mhurhangee/ep-ind-claims huggingface dataset:
Device carrier for a light strip lamp, comprising: - first lines for forming a first power supply circuit; - second lines (8, 9), which form a second power supply circuit; - at least one converter unit for electrically coupling the first and second power supply circuit; - wherein the second power supply circuit comprises at least one first plug-in connector arrangement arranged on the device carrier, which plug-in connector arrangement is configured to be brought into engagement with a second plug-in connector arrangement arranged on a light source carrier in order to connect the at least one light source carrier to the second power supply circuit; - wherein the first plug-in connector arrangement comprises at least two receptacles (2, 3) in each of which at least one line (8, 9) of the second power supply circuit is receivable and positionable such that the lines (8, 9) are brought into electrically conductive engagement with correspondingly configured contact elements (53, 54) of the second plug-in connector arrangement when the plug-in connector arrangements (40, 50) are connected; - characterized in that the at least two receptacles (2, 3) of the first plug-in arrangement each have at least one clamping element (4, 5) in order to clamp at least one line (8, 9) of the second power supply circuit such that a contact region (12, 13) of the line (8, 9) is providable which is bringable into electrically conductive engagement with the correspondingly configured contact elements (53, 54) of the second plug-in connector arrangement when the plug-in connector arrangements (40, 50) are connected. - first lines for forming a first power supply circuit; - second lines (8, 9), which form a second power supply circuit; - at least one converter unit for electrically coupling the first and second power supply circuit; - wherein the second power supply circuit comprises at least one first plug-in connector arrangement arranged on the device carrier, which plug-in connector arrangement is configured to be brought into engagement with a second plug-in connector arrangement arranged on a light source carrier in order to connect the at least one light source carrier to the second power supply circuit; - wherein the first plug-in connector arrangement comprises at least two receptacles (2, 3) in each of which at least one line (8, 9) of the second power supply circuit is receivable and positionable such that the lines (8, 9) are brought into electrically conductive engagement with correspondingly configured contact elements (53, 54) of the second plug-in connector arrangement when the plug-in connector arrangements (40, 50) are connected; - characterized in that the at least two receptacles (2, 3) of the first plug-in arrangement each have at least one clamping element (4, 5) in order to clamp at least one line (8, 9) of the second power supply circuit such that a contact region (12, 13) of the line (8, 9) is providable which is bringable into electrically conductive engagement with the correspondingly configured contact elements (53, 54) of the second plug-in connector arrangement when the plug-in connector arrangements (40, 50) are connected.
An apparatus for determining an estimated pitch lag, comprising: an input interface for receiving a plurality of original pitch lag values, and a pitch lag estimator for estimating the estimated pitch lag, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on a plurality of original pitch lag values and depending on a plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, an information value of the plurality of information values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on the plurality of original pitch lag values and depending on a plurality of pitch gain values as the plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, a pitch gain value of the plurality of pitch gain values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by minimizing an error function, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by determining two parameters a, b, by minimizing an error function err = ∑ i = 0 k g p i ⋅ a + b ⋅ i − P i 2 wherein a is a real number, wherein b is a real number, wherein k is an integer, and wherein P(i) is the i -th original pitch lag value, wherein g p ( i) is the i -th pitch gain value being assigned to the i -th pitch lag value P ( i), wherein i indicates a subframe index, wherein k ≥ 2. an input interface for receiving a plurality of original pitch lag values, and a pitch lag estimator for estimating the estimated pitch lag, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on a plurality of original pitch lag values and depending on a plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, an information value of the plurality of information values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on the plurality of original pitch lag values and depending on a plurality of pitch gain values as the plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, a pitch gain value of the plurality of pitch gain values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by minimizing an error function, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by determining two parameters a, b, by minimizing an error function err = ∑ i = 0 k g p i ⋅ a + b ⋅ i − P i 2 wherein a is a real number, wherein b is a real number, wherein k is an integer, and wherein P(i) is the i -th original pitch lag value, wherein g p ( i) is the i -th pitch gain value being assigned to the i -th pitch lag value P ( i), wherein i indicates a subframe index, wherein k ≥ 2.
