable in a first direction with respect to the first frame ; a roller rotatably coupled to the second frame , the roller being configured to move in the first direction according to a movement of the second frame ; and a flexible display configured to be partially wound around the roller and to be bent by the roller , the flexible display comprising one end portion secured to the first frame , characterized in that the first frame is securable to a dashboard of the vehicle, and wherein a front surface of the flexible display defines an area exposed to the outside of the dashboard that is configured to increase based on an increase of a distance between the first frame and the roller . a first frame ; a second frame configured to be movable in a first direction with respect to the first frame ; a roller rotatably coupled to the second frame , the roller being configured to move in the first direction according to a movement of the second frame ; and a flexible display configured to be partially wound around the roller and to be bent by the roller , the flexible display comprising one end portion secured to the first frame , characterized in that the first frame is securable to a dashboard of the vehicle, and wherein a front surface of the flexible display defines an area exposed to the outside of the dashboard that is configured to increase based on an increase of a distance between the first frame and the roller .
A feeder trace log saving system for saving trace logs of multiple feeders that are configured to supply components to a component mounter and are removably set on a feeder setting table of the component mounter , the feeder trace log saving system comprising: a shared trace memory configured to save the trace logs of the multiple feeders , wherein the shared trace memory is provided in the feeder setting table ; and a communication control section provided in the feeder setting table , wherein the communication control section is configured to control communication between the component mounter and the multiple feeders , wherein each of the multiple feeders comprises a respective control section configured to output the trace log of the feeder to the communication control section while the component mounter is operating, and the communication control section is configured to save the trace log in the trace memory linked to identification information of the feeder , and the trace memory is a rewritable non-volatile storage medium. a shared trace memory configured to save the trace logs of the multiple feeders , wherein the shared trace memory is provided in the feeder setting table ; and a communication control section provided in the feeder setting table , wherein the communication control section is configured to control communication between the component mounter and the multiple feeders , wherein each of the multiple feeders comprises a respective control section configured to output the trace log of the feeder to the communication control section while the component mounter is operating, and the communication control section is configured to save the trace log in the trace memory linked to identification information of the feeder , and the trace memory is a rewritable non-volatile storage medium.
Method (Pcd) for transmitting data from an electronic device (AE) to an electronic watch (MT), including the following steps: - emitting (Pcd_Em1) a first sequence of light signals with a first light source (SL) of the electronic device (AE), each signal having a light-intensity level belonging to a set of at least four light-intensity levels, said sequence corresponding to a code of the data to be transmitted; - emitting (Pcd_Em2) a second sequence of light signals at two intensity levels corresponding to clock phases, simultaneously to the step (Pcd_Em1) of emitting the sequence of light signals corresponding to the data to be transmitted, with a second light source (SL) of the electronic device (AE); - detecting (Pcd_Det1) successive light-intensity levels with a first phototransistor (PR) of the watch (MT), so as to reconstitute the first sequence of data; - detecting (Pcd_Det2) a succession of the two light-intensity levels with a second phototransistor of the watch (MT), so as to reconstitute the clock, the two sequences of light signals being emitted at two distinct wavelengths; and - decoding (Pcd_Dec) the sequence of data by means of the sequence of clock phases, in order to reconstitute the data. - emitting (Pcd_Em1) a first sequence of light signals with a first light source (SL) of the electronic device (AE), each signal having a light-intensity level belonging to a set of at least four light-intensity levels, said sequence corresponding to a code of the data to be transmitted; - emitting (Pcd_Em2) a second sequence of light signals at two intensity levels corresponding to clock phases, simultaneously to the step (Pcd_Em1) of emitting the sequence of light signals corresponding to the data to be transmitted, with a second light source (SL) of the electronic device (AE); - detecting (Pcd_Det1) successive light-intensity levels with a first phototransistor (PR) of the watch (MT), so as to reconstitute the first sequence of data; - detecting (Pcd_Det2) a succession of the two light-intensity levels with a second phototransistor of the watch (MT), so as to reconstitute the clock, the two sequences of light signals being emitted at two distinct wavelengths; and - decoding (Pcd_Dec) the sequence of data by means of the sequence of clock phases, in order to reconstitute the data.
A pharmaceutical composition for use in treating or preventing inflammatory colitis, wherein said composition comprises, as an active ingredient, a peptide represented by any one amino acid sequence selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 8.
