mhurhangee/patent-ind-claim-en huggingface dataset:
Method for detecting a fault in a group of modules of a battery comprising: - a first set of battery modules (Ei) connected in series and a first means of measuring a first voltage (Vi) of the first set of modules (Ei), - a second set of battery modules (Ej) connected in series and a second means for measuring a second voltage (Vj) of the second set of modules, each module comprising at least one cell and means for measuring the voltage (VCz, VMc) of the cell , the first set (Ei) being connected in series with the second set (Ej), characterized in that the method includes the following successive steps: - determine a value x according to the formula x = k Δ Vj − Δ Vi where: * V i is the first voltage of the first set of modules (Ei), * Vj is the second voltage of the second set of modules (Ej), * ΔViis the first voltage Vi subtracted from the sum of each voltage (VCz, VMc) of the cells of the first set (Ei), * ΔVjis the second voltage Vj subtracted from the sum of each voltage (VCz, VMc) of the cells of the second set (Ej), * k is a correction coefficient, - compare this value x at a threshold, and - confirm that one of the sets of modules has a fault when this value x exceeds this threshold. - a first set of battery modules (Ei) connected in series and a first means of measuring a first voltage (Vi) of the first set of modules (Ei), - a second set of battery modules (Ej) connected in series and a second means for measuring a second voltage (Vj) of the second set of modules, - determine a value x according to the formula x = k Δ Vj − Δ Vi where: * V i is the first voltage of the first set of modules (Ei), * Vj is the second voltage of the second set of modules (Ej), * ΔViis the first voltage Vi subtracted from the sum of each voltage (VCz, VMc) of the cells of the first set (Ei), * ΔVjis the second voltage Vj subtracted from the sum of each voltage (VCz, VMc) of the cells of the second set (Ej), * k is a correction coefficient, - compare this value x at a threshold, and * V i is the first voltage of the first set of modules (Ei), * Vj is the second voltage of the second set of modules (Ej), * ΔViis the first voltage Vi subtracted from the sum of each voltage (VCz, VMc) of the cells of the first set (Ei), * ΔVjis the second voltage Vj subtracted from the sum of each voltage (VCz, VMc) of the cells of the second set (Ej), * k is a correction coefficient, - compare this value x at a threshold, and - confirm that one of the sets of modules has a fault when this value x exceeds this threshold.
A system for transmitting downlink data via a relay comprising an evolved NodeB and the relay, wherein the evolved NodeB is configured to determine power parameters of a terminal based on downlink transmission power from the relay to the terminal, and to inform the terminal of the power parameters; and the relay is configured to transmit a signal to the terminal based on the downlink transmission power such that the signal received from the evolved NodeB and/or the relay is demodulated by the terminal based on the power parameters; characterized in that the power parameters comprise: a parameter P A being the ratio of transmission power of a data sub-carrier in an OFDM symbol without a pilot to pilot power, and a parameter P B being the ratio of transmission power of a data sub-carrier in an OFDM symbol containing a pilot to transmission power of a data sub-carrier in an OFDM symbol without a pilot. a parameter P A being the ratio of transmission power of a data sub-carrier in an OFDM symbol without a pilot to pilot power, and a parameter P B being the ratio of transmission power of a data sub-carrier in an OFDM symbol containing a pilot to transmission power of a data sub-carrier in an OFDM symbol without a pilot.
A nozzle for a turbomachine turbine extending about an axis (X), the nozzle including a plurality of sectors each comprising at least one vane which extends radially between an internal platform and an external platform , the nozzle including at least two sealing strips each including a main portion configured to ensure the sealing between the nozzle and an element of the turbomachine which is adjacent to the nozzle, and a first portion folded relative to the main portion , characterized in that the first folded portion being in contact with an outer face of at least one platform , each strip being held to the at least one platform by a clamping means configured to clamp the first folded portion between the outer face of the platform and the clamping means .
