mhurhangee/ep-ind-claims huggingface dataset:
Method of determining the general fitness of a subject comprising the following method steps: Providing the qualitative temporal developing of the heart rate at a constant physical stress of a subject as a mathematical function with at least one parameter depending on a subject, Measuring the heart rate of the subject at continuous physical stress during a time interval, wherein the subject undergoes a constant physical stress during this short time interval of less than 50 seconds and the heart rate of the subject is continuously measured, Determining, with a computer device, the parameter or parameters of the mathematical function from the measurement values, and characterized in: Determining, with the computer device, the maximum heart rate from the function and the measurement values by a numerical method, namely by extrapolation, and/or determining, with the computer device, the initial heart rate without physical stress from the function and the measurement values by a numerical method, namely by extrapolation. Providing the qualitative temporal developing of the heart rate at a constant physical stress of a subject as a mathematical function with at least one parameter depending on a subject, Measuring the heart rate of the subject at continuous physical stress during a time interval, wherein the subject undergoes a constant physical stress during this short time interval of less than 50 seconds and the heart rate of the subject is continuously measured, Determining, with a computer device, the parameter or parameters of the mathematical function from the measurement values, and characterized in: Determining, with the computer device, the maximum heart rate from the function and the measurement values by a numerical method, namely by extrapolation, and/or determining, with the computer device, the initial heart rate without physical stress from the function and the measurement values by a numerical method, namely by extrapolation.
A communication circuit of an electronic device comprising: a plurality of duplexers including a first duplexer and a second duplexer, wherein each of the plurality of duplexers includes a transmission, 'Tx', port for inputting a Tx signal of a first communication standard and for outputting a reception, Rx, signal of a second communication standard, and a reception, 'Rx' port for outputting a Rx signal of a first communication standard; a first switch configured to connect any one of the plurality of duplexers to an antenna; and a second switch configured to connect a first port, to which the Tx signal of the first communication standard or a Tx signal of the second communication standard is input, to any one of Tx ports of the first and second duplexers, and to connect a second port, from which the Rx signal of the second communication standard is output, to a Tx port of a duplexer of the first and second duplexers, wherein the first communication standard supports frequency division multiplexing, the second communication standard supports time division multiplexing, wherein a frequency band used by the second communication standard corresponds to a transmission frequency band of the first communication standard. a plurality of duplexers including a first duplexer and a second duplexer, wherein each of the plurality of duplexers includes a transmission, 'Tx', port for inputting a Tx signal of a first communication standard and for outputting a reception, Rx, signal of a second communication standard, and a reception, 'Rx' port for outputting a Rx signal of a first communication standard; a first switch configured to connect any one of the plurality of duplexers to an antenna; and a second switch configured to connect a first port, to which the Tx signal of the first communication standard or a Tx signal of the second communication standard is input, to any one of Tx ports of the first and second duplexers, and to connect a second port, from which the Rx signal of the second communication standard is output, to a Tx port of a duplexer of the first and second duplexers, wherein the first communication standard supports frequency division multiplexing, the second communication standard supports time division multiplexing, wherein a frequency band used by the second communication standard corresponds to a transmission frequency band of the first communication standard.
Closer for containers, in particular bottles, with a closing head acting in a clean room and with an electric motor comprising at least one rotor and a stator, wherein the closing head is connected to the rotor, and an element for clean room separation (9, 9a, 9c, 9d) is formed between the rotor and the stator characterized in that the stator is formed for generating a lifting and a rotary magnetic field.