An apparatus for processing a blur, comprising a Time of Flight ToF camera, the apparatus comprising: a control unit to generate a plurality of control signals having four different phases with a phase difference of 90 degrees from each other; a sensor unit to integrate, based on the generated control signals, electrons generated by a reflected light signal corresponding to a radiated light signal reflected and returned from an object to obtain four quantities Q1, Q2, Q3 and Q4 of electric charges light-received by the reflected light signal, quantity of electric charges Q1 and Q2 being defined by a first pair of the plurality of control signals with a 180 degrees phase difference and Q3 and Q4 being defined by another pair of the plurality of control signals with a 180 degrees phase difference, wherein the apparatus further comprises: a blur determining unit , characterized in that : the blur determining unit is configured to store, in advance, reference electric charge quantity relationship information in the form of a diamond shaped graph expressing the relationship between a first difference value corresponding to a difference between quantities Q1 and Q2 and a second difference value corresponding to a difference between quantities Q3 and Q4, indicating a reference relationship between quantities of electric charges in a case in which a blur is absent; and wherein the blur determining unit is configured to compare a relationship between the obtained quantities of electric charges with the reference relationship to determine whether a blur occurs in an image acquired through the ToF camera. a control unit to generate a plurality of control signals having four different phases with a phase difference of 90 degrees from each other; a sensor unit to integrate, based on the generated control signals, electrons generated by a reflected light signal corresponding to a radiated light signal reflected and returned from an object to obtain four quantities Q1, Q2, Q3 and Q4 of electric charges light-received by the reflected light signal, quantity of electric charges Q1 and Q2 being defined by a first pair of the plurality of control signals with a 180 degrees phase difference and Q3 and Q4 being defined by another pair of the plurality of control signals with a 180 degrees phase difference, the blur determining unit is configured to store, in advance, reference electric charge quantity relationship information in the form of a diamond shaped graph expressing the relationship between a first difference value corresponding to a difference between quantities Q1 and Q2 and a second difference value corresponding to a difference between quantities Q3 and Q4, indicating a reference relationship between quantities of electric charges in a case in which a blur is absent; and wherein the blur determining unit is configured to compare a relationship between the obtained quantities of electric charges with the reference relationship to determine whether a blur occurs in an image acquired through the ToF camera.
A system for measuring a property of fluid in an earth formation , the system comprising: a downhole tool disposed in a borehole and configured to be movable within the borehole ; a nuclear magnetic resonance, NMR, measurement device including a transmitter configured to emit a first pulse train with a long wait time (TW L ) and a second pulse train with a short wait time (TWs) that is different than TW L into the earth formation and a detector configured to detect a TW L echo train and a TWs echo train resulting from the first and second pulse trains, respectively; characterized in that it comprises a processor configured to determine a T1 relaxation time for the fluid in the earth formation based on the TW L and TWs echo trains and a speed of axial motion of the downhole tool and to perform a computation of the property of the fluid in the earth formation based on the determined T1 relaxation time. a downhole tool disposed in a borehole and configured to be movable within the borehole ; a nuclear magnetic resonance, NMR, measurement device including a transmitter configured to emit a first pulse train with a long wait time (TW L ) and a second pulse train with a short wait time (TWs) that is different than TW L into the earth formation and a detector configured to detect a TW L echo train and a TWs echo train resulting from the first and second pulse trains, respectively; characterized in that it comprises a processor configured to determine a T1 relaxation time for the fluid in the earth formation based on the TW L and TWs echo trains and a speed of axial motion of the downhole tool and to perform a computation of the property of the fluid in the earth formation based on the determined T1 relaxation time.
Method for fragmenting and/or weakening of pourable material by means of high-voltage discharges, comprising the steps of: a) providing a high-voltage electrode assembly , which is assigned to a high-voltage generator by means of which it is chargeable with high-voltage pulses; b) guiding of a material flow of pourable material , immersed in a process liquid , past the high-voltage electrode assembly ; and c) producing of high-voltage punctures through the material flow during the guiding thereof past the high-voltage electrode assembly by means of charging of the high-voltage electrode assembly with high-voltage pulses, characterized in that the zone of the material flow in which high-voltage punctures through the material of the material flow are produced as viewed in a guiding-past direction (S) is laterally delimited by substantially unmoved zones of the same material . a) providing a high-voltage electrode assembly , which is assigned to a high-voltage generator by means of which it is chargeable with high-voltage pulses; b) guiding of a material flow of pourable material , immersed in a process liquid , past the high-voltage electrode assembly ; and c) producing of high-voltage punctures through the material flow during the guiding thereof past the high-voltage electrode assembly by means of charging of the high-voltage electrode assembly with high-voltage pulses,
A computer implemented method for automatically validating a spatial topology dataset comprising a plurality of topological features each having a geometry, the spatial topology dataset representing a geographic area, the method comprising: decomposing the geometries of the topological features within the spatial topology dataset into individual line vectors; populating a first index in a first database structure with the individual line vectors; performing validation queries on the first database structure in order to locate one or more topological errors in the dataset, wherein a line vector of a topological feature is validated if the line vector at least partially matches a line vector of an adjacent topological feature such that the topological features share a common boundary, the remaining line vectors being identified as one or more topological errors; identifying one or more line vectors representative of an edge of the geographic area, and removing said line vectors from the first database structure ; and updating the spatial topology dataset to correct the one or more topological errors in the first database structure . decomposing the geometries of the topological features within the spatial topology dataset into individual line vectors; populating a first index in a first database structure with the individual line vectors; performing validation queries on the first database structure in order to locate one or more topological errors in the dataset, wherein a line vector of a topological feature is validated if the line vector at least partially matches a line vector of an adjacent topological feature such that the topological features share a common boundary, the remaining line vectors being identified as one or more topological errors; identifying one or more line vectors representative of an edge of the geographic area, and removing said line vectors from the first database structure ; and updating the spatial topology dataset to correct the one or more topological errors in the first database structure .