A method for determining the amount of one or more dihydroxyvitamin D metabolites in a sample by tandem mass spectrometry, comprising: (i) derivatizing said one or more dihydroxyvitamin D metabolites from said sample with 4-phenyl-1,2,4-triazoline-3,5-dione (PTAD); (ii) generating a precursor ion of said one or more derivatized dihydroxyvitamin D metabolites by ionizing said one or more derivatized dihydroxyvitamin D metabolites; (iii) generating one or more fragment ions of said precursor ion, wherein said one or more fragment ions include at least one ion having a mass/charge ratio of 314.12 ± 0.5; and (iv) detecting the amount of one or more of said ions generated in step (ii) or (iii) or both and relating the amount of detected ions to the amount of said one or more dihydroxyvitamin D metabolites in said sample, wherein the method comprises an immunopurifying step, wherein said one or more dihydroxyvitamin D metabolites comprise 1α,25 2 D 2 and 1α,25 2 D 3 and wherein said amount of said metabolites are determined in a single assay. (i) derivatizing said one or more dihydroxyvitamin D metabolites from said sample with 4-phenyl-1,2,4-triazoline-3,5-dione (PTAD); (ii) generating a precursor ion of said one or more derivatized dihydroxyvitamin D metabolites by ionizing said one or more derivatized dihydroxyvitamin D metabolites; (iii) generating one or more fragment ions of said precursor ion, wherein said one or more fragment ions include at least one ion having a mass/charge ratio of 314.12 ± 0.5; and (iv) detecting the amount of one or more of said ions generated in step (ii) or (iii) or both and relating the amount of detected ions to the amount of said one or more dihydroxyvitamin D metabolites in said sample, wherein the method comprises an immunopurifying step, wherein said one or more dihydroxyvitamin D metabolites comprise 1α,25 2 D 2 and 1α,25 2 D 3 and wherein said amount of said metabolites are determined in a single assay.
A measuring system for blood glucose determination having a photometric measuring unit comprising a light source and a detector, and an analytical test element to which a body fluid can be applied and which can be placed in a beam path between the light source and the detector for optical detection of an analyte, characterized in that the light source includes a first emitter that is actuated in a first wavelength range for emitting pulsed alternating light and a second emitter that is formed by a fluorescent substance and is excited by the pulsed first emitter to emit fluorescent light in a second wavelength range, wherein both emitters are jointly oriented towards a measuring surface of the test element.
Housing of a heat and moisture exchanger for tracheotomy and laryngectomy patients, comprising a cylindrical housing casing and a filter retaining device, wherein the filter retaining device comprises at least one bar, allocated to a base surface of the housing, and wherein the cylindrical housing casing has at least three notches, characterized in that said notches extend over a full height of the cylindrical housing casing from distal to proximal, wherein the notches break through one or both of the cylindrical housing front faces at least on one side, such that the notches enable a defined denting of the cylindrical housing casing.
A multilayer nonwoven structure comprising at least two spun bond layers and at least one easily meltable layer wherein the easily meltable layer is located between the at least two spun bond layers, and where the easily meltable layer is comprised of fibers comprising a polyolefin elastomer polymer having a melting point at least 20°C less than the melting point of the polymer which comprises the surface of the fibers which comprise the spun bond layer.
A control for providing fuel to an auxiliary power unit ("APU"), said control comprising: an electrical motor; a first pump driven by said electrical motor; and, a second pump driven by said motor wherein said electrical motor, said first pump and said second pump are configured for providing fuel at sufficient pressure/flow to start said APU, characterized in that the electrical motor is a constant speed electrical motor. an electrical motor; a first pump driven by said electrical motor; and, a second pump driven by said motor wherein said electrical motor, said first pump and said second pump are configured for providing fuel at sufficient pressure/flow to start said APU, characterized in that
Process for preparing a sulfonic acid anhydride, characterized in that it comprises reacting, at a temperature between 80°C and 180°C, a sulfonic acid or a mixture of two sulfonic acids with a reagent exhibiting, under the reaction conditions, acid pseudohalide tautomerism, wherein at least one carbon atom engaged in the tautomerism carries two halogen atoms; said reagent having the following motif in equilibrium with its tautomeric form: in said formula: • Y represents one of the following groups: ∘ CO; ∘ CX 1 ' X 2 '; • X 1, X 2 represent a halogen atom; • X 1 ', X 2 ' represent a hydrogen atom or a halogen atom, and at most one of X 1 ' and X 2 ' represents a hydrogen atom; • the semi-circle symbolized by the dashes represents a divalent group comprising 2 to 4 carbon atoms: o which is a linear hydrocarbon chain comprising one or two double bonds; ∘ or which forms part of one or two unsaturated or aromatic cycles. • Y represents one of the following groups: ∘ CO; ∘ CX 1 ' X 2 '; ∘ CO; ∘ CX 1 ' X 2 '; • X 1, X 2 represent a halogen atom; • X 1 ', X 2 ' represent a hydrogen atom or a halogen atom, and at most one of X 1 ' and X 2 ' represents a hydrogen atom; • the semi-circle symbolized by the dashes represents a divalent group comprising 2 to 4 carbon atoms: o which is a linear hydrocarbon chain comprising one or two double bonds; ∘ or which forms part of one or two unsaturated or aromatic cycles. o which is a linear hydrocarbon chain comprising one or two double bonds; ∘ or which forms part of one or two unsaturated or aromatic cycles.
