mhurhangee/ep-ind-claims huggingface dataset:
A time-series data processing device, comprising: a protruding data extracting unit for extracting, from time-series data which is a sequence of values obtained from sequential observation with elapse of time, protruding data including an ascending leg a value of which continuously rises with respect to time and a descending leg a value of which continuously drops with respect to time; an occurrence pattern defining unit for defining an occurrence pattern of successive two or more pieces of protruding data in the time-series data; and an occurrence pattern detecting unit for detecting two or more pieces of protruding data matching the occurrence pattern defined by the occurrence pattern defining unit, from among a set of pieces of protruding data extracted by the protruding data extracting unit. a protruding data extracting unit for extracting, from time-series data which is a sequence of values obtained from sequential observation with elapse of time, protruding data including an ascending leg a value of which continuously rises with respect to time and a descending leg a value of which continuously drops with respect to time; an occurrence pattern defining unit for defining an occurrence pattern of successive two or more pieces of protruding data in the time-series data; and an occurrence pattern detecting unit for detecting two or more pieces of protruding data matching the occurrence pattern defined by the occurrence pattern defining unit, from among a set of pieces of protruding data extracted by the protruding data extracting unit.
Sagging control agent containing at least one urea group, wherein the sagging control agent is obtained by reacting components comprising A) at least one polyisocyanate, having at least two isocyanate groups, said polyisocyanate is modified with at least one functional group selected from a group consisting of carboxylic acid group, sulfonic acid group, phosphonic acid group, ethylene oxid group and mixtures thereof, B) at least one amino-functional compound selected from a group consisting of an amine with at least one primary amino group and at least one hydroxyl group, having the at least one primary amino group on a primary carbon atom, an amino ether with at least one primary amino group, having the at least one primary amino group on a primary carbon atom and mixtures thereof and C) optionally at least one amino-functional compound other than amino-functional compound B). A) at least one polyisocyanate, having at least two isocyanate groups, said polyisocyanate is modified with at least one functional group selected from a group consisting of carboxylic acid group, sulfonic acid group, phosphonic acid group, ethylene oxid group and mixtures thereof, B) at least one amino-functional compound selected from a group consisting of an amine with at least one primary amino group and at least one hydroxyl group, having the at least one primary amino group on a primary carbon atom, an amino ether with at least one primary amino group, having the at least one primary amino group on a primary carbon atom and mixtures thereof and C) optionally at least one amino-functional compound other than amino-functional compound B).
A converter arrangement comprising: a first rectifier having an AC input and a DC output with two DC output poles; a capacitance connected between the DC output poles of the first rectifier; a second rectifier having an AC input with two AC input poles and a DC output with two DC output poles, wherein the DC output of the second rectifier is connected between the DC output poles of the first rectifier; characterized by a magnetic amplifier comprising at least one control winding and at least one AC winding (L11, L12), wherein an alternating current through the at least one AC winding (L11, L12) can be controlled by a direct current through the at least one control winding such that when the current through the at least one control winding is zero, an impedance of the at least one AC winding (L11, L12) is high, and when the current through the at least one control winding increases, the impedance of the at least one AC windings (L11, L12) decreases, and wherein the at least one control winding of the magnetic amplifier is connected between the DC output poles of the first rectifier, wherein the at least one AC winding (L11, L12) of the magnetic amplifier is connected in series with the AC input of the second rectifier. a first rectifier having an AC input and a DC output with two DC output poles; a capacitance connected between the DC output poles of the first rectifier; a second rectifier having an AC input with two AC input poles and a DC output with two DC output poles, wherein the DC output of the second rectifier is connected between the DC output poles of the first rectifier; characterized by a magnetic amplifier comprising at least one control winding and at least one AC winding (L11, L12), wherein an alternating current through the at least one AC winding (L11, L12) can be controlled by a direct current through the at least one control winding such that when the current through the at least one control winding is zero, an impedance of the at least one AC winding (L11, L12) is high, and when the current through the at least one control winding increases, the impedance of the at least one AC windings (L11, L12) decreases, and wherein the at least one control winding of the magnetic amplifier is connected between the DC output poles of the first rectifier, wherein the at least one AC winding (L11, L12) of the magnetic amplifier is connected in series with the AC input of the second rectifier.
