mhurhangee/patent-ind-claim-en huggingface dataset:
A decoder for decoding a signal received through a transmission channel in a MIMO communication system, said received signal carrying information symbols selected from a given set of values and being associated with a received signal vector, said transmission channel being represented by a channel matrix, wherein said decoder comprises: - a sub-block division unit configured to divide the received signal vector into a set of sub-blocks in correspondence with a division of a matrix related to said channel matrix ; - a candidate set estimation unit for recursively determining candidate estimates for each sub-block, each estimate of a given sub-block being determined from at least one candidate estimate of the previously processed sub-blocks, wherein said candidate set estimation unit is configured to determine a set of candidate estimates for each sub-block by applying at least one iteration of a decoding algorithm using the estimates determined for the previously processed sub-blocks, the number of candidate estimates determined for said sub-block being strictly inferior to the cardinal of said given set of values from which the information symbols are selected, the decoder further comprising a signal estimation unit for calculating an estimate of the transmitted signal from said candidate estimates determined for said sub-blocks. - a sub-block division unit configured to divide the received signal vector into a set of sub-blocks in correspondence with a division of a matrix related to said channel matrix ; - a candidate set estimation unit for recursively determining candidate estimates for each sub-block, each estimate of a given sub-block being determined from at least one candidate estimate of the previously processed sub-blocks, wherein said candidate set estimation unit is configured to determine a set of candidate estimates for each sub-block by applying at least one iteration of a decoding algorithm using the estimates determined for the previously processed sub-blocks, the number of candidate estimates determined for said sub-block being strictly inferior to the cardinal of said given set of values from which the information symbols are selected, the decoder further comprising a signal estimation unit for calculating an estimate of the transmitted signal from said candidate estimates determined for said sub-blocks.
Actuating device for the mechanical actuation of a component of a machine, - comprising a housing which has a first housing part made of plastic and a second housing part , - comprising an electric motor arranged in the second housing part which projects at least with its drive shaft axially into the first housing part for driving an actuator arranged on the outside of the housing for coupling to the component to be actuated, - comprising a cooling channel formed in the second housing part , through which a coolant can flow, which is fluidically connected to a coolant inlet connection provided on the outside of the housing and a coolant outlet connection provided on the outside of the housing , - comprising an electronic system arranged in the first housing part , - comprising an axial recess formed at least in the region of the electronic system on the first housing part , - comprising an axial heat-conducting elevation provided on the second housing part which extends at least in the region of the electronic system axially into the recess . - comprising a housing which has a first housing part made of plastic and a second housing part , - comprising an electric motor arranged in the second housing part which projects at least with its drive shaft axially into the first housing part for driving an actuator arranged on the outside of the housing for coupling to the component to be actuated, - comprising a cooling channel formed in the second housing part , through which a coolant can flow, which is fluidically connected to a coolant inlet connection provided on the outside of the housing and a coolant outlet connection provided on the outside of the housing , - comprising an electronic system arranged in the first housing part , - comprising an axial recess formed at least in the region of the electronic system on the first housing part , - comprising an axial heat-conducting elevation provided on the second housing part which extends at least in the region of the electronic system axially into the recess .
An antenna device comprising: a magnetic core ; a bobbin having first and second ends opposite to each other, and housing the core ; and a coil of wire wound around the bobbin , and a terminal mounting part , to which a terminal (60A, 60A1, 60A2, 60B, 60B1, 60B2, 60B3) is attachable, that is provided at the first end of the bobbin, wherein the coil includes: a tight winding portion at the first end of the bobbin ; and a loose winding portion at the second end of the bobbin , wherein a winding density of the tight winding portion is greater than a winding density of the loose winding portion , wherein the tight winding portion is located closer to the terminal mounting part than is the loose winding portion ; and wherein, the loose winding portion includes a double layer along a first part of the bobbin , the double layer including a lower layer of turns formed of a first winding layer wrapped in a first direction and an upper layer of turns formed of a second winding layer wrapped in a second direction crossing the lower layer of turns; and wherein the bobbin is a bobbin that is capable of forming the tight winding portion and the loose winding portion. a magnetic core ; a bobbin having first and second ends opposite to each other, and housing the core ; and a coil of wire wound around the bobbin , and a terminal mounting part , to which a terminal (60A, 60A1, 60A2, 60B, 60B1, 60B2, 60B3) is attachable, that is provided at the first end of the bobbin, wherein the coil includes: a tight winding portion at the first end of the bobbin ; and a loose winding portion at the second end of the bobbin , a tight winding portion at the first end of the bobbin ; and a loose winding portion at the second end of the bobbin , wherein a winding density of the tight winding portion is greater than a winding density of the loose winding portion , wherein the tight winding portion is located closer to the terminal mounting part than is the loose winding portion ; and wherein, the loose winding portion includes a double layer along a first part of the bobbin , the double layer including a lower layer of turns formed of a first winding layer wrapped in a first direction and an upper layer of turns formed of a second winding layer wrapped in a second direction crossing the lower layer of turns; and wherein the bobbin is a bobbin that is capable of forming the tight winding portion and the loose winding portion.