A method performed by a wireless device in a wireless communication system, the method comprising: receiving information on an offset between a synchronization signal, SS, block and a system bandwidth from a network through the SS block; determining a physical resource block, PRB, index of the system bandwidth based on the information on the offset; receiving a transmission of a reference signal from the network; and receiving data from the network via a bandwidth specified to the wireless device based on the reference signal, wherein, in case the data comprises remaining minimum system information, RMSI, the reference signal is processed for the transmission based on a PRB indexing for a partial frequency region in the system bandwidth, and wherein, in case the data excludes the RMSI, the reference signal is processed for the transmission based on a PRB indexing for the system bandwidth. receiving information on an offset between a synchronization signal, SS, block and a system bandwidth from a network through the SS block; determining a physical resource block, PRB, index of the system bandwidth based on the information on the offset; receiving a transmission of a reference signal from the network; and receiving data from the network via a bandwidth specified to the wireless device based on the reference signal, wherein, in case the data comprises remaining minimum system information, RMSI, the reference signal is processed for the transmission based on a PRB indexing for a partial frequency region in the system bandwidth, and wherein, in case the data excludes the RMSI, the reference signal is processed for the transmission based on a PRB indexing for the system bandwidth.
A method of transmitting a Scheduling Assignment, SA, intended for a second Component Carrier, CC, in a communication system using carrier aggregation and including multiple CCs implemented in a base station, a User Equipment, UE, configured with a first CC and a second CC from among multiple CCs, and the base station for transmitting separate SAs to the UE using Control Channel Elements, CCEs, in a Physical Downlink Control Channel, PDCCH, the method executed in the base station and comprising the steps of: transmitting a first SA intended for the first CC using a first set of CCEs; and transmitting a second SA intended for the second CC using a second set of CCEs, wherein a location of a second CCE included in the second set of CCEs is determined by using a pseudo-random function, the arguments of which are a sub-frame number, a CC number, and the UE ID. transmitting a first SA intended for the first CC using a first set of CCEs; and transmitting a second SA intended for the second CC using a second set of CCEs, wherein a location of a second CCE included in the second set of CCEs is determined by using a pseudo-random function, the arguments of which are a sub-frame number, a CC number, and the UE ID.
A pressurized air supply unit of an air-jet cooling device cooling an outer turbine casing (C) of a turbomachine, this unit comprising an air delivery elbow duct and a body delimiting an enclosure , this body having an external wall and an internal wall opposite to each other extending along an axial direction (D A ), the internal wall of the body being provided with a plurality of air ejection perforations , the respective longitudinal edges of the two internal and external walls of the body meeting to define a first series of outlet ducts located on a first longitudinal side of the body and a second series of an identical number of outlet ducts located on a second longitudinal side of the body, each outlet duct being provided with an outlet opening configured to be connected to a cooling manifold of the cooling device , said air delivery elbow duct having an internal portion , an opposite external portion and two lateral portions , each lateral portion joining the internal portion to the external portion , characterized in that this unit is unitary, in that said air delivery elbow duct is connected to the external wall of the body so that its outlet mouth opens out into said enclosure and that its internal portion is located opposite the part of the external wall of the body which extends towards the first side of said body, and in that the unit comprises at least one air distribution partition disposed in the outlet mouth of the air delivery duct , this air distribution partition joining the inner face of the internal portion of the air delivery elbow duct to the inner face of the external portion of the air delivery elbow duct.
A dilatation device including: a support ; at least one inflatable tube wound helically around the support and connected to the support at or near the axial ends of the inflatable tube, the inflatable tube defining a series of inflatable zones along its length, with successive inflatable zones spaced by an intermediate zone that is more resistive to radial expansion than the inflatable zones; the inflatable tube defining a fluid inlet for: (i) introducing fluid into the inflatable tube to inflate the inflatable zones; and (ii) extracting fluid from the inflatable tube to deflate the inflatable tube, with each inflatable zone being in fluid communication with its successive inflatable zones via the intermediate zones, characterised in that the axial critical buckling load of the inflatable zones is less than the radial critical buckling load of the inflatable zones, to cause the inflatable zones to concertina axially when the inflatable tube is depressurized, thereby causing the intermediate zones to displace towards each other. a support ; at least one inflatable tube wound helically around the support and connected to the support at or near the axial ends of the inflatable tube, the inflatable tube defining a series of inflatable zones along its length, with successive inflatable zones spaced by an intermediate zone that is more resistive to radial expansion than the inflatable zones; the inflatable tube defining a fluid inlet for: (i) introducing fluid into the inflatable tube to inflate the inflatable zones; and (ii) extracting fluid from the inflatable tube to deflate the inflatable tube, with each inflatable zone being in fluid communication with its successive inflatable zones via the intermediate zones, (i) introducing fluid into the inflatable tube to inflate the inflatable zones; and (ii) extracting fluid from the inflatable tube to deflate the inflatable tube,