A hot-rolled steel sheet, comprising: a chemical composition represented by, in mass%: C: 0.06% to 0.22%; Si: 1.0% to 3.2%; Mn: 0.8% to 2.2%; P: 0.05% or less; S: 0.005% or less; Al: 0.01% to 1.00%; N: 0.006% or less; Cr: 0.00% to 1.00%; Mo: 0.000% to 1.000%; Ni: 0.000% to 2.000%; Cu: 0.000% to 2.000%; B: 0.0000% to 0.0050%; Ti: 0.000% to 0.200%; Nb: 0.000% to 0.200%; V: 0.000% to 1.000%; W: 0.000% to 1.000%; Sn: 0.0000% to 0.2000%; Zr: 0.0000% to 0.2000%; As: 0.0000% to 0.5000%; Co: 0.0000% to 1.0000%; Ca: 0.0000% to 0.0100%; Mg: 0.0000% to 0.0100%; REM: 0.0000% to 0.1000%; and balance: Fe and impurities; and a microstructure represented by, in vol%: retained austenite: 2% to 30%; ferrite: 20% to 85%; bainite: 10% to 60%; pearlite: 5% or less; and martensite: 10% or less, wherein a proportion of grains having an intragranular misorientation of 5° to 14° in all grains is 5% to 50% by area ratio, the grain being defined as an area which is surrounded by a boundary having a misorientation of 15° or more and has a circle-equivalent diameter of 0.3 μm or more, wherein the proportion of grains having an intragranular misorientation and the microstructure are determined as indicated in the description. a chemical composition represented by, in mass%: C: 0.06% to 0.22%; Si: 1.0% to 3.2%; Mn: 0.8% to 2.2%; P: 0.05% or less; S: 0.005% or less; Al: 0.01% to 1.00%; N: 0.006% or less; Cr: 0.00% to 1.00%; Mo: 0.000% to 1.000%; Ni: 0.000% to 2.000%; Cu: 0.000% to 2.000%; B: 0.0000% to 0.0050%; Ti: 0.000% to 0.200%; Nb: 0.000% to 0.200%; V: 0.000% to 1.000%; W: 0.000% to 1.000%; Sn: 0.0000% to 0.2000%; Zr: 0.0000% to 0.2000%; As: 0.0000% to 0.5000%; Co: 0.0000% to 1.0000%; Ca: 0.0000% to 0.0100%; Mg: 0.0000% to 0.0100%; REM: 0.0000% to 0.1000%; and balance: Fe and impurities; and C: 0.06% to 0.22%; Si: 1.0% to 3.2%; Mn: 0.8% to 2.2%; P: 0.05% or less; S: 0.005% or less; Al: 0.01% to 1.00%; N: 0.006% or less; Cr: 0.00% to 1.00%; Mo: 0.000% to 1.000%; Ni: 0.000% to 2.000%; Cu: 0.000% to 2.000%; B: 0.0000% to 0.0050%; Ti: 0.000% to 0.200%; Nb: 0.000% to 0.200%; V: 0.000% to 1.000%; W: 0.000% to 1.000%; Sn: 0.0000% to 0.2000%; Zr: 0.0000% to 0.2000%; As: 0.0000% to 0.5000%; Co: 0.0000% to 1.0000%; Ca: 0.0000% to 0.0100%; Mg: 0.0000% to 0.0100%; REM: 0.0000% to 0.1000%; and balance: Fe and impurities; and a microstructure represented by, in vol%: retained austenite: 2% to 30%; ferrite: 20% to 85%; bainite: 10% to 60%; pearlite: 5% or less; and martensite: 10% or less, wherein retained austenite: 2% to 30%; ferrite: 20% to 85%; bainite: 10% to 60%; pearlite: 5% or less; and martensite: 10% or less, wherein a proportion of grains having an intragranular misorientation of 5° to 14° in all grains is 5% to 50% by area ratio, the grain being defined as an area which is surrounded by a boundary having a misorientation of 15° or more and has a circle-equivalent diameter of 0.3 μm or more, wherein the proportion of grains having an intragranular misorientation and the microstructure are determined as indicated in the description.