A terminal device for use with a wireless telecommunications system , the terminal device comprising a transceiver and a controller , wherein: the controller is configured: to control the transceiver to receive a first signal from infrastructure equipment of the wireless telecommunications system or to transmit a first signal to the infrastructure equipment during one or more of a plurality of predetermined time periods, the controller being configured to control the transceiver to transmit or receive the first signal during the one or more of the plurality of predetermined time periods in response to determining that one or more second signals indicating, respectively, that the one or more of the plurality of predetermined time periods should be used for the reception or transmission of the first signal have been received by the transceiver ; to determine a characteristic associated with the one or more second signals; and to control the transceiver to receive a third signal from the infrastructure equipment or to transmit a third signal to the infrastructure equipment , the third signal comprising information on the basis of which it is determinable whether or not a predetermined condition associated with the characteristic associated with the one or more second signals has been met, the predetermined condition having been met indicating a discrepancy in the number of second signals transmitted by the infrastructure equipment and the number of second signals received by the terminal device . to control the transceiver to receive a first signal from infrastructure equipment of the wireless telecommunications system or to transmit a first signal to the infrastructure equipment during one or more of a plurality of predetermined time periods, the controller being configured to control the transceiver to transmit or receive the first signal during the one or more of the plurality of predetermined time periods in response to determining that one or more second signals indicating, respectively, that the one or more of the plurality of predetermined time periods should be used for the reception or transmission of the first signal have been received by the transceiver ; to determine a characteristic associated with the one or more second signals; and to control the transceiver to receive a third signal from the infrastructure equipment or to transmit a third signal to the infrastructure equipment , the third signal comprising information on the basis of which it is determinable whether or not a predetermined condition associated with the characteristic associated with the one or more second signals has been met, the predetermined condition having been met indicating a discrepancy in the number of second signals transmitted by the infrastructure equipment and the number of second signals received by the terminal device .
Method for managing the state of charge of a battery of electric accumulators of a hybrid motor vehicle comprising at least one battery of electric accumulators and a combustion engine, said method comprising: - a step of receiving a state of charge (SOC) value of said battery, - a step of comparing said state of charge (SOC) value with a minimum threshold value (SOC MIN ); the method further comprising a succession of steps of activation of charging means capable of increasing said state of charge (SOC) value of the battery, each activation step being implemented, when said state of charge (SOC) value is lower than said minimum threshold value (SOC MIN ), according to an estimate of an amount of energy accumulated (NRJ_bat) by the battery since the activation of the charging means activated in the preceding activation step , the method being characterized in that two implementations of two successive activation steps are spaced apart by a predefined charging duration in order to allow the battery to accumulate an amount of energy (NRJ_bat) subsequent to the activation of the last charging means activated, the second activation step activates a second charging means comprising the lowering of a minimum speed threshold value for the coupling of the combustion engine to the wheels and/or the authorization of degraded operating modes of the combustion engine, the first activation step activating a first charging means comprising the increasing of an authorized charging level of the battery, the third activation step activating a third charging means comprising a gradual limiting of a parameter controlling the discharging performance of the battery until this parameter reaches a minimum discharging performance threshold value. - a step of receiving a state of charge (SOC) value of said battery, - a step of comparing said state of charge (SOC) value with a minimum threshold value (SOC MIN );