A light-emitting arrangement adapted to produce output light, comprising: at least one blue light-emitting element adapted to emit light having an emission peak in a first wavelength range of from 440 to 460 nm; at least one deep blue light-emitting element adapted to emit light having an emission peak in a second wavelength range of from 400 to 440 nm; characterised by at least one narrow band wavelength converting material arranged to receive light emitted by said deep blue light-emitting element, wherein the narrow band wavelength converting material is adapted to emit light with a full width half maximum (FWHM) of less than 50 nm; and at least one broadband wavelength converting material arranged to receive light emitted by at least one of said blue light-emitting element and said deep blue light-emitting element, wherein the broadband wavelength converting material is adapted to emit light with a full width half maximum (FWHM) of 50 nm or more. at least one blue light-emitting element adapted to emit light having an emission peak in a first wavelength range of from 440 to 460 nm; at least one deep blue light-emitting element adapted to emit light having an emission peak in a second wavelength range of from 400 to 440 nm; characterised by at least one narrow band wavelength converting material arranged to receive light emitted by said deep blue light-emitting element, wherein the narrow band wavelength converting material is adapted to emit light with a full width half maximum (FWHM) of less than 50 nm; and at least one broadband wavelength converting material arranged to receive light emitted by at least one of said blue light-emitting element and said deep blue light-emitting element, wherein the broadband wavelength converting material is adapted to emit light with a full width half maximum (FWHM) of 50 nm or more.
A head support apparatus for attachment to a wheelchair or bed, the apparatus comprising a headband or harness to be fitted to the patient's head and lifting means attached to the headband or harness for lifting and supporting the patient's head, the lifting means being adapted to periodically raise and support the patient's head and subsequently allow the patient's head to slump forwards, characterised in that the lifting means is adapted to rotate the head from side to side.
Energy recovery device comprising: • a converter capable of converting a variation of an energy to be recovered into a difference in potential between two electrical terminals (11, 12) by accumulating loads on either of said terminals (11, 12); the converter including a stack of layers with at least a first layer made of a piezoelectric material; • a collection circuit connected to the two electrical terminals (11, 12) and comprising a switch, the collection circuit being configured to recover the loads when the switch is in a closed state; the converter being capable of emitting acoustic vibrations in an audible frequency band when the collection circuit recovers the loads; the energy recovery device being characterized in that it comprises a control circuit configured to control a plurality of closing-opening sequences (S FO) of the switch, when the difference in potential reaches a defined threshold, so as to recover the loads by a plurality of successive partial discharges of the converter and to limit the stress deviation to which the first layer is subjected during each discharge. • a converter capable of converting a variation of an energy to be recovered into a difference in potential between two electrical terminals (11, 12) by accumulating loads on either of said terminals (11, 12); the converter including a stack of layers with at least a first layer made of a piezoelectric material; • a collection circuit connected to the two electrical terminals (11, 12) and comprising a switch, the collection circuit being configured to recover the loads when the switch is in a closed state; the converter being capable of emitting acoustic vibrations in an audible frequency band when the collection circuit recovers the loads;
Process to obtain a tensile armor configuration of a flexible conduit, said flexible conduit comprising at least one internal tensile armor and at least one external tensile armor superimposed to such internal tensile armor, each tensile armor (54, 55) composed of a helical winding of a plurality of wires (541, 551), each wire (541, 551) having a terminal region (541a, 551a), wherein the process comprises a preparation step, in which the external layers of the flexible conduit regarding the external tensile armor are cut to enable access to such external tensile armor, characterized in that the process comprising a disparity step, in which the terminal region of each wire of the external tensile armor and the terminal region of each wire of the internal tensile armor are cut, assigning a length difference between a free end of a post cut terminal region of each wire of the external tensile armor and a free end of a post cut terminal region of each wire of the internal tensile armor, with the result that the wires of the external tensile armor are shorter than the wires of the internal tensile armor, the process comprising a forming step, in which the post cut terminal region of at least one wire of the internal tensile armor is plastically deformed obtaining a formed terminal region in an anchoring profile, wherein the formed terminal region has a wire length that is shorter than or equal to said length difference between the free end of the at least one wire of the internal tensile armor, at a stage prior to the forming step, and the free ends of the wires of the external tensile armor.
A method for operating at least one data processing apparatus of a ventilation system having at least one ventilator and having at least one remote station spatially separated from the ventilator, wherein therapy data can be at least partly transmitted between the ventilator and the remote station with the data processing apparatus, and wherein at least one authorization code is recorded by at least one user of the ventilation system in the data processing apparatus in order to obtain authorized access to the therapy data via the remote station, and wherein the authorization code is only provided to the user when the latter requests the authorization code by at least one user action to be undertaken with respect to the data processing apparatus.