A method to be performed by a requestor (100, 600) as part of an implicit certificate scheme, the method comprising: sending a certificate request to a certificate authority (104, 620); receiving from the certificate authority an implicit certificate [ IC A] (102, 638) from which public-key reconstruction data [ B A] is recoverable, wherein the public-key reconstruction data [ B A] is on an elliptic curve and can be used to calculate a reconstructed public key [ K A]; receiving from the certificate authority an implicit signature [ s] (108, 644) that corresponds to the implicit certificate [ IC A]; recovering the public-key reconstruction data [ B A] from the implicit certificate [ IC A]; and extracting information [ V A] from the public-key reconstruction data [ B A] by applying a known function to the public-key reconstruction data [ B A], the known function having been agreed upon by the requestor and by the certificate authority for use by the certificate authority in incorporating the information [ V A] into the public-key reconstruction data [ B A]; wherein the extracted information [ V A] comprises a validity period of the implicit certificate [ IC A] or a validity date of the implicit certificate or both; or wherein the extracted information [ V A] comprises a value not previously incorporated in public-key reconstruction data of the implicit certificate which serves as a certificate unique identifier sending a certificate request to a certificate authority (104, 620); receiving from the certificate authority an implicit certificate [ IC A] (102, 638) from which public-key reconstruction data [ B A] is recoverable, wherein the public-key reconstruction data [ B A] is on an elliptic curve and can be used to calculate a reconstructed public key [ K A]; receiving from the certificate authority an implicit signature [ s] (108, 644) that corresponds to the implicit certificate [ IC A]; recovering the public-key reconstruction data [ B A] from the implicit certificate [ IC A]; and extracting information [ V A] from the public-key reconstruction data [ B A] by applying a known function to the public-key reconstruction data [ B A], the known function having been agreed upon by the requestor and by the certificate authority for use by the certificate authority in incorporating the information [ V A] into the public-key reconstruction data [ B A]; wherein the extracted information [ V A] comprises a validity period of the implicit certificate [ IC A] or a validity date of the implicit certificate or both; or wherein the extracted information [ V A] comprises a value not previously incorporated in public-key reconstruction data of the implicit certificate which serves as a certificate unique identifier
A closure device comprising: - a base comprising a peripheral wall for fixing to a container neck, with the fixing peripheral wall defining a reference geometric axis (X-X) of the device, with the base having at least one recess comprising an external radial opening and an upper axial opening; - a cap movable relative to the base between a closed position and an open position; - at least one first opening indicator received in the recess and connected to the cap by means of a frangible connection through the axial opening, with the first opening indicator having dimensions which prevent the extraction thereof through the upper axial opening or the external radial opening, so that the first opening indicator, upon the first opening of the cap, separates from the cap and remains captive in the recess; characterized in that the base is provided with a cover separating the external radial opening from the upper axial opening and defining an upper part of the recess, with the first opening indicator, in the closed position of the cap, being positioned in the upper part of the recess and totally hidden by the cover, with the first opening indicator being able to fall into a lower part of the recess upon separation between the first opening indicator and the cap, with the radial opening being so positioned as to make the first opening indicator fallen into the lower part of the recess visible. - a base comprising a peripheral wall for fixing to a container neck, with the fixing peripheral wall defining a reference geometric axis (X-X) of the device, with the base having at least one recess comprising an external radial opening and an upper axial opening; - a cap movable relative to the base between a closed position and an open position; - at least one first opening indicator received in the recess and connected to the cap by means of a frangible connection through the axial opening, with the first opening indicator having dimensions which prevent the extraction thereof through the upper axial opening or the external radial opening, so that the first opening indicator, upon the first opening of the cap, separates from the cap and remains captive in the recess;
