mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising: an engine ; a first battery supplying an electric power to an electric component mounted to the vehicle ; a second battery constituted by a lithium-ion battery, the second battery having an output voltage higher than an output voltage of the first battery ; a first rotating electrical machine that operates by an electric power supplied from the second battery , the first rotating electrical machine generating a torque for driving the vehicle ; a second rotating electrical machine for starting the engine ; and a starter generator as the first rotating electrical machine, the starter generator generating a torque for starting the engine or assisting driving of the engine when an electric power is supplied from the second battery , the starter generator being allowed to generate an electric power for charging the first battery and the second battery when receiving a rotational energy from the engine , characterized in that , the first battery is constituted by a lithium-ion battery, the second rotating electrical machine is a rotating electrical machine which is only used to start the engine at the initial start, when the engine is not warmed up. the second rotating electrical machine operates by an electric power supplied from the second battery , and the second rotating electrical machine is connected to the first battery via the second battery . an engine ; a first battery supplying an electric power to an electric component mounted to the vehicle ; a second battery constituted by a lithium-ion battery, the second battery having an output voltage higher than an output voltage of the first battery ; a first rotating electrical machine that operates by an electric power supplied from the second battery , the first rotating electrical machine generating a torque for driving the vehicle ; a second rotating electrical machine for starting the engine ; and a starter generator as the first rotating electrical machine, the starter generator generating a torque for starting the engine or assisting driving of the engine when an electric power is supplied from the second battery , the starter generator being allowed to generate an electric power for charging the first battery and the second battery when receiving a rotational energy from the engine , characterized in that , the first battery is constituted by a lithium-ion battery, the second rotating electrical machine is a rotating electrical machine which is only used to start the engine at the initial start, when the engine is not warmed up. the second rotating electrical machine operates by an electric power supplied from the second battery , and the second rotating electrical machine is connected to the first battery via the second battery .
Electromagnetic flow measuring device to determine a flow velocity-dependent measured variable of a flowable medium in a measuring tube or in piping, comprising: - a device for tapping a measured voltage induced in a flowable medium, in particular at least two measuring electrodes to establish galvanic contact with the medium; and - a device for generating a magnetic field, wherein the device for generating the magnetic field comprises a field guide arrangement and a coil arrangement , characterized in that the device for generating the magnetic field is arranged in a housing , wherein the field guide arrangement serves as a sensor electrode for determining capacitance and/or monitoring at least one process variable, in particular the fill level of the medium in the piping or measuring tube. - a device for tapping a measured voltage induced in a flowable medium, in particular at least two measuring electrodes to establish galvanic contact with the medium; and - a device for generating a magnetic field, wherein the device for generating the magnetic field comprises a field guide arrangement and a coil arrangement , characterized in that the device for generating the magnetic field is arranged in a housing , wherein the field guide arrangement serves as a sensor electrode for determining capacitance and/or monitoring at least one process variable, in particular the fill level of the medium in the piping or measuring tube.
Escapement system including at least one escape wheel , an anchor fitted with a fork intended to cooperate with a pin mounted on a disc , and a shaft including arms intended to receive pallets in order to cooperate with said escape wheel , characterised in that the escape wheel is made from a completely amorphous metal alloy.
A hinge block for a door of an enclosure system, comprising a substantially cylindrical gap for housing a rotation shaft of the door , wherein the hinge block comprises: - a first main block including fastening means for fastening the main block to a lower rail of the enclosure system; and - a second retaining block , characterized in that the first main block comprises a cavity , the cavity comprising inner side walls, the cavity allowing the rotation shaft of the door to slide thereon until entering the gap , and the second retaining block has a geometry that is complementary to said cavity of the main block except for the gap , the first main block and the second retaining block being couplable to each other, and leaving said gap between them in the coupled position, and wherein: either the first main block comprises a first set of jagged edges , and a second set of jagged edges in the second retaining block , complementary to the first set of jagged edges ; or the first main block and the second retaining block are couplable to each other by male-female coupling ; or the second retaining block comprises at least one tab and the first main block comprises at least one notch complementary to said tab or vice versa. - a first main block including fastening means for fastening the main block to a lower rail of the enclosure system; and - a second retaining block , either the first main block comprises a first set of jagged edges , and a second set of jagged edges in the second retaining block , complementary to the first set of jagged edges ; or the first main block and the second retaining block are couplable to each other by male-female coupling ; or the second retaining block comprises at least one tab and the first main block comprises at least one notch complementary to said tab or vice versa.