A distal femoral cutting guide comprising a pair of interlocked tracks (266, 268), wherein a first track has an anterior-posterior curvature that approximates the anterior-posterior curvature of a condyle; and, a second track having a medial-lateral curvature that approximates the medial-lateral curvature of at least one of a medial condyle, a lateral condyle, and an anterior portion of a distal femur. a first track has an anterior-posterior curvature that approximates the anterior-posterior curvature of a condyle; and, a second track having a medial-lateral curvature that approximates the medial-lateral curvature of at least one of a medial condyle, a lateral condyle, and an anterior portion of a distal femur.
An alert notification device of a dental processing machine, the alert notification device comprising: a receiver configured or programmed to receive error information from a dental processing machine; a first extractor configured or programmed to extract, as first extracted error information, error information that occurred in a first time from the error information received by the receiver; and a notifier configured or programmed to notify a management device of an alert concerning the first extracted error information, the management device being configured to be used by a maintenance company for performing maintenance of the dental processing machine, wherein the receiver is adapted to receive a set value of the first time from the management device, the set value being set by the maintenance company, the alert notification device further comprises a time setter configured to set the set value received by the receiver as the first time, and the time setter is adapted to set the first time for each type of the error information. a receiver configured or programmed to receive error information from a dental processing machine; a first extractor configured or programmed to extract, as first extracted error information, error information that occurred in a first time from the error information received by the receiver; and a notifier configured or programmed to notify a management device of an alert concerning the first extracted error information, the management device being configured to be used by a maintenance company for performing maintenance of the dental processing machine, wherein the receiver is adapted to receive a set value of the first time from the management device, the set value being set by the maintenance company, the alert notification device further comprises a time setter configured to set the set value received by the receiver as the first time, and the time setter is adapted to set the first time for each type of the error information.
Inorganic glass sheet coated on each of its faces, the coating of a first face being formed of at least one hard pyrolytic layer transparent to visible light and that of the other face by at least one durable reflecting layer deposited by cathode sputtering, in which the hard layer is a layer of tin oxide doped with fluorine or antimony, and the reflecting layer comprises a niobium oxide, or a tantalum oxide or mixtures of these oxides, or a mixed oxide of titanium and zirconium.
A data provision apparatus for providing position data and additional data to a higher-ranking unit, wherein the data provision apparatus comprises a signal preparation unit which is configured to receive position data and to receive additional data, to combine the position data and the additional data with one another for a joint data transmission and to subsequently output them in a combined form, wherein the data provision apparatus further comprises a signal processing unit which is configured - to receive position data from a position detection apparatus and to receive additional data from an additional data acquisition apparatus, - to bring the additional data into a defined relationship, preferably a temporal relationship, with the position data and - to subsequently output at least the additional data, preferably also the position data, to the signal preparation unit, characterized in that the signal processing unit is configured to generate a position-based trigger signal (p) in dependence on the received position data and to output it to the additional data acquisition apparatus. wherein the data provision apparatus comprises a signal preparation unit which is configured to receive position data and to receive additional data, to combine the position data and the additional data with one another for a joint data transmission and to subsequently output them in a combined form, wherein the data provision apparatus further comprises a signal processing unit which is configured - to receive position data from a position detection apparatus and to receive additional data from an additional data acquisition apparatus, - to bring the additional data into a defined relationship, preferably a temporal relationship, with the position data and - to subsequently output at least the additional data, preferably also the position data, to the signal preparation unit, - to receive position data from a position detection apparatus and to receive additional data from an additional data acquisition apparatus, - to bring the additional data into a defined relationship, preferably a temporal relationship, with the position data and - to subsequently output at least the additional data, preferably also the position data, to the signal preparation unit, characterized in that the signal processing unit is configured to generate a position-based trigger signal (p) in dependence on the received position data and to output it to the additional data acquisition apparatus.