A power converter for converting the power received from a power source, and supplying the converted power to a load, comprising: a semiconductor switching element; a control circuit configured to control the turning on and off of the semiconductor switching element by providing a control signal for turning the semiconductor switching element into an on-state or an off-state; and an LC circuit formed of an inductor (Lf) and a capacitor (Cf), the inductor (Lf) being connected between the semiconductor switching element and the load, the capacitor (Cf) being connected between the load side terminal of the inductor (Lf) and one end of the power source; wherein the resonance cycle of impedance is the resonance cycle of the LC circuit, and wherein the control signal is configured of a first on-signal and a second on-signal for turning the semiconductor switching element into an on-state, or of a first off-signal and a second off-signal for turning the semiconductor switching element into an off-state, wherein an off-state period is provided between the first on-signal and the second on-signal or an on state period is provided between the first off-signal and the second off-signal of the control signal, characterized in that the off-state period or the on-state period being a time equivalent to the period of the first on-signal or the first off-signal respectively, and the period of the first on-signal and the off-state period or the period of the first off-signal and the on-state period are set to a time one-sixth of the resonance cycle of impedance. a semiconductor switching element; a control circuit configured to control the turning on and off of the semiconductor switching element by providing a control signal for turning the semiconductor switching element into an on-state or an off-state; and an LC circuit formed of an inductor (Lf) and a capacitor (Cf), the inductor (Lf) being connected between the semiconductor switching element and the load, the capacitor (Cf) being connected between the load side terminal of the inductor (Lf) and one end of the power source; wherein the resonance cycle of impedance is the resonance cycle of the LC circuit, and wherein the control signal is configured of a first on-signal and a second on-signal for turning the semiconductor switching element into an on-state, or of a first off-signal and a second off-signal for turning the semiconductor switching element into an off-state, wherein an off-state period is provided between the first on-signal and the second on-signal or an on state period is provided between the first off-signal and the second off-signal of the control signal, characterized in that the off-state period or the on-state period being a time equivalent to the period of the first on-signal or the first off-signal respectively, and the period of the first on-signal and the off-state period or the period of the first off-signal and the on-state period are set to a time one-sixth of the resonance cycle of impedance.
A door unit, particularly a motor vehicle door unit, with a motion transfer member (3, 4) that is connected to a door leaf and has a driveshaft, and with a coupling member that is acted upon by the driveshaft and has a variable closing force, wherein - the coupling member comprises a switchable free-wheel unit (12, 13, 15), and wherein - the free-wheel unit (12, 13, 15) is equipped with a switching element that interacts with the door leaf, wherein - the switching element is designed so as to be movable relative to a holding element that forms another component of the free-wheel unit (12, 13, 15), characterized in that - the free-wheel unit (12, 13, 15) interacts with a damping element of the door unit, which comprises a housing and carries out an associated motion of its housing when a certain minimum/limiting speed of the driveshaft is exceeded, wherein - the driveshaft follows the door leaf and interacts with the damping element for this purpose, and in that - the motion of the housing of the damping element is respectively transferred to the switching element or the holding element and thereby ensures a relative motion between the switching element and the holding element, wherein - the damping element holds the switching element of the free-wheel unit (12, 13, 15) in the disengaged or engaged position in accordance with the motion of the driveshaft, and wherein - the coupling member allows unobstructed pivoting motions of the door leaf in the disengaged position whereas the engaged position of the coupling member serves for blocking the door leaf. - the coupling member comprises a switchable free-wheel unit (12, 13, 15), and wherein - the free-wheel unit (12, 13, 15) is equipped with a switching element that interacts with the door leaf, - the switching element is designed so as to be movable relative to a holding element that forms another component of the free-wheel unit (12, 13, 15), characterized in that - the free-wheel unit (12, 13, 15) interacts with a damping element of the door unit, which comprises a housing and carries out an associated motion of its housing when a certain minimum/limiting speed of the driveshaft is exceeded, wherein - the driveshaft follows the door leaf and interacts with the damping element for this purpose, and in that - the motion of the housing of the damping element is respectively transferred to the switching element or the holding element and thereby ensures a relative motion between the switching element and the holding element, wherein - the damping element holds the switching element of the free-wheel unit (12, 13, 15) in the disengaged or engaged position in accordance with the motion of the driveshaft, and wherein - the coupling member allows unobstructed pivoting motions of the door leaf in the disengaged position whereas the engaged position of the coupling member serves for blocking the door leaf.