A control device for an aerosol inhalation device, the control device comprising: a first region ; a second region in which a maximum voltage is lower than a maximum voltage in the first region, or an applied voltage is lower than a voltage applied to the first region, a first voltage line to which a first voltage (V out ) is supplied, the first voltage line being arranged in the first region ; a second voltage line to which a second voltage (V op-amp ) lower than the first voltage (V out ) is supplied, the second voltage line being arranged in the second region ; a load arranged between the first voltage line and a ground line such that a current flows from the first voltage line to the ground line through the load, the load being configured to heat an aerosol source and having a correlation between a temperature and an electrical resistance value of the load ; an operational amplifier having a power supply terminal electrically connected to the second voltage line, an inverting input terminal grounded to the ground line, and a noninverting input terminal electrically connected to a node between the first voltage line and the load , and the operational amplifier being configured to output a signal according to a voltage applied to the load ; a control unit configured to perform processing based on the signal; and a diode having an anode electrically connected to the noninverting input terminal of the operational amplifier , and a cathode electrically connected to the second voltage line. a first region ; a second region in which a maximum voltage is lower than a maximum voltage in the first region, or an applied voltage is lower than a voltage applied to the first region, a first voltage line to which a first voltage (V out ) is supplied, the first voltage line being arranged in the first region ; a second voltage line to which a second voltage (V op-amp ) lower than the first voltage (V out ) is supplied, the second voltage line being arranged in the second region ; a load arranged between the first voltage line and a ground line such that a current flows from the first voltage line to the ground line through the load, the load being configured to heat an aerosol source and having a correlation between a temperature and an electrical resistance value of the load ; an operational amplifier having a power supply terminal electrically connected to the second voltage line, an inverting input terminal grounded to the ground line, and a noninverting input terminal electrically connected to a node between the first voltage line and the load , and the operational amplifier being configured to output a signal according to a voltage applied to the load ; a control unit configured to perform processing based on the signal; and a diode having an anode electrically connected to the noninverting input terminal of the operational amplifier , and a cathode electrically connected to the second voltage line.
A method for operating a User Equipment, UE , the method comprising: during a registration update procedure, causing a registration request for an emergency services fallback to be sent (514; 811) to a network entity ; in response to the registration request being accepted by the network entity, establishing an emergency session; in response to the registration request being not accepted by the network entity, receiving a registration reject response to the registration request , and, when the registration reject response comprises a cause value having a predefined value, selecting a cell connected to an evolved packet core or a 5G core network and initiating communication via the cell. during a registration update procedure, causing a registration request for an emergency services fallback to be sent (514; 811) to a network entity ; in response to the registration request being accepted by the network entity, establishing an emergency session; in response to the registration request being not accepted by the network entity, receiving a registration reject response to the registration request , and, when the registration reject response comprises a cause value having a predefined value, selecting a cell connected to an evolved packet core or a 5G core network and initiating communication via the cell.
Electrostatic filter unit for a ventilation housing comprising an ionisation unit and a precipitation unit having at least one precipitation electrode , wherein the precipitation unit has a holding apparatus for holding the at least one precipitation electrode , the holding apparatus has a guiding geometry for the at least one precipitation electrode , and the holding apparatus consists of an electrically conductive material, characterised in that the holding apparatus comprises a first and a second delimiting wall and at least two frame webs that lie between the first and the second delimiting wall , that in each case a receiving compartment for at least one part of a precipitation electrode is formed between two adjacent frame webs and that the guiding geometry has at least one through-slot for a precipitation electrode through one of the delimiting walls .