Drive system comprising an electric motor powered by an inverter, wherein the inverter has a first printed circuit board fitted with a first and a second plug-in connector part (5, 6), wherein the first printed circuit board has a gating member, the output signal of which acts as a release signal for the inverter, wherein the gating member has at least one signal input and a further inverting input (Err) for the safety-oriented functioning of the drive system, wherein the signal input is connected to a contact of the first plug-in connector part and to a contact of the second plug-in connector part, wherein a further printed circuit board is plug-connected to the second plug-in connector part, in particular by means of a mating plug-in connector part fitted to said printed circuit board, wherein the further printed circuit board has at least one controllable switch, by which an electrical connection between a supply voltage and the contact, connected to the signal input, of the second plug-in connector part can be established or broken, in particular can be closed or opened, wherein an evaluation unit fitted on, i.e. arranged on, the further printed circuit board generates an output signal depending on the comparison of the actuation signal conducted to the controllable switch and the voltage value, in particular the voltage value curve, that is applied at the contact connected to the signal input and is detected using a voltage detection means, wherein the output signal of the evaluation unit is supplied to the further inverting input (Err), in particular by means of the second plug-in connector part.
rotor part of an impact mill, which has a plurality of rotor tool knives which can be separably attached to a knife mounting plate, wherein each rotor tool knife can be attached to an assigned knife position by means of a knife holder and the entire rotor part can be attached to an assigned knife position by means of a rotor part attachment sleeve attached to a drive in an impact mill housing at a defined radial distance to a stator part with a majority of stator tools mounted in a rotatable manner around a longitudinal axis, characterised in that a spacer recess is recessed from each rotor tool knife, a knife retaining recess and a plate spacer recess are recessed from the knife fastening plate at each knife position, and one distance disc per rotor tool knife can be rotated in the spacer recess and fixed in the plate spacer recess, wherein a stop bead circumferential to an upper edge of the distance disc is arranged and each knife holder fixes a rotor tool knife to the knife mounting plate and thus enables a parallel movement of the rotor tool knife by interaction with the distance disc and perpendicular to the longitudinal axis. a spacer recess is recessed from each rotor tool knife, a knife retaining recess and a plate spacer recess are recessed from the knife fastening plate at each knife position, and one distance disc per rotor tool knife can be rotated in the spacer recess and fixed in the plate spacer recess, wherein a stop bead circumferential to an upper edge of the distance disc is arranged and each knife holder fixes a rotor tool knife to the knife mounting plate and thus enables a parallel movement of the rotor tool knife by interaction with the distance disc and perpendicular to the longitudinal axis.
A method, comprising: establishing a first link communication between a spread spectrum transmitter and an uplink transmitter; and transmitting a spread spectrum signal and a first signal in an uplink communication between the uplink transmitter and an uplink receiver; wherein the uplink communication is from a balise to a vehicle balise transmission module and the spread spectrum signal is received on the first link and reflected by the balise, a wayside equipment module being the balise, and characterized in that the spread spectrum signal reduces an amount of interference with an existing radio signal associated with at least one of the balise or the vehicle balise transmission module relative to a link communication that does not establish the spread spectrum signal. establishing a first link communication between a spread spectrum transmitter and an uplink transmitter; and transmitting a spread spectrum signal and a first signal in an uplink communication between the uplink transmitter and an uplink receiver;