A method performed by a wireless device , characterized in that the method comprises: receiving, from a base station, a message listing that includes a plurality of message pointers , wherein each message pointer indicates data available for reception and includes carrier information and time slot information associated with receiving each of the data; determining that a message pointer, of the plurality of message pointers, is associated with an identifier of the wireless device; and receiving, from the base station based on the determination, information using the carrier information and the time slot information. receiving, from a base station, a message listing that includes a plurality of message pointers , wherein each message pointer indicates data available for reception and includes carrier information and time slot information associated with receiving each of the data; determining that a message pointer, of the plurality of message pointers, is associated with an identifier of the wireless device; and receiving, from the base station based on the determination, information using the carrier information and the time slot information.
Tire tread comprising shoulder blocks and comprising at least one groove and at least one rib providing an outer contact surface , further comprising a first radially outer layer made of an outer tread rubber compound, further comprising a radially inner layer made of an inner tread compound, wherein said inner layer reaches radially through said at least one outer layer to said contact surface at least in one outer contact region of said outer contact surface in an unworn state of said tire tread in such a way that said outer contact surface comprises at least one region of said outer layer and at least one region of said inner layer , characterized in that a second outer layer is provided which is arranged in said respective shoulder block and/or in said respective rib and which is made of an outer tread rubber compound which is different from the outer tread rubber compound of said first outer layer , whereby the respective outer tread compound has Shore A between 55 and 75 degrees and/or has rebound at 23° C between 15 and 30 % and/or has rebound at 100° C between 45 and 65 % and/or has module 300% between 8 and 14 MPa and/or has tan delta at 60° C between 0.080 and 0.155.
A method for determining a present thickness of a work item while being processed in a rolling mill , the method comprising: acquiring (S102) a data signal reflecting a time dependence of an eddy current decay in the work item caused by an applied pulsed magnetic field, determining (S104) a thickness parameter value based on the acquired signal, the thickness parameter value being determined from samples in the data signal, the thickness parameter value being dependent on a ratio between a thickness of the work item and a resistivity of the work item, computing (S106) a ratio between a reference thickness value of the work item and the thickness parameter value to thereby provide an instantaneous resistivity value, determining (S108) a mean resistivity value based on the instantaneous resistivity value, and providing (S110) an output signal based on the mean resistivity of the work item and the thickness parameter value, the output signal being indicative of the determined present thickness of the work item. acquiring (S102) a data signal reflecting a time dependence of an eddy current decay in the work item caused by an applied pulsed magnetic field, determining (S104) a thickness parameter value based on the acquired signal, the thickness parameter value being determined from samples in the data signal, the thickness parameter value being dependent on a ratio between a thickness of the work item and a resistivity of the work item, computing (S106) a ratio between a reference thickness value of the work item and the thickness parameter value to thereby provide an instantaneous resistivity value, determining (S108) a mean resistivity value based on the instantaneous resistivity value, and providing (S110) an output signal based on the mean resistivity of the work item and the thickness parameter value, the output signal being indicative of the determined present thickness of the work item.
Gymnastic machine comprising a base structure comprising a first and a second longitudinal member, a sliding belt , on which a user can perform a gymnastic exercise, arranged between said first and second longitudinal member, configured for rotating according to a sliding direction (X) and comprising a plurality of slats (31 a , 31 b , ..., 31 k , ... 31 n ) arranged side by side according to a transversal direction (Y) to said sliding direction (X) and hinged to one other, said gymnastic machine being characterized in that at least one slat of said plurality of slats (31 a , 31 b , ..., 31 k , ... 31 n ) is provided with at least one safety element , in that said at least one slat (31 k ) comprises a first end (311 k ) and a second end (312 k ), in that said at least one safety element is arranged in correspondence of said first (311 k ) or said second (312 k ) end, and in that said safety element is a relief made on said slat and/or a thickening of the slat structure . a base structure comprising a first and a second longitudinal member, a sliding belt , on which a user can perform a gymnastic exercise, arranged between said first and second longitudinal member, configured for rotating according to a sliding direction (X) and comprising a plurality of slats (31 a , 31 b , ..., 31 k , ... 31 n ) arranged side by side according to a transversal direction (Y) to said sliding direction (X) and hinged to one other, said gymnastic machine being characterized in that at least one slat of said plurality of slats (31 a , 31 b , ..., 31 k , ... 31 n ) is provided with at least one safety element , in that said at least one slat (31 k ) comprises a first end (311 k ) and a second end (312 k ), in that said at least one safety element is arranged in correspondence of said first (311 k ) or said second (312 k ) end, and in that said safety element is a relief made on said slat and/or a thickening of the slat structure .