A frequency tuned damper comprising: a console which is arranged to be connected to a surface, termed vibrating surface, the vibrations of which are to be dampened, said console comprising at least one mounting opening defined by a mounting rim; a vibration body; and at least one elastic element having a longitudinal axis and comprising a base portion having a first circumferentially extending mounting groove in which the rim is received for connecting the elastic element to the console, and a top portion which is located at a distance along the longitudinal axis from the base portion, and is connected to the vibration body; wherein the elastic element presents a circumferentially extending outer impact surface, which is located between the base portion and the vibration body, and characterised in that the console further comprises at least one deflection limiter which is integrally formed with the rim and extends circumferentially around the impact surface at a distance therefrom, said deflection limiter being arranged to limit the degree of movement of elastic element transversally to the longitudinal axis if the damper is subjected to an external transient force sufficient to bring the impact surface into contact with the deflection limiter, thereby preventing excessive movements of the elastic element transversally to the longitudinal axis. a console which is arranged to be connected to a surface, termed vibrating surface, the vibrations of which are to be dampened, said console comprising at least one mounting opening defined by a mounting rim; a vibration body; and at least one elastic element having a longitudinal axis and comprising a base portion having a first circumferentially extending mounting groove in which the rim is received for connecting the elastic element to the console, and a top portion which is located at a distance along the longitudinal axis from the base portion, and is connected to the vibration body; wherein the elastic element presents a circumferentially extending outer impact surface, which is located between the base portion and the vibration body, and characterised in that the console further comprises at least one deflection limiter which is integrally formed with the rim and extends circumferentially around the impact surface at a distance therefrom, said deflection limiter being arranged to limit the degree of movement of elastic element transversally to the longitudinal axis if the damper is subjected to an external transient force sufficient to bring the impact surface into contact with the deflection limiter, thereby preventing excessive movements of the elastic element transversally to the longitudinal axis.
A hot-rolled steel sheet characterized in that it comprises, by weight %, C: 0.05 to 0.15%, Si: 0.03 to 0.10%, Mn: 0.7 to 1.39%, P: 0.001 to 0.05%, S: 0.001 to 0.03%, Al: 0.002 to 0.035%, the remainder Fe and other unavoidable impurities, wherein the weight ratio of Mn/Si is 15 to 25, the weight ratio of C/Si is 1 to 5, and the weight ratio of Si/P is 3 to 10, a microstructure consists of, in an area fraction, 10 to 40% of bainite, 20 to 30% of pearlite and 40% to 60% of ferrite, and a ternary eutectic compound of FeO, Fe 2 SiO 4 and Fe 3 (PO) 4 is formed within 50 μm from the surface, wherein said steel sheet optionally further comprises, by weight %, one or two or more selected from the group consisting of N: 0.01% or less and excluding 0, Ti: 0.02% or less and excluding 0, Cu: 0.05% or less and excluding 0, Ni: 0.08% or less and excluding 0, Cr: 0.10% or less and excluding 0, V: 0.01% or less and excluding 0, and Mo: 0.03% or less and excluding 0, wherein the number of sand type scales having a point shape formed on both surfaces of said steel sheet is an average of 0.1 pieces/m 3 or less.
Use of glyoxylic acid for removal of calcium from crude oil or its blends containing calcium naphthenate under basic or alkaline conditions and having a pH varying from 7 to 11.
A degassing apparatus of a pouch for a secondary battery, for removing gas from a pouch for a secondary battery with a sealed edge, the degassing apparatus comprising: a separation unit including an adsorption plate adsorbing one surface of the pouch, and forming a space inside of the pouch by pulling the adsorption plate ; at least one fixed adsorption plate adsorbing and fixing the pouch to an opposite surface of the pouch in contact with the separation unit ; and a gas removal unit installed on the adsorption plate , piercing the pouch with a needle having a gas discharge path therein, and removing gas from the pouch through the gas discharge path, wherein the separation unit further comprises a degassing adsorption plate adsorbed to the pouch inside of the adsorption plate , and including a guide hole through which the needle is drawn in and out. a separation unit including an adsorption plate adsorbing one surface of the pouch, and forming a space inside of the pouch by pulling the adsorption plate ; at least one fixed adsorption plate adsorbing and fixing the pouch to an opposite surface of the pouch in contact with the separation unit ; and a gas removal unit installed on the adsorption plate , piercing the pouch with a needle having a gas discharge path therein, and removing gas from the pouch through the gas discharge path, wherein the separation unit further comprises a degassing adsorption plate adsorbed to the pouch inside of the adsorption plate , and including a guide hole through which the needle is drawn in and out.