An electric heater (1, 101, 201) for a motor vehicle, with a heating element (2, 102, 202) and with a control unit (3, 103, 203), wherein the control unit (3, 103, 203) has a circuit board (4, 104, 204) with at least one electronic circuit and wherein the control unit (3, 103, 203) has at least one power transistor (5, 105, 205) which is electrically connected to the at least one electronic circuit, wherein the control unit (3, 103, 203) has at least one first metal carrier (6, 106, 206), characterised in that the at least one power transistor (5, 105, 205) is arranged on the at least one first metal carrier (6, 106, 206) and is connected to the at least one first metal carrier (6, 106, 206) and the circuit board (4, 104, 204) and the at least one first metal carrier (6, 106, 206) are together arranged in a first plane, wherein a gap (9, 109) is arranged between the circuit board (4, 104, 204) and the at least one first metal carrier (6, 106, 206), wherein the circuit board has at least one first connection element arranged adjacent to the gap (9, 109) and the at least one first metal carrier (6, 106, 206) has at least one second connection element arranged adjacent to the gap (9, 109), wherein the at least one first connection element and the at least one second connection element are formed complementary to one another and can be connected to one another in a releasable or non-releasable manner so that a fixed joining of the circuit board and the at least one first metal carrier is enabled.
An apparatus for patterning a hydrogel into a multi-well plate having at least first and second wells comprising: a light source (150, 550) comprising an array of independently, by programmed controller controllable light emitting diodes (LEDs); a photomask; a holder configured to align the photomask and the multi-well plate; and a mold having first and seconds posts sized and dimensioned to fit into the first and second wells, respectively, wherein the light source (150, 550) is positioned to illuminate the first and second wells through the photomask, with sufficient energy to initiate polymerization of a prepolymer to form the hydrogel. a light source (150, 550) comprising an array of independently, by programmed controller controllable light emitting diodes (LEDs); a photomask; a holder configured to align the photomask and the multi-well plate; and a mold having first and seconds posts sized and dimensioned to fit into the first and second wells, respectively, wherein the light source (150, 550) is positioned to illuminate the first and second wells through the photomask, with sufficient energy to initiate polymerization of a prepolymer to form the hydrogel.
A product for preparing food, which product is manufactured of heat-resistant, foldable material and into the interior of which product the food is placeable, within the product is arranged one or more intermediate bottoms, between the intermediate bottom and a wall of the product is put material producing gas, and to the intermediate bottom are formed holes for transferring the gas into the interior, characterised in that the intermediate bottom is fastened releasably at least at the points of the holes of the intermediate bottom in the wall of the product by means of a fastening solution, and that the fastening solution is such kind of material, that the properties of the material change when heated and the intermediate bottom is releasable by means of heating.
System for compensating a reaction force produced by a tool secured to its movable support in at least one longitudinal direction and a transverse direction, characterized in that it comprises on the one hand two first clamps (7,8) arranged on either side of the support of the tool, each first clamp (7,8) comprising jaws (16,17,33,34) whose are arranged on either side of a first slideway fixed to the body of a transverse guide unit and secondly at least one second clamp (11,12) comprising jaws (18,19) whose are arranged on either side of a second slide fixed to the body (3,4) of a longitudinal guiding unit to form transfer members (7,8,9,11,12,13,14) ensuring the transmission of said reaction force produced by the tool which type is a rotary transmission transmitting a driving torque, this reaction force being thus transmitted to the body of the transverse guide unit and to the bodies (3,4) of the longitudinal guiding unit.