A steamer head comprising a body enclosing a steam distribution circuit and an air distribution circuit separated from one another, the steam distribution circuit comprising at least one steam inlet orifice (17.1) intended to be connected to a steam generator and at least one steam outlet for diffusing a stream of steam, the air distribution circuit comprising a blower , an air inlet orifice and an air outlet for diffusing a stream of air, the at least one steam outlet and the air outlet being arranged at the same end of the body of the steamer head , characterised in that the steamer head comprises a shut-off member that can be moved between a shut-off position in which the shut-off member closes off the air outlet and an open position in which the shut-off member uncovers the air outlet .
A method of manufacturing self-pierce rivets from a length of wire, the method comprising: separating the length of wire to form a plurality of slugs , each slug defining a head end and a tail end ; and forging a plurality of rivets from the slugs , each rivet having a head formed from the head end of a slug and a tip formed from the tail end of that slug, the head and the tip of the rivet being separated by a shank which defines a longitudinal axis , the rivet having a bore which runs substantially longitudinally through the tip and at least part way along the shank ; the method being characterized in that for each of the plurality of rivets the method comprises performing a machining operation to remove material from the tip of the rivet or from the tail end of the slug from which the rivet was forged. separating the length of wire to form a plurality of slugs , each slug defining a head end and a tail end ; and forging a plurality of rivets from the slugs , each rivet having a head formed from the head end of a slug and a tip formed from the tail end of that slug, the head and the tip of the rivet being separated by a shank which defines a longitudinal axis , the rivet having a bore which runs substantially longitudinally through the tip and at least part way along the shank ; the method being characterized in that for each of the plurality of rivets the method comprises performing a machining operation to remove material from the tip of the rivet or from the tail end of the slug from which the rivet was forged.
Exosomes comprising miRNAs, wherein the miRNA is encoded by any one of the transcription units comprised in the C19MC and selected from the group consisting of miR-517a-3p, miR-517b-3p, hsa-miR-517c-3p and hsa-miR-517-5p having the SEQ ID NOs.: 10 to 13 for use in immunomodulation in a pregnancy-associated disease linked to a deregulated immune system.
A method comprising: receiving an optical transport network, OTN, frame having an optical channel payload unit divided into a plurality of timeslots; wherein the method is characterised by the steps of: grouping the timeslots into three or more blocks of timeslots; selecting a subset of two or more of the three or more blocks of timeslots for encryption; and encrypting and authenticating the subset of two or more blocks of timeslots in parallel to generate an encrypted OTN frame in which only certain blocks of timeslots are encrypted. receiving an optical transport network, OTN, frame having an optical channel payload unit divided into a plurality of timeslots; wherein the method is characterised by the steps of: grouping the timeslots into three or more blocks of timeslots; selecting a subset of two or more of the three or more blocks of timeslots for encryption; and encrypting and authenticating the subset of two or more blocks of timeslots in parallel to generate an encrypted OTN frame in which only certain blocks of timeslots are encrypted. grouping the timeslots into three or more blocks of timeslots; selecting a subset of two or more of the three or more blocks of timeslots for encryption; and encrypting and authenticating the subset of two or more blocks of timeslots in parallel to generate an encrypted OTN frame in which only certain blocks of timeslots are encrypted.