A motor comprising a rotor (130; 500) comprising a plurality of magnets (132; 540) and a plurality of rotor cores (131; 520); and a stator (120; 600) disposed outside the rotor (130; 500), wherein the stator (120; 600) comprises a yoke and a plurality of teeth protruding from the yoke toward the rotor (130; 500), each rotor core (131; 520) comprising a first side surface facing the stator (120; 600), each of the teeth comprising a second side surface opposite to the first side surface , and wherein the curvature of the second side surface is smaller than the curvature of the first side surface , wherein a distance from the center of the first side surface to the second side surface in a radial direction is D1 and a distance from an edge of the first side surface to the second side surface in the radial direction is D2, and D1 and D2 are different from each other, wherein a curvature of an imaginary circle C1 connecting each end facing the rotor of the plurality of teeth is the same as a curvature of an outer circumference of the body of the rotor (130; 500), characterized in that an opening is provided between the plurality of teeth to form an interval therebetween, the opening having a width of K in the circumferential direction, and satisfying 1.3mm ≤ K ≤ 1.5mm, and K has a value of D2/D1. the stator (120; 600) comprises a yoke and a plurality of teeth protruding from the yoke toward the rotor (130; 500), each rotor core (131; 520) comprising a first side surface facing the stator (120; 600), each of the teeth comprising a second side surface opposite to the first side surface , and wherein the curvature of the second side surface is smaller than the curvature of the first side surface , wherein a distance from the center of the first side surface to the second side surface in a radial direction is D1 and a distance from an edge of the first side surface to the second side surface in the radial direction is D2, and D1 and D2 are different from each other, wherein a curvature of an imaginary circle C1 connecting each end facing the rotor of the plurality of teeth is the same as a curvature of an outer circumference of the body of the rotor (130; 500), characterized in that an opening is provided between the plurality of teeth to form an interval therebetween, the opening having a width of K in the circumferential direction, and satisfying 1.3mm ≤ K ≤ 1.5mm, and K has a value of D2/D1.
A hot stamped article, having a chemical composition comprising, by mass%, C: 0.35% to 0.75%, Si: 0.005% to 0.25%, Mn: 0.5% to 3.0%, sol. Al: 0.0002% to 3.0%, Cr: 0.05% to 1.00%, B: 0.0005% to 0.010%, Nb: 0.01% to 0.15%, Mo: 0.005% to 1.00%, Ti: 0% to 0.15%, Ni: 0% to 3.00%, P: 0.10% or less, S: 0.10% or less, N: 0.010% or less and a balance of Fe and unavoidable impurities, microstructures in which at least one of lower bainite, martensite, and tempered martensite are contained with an area rate of 90% or more, which is determined in accordance with the description, and when the <011> direction of the crystal grains of the lower bainite, martensite, and tempered martensite is a rotational axis, a ratio of a length of grain boundaries with a rotational angle 15° or more to a length of grain boundaries with a rotational angle of 5° to 75°, which is determined in accordance with the description, is 80% or more. C: 0.35% to 0.75%, Si: 0.005% to 0.25%, Mn: 0.5% to 3.0%, sol. Al: 0.0002% to 3.0%, Cr: 0.05% to 1.00%, B: 0.0005% to 0.010%, Nb: 0.01% to 0.15%, Mo: 0.005% to 1.00%, Ti: 0% to 0.15%, Ni: 0% to 3.00%, P: 0.10% or less, S: 0.10% or less, N: 0.010% or less and a balance of Fe and unavoidable impurities, microstructures in which at least one of lower bainite, martensite, and tempered martensite are contained with an area rate of 90% or more, which is determined in accordance with the description, and when the <011> direction of the crystal grains of the lower bainite, martensite, and tempered martensite is a rotational axis, a ratio of a length of grain boundaries with a rotational angle 15° or more to a length of grain boundaries with a rotational angle of 5° to 75°, which is determined in accordance with the description, is 80% or more.