A system for validating a certificate chain of a hierarchical certificate authority structure (HCAS), the HCAS having a plurality of levels, the levels including a root level, at least one intermediate level, and a leaf level, the at least one intermediate level having an intermediate certificate authority, the leaf level having a member, the ICA (22, 24) receiving a first certificate having a policy associated with the ICA, the ICA (22, 24) signing a second certificate for the member, the second certificate having a policy which allows at least one operation that the policy of the first certificate does not allow, the certificate chain including a plurality of certificates (21, 23, 25, 27), the certificates (21, 23, 25, 27) including the first certificate and the second certificate, the system comprising: a certificate receiving module to receive the certificates (21, 23, 25, 27) of the certificate chain; and a certificate chain validation module to determine an effective policy of the certificate chain such that the effective policy only allows operations commonly permissible to each of the certificates in the certificate chain. a certificate receiving module to receive the certificates (21, 23, 25, 27) of the certificate chain; and a certificate chain validation module to determine an effective policy of the certificate chain such that the effective policy only allows operations commonly permissible to each of the certificates in the certificate chain.
A communication apparatus which is operable to communicate with at least one of a first type user equipment, UE, and a second, coverage enhanced, type UE for which transmissions are repeated in time domain in accordance with one of a plurality of coverage enhancement levels, wherein different coverage enhancement levels are configured with a different respective number of repetitions, the communication apparatus comprising: means for transmitting a control signal, wherein the control signal comprises a first resource configuration for a first physical random access channel, PRACH, for the first type UE and a second resource configuration for a second PRACH for the second type UE, wherein said second resource configuration comprises a respective PRACH configuration for each level of coverage enhancement; means for transmitting the second resource configuration for a second PRACH via Radio Resource Control, RRC, layer signalling; and means for receiving a random access message based on either one of the first resource configuration and the second resource configuration. means for transmitting a control signal, wherein the control signal comprises a first resource configuration for a first physical random access channel, PRACH, for the first type UE and a second resource configuration for a second PRACH for the second type UE, wherein said second resource configuration comprises a respective PRACH configuration for each level of coverage enhancement; means for transmitting the second resource configuration for a second PRACH via Radio Resource Control, RRC, layer signalling; and means for receiving a random access message based on either one of the first resource configuration and the second resource configuration.
A feedline comprising: an inner conductor; an outer conductor disposed coaxially with the inner conductor; a dielectric material disposed between the inner conductor and outer conductor; a first temperature sensor disposed at a first axial location of the outer conductor, wherein the first temperature sensor extends along a length of the outer conductor and is configured to sense a temperature at the first axial location; a second temperature sensor disposed at a second axial location along the length of the outer conductor and configured to sense a temperature at the second axial location of the outer conductor, wherein the first temperature sensor is disposed proximal to the second temperature sensor; and a balun disposed on the outer conductor, wherein the first temperature sensor is disposed proximate to the balun. an inner conductor; an outer conductor disposed coaxially with the inner conductor; a dielectric material disposed between the inner conductor and outer conductor; a first temperature sensor disposed at a first axial location of the outer conductor, wherein the first temperature sensor extends along a length of the outer conductor and is configured to sense a temperature at the first axial location; a second temperature sensor disposed at a second axial location along the length of the outer conductor and configured to sense a temperature at the second axial location of the outer conductor, wherein the first temperature sensor is disposed proximal to the second temperature sensor; and a balun disposed on the outer conductor, wherein the first temperature sensor is disposed proximate to the balun.
Procedure to determine the volume flow or mass flow of a medium, which flows through an electromagnetic flowmeter with a predefined nominal diameter, wherein the flowmeter is exposed to a periodically alternating magnetic field (B(t)), wherein the current rise time ( τ IST) until a constant value of the measurement electromagnetic field ( B const.) is reached is determined, characterized in that the current rise time ( τ IST) is compared against a target rise time ( τ SOLL) that is determined for the flow ( Φ Ref) of a reference medium (Ref) through the flowmeter, wherein a deviation between the current rise time ( τ IST) and the target rise time ( τ SOLL) is interpreted as an indicator for the flow of a magnetically conductive medium, and wherein a measuring error that depends on the deviation is determined using a deviation ( Δτ) between the current rise time ( τ IST) and the target rise time ( τ SOLL), and the volume flow or mass flow ( Φ IST) that is currently measured for the magnetically conductive medium is corrected in such a way that the measured error is compensated for.
Compounds selected from the following group: Example Nb structure Example Nb structure 14 81 103 109 113 117 154 155 and solvates, tautomers, salts and stereoisomers thereof, including mixtures thereof in all ratios.