Method of establishing, via a mobile communication network, aconnection between a mobile object which is provided with a radio module and a server which is remote from the mobile object, in which method the mobile object has a list comprising a predetermined number of preferred mobile communication networks to which the mobile object can be caused to connect, the method comprising: - a first step of establishment, by said mobile object, of a radio connection with the server by means of an available mobile communication network from among said preferred mobile communication networks, and of transmission over said radio connection of an identifier of the mobile object, an identifier of said available network, and a first series of audit information, comprising at least one piece of information chosen from among the reception signal level and an error rate, - if the server receives said first series of information, a step of verification, by said server , of the received data, and a step of sending an acknowledgment of receipt to said mobile object, which acknowledgment validates an IP connection between said mobile object and said server and indicates, on the basis of the result of said verification step, whether the mobile communication network to which said mobile object is connected is suitable or whether another mobile communication network needs to be selected by the radio module, and in that if the mobile object does not receive the acknowledgment of receipt from the server, said radio module automatically selects another available mobile communication network. - a first step of establishment, by said mobile object, of a radio connection with the server by means of an available mobile communication network from among said preferred mobile communication networks, and of transmission over said radio connection of an identifier of the mobile object, an identifier of said available network, and a first series of audit information, comprising at least one piece of information chosen from among the reception signal level and an error rate, - if the server receives said first series of information, a step of verification, by said server , of the received data, and a step of sending an acknowledgment of receipt to said mobile object, which acknowledgment validates an IP connection between said mobile object and said server and indicates, on the basis of the result of said verification step, whether the mobile communication network to which said mobile object is connected is suitable or whether another mobile communication network needs to be selected by the radio module, and in that if the mobile object does not receive the acknowledgment of receipt from the server, said radio module automatically selects another available mobile communication network.
An electrostatic spray gun comprising: a spray tip assembly ; an alternator comprising: a stator having an inner diameter and an outer diameter; and a rotor disposed within the inner diameter of the stator and configured to rotate within the stator to cause the alternator to generate alternating electrical current; an electrode coupled to receive electrical energy from the alternator , the electrode positioned proximate the spray tip assembly ; and at least one controller coupled to the alternator , wherein the at least one controller is configured to output a representation of a rotational speed of the rotor , and characterised in that the representation of the rotational speed of the rotor comprises an indication of a frequency of the alternating current generated by the alternator . a spray tip assembly ; an alternator comprising: a stator having an inner diameter and an outer diameter; and a rotor disposed within the inner diameter of the stator and configured to rotate within the stator to cause the alternator to generate alternating electrical current; an electrode coupled to receive electrical energy from the alternator , the electrode positioned proximate the spray tip assembly ; and at least one controller coupled to the alternator , wherein the at least one controller is configured to output a representation of a rotational speed of the rotor , and characterised in that the representation of the rotational speed of the rotor comprises an indication of a frequency of the alternating current generated by the alternator . a stator having an inner diameter and an outer diameter; and a rotor disposed within the inner diameter of the stator and configured to rotate within the stator to cause the alternator to generate alternating electrical current; an electrode coupled to receive electrical energy from the alternator , the electrode positioned proximate the spray tip assembly ; and at least one controller coupled to the alternator , wherein the at least one controller is configured to output a representation of a rotational speed of the rotor , and characterised in that the representation of the rotational speed of the rotor comprises an indication of a frequency of the alternating current generated by the alternator .
Folding shutter device for covering a facade , the folding shutter device comprising a guide element , that is fixable at the facade , a pair of folding shutters comprising a first folding shutter element and a second folding shutter element , wherein at least one of the folding shutter elements is along the guide element movably arranged and wherein the first folding shutter element and the second folding shutter element are pivotably coupled to the guide element in such a way, that the first folding shutter element and the second folding shutter element are pivotable between a closing position, in which the pair of folding shutters covers the facade at least partially, and an opening position, in which the pair of folding shutters leaves the facade at least partially uncovered, a force mechanism, which generates in opening position a control force between the first folding shutter element and the second folding shutter element and/or in closing position a control force between the pair of folding shutters and the facade , wherein the force mechanism comprises a pair of magnetic elements with a first magnetic element and a second magnetic element , characterized in that the first magnetic element is arranged at the pair of folding shutters and the second magnetic element is arranged at the guide element or the facade , wherein the pair of magnetic elements generates a magnetic force as control force between the pair of folding shutters and the facade , wherein the magnetic force is in particular a force of attraction or a force of repulsion, wherein at leat the first magnetic element or the second magnetic element is a controllable electromagnet. in opening position a control force between the first folding shutter element and the second folding shutter element and/or in closing position a control force between the pair of folding shutters and the facade ,