Apparatus for wetting a roller of a printing system, the apparatus comprising: an applicator unit comprising: a liquid agent chamber; upper and lower walls extending from the liquid agent chamber to define a slit between them for conveying liquid agent, the slit having a width along a lateral direction; wherein the upper wall extends beyond a lip of the lower wall and terminates at a laterally extending transfer lip to transfer liquid agent conveyed thereto to a roller; a flow restrictor (50, 250, 350, 450) received in the slit to prevent flow of liquid agent to a respective lateral portion of the transfer lip, thereby defining a restricted portion of the slit and an adjacent unrestricted portion of the slit; wherein there is a clearance between the flow restrictor (50, 250, 350, 450) and the slit which permits liquid agent to flow along the restricted portion at a reduced velocity relative to a flow of liquid agent through the unrestricted portion, such that liquid agent flowing along the restricted portion is discharged from the lip of the lower wall. a liquid agent chamber; upper and lower walls extending from the liquid agent chamber to define a slit between them for conveying liquid agent, the slit having a width along a lateral direction; wherein the upper wall extends beyond a lip of the lower wall and terminates at a laterally extending transfer lip to transfer liquid agent conveyed thereto to a roller; a flow restrictor (50, 250, 350, 450) received in the slit to prevent flow of liquid agent to a respective lateral portion of the transfer lip, thereby defining a restricted portion of the slit and an adjacent unrestricted portion of the slit; wherein there is a clearance between the flow restrictor (50, 250, 350, 450) and the slit which permits liquid agent to flow along the restricted portion at a reduced velocity relative to a flow of liquid agent through the unrestricted portion, such that liquid agent flowing along the restricted portion is discharged from the lip of the lower wall.
Method for processing signals generated by a sensor, each signal ( s k) being associated with a measurement time ( t k), the method comprising the following steps: a) during an initialization phase, defining an initial dispersion threshold ( v th, 0) and an initial bias, the latter possibly being zero; b) acquiring a signal ( s k) at a measurement time ( t k), the measurement time being associated with: - a bias ( m k), determined in a preceding iteration or during the initialization; - a dispersion threshold ( v th,k), determined in a preceding iteration or during the initialization; c) associating an analysis time range (Δ t k) with the measurement time ( t k), and computing a dispersion indicator ( v k), representing a dispersion of the signals acquired during the analysis time range; d) comparing the dispersion indicator computed in step c) with the dispersion threshold ( v th,k) associated with the measurement time ( t k); e) depending on the comparison carried out in step d), keeping the bias ( m k) associated with the measurement time at an unchanged value or updating said bias, the update of the bias also comprising an update of the dispersion threshold ( v th,k), depending on the dispersion indicator ( v k) computed in step c); f) subtracting the bias ( m k) resulting from step e) from the signal ( s k) acquired in step b); g) reiterating steps b) to f) while incrementing the measurement time ( t k); the method being characterized in that when, in step e), the bias is kept at an unchanged value, the dispersion threshold ( v th,k) is updated using a time-dependent variation function (f( t k)) between two successive iterations of steps b) to f). a) during an initialization phase, defining an initial dispersion threshold ( v th, 0) and an initial bias, the latter possibly being zero; b) acquiring a signal ( s k) at a measurement time ( t k), the measurement time being associated with: - a bias ( m k), determined in a preceding iteration or during the initialization; - a dispersion threshold ( v th,k), determined in a preceding iteration or during the initialization; - a bias ( m k), determined in a preceding iteration or during the initialization; - a dispersion threshold ( v th,k), determined in a preceding iteration or during the initialization; c) associating an analysis time range (Δ t k) with the measurement time ( t k), and computing a dispersion indicator ( v k), representing a dispersion of the signals acquired during the analysis time range; d) comparing the dispersion indicator computed in step c) with the dispersion threshold ( v th,k) associated with the measurement time ( t k); e) depending on the comparison carried out in step d), keeping the bias ( m k) associated with the measurement time at an unchanged value or updating said bias, the update of the bias also comprising an update of the dispersion threshold ( v th,k), depending on the dispersion indicator ( v k) computed in step c); f) subtracting the bias ( m k) resulting from step e) from the signal ( s k) acquired in step b); g) reiterating steps b) to f) while incrementing the measurement time ( t k);
Method for producing an anode active material for a lithium cell, in which an anode active material is, in particular partially, lithiated and coated with carbon, characterized in that the lithiation and coating with carbon is repeated in alternation.