A system , comprising: a hearing protection device ; a portable electronic device wirelessly coupled to the hearing protection device ; and a server wirelessly coupled to the portable electronic device , wherein the hearing protection device comprises a processor , at least one externally facing microphone and a transceiver , wherein the at least one microphone is configured to receive sound generated by at least one equipment , wherein the transceiver is configured to transmit acoustic signatures to the portable electronic device , wherein the acoustic signatures corresponds to the sound generated by the at least one equipment ; wherein the portable electronic device is configured to transmit the acoustic signatures to the server , and wherein the server is configured to: correlate the acoustic signatures with information in a database, and transmit a message to the portable electronic device indicating the correlation, and wherein the electronic processing device is further configured to: generate a suggestion based on the correlation, wherein the suggestion indicates a time duration for each equipment for working in an environment, and transmit the generated suggestion to the hearing protection device . a hearing protection device ; a portable electronic device wirelessly coupled to the hearing protection device ; and a server wirelessly coupled to the portable electronic device , wherein the hearing protection device comprises a processor , at least one externally facing microphone and a transceiver , wherein the at least one microphone is configured to receive sound generated by at least one equipment , wherein the transceiver is configured to transmit acoustic signatures to the portable electronic device , wherein the acoustic signatures corresponds to the sound generated by the at least one equipment ; wherein the portable electronic device is configured to transmit the acoustic signatures to the server , and wherein the server is configured to: correlate the acoustic signatures with information in a database, and transmit a message to the portable electronic device indicating the correlation, and correlate the acoustic signatures with information in a database, and transmit a message to the portable electronic device indicating the correlation, and wherein the electronic processing device is further configured to: generate a suggestion based on the correlation, wherein the suggestion indicates a time duration for each equipment for working in an environment, and transmit the generated suggestion to the hearing protection device . generate a suggestion based on the correlation, wherein the suggestion indicates a time duration for each equipment for working in an environment, and transmit the generated suggestion to the hearing protection device .
A revamp process for modifying a sulfur abatement plant comprising a Claus process plant producing elemental sulfur, said Claus process plant comprising a Claus reaction furnace and 1 or more Claus conversion stages, each Claus conversion stage comprising a conversion reactor and a means for elemental sulfur condensation, and a means of Claus tail gas oxidation configured for receiving a Claus tail gas from said Claus process plant and configured for providing an oxidized Claus tail gas, said process revamp comprising the steps of a. providing a sulfuric acid producing tail gas treatment plant producing sulfuric acid, and b. providing a means for temporary storing sulfuric acid produced in said sulfuric acid producing tail gas treatment plant, having a volume corresponding to the amount of sulfuric acid produced in said sulfuric acid producing tail gas treatment plant in from 4 hours to 120 hours, c. providing a means for transferring an amount or all of the sulfuric acid produced in said sulfuric acid producing tail gas treatment plant to means for storing sulfuric acid d. and providing a means for transferring sulfuric acid from said means for storing sulfuric acid to said Claus reaction furnace. characterized in the moles of sulfur in the transferred sulfuric acid relative to the moles of elemental sulfur withdrawn from said Claus process plant is from 3% or 5% to 15% or 20%. a. providing a sulfuric acid producing tail gas treatment plant producing sulfuric acid, and b. providing a means for temporary storing sulfuric acid produced in said sulfuric acid producing tail gas treatment plant, having a volume corresponding to the amount of sulfuric acid produced in said sulfuric acid producing tail gas treatment plant in from 4 hours to 120 hours, c. providing a means for transferring an amount or all of the sulfuric acid produced in said sulfuric acid producing tail gas treatment plant to means for storing sulfuric acid d. and providing a means for transferring sulfuric acid from said means for storing sulfuric acid to said Claus reaction furnace.
A method for marking a manufactured item in a batch, the manufactured item comprising a container and a removable closure for the container, the method comprising: at a production centre, filling the container and generating a unique product identifier for the container; generating a first code for marking the container ; generating a second code for marking the closure ; marking the container with the first code ; and marking the closure with the second code , wherein the first code and the second code are different but interrelated such that at least a portion of one of the first code and the second code can be derived from the other of the first code and the second code, wherein the first code and second code are generated from the same said unique product identifier using different code generation processes or using different encryption keys in an identical code generation process, wherein both the first and second codes encode production details for the manufactured item, and wherein the production details uniquely identify the manufactured item from within the batch of manufactured items by identifying the time of production together with an incremental counter value to distinguish items produced within a single time period by the production centre. at a production centre, filling the container and generating a unique product identifier for the container; generating a first code for marking the container ; generating a second code for marking the closure ; marking the container with the first code ; and marking the closure with the second code , wherein the first code and the second code are different but interrelated such that at least a portion of one of the first code and the second code can be derived from the other of the first code and the second code, wherein the first code and second code are generated from the same said unique product identifier using different code generation processes or using different encryption keys in an identical code generation process, wherein both the first and second codes encode production details for the manufactured item, and wherein the production details uniquely identify the manufactured item from within the batch of manufactured items by identifying the time of production together with an incremental counter value to distinguish items produced within a single time period by the production centre.