An electronic device (la) comprising: a position detector configured to detect position information of the electronic device based on a signal output by a satellite; a communication unit configured to communicate with another device; and a controller , wherein when the controller determines that detection accuracy of the position detector has deteriorated when a detecting function of the position detector is valid, the controller is configured to reduce transmission to the another device, and when the controller detects a number of steps and a direction of a user of the electronic device based on information acquired by at least one sensor , and determines that the user has reached a predetermined position based on the detected number of steps and direction when the controller determines that the detection accuracy of the position detector has deteriorated, the controller is configured to cancel the reduction of transmission to the another device. a position detector configured to detect position information of the electronic device based on a signal output by a satellite; a communication unit configured to communicate with another device; and a controller , wherein when the controller determines that detection accuracy of the position detector has deteriorated when a detecting function of the position detector is valid, the controller is configured to reduce transmission to the another device, and when the controller detects a number of steps and a direction of a user of the electronic device based on information acquired by at least one sensor , and determines that the user has reached a predetermined position based on the detected number of steps and direction when the controller determines that the detection accuracy of the position detector has deteriorated, the controller is configured to cancel the reduction of transmission to the another device.
A method for bidirectional communication between a first communicating unit and a second communicating unit which each comprise a transmission memory and a receiving memory which are intended to save digital samples, a "physical layer" communication protocol being used to control the series transmission of the digital samples between the two communicating units , said "physical layer" communication protocol being selected from the protocols JESD204B and JESD204C, the method comprising the following steps which are carried out during a receiving time window by the second communicating unit in response to receiving a transmission activation signal from the first communicating unit : - if at least one digital sample is saved in the transmission memory of the second communicating unit , forming a first packet of digital samples, said first packet of digital samples comprising at least: a body and a start of packet marker, said body comprising at least one digital sample, said start of packet marker comprising a field which indicates the size, in terms of a number of transported digital samples, of a packet of digital samples; - transmitting to the first communicating unit a first digital data signal which transports the formed first packet of digital samples, the first packet of digital samples being transformed in accordance with said "physical layer" communication protocol, the first digital data signal being obtained by formatting in accordance with a first wave shape from the transformed first packet of digital samples; the first communicating unit transmitting said transmission activation signal as a function of the filling state of the transmission memory of the second unit and determining, in response to receiving the first digital data signal, the number of digital samples transported in the received packet of digital samples, from the start of packet marker. - if at least one digital sample is saved in the transmission memory of the second communicating unit , forming a first packet of digital samples, said first packet of digital samples comprising at least: a body and a start of packet marker, said body comprising at least one digital sample, said start of packet marker comprising a field which indicates the size, in terms of a number of transported digital samples, of a packet of digital samples; - transmitting to the first communicating unit a first digital data signal which transports the formed first packet of digital samples, the first packet of digital samples being transformed in accordance with said "physical layer" communication protocol, the first digital data signal being obtained by formatting in accordance with a first wave shape from the transformed first packet of digital samples;
A battery case for a lithium secondary battery made of a laminate sheet including an outer layer /barrier layer /inner layer structure, the battery case comprising: a first region that is a region configured to allow gas to be discharged or be expanded; and a second region that is a remaining region excluding the first region , wherein the laminate sheet constituting the first region does not contain the barrier layer, and characterized in that the outer layer of the laminate sheet in the first region is one or more selected from the group consisting of low density polyethylene (LDPE), high density polyethylene (HDPE), polypropylene (PP), biaxially oriented polypropylene (BOPP), and cyclic olefin copolymer (COC) . a first region that is a region configured to allow gas to be discharged or be expanded; and a second region that is a remaining region excluding the first region , wherein the laminate sheet constituting the first region does not contain the barrier layer, and characterized in that the outer layer of the laminate sheet in the first region is one or more selected from the group consisting of low density polyethylene (LDPE), high density polyethylene (HDPE), polypropylene (PP), biaxially oriented polypropylene (BOPP), and cyclic olefin copolymer (COC) .